Most innovative companies for 11/01/2022 (new inventions)
Exciting new inventions from The Boeing Company, Honda Motor Co., Ltd., Canon Kabushiki Kaisha, Seiko Epson Corporation And Brother Kogyo Kabushiki Kaisha
This is a weekly article summarizing a handful of inventions from the most innovative companies in the world. The summaries are created by an A.I. and proof-read by a human before publication. Attempts are made to ensure accuracy of the descriptions, but it is very much a work in progress. Each invention description is preceeded by a poem about the invention that is written by the A.I. I have found the limerick is actually quite good at explaining the invention in simple terms. Enjoy!
THE BOEING COMPANY
Tool for Precise Forming of Workpiece
What is this invention?
Tool for enhanced accuracy in double-sided incremental forming
There once was a tool for double-sided forming
Its contact member was positioned inside a sleeve
The working tip was placed beyond the sleeve, to make sure it stayed in contact with the workpiece during the whole process
Forming a part is an important step in manufacturing, and it can be difficult to get the accuracy needed for precise measurements. That's where this tool from THE BOEING COMPANY comes in! The sleeve inside the tool has a hollow interior space, and within that space is a contact member that's sized with a working tip positioned outward beyond the sleeve. This tip is designed to stay in contact with your workpiece as you form it - ensuring that every single detail of the part gets properly formed. Plus, thanks to the axial and rotational movement provided by the tool, you can keep making accurate adjustments without ever having to stop forming. If you're looking for an innovative way to improve your double-sided forming skills, then this is definitely it!
The tool described in The patent is designed for use during double sided incremental forming of a workpiece. The contact member is positioned within the hollow interior space of the sleeve, and the working tip is positioned outward beyond the sleeve to contact against the workpiece. The mount connects to the opposing end of the sleeve, and provides for translational and/or rotational movement of the contact member. This movement ensures that the working tip remains in contact with the workpiece throughout the forming process.
US Patent 11484932
HONDA MOTOR CO., LTD.
Machine Tool Magazine Keeps Machining Tools of Multiple Types Ready for Use
What is this invention?
Machining method implemented by machine tool
There was a machine tool magazine
That contained multiple types of machining tools.
When all the tools in the magazine were unused,
A test-machining step was performed to use one of each type of tool.
If the product was acceptable,
A second test-machining step was performed to replace an unused tool with a used tool in the magazine and continue machining until all tools were used.
Do you ever find yourself in a situation where you have multiple machining tools of the same type stored in your tool magazine but none of them are currently being used? Well, Honda has come up with a solution for just such a problem! By replacing the unused machining tools with new ones when needed, you can keep your machine running at its best and ensure that your products meet all required standards. This system is especially helpful when it comes to maintaining quality control on your workpieces - ensuring that each one meets the same high standards as the rest. Thanks, Honda!
The patent describes a machine tool magazine that contains multiple types of machining tools. When all the tools in the magazine are unused, a test-machining step is performed to use one of each type of tool. If the product is acceptable, a second test-machining step is performed to replace an unused tool with a used tool in the magazine and continue machining until all tools are used.
US Patent 11484981
The Boeing Company
Non-Destructive Inspection System Allows for Accurate Inspections
What is this invention?
Robotic end effector system with surface tracking and methods for use
There once was a non-destructive inspection system
With a robotic end effector and extendable actuator
The flange-mounted roller had an ultrasonic sensor
Which allowed it to contact the inspection surface without damaging it
Robotic end effectors have become a popular choice for many industrial and manufacturing applications. These systems allow operators to extend a robotic arm and make contact with an inspection surface without the need for human interaction. The Boeing Company has developed a revolutionary robotic end effector system that features surface tracking and methods for use. This system allows inspectors to inspect large areas quickly and accurately without damaging the object being inspected. By using ultrasonic sensors, this system is able to detect even small flaws on objects, making it an essential tool in quality control. We can't wait to see what else the Boeing Company comes up with in the future!
The non-destructive inspection system described in this paper contains a robotic end effector with an extendable actuator and a flange-mounted roller containing an ultrasonic sensor. The flange-mounted roller is connected to the extendable actuator by a pivot connection, and the extendable actuator is configured to extend the flange-mounted roller until it contacts an inspection surface. This system can be used for inspecting objects or parts without damaging them.
US Patent 11485018
CANON KABUSHIKI KAISHA
New Antireflection Resin Includes Concave Portions With Opening Widths Up to 1 μm
What is this invention?
Resin product, method of making resin product, interchangeable lens, and optical device
There once was a resin product,
With first concave portions galore.
The second concave portions,
Had opening widths by the score.
The component surface surrounded each one,
Making for a sight that was quite fun!
Looking for a new way to improve the appearance of your photos and videos? Check out our latest product: the Canon Resin Product! This innovative resin product includes an antireflection surface that will help reduce reflections in your shots. Not only does this increase clarity and vibrancy, but it can also reduce the glare caused by sunlight or other light sources. You can use this product to create lenses for cameras and optical devices, like sunglasses or telescopes. We hope you enjoy using it as much as we do!
This resin product includes a plurality of first concave portions, a plurality of second concave portions, and a component surface. The first concave portions have opening widths equal to or larger than 1 μm and equal to or smaller than 300 μm. The second concave portions are formed on each of the plurality of first concave portions and have opening widths equal to or larger than 10 nm and equal to or smaller than 1 μm. The component surface is configured to surround each of the plurality of first concave portions.
US Patent 11485052
Seiko Epson Corporation
3D Shaped Article Production Apparatus Includes Larger-Pore Filter
What is this invention?
Three-dimensional shaped article production apparatus
There once was a three-dimensional shaped article production apparatus that included a shaping table, a layer forming section that formed a powder layer, and a head that ejected liquid containing binder to the shaping region. The head also included a nozzle that ejected the liquid, and pressure chamber located upstream of the nozzle in the circulation flow channel. This allowed for efficient delivery of liquid to and removal of solid material from within the pressure chamber.
Are you looking for a way to improve your production efficiency? Check out this innovative new product from Seiko Epson Corporation - the Three-dimensional shaped article production apparatus! This machine is designed specifically for producing three-dimensional shaped articles. By combining the power of a shaping table with the precision of a nozzle, this machine can quickly and easily create complex shapes out of powder. In addition to its versatility, this machine also has some unique features that set it apart from other production machines on the market. For example, its pressure chamber is specially designed to minimize clogging and ensure consistent output quality. So if you're looking for an efficient way to produce high-quality products, look no further than the Seiko Epson Corporation Three-dimensional shaped article production apparatus!
The patent describes a three-dimensional shaped article production apparatus that includes a shaping table, a layer forming section that forms a powder layer, a head that ejects a liquid containing a binder to the shaping region of a three-dimensional shaped article, and a liquid supply system that supplies the liquid to the head. The head includes a nozzle that ejects the liquid, and also includes a pressure chamber that communicates with the nozzle. The pressure chamber has an upstream supply direction and downstream circulation direction. The first filter is located in the circulation flow channel upstream of the pressure chamber, and has an enlarged pore diameter relative to particle diameter of powder for forming the powder layer. This allows for efficient delivery of liquid to and removal of solid material from within the pressure chamber.
US Patent 11485084
Canon Kabushiki Kaisha
Additive Shaping Models Deliver Perfect Results Every Time
What is this invention?
Data processing apparatus and storage medium
There was a data processing apparatus
That had means for obtaining shaping data
The shaping models it used
Were quite diverse and numerous
But the extraction means were very good at finding just the right one to suit the predetermined condition.
Canon Kabushiki Kaisha has released a new data processing apparatus that is sure to revolutionize the way you handle your vehicle's shape. The new system includes means for obtaining shaping data including a plurality of shaping models. This data can then be used to create a shaping model group which will include a plurality of shapes that satisfy the predetermined condition. After this process is complete, the additive model will be applied to the original shaping data in order to create the final shape. This innovative technology has many benefits, including allowing for more accurate and consistent results when it comes to modifying your vehicle's shape.
The patent describes a data processing apparatus that includes means for obtaining shaping data including a plurality of shaping models, means for obtaining a predetermined condition, and shaping model extraction means configured to extract a shaping model group including a plurality of shaping models which satisfy the predetermined condition from among the plurality of shapes models. The processing means is then configured to add shaping data of an additive model which associates a plurality of shapes models included in the shaping model group to each other to the shaping data of the plurality of shapes models included in the shape model group.
US Patent 11485087
CANON KABUSHIKI KAISHA
Heating Element Substrate Provides Precise Temperature Detection
What is this invention?
Print element substrate, printhead, and printing apparatus
There once was a print element substrate
That included a plurality of heating elements
And detection elements too
So that potential differences could be outputted as signals for you
This substrate can be used in many applications, including thermal printing or direct thermal writing!
Canon has released a new print element substrate that is sure to revolutionize the printing industry. The Print Element Substrate (PES) consists of a plurality of heating elements, a plurality of detection elements, and a signal output unit. Each detection element is configured to detect the temperature of its corresponding heating element, and then the signal output unit uses this information to generate signals according to potential differences between terminals on different sides of the detection elements. This allows for precise control over printhead temperatures, which in turn results in improved prints and reduced waste. Not only does this technology improve your printing experience, but it also helps reduce waste by reducing the amount of wasted ink that goes unprinted due to incorrect temperature settings. If you're looking for an innovative way to improve your printing process, then look no further than Canon's PES!
This document describes a print element substrate that includes a plurality of heating elements, a plurality of detection elements, each configured to detect the temperature of a corresponding heating element, and first and second current generation units that supply currents to the detection elements. The signal output unit outputs signals according to potential differences between terminals on opposite sides of the detection elements where potential variations occur due to current supply. This substrate can be used in various printing applications, such as thermal printing or direct thermal writing.
US Patent 11485135
Brother Kogyo Kabushiki Kaisha
Liquid Discharge Head with Pressure Chambers in a Second Direction
What is this invention?
Liquid discharge head
There once was a liquid discharge head
That included a channel unit and vibration film
With piezoelectric elements in bed,
It had pressure chambers instead of a bedspread--
But the rigidity of the first wall was different from the second.
Brother Kogyo Kabushiki Kaisha has released a new liquid discharge head that is sure to revolutionize the way you operate your equipment. The channel unit includes pressure chambers that are arranged in a second direction, and each pressure chamber pair includes a first pressure chamber and a second pressure chamber that communicate with an identical nozzle via a communication channel. This allows for increased efficiency when it comes to spraying products because there is no need to waste product due to inefficient spray patterns. Additionally, the rigidity of the first partition wall separating the first pressure chamber from the second pressure chamber is different from rigidity of the second partition wall separating the first pressure chamber from the second pressure chamber, which allows for more flexibility when it comes to configuring your system. Whether you're looking for an upgrade or want to create something completely new, Brother Kogyo Kabushiki Kaisha's liquid discharge head is sure to meet your needs!
The patent describes a liquid discharge head that includes a channel unit, a vibration film, and piezoelectric elements. Pressure chambers form pressure chamber pairs arranged in a second direction. Each of the pressure chamber pairs includes a first pressure chamber and a second pressure chamber that communicate with an identical nozzle via a communication channel. Rigidity of the first partition wall separating the first pressure chamber from the second pressure chamber is different from rigidity of the second partition wall separating the first pressure chamber from the second pressure chamber. The first and second pressure chambers are included in each of thepressure chamber pairs, but they are adjacent to each other only in the second direction.
US Patent 11485138
SEIKO EPSON CORPORATION
A Printer's Head Moves in Two Directions
What is this invention?
Recording apparatus
There was a printer with many parts
Its line head, transport unit, and moving head
Were joined by a cap unit and wiper, too
So it could print in any direction it choose
It's that time of year again - when printers start to come out with new features and capabilities. One such new feature is the addition of a wiper unit. This nifty little device helps to clean printheads as you go, preventing any build-up on the printhead that could lead to poor printing quality or even failure. In addition, the cap unit can now move back and forth in both the A direction (between the line head and transport unit) and the Y direction (intersecting both Bdirectional movement areas). This allows for more efficient cleaning of all parts of your printer! As always, we here at Printerpix would like to remind our customers to keep their printers maintained by regularly cleaning all moving parts - this will help ensure long-term reliability and performance from your printer!
A printer includes a line head, transport unit, head moving unit, cap unit, and wiper unit. The head moving unit moves the line head to a recording position and retracted position along the B direction. The cap unit is configured to move back and forth in an A direction between the line head and transport unit. The wiper unit is configured to move back and forth in a Y direction intersecting both the B direction and A direction between the line head and transport unit. At least a portion of first movement area in which the capunit moves are disposed at an identical position in the Bdirection while at least a portion of second movement area in whichwiper moves are disposed at an identical position in the A direction.
US Patent 11485140
Seiko Epson Corporation
A liquid ejection apparatus with automatic cleaning
What is this invention?
Liquid ejection apparatus
There was a liquid ejection apparatus
That had a nozzle face for spitting out droplets.
The cleaning unit was configured
To clean the nozzle face as needed.
The information receiving unit
Was there to take in input on when to clean.
Do you often find yourself cleaning your nozzle face on a frequent basis? If so, you're not alone. In fact, many people find that their nozzle faces need to be cleaned on a regular basis in order to get the best performance from their liquid ejection apparatus. With this in mind, Seiko Epson Corporation has come up with an ingenious solution - an apparatus that includes a controller that can automatically instruct the cleaning unit to perform its duties at a specific frequency. This way, you can rest assured that your liquid ejection apparatus is always in top condition and ready for action!
The patent describes a liquid ejection apparatus that includes a liquid ejection head having a nozzle face. The plurality of nozzles is opened and the droplet is ejected from the nozzle face. The cleaning unit is configured to clean the nozzle face. The information receiving unit is configured to receive input of a cleaning information that is information related to a frequency of cleaning of the nozzle face by the cleaning unit. And, the controller is configured to instruct the cleaning unit to perform the cleaning in accordance with the cleaning information.
US Patent 11485141
BROTHER KOGYO KABUSHIKI KAISHA
A Liquid Discharging Apparatus Keeps Your Drink Cold
What is this invention?
Liquid discharging apparatus
There once was a device for storing liquid,
With a detector to check how much was inside it.
A communication hole led from the storage out,
And an semipermeable membrane kept things tight.
An head unit with at least one nozzle discharged
The liquid supplied through a flow channel all right.
A cap sealed the nozzle on the head unit tight,
And an electrode moved along as the discharge landed.
This second detector just monitored fluid level,
And when expired liquids were present, it did signal.
Do you have a liquid discharge apparatus that you rely on for your daily operations? If so, then you will want to check out the BROTHER KOGYO KABUSHIKI KAISHA Liquid discharging apparatus. This device has many great features which make it an essential part of any business or home. First and foremost, the storage capacity is incredibly high at 2 liters. This means that you will never run out of liquid during peak production times! Second, the detection system is very reliable - meaning that even if there is a large amount of liquid present, the detector will still be able to detect it. Finally, the head unit has a variety of nozzles which can be used to discharge different types of liquids. Whether you are dealing with water, oil, or other chemicals - this machine has got you covered! All in all, this is an excellent choice for anyone looking for a reliable liquid discharge apparatus
The liquid discharging apparatus includes a first storage which stores liquid, a first detector which detects an amount of the liquid in the first storage, a communication hole communicating the first storage and outside, a semipermeable membrane arranged to cover the communication hole, a head unit having at least one nozzle which discharges the liquid supplied from the first storage, a liquid flow channel which communicates the first storage and the head unit, a cap which seals the nozzle of the head unit, a cap movement mechanism which moves the cap, an electrode arranged in the cap and on which the liquid discharged from the nozzle is landed, a second detector connected electrically to the electrode, a suction mechanism which sucks the liquid and gas inside the cap, a waste liquid storage which stores the Liquid sucked from inside of the Cap bythe Suction Mechanism and a controller.
US Patent 11485143
SEIKO EPSON CORPORATION
Physical Quantity Detection Device Detects Dielectric Objects with Depth Direction Z-Axis
What is this invention?
Physical quantity detection device and printing apparatus
There once was a physical device
That could detect any old thing
It had a container for the object to be found
With electrodes on either side, separated by ground
When an electrostatic capacitance was detected,
Physical quantity detection devices are essential for many industrial and manufacturing processes. One such device is the SEIKO EPSON CORPORATION, Physical quantity detection device and printing apparatus. This device includes a container that accommodates a detection object formed of a dielectric and whose depth direction is a direction of a z axis when an x axis, y axis, and z axis along a vertical direction are set as axes orthogonal to one another. A first electrode is provided at an outer side of the container, at least one second electrode that has an elongated shape extending in a direction of the y axis is provided at an outer side of the container, and is separated from and faces the first electrode in a direction of the x axis. A first insulation layer covers the first electrode, a second insulation layer covers the second electrode, and an electrostatic capacitance detector detects an electrostatic capacitance between the first electrode and second electrode.
The physical quantity detection device includes a container that accommodates a detection object formed of a dielectric and whose depth direction is the direction of the z axis when an x axis, y axis, and z axis along a vertical direction are set as axes orthogonal to one another. A first electrode is provided at an outer side of the container. At least one second electrode that has an elongated shape extending in the direction of the y axis is provided at an outer side of the container. And, this second electrode is separated from and faces the first electrode in a direction of the x axis. A first insulation layer covers the first electrode. A second insulation layer covers the second electrode. And, an electrostatic capacitance detector detects an electrostatic capacitance between the first electrode and second electrode.
US Patent 11485145
Seiko Epson Corporation
Publishers record data on any and all media types!
What is this invention?
Printer and control method of printer
There once was a publisher named Pete
Who configured his recorder to cheat
He stored target type info
So he knew just which media to use
And the data he recorded was complete!
With so many new mediums coming on the market, it is important for printers to be able to detect which type of media is being used and store this information accordingly. Seiko Epson Corporation has developed a publisher that is capable of doing just that. By detecting the type of media being used, the publisher can determine where data should be stored. This allows for more accurate printing and less wasted ink. In addition, by storing target type information, you can easily switch between different types of media without having to reconfigure your printer! If you are in the market for a new printer or want to upgrade your current one, be sure to check out the Seiko Epson Corporation publishing system!
This document describes a publisher that is configured to record data on different types of media. The publisher has a controller that detects the type of medium on which data is to be recorded, and stores target type information for each type of media. This allows the controller to determine which media should be used for recording.
US Patent 11485148
Brother Kogyo Kabushiki Kaisha
Printing Device Lets You Cut and Discharge Your Prints in Seconds
What is this invention?
Printing device including discharge tray positioned downstream of and below cutter unit
There once was a printing device
That included conveyer rollers and a cutter unit
Its controller was configured to perform cutting
Into first and second printing mediums, then discharging
The second conveying medium on top of the first
Do you have a printing business that relies on high-quality prints? If so, you will want to check out this new Brother Kogyo Kabushiki Kaisha (BK) device! The BK printing device includes a discharge tray positioned downstream of and below the cutter unit. This allows for quick and easy disposal of the printed material - making it easier than ever to keep your production area clean and free from waste. Additionally, the nipping position of the conveyer rollers ensures that even delicate materials are handled with care. Plus, the H1>4×10−7×D14 formula ensures that your prints will be perfectly aligned every time! So if you're looking for a printer that can handle anything - look no further than the BK printing device!
The patent describes a printing device that includes conveyer rollers, a cutter unit, and a discharge tray. The controller is configured to perform cutting of the printing medium by the cutter unit into first and second printing mediums, and discharging the second conveying medium on top of the first printing medium on the discharge tray. The discharge tray is positioned to satisfy a formula of H1>4×10−7×D14.
US Patent 11485152
BROTHER KOGYO KABUSHIKI KAISHA
New Cutting Device Allows for Full-Cutting and Half-Cutting of Tape
What is this invention?
Cutting device and printer
This cutting device is really great
It has a full-cutting assembly
With a first cutting blade
To cut the tape all the way through
The half-cutting assembly is also there
With a second cutting blade to cut partly too
And a cam that's rotatable and bidirectional as well
With first and second pressing parts to press each arm
So this cutter can be used for packaging or printing with no harm
Looking for a cutting device that can handle even the most challenging jobs? Look no further than the BROTHER KOGYO KABUSHIKI KAISHA full-cutting assembly, half-cutting assembly and cam! This innovative device is perfect for quickly and easily cutting through thick materials like tape. The full-cutting assembly includes a first cutting blade and facing part to cut through the tape in one smooth motion. The half-cutting assembly allows you to cut the material partially in two directions - making it easier to remove smaller pieces without damaging the larger ones. And of course, with a cam that rotates bidirectionally about a third shaft, you can always be sure that your cuts are precise and accurate. Give this cutting machine a try today and see for yourself just how great it is!
This cutting device has a full-cutting assembly, half-cutting assembly, and cam. The full-cutting assembly includes a first cutting blade and facing part to cut the tape fully through in a direction of thickness of the tape by rotating a first arm about a first shaft. The half-cutting assembly includes second cutting blade and supporting base to cut the tape partly in the direction of thickness by rotating a second arm about a second shaft. The cam is rotatable bidirectionally about third shaft and has cam face, on which first pressing part to press first arm and second pressing part to press second arm are arranged. A distance between cam face and second arm is smaller than or equal to distance between cam face and first arm. This cutting device can be used for various purposes such as packaging, printing etc.
US Patent 11485153
SEIKO EPSON CORPORATION
New Recording Device Keeps Media From Kicking During Transport
What is this invention?
Recording device and method for controlling recording device
There was a device for recording
That had a head and transport rollers set
And a controller to drive
The source that moved it along
So the rear end of the medium would cross the kicking region
Do you ever feel like you're constantly battling with your recording device? Whether it's trying to get the perfect shot or just trying to keep your footage consistent, sometimes it feels like there's nothing you can do to help. But don't worry, there's a new solution on the market that could be just what you need! SEIKO EPSON CORPORATION has developed a recording device that uses sensors to detect when a rear end of a medium is crossing into their kicking region. This allows for an adjusted feeding amount for transport operations until the rear end actually reaches the region. Not only does this save time and hassle, but it also ensures that your footage is always accurate and consistent. With this technology at your disposal, there's no reason not to take control of your recordings!
The recording device includes a recording head, a transport roller set, and a controller that controls a driving source that drives a transport driving roller. The controller judges whether a rear end that is an upstream end of a medium in a transport direction crosses the kicking region set in the range present downstream of the nipping position of the transport roller set in the transport direction. When the controller judges that the rear end does not cross the kicking region, the controller adjusts a feeding amount for at least one of a plurality of transport operations to be performed until the rear end reaches the kicking region in such a manner that the rear end of the medium crosses the kicking region.
US Patent 11485156
Seiko Epson Corporation
Transport apparatus releases protection for drive section when driven section engages
What is this invention?
Transport apparatus and recording apparatus
There once was a mounting section
On which a medium had to be mounted
A drive section drove it in a moving direction
And protection from damage was imparted
Seiko Epson Corporation has come up with a new and innovative way of protecting your drive section! The Transport apparatus includes a mounting section on which a medium is to be mounted. A drive section is configured to drive the mounting section in a moving direction and the protection section is configured to be switched between a protection state for protecting the drive section and a release state for releasing protection of the drive section. When the drivensection driven by the drive section engages with the drivesection, the protection Section is in the release state, and when the drivensection does not engage withthe Drive Section, Protection Section is in Protection State. This allows you to protect your investment while still allowing you to use it as needed. With this type of design, there will be no need for bulky or heavy guards that can obstruct your view while driving - making this an ideal option for those who value safety above all else.
The transport apparatus includes a mounting section on which a medium is to be mounted, a drive section configured to drive the mounting section in a moving direction, and a protection section configured to be switched between a protection state for protecting the drive section and a release state for releasing protection of the drive section. The driven section engages with the drive section and is driven by the drive section.
US Patent 11485158
HONDA MOTOR CO., LTD.
Power Supply System Ensures Steady Power to Your Devices
What is this invention?
Power supply system
There once was a power supply system
That included first and second power lines
A voltage converter, too
And a power converter, too
All managed by an ECU
Looking for a power supply system that can handle even the most demanding applications? Look no further than the Honda Motor Co., Ltd. Power Supply System! This system includes first and second batteries connected to first and second power lines, respectively. A voltage converter is also included to convert voltage from AC to DC. In addition, a power converter is used to convert electric power from AC to DC. Finally, a management ECU and converter ECU are responsible for operating the voltage converters in order to maintain consistent voltages between the two batteries. If one of the contactors within your motor vehicle's electrical system fails, the management ECU will detect this failure and initiate system interruption processing in order to prevent any potential damage caused by an ongoing short circuit. With this type of reliable power supply system at your disposal, you can rest assured that your motor vehicle will run smoothly and efficiently - no matter what challenges arise!
The power supply system 1 includes first power lines (21p, 21n) to which a first battery (B1) is connected, second power lines (31p, 31n) to which a second battery (B2) is connected, a voltage converter (5), a power converter which converts electric power, a management ECU (71), and converter ECU (73). The management ECU (71) and converter ECU (73) operate the voltage converter (5) so that the static voltage of the first battery (B1) is higher by at least the determination potential difference than the static voltage of the second battery (B2). This allows for system interruption processing of determining the existence of failure of contactors 22m, 22s, 32m, 32s based on a change in voltage of the smoothing capacitor.
US Patent 11485234
Honda Motor Co., Ltd.
Vehicle Control System Switches Driving Mode to Autonomous Mode When Turning Line Is Not Located in Traveling Area
What is this invention?
Vehicle control system
A vehicle control system is quite complex
It's designed to keep you driving in good form
When it detects a turn,
It will quickly discern
If you're better off in autonomous mode.
Are you looking for a way to take control of your vehicle when you're driving on the road? Honda has just released a new vehicle control system that will allow you to do just that! The system, known as the Honda Vehicle Control System, uses various sensors within the vehicle to detect things like your speed, direction and position. This information is then used to generate appropriate turning lines which can be displayed on the windshield or communicated directly to the steering wheel. If you happen to miss one of these turns, the system will automatically switch into autonomous mode and guide your car back onto the desired path. This is an important innovation because it gives drivers more flexibility when it comes to controlling their vehicles - whether they are in manual or autonomous mode. We can only imagine how popular this system will become once it becomes available on more models in the future!
A vehicle control system includes a travel control unit configured to switch a driving mode of a vehicle, a traveling state detecting unit configured to detect a traveling state of the vehicle, a generating unit configured to generate at least one turning line, an external environment recognizing device configured to detect a state of an external environment of the vehicle, a setting unit configured to set a traveling area in front of the vehicle in a traveling direction thereof, and a determining unit configured to determine whether the turning line is located in the traveling area. In cases where it is determined that the turning line is not located within the travelling area while manual driving mode is selected or when autonomous driving mode is selected, then the travel control unit switches from manual driving mode to autonomous driving mode.
US Patent 11485378
HONDA MOTOR CO., LTD.
The Straddle-Type Vehicle of the Present Invention Provides Maximum Safety and Efficiency
What is this invention?
Straddle-type vehicle
There was a straddle-type vehicle,
With a front wheel and rear wheel.
It had an electrical component box,
Which housed a battery and some other stuff.
The invention also included at least one bank angle sensor,
To make sure the driver didn't get any dents or bruises.
Have you ever been driving down the road and wished you could just lean your car over to the side a bit so that you could tow your boat or RV with ease? Well, now there's a solution! Honda has come up with the Straddle-type Vehicle, which allows drivers to easily straddle their vehicle across both the front and rear wheels. This system is made up of an electrical component box, battery, and various attachment parts. The box houses all of the electronics necessary for controlling your towed vehicle, including a bank angle sensor. When in use, this sensor will detect whether or not you are leaning too far out from the center of your lane - warning you before any dangerous situations arise. With this innovative system installed in your car, there is no need to worry about struggling to keep control when hauling something big!
The present invention relates to a straddle-type vehicle provided with: a front wheel; a rear wheel; an electrical component box that houses a battery; electrical components such as a relay connected to the battery; and electrical component attachment parts with which the electrical components are attached to the electrical component box, wherein the electrical component box is made of resin. The present invention also includes at least one bank angle sensor housed in the electrical component box. This allows for accurate detection of banking angles, thereby providing improved safety for the driver and passengers of the vehicle.
US Patent 11485442
The Boeing Company
Aircraft Structure and Method of Construction: Reduces Manufacturing Time, Costs
What is this invention?
Thermoplastic multi-grid overmolded/co-consolidated aircraft fuselage structure
There once was an aircraft structure
That was built with great efficiency
The manufacturing time required
Was reduced, and so were the costs involved
This innovative design is simply superb!
Aircraft construction has been slow and expensive for many years now. With the advent of new technologies, however, this is starting to change. One such technology is Thermoplastic Multi-Grid Overmolded/Co-Consolidated Aircraft Fuselage Structure (TMGFO/CCAFS). TMGFO/CCAFS is a new way of constructing aircraft that avoids many of the inefficiencies involved in current methods. The main advantage of TMGFO/CCAFS is that it reduces the manufacturing time required for constructing an aircraft. This can be important when you consider the fact that aircraft are becoming increasingly complex and require more advanced designs than ever before. Additionally, TMGFO/CCAFS can reduce the cost involved in constructing an aircraft - making it a viable option for larger projects. While there are still some challenges to overcome, TMGFO/CCAFS appears to be on track to revolutionize airplane construction!
The aircraft structure and its method of construction avoids the inefficiencies involved in current methods of constructing the aircraft structure, reduces the manufacturing time required for constructing the aircraft structure and reduces the cost involved in constructing the aircraft structure. The aircraft structure is comprised of a geodesic or multi-grid framework of intersecting thermoplastic composite strips that are joined to an interior surface of a thermoplastic composite fuselage skin panel through overmolding/co-consolidation of the grid framework and the skin panel. This innovative design results in a more efficient and quicker construction process, as well as reducing overall costs.
US Patent 11485468
THE BOEING COMPANY
Vehicle's Hydraulic System Can Keep It Running Smoothly in an Emergency
What is this invention?
Hydraulic control systems and methods for components of an aircraft
There once was a hydraulic system
That controlled the flow of fluid to actuators
But when the operational state changed
The control unit bypassed the flow
To keep the vehicle's components in check.
With the ever-growing popularity of aircraft, it is important for manufacturers to provide a system that can keep all of the components operating smoothly. One such system is the hydraulic control systems and methods provided by Boeing. The Hydraulic Control Systems (HCS) allow for smooth operation of various components within an aircraft, including but not limited to engines, landing gears, and wings. By monitoring these systems closely and controlling fluid flow accordingly, HCS ensure that all systems are running at their optimal performance levels. This technology has even made its way into vehicles on our roads - helping drivers maintain control over their towed vehicle in difficult situations. With so many benefits to having a HCS system in your car or truck, you may find yourself wondering why your competitors don't have one too!
The patent describes a hydraulic system for a vehicle. The system includes a monitoring control unit that receives an operational signal from a sub-system of the vehicle and controls flow of hydraulic fluid to actuators of components based on the operational signal. The control unit is configured to bypass the flow of hydraulic fluid in relation to a subset of the actuators in response to an altered operational state of the sub-system.
US Patent 11485479
Canon Kabushiki Kaisha
New Sheet Feeding Apparatus Allows for Easier and More Secure Handling of Sheets
What is this invention?
Sheet feeding apparatus including an electric circuit board
There once was a sheet feeding apparatus
With an upper support portion and side plate
An electric circuit board it could hold
And line segments extending from it would all
Form an angle of 45° or more with respect to a vertical line
Canon Kabushiki Kaisha has released a new sheet feeding apparatus that is sure to make your life easier. The Sheet Feeding Apparatus includes an electric circuit board that allows for quick and easy sheet loading and unloading. The upper support portion is formed integrally with the side plate and can support up to an electric circuit board, while the lower support portion provides extra stability when loading or unloading sheets. Additionally, the lower opening portion is designed to be small enough so as not to obstruct your vision while loading or unloading sheets. Whether you're a busy office worker or a home handyman, this sheet feeding apparatus is perfect for you!
The sheet feeding apparatus includes an upper support portion formed integrally with a side plate and configured to support an electric circuit board, an upper opening portion formed in the side plate near the upper support portion, a lower support portion provided at a separate part mounted to the side plate and configured to support the electric circuit board, and a lower opening portion provided between the side plate and the separate part. All line segments having a length of 50 mm or less, among line segments extending from arbitrary points in a main body portion of a sheet cassette, through arbitrary points in the upper opening portion, to the electric circuit board, form an angle of 45° or more with respect to a vertical line, and the lower opening port has a dimension of 5 mm or less or width of 1 mm or less.
US Patent 11485592
Seiko Epson Corporation
Medium Feeding Apparatus Capable of Switching Between First and Second Feeding Modes
What is this invention?
Medium feeding apparatus, image reading apparatus, and medium feeding method in medium feeding apparatus
There once was an apparatus for feeding
That could switch between two modes of proceeding
When the first detection section
Detected the end of the previous medium passing,
The driving of the roller would then commence
Do you ever find yourself in a bind where you need to feed a medium, but your feeding roller is already occupied? If so, then this Medium Feeding Apparatus from Seiko Epson Corporation may be just the solution for you! This apparatus can switch between two feeding modes - one in which the feeding roller is stopped and another in which it is started. This allows for quick and easy switching between modes, no matter what state the preceding medium is in. Additionally, both detection sections are positioned downstream of the feeding roller - ensuring accurate detection of when passage has occurred. So whether you're looking for an efficient way to feed media or just need some extra flexibility when it comes to feeding mode, this product may be just what you're looking for!
The medium feeding apparatus can switch between two feeding modes: a first mode in which when a first detection section detects that the trailing end of a preceding medium is passing by it in a feeding standby state, driving of the feeding roller is started to feed a succeeding medium; and a second mode in which when the same detection section detects that the trailing end of the preceding medium has passed by it, starting the driving of the feeding roller will cause it to feed another succeeding medium.
US Patent 11485596