mhurhangee/patent-ind-claim-en huggingface dataset:
A filtration apparatus for an extrusion or injection molding machine having an internal bore through which a polymer melt flows, said filtration apparatus including a slide plate and a sealing device for sealing said slide plate , said sealing device comprising: an annular seal having a sealing surface which abuts against said slide plate , said slide plate being translatable across the bore of the extrusion or injection molding machine, said annular seal having a thrust surface located at an opposite axial end of said seal from said sealing surface , said thrust surface being angled relative to said sealing surface ; and comprising a first spring angled relative to and contacting said thrust surface of said annular seal for biasing said sealing surface of said annular seal against said slide plate , characterized by said first spring having first and second tangs at opposing ends, each of said first and second tangs having an outside surface and an underside surface, said first and second tangs are always positioned in overlapping contact relationship so that an outside surface of said first tang contacts said underside surface of said second tang to form a continuous barrier against passage of the polymer melt upon expansion and contraction of the first spring caused by a change in pressure of polymer melt in the bore, and wherein increasing pressure of polymer melt in the bore forces said first spring to expand due to radial forces exerted on the first spring which transfer against said thrust surface of said annular seal causing said sealing surface of said annular seal to be further biased against said slide plate to form a secure closure such that the polymer melt cannot contact the seal. an annular seal having a sealing surface which abuts against said slide plate , said slide plate being translatable across the bore of the extrusion or injection molding machine, said annular seal having a thrust surface located at an opposite axial end of said seal from said sealing surface , said thrust surface being angled relative to said sealing surface ; and comprising a first spring angled relative to and contacting said thrust surface of said annular seal for biasing said sealing surface of said annular seal against said slide plate , characterized by said first spring having first and second tangs at opposing ends, each of said first and second tangs having an outside surface and an underside surface, said first and second tangs are always positioned in overlapping contact relationship so that an outside surface of said first tang contacts said underside surface of said second tang to form a continuous barrier against passage of the polymer melt upon expansion and contraction of the first spring caused by a change in pressure of polymer melt in the bore, and wherein increasing pressure of polymer melt in the bore forces said first spring to expand due to radial forces exerted on the first spring which transfer against said thrust surface of said annular seal causing said sealing surface of said annular seal to be further biased against said slide plate to form a secure closure such that the polymer melt cannot contact the seal.
Metering valve for a pressurized vial, comprising a valve body in which a stem is slidable, and a metering chamber , the stem being movable between a closed position in which, in the mounted state on a vial, the metering chamber is in contact with the inside of the vial and isolated from the outside of the vial, and an open position in which, in the mounted state, the metering chamber is isolated from the inside of the vial and in contact with the outside of the vial, the metering chamber being fixed by its upper end to the portion of the valve body located, in the mounted state, inside the vial, an inlet passage being provided contacting the inside of the vial and the metering chamber and an outlet passage contacting the metering chamber and the outside of the valve, inlet closure means being provided to close the inlet passage when the stem is in the open position and outlet closure means being provided to close the outlet passage when the stem is in the closed position, characterized in that the stem can be moved beyond the open position into a third position, called short-circuit position, a third passage , called short-circuit passage, being provided to contact the inside of the vial and the outside of the valve, short-circuit closure means being provided to close the short-circuit passage when the stem is in the closed position or the open position.
A communication method of a wireless power receiver performing communication with a wireless power transmitter , the communication method comprising: transmitting control information (CI) to the wireless power transmitter _ through a slot of a plurality of slots within a frame; receiving an ACK signal from the wireless power transmitter , wherein the slot of the plurality of slots is allocated by the wireless power transmitter to the wireless power receiver ; calculating a position of the allocated slot within the frame on the basis of a sync pattern received from the wireless power transmitter in response to the received ACK signal, the sync pattern including a frame sync indicating a start of the frame in the frame configured with the plurality of slots and a slot sync located between consecutive slots among the plurality of slots including information associated with the consecutive slots, wherein the position of the allocated slot is calculated by counting one or more remaining slots using the slot sync subsequent to a time point at which the ACK signal is received and prior to a time point at which the frame sync is received; and performing communication with the wireless power transmitter using the allocated slot. transmitting control information (CI) to the wireless power transmitter _ through a slot of a plurality of slots within a frame; receiving an ACK signal from the wireless power transmitter , wherein the slot of the plurality of slots is allocated by the wireless power transmitter to the wireless power receiver ; calculating a position of the allocated slot within the frame on the basis of a sync pattern received from the wireless power transmitter in response to the received ACK signal, the sync pattern including a frame sync indicating a start of the frame in the frame configured with the plurality of slots and a slot sync located between consecutive slots among the plurality of slots including information associated with the consecutive slots, wherein the position of the allocated slot is calculated by counting one or more remaining slots using the slot sync subsequent to a time point at which the ACK signal is received and prior to a time point at which the frame sync is received; and performing communication with the wireless power transmitter using the allocated slot.
A method for performing uplink transmission by a terminal in a wireless communication system, the method comprising: grouping, by the terminal , a plurality of uplink carriers based on a control message received from a base station , wherein the control message comprises a radio resource control, RRC, message including center frequency information and bandwidth information associated with the plurality of uplink carriers; identifying, by the terminal , a reference downlink carrier associated with the respectively grouped plurality of uplink carriers; determining, by the terminal , uplink transmission timing for the respectively grouped plurality of uplink carriers, based on the identified reference downlink carrier; and performing, by the terminal , uplink transmission of the respectively grouped plurality of uplink carriers, based on the determined uplink transmission timing. grouping, by the terminal , a plurality of uplink carriers based on a control message received from a base station , wherein the control message comprises a radio resource control, RRC, message including center frequency information and bandwidth information associated with the plurality of uplink carriers; identifying, by the terminal , a reference downlink carrier associated with the respectively grouped plurality of uplink carriers; determining, by the terminal , uplink transmission timing for the respectively grouped plurality of uplink carriers, based on the identified reference downlink carrier; and performing, by the terminal , uplink transmission of the respectively grouped plurality of uplink carriers, based on the determined uplink transmission timing.
Device selected from organic photovoltaic devices (OPV), organic solar cells, photodetectors, or a component thereof, or an assembly comprising it, which comprises a layer comprising an organic salt, wherein the organic salt comprises a first ionic entity and a second counterionic entity, wherein said layer is an electron transport layer (ETL) in the device and wherein - the first and second entities are small molecules, and - the first entity is an organic entity, comprising - a charged organic core comprising a single charged moiety or a plurality of charged moieties, and - optionally one or more substituents attached to the charged organic core, at least one of said substituents comprising a charged moiety having a charge that is opposite in sign to, or of the same sign as, the charged moieties of the charged organic core, and - the second entity is an organic, inorganic or organometallic entity, and - the net charge of the first entity is opposite in sign to the net charge of the second entity, characterised in that the first entity comprises a moiety selected from the group consisting of dialkylpyrrolidinium, trialkylsulfonium, carbazolium, indolium, piperidinium, morpholinium, pyrimidinium, pyridazinium, pyrazinium, pyrazolium, pyrrolinium, pyrimidinium, pyrazinium, thiazolium, oxazolium, triazolium, triazinium, guanidinium, uranium, sulfonium, phosphonium. - the first and second entities are small molecules, and - the first entity is an organic entity, comprising - a charged organic core comprising a single charged moiety or a plurality of charged moieties, and - optionally one or more substituents attached to the charged organic core, at least one of said substituents comprising a charged moiety having a charge that is opposite in sign to, or of the same sign as, the charged moieties of the charged organic core, and - a charged organic core comprising a single charged moiety or a plurality of charged moieties, and - optionally one or more substituents attached to the charged organic core, at least one of said substituents comprising a charged moiety having a charge that is opposite in sign to, or of the same sign as, the charged moieties of the charged organic core, and - the second entity is an organic, inorganic or organometallic entity, and - the net charge of the first entity is opposite in sign to the net charge of the second entity,
An array substrate comprising a transparent substrate and a polarizer which is attached on the transparent substrate and comprises a first protective layer in contact with the transparent substrate, wherein the first protective layer and the transparent substrate satisfy the following relational expression: 0 ≤ C ≤ 1.0 × 10 − 13 Pa − 1 in which C is a comprehensive photoelastic coefficient, and is defined by the following equation : C ≡ C 100 ρ 100 d 100 ρ 100 d 100 + ρ 200 d 200 + C 200 ρ 200 d 200 ρ 100 d 100 + ρ 200 d 200 in which C 100 is the photoelastic coefficient of the transparent substrate; ρ 100 is the density of the transparent substrate; d 100 is the thickness of the transparent substrate; C 200 is the photoelastic coefficient of the first protective layer; ρ 200 is the density of the first protective layer; and d 200 is the thickness of the first protective layer. in which C 100 is the photoelastic coefficient of the transparent substrate; ρ 100 is the density of the transparent substrate; d 100 is the thickness of the transparent substrate; C 200 is the photoelastic coefficient of the first protective layer; ρ 200 is the density of the first protective layer; and d 200 is the thickness of the first protective layer.
A process for producing insulated pipes comprising the steps of: (A) providing a media pipe and a film hose continuously formed from a film or a media pipe and a jacketing pipe, wherein the media pipe is arranged inside the film hose or the jacketing pipe and a slot is formed between the media pipe and the film hose or jacketing pipe, wherein an adhesion promoter has been applied to the surface of the media pipe facing the film hose or the jacketing pipe, (B) introducing a polyurethane system at least comprising an isocyanate component (a) comprising at least one isocyanate, a polyol component (b) and at least one catalyst into the slot before the adhesion promoter is fully cured and (C) foaming and curing the polyurethane system, wherein the adhesion promoter is selected from the group consisting of adhesion promoters based on polyurethanes and wherein the adhesion promoter has a bulk density determined without solid fillers in the range from 400 to 1200 kg/m 3 . (A) providing a media pipe and a film hose continuously formed from a film or a media pipe and a jacketing pipe, wherein the media pipe is arranged inside the film hose or the jacketing pipe and a slot is formed between the media pipe and the film hose or jacketing pipe, (B) introducing a polyurethane system at least comprising an isocyanate component (a) comprising at least one isocyanate, a polyol component (b) and at least one catalyst into the slot before the adhesion promoter is fully cured and (C) foaming and curing the polyurethane system,
A razor cartridge, comprising: a housing , at least one first cutting member and at least one second cutting member , wherein the at least one first cutting member and the at least one second cutting member are arranged in the housing , wherein the at least one first cutting member is configured to shave in a first direction, and the at least one second cutting member is configured to shave in a second direction opposite to the first direction, and wherein a longitudinal support bar is arranged between the at least one first cutting member and the at least one second cutting member , characterized in that the at least one first cutting member comprises a blade support including a top portion having an inner surface that, in use, faces away from a shaving plane and a blade attached to the inner surface of the top portion , wherein the blade includes a cutting edge , and in that the support bar has first and second surfaces on different heights for defining two different first and second shaving planes . a housing , at least one first cutting member and at least one second cutting member , wherein the at least one first cutting member and the at least one second cutting member are arranged in the housing , wherein the at least one first cutting member is configured to shave in a first direction, and the at least one second cutting member is configured to shave in a second direction opposite to the first direction, and wherein a longitudinal support bar is arranged between the at least one first cutting member and the at least one second cutting member , characterized in that the at least one first cutting member comprises a blade support including a top portion having an inner surface that, in use, faces away from a shaving plane and a blade attached to the inner surface of the top portion , wherein the blade includes a cutting edge , and in that the support bar has first and second surfaces on different heights for defining two different first and second shaving planes .
Method for the remote control of a function of a motor vehicle by means of a mobile controller, in which method a remote control command is transmitted to the motor vehicle by means of the mobile controller and the remote control command is executed by the motor vehicle if an enable signal is given , wherein an image of the motor vehicle is detected by means of an optical detection device of the mobile controller, characterised in that the image detected by the optical detection device of the mobile controller is transmitted to the motor vehicle and the enable signal is given by a checking device of the motor vehicle if the motor vehicle has been identified in the transmitted image by the checking device, and in that the image detected by the optical detection device of the mobile controller or a corresponding video of the motor vehicle is displayed by means of a display device of the mobile controller and the said display indicates whether the motor vehicle has been successfully identified by the testing device.
Screw compressor comprising a housing , at least one screw rotor arranged in a compressor housing of the housing , a lubricant sump arranged on the high pressure side, lubricant collecting in said sump, and a lubricant supply device supplying lubricant from the lubricant sump to the at least one screw rotor and comprising a first lubricant supply system and a second lubricant supply system , wherein the first lubricant supply system supplies lubricant to the at least one screw rotor during operation of the screw compressor and the second lubricant supply system additionally supplies lubricant to the at least one screw rotor and is thereby activatable and deactivatable, wherein the screw compressor is operable in a normal load operation and in a high load operation, wherein a supply opening of the second lubricant supply system is located closer to a suction side of the at least one screw rotor than a supply opening of the first lubricant supply system , and wherein the second lubricant supply system is deactivated during normal load operation and is activated during high load operation, and that a compressor control is provided, said control detecting whether normal load operation or high load operation is present.
Autonomous, flexible production system with a set of production machines and a transportation system for carrying out the material flows between the machines in which the production machines can be flexibly connected/disconnected to a production process, characterised in that said system comprises - means for finding all possible production process variants for a given product that are compatible with the restrictions on the ordering of production operations and involve machines with the right capabilities and appropriate logistical connections between them; - means for characterizing process variants by a chosen allowed ordering of operations and by an allowed assignment of machines to the operations; - means for finding an optimized schedule for the order stack by selecting one process for each order in the stack and setting up a time schedule for all these processes that is optimal with respect to a certain evaluation function, - means for presenting all possible production process variants for a given product or - if there has been no possible production process been found, - means for presenting the possible reasons for unproducibility. - means for finding all possible production process variants for a given product that are compatible with the restrictions on the ordering of production operations and involve machines with the right capabilities and appropriate logistical connections between them; - means for characterizing process variants by a chosen allowed ordering of operations and by an allowed assignment of machines to the operations; - means for finding an optimized schedule for the order stack by selecting one process for each order in the stack and setting up a time schedule for all these processes that is optimal with respect to a certain evaluation function, - means for presenting all possible production process variants for a given product or - if there has been no possible production process been found, - means for presenting the possible reasons for unproducibility.
A tissue biopsy device (100; 200; 400; 500), comprising: a handle (120; 420) configured to be grasped by a user; a needle assembly (202; 302; 505) operably coupled to the handle, the needle assembly configured to sever a tissue sample; and an actuator assembly operably coupled to the handle and needle assembly, the actuator assembly comprising: a biasing member (190; 490; 590); a traveling member (150; 250; 450; 550) configured to be displaced by the biasing member when the actuator assembly is actuated; and an impact member (160; 260; 460; 560) coupled to the needle assembly, the impact member configured to displace at least a portion of the needle assembly when the traveling member impacts the impact member; wherein the needle assembly comprises a first cutting member (204; 302) and a second cutting member (206; 304), wherein the second cutting member is fixedly coupled to the impact member; characterized in that the tissue biopsy device comprises a follower (170; 270; 470; 570), wherein the first cutting member (204; 302) is fixedly coupled to the follower (170; 270; 470; 570), wherein the follower (170; 270; 470; 570) is releasably coupled to the impact member , and the follower (170; 270; 470; 570) is configured to decouple from the impact member such that the impact member travels a longer distance than the follower when the device is actuated. a handle (120; 420) configured to be grasped by a user; a needle assembly (202; 302; 505) operably coupled to the handle, the needle assembly configured to sever a tissue sample; and an actuator assembly operably coupled to the handle and needle assembly, the actuator assembly comprising: a biasing member (190; 490; 590); a traveling member (150; 250; 450; 550) configured to be displaced by the biasing member when the actuator assembly is actuated; and an impact member (160; 260; 460; 560) coupled to the needle assembly, the impact member configured to displace at least a portion of the needle assembly when the traveling member impacts the impact member; a biasing member (190; 490; 590); a traveling member (150; 250; 450; 550) configured to be displaced by the biasing member when the actuator assembly is actuated; and an impact member (160; 260; 460; 560) coupled to the needle assembly, the impact member configured to displace at least a portion of the needle assembly when the traveling member impacts the impact member; wherein the needle assembly comprises a first cutting member (204; 302) and a second cutting member (206; 304), wherein the second cutting member is fixedly coupled to the impact member; characterized in that the tissue biopsy device comprises a follower (170; 270; 470; 570), wherein the first cutting member (204; 302) is fixedly coupled to the follower (170; 270; 470; 570), wherein the follower (170; 270; 470; 570) is releasably coupled to the impact member , and the follower (170; 270; 470; 570) is configured to decouple from the impact member such that the impact member travels a longer distance than the follower when the device is actuated.
A terminal comprising: a reception unit configured to receive a Mask Index specifying an available transmission occasion for a random access channel, wherein the mask index is one of a plurality of mask indexes, each associated with respective types of trigger for a random access procedure; a control unit configured to identify, based on the received Mask Index among the mask indexes, an available random access channel resource in a time domain or a frequency domain; and a transmission unit configured to transmit a random access preamble using the available random access channel resource. a reception unit configured to receive a Mask Index specifying an available transmission occasion for a random access channel, wherein the mask index is one of a plurality of mask indexes, each associated with respective types of trigger for a random access procedure; a control unit configured to identify, based on the received Mask Index among the mask indexes, an available random access channel resource in a time domain or a frequency domain; and a transmission unit configured to transmit a random access preamble using the available random access channel resource.