mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: skiving layers of a cable reinforced hose covering the cable reinforcement from an end portion of said cable reinforced hose, wherein each cable is a twisted bundle of many wires; skiving a tube from inside a distal portion of said end portion of said cable reinforced hose; disposing a unitary stem having an inner bore, a termination portion for attaching to a fixture, a cable trap groove portion and an insert portion with lands defined on an outside of said insert portion, with said insert portion inserted inside said tube of said cable reinforced hose and with said cable trap groove portion inserted inside said distal portion of said end portion of said hose; disposing a unitary ferrule having a plurality of ridges and with at least one cable trap rib corresponding to the cable trap groove portion over said end portion of said hose; and compressing said ferrule resulting in said ridges inter-indexing with said lands and said ridges compressing said hose to seal said tube in said lands and said cable trap rib forcing said cable reinforcement into said cable trap groove portion, wherein said compressing distorts a plurality of cables of said cable reinforcement between said cable trap rib and said cable trap groove portion. skiving layers of a cable reinforced hose covering the cable reinforcement from an end portion of said cable reinforced hose, wherein each cable is a twisted bundle of many wires; skiving a tube from inside a distal portion of said end portion of said cable reinforced hose; disposing a unitary stem having an inner bore, a termination portion for attaching to a fixture, a cable trap groove portion and an insert portion with lands defined on an outside of said insert portion, with said insert portion inserted inside said tube of said cable reinforced hose and with said cable trap groove portion inserted inside said distal portion of said end portion of said hose; disposing a unitary ferrule having a plurality of ridges and with at least one cable trap rib corresponding to the cable trap groove portion over said end portion of said hose; and compressing said ferrule resulting in said ridges inter-indexing with said lands and said ridges compressing said hose to seal said tube in said lands and said cable trap rib forcing said cable reinforcement into said cable trap groove portion, wherein said compressing distorts a plurality of cables of said cable reinforcement between said cable trap rib and said cable trap groove portion.
A chip card having a card body, wherein: - a miniature chip card, according to ID-3FF or ID-4FF, is detachable from the card body; - an integrated semiconductor circuit is incorporated in the miniature chip card; - the card body has a circumferential gap along the outer contour of the miniature chip card except for two connections by which the miniature chip card is held in the card body; - the two connections are arranged respectively at a side edge of the outer contour of the miniature chip card; - both connections are shaped as bars, wherein the bar width of a bar is defined by the minimal length of the two interruptions of the circumferential gap, and wherein the bar width of the two bars corresponds maximally to half of the respective side edge length; - the two bars are arranged on a rotational axis (R-R'), wherein rotational axis is meant to be understood as the axis around which the miniature chip card rotates, turns or folds out when it is being detached from the card body; characterized in that - the rotational axis (R-R'), runs parallel yet spaced from the longitudinal axis (L-L') of the miniature chip card, wherein the longitudinal axis L-L' halves those side edges of the ID-3FF or ID-4FF which lie parallel to the insertion side, wherein the bar width at the narrowest point of the respective bar amounts to maximally 4 millimeters. - a miniature chip card, according to ID-3FF or ID-4FF, is detachable from the card body; - an integrated semiconductor circuit is incorporated in the miniature chip card; - the card body has a circumferential gap along the outer contour of the miniature chip card except for two connections by which the miniature chip card is held in the card body; - the two connections are arranged respectively at a side edge of the outer contour of the miniature chip card; - both connections are shaped as bars, wherein the bar width of a bar is defined by the minimal length of the two interruptions of the circumferential gap, and wherein the bar width of the two bars corresponds maximally to half of the respective side edge length; - the two bars are arranged on a rotational axis (R-R'), wherein rotational axis is meant to be understood as the axis around which the miniature chip card rotates, turns or folds out when it is being detached from the card body; - the rotational axis (R-R'), runs parallel yet spaced from the longitudinal axis (L-L') of the miniature chip card, wherein the longitudinal axis L-L' halves those side edges of the ID-3FF or ID-4FF which lie parallel to the insertion side,
A filter component formed of a cylindrical nonwoven fabric having a center axis, and having a plurality of polygon-shaped cross-sections which are a same shape that are formed side by side at predetermined intervals along the center axis, each side of each of the polygons being formed by a mountain fold part on a plane perpendicular to the center axis, characterized in that in the plurality of polygon-shaped cross-sections, among polygons that are adjacent to each other, each vertex of one polygon is connected by a mountain fold part to each vertex of another polygon, respectively, wherein a valley fold part is formed between adjacent mountain fold parts among the mountain fold parts connecting each vertex of the one polygon with each vertex of the another polygon, and the mountain fold part and the valley fold part are connected at one vertex in the one polygon, and the valley fold part is connected to a vertex neighboring a vertex in the another polygon to which the mountain fold part is connected, and wherein the valley fold part is formed at an inclination with respect to the center axis.
A sensor targeted to be mounted on a plenoptic camera, the sensor comprising a plurality of microimage areas, each microimage area targeted to sense a microimage refracted by a microlens array, each microimage area being at least partially covered by a color filter array, wherein the color saturation of the color filter array decreases when getting away from a centroid (x i,j, y i,j) of the microimage area.
An apparatus for providing a user interface, the apparatus comprising: a touch screen; a pressure sensor; and a processor, wherein the processor is configured to: identify, using the pressure sensor, pressure by a first gesture input to the touch screen, in response to identifying that the pressure by the first gesture input is smaller than or equal to a predetermined value, perform a first function corresponding to the first gesture input, and in response to identifying that the pressure by the first gesture input is larger than the predetermined value, enter a first state for individually selecting each of a plurality of words in text displayed on the touch screen and perform a second function corresponding to the first gesture input. a touch screen; a pressure sensor; and a processor, wherein the processor is configured to: identify, using the pressure sensor, pressure by a first gesture input to the touch screen, in response to identifying that the pressure by the first gesture input is smaller than or equal to a predetermined value, perform a first function corresponding to the first gesture input, and in response to identifying that the pressure by the first gesture input is larger than the predetermined value, enter a first state for individually selecting each of a plurality of words in text displayed on the touch screen and perform a second function corresponding to the first gesture input. identify, using the pressure sensor, pressure by a first gesture input to the touch screen, in response to identifying that the pressure by the first gesture input is smaller than or equal to a predetermined value, perform a first function corresponding to the first gesture input, and in response to identifying that the pressure by the first gesture input is larger than the predetermined value, enter a first state for individually selecting each of a plurality of words in text displayed on the touch screen and perform a second function corresponding to the first gesture input.
Method for operating a fundamental frequency clocked converter on the power supply side comprising a bridge circuit equipped with controllable semiconductor switches (T1, T2, T3, T4, T5, T6), wherein a number, in particular three, of upper semiconductor switches (T1, T2, T3) are connected to a first intermediate circuit contact, which is at a first intermediate circuit potential during operation of the converter, and a number, in particular three, of lower semiconductor switches (T4, T5, T6) are connected to a second intermediate circuit contact, which is at a second intermediate circuit potential during operation of the converter, - wherein, during a predetermined or predeterminable time period before and/or after natural triggering instants - arising on account of a power supply angle - of the semiconductor switches (T1-T6) in fundamental frequency operation, two upper or lower semiconductor switches (T1-T3; T5-T6) are activated simultaneously, - wherein, during the simultaneous activity of two upper or lower semiconductor switches (T1-T3; T5-T6), two phase current measurements are carried out, the result of which is used for tracking an estimated power supply angle for the clocking of the semiconductor switches (T1-T6), - wherein one lower semiconductor switch (T4-T6) is permanently active alongside the two upper semiconductor switches (T1-T3) that are at least momentarily activated simultaneously, and wherein one upper semiconductor switch (T1-T3) is permanently active alongside the two lower semiconductor switches (T4-T6) that are at least momentarily activated simultaneously. - wherein, during a predetermined or predeterminable time period before and/or after natural triggering instants - arising on account of a power supply angle - of the semiconductor switches (T1-T6) in fundamental frequency operation, two upper or lower semiconductor switches (T1-T3; T5-T6) are activated simultaneously, - wherein, during the simultaneous activity of two upper or lower semiconductor switches (T1-T3; T5-T6), two phase current measurements are carried out, the result of which is used for tracking an estimated power supply angle for the clocking of the semiconductor switches (T1-T6), - wherein one lower semiconductor switch (T4-T6) is permanently active alongside the two upper semiconductor switches (T1-T3) that are at least momentarily activated simultaneously, and wherein one upper semiconductor switch (T1-T3) is permanently active alongside the two lower semiconductor switches (T4-T6) that are at least momentarily activated simultaneously.
Handle member for a motor vehicle having a body and at least one decorative attachment piece (18, 20; 26, 28; 34, 36; 40, 42) and having the shape of a ring or a partial ring which is mounted on the body and which finishes the handle member at one side thereof, wherein a light source is integrated in the attachment piece.
A process for manufacturing an electret article, comprising passing melt-extruded thermoplastic resin fibers through a mist space substantially formed from droplets of a polar liquid, and then collecting the fibers, wherein said thermoplastic resin fibers contain electrical-chargeability enhancing agents, and the average diameter of said droplets is less than 20 μm.
Emergency case (100, 200) having at least one case shell, wherein a handle is formed on the case shell, which handle, in a standing position of the emergency case (100, 200), is arranged with two attachment ends of the handle at an upper outer corner of the case shell, extends vertically upwards in a first section (16a, 16b) and, in a second section (18a, 18b), extends towards the inner longitudinal edge of the case shell facing away from the corners, and wherein a third section of the handle, connecting the two second sections (18a, 18b), extends along the inner longitudinal edge.
A method of processing a display laminate, wherein the display laminate comprises a front electrode layer, a display material layer and a protective film layer, characterized in that the method comprises following steps: providing a continuous web of the display laminate, continuously removing a section of the protective film layer from the edge of the display laminate web, and after removing the section of the protective film layer, continuously removing a section of the display material layer located at the same edge of the web as the removed section of the protective film layer. providing a continuous web of the display laminate, continuously removing a section of the protective film layer from the edge of the display laminate web, and after removing the section of the protective film layer, continuously removing a section of the display material layer located at the same edge of the web as the removed section of the protective film layer.
A network device that is communicable with a management device via a firewall, characterized by comprising: a receiving means for receiving, from another network device that belongs to a network in the same segment, which is a segment on one side of the firewall, as said network device, a request for utilizing a Push communication method, in which an instruction from the management device is permitted to be given to said segment without an instruction request from said segment arranged on the network which is protected by the firewall, for an indirect Push communication of the another network device with the management device via the network device; and a transferring means for transferring an instruction, which has been given from the management device to the another network device by use of the Push communication method after the request for utilizing the Push communication method, to the another network device. a receiving means for receiving, from another network device that belongs to a network in the same segment, which is a segment on one side of the firewall, as said network device, a request for utilizing a Push communication method, in which an instruction from the management device is permitted to be given to said segment without an instruction request from said segment arranged on the network which is protected by the firewall, for an indirect Push communication of the another network device with the management device via the network device; and a transferring means for transferring an instruction, which has been given from the management device to the another network device by use of the Push communication method after the request for utilizing the Push communication method, to the another network device.
An apparatus comprising: a hybrid memory module (120, 220) including a non-volatile memory and a volatile memory (122, 222) coupled to the non-volatile memory, the volatile memory comprising a plurality of I/O buffers (334, 335), wherein the volatile memory is configured to communicate using a first subset of the plurality of I/O buffers while in a first mode of operation and configured to communicate using a second subset of the plurality of I/O buffers while in a second mode of operation; a control circuit (124, 224) coupled to the non-volatile memory and to the volatile memory, wherein the volatile memory is configured to communicate with the control circuit using the second subset of the plurality of I/O buffers; and a host configured to communicate with the hybrid memory module (120, 220) over the first subset of the plurality of I/O buffers and a host-control circuit bus, wherein the host is configured to send a command to the control circuit via the HCC bus to transition the volatile memory to the second mode of operation. a hybrid memory module (120, 220) including a non-volatile memory and a volatile memory (122, 222) coupled to the non-volatile memory, the volatile memory comprising a plurality of I/O buffers (334, 335), wherein the volatile memory is configured to communicate using a first subset of the plurality of I/O buffers while in a first mode of operation and configured to communicate using a second subset of the plurality of I/O buffers while in a second mode of operation; a control circuit (124, 224) coupled to the non-volatile memory and to the volatile memory, wherein the volatile memory is configured to communicate with the control circuit using the second subset of the plurality of I/O buffers; and a host configured to communicate with the hybrid memory module (120, 220) over the first subset of the plurality of I/O buffers and a host-control circuit bus, wherein the host is configured to send a command to the control circuit via the HCC bus to transition the volatile memory to the second mode of operation.
A transducer comprising: a piezoelectric substrate sized to permit an inner surface of the piezoelectric substrate to be placed adjacent to a distal surface of an eardrum of a human ear, the piezoelectric substrate providing piezoelectric material distributed about an opening; a set of interdigitated electrodes communicating with the piezoelectric substrate and configured to be electrically driven to induce surface acoustic waves around the opening, converging on a point in the opening; and a nanoscale membrane supported on the inner surface of the piezoelectric substrate and acoustically coupled to the piezoelectric substrate over the opening to conduct the induced surface acoustic waves to the point for constructive interference. a piezoelectric substrate sized to permit an inner surface of the piezoelectric substrate to be placed adjacent to a distal surface of an eardrum of a human ear, the piezoelectric substrate providing piezoelectric material distributed about an opening; a set of interdigitated electrodes communicating with the piezoelectric substrate and configured to be electrically driven to induce surface acoustic waves around the opening, converging on a point in the opening; and a nanoscale membrane supported on the inner surface of the piezoelectric substrate and acoustically coupled to the piezoelectric substrate over the opening to conduct the induced surface acoustic waves to the point for constructive interference.
A method for producing a polyarylene sulfide, comprising a reaction step of reacting a polyhaloaromatic compound (a), an alkali metal hydrosulfide (b), and an alkali metal carboxylate (c) in the presence of a solid alkali metal sulfide and a lithium ion.
An apparatus for producing a pressure, in particular a compressor for pumping up an object, in particular a vehicle tire and, if appropriate, for dispensing a sealant liquid into said vehicle tire, having a pressure buildup element, which is connected to a motor by a transmission, characterized in that the transmission connects the motor to the pressure buildup element in a linear manner, wherein the transmission is enclosed by a transmission pod, and the transmission pod is open toward the pressure buildup element and has two lateral grooves (38.1, 38.2), into which an end wall of the pressure buildup element can be inserted. characterized in that the transmission connects the motor to the pressure buildup element in a linear manner, wherein the transmission is enclosed by a transmission pod, and the transmission pod is open toward the pressure buildup element and has two lateral grooves (38.1, 38.2), into which an end wall of the pressure buildup element can be inserted.
A wave energy extraction device to extract energy from water waves through forwards and backwards motion of the device for use with a wave energy conversion apparatus to convert that energy to a useful form, the device having a height and a width and being arrangeable on the wave energy conversion apparatus so as to be at least partially submerged in the water and comprising: a first surface arrangeable to oppose a mean water wave direction, the first surface being concave about a vertical axis of symmetry of the device; and a second surface disposed opposite the first surface and being convex about the vertical axis of symmetry of the device, characterised in that, in use, the device extracts energy: from the crest of a wave by virtue of a positive dynamic water pressure (D 1) on the first surface and a negative dynamic water pressure (D 3) on the second surface; and from the trough of a wave by virtue of a negative dynamic water pressure (D 1) on the first surface and a positive dynamic pressure (D 3) on the second surface. a first surface arrangeable to oppose a mean water wave direction, the first surface being concave about a vertical axis of symmetry of the device; and a second surface disposed opposite the first surface and being convex about the vertical axis of symmetry of the device, characterised in that, in use, the device extracts energy: from the crest of a wave by virtue of a positive dynamic water pressure (D 1) on the first surface and a negative dynamic water pressure (D 3) on the second surface; and from the trough of a wave by virtue of a negative dynamic water pressure (D 1) on the first surface and a positive dynamic pressure (D 3) on the second surface. from the crest of a wave by virtue of a positive dynamic water pressure (D 1) on the first surface and a negative dynamic water pressure (D 3) on the second surface; and from the trough of a wave by virtue of a negative dynamic water pressure (D 1) on the first surface and a positive dynamic pressure (D 3) on the second surface.
A method in a radio user equipment, UE, (12, 120), characterized by the following steps: receiving from a radio communications network (10, 100) one or more parameters related to a Specific Absorption Rate, SAR, target, wherein the one or more parameters related to the SAR target includes a SAR value that the UE is required to meet, where SAR is a measure of a maximum energy or power absorbed by a unit of mass of tissue exposed to radio frequency, RF, electromagnetic field, EMF, radiation generated as a result of radio transmissions generated by the UE; based on the one or more SAR-related parameters, determining an action to be taken by the UE in order to meet the SAR target; and implementing the action. receiving from a radio communications network (10, 100) one or more parameters related to a Specific Absorption Rate, SAR, target, wherein the one or more parameters related to the SAR target includes a SAR value that the UE is required to meet, where SAR is a measure of a maximum energy or power absorbed by a unit of mass of tissue exposed to radio frequency, RF, electromagnetic field, EMF, radiation generated as a result of radio transmissions generated by the UE; based on the one or more SAR-related parameters, determining an action to be taken by the UE in order to meet the SAR target; and implementing the action.
A sliding door, for use with a rail system having a rail which guides a sliding motion of the door and an attenuation and retraction device which brakes the sliding motion of the door at a brake position in the vicinity of a door end position and retracts the door to the end position, wherein the sliding door comprises a pin, attached to the door and being slideable between a retracted position and an extended position, a tip of the pin being devised to interact with the attenuation and retraction device, the door further comprising a wheel carried by a wheel holder, which is arranged to move the wheel between a retracted position and an extended position, characterized by a transmission mechanism (71, 73, 75) which interconnects the wheel holder and the pin such that a movement of the wheel, towards the extended position of the wheel, urges the pin towards the extended position.