mhurhangee/ep-ind-claims huggingface dataset:
A vehicle charging module, in particular of an electric drive vehicle, comprising an electric charging socket housed in a bottom of a dish-shaped bulge of a vehicle body and with its front provided with at least one connection hole (3, 4), opened in the direction of the longitudinal axis (α) thereof to the orifice of the dish-shaped bulge, and a lid swing mounted in the vehicle body to close the dish-shaped bulge orifice by means of two arms (10, 11), carrying ends (12, 13) of which are pivotally mounted on the lid inside by means of carrying pins (14, 15) and support ends (16, 17) of which are pivotally mounted in the vehicle body by means of support pins (18, 19) arranged on one side of the charging socket, whereas the arms (10, 11) and the lid form a parallelogram to move the lid in a position parallel to the vehicle body surface, wherein the support pin of the arm, which is closer to the charging socket is in the direction of the longitudinal axis (α) of the charging socket, is closer to the front of the charging socket than the support pin of the arm, which is more distant from the charging socket, characterized in that a cap (20, 21) of the connection hole (3, 4) of the charging socket is arranged on the side of one of the arms (10, 11), facing the charging socket. drive vehicle, comprising an electric charging socket housed in a bottom of a dish-shaped bulge of a vehicle body and with its front provided with at least one connection hole (3, 4), opened in the direction of the longitudinal axis (α) thereof to the orifice of the dish-shaped bulge, and a lid swing mounted in the vehicle body to close the dish-shaped bulge orifice by means of two arms (10, 11), carrying ends (12, 13) of which are pivotally mounted on the lid inside by means of carrying pins (14, 15) and support ends (16, 17) of which are pivotally mounted in the vehicle body by means of support pins (18, 19) arranged on one side of the charging socket, whereas the arms (10, 11) and the lid form a parallelogram to move the lid in a position parallel to the vehicle body surface, wherein the support pin of the arm, which is closer to the charging socket is in the direction of the longitudinal axis (α) of the charging socket, is closer to the front of the charging socket than the support pin of the arm, which is more distant from the charging socket, characterized in that a cap (20, 21) of the connection hole (3, 4) of the charging socket is arranged on the side of one of the arms (10, 11), facing the charging socket.
A system for determining the location and/or controlling the location of targets, the targets being aircraft, landcraft, boats, autonomous drones or satellites, the system comprising: a radiation emitter, a radiation receiver and a signal processor; wherein the radiation emitter is adapted to direct radiation to a positioning area a defined distance from the radiation emitter, the radiation carrying a modulated location signal containing information corresponding to positions within the positioning area; wherein the radiation receiver is adapted to receive at least a portion of the emitted radiation carrying the modulated signal and output a signal to the signal processor indicative of the modulation of the location signal of the received radiation; wherein the signal processor is adapted to process the outputted signal and identify a position within the positioning area indicative of the location in the positioning area of the received radiation; wherein the radiation emitter is adapted to emit a focused optical beam and scan the focused optical beam over the positioning area; and wherein the emitted radiation is a focused optical beam, wherein the modulated location signal includes a plurality of digital data blocks, the plurality of digital data blocks containing information respectively corresponding to a plurality of discrete positions within the positioning area that respectively correspond to a current location of the focused beam within the positioning area. a radiation emitter, a radiation receiver and a signal processor; wherein the radiation emitter is adapted to direct radiation to a positioning area a defined distance from the radiation emitter, the radiation carrying a modulated location signal containing information corresponding to positions within the positioning area; wherein the radiation receiver is adapted to receive at least a portion of the emitted radiation carrying the modulated signal and output a signal to the signal processor indicative of the modulation of the location signal of the received radiation; wherein the signal processor is adapted to process the outputted signal and identify a position within the positioning area indicative of the location in the positioning area of the received radiation; wherein the radiation emitter is adapted to emit a focused optical beam and scan the focused optical beam over the positioning area; and wherein the emitted radiation is a focused optical beam, wherein the modulated location signal includes a plurality of digital data blocks, the plurality of digital data blocks containing information respectively corresponding to a plurality of discrete positions within the positioning area that respectively correspond to a current location of the focused beam within the positioning area.
A plug for releasably sealing a connection channel connecting an upper chamber comprising a first component with a lower chamber comprising a second component of a two-chamber container, comprising a plug body for being inserted into the connection channel with a sealing force, a guiding member for guiding the plug in axial direction inside the upper chamber, wherein the guiding member comprises a larger extension in radial direction than the plug body and the guiding member is axially spaced to the plug body by an unsealing distance, and a head part for pushing out a folded nozzle sealing the upper chamber, wherein the head part protrudes from the guiding member away from the plug body characterized in that the guiding member is designed mainly disk-like.
Mounting device with a base body, the outer sides of which are diffusion-tightly closed with the exception of a fastening side serving for fastening to an article, wherein the base body has a discrete arrangement of reservoirs, which communicate with the fastening side and which have a filling medium (7, 7a, 7b) with a hydrophilic substance and/or moisture, and an aerobic adhesive can be applied to the fastening side, wherein hardening of the aerobic adhesive is produced by way of the filling medium (7, 7a, 7b).
An antiglare film-attached substrate comprising: a substrate comprising a first principal surface, a portion of the first principal surface being exposed; and an antiglare film covering another portion of the first principal surface, wherein the antiglare film-attached substrate comprises a second principal surface having unevenness and formed of the first principal surface and the surface of the antiglare film, and when the second principal surface is viewed in plan, the area of the antiglare film accounts for 10 to 90% of the area of the second principal surface, characterized in that for the second principal surface, the arithmetic average roughness Ra, the maximum height Rz, and the average length RSm of roughness profile elements, as defined in Japanese Industrial Standards B 0601-2001, satisfy the following requirements (i), (ii), and (iii): (i) the arithmetic average roughness Ra is 0.08 to 2 pm; (ii) the maximum height Rz is 0.5 to 15 pm; and (iii) the average length RSm of roughness profile elements is 20 to 45 pm. a substrate comprising a first principal surface, a portion of the first principal surface being exposed; and an antiglare film covering another portion of the first principal surface, wherein the antiglare film-attached substrate comprises a second principal surface having unevenness and formed of the first principal surface and the surface of the antiglare film, and when the second principal surface is viewed in plan, the area of the antiglare film accounts for 10 to 90% of the area of the second principal surface, characterized in that for the second principal surface, the arithmetic average roughness Ra, the maximum height Rz, and the average length RSm of roughness profile elements, as defined in Japanese Industrial Standards B 0601-2001, satisfy the following requirements (i), (ii), and (iii): (i) the arithmetic average roughness Ra is 0.08 to 2 pm; (ii) the maximum height Rz is 0.5 to 15 pm; and (iii) the average length RSm of roughness profile elements is 20 to 45 pm. (i) the arithmetic average roughness Ra is 0.08 to 2 pm; (ii) the maximum height Rz is 0.5 to 15 pm; and (iii) the average length RSm of roughness profile elements is 20 to 45 pm.
An identification card comprising a glass substrate with a first surface and a second surface facing in opposite directions, wherein the first surface of the glass substrate has at least one first recess; and the identification card further includes: a first resin material layer filled in the at least one first recess; and at least one of a first information storage medium, a first security feature, and a first decorative feature bonded to the first resin material layer, characterized in that the glass substrate is made by melting a glass raw material at a high temperature and then injecting it into a suitable mold for casting; the at least one first recess is formed while manufacturing the glass substrate by using a casting mold; and the height of the first resin material layer is slightly lower than the opening of the at least one first recess, such that, after bonding the at least one of a first information storage medium, a first security feature, and a first decorative feature to the first resin material layer, the height of the bonded element is substantially aligned with the opening of the at least one first recess. comprising a glass substrate with a first surface and a second surface facing in opposite directions, wherein the first surface of the glass substrate has at least one first recess; and the identification card further includes: a first resin material layer filled in the at least one first recess; and at least one of a first information storage medium, a first security feature, and a first decorative feature bonded to the first resin material layer, characterized in that the glass substrate is made by melting a glass raw material at a high temperature and then injecting it into a suitable mold for casting; the at least one first recess is formed while manufacturing the glass substrate by using a casting mold; and the height of the first resin material layer is slightly lower than the opening of the at least one first recess, such that, after bonding the at least one of a first information storage medium, a first security feature, and a first decorative feature to the first resin material layer, the height of the bonded element is substantially aligned with the opening of the at least one first recess. a first resin material layer filled in the at least one first recess; and at least one of a first information storage medium, a first security feature, and a first decorative feature bonded to the first resin material layer, characterized in that the glass substrate is made by melting a glass raw material at a high temperature and then injecting it into a suitable mold for casting; the at least one first recess is formed while manufacturing the glass substrate by using a casting mold; and the height of the first resin material layer is slightly lower than the opening of the at least one first recess, such that, after bonding the at least one of a first information storage medium, a first security feature, and a first decorative feature to the first resin material layer, the height of the bonded element is substantially aligned with the opening of the at least one first recess.
A composition comprising a physiological coolant and coolant-enhancing substances according to formula and/or physiologically or dermatologically acceptable salts thereof: R 1 CR 2 (OR 3)-CO-NR 4 -CR 5 R 6 -X-OR 7 wherein: - X represents a covalently bound radical selected from C 1 alkyl; - R 1 represents hydrogen and R 2 represents methyl; - R 3 represents hydrogen; - R 4 represents hydrogen; - R 5 and R 6 independently represent hydrogen; - R 7 represents hydrogen; and wherein the physiological coolant is selected form the group consisting of menthol, menthyl pyrrolidone carboxylate, menthyl lactate, menthone glyceryl ketal, and menthyl glyceryl ether or mixtures thereof. - X represents a covalently bound radical selected from C 1 alkyl; - R 1 represents hydrogen and R 2 represents methyl; - R 3 represents hydrogen; - R 4 represents hydrogen; - R 5 and R 6 independently represent hydrogen; - R 7 represents hydrogen;
A radio signal processing method, applied to a radio transformation module, characterised in that the method comprises: receiving, by the radio transformation module, a receive command sent by a router, wherein the receive command carries a radio frequency parameter, and the radio frequency parameter comprises: a receive frequency and a sampling frequency; receiving, by the radio transformation module, a radio signal corresponding to the receive frequency according to the receive frequency; performing, by the radio transformation module, sampling processing on the radio signal according to the sampling frequency, to obtain a digital signal; and sending, by the radio transformation module, the digital signal to the router. receiving, by the radio transformation module, a receive command sent by a router, wherein the receive command carries a radio frequency parameter, and the radio frequency parameter comprises: a receive frequency and a sampling frequency; receiving, by the radio transformation module, a radio signal corresponding to the receive frequency according to the receive frequency; performing, by the radio transformation module, sampling processing on the radio signal according to the sampling frequency, to obtain a digital signal; and sending, by the radio transformation module, the digital signal to the router.
A probe head for a testing apparatus of electronic devices, comprising: - a plurality of contact probes adapted to electrically and mechanically contact contact pads of a device under test, wherein said contact probes are vertical contact probes comprising a body extended along a longitudinal axis (H-H) between a first end and a second end; - at least one guide provided with a plurality of guide holes for slidingly housing the contact probes; - a containment element which is adapted to support the guide and houses at least one portion of the contact probes, wherein said containment element comprises a first portion and a second portion which is movable with respect to said first portion; - movement means configured to move the second portion of the containment element with respect to the first portion; and - at least one test optical signal distribution element configured to transmit a test optical signal to the device under test, wherein the test optical signal distribution element is associated with the second portion of the containment element and is arranged to be moved integrally therewith by means of the movement means, said movement means being configured to allow the alignment of said test optical signal distribution element. - a plurality of contact probes adapted to electrically and mechanically contact contact pads of a device under test, wherein said contact probes are vertical contact probes comprising a body extended along a longitudinal axis (H-H) between a first end and a second end; - at least one guide provided with a plurality of guide holes for slidingly housing the contact probes; - a containment element which is adapted to support the guide and houses at least one portion of the contact probes, wherein said containment element comprises a first portion and a second portion which is movable with respect to said first portion; - movement means configured to move the second portion of the containment element with respect to the first portion; and - at least one test optical signal distribution element configured to transmit a test optical signal to the device under test,
A method comprising: receiving (340-1, 340-2, 340-n, 341) on an uplink communication path at least one packet (806, 808, 865) from a user equipment 120; allocating (351, 360) uplink opportunities based on an information content from the packet; determining (351, 360) radio link resources to be allocated to the uplink communication path for the user equipment for the scheduled uplink transmission opportunities; allocating (351, 360) the determined radio link resources on the uplink communication path for the user equipment based at least in part on the uplink opportunities; and sending a message indicating uplink transmission opportunities to the user equipment; characterised in that the method further comprises: prior to receiving, communicating to a user equipment on a downlink communication path an indication of bandwidth availability for at least the user equipment receiving (340-1, 340-2, 340-n, 341) on an uplink communication path at least one packet (806, 808, 865) from a user equipment 120; allocating (351, 360) uplink opportunities based on an information content from the packet; determining (351, 360) radio link resources to be allocated to the uplink communication path for the user equipment for the scheduled uplink transmission opportunities; allocating (351, 360) the determined radio link resources on the uplink communication path for the user equipment based at least in part on the uplink opportunities; and sending a message indicating uplink transmission opportunities to the user equipment; prior to receiving, communicating to a user equipment on a downlink communication path an indication of bandwidth availability for at least the user equipment
A method of wireless communication, comprising: performing, by a first device, a clear channel assessment, CCA, in a first band, wherein operation of a first radio access technology, RAT, in the first band is synchronized with operation of a second RAT in a second band; determining, by the first device, whether the CCA indicates that the first band is occupied; sending, by the first device, a first switching signal in the second band based on a determination that the CCA indicates that the first band is occupied; sending, by the first device, data in the second band after the first switching signal is sent; monitoring, by the first device, for a second switching signal from a second device in the second band; and sending, by the first device, the data in the second band when the second switching signal is received by the first device from the second device in the second band. performing, by a first device, a clear channel assessment, CCA, in a first band, wherein operation of a first radio access technology, RAT, in the first band is synchronized with operation of a second RAT in a second band; determining, by the first device, whether the CCA indicates that the first band is occupied; sending, by the first device, a first switching signal in the second band based on a determination that the CCA indicates that the first band is occupied; sending, by the first device, data in the second band after the first switching signal is sent; monitoring, by the first device, for a second switching signal from a second device in the second band; and sending, by the first device, the data in the second band when the second switching signal is received by the first device from the second device in the second band.
A lighting system comprising: a plurality of lighting units (6, 34, 48), each lighting unit comprising a lighting source arranged to emit illuminating light and a modulated light source arranged to emit modulated light, the modulated light comprising a lighting unit identification code; a controller (2, 10) arranged to control the lighting units based on control data; and a light-sensing device arranged to sense in a viewing area modulated light originating from a plurality of lighting units and to identify them through their respective identification codes; characterized in that the lighting source and the modulated light source of a lighting unit have radiation patterns substantially coinciding, and the control data is generated based on the intensity of the modulated light measured and the lighting unit identification code determined by the light-sensing device. a plurality of lighting units (6, 34, 48), each lighting unit comprising a lighting source arranged to emit illuminating light and a modulated light source arranged to emit modulated light, the modulated light comprising a lighting unit identification code; a controller (2, 10) arranged to control the lighting units based on control data; and a light-sensing device arranged to sense in a viewing area modulated light originating from a plurality of lighting units and to identify them through their respective identification codes; characterized in that the lighting source and the modulated light source of a lighting unit have radiation patterns substantially coinciding, and the control data is generated based on the intensity of the modulated light measured and the lighting unit identification code determined by the light-sensing device.
A greenhouse comprising at least one gutter section and a roof extending from said gutter section, wherein the roof comprises a ridge section as well as spaced-apart glazing bars which are connected to an edge of the gutter section near one end and to the ridge section near their other end, and wherein panes are provided between adjacent glazing bars, which panes are supported in rebates in the glazing bars and in a rebate of the gutter section, characterised in that a pressure-distributing element of L-shaped cross-section is provided in the rebate of the gutter section, wherein a first leg of the pressure-distributing element of L-shaped cross-section is accommodated in a longitudinal groove of an end wall of the rebate near its free end, and wherein a longitudinal rib extending downward from a second leg of the pressure-distributing element of L-shaped cross-section is accommodated in a longitudinal groove of a side wall of the rebate near its free end.