mhurhangee/ep-ind-claims huggingface dataset:
Locking device having a lock cylinder and a matching key; the key having a key bit with at least one coding notch cut in, in particular on the front, and a blocking rib that runs in the direction of extent of the key bit and has at least one blocking rib indentation; the lock cylinder having a housing with a bearing bore and a cylinder core that is mounted in the bearing bore and has a keyway for insertion of a key, the cylinder core being blocked against rotation, when a key is not inserted, by at least one housing pin mounted in a housing hole; the housing pin projecting into a core hole of the cylinder core in which a core pin is fitted, and the housing pin being able to be brought into a release position enabling rotation of the cylinder core by entry of the core pin into the coding notch of the key inserted into the keyway; and the locking device having a blocking member for sensing the blocking rib indentation, the blocking member engaging, when a blocking rib indentation is not present, in a blocking recess of the bearing bore and preventing rotation of the cylinder core; characterized by a pivot lever mounted in the cylinder core, offset in the axial direction of the cylinder core relative to the blocking member, the pivot lever having a bearing end about which the pivot lever is pivotable, and having a sensing end which senses the blocking rib in an indentation-free region of the blocking rib, the pivot lever closing off a capturing opening for the housing pin when the blocking rib is the proper height and opening the capturing opening for capturing the housing pin after a partial rotation of the cylinder core when the blocking rib is missing.
A shoe, in particular an athletic shoe, comprising: a. a heel portion (110, 210), b. an adaptive heel element (120, 220) arranged in the heel portion (110, 210) of the shoe, wherein the adaptive heel element (120, 220) comprises a stretch material; c. a heel counter arranged in the heel portion (110, 210), wherein the heel counter comprises a lateral portion (130, 230) and a medial portion (140, 240) for supporting the heel of a wearer's foot and a posterior gap therebetween d. wherein the posterior gap forms an essentially vertical split portion (150, 250), e. wherein the split portion (150, 250) is adapted such, that the adaptive heel element (120, 220) can move and deform within the split portion (150, 250); f. wherein the adaptive heel element (120, 220) is adapted to contour to the anatomical shape of the heel of the wearer; g. wherein the adaptive heel element is folded onto itself to form a dual-layer material, comprising an outer layer and an inner layer; and h. wherein the lateral and medial edges of the adaptive heel element are joined with the edges of the lateral and medial sections of an upper of the shoe, wherein the joining between the lateral and medial sections of the upper and the adaptive heel element is at least in part covered by the heel counter. a. a heel portion (110, 210), b. an adaptive heel element (120, 220) arranged in the heel portion (110, 210) of the shoe, wherein the adaptive heel element (120, 220) comprises a stretch material; c. a heel counter arranged in the heel portion (110, 210), wherein the heel counter comprises a lateral portion (130, 230) and a medial portion (140, 240) for supporting the heel of a wearer's foot and a posterior gap therebetween d. wherein the posterior gap forms an essentially vertical split portion (150, 250), e. wherein the split portion (150, 250) is adapted such, that the adaptive heel element (120, 220) can move and deform within the split portion (150, 250); f. wherein the adaptive heel element (120, 220) is adapted to contour to the anatomical shape of the heel of the wearer; g. wherein the adaptive heel element is folded onto itself to form a dual-layer material, comprising an outer layer and an inner layer; and h. wherein the lateral and medial edges of the adaptive heel element are joined with the edges of the lateral and medial sections of an upper of the shoe, wherein the joining between the lateral and medial sections of the upper and the adaptive heel element is at least in part covered by the heel counter.
An apparatus, comprising: a balloon having a central shaft (67, 88), the balloon being configured to expand within a vessel proximate innervated tissue that contributes to renal sympathetic nerve activity; a spiral rail mounted on the central shaft (67, 88) of the balloon; a catheter (51, 92) configured for deployment within the balloon; an acoustic transducer provided at the distal end of the catheter and dimensioned for deployment within the balloon proximate the innervated tissue, wherein the acoustic transducer (50, 52) is configured to be drawn along the spiral rail; a focusing arrangement configured to focus acoustic energy outwardly beyond an inner wall of the vessel and into the innervated tissue at or proximate an outer wall of the vessel; and a controller configured to control the acoustic transducer for at least one of scanning tissue and ablating the innervated tissue. a balloon having a central shaft (67, 88), the balloon being configured to expand within a vessel proximate innervated tissue that contributes to renal sympathetic nerve activity; a spiral rail mounted on the central shaft (67, 88) of the balloon; a catheter (51, 92) configured for deployment within the balloon; an acoustic transducer provided at the distal end of the catheter and dimensioned for deployment within the balloon proximate the innervated tissue, wherein the acoustic transducer (50, 52) is configured to be drawn along the spiral rail; a focusing arrangement configured to focus acoustic energy outwardly beyond an inner wall of the vessel and into the innervated tissue at or proximate an outer wall of the vessel; and a controller configured to control the acoustic transducer for at least one of scanning tissue and ablating the innervated tissue.
An integrated circuit memory controller for controlling a dynamic random access memory, DRAM, device, comprising: a unidirectional request interface having at least two request ports (RQ[3:0]) and supporting an operational mode and a loop-back mode, a respective one of the at least two request ports (RQ[3:0]) configured to transmit, in the operational mode, write commands and corresponding addresses and, in the loop-back mode, at least one test pattern; a plurality of bidirectional data interfaces (DQ[31:0]) supporting the operational mode and the loop-back mode, the plurality of bidirectional data interfaces (DQ[31:0]) configured to transmit, in the operational mode, data corresponding to each write command of the write commands and configured to receive, in the loop-back mode, the at least one test pattern when the at least one test pattern is looped-back by the DRAM device in the loop-back mode, wherein the integrated circuit memory controller is configured to compare the at least one test pattern transmitted by the unidirectional request interface with the at least one test pattern received by the plurality of bidirectional interfaces. a unidirectional request interface having at least two request ports (RQ[3:0]) and supporting an operational mode and a loop-back mode, a respective one of the at least two request ports (RQ[3:0]) configured to transmit, in the operational mode, write commands and corresponding addresses and, in the loop-back mode, at least one test pattern; a plurality of bidirectional data interfaces (DQ[31:0]) supporting the operational mode and the loop-back mode, the plurality of bidirectional data interfaces (DQ[31:0]) configured to transmit, in the operational mode, data corresponding to each write command of the write commands and configured to receive, in the loop-back mode, the at least one test pattern when the at least one test pattern is looped-back by the DRAM device in the loop-back mode, wherein the integrated circuit memory controller is configured to compare the at least one test pattern transmitted by the unidirectional request interface with the at least one test pattern received by the plurality of bidirectional interfaces.
A chlorinated derivative of hyaluronic acid or of a modified hyaluronic acid, the so-called chloramide, in which the hydrogen of the amidic group -NH-CO- is substituted by a chlorine atom, according to the structural formula -NCl-CO-, wherein the substitution degree is 50 to 100 %.
A tire comprising: a tread portion having a first tread edge, and provided with a shoulder circumferential groove disposed adjacently to the first tread edge and extending continuously in the tire circumferential direction, so as to define a shoulder land portion between the shoulder circumferential groove and the first tread edge, wherein the shoulder land portion is provided with shoulder lateral grooves extending from the shoulder circumferential groove to the first tread edge, so as to circumferentially divide the shoulder land portion into shoulder blocks, each of the shoulder blocks is provided with a shoulder sipe which extends from one of the shoulder lateral grooves and ends within the shoulder block, and the shoulder lateral grooves include a tie-bar-equipped shoulder lateral groove which is provided with at least one tie bar raising from the groove bottom so as to connect between two of the shoulder blocks adjacent to the tie-bar-equipped shoulder lateral groove, characterized in that said at least one tie bar includes an axially outer tie bar positioned axially outside the center position in the tire axial direction of the tie-bar-equipped shoulder lateral groove. a tread portion having a first tread edge, and provided with a shoulder circumferential groove disposed adjacently to the first tread edge and extending continuously in the tire circumferential direction, so as to define a shoulder land portion between the shoulder circumferential groove and the first tread edge, wherein the shoulder land portion is provided with shoulder lateral grooves extending from the shoulder circumferential groove to the first tread edge, so as to circumferentially divide the shoulder land portion into shoulder blocks, each of the shoulder blocks is provided with a shoulder sipe which extends from one of the shoulder lateral grooves and ends within the shoulder block, and the shoulder lateral grooves include a tie-bar-equipped shoulder lateral groove which is provided with at least one tie bar raising from the groove bottom so as to connect between two of the shoulder blocks adjacent to the tie-bar-equipped shoulder lateral groove, characterized in that said at least one tie bar includes an axially outer tie bar positioned axially outside the center position in the tire axial direction of the tie-bar-equipped shoulder lateral groove.
A DRX method, comprising: receiving, by a first terminal device, first sidelink control information,SCI, sent by a second terminal device, wherein the second terminal device is a device that performs sidelink communication with the first terminal device; if the first SCI indicates at least two resources, determining, by the first terminal device, that duration of a hybrid automatic repeat request HARQ, round trip time RTT, timer of a sidelink process corresponding to the first SCI is first duration, wherein the first duration is determined based on time domain positions of the resources indicated by the first SCI; and if the first SCI indicates one resource, determining, by the first terminal device, that the duration of the HARQ RTT timer is second duration, wherein the second duration is configured by the second terminal device or a network device. receiving, by a first terminal device, first sidelink control information,SCI, sent by a second terminal device, wherein the second terminal device is a device that performs sidelink communication with the first terminal device; if the first SCI indicates at least two resources, determining, by the first terminal device, that duration of a hybrid automatic repeat request HARQ, round trip time RTT, timer of a sidelink process corresponding to the first SCI is first duration, wherein the first duration is determined based on time domain positions of the resources indicated by the first SCI; and if the first SCI indicates one resource, determining, by the first terminal device, that the duration of the HARQ RTT timer is second duration, wherein the second duration is configured by the second terminal device or a network device.
Articulation rigidity assessment device for assessing the rigidity of an articulation when a bending motion is imposed to a limb of said articulation around a predetermined rotation axis of the articulation, said device comprising: a one-axis angular velocity sensor for attaching to said limb such that the axis of measurement is parallel to the axis of rotation of the imposed bending motion; a data processor configured to process the signal of the angular velocity sensor and to distinguish between non-rigid and rigid states of the articulation using the processed angular velocity signal characterised in that the data processor is configured to calculate a non-rigidity index by the square root of the multiplication of the average of the angular velocity signal by the average peak value of the angular velocity signal. a one-axis angular velocity sensor for attaching to said limb such that the axis of measurement is parallel to the axis of rotation of the imposed bending motion; a data processor configured to process the signal of the angular velocity sensor and to distinguish between non-rigid and rigid states of the articulation using the processed angular velocity signal characterised in that the data processor is configured to calculate a non-rigidity index by the square root of the multiplication of the average of the angular velocity signal by the average peak value of the angular velocity signal.
Method for a cooking appliance for automatically detecting the net weight of food received by a food support, the cooking appliance comprising a control unit, a cooking chamber having at least one holder for a food support for receiving food to be cooked, and a camera which is connected to the control unit in a signal-transmitting manner for capturing images of a food support held by means of the holder, and the holder comprising at least one weight sensor (22, 24) which is connected to the control unit in a signal-transmitting manner for determining the gross weight of the food support with the food received by the food support, and, by means of the control unit, a net weight of the food received by the food support being determined on the basis of the determined gross weight of the food support with the food received by the food support and the captured image of the food support, characterised in that, in a learning phase, the user is able, by means of the at least one weight sensor (22, 24) and the camera, to store data for the visual recognition of a food support type and a tare weight of this food support type that corresponds to this food support type in the control unit for later use.
Field-effect transistor, comprising: - a source, drain and channel formed in a semiconductor layer; - a gate stack placed above the channel, comprising a metal electrode, a first layer of electrical insulator placed between the metal electrode and the channel, and a second layer of electrical insulator covering the metal electrode; - a metal contact placed plumb with the source or drain and at least partially plumb with said gate stack; the field-effect transistor being characterized in that it comprises: - a third layer of electrical insulator placed between said metal contact and said source or said drain, said third layer of electrical insulator being configured so as to make an electrical contact through conduction via quantum tunnelling between said metal contact and said source or said drain, - and in that said third layer of electrical insulator at least partially covers said gate stack without completely covering the second layer of electrical insulator. - a source, drain and channel formed in a semiconductor layer; - a gate stack placed above the channel, comprising a metal electrode, a first layer of electrical insulator placed between the metal electrode and the channel, and a second layer of electrical insulator covering the metal electrode; - a metal contact placed plumb with the source or drain and at least partially plumb with said gate stack; the field-effect transistor being characterized in that it comprises: - a third layer of electrical insulator placed between said metal contact and said source or said drain, said third layer of electrical insulator being configured so as to make an electrical contact through conduction via quantum tunnelling between said metal contact and said source or said drain, - and in that said third layer of electrical insulator at least partially covers said gate stack without completely covering the second layer of electrical insulator. - a third layer of electrical insulator placed between said metal contact and said source or said drain, said third layer of electrical insulator being configured so as to make an electrical contact through conduction via quantum tunnelling between said metal contact and said source or said drain, - and in that said third layer of electrical insulator at least partially covers said gate stack without completely covering the second layer of electrical insulator.
A hydraulic drive system for an electrically-operated hydraulic work machine, the work machine having an electric motor, a hydraulic pump (2; 2A) driven by the electric motor, a plurality of actuators (3a-3c) driven by a hydraulic fluid discharged from the hydraulic pump (2; 2A), a plurality of flow control valves (6a-6c) for controlling the flow rate of the hydraulic fluid supplied from the hydraulic pump (2; 2A) to the actuators, and an electrical storage device for supplying electrical power to the electric motor, characterized in that the hydraulic drive system comprises: an electric motor rotation speed control system (40, 41, 50, 51, 60, 61) that, upon driving of the electric motor using the electrical power of the electrical storage device, controls the rotation speed of the electric motor based on a difference between the delivery pressure (Pps) of the hydraulic pump (2; 2A) and the highest load pressure (PPLmax) and exercises load sensing control to control the rotation speed of the hydraulic pump (2; 2A) in such a manner that the delivery pressure of the hydraulic pump (2; 2A) is higher than the highest load pressure (PPLmax) of the actuators by a target differential pressure; and a torque control device (17; 50r, 50s) that exercises control to prevent an absorption torque of the hydraulic pump (2; 2A) from exceeding a predefined maximum torque by decreasing the delivery rate of the hydraulic pump (2; 2A) when the delivery pressure of the hydraulic pump (2; 2A) increases. an electric motor rotation speed control system (40, 41, 50, 51, 60, 61) that, upon driving of the electric motor using the electrical power of the electrical storage device, controls the rotation speed of the electric motor based on a difference between the delivery pressure (Pps) of the hydraulic pump (2; 2A) and the highest load pressure (PPLmax) and exercises load sensing control to control the rotation speed of the hydraulic pump (2; 2A) in such a manner that the delivery pressure of the hydraulic pump (2; 2A) is higher than the highest load pressure (PPLmax) of the actuators by a target differential pressure; and a torque control device (17; 50r, 50s) that exercises control to prevent an absorption torque of the hydraulic pump (2; 2A) from exceeding a predefined maximum torque by decreasing the delivery rate of the hydraulic pump (2; 2A) when the delivery pressure of the hydraulic pump (2; 2A) increases.
A radio terminal configured for use in a radio communication system in which at least one radio base station is configured to control a plurality of types of cells by using one radio access technology, the radio terminal comprising: means for recognizing a type of a cell that is identified based on a type of system information that is transmitted by the at least one radio base station, the system information being broadcasted in each cell; means for receiving from the at least one radio base station an instruction related to a report of measurement results based on measurement report criteria that are different depending on a type of a cell; means for reporting, to the at least one radio base station, measurement results based on the measurement report criteria wherein the types of system information include a kind of the system information transmitted regardless of the types of the cells and a kind of the system information transmitted only in a specific type of the cell. means for recognizing a type of a cell that is identified based on a type of system information that is transmitted by the at least one radio base station, the system information being broadcasted in each cell; means for receiving from the at least one radio base station an instruction related to a report of measurement results based on measurement report criteria that are different depending on a type of a cell; means for reporting, to the at least one radio base station, measurement results based on the measurement report criteria wherein the types of system information include a kind of the system information transmitted regardless of the types of the cells and a kind of the system information transmitted only in a specific type of the cell.
An apparatus for the countercurrent contacting of a gas and downflowing solid particles, which comprises: a) a housing at least partially defining an interior space; b) a plurality of baffles positioned within the interior space of the housing, the baffles being arranged in at least first and second vertically spaced levels in successively lower position, each of said at least first and second levels including a row (210; 220; 230; 240) of at least two baffles orientated parallel to one another and inclined from horizontal orientation so as to laterally shift the direction of downflowing particles transversely as the particles move from one level to the next lower level, characterized in that the baffles each have first and second opposite and parallel serrated edges (111; 112) defining a baffle length, each serrated edge (111; 112) including alternate ridges (111 a; 112a) and notches (111b; 112b). a) a housing at least partially defining an interior space; b) a plurality of baffles positioned within the interior space of the housing, the baffles being arranged in at least first and second vertically spaced levels in successively lower position, each of said at least first and second levels including a row (210; 220; 230; 240) of at least two baffles orientated parallel to one another and inclined from horizontal orientation so as to laterally shift the direction of downflowing particles transversely as the particles move from one level to the next lower level,