mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a copolymer of Formula wherein each R 1 is independently an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo; each R 2 is independently an alkylene, alkylene substituted with an aryl, or a combination thereof; each R 3 is independently an alkylene, arylene, arylene substituted with an alkyl, halo, oxy or carbodiimide group, haloaralkylene, cycloalkylene, cycloalkylene substituted with an carbodiimide group, or a combination thereof; each R 4 is independently an alkylene, fluoroalkylene, alkylene oxide, aralkylene, fluoroalkylene oxide, or a combination thereof; each X is independently an oxy or -CH 2 -; each Y is independently an alkylene, arylene, or a combination thereof; Q is oxy or -NH-; n is an integer in a range of 0 to 1500; and m is an integer equal to at least 1. each R 1 is independently an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo; each R 2 is independently an alkylene, alkylene substituted with an aryl, or a combination thereof; each R 3 is independently an alkylene, arylene, arylene substituted with an alkyl, halo, oxy or carbodiimide group, haloaralkylene, cycloalkylene, cycloalkylene substituted with an carbodiimide group, or a combination thereof; each R 4 is independently an alkylene, fluoroalkylene, alkylene oxide, aralkylene, fluoroalkylene oxide, or a combination thereof; each X is independently an oxy or -CH 2 -; each Y is independently an alkylene, arylene, or a combination thereof; Q is oxy or -NH-; n is an integer in a range of 0 to 1500; and m is an integer equal to at least 1.
A computer implemented method for determining specularity, the method comprising: dividing, by one or more computing devices (110, 120, 130, 140), an object into a set of polygon-shaped surface geometry patches; for each particular patch of the set of polygon-shaped surface geometry patches, determining, by the one or more computing devices, a curve fit model by: identifying a set of images of the object captured at different times from different orientations; determining an average intensity value of the particular patch for each image (510, 520, 710, 720, 810, 820, 1306) of the set of images; and determining an angle value of the particular patch for each image of the set of images, the angle based on at least a direction of a camera that captured the particular image; fitting the average intensity value and the angle value for each image of the set of images to a curve; and using, by the one or more computing devices, the curve fit model for each particular patch to determine a degree of shininess for that particular patch. dividing, by one or more computing devices (110, 120, 130, 140), an object into a set of polygon-shaped surface geometry patches; for each particular patch of the set of polygon-shaped surface geometry patches, determining, by the one or more computing devices, a curve fit model by: identifying a set of images of the object captured at different times from different orientations; determining an average intensity value of the particular patch for each image (510, 520, 710, 720, 810, 820, 1306) of the set of images; and determining an angle value of the particular patch for each image of the set of images, the angle based on at least a direction of a camera that captured the particular image; fitting the average intensity value and the angle value for each image of the set of images to a curve; and identifying a set of images of the object captured at different times from different orientations; determining an average intensity value of the particular patch for each image (510, 520, 710, 720, 810, 820, 1306) of the set of images; and determining an angle value of the particular patch for each image of the set of images, the angle based on at least a direction of a camera that captured the particular image; fitting the average intensity value and the angle value for each image of the set of images to a curve; and using, by the one or more computing devices, the curve fit model for each particular patch to determine a degree of shininess for that particular patch.
Stamp, in particular a self-inking stamp, with a locking element, comprising at least one stamping component and one stamping insert, wherein the stamping component is formed of a top part with a handle element and a bottom part with a cushion-receiving element, wherein the top part is designed bow-shaped and the stamping insert is connected so as to move synchronously via a reversing mechanism having a slide track in the bottom part via a shaft or trunnion to the top part, wherein in the resting position a text plate mounted on the stamping insert abuts against an ink cartridge soaked with stamp ink in the cushion-receiving element, wherein in a stamping process for producing a stamp impression in the stamping position the stamping insert with the text plate can be shifted by the reversing mechanism into a stamping position, characterised in that the stamping component is provided with a lock with a locking clip connected to it so as to move synchronously for fixing the top part to the bottom part in a defined position, wherein the locking clip is arranged in the bow-shaped top part, wherein the locking clip has latching hooks on both sides of the bow-shaped top part, which in particular run in a guide channel of the lateral bars (9,10) and which are formed in operative connection with the bottom part for fixing the top part and bottom part in relation to each other.
Multi-pass fluidic rotary distributor comprising: an inner stem provided with axial channeling means (2, 3) and at least one line (L1, L2) for circulating a fluid under pressure, an outer jacket made in one piece, said channeling means (2, 3) being placed in communication with chamber means (4, 5) formed on the outer jacket, said outer jacket being adapted to support and enclose coaxially to its interior and in a rotary way said inner stem and being provided with duct means (7, 8) placed externally in communication with tank means or other facilities of said fluid; sealing means being mounted on said outer jacket for sealing said fluid in said chamber means (4, 5) and closing means of said distributor; wherein said multi-pass fluidic rotary distributor is for a working pressure higher that 50 bar; characterized in that: said outer jacket is made of a polymeric material. an inner stem provided with axial channeling means (2, 3) and at least one line (L1, L2) for circulating a fluid under pressure, an outer jacket made in one piece, said channeling means (2, 3) being placed in communication with chamber means (4, 5) formed on the outer jacket, said outer jacket being adapted to support and enclose coaxially to its interior and in a rotary way said inner stem and being provided with duct means (7, 8) placed externally in communication with tank means or other facilities of said fluid; sealing means being mounted on said outer jacket for sealing said fluid in said chamber means (4, 5) and closing means of said distributor; wherein said multi-pass fluidic rotary distributor is for a working pressure higher that 50 bar; characterized in that: said outer jacket is made of a polymeric material.
A parking assist apparatus comprising: a parking position information obtaining section for obtaining parking position information relating to a position where a vehicle is to be parked; a parking target position setting section for setting a parking target position based on said parking position information; and a guiding path calculating section for calculating a guiding path for guiding the vehicle to the parking target position by automatic steering, characterized by a reporting information outputting section for reporting to a driver of the vehicle upon successful establishment of a guiding path that an automatic steering is now possible; a non-holding state determining section for determining whether there is realized a non-holding state of the driver not holding a steering device; a guiding section for guiding the vehicle from a guiding start position to said parking target position by the automatic steering through controlling said steering device; and a guiding start determining section configured to determine that there has been established a guiding possible state where the vehicle can be guided by said guiding section by the automatic steering, provided said guiding path has been established and said non-holding state has been realized and configured also to cause said guiding section to initiate the guiding based upon the result of said determination, without requiring any operation by the driver on an operating section including an OK button and a guiding start button. a parking position information obtaining section for obtaining parking position information relating to a position where a vehicle is to be parked; a parking target position setting section for setting a parking target position based on said parking position information; and a guiding path calculating section for calculating a guiding path for guiding the vehicle to the parking target position by automatic steering, characterized by a reporting information outputting section for reporting to a driver of the vehicle upon successful establishment of a guiding path that an automatic steering is now possible; a non-holding state determining section for determining whether there is realized a non-holding state of the driver not holding a steering device; a guiding section for guiding the vehicle from a guiding start position to said parking target position by the automatic steering through controlling said steering device; and a guiding start determining section configured to determine that there has been established a guiding possible state where the vehicle can be guided by said guiding section by the automatic steering, provided said guiding path has been established and said non-holding state has been realized and configured also to cause said guiding section to initiate the guiding based upon the result of said determination, without requiring any operation by the driver on an operating section including an OK button and a guiding start button.
An engine device comprising: an exhaust gas purification device which removes particulate matters in exhaust gas of an engine or nitrogen oxides in the exhaust gas of the engine, wherein the exhaust gas purification device is firmly fixed to a support base, and an exhaust gas outlet pipe of the engine is provided with an exhaust connection portion which connects an exhaust gas inlet of the exhaust gas purification device, and a support base connection portion which connects the support base, characterised in that the exhaust connection portion and the support base connection portion are formed in a staircase pattern, the exhaust connection portion and the support base connection portion being formed in parallel in an upper surface side of the exhaust gas outlet pipe of the engine, and an upper surface of the exhaust gas outlet pipe where the support base connection portion is formed is formed lower than an upper surface of the exhaust gas outlet pipe where the exhaust connection portion is formed, in the upper surface of the exhaust gas outlet pipe. an exhaust gas purification device which removes particulate matters in exhaust gas of an engine or nitrogen oxides in the exhaust gas of the engine, wherein the exhaust gas purification device is firmly fixed to a support base, and an exhaust gas outlet pipe of the engine is provided with an exhaust connection portion which connects an exhaust gas inlet of the exhaust gas purification device, and a support base connection portion which connects the support base, characterised in that the exhaust connection portion and the support base connection portion are formed in a staircase pattern, the exhaust connection portion and the support base connection portion being formed in parallel in an upper surface side of the exhaust gas outlet pipe of the engine, and an upper surface of the exhaust gas outlet pipe where the support base connection portion is formed is formed lower than an upper surface of the exhaust gas outlet pipe where the exhaust connection portion is formed, in the upper surface of the exhaust gas outlet pipe.
A titanium copper, the titanium copper containing from 2.0 to 4.5% by mass of Ti, and a total amount of from 0 to 0.5% by mass of at least one selected from the group consisting of Fe, Co, Ni, Cr, Zn, Zr, P, B, Mo, V, Nb, Mn, Mg, and Si as a third element, the balance being copper and inevitable impurities, wherein an area ratio of crystal grains with a GOS (Grain Orientation Spread) of from 2 to 6° when an orientation difference of 5° or more is regarded as a crystal grain boundary in crystal orientation analysis in an EBSD measurement on a rolled surface is from 60 to 90%, and an area ratio of crystal grains with a Schmidt factor of 0.35 or less is from 5 to 20%.
A method of wireless communications, for a 3GPP-based communications system, performed by a user equipment, UE, the method comprising: transmitting, on a grant-free resource in an ultra-reliable low-latency communications, URLLC, network, data and a layer 1, L1, signal for identification of the UE; monitoring for a reception indication as a response to the L1 signal in a reception period occurring after transmission of the L1 signal on the grant-free resource; and retransmitting the L1 signal in a next available resource after the reception period based at least in part on the reception indication not being received in the reception period, wherein the L1 signal is retransmitted prior to expiration of a retransmission timer associated with the transmitting. transmitting, on a grant-free resource in an ultra-reliable low-latency communications, URLLC, network, data and a layer 1, L1, signal for identification of the UE; monitoring for a reception indication as a response to the L1 signal in a reception period occurring after transmission of the L1 signal on the grant-free resource; and retransmitting the L1 signal in a next available resource after the reception period based at least in part on the reception indication not being received in the reception period, wherein the L1 signal is retransmitted prior to expiration of a retransmission timer associated with the transmitting.
Dust collector (400, 500) for sliprings comprising a body of an insulating material forming a collection space (410, 510) and further comprising at least one attachment means (440, 441, 540, 541) for attaching the collector to a brush holder sleeve, wherein a circular connecting rim is forming the collection space or a concave shaped wall is forming the collection space, characterized in, that the at least one attachment means (440, 441, 540, 541) comprises a ring-shaped clip having two flexible end sections which interface with the brush holder sleeve.
A method (1200, 1500, 2100) performed by a network device, comprising: receiving (1210, 1510, 2100) data to be transmitted from a terminal device; receiving assistance information from the terminal device, wherein the assistance information indicates a geo-location of the terminal device from which the data to be transmitted is received; and determining the data type of the data to be transmitted, wherein in response to determining that the data type is Vehicle to everything, V2X, data: determining a first target area for transmitting the data based on the geo-location indicated by the assistance information, wherein the first target area is a geographical area having the terminal device from which the V2X data is received at the center, and transmitting (1230, 1530, 2130) the V2X data towards the first target area with beamforming; and in response to determining that the data type is not V2X data: determining a second target area for transmitting the data, wherein the second target area is different to the first target area, and transmitting (1230, 1530, 2130) the data towards the second target area with beamforming. receiving (1210, 1510, 2100) data to be transmitted from a terminal device; receiving assistance information from the terminal device, wherein the assistance information indicates a geo-location of the terminal device from which the data to be transmitted is received; and determining the data type of the data to be transmitted, wherein in response to determining that the data type is Vehicle to everything, V2X, data: determining a first target area for transmitting the data based on the geo-location indicated by the assistance information, wherein the first target area is a geographical area having the terminal device from which the V2X data is received at the center, and transmitting (1230, 1530, 2130) the V2X data towards the first target area with beamforming; and in response to determining that the data type is not V2X data: determining a second target area for transmitting the data, wherein the second target area is different to the first target area, and transmitting (1230, 1530, 2130) the data towards the second target area with beamforming. determining a first target area for transmitting the data based on the geo-location indicated by the assistance information, wherein the first target area is a geographical area having the terminal device from which the V2X data is received at the center, and transmitting (1230, 1530, 2130) the V2X data towards the first target area with beamforming; and in response to determining that the data type is not V2X data: determining a second target area for transmitting the data, wherein the second target area is different to the first target area, and transmitting (1230, 1530, 2130) the data towards the second target area with beamforming. determining a second target area for transmitting the data, wherein the second target area is different to the first target area, and transmitting (1230, 1530, 2130) the data towards the second target area with beamforming.
A wearable device, comprising: a wireless receiver circuit for wirelessly receiving a local signal emanating outside of the wearable device, the signal comprising information indicative of a type of activity selectable from among a plurality of types of activities; a plurality of sensors for sensing one or more physiological and behavioral parameters; characterized in that the local signal emanating outside of the wearable device comprises an apparatus identifier, and the wearable device associates the identifier of the apparatus with a specific activity; a processing circuit for automatically determining a type of activity based on the apparatus identifier and for receiving data corresponding to the one or more physiological and behavioral parameters from one or more of the plurality of sensors based on the determination. a wireless receiver circuit for wirelessly receiving a local signal emanating outside of the wearable device, the signal comprising information indicative of a type of activity selectable from among a plurality of types of activities; a plurality of sensors for sensing one or more physiological and behavioral parameters; characterized in that the local signal emanating outside of the wearable device comprises an apparatus identifier, and the wearable device associates the identifier of the apparatus with a specific activity; a processing circuit for automatically determining a type of activity based on the apparatus identifier and for receiving data corresponding to the one or more physiological and behavioral parameters from one or more of the plurality of sensors based on the determination.
An anonymization processing device that anonymizes input data and outputs anonymized output data, comprising: an input unit configured to receive the input data; a processing unit configured to anonymize the input data, to generate anonymized data corresponding to the input data that has been anonymized; a first storage unit configured to store the anonymized data; and an output unit configured, in a case where a plurality of anonymized data items stored in the first storage unit satisfy an anonymity index, to generate and output a plurality of output data items corresponding to the anonymized data items, respectively, characterised in that the output unit is further configured to delete the anonymized data items from the first storage unit, and by a second storage unit configured to store an anonymization pattern for determining anonymity, wherein the output unit generates a plurality of the anonymization patterns based on the anonymized data items, stores the anonymization patterns in the second storage unit, and in a case where each information item included in the anonymized data stored in the first storage unit is equivalent to each information item included in the anonymization pattern, respectively, generates and outputs the output data from the anonymized data and, wherein the anonymization pattern is generated from data after anonymization that has been determined to satisfy the anonymity index in the past. an input unit configured to receive the input data; a processing unit configured to anonymize the input data, to generate anonymized data corresponding to the input data that has been anonymized; a first storage unit configured to store the anonymized data; and an output unit configured, in a case where a plurality of anonymized data items stored in the first storage unit satisfy an anonymity index, to generate and output a plurality of output data items corresponding to the anonymized data items, respectively, characterised in that the output unit is further configured to delete the anonymized data items from the first storage unit, and by a second storage unit configured to store an anonymization pattern for determining anonymity, wherein the output unit generates a plurality of the anonymization patterns based on the anonymized data items, stores the anonymization patterns in the second storage unit, and in a case where each information item included in the anonymized data stored in the first storage unit is equivalent to each information item included in the anonymization pattern, respectively, generates and outputs the output data from the anonymized data and, wherein the anonymization pattern is generated from data after anonymization that has been determined to satisfy the anonymity index in the past.