mhurhangee/ep-ind-claims huggingface dataset:
A transmission circuit comprising: a first semiconductor device configured to receive and/or send a differential signal and a single-ended signal, the differential signal being composed of a first signal and a second signal; a second semiconductor device configured to receive and/or send the differential signal and the single-ended signal; a first signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the first signal; a second signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the second signal; a third signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the single-ended signal; and a ground line, wherein the first signal line, the second signal line, the third signal line, and the ground line are disposed in order of the second signal line, the first signal line, the ground line, and the third signal line, wherein the first signal line, the second signal line, the third signal line, and the ground line are formed in a flexible wiring board or a flexible flat cable, and characterized in that: a distance between the first signal line and the ground line is larger than a distance between the first signal line and the second signal line. a first semiconductor device configured to receive and/or send a differential signal and a single-ended signal, the differential signal being composed of a first signal and a second signal; a second semiconductor device configured to receive and/or send the differential signal and the single-ended signal; a first signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the first signal; a second signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the second signal; a third signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the single-ended signal; and a ground line, wherein the first signal line, the second signal line, the third signal line, and the ground line are disposed in order of the second signal line, the first signal line, the ground line, and the third signal line, wherein the first signal line, the second signal line, the third signal line, and the ground line are formed in a flexible wiring board or a flexible flat cable, and characterized in that: a distance between the first signal line and the ground line is larger than a distance between the first signal line and the second signal line.
An Automated External Defibrillator device comprising: a high voltage capacitor (HV Cap) configured to store the energy required to deliver a defibrillation shock to a patient; one or more batteries configured to charge the HV Cap; a DC/DC converter circuit comprising a high voltage transformer (HV XFMR), a field effect transistor switch with associated driver, and a rectifying diode; an H-bridge circuit configured to transform energy released from the HV Cap into a bi-phasic pulse; memory configured to store computer-executable instructions; and at least one microprocessor configured to access the memory and execute the computer-executable instructions to continuously monitor and adjust the rate at which the one or more batteries charge the HV Cap; wherein the AED device is configured to simultaneously monitor discharge current and temperature of the one or more batteries in order to charge the HV Cap at the maximum rate possible with available power from the one or more batteries, while not exceeding either a maximum temperature or a maximum discharge rate of the one or more batteries. a high voltage capacitor (HV Cap) configured to store the energy required to deliver a defibrillation shock to a patient; one or more batteries configured to charge the HV Cap; a DC/DC converter circuit comprising a high voltage transformer (HV XFMR), a field effect transistor switch with associated driver, and a rectifying diode; an H-bridge circuit configured to transform energy released from the HV Cap into a bi-phasic pulse; memory configured to store computer-executable instructions; and at least one microprocessor configured to access the memory and execute the computer-executable instructions to continuously monitor and adjust the rate at which the one or more batteries charge the HV Cap;
A mouthpiece apparatus (102, 202, 302) for intraoral therapy comprising: An upper panel (104, 204) to be positioned proximate a user's maxillary teeth; a lower panel (110, 210) to be positioned proximate the user's mandible teeth; at least one adjustable connector (116, 118, 120, 216, 218, 220) interconnecting the upper panel (104, 204) and the lower panel (110, 210) and adjustable to change a spacing between the upper panel (104, 204) and the lower panel (110, 210); at least one emitting element (168, 170, 305, 307) disposed in the upper panel (104, 204) and/or the lower panel (104, 204); and at least one flexible circuit board (156, 158, 306, 308) operatively connected to the at least one emitting element (168, 170, 305, 307), characterised in that at least a portion of the at least one flexible circuit board (156, 158, 306, 308) is disposed within one adjustable connector of the at least one adjustable connector (116, 118, 120, 216, 218, 220). An upper panel (104, 204) to be positioned proximate a user's maxillary teeth; a lower panel (110, 210) to be positioned proximate the user's mandible teeth; at least one adjustable connector (116, 118, 120, 216, 218, 220) interconnecting the upper panel (104, 204) and the lower panel (110, 210) and adjustable to change a spacing between the upper panel (104, 204) and the lower panel (110, 210); at least one emitting element (168, 170, 305, 307) disposed in the upper panel (104, 204) and/or the lower panel (104, 204); and at least one flexible circuit board (156, 158, 306, 308) operatively connected to the at least one emitting element (168, 170, 305, 307), characterised in that at least a portion of the at least one flexible circuit board (156, 158, 306, 308) is disposed within one adjustable connector of the at least one adjustable connector (116, 118, 120, 216, 218, 220).
A primary secondary cell change method, wherein a primary base station serves a primary cell participating in carrier aggregation and a secondary base station serves a primary secondary cell participating in the carrier aggregation, characterized in that the method comprises: determining, by a secondary base station, to change a first primary secondary cell served by the secondary base station, and selecting a second primary secondary cell from cells served by the secondary base station; sending, by the secondary base station, a first message to the primary base station, which is used to indicate change of the primary secondary cell, wherein the first message comprises an identity of the second primary secondary cell; and sending, by the secondary base station, a second message to a user equipment, UE, so that the UE uses the second primary secondary cell. determining, by a secondary base station, to change a first primary secondary cell served by the secondary base station, and selecting a second primary secondary cell from cells served by the secondary base station; sending, by the secondary base station, a first message to the primary base station, which is used to indicate change of the primary secondary cell, wherein the first message comprises an identity of the second primary secondary cell; and sending, by the secondary base station, a second message to a user equipment, UE, so that the UE uses the second primary secondary cell.
A submerged arc welding method for a steel plate characterized in that in performing internal-and-external one layer welding on a steel plate by submerged arc welding to form a weld joint, a sum of a cross-sectional area of internal weld metal S 1 and a cross-sectional area of external weld metal S 2 satisfies the formula, the cross-sectional area of the internal weld metal S 1 satisfies the formula, and the cross-sectional area of the external weld metal S 2 satisfies the formula; 0.40 ≤ S 1 + S 2 / t 2 ≤ 0.80 0.20 ≤ S 1 / t 2 ≤ 0.35 S 2 / t 2 ≤ 0.45 wherein t: a plate thickness of the steel plate (mm), S 1: a cross-sectional area of the internal weld metal (mm 2) excluding a cross-sectional area of a portion of the internal weld metal overlapping with external weld metal after external welding, and S 2: a cross-sectional area of the external weld metal (mm 2).
A method of requesting a certificate, said method comprising: transmitting a certificate signing request to a certificate enrolment assistant module; receiving, from said certificate enrolment assistant module, a hash of an altered version of said certificate signing request, said altered version of said certificate signing request including a challenge password; signing said hash to produce a signature for said altered version of said certificate signing request; transmitting said signature for said altered version of said certificate signing request to said certificate enrolment assistant module; receiving an enveloped version of said altered version of said certificate signing request; determining a signature for said enveloped version of said altered version of said certificate signing request; and transmitting said enveloped version of said altered version of said certificate signing request and said signature for said enveloped version of said altered version of said certificate signing request to a certificate authority. transmitting a certificate signing request to a certificate enrolment assistant module; receiving, from said certificate enrolment assistant module, a hash of an altered version of said certificate signing request, said altered version of said certificate signing request including a challenge password; signing said hash to produce a signature for said altered version of said certificate signing request; transmitting said signature for said altered version of said certificate signing request to said certificate enrolment assistant module; receiving an enveloped version of said altered version of said certificate signing request; determining a signature for said enveloped version of said altered version of said certificate signing request; and transmitting said enveloped version of said altered version of said certificate signing request and said signature for said enveloped version of said altered version of said certificate signing request to a certificate authority.
An appliance latch for receiving a catch element along an axis in a receiving direction, the latch comprising: a latch frame attachable to a portion of the appliance; a floating pivot movable independently with respect to the latch frame along the axis and across the axis; a hook supported to rotate about the floating pivot to capture a portion of the catch element in a capture position when the catch element enters a hook opening and to release the catch element in a release position when the catch element exits the hook opening; and at least one spring urging the floating pivot in the receiving direction along the axis, further including a toggle arm extending between the hook and the latch frame and pivotally attached to each of the hook and latch frame to brace the hook against movement in the receiving direction when the hook is in the release position and to release the hook for movement in the receiving direction with rotation of the hook from the release position to the capture position, characterized in that the floating pivot includes a sliding element sliding across the axis with respect to the latch frame and a swing arm element pivotally attached to the sliding element to move the hook along the axis. a latch frame attachable to a portion of the appliance; a floating pivot movable independently with respect to the latch frame along the axis and across the axis; a hook supported to rotate about the floating pivot to capture a portion of the catch element in a capture position when the catch element enters a hook opening and to release the catch element in a release position when the catch element exits the hook opening; and at least one spring urging the floating pivot in the receiving direction along the axis, further including a toggle arm extending between the hook and the latch frame and pivotally attached to each of the hook and latch frame to brace the hook against movement in the receiving direction when the hook is in the release position and to release the hook for movement in the receiving direction with rotation of the hook from the release position to the capture position, characterized in that the floating pivot includes a sliding element sliding across the axis with respect to the latch frame and a swing arm element pivotally attached to the sliding element to move the hook along the axis.
A method of molding a fiber reinforced plastic wherein a reinforcing fiber substrate is placed in a mold which comprises a molding surface covered with a bag material, a resin injection line and an evacuation line each communicating with an inside of said mold are provided, pressure in the mold is reduced by evacuation and a resin is injected into the mold and impregnated into said reinforcing fiber substrate to form an FRP molded material, characterized in that the reinforcing fiber substrate is formed as a preform having a fiber volume content, which is the volume of reinforcing fibers relative to the bulk volume of the reinforcing fiber substrate, lower than the target fiber volume content for the FRP molded material, an evacuation amount of resin for reaching said target fiber volume content is preset relative to an injection amount of resin, resin is injected into the mold under a condition in which pressure in the mold is reduced by evacuation, injection of resin is stopped after the resin has impregnated into the reinforcing fiber substrate to achieve a fiber volume content lower than the target fiber volume content of the FRP molded material, evacuation of resin is continued until the target fiber volume content of the reinforcing fiber substrate is reached, and evacuation of resin is stopped once the preset amount of resin has been evacuated from the mold.
Suction cleaning attachment of a cleaning device for cleaning the interior cleaning of motor vehicles by means of a suction air flow, with a housing having an internal suction channel for guiding the suction air flow, wherein the housing has a handle piece with a handle region and a housing connection piece with a suction opening at the end of the suction channel and wherein at least one lighting device with at least one illuminant directed at least partially in the direction of the suction opening is provided, wherein the illuminant is arranged on the outside of the housing and in that the lighting device has at least one accumulator, in particular a rechargeable accumulator, for the electrical supply of the illuminant characterized in that the lighting device has on the outside of the housing, preferably on the housing connection piece, at least one lighting unit which can be at least partially detached from the housing or is designed as a lighting unit which can be separated from the housing, preferably from the housing connection piece, in particular wherein the lighting unit comprises the accumulator, the illuminant and, particularly preferably, at least one circuit board electrically connected to the accumulator and/or to the illuminant.
A thermoelectric assembly comprising: a cold side and a hot side, where a boundary between the hot side and the cold side is generally defined by a plane; the assembly further comprising a fan sink on the hot side, and a pair of fan sinks on the cold side; wherein each fan sink comprises a heat sink and a fan, each fan comprising a blade, and each heat sink comprising a heat sink base and a fin set disposed on the heat sink base, each fin set comprising a plurality of substantially parallel planar fins, the fins being aligned in an exhaust direction, the exhaust direction being parallel to the plane, wherein each fan sink is associated with an air intake direction defined by an axis about which the blade is rotatably attached to the fan, the air intake direction being perpendicular to the plane; characterized in that the assembly further comprises a plurality of thermoelectric modules (208; 402), the thermoelectric modules being arranged in at least one electrical circuit, with each thermoelectric module being in thermal contact with the fan sink on the hot side and at least one fan sink on the cold side, wherein the air intake directions of the pair of fan sinks on the cold side are substantially parallel opposing vectors; and wherein an angle formed between the exhaust directions of the pair of fan sinks on the cold side is selected from the group consisting of zero degrees, ninety degrees, and one hundred eighty degrees; the assembly further comprising an electric bay between the pair of cold side fan sinks and/or at least one moisture barrier measure. a cold side and a hot side, where a boundary between the hot side and the cold side is generally defined by a plane; the assembly further comprising a fan sink on the hot side, and a pair of fan sinks on the cold side; wherein each fan sink comprises a heat sink and a fan, each fan comprising a blade, and each heat sink comprising a heat sink base and a fin set disposed on the heat sink base, each fin set comprising a plurality of substantially parallel planar fins, the fins being aligned in an exhaust direction, the exhaust direction being parallel to the plane, wherein each fan sink is associated with an air intake direction defined by an axis about which the blade is rotatably attached to the fan, the air intake direction being perpendicular to the plane; characterized in that the assembly further comprises a plurality of thermoelectric modules (208; 402), the thermoelectric modules being arranged in at least one electrical circuit, with each thermoelectric module being in thermal contact with the fan sink on the hot side and at least one fan sink on the cold side, wherein the air intake directions of the pair of fan sinks on the cold side are substantially parallel opposing vectors; and wherein an angle formed between the exhaust directions of the pair of fan sinks on the cold side is selected from the group consisting of zero degrees, ninety degrees, and one hundred eighty degrees; the assembly further comprising an electric bay between the pair of cold side fan sinks and/or at least one moisture barrier measure.
A brake pad useable with a brake pad retraction system, said brake pad comprising: frictional material affixed to a backing plate, the backing plate comprising a locking connection operative between said brake pad and an end portion of a controller shaft, said locking connection comprising an engaging component operative to establish an alignment of said controller shaft with respect to said brake pad and a locking component operative to lock said controller shaft in said alignment, whereby said locking connection is counteractive to vibration, heat and/or torque arising from braking operation, characterised in that said locking connection further comprises a bore (212, 280) in said backing plate with a first threading, said bore (212, 280) adapted to receive the end portion of said controller shaft, said engaging component comprising a leading zone of threading on the shaft end portion matching said first bore threading, said locking component comprising a trailing zone of lock threading on the end portion of said controller shaft.
A medium for storing fluorescent dye-containing resin particles, comprising: a Tris-buffer containing 0.6% α-casein, 0.6% β-casein, 3% BSA and 0.1% Tween 20, wherein, in a particle-containing liquid obtained by adding fluorescent dye-containing resin particles to said medium, the rate of change in the backscatter intensity (transmitted light) at the center of the height of said particle-containing liquid left to stand for 24 hours after said addition is not less than -1% based on said particle-containing liquid immediately after said addition. a Tris-buffer containing 0.6% α-casein, 0.6% β-casein, 3% BSA and 0.1% Tween 20, wherein, in a particle-containing liquid obtained by adding fluorescent dye-containing resin particles to said medium, the rate of change in the backscatter intensity (transmitted light) at the center of the height of said particle-containing liquid left to stand for 24 hours after said addition is not less than -1% based on said particle-containing liquid immediately after said addition.
A terminal apparatus (1110. 1202) which communicates with a base station apparatus (1100, 1201), the terminal apparatus being adapted to: transfer terminal capability information to the base station apparatus, the terminal capability Information indicating whether the terminal apparatus supports 8 Channel State information CSI reference signal ports and a Physical Downlink Shared Channel PDSCH transmission mode, and receive a downlink signal as indicated in the capability information, from the base station apparatus wherein an up to 8 layer PDSCH transmission scheme is applicable in the PDSCH transmission mode. transfer terminal capability information to the base station apparatus, the terminal capability Information indicating whether the terminal apparatus supports 8 Channel State information CSI reference signal ports and a Physical Downlink Shared Channel PDSCH transmission mode, and receive a downlink signal as indicated in the capability information, from the base station apparatus wherein an up to 8 layer PDSCH transmission scheme is applicable in the PDSCH transmission mode.
A method, performed in a wireless terminal being configured to communicate both with a mobile communication network and a Wi-Fi access point, the method comprising: detecting a presence of a Wi-Fi access point; obtaining information comprising at least one link parameter related to a current link between the wireless terminal and a mobile communication network; and transmitting an Access Network Query Protocol, ANQP, message comprising the information to the Wi-Fi access point. detecting a presence of a Wi-Fi access point; obtaining information comprising at least one link parameter related to a current link between the wireless terminal and a mobile communication network; and transmitting an Access Network Query Protocol, ANQP, message comprising the information to the Wi-Fi access point.
A robot cleaner comprising: a main body (10, 11) comprising a fan motor and having a suction port provided in one side thereof; a plurality of cyclone units (50, 51) configured to separate foreign substances in air suctioned through the suction port; and characterized by a plurality of suction flow paths (41, 42) connecting the plurality of cyclone units (51, 52) and the suction port. a main body (10, 11) comprising a fan motor and having a suction port provided in one side thereof; a plurality of cyclone units (50, 51) configured to separate foreign substances in air suctioned through the suction port; and characterized by a plurality of suction flow paths (41, 42) connecting the plurality of cyclone units (51, 52) and the suction port.