mhurhangee/ep-ind-claims huggingface dataset:
A communication plug with a substrate having a top surface, a bottom surface, opposing side surfaces and opposing end surfaces, the plug including: a grounding plane in the substrate; a grounding strip on a side surface of the substrate in electrical communication with the grounding plane; a plurality of vias arranged in two parallel rows on one opposing end surface and each extending through the substrate, such that pins inserted into the vias electrically connect the top surface to the bottom surface; a plurality of connection pads formed on the top and bottom surface near the opposite end surface of the substrate; a first set of traces on the top surface extending from a first row of the parallel rows of vias to a respective connection pad on the top surface; a second set of traces on the bottom surface extending from a second row of the parallel rows of vias to a respective connection pad on the bottom surface, wherein the grounding strip is electrically connected to the grounding plane in the substrate; the plug housing including grounding openings on each side of the plug with the grounding openings aligning with the grounding strips such that the grounding strips is inserted into the plug housing. a grounding plane in the substrate; a grounding strip on a side surface of the substrate in electrical communication with the grounding plane; a plurality of vias arranged in two parallel rows on one opposing end surface and each extending through the substrate, such that pins inserted into the vias electrically connect the top surface to the bottom surface; a plurality of connection pads formed on the top and bottom surface near the opposite end surface of the substrate; a first set of traces on the top surface extending from a first row of the parallel rows of vias to a respective connection pad on the top surface; a second set of traces on the bottom surface extending from a second row of the parallel rows of vias to a respective connection pad on the bottom surface, wherein the grounding strip is electrically connected to the grounding plane in the substrate; the plug housing including grounding openings on each side of the plug with the grounding openings aligning with the grounding strips such that the grounding strips is inserted into the plug housing.
An air conditioner comprising: a cabinet including a first inlet hole, a second inlet hole and a third inlet hole; a first heat exchanger provided inside the cabinet to exchange heat with indoor air, which is introduced through the first inlet hole; a second heat exchanger provided inside the cabinet to exchange heat with outdoor air, which is introduced through the second inlet hole; and a third heat exchanger provided inside the cabinet, located between the first heat exchanger and the second heat exchanger along a height direction of the cabinet, characterized in that the third heat exchanger is provided to allow outdoor air, which is introduced through the third inlet hole, and condensed water generated in the first heat exchanger, to exchange heat with each other. a cabinet including a first inlet hole, a second inlet hole and a third inlet hole; a first heat exchanger provided inside the cabinet to exchange heat with indoor air, which is introduced through the first inlet hole; a second heat exchanger provided inside the cabinet to exchange heat with outdoor air, which is introduced through the second inlet hole; and a third heat exchanger provided inside the cabinet, located between the first heat exchanger and the second heat exchanger along a height direction of the cabinet, characterized in that the third heat exchanger is provided to allow outdoor air, which is introduced through the third inlet hole, and condensed water generated in the first heat exchanger, to exchange heat with each other.
Control method for a pushing aid of an electric bicycle, wherein the electric bicycle comprises at least an electric motor for driving the electric bicycle, a controller that performs the control method, and a gear shift for changing a gear ratio (i) between a pedal crank axle and a rear wheel axle, comprising identifying activation of the pushing aid, wherein, when activation is identified, at least the following steps are performed: • actuating the electric motor on the basis of a maximum speed of the pushing aid in order to generate a speed (v) of the electric bicycle, wherein the actuation takes place with a constant starting torque (M Start) and it is assumed that the engaged gear ratio (i) corresponds to the highest gear ratio (i max) of the gear shift, such that a speed that is less than or equal to the maximum speed for the pushing aid always results, • recording a current motor speed (n) of the electric motor, • recording the current speed (v) of the electric bicycle, • determining the engaged gear ratio (i) of the gear shift on the basis of the recorded motor speed (n) and the recorded speed (v), and • adjusting the electric motor on the basis of the determined gear ratio (i) and the maximum speed of the pushing aid in order to adjust the speed (v), wherein the speed (v) is increased and the maximum speed is not exceeded, • wherein, in a first run of the control method, the speed (v) is recorded by way of an acceleration sensor and, after the current speed (v) has been recorded by way of a reed sensor or GPS sensor, the steps following the actuation are repeated. • actuating the electric motor on the basis of a maximum speed of the pushing aid in order to generate a speed (v) of the electric bicycle, wherein the actuation takes place with a constant starting torque (M Start) and it is assumed that the engaged gear ratio (i) corresponds to the highest gear ratio (i max) of the gear shift, such that a speed that is less than or equal to the maximum speed for the pushing aid always results, • recording a current motor speed (n) of the electric motor, • recording the current speed (v) of the electric bicycle, • determining the engaged gear ratio (i) of the gear shift on the basis of the recorded motor speed (n) and the recorded speed (v), and • adjusting the electric motor on the basis of the determined gear ratio (i) and the maximum speed of the pushing aid in order to adjust the speed (v), wherein the speed (v) is increased and the maximum speed is not exceeded, • wherein, in a first run of the control method, the speed (v) is recorded by way of an acceleration sensor and, after the current speed (v) has been recorded by way of a reed sensor or GPS sensor, the steps following the actuation are repeated.
Motorized shutting device for a bay comprising: - an apron, - driving means intended to drive the raising and the lowering of said apron, the driving means comprising a winding tube for winding the apron and a coaxial motor tube, the motor tube being mounted to be movable in rotation about its axis, the rotation being possible between a first position and a second position, - detection means allowing a rotation of the motor tube to be detected, - control means intended to generate a message representative of an attempt to open the apron when the detection means detect a rotation of the motor tube, - communication means intended to transmit the generated message to a central security unit, the motorized shutting device being characterized in that it is adapted to implement the steps of a method for detecting an attempt to open the apron according to one of Claims 4 to 7. - an apron, - driving means intended to drive the raising and the lowering of said apron, the driving means comprising a winding tube for winding the apron and a coaxial motor tube, the motor tube being mounted to be movable in rotation about its axis, the rotation being possible between a first position and a second position, - detection means allowing a rotation of the motor tube to be detected, - control means intended to generate a message representative of an attempt to open the apron when the detection means detect a rotation of the motor tube, - communication means intended to transmit the generated message to a central security unit,
Chair transport system which is provided for the transport of a chair, having a transport case and a chair, wherein the transport case has a receiving space which is delimited by side walls and an upper plate and the chair has a frame on the frame arms of which at least one rotatably supported roller is provided and the frame carries at least one seat face and, in the transport position, the chair is introduced for the most part in the receiving space and the chair is connected by means of a connection apparatus indirectly or directly to the transport case, and the system is supported on the ground by means of the rollers of the chair. characterized in that the chair transport system has a base plate which in the transport position covers the receiving space and has at least one opening, through which a portion of the frame protrudes.
Signal processing system with a bus node, which is designed for signal conversion between signals of an internal and an external bus system, and in each case comprising at least one interface for coupling to the external bus system and the internal bus system, and with at least one signal conditioning module which is designed for physical conditioning and/or analog-to-digital conversion of signals of an external component (16, 17) and has an interface for the internal bus system and at least one connection for the external component (16, 17), and is connected to the bus node via the internal bus system, wherein the bus node is designed for internal raw data processing of signals provided by the signal conditioning module, and for output of at least one output signal, dependent on the processed signals, to the internal and/or the external bus system, the bus node includes an at least partly freely programmable and/or freely allocable memory device for the storage of an algorithm, and a processing device for processing the signals provided by the signal conditioning module and for the output of an output signal by means of the stored algorithm, wherein the processing device contains several instruction levels (31, 32, 33) for the processing of different instructions, wherein a first instruction level is set up for direct communication with the processing device, and further instruction levels (32, 33) for with in each case adjacent instruction levels (31, 32, 33), wherein the processing device is set up, in an instruction level (32, 33) which is located above the first instruction level, for data interchange, in particular secured, with at least one instruction module by means of a standardised instruction command set and wherein the processing device includes in one instruction level (32, 33), which is located above the first instruction level, a virtual machine, in particular a runtime environment, which is designed to operate the instruction module in a standardised, in particular secure, instruction module environment.
Storage device for a vehicle seat, comprising an compartment that delimits an opening and a pivoting door intended to close the opening, the door comprising a closure panel and at least one lateral wing connected to said closure panel, at least one lateral wing having a cutout forming a runner and receiving at least one pin carried by the compartment, characterised in that it has at least one means for narrowing the width of the runner so that a portion of the runner has a width less than the width of the pin.
A locking system, with a master key for programming and actuating a locking device, with a mobile unit for programming the master key, with a data-transfer apparatus for transmitting data between the mobile unit and the master key in the course of programming, characterized by an acoustic auxiliary apparatus comprising an acoustic transmitter arranged on the master key for transmitting an acoustic signal to an acoustic receiver associated with the mobile unit, wherein the master key and the mobile unit are configured to enable a connection via the data-transfer apparatus between the mobile unit and the master key only under the condition that the mobile unit authenticates itself with respect to the master key, taking into account the acoustic signal transmitted by the master key.
A method of wireless communications, the method comprising: identifying from information in a control channel, at a user equipment, UE, a plurality of common search spaces on a carrier from one or more nodes, wherein each of the plurality of common search spaces is associated with a respective scheduling entity, and each of the plurality of common search spaces shares a same Resource Element Group/Control Channel Element REG/CCE space, wherein each common search space of the plurality of common search spaces is arranged to hash to a different range of CCEs in the same REG/CCE space; monitoring the plurality of common search spaces; and communicating with at least one of the one or more nodes based on the monitored plurality of common search spaces. identifying from information in a control channel, at a user equipment, UE, a plurality of common search spaces on a carrier from one or more nodes, wherein each of the plurality of common search spaces is associated with a respective scheduling entity, and each of the plurality of common search spaces shares a same Resource Element Group/Control Channel Element REG/CCE space, wherein each common search space of the plurality of common search spaces is arranged to hash to a different range of CCEs in the same REG/CCE space; monitoring the plurality of common search spaces; and communicating with at least one of the one or more nodes based on the monitored plurality of common search spaces.
A hydrocracking catalyst comprising a carrier, silica and active ingredients loaded on the carrier, wherein the carrier comprises Y molecular sieves and SAPO-34 molecular sieves, and based on the weight of the carrier, the content of Y molecular sieves is within a range of 2-35 wt%, preferably 8-25 wt%, further preferably 10-20 wt%, and the content of SAPO-34 molecular sieves is within a range of 2-25 wt%, preferably 2-8 wt%, further preferably 2.5-6 wt%; the active ingredients comprise VIB group metal and/or VIII group metal, preferably the VIB group metal is molybdenum (Mo) and/or tungsten, preferably the VIII group metal is cobalt (Co) and/or nickel (Ni); based on the weight of the catalyst, the content of silica loaded on the carrier is within a range of 0.5-5 wt%, preferably 1-4 wt%, further preferably 1.5-3 wt%, wherein the silica loaded on the carrier is generated in situ from silane; the content of the VIB group metal in terms of oxide is within a range of 10-25 wt%, preferably 15-20 wt%; and the content of the VIII group metal in terms of oxide is within a range of 4-10 wt%, preferably 5-8 wt%, preferably the silica and the active ingredients are jointly distributed on the outer surface of the carrier and the inner surface of a pore channel of the carrier.
A biostimulant composition for stimulating microbial flora of soils, especially soils for agriculture or soils for green spaces, comprising, based on the total weight of said composition: - from 0.1% to 10% of a compound having an ascorbate unit; - from 0.1% to 10% of a boron salt; - from 0.05% to 5% of a polysaccharide capable of gelling by water absorption; and - from 75% to 99.75% of an additive selected from a clay, a calcium and/or magnesium carbonate, a silicon, a lithothamnion or a mixture thereof. - from 0.1% to 10% of a compound having an ascorbate unit; - from 0.1% to 10% of a boron salt; - from 0.05% to 5% of a polysaccharide capable of gelling by water absorption; and - from 75% to 99.75% of an additive selected from a clay, a calcium and/or magnesium carbonate, a silicon, a lithothamnion or a mixture thereof.
A mobile screen body that comprises a platform frame; a plurality of legs for supporting the platform frame to ground; a screen support frame supported by the platform frame movably between a transport position in which the screen support frame is adjacent to the platform frame and an operating position in which the screen support frame is elevated from the transport position; and a plurality of supports (114, 114') having first ends configured to be structurally coupled with the screen support frame and second ends; which supports are arranged in pairs that reside outside the platform frame in a sideways direction; characterized in that the second ends are configured to be structurally coupled with respective ones of the plurality of legs, when the screen support frame is in the operating position; and the mobile screen body further comprises a support joint for structurally coupling the support with the leg, which support joint comprises a horizontal connecting part that is connected to a top part of the leg. a platform frame; a plurality of legs for supporting the platform frame to ground; a screen support frame supported by the platform frame movably between a transport position in which the screen support frame is adjacent to the platform frame and an operating position in which the screen support frame is elevated from the transport position; and a plurality of supports (114, 114') having first ends configured to be structurally coupled with the screen support frame and second ends; which supports are arranged in pairs that reside outside the platform frame in a sideways direction; characterized in that the second ends are configured to be structurally coupled with respective ones of the plurality of legs, when the screen support frame is in the operating position; and the mobile screen body further comprises a support joint for structurally coupling the support with the leg, which support joint comprises a horizontal connecting part that is connected to a top part of the leg.
A method, comprising: receiving information on current network to a mobile node (110,112,114); receiving cross network test management information to the mobile node (110,112,114), the cross network test management information comprising an explicit list of networks for which a test log is not to be cleared; receiving a test configuration to the mobile node (110,112,114), the test configuration defining at least one radio interface related measurement; detecting a change (122,124) of network (170,150) at the mobile node; checking a need to clear the test configuration based on the cross network test management information; and checking a need to clear the test log based on the cross network test management information. receiving information on current network to a mobile node (110,112,114); receiving cross network test management information to the mobile node (110,112,114), the cross network test management information comprising an explicit list of networks for which a test log is not to be cleared; receiving a test configuration to the mobile node (110,112,114), the test configuration defining at least one radio interface related measurement; detecting a change (122,124) of network (170,150) at the mobile node; checking a need to clear the test configuration based on the cross network test management information; and checking a need to clear the test log based on the cross network test management information.
Plastic composite component - comprising two plastic bodies (2, 3) welded together, comprising a first, outer plastic component (4; 32; 33, 35) and a second, inner plastic component (5; 31; 34), characterized in that, the plastic bodies (2, 3) are formed as window or door hollow-chamber profile sections and next to a weld seam between the two plastic bodies (2, 3), the second plastic component (5; 31) is in a state of being displaced away from the weld seam, so that a boundary surface, facing the weld seam, of the second, inner plastic component (5; 31) is kept at a distance from a weld seam plane. - comprising two plastic bodies (2, 3) welded together, comprising a first, outer plastic component (4; 32; 33, 35) and a second, inner plastic component (5; 31; 34), characterized in that, the plastic bodies (2, 3) are formed as window or door hollow-chamber profile sections and next to a weld seam between the two plastic bodies (2, 3), the second plastic component (5; 31) is in a state of being displaced away from the weld seam, so that a boundary surface, facing the weld seam, of the second, inner plastic component (5; 31) is kept at a distance from a weld seam plane.
A system for certifying physical parameters of fiber optic cabling, the system comprising: a test device (102, 122, 202, 302) operably couplable to an end of a fiber optic cable (114, 132, 212, 318), wherein the test device is operable to inject light into the fiber optic cable and conduct a certification test of physical parameters of the fiber optic cable (114, 132, 212, 318), and wherein, based on observation of interaction of the injected light with the fiber optic cable, the test device (102, 122, 202, 302) is further operable to: produce data representing one or more physical parameters of the fiber optic cable, evaluate the one or more physical parameters of the fiber optic cable by accessing information indicating established parameters of at least one predetermined standard that sets forth objective requirements that the fiber optic cable must meet and comparing the data to the established parameters, and certify whether the one or more physical parameters satisfy one or more corresponding parameters specified by the predetermined standard; and a wireless device operably couplable to the test device, wherein the wireless device is configured to wirelessly communicate a control signal to the test device for controlling an operation of the certification test, and wherein the wireless device is further operable to wirelessly receive a result of the certification test from the test device. produce data representing one or more physical parameters of the fiber optic cable, evaluate the one or more physical parameters of the fiber optic cable by accessing information indicating established parameters of at least one predetermined standard that sets forth objective requirements that the fiber optic cable must meet and comparing the data to the established parameters, and certify whether the one or more physical parameters satisfy one or more corresponding parameters specified by the predetermined standard; and a wireless device operably couplable to the test device, wherein the wireless device is configured to wirelessly communicate a control signal to the test device for controlling an operation of the certification test, and wherein the wireless device is further operable to wirelessly receive a result of the certification test from the test device.
A method of diagnosing a malfunction of a variable valve actuation system comprising the steps of: providing a rocker arm assembly having at least two arms (120, 122) pivotally connected having a hydraulically activated latch that secures the arms together when latched; changing the pressure of fluid provided to the latch; sensing the pressure of the fluid provided to the latch over a time period; calculating from the sensed pressure if the latch has moved; characterized by: calculating from the sensed pressure a velocity of the latch. providing a rocker arm assembly having at least two arms (120, 122) pivotally connected having a hydraulically activated latch that secures the arms together when latched; changing the pressure of fluid provided to the latch; sensing the pressure of the fluid provided to the latch over a time period; calculating from the sensed pressure if the latch has moved; characterized by: calculating from the sensed pressure a velocity of the latch.