mhurhangee/ep-ind-claims huggingface dataset:
A charging control device, deployed in a power adapter used to charge electronic equipment through a charging cable, comprising: at least one first temperature measuring component, configured to measure a temperature of a first charging interface, the first charging interface being an interface of the power adapter for electrical connection with the charging cable, and a controlling unit, configured to control a charging process for the electronic equipment according to the temperature of the first charging interface; characterized in that: wherein the charging control device further comprises at least one contact sheet, wherein each first temperature measuring component corresponds to one contact sheet, wherein each first temperature measuring component and the corresponding contact sheet thereof are arranged on a same thermal conductive substrate, and wherein each first temperature measuring component and the corresponding contact sheet are spaced apart from each other by a predetermined interval. at least one first temperature measuring component, configured to measure a temperature of a first charging interface, the first charging interface being an interface of the power adapter for electrical connection with the charging cable, and a controlling unit, configured to control a charging process for the electronic equipment according to the temperature of the first charging interface; characterized in that: wherein the charging control device further comprises at least one contact sheet, wherein each first temperature measuring component corresponds to one contact sheet, wherein each first temperature measuring component and the corresponding contact sheet thereof are arranged on a same thermal conductive substrate, and wherein each first temperature measuring component and the corresponding contact sheet are spaced apart from each other by a predetermined interval. wherein the charging control device further comprises at least one contact sheet, wherein each first temperature measuring component corresponds to one contact sheet, wherein each first temperature measuring component and the corresponding contact sheet thereof are arranged on a same thermal conductive substrate, and wherein each first temperature measuring component and the corresponding contact sheet are spaced apart from each other by a predetermined interval.
A calibrating device for calibrating a blown film, which has an outer diameter, which can be adjusted by a gas pressure, in particular by a gas overpressure, inside the blown film, wherein at least one guide element is provided, to which at least one guide surface is assigned, which faces the outer surface of the blown film and limits the outer diameter of the blown film and guides the blown film in a region, which has a guide length, wherein the blown film defines an axis of symmetry, wherein the distance of the guide surface and/or the guide element to the axis of symmetry can be changed, wherein the blown film can be guided through the calibrating device in the direction of gravity and wherein above or in the inlet region of the at least one guide element a liquid reservoir is arranged, wherein the liquid can be passed from the liquid reservoir to the outer circumference of the blown film, characterized in that the guide length, independent of the distance of the guide surface and/or of the guide element to the axis of symmetry, can be adjusted or is constant and that the at least one guide element comprises a plurality of individual bodies or several coils of a spring, which are interconnected via at least one connection element.
Flat knit bra comprising two cups (1a,1b), two power slings (4a,4b) and two wing zones (5a,5b) and wherein the bra further comprises a band having a first and second end (6a,6b), characterized in that: the power sling (4a, 4b) is comprised of a double layered knit material, and the band is comprised of more than one band zones (7,8,9,10) each zone comprised of a double layered knit material, which band zones (7,8,9,10) branch out from a common centre region at the cups (1a,1b) such that at least one band zone (7,8) extends to each of the first and second ends (6a,6b) of the band and wherein at least one other band zone (9,10) extends into each of the wings (5a,5b). two cups (1a,1b), two power slings (4a,4b) and two wing zones (5a,5b) and wherein the bra further comprises a band having a first and second end (6a,6b), characterized in that: the power sling (4a, 4b) is comprised of a double layered knit material, and the band is comprised of more than one band zones (7,8,9,10) each zone comprised of a double layered knit material, which band zones (7,8,9,10) branch out from a common centre region at the cups (1a,1b) such that at least one band zone (7,8) extends to each of the first and second ends (6a,6b) of the band and wherein at least one other band zone (9,10) extends into each of the wings (5a,5b). the power sling (4a, 4b) is comprised of a double layered knit material, and the band is comprised of more than one band zones (7,8,9,10) each zone comprised of a double layered knit material, which band zones (7,8,9,10) branch out from a common centre region at the cups (1a,1b) such that at least one band zone (7,8) extends to each of the first and second ends (6a,6b) of the band and wherein at least one other band zone (9,10) extends into each of the wings (5a,5b).
A catheter assembly comprising a catheter hub having an open proximal end and a distal end defining an interior cavity therebetween, with a catheter tube extending distally from the catheter hub distal end; a rigid actuator extending proximally in the interior cavity of the catheter hub from the catheter hub distal end to a free end, the actuator having an enlarged proximal flange at the free end thereof; and a seal member disposed in the interior cavity of the catheter hub, characterized in that the seal member includes a membrane and a distal portion extending distally from the membrane to a sealing outlet bore, the distal portion having an actuator cavity therein between the membrane and the sealing outlet bore, the actuator cavity having a narrowed portion defining an hourglass shape thereto, the actuator extending through the sealing outlet bore into the actuator cavity with the proximal flange engaged against the narrowed portion of the actuator cavity.
An apparatus for braking a vehicle, the apparatus comprising: a rear brake comprising: a first brake arm coupled to a first brake pad; a second brake arm coupled to a second brake pad; and a rear brake actuator wherein the first brake arm and the second brake arm are configured for connection to a frame of a vehicle and to the rear brake actuator, a slider assembly coupled to the first brake pad and to a slide portion that is adjacent to the first brake pad; a guide coupled to the rear brake and to the slide portion of the slider assembly; a front brake; and a front brake cable coupled to the front brake and to the slide portion of the slider assembly, such that pulling of the front brake cable operates the front brake; wherein the apparatus is configured such that when the rear brake actuator is actuated by a user, the first brake arm compresses the first brake pad against a first surface of a rotating wheel of the vehicle and the second brake arm compresses the second brake pad against a second surface of the rotating wheel, creating a friction force that causes the slide portion to slide against the guide and pull the front brake cable to operate the front brake. a rear brake comprising: a first brake arm coupled to a first brake pad; a second brake arm coupled to a second brake pad; and a rear brake actuator wherein the first brake arm and the second brake arm are configured for connection to a frame of a vehicle and to the rear brake actuator, a first brake arm coupled to a first brake pad; a second brake arm coupled to a second brake pad; and a rear brake actuator wherein the first brake arm and the second brake arm are configured for connection to a frame of a vehicle and to the rear brake actuator, a slider assembly coupled to the first brake pad and to a slide portion that is adjacent to the first brake pad; a guide coupled to the rear brake and to the slide portion of the slider assembly; a front brake; and a front brake cable coupled to the front brake and to the slide portion of the slider assembly, such that pulling of the front brake cable operates the front brake; wherein the apparatus is configured such that when the rear brake actuator is actuated by a user, the first brake arm compresses the first brake pad against a first surface of a rotating wheel of the vehicle and the second brake arm compresses the second brake pad against a second surface of the rotating wheel, creating a friction force that causes the slide portion to slide against the guide and pull the front brake cable to operate the front brake.
Method for attaching an insulating panel to masonry by means of a fastening system, comprising an insulation fastener (1; 100) designed as a spiral retaining plate, and a screw (6, 13, 28, 32) which can be introduced into the masonry via a central through-hole in the insulation fastener and farther into a predrilled hole in the masonry and can be anchored in the masonry, wherein the insulation fastener (1; 100) with its spiral is screwed completely into the insulating panel by turning in the screw (6, 13, 32), causing the insulation fastener to rotate with it, and holds the insulating panel against the masonry, wherein the screw (6, 13, 32, 106) is anchored in the masonry without a dowel, the screw, of which the thread (35, 36) has a larger outer diameter than the diameter of the predrilled hole, is guided centrally relative to the predrilled hole and introduced by cutting into the masonry, wherein the method is performed using a fastening system, a centring arrangement is formed on the fastening system for guiding the screw (6, 13, 32, 106) perpendicularly into the predrilled hole by cutting, and that a pitch of the spiral of the spiral retaining plate corresponds to a pitch of the thread of the screw (6, 13, 32).
A screen unit that can be installed at an angle in an open channel with a rake and a clearing device which has a scraper that can be placed on the rake, a carriage with the scraper, a motor on the carriage to drive the carriage and at least one pair of rollers, and with a pair of slides running parallel to the rake and consisting of two rails, which have an upper and a lower end, the lower ends of the rails being open; the carriage can be tilted about a tilting axis extending transversely to the rails, so that during downward travel from the upper to the lower end of the rails the rollers of the pair of rollers run on the rails, the scraper maintaining a distance from the rake, and during an upward movement, after the rollers have passed over the open end of the rails, the carriage is tilted about its tilting axis in such a way that the scraper rests on the rake and the rollers of the pair of rollers are located below the rails during an upward movement, wherein the pair of rollers is a lower pair of rollers, and the carriage further has an upper pair of rollers, characterised in that there is a swivelling ramp flap at the upper end of each rail, which points downwards away from the rail, so that the rollers of the roller pair drive over the ramp flap at the end of the upward travel and lift it in the process; each of the rails has a gap in its upper area; bridge flaps are each hinged to the end of the upper portion of the rail adjacent to the gap; and the ramp flaps are each hinged to the end of the lower section of the rail adjacent to the gap. a rake and a clearing device which has a scraper that can be placed on the rake, a carriage with the scraper, a motor on the carriage to drive the carriage and at least one pair of rollers, and with a pair of slides running parallel to the rake and consisting of two rails, which have an upper and a lower end, the lower ends of the rails being open; the carriage can be tilted about a tilting axis extending transversely to the rails, so that during downward travel from the upper to the lower end of the rails the rollers of the pair of rollers run on the rails, the scraper maintaining a distance from the rake, and during an upward movement, after the rollers have passed over the open end of the rails, the carriage is tilted about its tilting axis in such a way that the scraper rests on the rake and the rollers of the pair of rollers are located below the rails during an upward movement, wherein the pair of rollers is a lower pair of rollers, and the carriage further has an upper pair of rollers, characterised in that there is a swivelling ramp flap at the upper end of each rail, which points downwards away from the rail, so that the rollers of the roller pair drive over the ramp flap at the end of the upward travel and lift it in the process; each of the rails has a gap in its upper area; bridge flaps are each hinged to the end of the upper portion of the rail adjacent to the gap; and the ramp flaps are each hinged to the end of the lower section of the rail adjacent to the gap.
A method for adjusting an antenna arrangement for mitigating interference in a line of sight, LOS, multiple input multiple output, MIMO, system (100, 200), the antenna arrangement comprising at least two antennas (101, 102), the method comprising: - adjusting a distance ( d 1) between two antennas (101, 102) of the antenna arrangement by an adjustment distance ( ε) to compensate for interference caused by at least one reflection, for example caused by an object, occurring along a line of sight link from the antenna arrangement to antennas (103, 104) intended to communicate with the antenna arrangement, wherein adjusting the distance ( d 1) comprises: o moving (S108a) at least one of the two antennas so as to vary the distance over a range from a first end-point to a second end-point; - obtaining (S108b, S108c), during said moving, o quality values of transmissions over the line of sight link, each quality value being associated with a unique distance between the two antennas; o environmental information impacting the LOS MIMO system; - determining (S108d) the adjustment distance ( ε) based on the quality values and the environmental information. - adjusting a distance ( d 1) between two antennas (101, 102) of the antenna arrangement by an adjustment distance ( ε) to compensate for interference caused by at least one reflection, for example caused by an object, occurring along a line of sight link from the antenna arrangement to antennas (103, 104) intended to communicate with the antenna arrangement, wherein adjusting the distance ( d 1) comprises: o moving (S108a) at least one of the two antennas so as to vary the distance over a range from a first end-point to a second end-point; o moving (S108a) at least one of the two antennas so as to vary the distance over a range from a first end-point to a second end-point; - obtaining (S108b, S108c), during said moving, o quality values of transmissions over the line of sight link, each quality value being associated with a unique distance between the two antennas; o environmental information impacting the LOS MIMO system; o quality values of transmissions over the line of sight link, each quality value being associated with a unique distance between the two antennas; o environmental information impacting the LOS MIMO system; - determining (S108d) the adjustment distance ( ε) based on the quality values and the environmental information.
Circulation pump for a dishwasher, comprising a channel impeller unit having a housing element and a feed unit in the form of a fantail, characterised by at least one sealing element which is arranged circumferentially around the housing element of the channel impeller unit and extends radially outwards from the housing element of the channel impeller unit and is formed so as to be radially slidable on a support surface of the feed unit in the form of a fantail, the sealing element being designed to at least partially reversibly close an impeller side space between the channel impeller unit and the feed unit in the form of a fantail.
A vehicle alarm system configured to avoid false alarms while maintaining the vehicle alarm system armed, the vehicle alarm system comprises: at least a first sensor (12a,12b,12c,12d,12e,12f) configured to detect at least a first living object (5a,5b,5c,5d) wherein the at least first sensor (12a,12b,12c,12d,12e,12f) is a camera sensor configured to obtain images and identify objects in the obtained images using object recognition for detecting the at least first living object (5a,5b,5c,5d); a processing circuitry operatively connected to the least a first sensor (12a,12b,12c,12d,12e,12f) configured to cause the vehicle alarm system to: - detect the at least first living object (5a,5b,5c,5d) inside of the vehicle by the at least first sensor (12a,12b,12c,12d,12e,12f); and - reduce, or unarm, at least a first alarm function of the vehicle alarm system in response to detecting the at least first living object (5a,5b,5c,5d), while at least a second alarm function of the vehicle alarm system is configured to be armed. at least a first sensor (12a,12b,12c,12d,12e,12f) configured to detect at least a first living object (5a,5b,5c,5d) wherein the at least first sensor (12a,12b,12c,12d,12e,12f) is a camera sensor configured to obtain images and identify objects in the obtained images using object recognition for detecting the at least first living object (5a,5b,5c,5d); a processing circuitry operatively connected to the least a first sensor (12a,12b,12c,12d,12e,12f) configured to cause the vehicle alarm system to: - detect the at least first living object (5a,5b,5c,5d) inside of the vehicle by the at least first sensor (12a,12b,12c,12d,12e,12f); and - reduce, or unarm, at least a first alarm function of the vehicle alarm system in response to detecting the at least first living object (5a,5b,5c,5d), while at least a second alarm function of the vehicle alarm system is configured to be armed. - detect the at least first living object (5a,5b,5c,5d) inside of the vehicle by the at least first sensor (12a,12b,12c,12d,12e,12f); and - reduce, or unarm, at least a first alarm function of the vehicle alarm system in response to detecting the at least first living object (5a,5b,5c,5d), while at least a second alarm function of the vehicle alarm system is configured to be armed.
A method for testing a cable connectable to a remote radio head (1a-c), the method being performed in a test device (30, 30a, 30b) and comprising the steps of: generating an outbound test container, the outbound test container comprising digital samples representing a test signal; transmitting the outbound test container and a frequency parameter indicating a frequency on which the test signal is to be transmitted to a converter device being connectable to a plurality of remote radio heads (1a-c) via respective cables, for transmission by the converter device; receiving an inbound test container, the inbound test container comprising digital samples of a response signal received by the converter device based on the outbound test container; and evaluating the inbound test container. generating an outbound test container, the outbound test container comprising digital samples representing a test signal; transmitting the outbound test container and a frequency parameter indicating a frequency on which the test signal is to be transmitted to a converter device being connectable to a plurality of remote radio heads (1a-c) via respective cables, for transmission by the converter device; receiving an inbound test container, the inbound test container comprising digital samples of a response signal received by the converter device based on the outbound test container; and evaluating the inbound test container.
A method of operating a vehicle to anything, V2X, application enabler, VAE, server, the method comprising: receiving a V2X application specific server registration request message from a V2X application specific server, the V2X application specific server registration request message comprising an identifier of the V2X application specific server that is used to receive V2X uplink messages originating from a V2X user equipment, UE, device, wherein the V2X application specific server registration request message further comprises an identifier of a geographical area to which the V2X application specific server registers and a request to register to receive V2X uplink messages originating from a V2X UE device at the V2X application specific server from the VAE server based on the identifier of the geographical area; and transmitting a V2X application specific server registration response message to the V2X application specific server responsive to receiving the V2X application specific server registration request message, wherein the V2X application specific server registration response message indicates success of registration responsive to the V2X application specific server registration request message. receiving a V2X application specific server registration request message from a V2X application specific server, the V2X application specific server registration request message comprising an identifier of the V2X application specific server that is used to receive V2X uplink messages originating from a V2X user equipment, UE, device, wherein the V2X application specific server registration request message further comprises an identifier of a geographical area to which the V2X application specific server registers and a request to register to receive V2X uplink messages originating from a V2X UE device at the V2X application specific server from the VAE server based on the identifier of the geographical area; and transmitting a V2X application specific server registration response message to the V2X application specific server responsive to receiving the V2X application specific server registration request message, wherein the V2X application specific server registration response message indicates success of registration responsive to the V2X application specific server registration request message.
An aliphatic polyester resin composition comprising a polyhydroxyalkanoate, an amide bond-containing compound, and pentaerythritol, wherein the amide bond-containing compound is any one of compounds represented by the following general formulas: R 1 -C N(R 2) 2, R 1 -C NH-(R 3)-NHC -R 1, R 1 -NHC NH-(R 3)-NHC NH-R 1, R 1 -NHC -R 2, R 1 -NHC -(R 3)-C NH-R 1, R 1 -C NH-(R 3)-C NH-R 1, R 1 -NHC NH-(R 3)-C NH-R 1, and R 1 -NHC NH-(R 3)-NHC -R 1, or a combination of two or more of the compounds, and in the formulas, R 1 s are each independently a C 6 to C 30 alkyl, R 2 s are each independently H or a C 1 to C 20 alkyl, and R 3 s are each independently a C 2 to C 10 alkylene.