mhurhangee/patent-ind-claim-en huggingface dataset:
A backlight unit comprising: a transparent first surface light source array adapted to emit light; a transparent second surface light source array adapted to emit light in a forward direction and a backwards direction of the transparent second surface light source array and disposed on an upper portion of the first surface light source array and arranged such that both light emitting surfaces of the second surface light source array are parallel with each other and parallel with a light emitting surface of the first surface light source array ; and a reflection plate disposed on a lower portion of the first surface light source array and arranged such that a reflective surface of the reflection plate is parallel with the light emitting surface of the first surface light source array , wherein the second surface light source array is stacked on the first surface light source array such that the first and second surface light source arrays are offset from each other in a plane parallel to the light emitting surfaces. a transparent first surface light source array adapted to emit light; a transparent second surface light source array adapted to emit light in a forward direction and a backwards direction of the transparent second surface light source array and disposed on an upper portion of the first surface light source array and arranged such that both light emitting surfaces of the second surface light source array are parallel with each other and parallel with a light emitting surface of the first surface light source array ; and a reflection plate disposed on a lower portion of the first surface light source array and arranged such that a reflective surface of the reflection plate is parallel with the light emitting surface of the first surface light source array , wherein the second surface light source array is stacked on the first surface light source array such that the first and second surface light source arrays are offset from each other in a plane parallel to the light emitting surfaces.
An apparatus for joining, in particular laser welding, two components, in particular plastic components, comprising - two workpiece holders for respectively holding the two components to be connected, - respectively a bearing element, preferably a bearing plate , for each of the workpiece holders , - a clamping drive (SA) for at least one bearing element for feeding and bracing the two components held in the workpiece holders during the joining process, - a controller for the clamping drive (SA) and in particular a laser welding device (LS), and - a mechanically loose coupling between the clamping drive (SA) and the bearing element , such that the two workpiece holders can be tilted with respect to one another during the feeding and bracing, wherein the clamping drive (SA) comprises a plurality of linear drive elements arranged and acting parallel in the feed direction (Z), in particular linear servo drives (8.1 - 8.8), on which the bearing element, configured as a bearing plate , of one workpiece holder is mounted in a floating fashion, characterized in that the linear drive elements (8.1 - 8.8) comprise position acquisition and/or drive force detection. - two workpiece holders for respectively holding the two components to be connected, - respectively a bearing element, preferably a bearing plate , for each of the workpiece holders , - a clamping drive (SA) for at least one bearing element for feeding and bracing the two components held in the workpiece holders during the joining process, - a controller for the clamping drive (SA) and in particular a laser welding device (LS), and - a mechanically loose coupling between the clamping drive (SA) and the bearing element , such that the two workpiece holders can be tilted with respect to one another during the feeding and bracing, wherein the clamping drive (SA) comprises a plurality of linear drive elements arranged and acting parallel in the feed direction (Z), in particular linear servo drives (8.1 - 8.8), on which the bearing element, configured as a bearing plate , of one workpiece holder is mounted in a floating fashion, characterized in that the linear drive elements (8.1 - 8.8) comprise position acquisition and/or drive force detection. wherein the clamping drive (SA) comprises a plurality of linear drive elements arranged and acting parallel in the feed direction (Z), in particular linear servo drives (8.1 - 8.8), on which the bearing element, configured as a bearing plate , of one workpiece holder is mounted in a floating fashion, characterized in that the linear drive elements (8.1 - 8.8) comprise position acquisition and/or drive force detection.
A compression-self-adjusting staple , comprising: a substantially U-shaped staple having: abridge ; two legs extending from the bridge at an angle thereto; and a compression device : at least partly disposed between the legs ; and having a bias portion characterized in that the bias portion comprises: a compression surface movably disposed between the legs ; and a compression resistor: connected to the bridge and to the compression surface; and formed into a plurality of bends that resist movement of the compression surface towards the bridge with a pre-set compressive force. abridge ; two legs extending from the bridge at an angle thereto; and a compression device : at least partly disposed between the legs ; and having a bias portion characterized in that the bias portion comprises: a compression surface movably disposed between the legs ; and a compression resistor: connected to the bridge and to the compression surface; and formed into a plurality of bends that resist movement of the compression surface towards the bridge with a pre-set compressive force. at least partly disposed between the legs ; and having a bias portion characterized in that the bias portion comprises: a compression surface movably disposed between the legs ; and a compression resistor: connected to the bridge and to the compression surface; and formed into a plurality of bends that resist movement of the compression surface towards the bridge with a pre-set compressive force. a compression surface movably disposed between the legs ; and a compression resistor: connected to the bridge and to the compression surface; and formed into a plurality of bends that resist movement of the compression surface towards the bridge with a pre-set compressive force. connected to the bridge and to the compression surface; and formed into a plurality of bends that resist movement of the compression surface towards the bridge with a pre-set compressive force.
A solid-state imaging element including a pixel having a transistor (34; 32; 35; 36) comprising: a gate electrode (44;53) having at least one fin portion (47; 55) formed so as to be buried from a planar portion (46;54) planarly formed on a surface of a semiconductor substrate toward an inside of the semiconductor substrate ; a channel portion provided across a source and a drain so as to be in contact with a side surface of the fin portion (47; 55) via an insulating film , the transistor (34; 32; 35; 36) being formed to have a width (S) of the channel portion narrower than a depth (D) of the fin portion (47; 55); anc characterised by a shallow trench isolation provided to surround the transistor and isolating the transistor (34; 32; 35; 36) from an outside, wherein a low concentration region having impurity concentration lower than in the channel portion is provided in the semiconductor substrate between the shallow trench isolation and the outer side surface of the fin portion . a gate electrode (44;53) having at least one fin portion (47; 55) formed so as to be buried from a planar portion (46;54) planarly formed on a surface of a semiconductor substrate toward an inside of the semiconductor substrate ; a channel portion provided across a source and a drain so as to be in contact with a side surface of the fin portion (47; 55) via an insulating film , the transistor (34; 32; 35; 36) being formed to have a width (S) of the channel portion narrower than a depth (D) of the fin portion (47; 55); anc characterised by a shallow trench isolation provided to surround the transistor and isolating the transistor (34; 32; 35; 36) from an outside, wherein a low concentration region having impurity concentration lower than in the channel portion is provided in the semiconductor substrate between the shallow trench isolation and the outer side surface of the fin portion .
A fuel cell system comprising: a fuel feeder configured to supply hydrocarbon fuel; a fuel cell stack configured to generate power through an electrochemical reaction using air and a hydrogen-containing gas generated from the hydrocarbon fuel; a temperature sensor configured to sense a temperature of the fuel cell stack ; and a controller , wherein: the fuel cell stack has a membrane electrode assembly including an electrolyte membrane through which protons can pass, a cathode on a first side of the electrolyte membrane , and an anode having a reforming capability on a second side of the electrolyte membrane ; and the controller is configured to define an upper limit of current output from the fuel cell stack and keep the current output from the fuel cell stack at or below the upper limit, the upper limit of current output from the fuel cell stack is defined on the basis of the temperature of the fuel cell stack and flow rate of the hydrocarbon fuel. a fuel feeder configured to supply hydrocarbon fuel; a fuel cell stack configured to generate power through an electrochemical reaction using air and a hydrogen-containing gas generated from the hydrocarbon fuel; a temperature sensor configured to sense a temperature of the fuel cell stack ; and a controller , wherein: the fuel cell stack has a membrane electrode assembly including an electrolyte membrane through which protons can pass, a cathode on a first side of the electrolyte membrane , and an anode having a reforming capability on a second side of the electrolyte membrane ; and the controller is configured to define an upper limit of current output from the fuel cell stack and keep the current output from the fuel cell stack at or below the upper limit, the fuel cell stack has a membrane electrode assembly including an electrolyte membrane through which protons can pass, a cathode on a first side of the electrolyte membrane , and an anode having a reforming capability on a second side of the electrolyte membrane ; and the controller is configured to define an upper limit of current output from the fuel cell stack and keep the current output from the fuel cell stack at or below the upper limit, the upper limit of current output from the fuel cell stack is defined on the basis of the temperature of the fuel cell stack and flow rate of the hydrocarbon fuel.
An accelerometer system comprising: an excitation ring , configured to pass a magnetic flux, comprising: a housing; and a cover removably attached to the housing, wherein the housing and the cover define a recess; a proof mass assembly positioned on one side of the excitation ring ; and processing circuitry located within the recess, wherein the excitation ring is configured to shield the processing circuitry from harmful levels of radiation existing outside of the accelerometer system , wherein the processing circuitry is configured to maintain a proof mass of the proof mass assembly in a null position. an excitation ring , configured to pass a magnetic flux, comprising: a housing; and a cover removably attached to the housing, wherein the housing and the cover define a recess; a housing; and a cover removably attached to the housing, wherein the housing and the cover define a recess; a proof mass assembly positioned on one side of the excitation ring ; and processing circuitry located within the recess, wherein the excitation ring is configured to shield the processing circuitry from harmful levels of radiation existing outside of the accelerometer system , wherein the processing circuitry is configured to maintain a proof mass of the proof mass assembly in a null position.
A process for preparing an aluminum-free boron containing zeolitic material comprising the framework structure MWW (BMWW), comprising (a) hydrothermally synthesizing a BMWW precursor from a synthesis mixture containing water, a silicon source, a boron source, and an MWW template compound selected from the group consisting of piperidine, hexamethylene imine, N,N,N,N',N',N'-hexamethyl-1,5-pentanediammonium ion, 1,4-bis(N-methylpyrrolidinium) butane, octyltrimethylammonium hydroxide, heptyltrimethyl-ammonium hydroxide, hexyltrimethylammonium hydroxide, N,N,N-trimethyl-1-adamantylammonium hydroxide, and a mixture of two or more thereof, obtaining the BMWW precursor in its mother liquor, the mother liquor having a pH above 9; (b) adjusting the pH of the mother liquor, obtained in (a) and containing the BMWW precursor, to a value in the range of from 7 to 8; (c) separating the BMWW precursor from the pH-adjusted mother liquor obtained in (b) by filtration in a filtration device. (a) hydrothermally synthesizing a BMWW precursor from a synthesis mixture containing water, a silicon source, a boron source, and an MWW template compound selected from the group consisting of piperidine, hexamethylene imine, N,N,N,N',N',N'-hexamethyl-1,5-pentanediammonium ion, 1,4-bis(N-methylpyrrolidinium) butane, octyltrimethylammonium hydroxide, heptyltrimethyl-ammonium hydroxide, hexyltrimethylammonium hydroxide, N,N,N-trimethyl-1-adamantylammonium hydroxide, and a mixture of two or more thereof, obtaining the BMWW precursor in its mother liquor, the mother liquor having a pH above 9; (b) adjusting the pH of the mother liquor, obtained in (a) and containing the BMWW precursor, to a value in the range of from 7 to 8; (c) separating the BMWW precursor from the pH-adjusted mother liquor obtained in (b) by filtration in a filtration device.
Slotted nozzle for discharging a liquid adhesive, in particular for applying adhesive to a narrow edge of a substrate , comprising a nozzle body , a nozzle slot formed in the nozzle body , a passage in the nozzle body for supplying the adhesive to the nozzle slot , and a slot-shaped outlet opening of the nozzle slot , wherein the nozzle body is configured in the region of averted ends of the nozzle slot , said ends being based on the longitudinal extent of the nozzle slot , in such a manner that an increased outlet of the adhesive through the outlet opening takes place in the region of the averted ends of the nozzle slot , characterized in that the outlet opening has a greater width extent (b1) in the region of the averted ends of the nozzle slot than in the remaining region of the outlet opening , which region has a constant width (b).
A process for preparing a catalyst composition comprising an unsupported catalyst comprising ZrV 2 O 7 , comprising the steps of: mixing ammonium meta-vanadate and zirconyl nitrate, drying the mixture and calcining the dried mixture at a temperature range of 600-900 °C for 2-10 hours to obtain the unsupported catalyst and mixing the unsupported catalyst with Al 2 O 3 as catalyst binder without heating.
An inhibitory nucleic acid comprising a sequence that is complementary to a contiguous sequence of at least 7 nucleotides present in hsa-miR-155 for use in the treatment of neurodegenerative disease by reducing inflammatory gene expression in spinal cord microglia in a subject in need thereof.
An air filter, comprising a porous sheet product having at least one of the following ply A and at least one of the following ply B: A: a porous membrane, wherein the porous membrane A is hydrophobic; and B: a porous separation ply constructed from polyolefin core-sheath fibers, wherein the sheath material has a lower melting temperature than the core material; wherein the porous sheet product has a gamma radiation resistance of at least 20 kGy, the two outer plies of the porous sheet product are formed by one ply B each, and the porous sheet product is radially pleated, and two anchoring elements, wherein the anchoring elements are end caps of the air filter and the air filter is tubular, wherein, in its edge regions the porous membrane A is embedded into the anchoring elements in a fluid-tight manner. A: a porous membrane, wherein the porous membrane A is hydrophobic; and B: a porous separation ply constructed from polyolefin core-sheath fibers, wherein the sheath material has a lower melting temperature than the core material; wherein the porous sheet product has a gamma radiation resistance of at least 20 kGy, the two outer plies of the porous sheet product are formed by one ply B each, and the porous sheet product is radially pleated, and two anchoring elements, wherein the anchoring elements are end caps of the air filter and the air filter is tubular, wherein, in its edge regions the porous membrane A is embedded into the anchoring elements in a fluid-tight manner.
Process for switching the voltage supply of an alternating current electric machine between an adjustable speed drive ASD and an electrical network , wherein the process includes stages in which: - an ideal speed of rotation is determined for the electric machine ; - an ideal flux is determined for the electric machine ; - a command is sent to the ASD to increase the speed of rotation of the electric machine ; - the speed of rotation of the electric machine is measured; and - the phase and amplitude of the voltage delivered by the ASD is synchronised with the voltage delivered by the electrical network ; characterised in that the synchronisation stage includes stages in which: - the voltage delivered by the ASD and the voltage delivered by the electrical network are measured; - signals are calculated that represent, respectively, the difference in amplitude between the two measured voltages and the phase difference between the two measured voltages; and - a command signal, e.g., a voltage command, for the voltage of the ASD is generated on the basis of the ideal flux, to which is added the signal representing the calculated difference in amplitude; and wherein the synchronisation stage is activated once the measured speed of rotation of the electric machine has reached a predetermined value that is between 90% and 96% of the ideal speed of rotation. - an ideal speed of rotation is determined for the electric machine ; - an ideal flux is determined for the electric machine ; - a command is sent to the ASD to increase the speed of rotation of the electric machine ; - the speed of rotation of the electric machine is measured; and - the phase and amplitude of the voltage delivered by the ASD is synchronised with the voltage delivered by the electrical network ; - the voltage delivered by the ASD and the voltage delivered by the electrical network are measured; - signals are calculated that represent, respectively, the difference in amplitude between the two measured voltages and the phase difference between the two measured voltages; and - a command signal, e.g., a voltage command, for the voltage of the ASD is generated on the basis of the ideal flux, to which is added the signal representing the calculated difference in amplitude; and
A contoured armcap for multi-seat occupant usage, configured to be coupled to a first shared armrest coupled to a first aircraft seat and a second aircraft seat, the armcap comprising: a top surface ; a divider configured to separate the top surface into two areas, the divider offset from the top surface at a select height , the divider continuously coupled to the top surface via a set of sides , at least one side of the set of sides being defined by a contour line; the two areas including a first area configured to support a portion of an arm of a first seat occupant in the first aircraft seat coupled to the first shared armrest including the contoured armcap; the two areas including a second area configured to support a portion of an arm of a second seat occupant in the second aircraft seat coupled to the first shared armrest including the contoured armcap; and characterized by the armcap further comprising: a front surface , the front surface and the top surface connected via one of a fillet, a chamfer or a corner; a bottom surface , the bottom surface including one or more bottom couplers; a rear surface , the rear surface including one or more rear couplers; and wherein the contoured armcap is configured to couple to the first shared armrest via the one or more bottom couplers and the one or more rear couplers . a top surface ; a divider configured to separate the top surface into two areas, the divider offset from the top surface at a select height , the divider continuously coupled to the top surface via a set of sides , at least one side of the set of sides being defined by a contour line; the two areas including a first area configured to support a portion of an arm of a first seat occupant in the first aircraft seat coupled to the first shared armrest including the contoured armcap; the two areas including a second area configured to support a portion of an arm of a second seat occupant in the second aircraft seat coupled to the first shared armrest including the contoured armcap; and characterized by the armcap further comprising: a front surface , the front surface and the top surface connected via one of a fillet, a chamfer or a corner; a bottom surface , the bottom surface including one or more bottom couplers; a rear surface , the rear surface including one or more rear couplers; and wherein the contoured armcap is configured to couple to the first shared armrest via the one or more bottom couplers and the one or more rear couplers . a front surface , the front surface and the top surface connected via one of a fillet, a chamfer or a corner; a bottom surface , the bottom surface including one or more bottom couplers; a rear surface , the rear surface including one or more rear couplers; and wherein the contoured armcap is configured to couple to the first shared armrest via the one or more bottom couplers and the one or more rear couplers .
A composition comprising one or more muteins of apolipoprotein 1 in the dimeric and/or multimeric form, wherein said muteins are selected from the group of muteins having SEQ ID 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30, 32, 34, 36 , 38 and are produced in dimeric and/or in multimeric form in plant seeds, said composition comprising milk extracted from seeds of said plants and/or derivatives thereof, and wherein said one or more muteins are administered orally to patients in a daily dosage of from 0.2 to 4 mg/kg of body weight for use in the treatment of atherosclerosis.
Spin-stabilised artillery projectile with a driving band or a driving band structure and at least one obturator , wherein the driving band , seen in the direction of a longitudinal axis of the projectile , contains at least one compensating groove , and wherein which at least one obturator is arranged in the compensating groove of the driving band , wherein the at least one obturator consists of plastic and the driving band is metallic, wherein the driving band is designed in such a way that when passing through the barrel the backward-oriented driving band material pushes the at least one obturator upwards out of the at least one compensating groove , like an O-ring, and the metallic driving band region behind the positioning of the obturator shears this off.