mhurhangee/patent-ind-claim-en huggingface dataset:
Bicycle saddle comprising a saddle shell , a seat cushion connected with an upper side of the saddle shell , a support element connected with a saddle frame for connection with a seat post, and the support element extending from the saddle tip to the rear of the saddle, and an elastomeric body arranged between the support element and the saddle shell , characterized in that the elastomeric body is two-dimensionally connected with the lower side of the saddle shell and the support element to decouple the saddle shell from the support element , such that the support element and the saddle shell are connected exclusively via the elastomeric body and such that, under load, the saddle shell is pivotable relative to the support element about a longitudinal axis extending in the longitudinal direction.
Electronically slip-controllable vehicle brake system comprising at least one brake circuit , at least one wheel brake connected to the brake circuit , and a drivable pressure-generating unit for supplying the wheel brake with pressure medium under a brake pressure or for adapting this brake pressure to the slip conditions of a wheel assigned to the wheel brake , wherein provided for each brake circuit is a pressure-generating unit having at least two pumps which deliver into a shared pressure line , wherein electronically controllable means are provided, which control a pressure medium connection from the shared pressure line to a suction side of at least one of the pumps depending on the pressure medium volume demand of the wheel brake , and wherein a non-return valve is situated between the pumps on the particular pressure side, characterized in that the pressure medium connection , as viewed in the flow direction of the non-return valve , branches off from the pressure line upstream from this non-return valve .
An extra-oral dental imaging apparatus for obtaining an image from a patient, the apparatus comprising: a radiation source ; a digital imaging sensor that is configured to provide, for each of a plurality of image pixels, at least a first digital value according to a count of received photons that satisfy at least a first energy threshold, wherein the digital imaging sensor is further configured to provide, for each of the plurality of image pixels, a second digital value obtained from a count of photons of ionizing radiation energy that exceed a second energy threshold, that is higher than the first energy threshold; and wherein the digital imaging sensor is further configured to provide an upper energy threshold, wherein the first digital value is according to the count of received photons that both exceed the first energy threshold and are less than the upper energy threshold, and wherein the second digital value is according to the count of received photons that both exceed the second energy threshold and are less than the upper energy threshold; a mount that is configured to support the radiation source and the digital imaging sensor on opposite sides of the patient's head and that is further configured to move in accordance with predetermined scan patterns to provide 2D extra-oral imaging and 3D extra-oral imaging; and a computer in signal communication with the digital imaging sensor for acquiring one or more two-dimensional images. a radiation source ; a digital imaging sensor that is configured to provide, for each of a plurality of image pixels, at least a first digital value according to a count of received photons that satisfy at least a first energy threshold, wherein the digital imaging sensor is further configured to provide, for each of the plurality of image pixels, a second digital value obtained from a count of photons of ionizing radiation energy that exceed a second energy threshold, that is higher than the first energy threshold; and wherein the digital imaging sensor is further configured to provide an upper energy threshold, wherein the first digital value is according to the count of received photons that both exceed the first energy threshold and are less than the upper energy threshold, and wherein the second digital value is according to the count of received photons that both exceed the second energy threshold and are less than the upper energy threshold; a mount that is configured to support the radiation source and the digital imaging sensor on opposite sides of the patient's head and that is further configured to move in accordance with predetermined scan patterns to provide 2D extra-oral imaging and 3D extra-oral imaging; and a computer in signal communication with the digital imaging sensor for acquiring one or more two-dimensional images.
A method of forming a plastic container from a preform, the method comprising: pressurizing a system with fluid to a first predetermined system pressure, the fluid being a liquid; forming and filling the container with said fluid at a second predetermined system pressure wherein said fluid is urged into said container thereby forming said container against a mold cavity; maintaining said second predetermined system pressure constant for a duration sufficient to harden and cool the container; and depressurizing said system from said second predetermined system pressure to said first predetermined system pressure, characterized in that said second predetermined system pressure is created in response to a hydraulic shock causing the preform to be urged into mold forming walls; the hydraulic shock being controlled by varying the amount of liquid injected into the preform, the flow rate of the injection and the flow duration; the mass of the liquid, the liquid flow rate and the flow duration collectively resulting in said water hammer that produces a pressure spike; said second predetermined system pressure momentarily spikes to peak pressure at least 20% to 70% greater than said first predetermined system pressure when said container contacts said mold cavity. pressurizing a system with fluid to a first predetermined system pressure, the fluid being a liquid; forming and filling the container with said fluid at a second predetermined system pressure wherein said fluid is urged into said container thereby forming said container against a mold cavity; maintaining said second predetermined system pressure constant for a duration sufficient to harden and cool the container; and depressurizing said system from said second predetermined system pressure to said first predetermined system pressure, characterized in that said second predetermined system pressure is created in response to a hydraulic shock causing the preform to be urged into mold forming walls; the hydraulic shock being controlled by varying the amount of liquid injected into the preform, the flow rate of the injection and the flow duration; the mass of the liquid, the liquid flow rate and the flow duration collectively resulting in said water hammer that produces a pressure spike; said second predetermined system pressure momentarily spikes to peak pressure at least 20% to 70% greater than said first predetermined system pressure when said container contacts said mold cavity.
System, comprising a brushless electric motor and a complementary connection assembly, said brushless electromagnetic motor comprising a stator assembly wound with P electrical phases and X coils per phase, each coil being carried by a body provided with two connection notches , characterized in that said connection assembly is constituted by a first sub-assembly formed by W tracks which are cut from a single conductive sheet and are substantially coplanar, optionally apart from the connecting extensions , having connecting extensions which are parallel to one another and constitute the attachment lugs making it possible for electrical contact to be made with a connector for powering the coils , W being an integer between P and P+1, each of said W tracks terminating in at least one folded end perpendicularly to the plane of said tracks , the shape of said folded end being complementary to the shape of the connection notch , said tracks being joined by an insulating plastics material.
A method of making a flexible partial denture, comprising: ( a ) producing a partial denture base by additive manufacturing from a dual cure resin, with the dual cure resin comprising a light polymerizable component and a heat polymerizable component, with the denture base including at least one tooth socket comprising the dual cure resin in uncured or partially cured form; ( b ) inserting an acrylic artificial tooth into each at least one tooth socket to produce an assembled intermediate product; and then ( c ) baking said assembled intermediate product for a time sufficient to cure said heat polymerizable component in said denture base and the dual cure resin in uncured or partially cured form in said at least one tooth socket , bond said tooth into each at least one socket with said cure, and produce said flexible partial denture. ( a ) producing a partial denture base by additive manufacturing from a dual cure resin, with the dual cure resin comprising a light polymerizable component and a heat polymerizable component, with the denture base including at least one tooth socket comprising the dual cure resin in uncured or partially cured form; ( b ) inserting an acrylic artificial tooth into each at least one tooth socket to produce an assembled intermediate product; and then ( c ) baking said assembled intermediate product for a time sufficient to cure said heat polymerizable component in said denture base and the dual cure resin in uncured or partially cured form in said at least one tooth socket , bond said tooth into each at least one socket with said cure, and produce said flexible partial denture.
An aircraft engine pylon comprising: a fitting ; a panel located below the fitting ; a shear pin at least partially coupling the fitting and the panel ; and tension fasteners at least partially coupling the fitting and the panel ; the tension fasteners define a primary tension force load path for tension forces acting between the fitting and the panel ; the shear pin defines a primary shear force load path for shear forces acting between the fitting and the panel ; characterized in that the panel and the fitting include corresponding pin openings for the shear pin to be inserted into and where the pin openings are sized such that the shear pin presses against the pin openings; and the panel and the fitting include corresponding fastener openings for the tension fasteners to extend through and the fastener openings are wider than portions of the tension fasteners extending there through to form a clearance fit. a fitting ; a panel located below the fitting ; a shear pin at least partially coupling the fitting and the panel ; and tension fasteners at least partially coupling the fitting and the panel ; the tension fasteners define a primary tension force load path for tension forces acting between the fitting and the panel ; the shear pin defines a primary shear force load path for shear forces acting between the fitting and the panel ; characterized in that the panel and the fitting include corresponding pin openings for the shear pin to be inserted into and where the pin openings are sized such that the shear pin presses against the pin openings; and the panel and the fitting include corresponding fastener openings for the tension fasteners to extend through and the fastener openings are wider than portions of the tension fasteners extending there through to form a clearance fit. the panel and the fitting include corresponding pin openings for the shear pin to be inserted into and where the pin openings are sized such that the shear pin presses against the pin openings; and the panel and the fitting include corresponding fastener openings for the tension fasteners to extend through and the fastener openings are wider than portions of the tension fasteners extending there through to form a clearance fit.
A base station : for receiving, storing, and charging a plurality of mobile detachable components , the base station comprising: a furniture structure; an electronic device having a processor and configured for electrically coupling to a power source for charging; a plurality of docking stations disposed within the furniture structure of the base station and sized to receive a plurality of mobile detachable components therein, wherein the mobile detachable components are wheeled furniture structures, each having their own electronic device and each being independently operable from one another and from the base station; and wherein the plurality of docking stations within the base station are configured to receive, store, and charge the plurality of wheeled mobile detachable components; a remote database in wireless communication with the electronic device of the base station and in wireless communication with the electronic devices of the plurality of mobile detachable components , wherein information can be continuously exchanged between the remote database, the base station, and the plurality of mobile detachable components, even when the plurality of mobile detachable components are deployed away from the base station. a furniture structure; an electronic device having a processor and configured for electrically coupling to a power source for charging; a plurality of docking stations disposed within the furniture structure of the base station and sized to receive a plurality of mobile detachable components therein, wherein the mobile detachable components are wheeled furniture structures, each having their own electronic device and each being independently operable from one another and from the base station; and wherein the plurality of docking stations within the base station are configured to receive, store, and charge the plurality of wheeled mobile detachable components; a remote database in wireless communication with the electronic device of the base station and in wireless communication with the electronic devices of the plurality of mobile detachable components , wherein information can be continuously exchanged between the remote database, the base station, and the plurality of mobile detachable components, even when the plurality of mobile detachable components are deployed away from the base station.
A network congestion control method, comprising: when network congestion is detected, obtaining a 5-tuple of a packet that causes the network congestion; generating a congestion control message , wherein the congestion control message carries the 5-tuple of the packet, wherein the 5-tuple of the packet is encapsulated in a payload field of the congestion control message; and sending the congestion control message to a source node of the packet or an access forwarding device connected to a source node of the packet. when network congestion is detected, obtaining a 5-tuple of a packet that causes the network congestion; generating a congestion control message , wherein the congestion control message carries the 5-tuple of the packet, wherein the 5-tuple of the packet is encapsulated in a payload field of the congestion control message; and sending the congestion control message to a source node of the packet or an access forwarding device connected to a source node of the packet.
A punch for a tableting machine wherein the punch has a measuring device which is energy self-sufficient and can function independently of a power supply to the tableting machine and wherein the measuring device comprises a sensor for recording physical and/or chemical properties characterized in that the measuring device is incorporated inside the punch body and comprises a communication unit, a memory unit, an energy storage unit and a computing unit, wherein the measured values obtained as raw data can be processed by means of the computing unit . wherein the punch has a measuring device which is energy self-sufficient and can function independently of a power supply to the tableting machine and wherein the measuring device comprises a sensor for recording physical and/or chemical properties characterized in that the measuring device is incorporated inside the punch body and comprises a communication unit, a memory unit, an energy storage unit and a computing unit, wherein the measured values obtained as raw data can be processed by means of the computing unit .
A lightweight steel sheet with an enhanced elastic modulus, wherein: the lightweight steel sheet has a chemical composition by mass percentage of 0.001%≤C≤0.30%, 0.05%≤Mn≤4.0%, 1.5%<A1<3.0%, 1.5%≤Ti≤7.0% and 0.5%≤B≤3.6%, and optionally at least one of the following elements: 0.01%≤Si≤1.5%, 0.01%≤Cr≤2.0%, 0.01%≤Mo≤1.0%, 0.01%≤Nb≤0.2%, 0.01%≤V≤0.5%, 0.05%≤Ni≤1.0%, 0.05%≤Cu≤1.0% and 0.001%≤Ca≤0.2%, with a balance of Fe and unavoidable impurity elements; the lightweight steel sheet has a microstructure comprising a matrix and fine hard reinforcing particles dispersively distributed in the matrix uniformly, wherein the matrix is entirely or partially ferrite and/or bainite, wherein the hard reinforcing particles comprise at least TiB 2 . the lightweight steel sheet has a chemical composition by mass percentage of 0.001%≤C≤0.30%, 0.05%≤Mn≤4.0%, 1.5%<A1<3.0%, 1.5%≤Ti≤7.0% and 0.5%≤B≤3.6%, and optionally at least one of the following elements: 0.01%≤Si≤1.5%, 0.01%≤Cr≤2.0%, 0.01%≤Mo≤1.0%, 0.01%≤Nb≤0.2%, 0.01%≤V≤0.5%, 0.05%≤Ni≤1.0%, 0.05%≤Cu≤1.0% and 0.001%≤Ca≤0.2%, with a balance of Fe and unavoidable impurity elements; the lightweight steel sheet has a microstructure comprising a matrix and fine hard reinforcing particles dispersively distributed in the matrix uniformly, wherein the matrix is entirely or partially ferrite and/or bainite, wherein the hard reinforcing particles comprise at least TiB 2 .
Method for determining a destination of a person by means of a destination detection unit , wherein the determination is based on a likelihood of the person moving towards the destination , and wherein the method has at least the following steps: - detecting at least one object , which is carried by the person , multiple times, - comparing the objects remaining with the person after the start of a movement with the objects that were detected first, - excluding, in a first detection, objects that were captured regularly in a learning process but are no longer with the person after the start of the movement, - determining the likely destination from the at least one detected object . - detecting at least one object , which is carried by the person , multiple times, - comparing the objects remaining with the person after the start of a movement with the objects that were detected first, - excluding, in a first detection, objects that were captured regularly in a learning process but are no longer with the person after the start of the movement, - determining the likely destination from the at least one detected object .
A method of a computing device in a first vehicle , the method comprising: receiving, at the computing device in the first vehicle , image data acquired by a camera of the first vehicle, the image data comprising an image of a license plate of a second vehicle ; obtaining , by the computing device based on information of the license plate, information comprising a maintenance history of the second vehicle , the maintenance history comprising information regarding a worn or failed component of the second vehicle ; utilizing the maintenance history comprising the information regarding the worn or failed component of the second vehicle , creating, by the computing device , a risk profile for the second vehicle ; and based on the risk profile, initiating , by the computing device , an action comprising autonomously changing a position of the first vehicle relative to the second vehicle . receiving, at the computing device in the first vehicle , image data acquired by a camera of the first vehicle, the image data comprising an image of a license plate of a second vehicle ; obtaining , by the computing device based on information of the license plate, information comprising a maintenance history of the second vehicle , the maintenance history comprising information regarding a worn or failed component of the second vehicle ; utilizing the maintenance history comprising the information regarding the worn or failed component of the second vehicle , creating, by the computing device , a risk profile for the second vehicle ; and based on the risk profile, initiating , by the computing device , an action comprising autonomously changing a position of the first vehicle relative to the second vehicle .
A program creation apparatus for creating a program that controls a wire electrical discharge machine , comprising: a display unit configured to display a machining shape of a workpiece (W) that is input by a user through an input unit ; a core fixing portion setter configured to set a predetermined range including a point on a machining line (L) between the workpiece (W) and a core (C) to be formed by machining the workpiece (W), specified on the display unit with the machining shape of the workpiece displayed thereon, by the user through the input unit , as a core fixing portion (F) for fixing the core (C) to the workpiece (W); and a program creator configured to create a program that causes the wire electrical discharge machine to fix the core (C) to the workpiece (W) in the set core fixing portion (F) while machining the workpiece (W) according to the input machining shape thereof, wherein the core fixing portion setter sets a core fixing portion (F) that fixes the core (C) to the workpiece (W) so that the point specified on the machining line (L) by the user through the input unit will form a midpoint (M) of the core fixing portion (F). a display unit configured to display a machining shape of a workpiece (W) that is input by a user through an input unit ; a core fixing portion setter configured to set a predetermined range including a point on a machining line (L) between the workpiece (W) and a core (C) to be formed by machining the workpiece (W), specified on the display unit with the machining shape of the workpiece displayed thereon, by the user through the input unit , as a core fixing portion (F) for fixing the core (C) to the workpiece (W); and a program creator configured to create a program that causes the wire electrical discharge machine to fix the core (C) to the workpiece (W) in the set core fixing portion (F) while machining the workpiece (W) according to the input machining shape thereof, wherein the core fixing portion setter sets a core fixing portion (F) that fixes the core (C) to the workpiece (W) so that the point specified on the machining line (L) by the user through the input unit will form a midpoint (M) of the core fixing portion (F).
Electromagnet-operated conveying device comprising: - a movable conveying element , - at least one permanent magnet arranged on the conveying element for the onward movement of the conveying element , and - a cleaning device for removing particles from a surface of the permanent magnet , characterized in that the conveying device is constructed as a planar drive conveying device, which comprises an electromagnetic transport surface for the planar movement of the conveying element , wherein the transport surface has a gap , in which the cleaning device is arranged. - a movable conveying element , - at least one permanent magnet arranged on the conveying element for the onward movement of the conveying element , and - a cleaning device for removing particles from a surface of the permanent magnet ,