mhurhangee/ep-ind-claims huggingface dataset:
Method for navigating an industrial truck, in which pieces of information in the operating region of the industrial truck are recognized with an optical sensor, and said pieces of information are evaluated by a data processing device, and navigation instructions and/or control commands for navigating the industrial truck are created, wherein visible pieces of information (1, 2) which are provided for human beings and are mounted for operators in the operating region of the industrial truck are captured by the optical sensor, and the navigation instructions and/or control commands are created therefrom by means of context recognition by the data processing device for navigation purposes, wherein visible shelf lettering, provided for human beings, in the region of shelves in a warehouse are captured by the optical sensor, and the navigation instructions and/or control commands are created therefrom by the data processing device for navigation purposes, characterized in that floor markings (1, 2), which are formed as visible footpath markings and lane markings provided for human beings, in the operating region of the industrial truck are captured by the optical sensor and are categorized by the data processing device, and the navigation instructions and/or control commands are created therefrom for navigation purposes, and wherein the recognized context is stored in maps that are placed in relation to existing pieces of information with respect to the operating region of the industrial truck.
Spike for anchoring in a spike hole of a tread of a pneumatic vehicle tyre, with a rotationally symmetrically designed spike body, held in the spike hole, and a spike pin, inserted and anchored in the spike body, the spike body consisting of an upper flange, a lower flange and a constriction, which is located between the upper flange and the lower flange and is surrounded and delimited overall by a concavely curved outer surface, characterized in that the constriction has a height (H E) which is 23% to 35% of the height of the spike body, and in its middle has its smallest outer diameter (D E), which is 3.0 mm to 4.2 mm. characterized in that the constriction has a height (H E) which is 23% to 35% of the height of the spike body, and in its middle has its smallest outer diameter (D E), which is 3.0 mm to 4.2 mm.
Water reservoir provided with a bottom section and an upper surface disposed at a distance from the bottom section and covered by a lid, wherein a substantially cylindrical pump cavity is formed within the bottom section, with a rotary displacement member arranged about a shaft disposed transversely upon the bottom section, wherein the pump cavity is closed off on an upper side by a circular top plate which is supported by a support member 38) close to an upper side of the pump cavity, wherein a motor support section (18, 19) extends from the top plate to the lid on which a motor is supported or at least partially supported, said motor being connected to said displacement member by a drive shaft, wherein the motor is positioned or at least partially positioned within the reservoir via a hole in the lid, and wherein said hole in the lid has a diameter larger than the circular top plate.
A method of operation of the system-on-a-chip, SoC, integrated circuit, IC, package according to any one of claims 7 to 12, the method comprising: generating, by the controller included in the SoC die, the first digital word; serializing without any equalization or only with rudimentary equalization, by the SoC physical layer interface included in the SoC die, the first digital word into the first serialized data stream responsive to the clock received over the internal transmission channel; transmitting, over the internal transmission channel, the first serialized data stream from the SoC die to the SerDes interface die; deserializing without any equalization or only with rudimentary equalization, by the SerDes physical layer interface included in the SerDes interface die, the first serialized data stream into the second digital word; serializing, by the serializer included in the SerDes interface die, the second digital word into the second serialized data stream in the SerDes interface die responsive to the clock; and transmitting, by the differential transmitter over the pair of differential transmit terminals, the second serialized data stream from the SerDes interface die to the external receiver via the external transmission line; and generating, by the clock source included in the SerDes interface die, the clock. generating, by the controller included in the SoC die, the first digital word; serializing without any equalization or only with rudimentary equalization, by the SoC physical layer interface included in the SoC die, the first digital word into the first serialized data stream responsive to the clock received over the internal transmission channel; transmitting, over the internal transmission channel, the first serialized data stream from the SoC die to the SerDes interface die; deserializing without any equalization or only with rudimentary equalization, by the SerDes physical layer interface included in the SerDes interface die, the first serialized data stream into the second digital word; serializing, by the serializer included in the SerDes interface die, the second digital word into the second serialized data stream in the SerDes interface die responsive to the clock; and transmitting, by the differential transmitter over the pair of differential transmit terminals, the second serialized data stream from the SerDes interface die to the external receiver via the external transmission line; and generating, by the clock source included in the SerDes interface die, the clock.
A method for generating a dynamic display rendering in a viewing area of a display of a smart device, comprising the following steps: providing a main content from a source for display in the viewing area, displaying said main content, providing input data for causing a movement of the main content displayed in the viewing area, providing at least one alternative content distinct from the main content and comprising a plurality of content particles each having associated thereto its own set of substitution parameters, in response to a substitution input variable in combination with substitution parameters embedded in said main content and associated with the respective content particles, dynamically substituting to at least one element of the main content a modified element containing at least part of said alternative content, and displaying said the main content with the modified element. providing a main content from a source for display in the viewing area, displaying said main content, providing input data for causing a movement of the main content displayed in the viewing area, providing at least one alternative content distinct from the main content and comprising a plurality of content particles each having associated thereto its own set of substitution parameters, in response to a substitution input variable in combination with substitution parameters embedded in said main content and associated with the respective content particles, dynamically substituting to at least one element of the main content a modified element containing at least part of said alternative content, and displaying said the main content with the modified element.
An aggregate comprising both a rostral hypothalamus tissue and a rostral non-neural head ectoderm and having been induced in vitro to differentiate from a pluripotent stem cell, wherein the rostral non-neural head ectoderm forms a surface layer of the aggregate and the rostral hypothalamus tissue is present inside thereof, wherein the rostral non-neural head ectoderm forms a sheeted continuous epithelium.
A user terminal apparatus comprising: a display configured to display a map indicating a location of the user terminal apparatus and a location of at least one other user terminal apparatus; a communicator; and a controller configured to: based on a message being received through the communicator from the at least one other user terminal apparatus of which the location is displayed on the map, control the display to display the message on a region corresponding to the location of the at least one other user terminal apparatus on the map, and characterised in that the controller is further configured to: based on a message being received through the communicator from the at least one other user terminal apparatus of which the location is not displayed on the map, control the display to display the message on an edge of the screen of the user terminal apparatus on a line connecting a center of the map and a virtual location of the at least one other user terminal apparatus, wherein the virtual location is a location of the at least one other user terminal apparatus, being not displayed on the map. a display configured to display a map indicating a location of the user terminal apparatus and a location of at least one other user terminal apparatus; a communicator; and a controller configured to: based on a message being received through the communicator from the at least one other user terminal apparatus of which the location is displayed on the map, control the display to display the message on a region corresponding to the location of the at least one other user terminal apparatus on the map, and characterised in that the controller is further configured to: based on a message being received through the communicator from the at least one other user terminal apparatus of which the location is not displayed on the map, control the display to display the message on an edge of the screen of the user terminal apparatus on a line connecting a center of the map and a virtual location of the at least one other user terminal apparatus, wherein the virtual location is a location of the at least one other user terminal apparatus, being not displayed on the map. based on a message being received through the communicator from the at least one other user terminal apparatus of which the location is not displayed on the map, control the display to display the message on an edge of the screen of the user terminal apparatus on a line connecting a center of the map and a virtual location of the at least one other user terminal apparatus, wherein the virtual location is a location of the at least one other user terminal apparatus, being not displayed on the map.
Support channel for a pipe, comprising a plurality of basic channel bodies having an elongate form with an arched channel wall seen in cross section, and furthermore comprising at least one interconnecting channel body that is arranged between the end portions of two of the basic channel bodies, wherein the end portions of the basic channel portions are received in the interconnecting channel body, and wherein fixing means (4, 5) are provided to fix the interconnecting channel body and the basic channel bodies together, wherein one of the basic channel body or the interconnecting channel body has at least one bendable tongue and the other of said basic channel body or the interconnecting channel body has at least one corresponding opening through which the tongue can be inserted, characterised in that the tongue can be folded over an edge of the opening so as to fix the basic channel body and the interconnecting channel body together, and wherein the basic channel body and the interconnecting channel body each have cutouts in their channel wall such that bendable tongues are formed, wherein the bendable tongues can be bent out of the channel body surfaces and inserted in an opening formed in the associated channel body by bending away a tongue in that channel body.
Grass shears with a blade arrangement which includes a first and a second blade, which lie together in one cutting plane and are movable in an oscillating manner in one direction of movement relative to each other, wherein during operation, at least the upper blade is moved relative to a housing of the grass shears and which in each case has a finger structure with a plurality of cutting fingers (FU, FO) projecting in a working direction and bounded by these, open spaces in a working direction, characterised in that at least in the region of the tips of the cutting fingers of the upper blade pointing in the working direction along the side facing away from the cutting plane upper protective structures are arranged, which protrude perpendicular to the cutting plane from the cutting fingers of the upper blade and during operation are moved with the upper blade.
A resin composite in which the core material including a resin foam and a fiber-reinforced resin sheet are integrally laminated, wherein said fiber-reinforced resin sheet comprises a substrate sheet including a fiber woven fabric and a resin impregnated in said substrate sheet, a surface of the core material on which said fiber-reinforced resin sheet is laminated has a surface roughness (Ra) of less than 2.5 μm, and the core material is a polyester-based resin foam being a polyester-based resin expanded sheet obtained by extrusion foaming.
A polyurethane foam for flame lamination characterized in that said polyurethane foam is produced using a foam raw material comprising a polyol, a polyisocyanate, a foaming agent, a foam control agent, an amine-based catalyst and a urea compound, wherein said urea compound is at least one compound selected from the group consisting of urea and azodicarbonamide, and wherein when the urea compound is urea, the content of the urea is in the range from 0.05 to 5.5 parts by weight based on 100 parts by weight of said polyol, or when the urea compound is azodicarbonamide, the content of the azodicarbonamide is in the range from 0.05 to 7.0 parts by weight based on 100 parts by weight of said polyol, or when the urea compound consists of urea and azodicarbonamide, the amount of urea compound is in the range from 1.2 to 4.0 parts by weight based on 100 parts by weight of the polyol.
A goniometry method for obtaining data regarding range of movement in a joint of a patient, for use in the treatment and care of living beings, the method system comprising:- i) providing a first and a second electronic sensing device, each attachable to a part of a patient's body, and each comprising: a) a means of providing electrical power; b) as a sensor, at least one of an accelerometer, a magnetometer and a gyroscope; and c) a memory to record information relating to a measured parameter and store it, or to compute a net reading and store it, for downloading and/or transmission to a separate receiving unit; and ii) providing a receiving unit adapted to receive readings from the sensing devices (11, 13); iii) providing processing means to collate, analyse and display the results of the analysis of the recorded information or net reading from the sensors; the method comprising the further steps of: attaching the first sensing device to a part of the patient's body on a first side of the joint; attaching the second sensing device to a part of the patient's body on a second side of the joint; manipulating the patient's appendage, with the processing means being employed to determine the relative movement between the sensors to show motion of the limbs or joints; characterised in that the electronic sensing devices (11, 13) further comprise a force sensor to monitor and record the amount of force applied to a patient's limb when the limb is manipulated. i) providing a first and a second electronic sensing device, each attachable to a part of a patient's body, and each comprising: a) a means of providing electrical power; b) as a sensor, at least one of an accelerometer, a magnetometer and a gyroscope; and c) a memory to record information relating to a measured parameter and store it, or to compute a net reading and store it, for downloading and/or transmission to a separate receiving unit; and a) a means of providing electrical power; b) as a sensor, at least one of an accelerometer, a magnetometer and a gyroscope; and c) a memory to record information relating to a measured parameter and store it, or to compute a net reading and store it, for downloading and/or transmission to a separate receiving unit; and ii) providing a receiving unit adapted to receive readings from the sensing devices (11, 13); iii) providing processing means to collate, analyse and display the results of the analysis of the recorded information or net reading from the sensors; attaching the first sensing device to a part of the patient's body on a first side of the joint; attaching the second sensing device to a part of the patient's body on a second side of the joint; manipulating the patient's appendage, with the processing means being employed to determine the relative movement between the sensors to show motion of the limbs or joints; characterised in that the electronic sensing devices (11, 13) further comprise a force sensor to monitor and record the amount of force applied to a patient's limb when the limb is manipulated.
A stop device which has a frame comprising: (i) a stop member movable in rotation between a stop position and a retracted position, (ii) a lever movable in rotation between a position for holding the stop member and a position for releasing the stop member allowing the stop member to move into the retracted position, and (iii) a control cam driven in rotation by an electric motor, the control cam being configured to move the lever from the holding position to the release position, the lever comprising a holding portion configured to cooperate with a bearing surface of the stop member, so that in the holding position the holding portion of the lever is engaged against the bearing surface of the stop member outside the plane defined by the axes of rotation of the lever and the stop member, and in the release position the holding portion is spaced from the stop member, characterized in that the lever further comprises a pusher member configured to exert a force on the frame to hold the lever in the position for holding the stop member. (i) a stop member movable in rotation between a stop position and a retracted position, (ii) a lever movable in rotation between a position for holding the stop member and a position for releasing the stop member allowing the stop member to move into the retracted position, and (iii) a control cam driven in rotation by an electric motor, the control cam being configured to move the lever from the holding position to the release position, the lever comprising a holding portion configured to cooperate with a bearing surface of the stop member, so that in the holding position the holding portion of the lever is engaged against the bearing surface of the stop member outside the plane defined by the axes of rotation of the lever and the stop member, and in the release position the holding portion is spaced from the stop member, characterized in that the lever further comprises a pusher member configured to exert a force on the frame to hold the lever in the position for holding the stop member.
A secure firmware upgrade method, characterized in that, the method is applied in an in-vehicle security chip module, ESU, and the method comprises: performing decryption and signature verification on a received firmware upgrade package; transmitting, based on the firmware upgrade package, a firmware writing instruction to an electronic unit, ECU, to be upgraded; transmitting, based on a writing success instruction received from the ECU, a security verification instruction to the ECU; receiving and verifying a response instruction transmitted by the ECU in response to the security verification instruction; and transmitting, in response to the response instruction being a predetermined response instruction, an upgrade success message to complete a firmware upgrade; wherein the firmware upgrade package is preconfigured with a response algorithm for generating the response instruction corresponding to the security verification instruction, and wherein for different versions of the firmware upgrade packages, the response algorithm has different response instructions, in response to the same security verification instruction, and there is an one-to-one correspondence between pairs of versions of the firmware upgrade packages and security verification instructions and response instructions. performing decryption and signature verification on a received firmware upgrade package; transmitting, based on the firmware upgrade package, a firmware writing instruction to an electronic unit, ECU, to be upgraded; transmitting, based on a writing success instruction received from the ECU, a security verification instruction to the ECU; receiving and verifying a response instruction transmitted by the ECU in response to the security verification instruction; and transmitting, in response to the response instruction being a predetermined response instruction, an upgrade success message to complete a firmware upgrade; wherein the firmware upgrade package is preconfigured with a response algorithm for generating the response instruction corresponding to the security verification instruction, and wherein for different versions of the firmware upgrade packages, the response algorithm has different response instructions, in response to the same security verification instruction, and there is an one-to-one correspondence between pairs of versions of the firmware upgrade packages and security verification instructions and response instructions.