mhurhangee/ep-ind-claims huggingface dataset:
A method of obtaining a three-dimensional topological surface profile of a tyre using a hand-held device, the method comprising: projecting an elongate pattern of light through an aperture in a base of said hand-held device onto a surface of the tyre; imaging, by a detector, at least of portion of the projected pattern reflected from the surface of the tyre; moving the device over the surface of the tyre on a plurality of pairs of guide wheels mounted on respective axles mounted on the base, wherein the guide wheels are linked by a linking assembly (240, 245, 270a, 270b, 215a-d) arranged to collectively rotate the guide wheels together; using a rotary encoder to determine relative movement between the device and the tyre; and using a wireless transceiver to communicate with an external device to provide measurement data to the external device, wherein the measurement data comprises imaging data obtained by the detector and signal data generated by the rotary encoder. projecting an elongate pattern of light through an aperture in a base of said hand-held device onto a surface of the tyre; imaging, by a detector, at least of portion of the projected pattern reflected from the surface of the tyre; moving the device over the surface of the tyre on a plurality of pairs of guide wheels mounted on respective axles mounted on the base, wherein the guide wheels are linked by a linking assembly (240, 245, 270a, 270b, 215a-d) arranged to collectively rotate the guide wheels together; using a rotary encoder to determine relative movement between the device and the tyre; and using a wireless transceiver to communicate with an external device to provide measurement data to the external device, wherein the measurement data comprises imaging data obtained by the detector and signal data generated by the rotary encoder.
A method for communication performed by a vehicle-to-anything, V2X, wireless communication system user equipment, UE, comprising: providing, for transmission by the UE and at periodic time intervals, a plurality of data packets by a data source in the UE in association with a resource request for transmission resources; providing an initial periodic resource grant in response to the resource request; transmitting, during each of a first plurality of the periodic time intervals, each of the plurality of data packets in a corresponding one of a plurality of transport blocks using the initial periodic resource grant, the method characterized by further comprising: detecting, over the first plurality of the periodic time intervals, a pattern of sizes of the plurality of data packets; providing, in response to the detected pattern of data packet sizes, an increased periodic resource grant having a greater size than the initial periodic resource grant; and transmitting, during each of a second plurality of the periodic time intervals, the plurality of data packets aggregated together in a single transport block using the increased periodic resource grant. providing, for transmission by the UE and at periodic time intervals, a plurality of data packets by a data source in the UE in association with a resource request for transmission resources; providing an initial periodic resource grant in response to the resource request; transmitting, during each of a first plurality of the periodic time intervals, each of the plurality of data packets in a corresponding one of a plurality of transport blocks using the initial periodic resource grant, the method characterized by further comprising: detecting, over the first plurality of the periodic time intervals, a pattern of sizes of the plurality of data packets; providing, in response to the detected pattern of data packet sizes, an increased periodic resource grant having a greater size than the initial periodic resource grant; and transmitting, during each of a second plurality of the periodic time intervals, the plurality of data packets aggregated together in a single transport block using the increased periodic resource grant. detecting, over the first plurality of the periodic time intervals, a pattern of sizes of the plurality of data packets; providing, in response to the detected pattern of data packet sizes, an increased periodic resource grant having a greater size than the initial periodic resource grant; and transmitting, during each of a second plurality of the periodic time intervals, the plurality of data packets aggregated together in a single transport block using the increased periodic resource grant.
A method applied in a control device in a circuit switch domain for reducing break duration in handover of VoIP conversations between a local communication terminal and a remote end communication terminal, when the control device in the circuit switch domain receives a request of handover from a control device in the packet switch domain indicating a handover of a current VoIP conversation from the packet switch domain to the circuit switch domain, characterized by: calculation step of calculating a first time duration which is a time required from the time the control device in the circuit switch domain transmits a message to this message arriving at the remote end communication terminal; comparison step of comparing the calculated first time duration with a predetermined second time duration, the second time duration being a time required from the time the control device in the circuit domain transmits a message to this message arriving at the local communication terminal; and synchronization step of determining by the control device in the circuit switch domain an order and time for transmitting a request of session handover to a device anchoring VoIP conversation and transmitting a request of cell handover to the control device in the packet switch domain based on the comparison result of the first time duration and second time duration, and transmitting the two requests in according to the order and times which provide that the request of session handover arrives at the remote end communication terminal at or almost at the same time as the arrival of the request of cell handover at the local communication terminal. calculation step of calculating a first time duration which is a time required from the time the control device in the circuit switch domain transmits a message to this message arriving at the remote end communication terminal; comparison step of comparing the calculated first time duration with a predetermined second time duration, the second time duration being a time required from the time the control device in the circuit domain transmits a message to this message arriving at the local communication terminal; and synchronization step of determining by the control device in the circuit switch domain an order and time for transmitting a request of session handover to a device anchoring VoIP conversation and transmitting a request of cell handover to the control device in the packet switch domain based on the comparison result of the first time duration and second time duration, and transmitting the two requests in according to the order and times which provide that the request of session handover arrives at the remote end communication terminal at or almost at the same time as the arrival of the request of cell handover at the local communication terminal.
Vacuum cleaner comprising a housing with first components arranged therein which interoperate with one another in order to realize a first air flow for a vacuum cleaning functionality, the first components comprising a first electric motor and a first turbine actuated by the first electric motor in order to create the first air flow and a low-pressure or vacuum in a dust collecting chamber of the vacuum cleaner provided with an inlet opening in order to suck in dust and small particles into the dust collecting chamber, wherein the vacuum cleaner further comprises second components separate from the first components and the second components interoperating with one another in order to realize a second air flow for a purifying functionality of dust-laden air surrounding the vacuum cleaner, the second components comprising a second electric motor, a second turbine actuated by the second electric motor in order to create the second air flow, and at least one air filter element through which the second air flow is drawn in order to filter out dust and small particles from the second air flow, wherein the second components (96, 98, 104) are arranged in an external housing or case separate from the housing containing the first components (38, 40), wherein the external housing or case containing the second components (96, 98, 104) is releasably attached to the housing containing the first components (38, 40), characterized in that the external housing or case containing the second components (96, 98, 104) is provided with an electric cord with a plug for connection to a mains socket or with a rechargeable battery (118, 118'), the electric cord or the battery (118, 118') adapted for supplying the second electric motor with electric energy independently from a power supply to the first electric motor.
Fastener with quick unlocking comprising a tubular body of axis of revolution of which a portion comprises at least one radial opening, an enlarged head, a rod which can move axially in the body and through the head, the rod comprising a reduced-diameter portion at a second end, at least one ball able to move radially between an unblocking position where it rests in the reduced-diameter portion of the rod inside the body, and a blocking position where it protrudes radially beyond the outside of the body through the radial opening, and a lever pivoting about a pin secured to the rod and to the lever, the lever comprising at least one cam surface in contact with the head, the fastener being configured such that a rotation of the lever causes the rod to be pulled in the direction of the head so as to bring the ball into the unblocking position, characterized in that the fastener comprises a handle arranged fixedly on the head.
A bending machine with a rear stop positioning system with a rear stop, the rear stop comprising a stop finger on which at least one stop surface is formed, a base unit that is formed for coupling with the rear stop positioning system, wherein the stop finger is coupled to the base unit by means of a linear guide, and the stop finger can be displaced relative to the base unit between a pushed-forward working position and a retracted position, characterized in that the stop finger and the base unit are coupled to a reset device, in particular a first spring element, by means of which the stop finger is pre-loaded into its working position, and that a switchable locking device is formed, by means of which the stop finger can optionally be locked in the working position or is released into its retracted position for displacement, in particular counter to the spring force of the first spring element.
An apparatus adapted for irradiating skin lesions or invasive cancer with an electron beam, comprising: • a linear accelerator, • an electron beam source for generating an electron beam using said linear accelerator, • said electron beam source and said linear accelerator being positioned so that a generated electron beam will exit said linear accelerator substantially collinearly to the direction of electron travel within said accelerator, • an applicator constructed appropriately to define one or more of shape, size, and flatness of said generated electron beam, • a moderator arranged to be mountable in a path of said generated electron beam, such that if said moderator is mounted in said path, said generated electron beam will emerge from the system with a lower energy level than if said moderator is not mounted in said path, such that said moderator will reduce the energy level of said generated electron beam by an amount in the range of 1 MeV to 6 MeV if said moderator is mounted in said path, wherein said moderator comprises at least an element above atomic number 4, and • at least one additional external acrylic moderator arranged to be mountable in the path of said generated electron beam at a distal end of said applicator, wherein if a plurality of said moderators are mounted in said path, said generated electron beam will emerge from the system with a lower energy level than if a single moderator is mounted in said path. • a linear accelerator, • an electron beam source for generating an electron beam using said linear accelerator, • said electron beam source and said linear accelerator being positioned so that a generated electron beam will exit said linear accelerator substantially collinearly to the direction of electron travel within said accelerator, • an applicator constructed appropriately to define one or more of shape, size, and flatness of said generated electron beam, • a moderator arranged to be mountable in a path of said generated electron beam, such that if said moderator is mounted in said path, said generated electron beam will emerge from the system with a lower energy level than if said moderator is not mounted in said path, such that said moderator will reduce the energy level of said generated electron beam by an amount in the range of 1 MeV to 6 MeV if said moderator is mounted in said path, wherein said moderator comprises at least an element above atomic number 4, and • at least one additional external acrylic moderator arranged to be mountable in the path of said generated electron beam at a distal end of said applicator, wherein if a plurality of said moderators are mounted in said path, said generated electron beam will emerge from the system with a lower energy level than if a single moderator is mounted in said path.
A cable cleat assembly for securing cables to a ladder rack, the cable cleat assembly comprising: a base; two side bodies, each side body is pivotally mountable to the base; wherein each side body has a first end, a middle section, and a second end; each first end has a mounting member, the mounting member having an intrinsic peg extending from each side of the mounting member; wherein the base includes a top, a bottom and sides, characterized in that the base further comprises two open ends each with a slot that is accessible from the bottom of the base and that is designed to mate with the intrinsic peg such that said intrinsic peg can slide into the slot from the bottom of the base; and wherein the sides of the base include tabs that bend inward towards the center of the cable cleat assembly to retain one of the pegs of the side body positioned in the slot, wherein each tab is positioned adjacent one of the slots. a base; two side bodies, each side body is pivotally mountable to the base; wherein each side body has a first end, a middle section, and a second end; each first end has a mounting member, the mounting member having an intrinsic peg extending from each side of the mounting member; wherein the base includes a top, a bottom and sides, characterized in that the base further comprises two open ends each with a slot that is accessible from the bottom of the base and that is designed to mate with the intrinsic peg such that said intrinsic peg can slide into the slot from the bottom of the base; and wherein the sides of the base include tabs that bend inward towards the center of the cable cleat assembly to retain one of the pegs of the side body positioned in the slot, wherein each tab is positioned adjacent one of the slots.
A voltage clamp circuit for reflecting a voltage at an input node, the voltage clamp circuit comprising a mirror circuit (8,9) for providing at least two currents (Iref, Imir) at output terminals (OUT1, OUT2), at least two diodes (10, 11) each being connected to a respective outpout terminal (OUT1, OUT2) of the mirror circuit (8,9) with the first diode further being connected to a line of a ground voltage and the second diode to the input node, respectively, and alternative current path connected to one of the output terminals of the mirror circuit (8,9) and to a current sinking node, so that the voltage at the input node is reflected as the voltage between the two output terminals (OUT1, OUT2) when the voltage at the input node is lower than a clamping voltage and so that the voltage between the two output terminals is fixed to the clamping voltage when the voltage at the input node is higher than the clamping voltage.
A copolymer obtained by polymerizing a reactive mixture comprising A and B: a multi-functional (meth)acrylamide monomer having no silicon atoms, at least two (meth)acrylamide groups, and at least one organic group connecting any two of the (meth)acrylamide groups in the multi-functional (meth)acrylamide monomer, wherein the organic group having the shortest chain length of any organic group connecting any two (meth)acrylamide groups has: 1) 4 to 20 carbon atoms when every nitrogen atom of the (meth)acrylamide groups has at least one hydrogen atom which is directly bonded to each nitrogen atom in the (meth)acrylamide group; or 2) 1 to 20 carbon atoms when at least one nitrogen atom of any (meth)acrylamide groups has no hydrogen atom directly bonded to it; and a mono-functional silicone (meth)acrylamide monomer. a multi-functional (meth)acrylamide monomer having no silicon atoms, at least two (meth)acrylamide groups, and at least one organic group connecting any two of the (meth)acrylamide groups in the multi-functional (meth)acrylamide monomer, wherein the organic group having the shortest chain length of any organic group connecting any two (meth)acrylamide groups has: 1) 4 to 20 carbon atoms when every nitrogen atom of the (meth)acrylamide groups has at least one hydrogen atom which is directly bonded to each nitrogen atom in the (meth)acrylamide group; or 2) 1 to 20 carbon atoms when at least one nitrogen atom of any (meth)acrylamide groups has no hydrogen atom directly bonded to it; and 1) 4 to 20 carbon atoms when every nitrogen atom of the (meth)acrylamide groups has at least one hydrogen atom which is directly bonded to each nitrogen atom in the (meth)acrylamide group; or 2) 1 to 20 carbon atoms when at least one nitrogen atom of any (meth)acrylamide groups has no hydrogen atom directly bonded to it; and a mono-functional silicone (meth)acrylamide monomer.
A user equipment comprising: an encoder (121, 122, 123, 124) configured to encode uplink control information to be time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and an offset value that is based on a first offset depending on a type of the uplink control information; and a transmitter configured to transmit the encoded uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is transmitted an encoder (121, 122, 123, 124) configured to encode uplink control information to be time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and an offset value that is based on a first offset depending on a type of the uplink control information; and a transmitter configured to transmit the encoded uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is transmitted
A passenger vehicle with an air-conditioning system, the constructive components (5,6) of which are at least partially arranged in the vehicle's engine compartment and with an automatically triggered device for preventing fire damage arranged in the engine compartment, wherein the air-conditioning system contains a cooling agent which is flammable, or flammable on being mixed with an additive, and an aerosol generator is arranged in the engine compartment which has at least one triggering means (8,9), which can be automatically triggered by a drop in pressure in the air-conditioning system or by impending damage (a crash) to components of the air-conditioning system and thus prior to an outbreak of fire, so that if cooling agent escapes from components of the air-conditioning system arranged in the engine compartment, the latter is filled by the aerosol.
A biodegradable drug delivery composition comprising: (a) a biodegradable triblock copolymer having the formula: A v -B w -A x wherein A is a polyester and B is polyethylene glycol and v, w and x are the number of repeat units ranging from 4 to 1090 or 6 to 1090 and v=x or v≠x; (b) a biodegradable diblock copolymer having the formula: C y -A z wherein A is a polyester and C is an end-capped polyethylene glycol and y and z are the number of repeat units ranging from 3 to 237 or 7 to 371, wherein the ratio of the biodegradable triblock copolymer of (a) and the biodegradable CA diblock copolymer of (b) is 1: 3 to 1:8 or 1:1 to 1:19 or 3:2 to 1:19 in said biodegradable drug composition; and (c) at least one pharmaceutically active principle. (a) a biodegradable triblock copolymer having the formula: A v -B w -A x wherein A is a polyester and B is polyethylene glycol and v, w and x are the number of repeat units ranging from 4 to 1090 or 6 to 1090 and v=x or v≠x; (b) a biodegradable diblock copolymer having the formula: C y -A z wherein A is a polyester and C is an end-capped polyethylene glycol and y and z are the number of repeat units ranging from 3 to 237 or 7 to 371, wherein the ratio of the biodegradable triblock copolymer of (a) and the biodegradable CA diblock copolymer of (b) is 1: 3 to 1:8 or 1:1 to 1:19 or 3:2 to 1:19 in said biodegradable drug composition; and (c) at least one pharmaceutically active principle.
A semiconductor structure, comprising: a nano-crystalline core comprising a first semiconductor material; and a nano-crystalline shell comprising a second, different semiconductor material at least partially surrounding the nano-crystalline core, wherein only the first semiconductor material is based on Cd, and wherein the first semiconductor material comprises a Type II-VI material and wherein the second semiconductor material comprises a Type I-III-VI 2 material. a nano-crystalline core comprising a first semiconductor material; and a nano-crystalline shell comprising a second, different semiconductor material at least partially surrounding the nano-crystalline core, wherein only the first semiconductor material is based on Cd, and wherein the first semiconductor material comprises a Type II-VI material and wherein the second semiconductor material comprises a Type I-III-VI 2 material.
Method for determining a parameter of an electrochemical energy storage system for supplying an on-board power system of a means of transport, in particular a means of transport without a battery data module, comprising the steps of: - determining a predefined operating state of the on-board power system, - measuring a voltage of the electrochemical energy storage system during the predefined operating state, and - determining the parameter of the electrochemical energy storage system on the basis of the voltage determined and a reference associated with the predefined operating state, wherein the predefined operating state begins after activation of an access function but ends before starting of an internal combustion engine of the means of transport, characterized in that the predefined operating state excludes operation of electrical loads arbitrarily activated by a user of the means of transport. - determining a predefined operating state of the on-board power system, - measuring a voltage of the electrochemical energy storage system during the predefined operating state, and - determining the parameter of the electrochemical energy storage system on the basis of the voltage determined and a reference associated with the predefined operating state, wherein the predefined operating state begins after activation of an access function but ends before starting of an internal combustion engine of the means of transport, characterized in that the predefined operating state excludes operation of electrical loads arbitrarily activated by a user of the means of transport.