mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing at least a portion of an article of footwear customized for a user, the method comprising the steps of: determining input parameters related to the user, the input parameters comprising pressure distribution measurements over at least a portion of a sole of a foot of the user and force distribution measurements between at least a portion of the sole of the foot of the user and a ground surface during at least a portion of a ground contact phase of an athletic motion; analyzing the input parameters by multiplying the pressure distribution measurements and the force distribution measurements to determine at least one performance metric relating at least in part to an angle and a magnitude of an interaction between the foot of the user and the ground surface at a plurality of locations on the foot of the user; determining at least one customized structural characteristic of at least the portion of the article of footwear for the user based on the at least one performance metric; and manufacturing for the user at least the portion of the article of footwear with the at least one customized structural characteristic. determining input parameters related to the user, the input parameters comprising pressure distribution measurements over at least a portion of a sole of a foot of the user and force distribution measurements between at least a portion of the sole of the foot of the user and a ground surface during at least a portion of a ground contact phase of an athletic motion; analyzing the input parameters by multiplying the pressure distribution measurements and the force distribution measurements to determine at least one performance metric relating at least in part to an angle and a magnitude of an interaction between the foot of the user and the ground surface at a plurality of locations on the foot of the user; determining at least one customized structural characteristic of at least the portion of the article of footwear for the user based on the at least one performance metric; and manufacturing for the user at least the portion of the article of footwear with the at least one customized structural characteristic.
Method for the operation of a heat pump having a brine circuit, in which a circulation pump, an air-to-brine heat exchanger, a compressor and a heating element are located, for detection of the ambient air temperature T u by means of a first temperature sensor, wherein the air-to-brine heat exchanger possesses a fan for conveying ambient air through the air-to-brine heat exchanger, characterised in that the ambient air temperature T u is recorded by means of a first temperature sensor and, when a predetermined temperature T N is fallen below, the fan is switched off and the heating element is alternately switched on and off, such that it is ensured that the brine circuit is only heated to the extent that a usage threshold temperature T F, below which the heat losses of the brine circuit become so great that sufficient heat no longer arrives at the compressor for the operation of the heat pump, is not fallen below..
A sensing device comprising: a sensing unit configured to measure a magnetic field generated between a rotor and a stator disposed on an outside of the rotor, wherein the stator includes a stator holder and a stator ring (220, 220a) disposed in the stator holder, the stator ring (220, 220a) includes a body, a plurality of teeth formed to protrude from an inner circumferential surface of the body, and a protrusion part formed to protrude from an outer circumferential surface of the body, when viewed in a circumferential direction, the protrusion part is disposed between the teeth, characterized in that the protrusion part is provided as two or more protrusions (223a, 223b) disposed to be spaced apart from each other, wherein the stator holder includes a stator ring-fixing part and a shaft-fixing part, and the protrusions (223a, 223b) are coupled to an outer surface of the stator ring-fixing part in a caulking manner. a sensing unit configured to measure a magnetic field generated between a rotor and a stator disposed on an outside of the rotor, wherein the stator includes a stator holder and a stator ring (220, 220a) disposed in the stator holder, the stator ring (220, 220a) includes a body, a plurality of teeth formed to protrude from an inner circumferential surface of the body, and a protrusion part formed to protrude from an outer circumferential surface of the body, when viewed in a circumferential direction, the protrusion part is disposed between the teeth, characterized in that the protrusion part is provided as two or more protrusions (223a, 223b) disposed to be spaced apart from each other, wherein the stator holder includes a stator ring-fixing part and a shaft-fixing part, and the protrusions (223a, 223b) are coupled to an outer surface of the stator ring-fixing part in a caulking manner.
A foldable frame for an agricultural machine comprising at least one stationary part and at least one folding part, which is rotatably mounted on the stationary part by means of at least a first arm and a second arm, which pivotally connect the stationary part and the folding part each of the two arms presenting one swivel mounting (3,5) at the stationary part and one swivel mountings (4,6) at the folding part, wherein in the working position of the folding part the first arm is positioned substantially above the second arm and the swivel mountings (3,4,5,6) are arranged so that the swivel mounting of the stationary part of the second arm is located vertically at the level which is below the level of the swivel mounting of the first arm at the stationary part and so that swivel mounting on the folding part of the second arm is located vertically below the level of swivel mounting on the first arm, characterized in that in the transport mode the first arm is positioned substantially below the second arm and the swivel mounting of the folding part of the second arm is located vertically above the level of the swivel mounting of the folding part of the first arm.
A branched, biodegradable polymer composition that is a blend of: polylactic acid; and a single biodegradable polyhydroxyalkanoate polymer that is poly-3-hydroxybutyrate-co-4-hydroxybutyrate, wherein 4-hydroxybutyrate is present at between 25% and 85% of the total weight of the PHA polymer. polylactic acid; and a single biodegradable polyhydroxyalkanoate polymer that is poly-3-hydroxybutyrate-co-4-hydroxybutyrate,
An aircraft landing gear comprising: a strut cylinder; a strut piston partially housed within the strut cylinder and defining an oil chamber (38,39); a shrink chamber defined between the strut cylinder and the strut piston; characterised in that it further comprises a shrink pump configured to conduct a fluid from the oil chamber (38,39) to the shrink chamber; and an unshrink valve configured to allow a fluid to transfer from the shrink chamber to the oil chamber (38,39), in response to the unshrink valve being in an open position. a strut cylinder; a strut piston partially housed within the strut cylinder and defining an oil chamber (38,39); a shrink chamber defined between the strut cylinder and the strut piston; characterised in that it further comprises a shrink pump configured to conduct a fluid from the oil chamber (38,39) to the shrink chamber; and an unshrink valve configured to allow a fluid to transfer from the shrink chamber to the oil chamber (38,39), in response to the unshrink valve being in an open position.
A personalized skin care system, comprising: a) a dispensing device that includes at least one wall defining an interior space; b) a removable cartridge disposed in the interior space, the removable cartridge containing a skin care active; c) a single-use pod disposed in the interior space, wherein the single-use pod contains a base ingredient and is in fluid communication with the removable cartridge; and wherein the single-use pod comprises a flexible wall portion; d) a mixing element, wherein the mixing element is configured to mix the active ingredient and the base ingredient together inside the single-use pod without contacting the ingredients, by applying pressure to the flexible wall portion. a) a dispensing device that includes at least one wall defining an interior space; b) a removable cartridge disposed in the interior space, the removable cartridge containing a skin care active; c) a single-use pod disposed in the interior space, wherein the single-use pod contains a base ingredient and is in fluid communication with the removable cartridge; and wherein the single-use pod comprises a flexible wall portion; d) a mixing element, wherein the mixing element is configured to mix the active ingredient and the base ingredient together inside the single-use pod without contacting the ingredients, by applying pressure to the flexible wall portion.
A method for manufacturing a formed film, comprising: providing a formable film having a conductive pattern on a first side of the formable film; printing a deformation-preventing element onto the formable film; and forming at least one section of the formable film at a forming temperature; wherein a modulus of elasticity of the deformation-preventing element at the forming temperature is greater than a modulus of elasticity of the formable film at the forming temperature; ch a r act e r i sed in that the printing the deformation-preventing element onto the formable film is performed by printing a nanopowder ink onto the formable film and sintering the nanopowder and in that the deformation-preventing element is printed onto a second side of the formable film opposing the first side of the formable film. providing a formable film having a conductive pattern on a first side of the formable film; printing a deformation-preventing element onto the formable film; and forming at least one section of the formable film at a forming temperature; wherein a modulus of elasticity of the deformation-preventing element at the forming temperature is greater than a modulus of elasticity of the formable film at the forming temperature; ch a r act e r i sed in that the printing the deformation-preventing element onto the formable film is performed by printing a nanopowder ink onto the formable film and sintering the nanopowder and in that the deformation-preventing element is printed onto a second side of the formable film opposing the first side of the formable film.
MULTICHAMBER SPHYGMOMANOMETER WITH CHAMBER SELECTOR, intended to measure blood pressure, which comprises: - An armlet able to surround a limb through which there is blood circulation, - At least, an inflatable chamber arranged into said armlet, - An air pressure pump that, provided with a releasing valve means, is able to inflate said inflatable chamber until reaching the necessary compression on the application limb, - A manometer able to measure the detected blood pressure, - An outer pneumatic tube that connects to said inflatable chamber with said air pressure pump and said manometer, - A set of inflatable chambers (2, 2a, 2b, 2c), - Each inflatable chamber (2a, 2b, 2c) has a respective pneumatic connection assigned, characterized in that: - The assigned pneumatic connections of said inflatable chambers (2a, 2b, 2c) communicate with said outer pneumatic tube, by means of a manual connection selector device, where each chamber (2a, 2b, 2c) connects to a respective selective connection and the selective connections are available so that in any of them it may be connected a selector connector which is itself connected to the outer pneumatic tube, so that, said manual connection selector device is able to determine with which chamber (2a, 2b, 2c) said outer pneumatic tube is pneumatically connected. - An armlet able to surround a limb through which there is blood circulation, - At least, an inflatable chamber arranged into said armlet, - An air pressure pump that, provided with a releasing valve means, is able to inflate said inflatable chamber until reaching the necessary compression on the application limb, - A manometer able to measure the detected blood pressure, - An outer pneumatic tube that connects to said inflatable chamber with said air pressure pump and said manometer, - A set of inflatable chambers (2, 2a, 2b, 2c), - Each inflatable chamber (2a, 2b, 2c) has a respective pneumatic connection assigned, characterized in that: - The assigned pneumatic connections of said inflatable chambers (2a, 2b, 2c) communicate with said outer pneumatic tube, by means of a manual connection selector device, where each chamber (2a, 2b, 2c) connects to a respective selective connection and the selective connections are available so that in any of them it may be connected a selector connector which is itself connected to the outer pneumatic tube, so that, said manual connection selector device is able to determine with which chamber (2a, 2b, 2c) said outer pneumatic tube is pneumatically connected.
A turbomachine comprising: a rotor hub, rotatable about a central axis, including a central opening therethrough, a first axial side, a second axial side, and a lip extending around the central opening; a shaft extending through the central opening, wherein the rotor hub is a ceramic material and the shaft is metallic; and a clamp (28;128) coupled with the shaft and the rotor hub such that the rotor hub is rotatable with the shaft, the clamp (28;128) including a first clamp member (28a;128a) arranged on the first axial side of the rotor hub and a second clamp member (28b;128b) arranged on the second axial side of the rotor hub, the first clamp member (28a;128a) and the second clamp member (28b;128b) engaging the lip such that the rotor hub is rotatable with the shaft, wherein the first clamp member (28a;128a) has a first engagement surface and the second clamp member (28b;128b) has a second engagement surface, and the first engagement surface slopes at a first oblique angle (α a) with respect to an axis of rotation of the rotor hub and the second engagement surface slopes at a second oblique angle (α b) with respect to the axis of rotation of the rotor hub; characterised in that the first oblique angle (α a) is unequal to the second oblique angle (α b) and one of the engagement surfaces (32a, 32b) is steeper and axially shorter than the other; the first and second engagement surfaces (32a,32b) are each frictionally engaged around the lip of the rotor hub such that the first and second engagement surfaces (32a,32b) clamp the rotor hub in compression. a rotor hub, rotatable about a central axis, including a central opening therethrough, a first axial side, a second axial side, and a lip extending around the central opening; a shaft extending through the central opening, wherein the rotor hub is a ceramic material and the shaft is metallic; and a clamp (28;128) coupled with the shaft and the rotor hub such that the rotor hub is rotatable with the shaft, the clamp (28;128) including a first clamp member (28a;128a) arranged on the first axial side of the rotor hub and a second clamp member (28b;128b) arranged on the second axial side of the rotor hub, the first clamp member (28a;128a) and the second clamp member (28b;128b) engaging the lip such that the rotor hub is rotatable with the shaft, wherein the first clamp member (28a;128a) has a first engagement surface and the second clamp member (28b;128b) has a second engagement surface, and the first engagement surface slopes at a first oblique angle (α a) with respect to an axis of rotation of the rotor hub and the second engagement surface slopes at a second oblique angle (α b) with respect to the axis of rotation of the rotor hub; characterised in that the first oblique angle (α a) is unequal to the second oblique angle (α b) and one of the engagement surfaces (32a, 32b) is steeper and axially shorter than the other; the first and second engagement surfaces (32a,32b) are each frictionally engaged around the lip of the rotor hub such that the first and second engagement surfaces (32a,32b) clamp the rotor hub in compression.
A pendulum clamping jaw for mounting on a base jaw of a clamping device, consisting of a base plate and a pendulum plate, wherein the base plate is connectable to the base jaw so as to be immovable and has a bolt-like seating for receiving the pendulum plate, and wherein the pendulum plate is mounted on the base plate so as to be rotatable about a pendulum axis defined by the seating, characterized in that the bolt-like seating is in the shaped of a circle segment and has a centre angle a > 180° and also an edge web located at a distrance from the base plate, and that the pendulum plate has a blind hole-like recess corresponding to the bolt like seating and a peripheral groove which runs along the bottom of the blind hole and corresponds to the edge web.
A system that facilitates utilizing a radio frequency identification, RFID, tag associated with an object, the RFID tag being on the object, the system comprising: an RFID component that receives data from the RFID tag, the data comprising extended data that identifies an operation, the extended data being a process parameter that drives process automation control at a plurality of stations in a manufacturing application; a filter component that interfaces the RFID component, the filter component being adapted to process the data received from the RFID tag to filter out tag signals that are unwanted; and a welder that manipulates the object based at least in part upon the extended data and the identified operation. an RFID component that receives data from the RFID tag, the data comprising extended data that identifies an operation, the extended data being a process parameter that drives process automation control at a plurality of stations in a manufacturing application; a filter component that interfaces the RFID component, the filter component being adapted to process the data received from the RFID tag to filter out tag signals that are unwanted; and a welder that manipulates the object based at least in part upon the extended data and the identified operation.
An apparatus comprising: a counter to count between a start value and an end value according to a local clock signal; a first register to store an output of the counter, wherein the first register is to be sampled according to a recovered clock signal received by the apparatus; a mirror elastic buffer to store samples of the counter output received from the first register, wherein the mirror elastic buffer is to mirror an elastic buffer of a receiver circuit; and a resolution logic to receive a counter output sample from the mirror elastic buffer and a current counter value output from the counter, and to detect a transit latency for a data element to traverse the receiver circuit based at least in part on the counter output sample and the current counter value. a counter to count between a start value and an end value according to a local clock signal; a first register to store an output of the counter, wherein the first register is to be sampled according to a recovered clock signal received by the apparatus; a mirror elastic buffer to store samples of the counter output received from the first register, wherein the mirror elastic buffer is to mirror an elastic buffer of a receiver circuit; and a resolution logic to receive a counter output sample from the mirror elastic buffer and a current counter value output from the counter, and to detect a transit latency for a data element to traverse the receiver circuit based at least in part on the counter output sample and the current counter value.
A method for interrupting yarn production on a spinning machine, the spinning machine comprising at least one spinning point having an inlet for a fiber material and an outlet for the yarn made from the fiber material, and the spinning machine comprising a delivery device for feeding the fiber material into the spinning point, a take-off device for drawing off the yarn out of the spinning point, a winding device for winding up the produced yarn, and a yarn monitoring unit for monitoring at least one yarn parameter, the yarn production being interrupted upon detecting a defined deviation of the monitored yarn parameter from a target value, upon changing bobbins at the winding device, and/or prior to switching off the spinning machine, characterized in that the feed speeds of the delivery device, the take-off device, and the winding device are gradually reduced to a stop in order to interrupt the yarn production, wherein the reducing takes place such that the end of the produced yarn is located within the spinning point after the reducing is completed.
A control system for a hybrid vehicle, the hybrid vehicle being configured to travel using power of at least one of an engine and a rotary electric machine (200, 400), the control system comprising: a first electronic control unit configured to control the engine; and a second electronic control unit configured to control the rotary electric machine (200, 400), the second electronic control unit being configured to output an engine command signal to the first electronic control unit through communication with the first electronic control unit, and the first electronic control unit being configured to: a) control the engine in accordance with the engine command signal received from the second electronic control unit, when a communication abnormality with the second electronic control unit does not occur; and b) execute fixing operation control in which the engine is controlled such that at least one of speed, output power, and output torque of the engine becomes a corresponding fixed value, when the communication abnormality with the second electronic control unit occurs. a first electronic control unit configured to control the engine; and a second electronic control unit configured to control the rotary electric machine (200, 400), the second electronic control unit being configured to output an engine command signal to the first electronic control unit through communication with the first electronic control unit, and the first electronic control unit being configured to: a) control the engine in accordance with the engine command signal received from the second electronic control unit, when a communication abnormality with the second electronic control unit does not occur; and b) execute fixing operation control in which the engine is controlled such that at least one of speed, output power, and output torque of the engine becomes a corresponding fixed value, when the communication abnormality with the second electronic control unit occurs. a) control the engine in accordance with the engine command signal received from the second electronic control unit, when a communication abnormality with the second electronic control unit does not occur; and b) execute fixing operation control in which the engine is controlled such that at least one of speed, output power, and output torque of the engine becomes a corresponding fixed value, when the communication abnormality with the second electronic control unit occurs.