mhurhangee/ep-ind-claims huggingface dataset:
An enclosure for an alarm node (12; 12'; 14; 14'; 16; 21; 23), comprising a tamper detecting device with a frequency setting inductor comprised in a detector, wherein the detector is configured to trigger an alarm event in response to a measured change in inductive properties of the frequency setting inductor, wherein a wall bracket is supporting the enclosure on a mounting surface, wherein the tamper detecting device is configured to detect relative movement between a metal element (50; 51) and the detector, the metal element (50;51) being a metal element (50;51) provided in the wall bracket or attached to the mounting surface independently of the wall bracket, wherein the relative movement between the metal element and the detector changes the inductive properties of the frequency setting inductor, wherein the frequency setting inductor is provided as a metal trace winding of a printed circuit board, PCB,, wherein a metal trace shielding element is provided on a side of the PCB facing away from the wall bracket.
A method of determining the presence or absence of a target nucleic acid in a cell sample, said method comprising: a) contacting magnetic particles having a surface comprising anion exchange moieties with the sample under conditions suitable to induce binding between the cells and said surface; b) separating the magnetic particles with the bound cells from the remaining sample to collect the cells, wherein the magnetic particles with the bound cells are processed by the aid of a magnetic field; c) releasing nucleic acids from the cells; d) generating a hybrid between the target nucleic acid and a probe specific for the target nucleic acid in the presence of the magnetic particles; and e) detecting the presence or absence of the hybrid. a) contacting magnetic particles having a surface comprising anion exchange moieties with the sample under conditions suitable to induce binding between the cells and said surface; b) separating the magnetic particles with the bound cells from the remaining sample to collect the cells, wherein the magnetic particles with the bound cells are processed by the aid of a magnetic field; c) releasing nucleic acids from the cells; d) generating a hybrid between the target nucleic acid and a probe specific for the target nucleic acid in the presence of the magnetic particles; and e) detecting the presence or absence of the hybrid.
A method for a user equipment, UE, device comprising a processor and a memory, the method comprising establishing a connection to a base station with a first transmission time interval, TTI, length; determining a configuration of TTI shortening with a second TTI length shorter than the first TTI length; and determining a short TTI, sTTI, pattern for a first TTI based at least in part on a control format indicator, CFI, value indicated in the first TTI, wherein the first TTI comprises a subframe, wherein the CFI indicates the number of OFDM symbols used for transmission of Physical Downlink Control Channels, PDCCHs, within the subframe, and wherein the first TTI is with the first TTI length and comprises a plurality of sTTIs with the second TTI length in time domain; and monitoring a first short Physical Downlink Control Channel, sPDCCH, region for a scheduled DL transmission with the second TTI length based at least in part on the sTTI pattern. establishing a connection to a base station with a first transmission time interval, TTI, length; determining a configuration of TTI shortening with a second TTI length shorter than the first TTI length; and determining a short TTI, sTTI, pattern for a first TTI based at least in part on a control format indicator, CFI, value indicated in the first TTI, wherein the first TTI comprises a subframe, wherein the CFI indicates the number of OFDM symbols used for transmission of Physical Downlink Control Channels, PDCCHs, within the subframe, and wherein the first TTI is with the first TTI length and comprises a plurality of sTTIs with the second TTI length in time domain; and monitoring a first short Physical Downlink Control Channel, sPDCCH, region for a scheduled DL transmission with the second TTI length based at least in part on the sTTI pattern.
A rechargeable battery (1, 2) comprising: a case accommodating an electrode assembly and having an opening; a cap assembly (30, 60) comprising a cap plate coupled to the case to cover the opening, and a terminal plate (33, 63) coupled to the cap plate, wherein the cap plate and the terminal plate (33,63) have different polarity; and a direction determining member (40, 70) made of an electrically insulating material and covering the cap plate; wherein the case defines a first diameter at a lower portion of an outer surface, and the direction determining member (40, 70) is coupled to an upper portion of the case to define a second diameter that is larger than the first diameter; characterized in that the direction determining member (40, 70) includes an extended part (P1, P3) covering a part of the side of the case so that a step on a side of the case is defined by the extended part (P1, P3). a case accommodating an electrode assembly and having an opening; a cap assembly (30, 60) comprising a cap plate coupled to the case to cover the opening, and a terminal plate (33, 63) coupled to the cap plate, wherein the cap plate and the terminal plate (33,63) have different polarity; and a direction determining member (40, 70) made of an electrically insulating material and covering the cap plate; wherein the case defines a first diameter at a lower portion of an outer surface, and the direction determining member (40, 70) is coupled to an upper portion of the case to define a second diameter that is larger than the first diameter; characterized in that the direction determining member (40, 70) includes an extended part (P1, P3) covering a part of the side of the case so that a step on a side of the case is defined by the extended part (P1, P3).
A method for producing a liquid composition containing a fluoropolymer having sulfonic acid groups, trivalent cerium ions and water, which comprises irradiating a solution containing at least one cerium compound selected from the group consisting of cerium carbonate, cerium hydroxide and cerium oxide, the fluoropolymer and the water, with light at least partially in a wavelength region from 300 to 400 nm so that the ultraviolet irradiance on the surface of the solution is at least 0.1 mW/cm 2.
A user equipment, comprising: a capacitance detection apparatus, a control unit, a microphone, and a prompt apparatus, wherein the capacitance detection apparatus comprises a touch control unit and a capacitance detection unit; the touch control unit is configured to sense a capacitance change of a touch area in which the touch control unit is located, and the microphone is located in the touch area; the capacitance detection unit is electrically connected to the touch control unit, and the capacitance detection unit measures a capacitance value of the touch area according to the capacitance change sensed by the touch control unit, and sends the capacitance value to the control unit; and the control unit determines whether the capacitance value is greater than or equal to a first preset value, and if yes, determines that the microphone is blocked, and controls the prompt apparatus to send prompt information; wherein an open hole is formed on the touch control unit, and the open hole is aligned to a voice transmitting hole of the microphone; wherein the touch control unit comprises a first touch control part and a second touch control part; and the first touch control part and the second touch control part are disposed facing each other to form an open hole, and the open hole is aligned to a voice transmitting hole of the microphone; wherein the capacitance detection unit is a touchscreen chip, a transmit end of the touchscreen chip is electrically connected to the first touch control part, and a receive end of the touchscreen chip is electrically connected to the second touch control part.
A forced-draft pre-mix burner device comprising: a housing that conveys air from an upstream cool air inlet to a downstream warm air outlet; a heat exchanger that warms the air prior to discharge via the warm air outlet; a gas burner that burns an air-gas mixture to thereby warm the heat exchanger; and a fan that mixes the air-gas mixture and forces the air-gas mixture into the gas burner, wherein the fan comprises a plurality of blades having sinusoidal-modulated blade spacing. a housing that conveys air from an upstream cool air inlet to a downstream warm air outlet; a heat exchanger that warms the air prior to discharge via the warm air outlet; a gas burner that burns an air-gas mixture to thereby warm the heat exchanger; and a fan that mixes the air-gas mixture and forces the air-gas mixture into the gas burner, wherein the fan comprises a plurality of blades having sinusoidal-modulated blade spacing.
A device for applying therapeutic neural stimuli, the device comprising: at least one electrode configured to be positioned alongside a neural pathway of a user; and a control unit configured to monitor for at least one of sensory input and movement of the user, characterized in that the control unit is configured to deliver an increased stimulus dosage via the at least one electrode within a period of time corresponding to a duration of time for which the detected sensory input or user movement gives rise to masking, the increased stimulus dosage being configured to give rise to increased neural recruitment. at least one electrode configured to be positioned alongside a neural pathway of a user; and a control unit configured to monitor for at least one of sensory input and movement of the user, characterized in that the control unit is configured to deliver an increased stimulus dosage via the at least one electrode within a period of time corresponding to a duration of time for which the detected sensory input or user movement gives rise to masking, the increased stimulus dosage being configured to give rise to increased neural recruitment.
A frame mattress bed comprising a self-supporting frame and, in connection with it, at least one spring assembly below which there is a slat bottom, the frame mattress bed comprising a tick, brought around the spring assembly and the frame, wherein the slat bottom comprises a plurality of first slats (13a1, 13a2,...) and at least one second slat (13b1, 13b2,...), wherein the second slat (13b1, 13b2,...) is attached to one of the first slats (13a1, 13a2,...) by means of a sleeve member, wherein by changing the position of the sleeve member along the length of the interconnected first and second slats (13a1, 13a2,...; 13b1, 13b2,...) the combined elasticity of the interconnected first and second slats (13a1, 13a2,...; 13b1, 13b2,...) is adjusted, wherein the frame mattress bed further comprises a strip, that is, a stiffening part which is detachably attached to a surface of the first or second slats (13a1, 13a2,...; 13b1, 13b2,...), wherein the strip locks the first or second slats (13a1, 13a2,...; 13b1, 13b2,...) to each other and adds to the stiffness of the slat bottom at the spot in question, characterised in that the strip comprises a first surface on one side and a second surface on the other side, wherein both surfaces of the strip comprise a layer of adhesive glue (21b, 21c), the first surface of the strip comes against the surface of the first or second slats (13a1, 13a2,...; 13b1, 13b2,...) and the second surface of the strip is configured to lock the mattress into a specific position on the first or second slats (13al, 13a2,...; 13bl, 13b2,...). frame mattress bed further comprises a strip, that is, a stiffening part which is detachably attached to a surface of the first or second slats (13a1, 13a2,...; 13b1, 13b2,...), wherein the strip locks the first or second slats (13a1, 13a2,...; 13b1, 13b2,...) to each other and adds to the stiffness of the slat bottom at the spot in question, characterised in that the strip comprises a first surface on one side and a second surface on the other side, wherein both surfaces of the strip comprise a layer of adhesive glue (21b, 21c), the first surface of the strip comes against the surface of the first or second slats (13a1, 13a2,...; 13b1, 13b2,...) and the second surface of the strip is configured to lock the mattress into a specific position on the first or second slats (13al, 13a2,...; 13bl, 13b2,...).
A system for delivering and harvesting irradiation targets through a nuclear reactor, the system comprising: a loading / offloading system providing irradiation targets, wherein the loading / offloading system is outside of an access barrier of the nuclear reactor; a penetration pathway connecting the loading / offloading system to one of a plurality of instrumentation tubes extending into the nuclear reactor inside the access barrier, wherein the penetration pathway is traversable by the irradiation targets to the instrumentation tube; and a harvesting cask connected to the penetration pathway via the loading / offloading system such that irradiation targets may be deposited in the harvesting cask from the instrumentation tube; characterised in that: the harvesting cask includes an irradiation target receiving facility inside of the harvesting cask; wherein the harvesting cask further includes a removable surface that seals the harvesting cask and the facility within the harvesting cask when not removed, wherein the harvesting cask further includes a hood secured about the removable surface, wherein the hood includes a top opening with a flange, and wherein the removable surface and hood are shaped so that the removable surface forms a seal about the flange when drawn up through the hood. a loading / offloading system providing irradiation targets, wherein the loading / offloading system is outside of an access barrier of the nuclear reactor; a penetration pathway connecting the loading / offloading system to one of a plurality of instrumentation tubes extending into the nuclear reactor inside the access barrier, wherein the penetration pathway is traversable by the irradiation targets to the instrumentation tube; and a harvesting cask connected to the penetration pathway via the loading / offloading system such that irradiation targets may be deposited in the harvesting cask from the instrumentation tube; the harvesting cask includes an irradiation target receiving facility inside of the harvesting cask; wherein the harvesting cask further includes a removable surface that seals the harvesting cask and the facility within the harvesting cask when not removed, wherein the harvesting cask further includes a hood secured about the removable surface, wherein the hood includes a top opening with a flange, and wherein the removable surface and hood are shaped so that the removable surface forms a seal about the flange when drawn up through the hood.
A vertical GaN-based structure light emitting element, comprising: - a P-type semiconductor layer (120, 1300); - an active layer (130, 1400) and - an N-type semiconductor layer (140, 1500) formed on the P-type semiconductor layer (120, 1300); - an insulation layer formed on a part of a bottom side of the P-type semiconductor layer (120, 1300) wherein the insulation layer extends beyond an edge of the nitride semiconductor structure and covers lateral sides of the P-type semiconductor layer, the active layer and the N-type semiconductor layer, and - an anti-reflective layer (160, 1800) formed on the N-type semiconductor layer (140, 1500), - a metallic layer (162, 1100), wherein the metallic layer is formed on lateral sides of the P-type (120, 1300) and N-type semi-conductor layers (140, 1500) over the insulation layer and on a bottom side of the P-type semiconductor layer (120, 1300), - a P-type electrode formed beneath the P-type semiconductor layer (120, 1300), characterized in that the metallic layer is a metallic protective layer (162, 1100) for protecting the P-type semiconductor layer (120, 1300) and N- type semiconductor layer (140, 1500) and has a thickness of 10 microns or more, the metallic layer (162, 1100) is arranged on a metallic support layer, and wherein the P-type electrode includes a reflective metallic layer. - a P-type semiconductor layer (120, 1300); - an active layer (130, 1400) and - an N-type semiconductor layer (140, 1500) formed on the P-type semiconductor layer (120, 1300); - an insulation layer formed on a part of a bottom side of the P-type semiconductor layer (120, 1300) wherein the insulation layer extends beyond an edge of the nitride semiconductor structure and covers lateral sides of the P-type semiconductor layer, the active layer and the N-type semiconductor layer, and - an anti-reflective layer (160, 1800) formed on the N-type semiconductor layer (140, 1500), - a metallic layer (162, 1100), wherein the metallic layer is formed on lateral sides of the P-type (120, 1300) and N-type semi-conductor layers (140, 1500) over the insulation layer and on a bottom side of the P-type semiconductor layer (120, 1300), - a P-type electrode formed beneath the P-type semiconductor layer (120, 1300), characterized in that the metallic layer is a metallic protective layer (162, 1100) for protecting the P-type semiconductor layer (120, 1300) and N- type semiconductor layer (140, 1500) and has a thickness of 10 microns or more, the metallic layer (162, 1100) is arranged on a metallic support layer, and wherein the P-type electrode includes a reflective metallic layer.
A flexible display, comprising: a first layer and a second layer, a bonding layer disposed between the first layer and the second layer, wherein the bonding layer comprises an interlocking device, wherein the interlocking device comprises a first interlocking component attached to or integrated with the first layer and a second interlocking component attached to or integrated with the second layer configured to engage with the first interlocking component such that the engagement prevents the separation of the first layer from the second layer along a direction generally perpendicular to a surface of the second layer, wherein the interlocking device further comprises an optical coupler between the first interlocking component and the second interlocking component and the optical coupler is liquid, gel or a combination thereof. a first layer and a second layer, a bonding layer disposed between the first layer and the second layer, wherein the bonding layer comprises an interlocking device, wherein the interlocking device comprises a first interlocking component attached to or integrated with the first layer and a second interlocking component attached to or integrated with the second layer configured to engage with the first interlocking component such that the engagement prevents the separation of the first layer from the second layer along a direction generally perpendicular to a surface of the second layer, wherein the interlocking device further comprises an optical coupler between the first interlocking component and the second interlocking component and the optical coupler is liquid, gel or a combination thereof.
An internal combustion engine, comprising: an intake manifold; an air intake conduit, including a longitudinal axis, to direct an airflow along the longitudinal axis; a plurality of fuel flow passages that provides a fuel flow into the air intake conduit to create a combined flow of air and fuel; and a check valve including a check valve member movable away from the plurality of fuel flow passages along the longitudinal axis between a closed position and an open position, the check valve member positioned downstream from the plurality of fuel flow passages and having an upstream side and a downstream side, the check valve member operable to selectively permit the combined flow into the intake manifold, the check valve member sized and dimensioned to induce mixing of the fuel flow and the air flow as the fuel flow and the air flow pass from the upstream side to the downstream side. an intake manifold; an air intake conduit, including a longitudinal axis, to direct an airflow along the longitudinal axis; a plurality of fuel flow passages that provides a fuel flow into the air intake conduit to create a combined flow of air and fuel; and a check valve including a check valve member movable away from the plurality of fuel flow passages along the longitudinal axis between a closed position and an open position, the check valve member positioned downstream from the plurality of fuel flow passages and having an upstream side and a downstream side, the check valve member operable to selectively permit the combined flow into the intake manifold, the check valve member sized and dimensioned to induce mixing of the fuel flow and the air flow as the fuel flow and the air flow pass from the upstream side to the downstream side.
A cell comprising: a closed-end tubular case for accommodating a power generation element; a lid for the case; a terminal electrode disposed outside of the case, used for connection with another cell and including a base portion and a protruding portion that protrudes from the base portion; the cell being characterized in that it further comprises: an extraction electrode passing through the lid and used to extract electric power from the power generation element to the outside of the case; and a stepped connection electrode disposed outside of the case, the stepped connection electrode having a first flat portion to which the terminal electrode is connected and a second flat portion to which the extraction electrode is fixed; and in that the protruding portion passes through the first flat portion, the first flat portion is away from the lid as compared with the second flat portion, the base portion is arranged between the first flat portion and the lid, and the first and second flat portions (132a, 132b) have regions overlapping each other as viewed in a direction orthogonal to a direction of a thickness of the first and second flat portions (132a,132b). a closed-end tubular case for accommodating a power generation element; a lid for the case; a terminal electrode disposed outside of the case, used for connection with another cell and including a base portion and a protruding portion that protrudes from the base portion; an extraction electrode passing through the lid and used to extract electric power from the power generation element to the outside of the case; and a stepped connection electrode disposed outside of the case, the stepped connection electrode having a first flat portion to which the terminal electrode is connected and a second flat portion to which the extraction electrode is fixed; and in that the protruding portion passes through the first flat portion, the first flat portion is away from the lid as compared with the second flat portion, the base portion is arranged between the first flat portion and the lid, and the first and second flat portions (132a, 132b) have regions overlapping each other as viewed in a direction orthogonal to a direction of a thickness of the first and second flat portions (132a,132b).