mhurhangee/ep-ind-claims huggingface dataset:
A nonwoven personal hygiene component comprising: a first ribbon-shaped spunbond layer; a second ribbon-shaped spunbond layer; and a melt-blown layer disposed between said first ribbon-shaped spunbond layer and said second ribbon-shaped spunbond layer, wherein said melt-blown layer is in direct contact with said first spunbond layer and said second spunbond layer, wherein at least one of the first ribbon-shaped spunbond layer, the second ribbon-shaped spunbond layer and the meltblown layer comprise polypropylene, wherein said melt-blown layer has a basis weight of at least 0.3 gsm and not greater than 5 gsm, as measured according to ASTM D-756, wherein said nonwoven fabric contains less than 10 % by weight non-ribbon shaped spunbond fibers, and wherein said nonwoven fabric has a basis weight of at least 8 gsm and not greater than 40 gsm, a pore size of less than or equal to 27 microns when measured at 10% of cumulative filter flow, as measured using a capillary flow porometer, a low surface tension liquid strike through flow of less than 0.9 ml per second, as measured according to a modified EDANA test method WSP 70.3, an air permeability of at least 10 m 3 /m 2 /min, as measured according to ASTM D-737, and a ratio of low surface tension liquid strike through flow to air permeability of greater than or equal to 0.016. a first ribbon-shaped spunbond layer; a second ribbon-shaped spunbond layer; and a melt-blown layer disposed between said first ribbon-shaped spunbond layer and said second ribbon-shaped spunbond layer, wherein said melt-blown layer is in direct contact with said first spunbond layer and said second spunbond layer, wherein at least one of the first ribbon-shaped spunbond layer, the second ribbon-shaped spunbond layer and the meltblown layer comprise polypropylene, wherein said melt-blown layer has a basis weight of at least 0.3 gsm and not greater than 5 gsm, as measured according to ASTM D-756, wherein said nonwoven fabric contains less than 10 % by weight non-ribbon shaped spunbond fibers, and wherein said nonwoven fabric has a basis weight of at least 8 gsm and not greater than 40 gsm, a pore size of less than or equal to 27 microns when measured at 10% of cumulative filter flow, as measured using a capillary flow porometer, a low surface tension liquid strike through flow of less than 0.9 ml per second, as measured according to a modified EDANA test method WSP 70.3, an air permeability of at least 10 m 3 /m 2 /min, as measured according to ASTM D-737, and a ratio of low surface tension liquid strike through flow to air permeability of greater than or equal to 0.016.
Atab image acquisition device, comprising an image acquisition apparatus, wherein the image acquisition apparatus comprises: a first mobile module, movable in a first direction; a second mobile module, movable in a second direction, wherein the second mobile module is installed on the first mobile module, and the second direction intersects the first direction; an image acquisition module, installed on the second mobile module; and a prism module, installed on the first mobile module, wherein the prism module has a reflective surface, and the reflective surface is configured to change an angle of incident light on a tab whose image is to be acquired, so that the incident light enters the image acquisition module. a first mobile module, movable in a first direction; a second mobile module, movable in a second direction, wherein the second mobile module is installed on the first mobile module, and the second direction intersects the first direction; an image acquisition module, installed on the second mobile module; and a prism module, installed on the first mobile module, wherein the prism module has a reflective surface, and the reflective surface is configured to change an angle of incident light on a tab whose image is to be acquired, so that the incident light enters the image acquisition module.
A treatment device for treating a treatment area of a body lumen, comprising: an elongated member (10, 120) insertable into the body lumen; a delivery member (20, 150, 170, 180, 200) guidable along a longitudinal axis of the elongated member (10, 120); and a treatment part for contacting the treatment area; wherein the delivery member (20, 150, 170, 180, 200) is configured to deliver the treatment part to the treatment area, wherein the delivery member (20, 150, 170, 180, 200) possesses a fixing member which fixes the delivery member (20, 150, 170, 180, 200) to the elongated member (10, 120), wherein the fixing member comprises an expandable member, wherein the expandable member comprises an inflatable balloon, characterized in that the inflatable balloon possesses an inner portion and an outer portion, the delivery member (20, 150, 170, 180, 200) is fixed to the elongated body (10, 120) by inflating the inner portion, and the treatment part is contacted with the treatment area by inflating the outer portion. an elongated member (10, 120) insertable into the body lumen; a delivery member (20, 150, 170, 180, 200) guidable along a longitudinal axis of the elongated member (10, 120); and a treatment part for contacting the treatment area; wherein the delivery member (20, 150, 170, 180, 200) is configured to deliver the treatment part to the treatment area, wherein the delivery member (20, 150, 170, 180, 200) possesses a fixing member which fixes the delivery member (20, 150, 170, 180, 200) to the elongated member (10, 120), wherein the fixing member comprises an expandable member, wherein the expandable member comprises an inflatable balloon, characterized in that the inflatable balloon possesses an inner portion and an outer portion, the delivery member (20, 150, 170, 180, 200) is fixed to the elongated body (10, 120) by inflating the inner portion, and the treatment part is contacted with the treatment area by inflating the outer portion.
A plug connector in which the plug connector comprises: a plurality of contacts; a body which holds the contacts; a metal shell which covers the body; and a printed circuit board to which the contacts are solder-connected, the body comprises a fitting portion which is projected, and which is to be fitted with a counter connector, the printed circuit board comprises a thermal protection circuit, and the thermal protection circuit comprises: a temperature switch IC adapted to detect a temperature; and an FET which is disposed in a power supply wiring of the printed circuit board, and which, when a detected temperature of the temperature switch IC exceeds a predetermined temperature, is adapted to cut off the power supply wiring, characterised in that the printed circuit board comprises a heat conduction pattern which conducts heat of the metal shell to the temperature switch IC.
A heat dissipation structure for a substrate with a heat generating element, the heat dissipation structure comprising: a heat dissipation body, having a connecting portion, wherein the connecting portion comprises a central area and a peripheral area; an elastomer, disposed between the peripheral area and the heat generating element, to form a sealed space, wherein the sealed space is configured to accommodate a heat-conducting medium; wherein the central area is configured to contact with the heat generating element; wherein the central area corresponds to a protrusion of the heat generating element; wherein a thickness of the central area is greater than a thickness of the peripheral area; wherein the elastomer comprises a first portion configured to contact the heat generating element and a second portion configured to extend beyond an edge of the heat generating element; and wherein the second portion is configured to extend along an outer surface of the heat generating element to the substrate, such that the second portion is closely attached to the outer surface, the substrate, and the peripheral area. a heat dissipation body, having a connecting portion, wherein the connecting portion comprises a central area and a peripheral area; an elastomer, disposed between the peripheral area and the heat generating element, to form a sealed space, wherein the sealed space is configured to accommodate a heat-conducting medium; wherein the central area is configured to contact with the heat generating element; wherein the central area corresponds to a protrusion of the heat generating element; wherein a thickness of the central area is greater than a thickness of the peripheral area; wherein the elastomer comprises a first portion configured to contact the heat generating element and a second portion configured to extend beyond an edge of the heat generating element; and wherein the second portion is configured to extend along an outer surface of the heat generating element to the substrate, such that the second portion is closely attached to the outer surface, the substrate, and the peripheral area.
Method for analysing a plurality of diagnostic reports (d) of a technical system comprising a plurality of components, each diagnostic report (d) describing a respective state of the technical system using a plurality of state descriptors (z) for the components, each of the state descriptors (z) being a state descriptor for one of the components, and diagnostic reports (d) of the same type (a) each comprising type-identical state descriptors (z), the state descriptor (z 1, z 2,..., z n) of an n-th type being a state descriptor (z) for an n-th component of the technical system, wherein - for each of the diagnostic reports (d), each state descriptor (z) is compared to a specifiable reference (r) and whether or not the respective component satisfies a respective specified state is determined using the comparison, - for diagnostic reports (d) of the same type (a), a frequency is determined in each case for each component, the frequency in each case specifying how frequently the respective component has not satisfied the respective specified state, and - the state descriptor(s) (z) of those component(s) whose respective frequency is above a specified threshold is/are classified as being the cause of the diagnostic reports (d) of the respective type (a). diagnostic reports (d) of the same type (a) each comprising type-identical state descriptors (z), the state descriptor (z 1, z 2,..., z n) of an n-th type being a state descriptor (z) for an n-th component of the technical system, wherein - for each of the diagnostic reports (d), each state descriptor (z) is compared to a specifiable reference (r) and whether or not the respective component satisfies a respective specified state is determined using the comparison, - for diagnostic reports (d) of the same type (a), a frequency is determined in each case for each component, the frequency in each case specifying how frequently the respective component has not satisfied the respective specified state, and - the state descriptor(s) (z) of those component(s) whose respective frequency is above a specified threshold is/are classified as being the cause of the diagnostic reports (d) of the respective type (a). - for each of the diagnostic reports (d), each state descriptor (z) is compared to a specifiable reference (r) and whether or not the respective component satisfies a respective specified state is determined using the comparison, - for diagnostic reports (d) of the same type (a), a frequency is determined in each case for each component, the frequency in each case specifying how frequently the respective component has not satisfied the respective specified state, and - the state descriptor(s) (z) of those component(s) whose respective frequency is above a specified threshold is/are classified as being the cause of the diagnostic reports (d) of the respective type (a).
A base station configured to perform radio communication with user equipment, the base station comprising; a first determination unit configured to determine whether the user equipment is performing the radio communication through a booster, based on a delay time period of a signal transmitted to and received from the user equipment; a target SIR setting unit configured to set a target SIR, wherein the target SIR is to be compared to a received SIR for performing transmission power control based on the received SIR of an uplink signal from the user equipment; a transmission power control signal generating unit configured to generate, based on the target SIR that is set by the target SIR setting unit and the received SIR, a transmission power control signal that is to be set for controlling transmission power of the user equipment; and a transmitter configured to transmit to the user equipment, the transmission power control signal that is generated by the transmission power control signal generating unit, wherein, in response to determining, by the first determination unit, that the user equipment is performing the radio communication through the booster, the target SIR setting unit is configured to set the target SIR to be less than or equal to a predetermined upper limit value.
A docking arrangement for docking a vessel to a pier, comprising docking members (102, 126) for mechanical docking of the vessel to the pier, and electric connectors (130A, 140A) for transmission of electric energy during docking of the vessel to the pier, wherein the electric connectors (130A, 140A) of the vessel and the pier are positioned such that they align to each other during mechanical docking of the vessel to the pier, characterized in that the mechanical and electric connecting members extend in horizontal longitudinal direction of the vessel.
Thermally conductive, plate-like support which can be connected to the housing or base of a thermal switching device that can be brought into thermal contact with a heating device of an object of use, wherein the support has four corner regions and can be connected by means of laser welding to the heating device that is in thermal contact of the object of use, wherein the support has a fixing arm in each corner region of the support, which is configured to act on a recess on the outer side of the housing in order to hold the two parts in position with each other, and the support is flat on its underside and has a region specifically prepared to couple in a laser beam, in such a way that the region comprises a contouring in the form of an edge bevel that tapers the cross section towards the underside of the support. the support has four corner regions and can be connected by means of laser welding to the heating device that is in thermal contact of the object of use, wherein the support has a fixing arm in each corner region of the support, which is configured to act on a recess on the outer side of the housing in order to hold the two parts in position with each other, and the support is flat on its underside and has a region specifically prepared to couple in a laser beam, in such a way that the region comprises a contouring in the form of an edge bevel that tapers the cross section towards the underside of the support.
A pressure-regulating vial adaptor comprising: a connector interface; a piercing member being in communication with a regulator lumen and the connector interface; and a regulator assembly comprising: a storage chamber; a flexible enclosure positioned within the storage chamber in a contracted configuration and configured to expand in an expanded configuration, characterized in that it further comprises an expansion inhibitor connected to a portion of the regulator assembly, the expansion inhibitor comprising one or more weakened portions configured to facilitate a tear in the expansion inhibitor when the flexible enclosure moves from the contracted configuration to the expanded configuration. a connector interface; a piercing member being in communication with a regulator lumen and the connector interface; and a regulator assembly comprising: a storage chamber; a flexible enclosure positioned within the storage chamber in a contracted configuration and configured to expand in an expanded configuration, characterized in that it further comprises an expansion inhibitor connected to a portion of the regulator assembly, the expansion inhibitor comprising one or more weakened portions configured to facilitate a tear in the expansion inhibitor when the flexible enclosure moves from the contracted configuration to the expanded configuration. a storage chamber; a flexible enclosure positioned within the storage chamber in a contracted configuration and configured to expand in an expanded configuration, characterized in that it further comprises an expansion inhibitor connected to a portion of the regulator assembly, the expansion inhibitor comprising one or more weakened portions configured to facilitate a tear in the expansion inhibitor when the flexible enclosure moves from the contracted configuration to the expanded configuration.
Spectacles frame component comprising a bridge or a sidepiece, and a fixing device, the fixing device suitable for joining a lens to the sidepiece or to the bridge of an eyeglass, said device comprising at least a pair of protrusions (1, 1') made on one end of said bridge or on the end of said sidepiece said protrusions (1,1') suitable for being completely inserted into corresponding holes (2, 2') spaced apart and made in the lenses, so as to fix the bridge or the sidepiece to the lens; characterized by the fact that said protrusions are made in a unique body with the bridge or the sidepiece and they are made in the shape of a "V", wherein each protrusion consists of a first arm (11, 11') and a second arm (111,111'), said first arm being constrained at one end to the bridge or the sidepiece and the other end with a first end of the second arm (111, 111') having a second free end capable of moving itself by pivoting at the top of the said "V", thus providing an elastic structure capable of expanding itself in said holes.
A sputtering apparatus for use in the sputtering of a material, comprising an anode, and a coating chamber containing a cathode and a substrate to be coated with the sputtering material, characterised in that the anode defines a vessel having an electrically conductive inner body, an outer body, an anode cavity within the electrically conductive inner body, and an opening at one end of the electrically conductive inner body for communicating with the coating chamber for allowing charged particles to flow between the electrically conductive inner body and the cathode within the coating chamber, and wherein the electrically conductive inner body is coupled to a voltage source for providing a voltage difference between the sputtering material and the conductive inner body; and wherein the opening is substantially smaller than a circumference of the vessel and is sized to substantially impede coating material from being deposited into the vessel.
Battery unit, in particular for a vehicle, comprising a plurality of cell blocks which each comprise a plurality of electrically interconnected individual cells, wherein a plurality of contact key elements are provided, wherein the corresponding contact key element has a contact region or a plurality of contact regions and is designed to be electrically insulating outside the contact region or the plurality of contact regions, wherein, by successively moving the contact key elements into their corresponding contact position, the cell blocks are firstly electrically interconnected by means of the contact regions and are finally electrically contacted with electrical connection contacts, characterized in that the contact key elements each have an individual formation which is designed to correspond to a receiving recess for the corresponding contact key element. a plurality of contact key elements are provided, wherein the corresponding contact key element has a contact region or a plurality of contact regions and is designed to be electrically insulating outside the contact region or the plurality of contact regions, wherein, by successively moving the contact key elements into their corresponding contact position, the cell blocks are firstly electrically interconnected by means of the contact regions and are finally electrically contacted with electrical connection contacts, characterized in that the contact key elements each have an individual formation which is designed to correspond to a receiving recess for the corresponding contact key element.
An optically pumped magnetometer, comprising: an optically resonant cell filled with an atomic gas, said cell having a resonance frequency; an optical source (2, 3) configured to illuminate said cell with: a pumping light (Lp) under the effect of which atoms of the atomic gas undergo an atomic transition, the pumping light having a first frequency that is not tuned to the resonance frequency; and a probe light (Ls) that undergoes polarization variations when it passes through the cell, the probe light having a frequency that is tuned to the resonance frequency and passing through said cell multiple times; a detector configured to make a polarimetric measurement of the probe light having passed through the cell. an optically resonant cell filled with an atomic gas, said cell having a resonance frequency; an optical source (2, 3) configured to illuminate said cell with: a pumping light (Lp) under the effect of which atoms of the atomic gas undergo an atomic transition, the pumping light having a first frequency that is not tuned to the resonance frequency; and a probe light (Ls) that undergoes polarization variations when it passes through the cell, the probe light having a frequency that is tuned to the resonance frequency and passing through said cell multiple times; a pumping light (Lp) under the effect of which atoms of the atomic gas undergo an atomic transition, the pumping light having a first frequency that is not tuned to the resonance frequency; and a probe light (Ls) that undergoes polarization variations when it passes through the cell, the probe light having a frequency that is tuned to the resonance frequency and passing through said cell multiple times; a detector configured to make a polarimetric measurement of the probe light having passed through the cell.
An anti-CD40 antibody for use in a method of treating cancer, the method comprising the steps of administering a composition comprising the anti-CD40 antibody to a patient in need of such treatment, wherein the anti-CD40 antibody comprises the heavy chain variable region of SEQ ID NO:1 and the light chain variable region of SEQ ID NO:2, and a human constant region; wherein the constant region has an N-glycoside-linked sugar chain at residue N297 according to the EU index; and wherein less than 5% of the N-glycoside-linked sugar chains in the composition comprise a fucose residue; and wherein the anti-CD40 antibody is administered at a dose level between 0.1-2000 μg/kg (μg per kilogram of patient body weight).
A device for removing branches, in particular canes, which have been cut from plants, in particular from vines, growing in an espalier, but which are still held in the espalier and protrude above the espalier, wherein the device has a rotationally driven pair of wheels or pair of rollers, which can be moved above the espalier, wherein the wheels of the pair of wheels or the rollers (1,2) of the pair of rollers can rotate in opposite direction and are arranged relative to one another in such a way that they can retract the branches in a force-locking manner and pull upwards out of the espalier, characterised in that the device has a position-adjustable beam, which supports the pair of wheels or pair of rollers and which can be connected to a vehicle in such a way that the straight lines resulting from the axial directions of the wheels of the pair of wheels or of the rollers (1,2) of the pair of rollers, are at a horizontal angle of between 5° and 85° to the longitudinal axis of the vehicle.