mhurhangee/patent-ind-claim-en huggingface dataset:
Medical instrument, comprising a tube and a plunger received inside the tube , wherein the plunger is movable relative to the tube and slidable inside the latter, and wherein the plunger closes a first end of the tube , characterized in that a biodegradable nonwoven produced by a rotary spinning process is received in the tube , wherein the nonwoven can be expelled from the tube by actuation of the plunger .
A horn antenna , comprising a frequency selective surface , FSS, a connection structure , and a waveguide tube , wherein the connection structure comprises a first dielectric slab , a second dielectric slab , and a dielectric wall , a first surface of the first dielectric slab is a hyperboloid whose surface is protruding, a second surface of the first dielectric slab is connected to the dielectric wall , a spacing between the two surfaces of the first dielectric slab is a thickness of the first dielectric slab , the dielectric wall has a tubular structure, a first surface of the dielectric wall is covered by the first dielectric slab , a second surface of the dielectric wall is covered by the second dielectric slab , a spacing between the two surfaces of the dielectric wall is a height of the dielectric wall , an area of the first surface of the dielectric wall is not less than an area of the second surface of the dielectric wall , there is a hole at a middle position of the second dielectric slab , and the first dielectric slab , the dielectric wall , and the second dielectric slab jointly form a hollow structure; the FSS covers the first surface of the first dielectric slab , wherein an array arrangement direction of the FSS is 45 degrees or 135 degrees to a polarization direction of an incident electromagnetic wave; a part of the waveguide tube is inserted into the hole of the second dielectric slab . the connection structure comprises a first dielectric slab , a second dielectric slab , and a dielectric wall , a first surface of the first dielectric slab is a hyperboloid whose surface is protruding, a second surface of the first dielectric slab is connected to the dielectric wall , a spacing between the two surfaces of the first dielectric slab is a thickness of the first dielectric slab , the dielectric wall has a tubular structure, a first surface of the dielectric wall is covered by the first dielectric slab , a second surface of the dielectric wall is covered by the second dielectric slab , a spacing between the two surfaces of the dielectric wall is a height of the dielectric wall , an area of the first surface of the dielectric wall is not less than an area of the second surface of the dielectric wall , there is a hole at a middle position of the second dielectric slab , and the first dielectric slab , the dielectric wall , and the second dielectric slab jointly form a hollow structure; the FSS covers the first surface of the first dielectric slab , wherein an array arrangement direction of the FSS is 45 degrees or 135 degrees to a polarization direction of an incident electromagnetic wave; a part of the waveguide tube is inserted into the hole of the second dielectric slab .
A steering assembly for a vehicle, the steering assembly comprising a steering wheel and a steering wheel support , wherein the steering wheel is slideably connected to the steering wheel support at a first, sliding joint, characterised in that , at said first joint , the steering wheel , relative to the steering wheel support , is slideably movable between a driving orientation in which the vehicle is intended to be driven, and a work surface orientation in which the plane of a front surface of the steering wheel is more closely aligned with a longitudinal axis of the vehicle than in a driving orientation.
A glass furnace comprising: a furnace melt chamber to contain a glass melt having a top surface; and a screw conveyor as batch feeder to receive glass batch material and feed said material to the furnace melt chamber below the level of the glass melt top surface; a dam wall disposed with respect to thescrew conveyor such that batch material from the screw conveyor must flow upward over the dam wall before entering the furnace melt chamber , wherein a top of the dam wall is below the top surface of the glass melt level in the furnace melt chamber. a furnace melt chamber to contain a glass melt having a top surface; and a screw conveyor as batch feeder to receive glass batch material and feed said material to the furnace melt chamber below the level of the glass melt top surface; a dam wall disposed with respect to thescrew conveyor such that batch material from the screw conveyor must flow upward over the dam wall before entering the furnace melt chamber , wherein a top of the dam wall is below the top surface of the glass melt level in the furnace melt chamber.
Heavy-duty scaffold tower having four scaffold upright bundles which are each arranged in a corner region of the heavy-duty scaffold tower and are each interlinked in the circumferential direction of the scaffold tower via first horizontal ledgers and vertical diagonals , each scaffold upright bundle comprising the following: - four scaffold post units arranged in each of its corner regions, which are arranged in each case running parallel to the vertical axis of the scaffold tower and which each comprise a plurality of interlocked scaffold posts with scaffold rosettes ; - a plurality of spacer plates , each of which is arranged between the scaffold post units and by means of which the scaffold post units are kept at a distance from one another relative to one another, the spacer plates each being provided at the edges with indentations , and each scaffold post unit engaging in a respective one of the indentations of each spacer plate ; - a plurality of second horizontal ledgers which are arranged spaced apart from one another in the axial direction, the second horizontal ledgers each being arranged on the longitudinal axis L and running in the direction of the longitudinal axis L of one of the first horizontal ledgers and each engaging in a scaffolding rosette of two scaffold post units arranged diametrically opposite one another with respect to the longitudinal central axis of the multi-part scaffold upright bundle in order to connect them to one another in a detachable and distance-invariant manner, and the second horizontal ledgers being arranged at least partially crosswise relative to one another in the direction of the vertical axis . - four scaffold post units arranged in each of its corner regions, which are arranged in each case running parallel to the vertical axis of the scaffold tower and which each comprise a plurality of interlocked scaffold posts with scaffold rosettes ; - a plurality of spacer plates , each of which is arranged between the scaffold post units and by means of which the scaffold post units are kept at a distance from one another relative to one another, the spacer plates each being provided at the edges with indentations , and each scaffold post unit engaging in a respective one of the indentations of each spacer plate ; - a plurality of second horizontal ledgers which are arranged spaced apart from one another in the axial direction, the second horizontal ledgers each being arranged on the longitudinal axis L and running in the direction of the longitudinal axis L of one of the first horizontal ledgers and each engaging in a scaffolding rosette of two scaffold post units arranged diametrically opposite one another with respect to the longitudinal central axis of the multi-part scaffold upright bundle in order to connect them to one another in a detachable and distance-invariant manner, and the second horizontal ledgers being arranged at least partially crosswise relative to one another in the direction of the vertical axis .
An organic-inorganic hybrid polymer dot comprising: an organic network comprising a semiconducting chromophoric polymer; and an inorganic network, wherein the semiconducting chromophoric polymer and the inorganic network form an organic-inorganic interpenetrated network through the physical association of the organic network and the inorganic network, and wherein said physical association comprises hydrophobic interaction; and wherein there is no covalent bonding between the organic network and the inorganic network. an organic network comprising a semiconducting chromophoric polymer; and an inorganic network, wherein the semiconducting chromophoric polymer and the inorganic network form an organic-inorganic interpenetrated network through the physical association of the organic network and the inorganic network, and wherein said physical association comprises hydrophobic interaction; and wherein there is no covalent bonding between the organic network and the inorganic network.
Method for producing a spectacle lens, comprising the steps of: a) joining together i. a mould and a mould shell produced by primary forming, ii. and a sealing ring, which comprises a peripheral seal , on a first end face an opening for receiving a mould, and on the second end face a flexible membrane , to form a mould cavity, b) introducing a polymerizable material into the mould cavity , c) fixing the flexible membrane of the sealing ring in the desired surface shape, d) carrying out the polymerization, e) removing the mould with the moulded-on spectacle lens blank from the sealing ring , characterized in that the mould has an integrated block piece and the introduction of the polymerizable material into the mould cavity takes place with the aid of a pumping action of the flexible membrane of the sealing ring . a) joining together i. a mould and a mould shell produced by primary forming, ii. and a sealing ring, which comprises a peripheral seal , on a first end face an opening for receiving a mould, and on the second end face a flexible membrane , to form a mould cavity, i. a mould and a mould shell produced by primary forming, ii. and a sealing ring, which comprises a peripheral seal , on a first end face an opening for receiving a mould, and on the second end face a flexible membrane , b) introducing a polymerizable material into the mould cavity , c) fixing the flexible membrane of the sealing ring in the desired surface shape, d) carrying out the polymerization, e) removing the mould with the moulded-on spectacle lens blank from the sealing ring ,
A fuel system comprising: a pump unit (110; 210; 300) that supplies pressurized flow, the pump unit includes a fixed displacement pump ; a fuel control assembly receiving flow from the pump unit (110, 210; 300), the fuel control assembly including at least one metering valve (130, 230; 350) and at least one throttling valve (140; 240; 360); and characterised by a control for the fixed displacement pump receiving first and second signals (160, 170; 260, 270; 342, 344) indicative of a pressure differential across the at least one throttling valve (140; 240; 360), or across the at least one metering valve/at least one throttling valve combination, for altering operation of the fixed displacement pump in response to the pressure differential; wherein that the first signal (160; 260; 342, 344) is received from downstream of the at least one metering valve (130, 230; 350) and upstream of the at least one throttling valve (140; 240; 360). a pump unit (110; 210; 300) that supplies pressurized flow, the pump unit includes a fixed displacement pump ; a fuel control assembly receiving flow from the pump unit (110, 210; 300), the fuel control assembly including at least one metering valve (130, 230; 350) and at least one throttling valve (140; 240; 360); and characterised by a control for the fixed displacement pump receiving first and second signals (160, 170; 260, 270; 342, 344) indicative of a pressure differential across the at least one throttling valve (140; 240; 360), or across the at least one metering valve/at least one throttling valve combination, for altering operation of the fixed displacement pump in response to the pressure differential; wherein that the first signal (160; 260; 342, 344) is received from downstream of the at least one metering valve (130, 230; 350) and upstream of the at least one throttling valve (140; 240; 360).
A method for accessing media content on a device, the method comprising: receiving, from a first set of servers , a media storage structure storing a plurality of encrypted media portions corresponding to a particular presentation of content; receiving, from a second, different set of servers , at least two individual decryption keys that are each for decrypting a corresponding one of the encrypted media portions in the media storage structure that the device has permission to access, wherein a first encrypted media portion of the encrypted media portions comprises a first type of content for the particular presentation of content and a second encrypted media portion of the encrypted media portions comprises a second type of content for the particular presentation of content; merging the received decryption keys with the received media storage structure in a merged media file; storing the merged media file in a content library of the device; and using a particular one of the individual decryption keys to decrypt and access the encrypted media portion to which the particular individual decryption key corresponds. receiving, from a first set of servers , a media storage structure storing a plurality of encrypted media portions corresponding to a particular presentation of content; receiving, from a second, different set of servers , at least two individual decryption keys that are each for decrypting a corresponding one of the encrypted media portions in the media storage structure that the device has permission to access, wherein a first encrypted media portion of the encrypted media portions comprises a first type of content for the particular presentation of content and a second encrypted media portion of the encrypted media portions comprises a second type of content for the particular presentation of content; merging the received decryption keys with the received media storage structure in a merged media file; storing the merged media file in a content library of the device; and using a particular one of the individual decryption keys to decrypt and access the encrypted media portion to which the particular individual decryption key corresponds.
A pressure rated well annulus fluid expansion storage device that is capable of managing a pressure variation of a well annulus by removing or adding fluid to the well annulus, the well annulus fluid expansion storage device comprising: an annulus fluid expansion unit containing a well annulus fluid and a working fluid , wherein the annulus fluid expansion unit further comprises a moveable partition maintaining the working fluid and the well annulus fluid in separate chambers of the annulus fluid expansion unit ; a working fluid storage tank containing the working fluid ; an adjustable pressure control valve configured to maintain a pressure of the working fluid ; a working fluid pump configured to feed pressurized working fluid from the working fluid storage tank into the annulus fluid expansion unit ; a check valve configured to allow flow of working fluid from the working fluid storage tank to the annulus fluid expansion unit ; and a flow line for receiving and discharging well annulus fluid to and from, respectively, the annulus fluid expansion unit . an annulus fluid expansion unit containing a well annulus fluid and a working fluid , wherein the annulus fluid expansion unit further comprises a moveable partition maintaining the working fluid and the well annulus fluid in separate chambers of the annulus fluid expansion unit ; a working fluid storage tank containing the working fluid ; an adjustable pressure control valve configured to maintain a pressure of the working fluid ; a working fluid pump configured to feed pressurized working fluid from the working fluid storage tank into the annulus fluid expansion unit ; a check valve configured to allow flow of working fluid from the working fluid storage tank to the annulus fluid expansion unit ; and a flow line for receiving and discharging well annulus fluid to and from, respectively, the annulus fluid expansion unit .
A topical pharmaceutical composition for use in the treatment of psoriasis the composition comprising: (a) halobetasol propionate at a concentration of 0.005-0.03 percent by weight of the composition; (b) tazarotene at a concentration of 0.005-0.049 percent by weight of the composition; and (c) a dermatologically acceptable carrier. (a) halobetasol propionate at a concentration of 0.005-0.03 percent by weight of the composition; (b) tazarotene at a concentration of 0.005-0.049 percent by weight of the composition; and (c) a dermatologically acceptable carrier.
A method for controlling a touch screen of a terminal, comprising: detecting a multi-touch event generated in a sliding operation and performed on a touch screen of a terminal; determining an area where multiple touch points corresponding to the multi-touch event are distributed, wherein the touch screen of the terminal is divided into a wrong-trigger prevention area, a buffer area and a normal touch area, the buffer area being located between the wrong-trigger prevention area and the normal touch area; wherein when determining that the multiple touch points are distributed in the wrong-trigger prevention area and the normal touch area, controlling the touch screen not to respond to a touch operation at touch points in the wrong-trigger prevention area, and to respond to a touch operation at touch points in the normal touch area; characterized by further comprising when determining that the multiple touch points are distributed in the wrong-trigger prevention area and the buffer area, controlling the touch screen to respond to a touch operation at the multiple touch points for preventing the whole sliding operation from being disconnected; and when determining that the multiple touch points are distributed in the buffer area and the normal touch area, controlling the touch screen to respond to a touch operation at the multiple touch points. detecting a multi-touch event generated in a sliding operation and performed on a touch screen of a terminal; determining an area where multiple touch points corresponding to the multi-touch event are distributed, wherein the touch screen of the terminal is divided into a wrong-trigger prevention area, a buffer area and a normal touch area, the buffer area being located between the wrong-trigger prevention area and the normal touch area; wherein when determining that the multiple touch points are distributed in the wrong-trigger prevention area and the normal touch area, controlling the touch screen not to respond to a touch operation at touch points in the wrong-trigger prevention area, and to respond to a touch operation at touch points in the normal touch area; characterized by further comprising when determining that the multiple touch points are distributed in the wrong-trigger prevention area and the buffer area, controlling the touch screen to respond to a touch operation at the multiple touch points for preventing the whole sliding operation from being disconnected; and when determining that the multiple touch points are distributed in the buffer area and the normal touch area, controlling the touch screen to respond to a touch operation at the multiple touch points. when determining that the multiple touch points are distributed in the wrong-trigger prevention area and the buffer area, controlling the touch screen to respond to a touch operation at the multiple touch points for preventing the whole sliding operation from being disconnected; and when determining that the multiple touch points are distributed in the buffer area and the normal touch area, controlling the touch screen to respond to a touch operation at the multiple touch points.
Stranding unit for a stranding machine, with a stranding axis (VA) and with a cage , in which at least one basket is arranged, for receiving a reel with strand material wound thereon, wherein a rack is arranged, with a frame , which is arranged in a revolving direction (UR) around the stranding axis (VA) and revolving around the cage , wherein the cage is mounted on the frame by means of a plurality of frame bearing elements and is rotatable about the stranding axis (VA), wherein the basket is rotatably mounted in the cage about a basket longitudinal axis (KA), which extends in parallel to the stranding axis (VA), and wherein a reel mounted in the basket is rotatable about a reel axis, which extends parallel to the stranding axis (VA).
An analog counter circuit for use with a digital pixel , the analog counter circuit comprising: an input for receiving reset pulses (RESET) from the digital pixel ; an output ; a first inverter connected to the input that produces on a first inverter output a time delayed inverted signal (RP*) from an input signal received at the input ; a second inverter connected to the first inverter output that produces a time delayed signal (RP) at a second inverter output from the input signal and that is delayed relative to the time delayed inverted signal (RP*); a control switch connected between a source voltage and a floating node , wherein the control switch is controlled by the time delayed inverted signal on the first inverter output such that when the time delayed inverted signal (RP*) goes low, the control switch will drive the floating node to the source voltage (Vsource); a feedback capacitor connected between the second inverter output and the floating node ; an accumulating capacitor that accumulates at least some of a charge that passes through the control switch ; and an injection transistor with a gate connected to a bias voltage (Vcb), a source connected to the floating node and a drain connected to the output and the accumulating capacitor such that the injection transistor will conduct when the floating node is driven to the source voltage (Vsource) and a charge can be accumulated on the accumulating capacitor ; wherein the amount of charge stored on the accumulating capacitor is proportional to the number of RESET pulses received at the input . an input for receiving reset pulses (RESET) from the digital pixel ; an output ; a first inverter connected to the input that produces on a first inverter output a time delayed inverted signal (RP*) from an input signal received at the input ; a second inverter connected to the first inverter output that produces a time delayed signal (RP) at a second inverter output from the input signal and that is delayed relative to the time delayed inverted signal (RP*); a control switch connected between a source voltage and a floating node , wherein the control switch is controlled by the time delayed inverted signal on the first inverter output such that when the time delayed inverted signal (RP*) goes low, the control switch will drive the floating node to the source voltage (Vsource); a feedback capacitor connected between the second inverter output and the floating node ; an accumulating capacitor that accumulates at least some of a charge that passes through the control switch ; and an injection transistor with a gate connected to a bias voltage (Vcb), a source connected to the floating node and a drain connected to the output and the accumulating capacitor such that the injection transistor will conduct when the floating node is driven to the source voltage (Vsource) and a charge can be accumulated on the accumulating capacitor ; wherein the amount of charge stored on the accumulating capacitor is proportional to the number of RESET pulses received at the input .