mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: sending , by a first terminal, third information to a second terminal, wherein the third information is used to request to obtain information about a second resource used by the second terminal for uplink data transmission; receiving , by the first terminal, second information from the second terminal, wherein the second information comprises the information about the second resource used by the second terminal for uplink data transmission; sending , by the first terminal, first information to the second terminal, wherein the first information is used to instruct the second terminal to stop using a first resource to send uplink data, wherein the first resource is a part of the second resource; and sending , by the first terminal, uplink data by using the first resource. sending , by a first terminal, third information to a second terminal, wherein the third information is used to request to obtain information about a second resource used by the second terminal for uplink data transmission; receiving , by the first terminal, second information from the second terminal, wherein the second information comprises the information about the second resource used by the second terminal for uplink data transmission; sending , by the first terminal, first information to the second terminal, wherein the first information is used to instruct the second terminal to stop using a first resource to send uplink data, wherein the first resource is a part of the second resource; and sending , by the first terminal, uplink data by using the first resource.
Immune cells that express a chimeric antigen receptor (CAR) that targets CD5 for use in a method of inhibiting proliferation and/or activity of CD5-positive cells in an individual, the method comprising the step of contacting the CD5-positive cells with a therapeutically effective amount of the immune cells, and the CAR comprising an antigen binding domain, a transmembrane domain and a spacer region, wherein the spacer region links the antigen binding domain to the transmembrane domain and comprises an IgG hinge region and a CH3 domain of IgG Fc and does not comprise a CH2 domain of IgG Fc.
In vitro or ex vivo use of resistance of genomic DNA against damage by radiation as a biomarker for proliferative diseases and susceptibility thereof, wherein an increased resistance of the genomic DNA is indicative for a proliferative disease and/or increased susceptibility thereof comprising analyzing a biological sample containing cells from a subject to determine the resistance of genomic DNA.
Regulating valve arrangement for a connecting apparatus between a dental instrument and a supply hose, having - a fluid plug-in nipple which extends along a longitudinal axis (L) and has a fluid channel section which extends rectilinearly parallel to the longitudinal axis (L), characterized by - a bore which crosses the fluid channel section transversely and has a conical region which is formed at the height of the fluid channel section , and - a closure part which is mounted in the bore in a manner movable back and forth between a closed position and an open position, wherein, in the closed position, the fluid channel section is closed and, in the open position, the fluid channel section is open, wherein the closure part has a conical sealing surface which, in the closed position, bears sealingly against the conical region . - a fluid plug-in nipple which extends along a longitudinal axis (L) and has a fluid channel section which extends rectilinearly parallel to the longitudinal axis (L), - a bore which crosses the fluid channel section transversely and has a conical region which is formed at the height of the fluid channel section , and - a closure part which is mounted in the bore in a manner movable back and forth between a closed position and an open position, wherein, in the closed position, the fluid channel section is closed and, in the open position, the fluid channel section is open,
A test and measurement instrument for extracting waveforms from a differential transmission line that electrically connects a first device and a second device in concurrent signal communication, comprising: a first input configured to receive a superimposed voltage waveform from a voltage probe electrically coupled to the differential transmission line ; a second input configured to receive a superimposed current waveform from a current probe (200;300) coupled to the differential transmission line ; and one or more processors configured to receive the superimposed voltage waveform and the superimposed current waveform and determine a voltage of the first device and a voltage of the second device based on the superimposed voltage waveform , the superimposed current waveform , and an impedance of the differential transmission line ; wherein the one or more processors are adapted to determine the voltage of the first device by subtracting the voltage of the second device from the superimposed voltage waveform , and to determine the voltage of the second device by subtracting the voltage of the first device from the superimposed voltage waveform . a first input configured to receive a superimposed voltage waveform from a voltage probe electrically coupled to the differential transmission line ; a second input configured to receive a superimposed current waveform from a current probe (200;300) coupled to the differential transmission line ; and one or more processors configured to receive the superimposed voltage waveform and the superimposed current waveform and determine a voltage of the first device and a voltage of the second device based on the superimposed voltage waveform , the superimposed current waveform , and an impedance of the differential transmission line ; wherein the one or more processors are adapted to determine the voltage of the first device by subtracting the voltage of the second device from the superimposed voltage waveform , and to determine the voltage of the second device by subtracting the voltage of the first device from the superimposed voltage waveform .
A retroreflective sheet comprising: a retroreflective layer including a plurality of retroreflective elements on one surface; a back face layer provided to face the retroreflective elements and having a surface on a retroreflective elements side at least a part of which is made of resin; characterized in that the retroreflective sheet comprising further: a plurality of particles disposed between the retroreflective elements and the back face layer and having a surface at least a part of which is made of resin; and voids formed between the retroreflective elements and the back face layer , wherein the voids are supported by the plurality of particles . a retroreflective layer including a plurality of retroreflective elements on one surface; a back face layer provided to face the retroreflective elements and having a surface on a retroreflective elements side at least a part of which is made of resin; characterized in that the retroreflective sheet comprising further: a plurality of particles disposed between the retroreflective elements and the back face layer and having a surface at least a part of which is made of resin; and voids formed between the retroreflective elements and the back face layer , wherein the voids are supported by the plurality of particles . a plurality of particles disposed between the retroreflective elements and the back face layer and having a surface at least a part of which is made of resin; and voids formed between the retroreflective elements and the back face layer , wherein the voids are supported by the plurality of particles .
A method for manufacturing a capillary usable as part of a hollow-core photonic crystal fiber, the method comprising: obtaining a capillary having a capillary wall comprising a first wall thickness; chemically etching the capillary wall to reduce the wall thickness of the capillary wall; and during performance of said etching step, locally varying a control parameter along the length of the capillary, the control parameter relating to reactivity of an etchant used in the etching step, so as to control the etched wall thickness of the capillary wall along the capillary length. obtaining a capillary having a capillary wall comprising a first wall thickness; chemically etching the capillary wall to reduce the wall thickness of the capillary wall; and during performance of said etching step, locally varying a control parameter along the length of the capillary, the control parameter relating to reactivity of an etchant used in the etching step, so as to control the etched wall thickness of the capillary wall along the capillary length.
Decorative cosmetic composition comprising at least one polyurethane obtainable by reacting one or more water-insoluble, non-water-dispersible, isocyanate-functional polyurethane prepolymers A) having a content of ionic and ionogenic groups of below 15 milliequivalents per 100 g of polyurethane prepolymer A) with one or more amino-functional compounds B) in which the amino-functional compounds B) include at least one amino-functional compound B2) having sulphonate or sulphonic acid groups, wherein the cosmetic composition comprises one or more constituents which produce a decorative effect, such as a colouring or an effect-imparting effect.
A guard module for monitoring operability of an input module and an output module of a control device having a modular structure, the guard module comprising: a bus module part configured to receive state information from the input module and the output module ; a logic module part configured to evaluate the state information from the input module and the output module ; an output module part (20; 42) configured to confirm an output signal of the output module based on the evaluation, wherein the input module and the output module form a first potential group within the modular structure, and wherein at least the logic module part of the guard module forms a second potential group independent of the first potential group within the modular structure. a bus module part configured to receive state information from the input module and the output module ; a logic module part configured to evaluate the state information from the input module and the output module ; an output module part (20; 42) configured to confirm an output signal of the output module based on the evaluation, wherein the input module and the output module form a first potential group within the modular structure, and wherein at least the logic module part of the guard module forms a second potential group independent of the first potential group within the modular structure.
Water tank facility for a drinks machine , in particular for a fully automatic coffee machine , with a collection tank and a water tank , wherein the water tank can be connected to a fixed water connection via an inlet and an AquaStop valve which can be actuated electrically, and said water tank having an overflow , which runs from the water tank into the collection tank , wherein the AquaStop valve is open in the powered state and is closed in the unpowered state, an outlet valve , via which water can be drained from the water tank , and wherein a float switch arranged in the collection tank is designed such that it opens from a predefined water level in the collection tank and interrupts a power supply to the AquaStop valve , thereby closing it, characterised in that the water tank is arranged in the collection tank .
Die representing a tread pattern model for a tread of a tyre to be moulded, said die being made up of a plurality of blocks separated by grooves , characterized in that the grooves are formed by substantially flat surfaces, at least some of these substantially flat surfaces being provided with textures , and in that the textures of the dies are realized by 3D printing or laser machining, with the aid of punches, or by selective fusion of metal powder, or by electrical discharge machining, and in that the substantially flat surfaces provided with textures are on the walls of blocks , and in that said die is formed by clustering of a plurality of blocks.
A fire-resistant paint composition comprising: 70 to 95 wt% of a binder; 1 to 10 wt% of aerogel; 1 to 5 wt% of a foaming agent, the foaming agent being one or a mixture of two or more selected from the group consisting of calcium carbonate (CaCO 3 ), magnesium carbonate (MgCO 3 ), vermiculite, perlite, limestone and sodium bicarbonate (NaHCO 3 ); 0.1 to 5 wt% of additives; and water as the remainder, wherein: the aerogel includes, in its pores, the binder, the foaming agent, and the water; and the additives include one or more selected from the group consisting of a surfactant, a leveling agent, and a water-resistant additive. 70 to 95 wt% of a binder; 1 to 10 wt% of aerogel; 1 to 5 wt% of a foaming agent, the foaming agent being one or a mixture of two or more selected from the group consisting of calcium carbonate (CaCO 3 ), magnesium carbonate (MgCO 3 ), vermiculite, perlite, limestone and sodium bicarbonate (NaHCO 3 ); 0.1 to 5 wt% of additives; and water as the remainder, wherein: the aerogel includes, in its pores, the binder, the foaming agent, and the water; and the additives include one or more selected from the group consisting of a surfactant, a leveling agent, and a water-resistant additive. the aerogel includes, in its pores, the binder, the foaming agent, and the water; and the additives include one or more selected from the group consisting of a surfactant, a leveling agent, and a water-resistant additive.
A compressor , in particular a compressor for compressing a refrigerant, having one or a plurality of pistons and a cylinder block , and a compressor housing which encloses the compressor at least partially, the piston/pistons being arranged such that they can move to and fro in corresponding cylinder bores or cylinders which are arranged at least partially in the cylinder block and/or in the compressor housing, the compressor having, furthermore, an impedance tube and an outlet for outputting the refrigerant from the compressor , in particular an outlet flange , wherein, for one or more, in particular for in each case two cylinders , the compressor has an associated high pressure volume and a common high pressure volume , into which the individual high pressure volumes open, the common high pressure volume being connected to the outlet , and wherein the impedance tube is arranged in the connection between the common high pressure volume and the outlet or forms the connection between the common high pressure volume and the outlet , characterized in that a shut-off valve is arranged upstream of the outlet and in that the impedance tube is arranged in the connection between the common high pressure volume and the shut-off valve . a shut-off valve is arranged upstream of the outlet and in that the impedance tube is arranged in the connection between the common high pressure volume and the shut-off valve .
A method for storage and transportation of an empty case of a firearm bullet cartridge for forensic investigation, wherein said case comprises a cylindrical shell which is substantially closed at one end, wherein a device comprising a container is used having a bottom wall, a side wall and an opening, and wherein a cap is attached to the container for sealing the opening of said container, characterized in that said cap is provided with holding means which are inserted in the empty case, which restrict lateral movement of the empty case in said container when the cap is attached to the container .
A control device comprising: index value calculation means (173; 103) configured to calculate index values indicating a quantity of declination per unit time of a component temperature of an electronic component included in ICT equipment , based on detection results of a plurality of temperature sensors (22~24) that detect the component temperature of the electronic component ; and a threshold storing section configured to store a threshold (Th); control means (172; 104) configured to control the number of rotations of a cooling fan in accordance with the index values calculated by the index value calculation means (173; 103) and an intake air temperature detected by an intake air temperature sensor , wherein the control means (172; 104) is configured to compare each index value with the threshold (Th) stored in the threshold storing section ; and the control means (172; 104) is configured to stop rotation of the cooling fan if at least one of the index values is higher than the threshold (Th) and is configured to control the number of rotations of the cooling fan to be a first speed (R1) if all index values of the temperature sensors (22~24) are lower than the threshold (Th). index value calculation means (173; 103) configured to calculate index values indicating a quantity of declination per unit time of a component temperature of an electronic component included in ICT equipment , based on detection results of a plurality of temperature sensors (22~24) that detect the component temperature of the electronic component ; and a threshold storing section configured to store a threshold (Th); control means (172; 104) configured to control the number of rotations of a cooling fan in accordance with the index values calculated by the index value calculation means (173; 103) and an intake air temperature detected by an intake air temperature sensor , wherein the control means (172; 104) is configured to compare each index value with the threshold (Th) stored in the threshold storing section ; and the control means (172; 104) is configured to stop rotation of the cooling fan if at least one of the index values is higher than the threshold (Th) and is configured to control the number of rotations of the cooling fan to be a first speed (R1) if all index values of the temperature sensors (22~24) are lower than the threshold (Th).
Fuel-supply device, in particular a carburettor, having a housing in which there is formed an intake-channel section into which at least one fuel opening opens out, wherein the fuel-supply device has at least one fuel channel in which a valve is arranged, wherein the valve has a valve plate , wherein the valve has a closed position in which the valve plate abuts against a valve seat , and wherein the valve has an open position , wherein the valve plate covers a valve stroke (h) between the open position and the closed position , wherein at least one annular gap is formed in the fuel channel , wherein the gap width (b) of the annular gap is matched to the stroke (a) of the valve plate of the valve in such a way that the gap width (b) is not greater than twice the stroke (a), and wherein the flow cross section of the annular gap is larger than the flow cross section of the valve , wherein the flow cross sections are area cross-sections, and characterized - in that the annular gap is formed separately from the valve plate and does not extend along the outer periphery of the valve plate , in that the annular gap is delimited by an inner wall and an outer wall , and in that the valve seat and the inner wall of the annular gap are formed on the same component, or - in that a main fuel nozzle having a valve opens out into the intake-channel section , in that the main fuel nozzle is arranged in a bore , and in that the annular gap is formed between the wall of the bore and the outer periphery of the main fuel nozzle . - in that the annular gap is formed separately from the valve plate and does not extend along the outer periphery of the valve plate , in that the annular gap is delimited by an inner wall and an outer wall , and in that the valve seat and the inner wall of the annular gap are formed on the same component, or - in that a main fuel nozzle having a valve opens out into the intake-channel section , in that the main fuel nozzle is arranged in a bore , and in that the annular gap is formed between the wall of the bore and the outer periphery of the main fuel nozzle .
Connecting rod for an internal combustion engine with variable compression, having an adjusting device for adjusting an effective connecting-rod length, wherein an adjustment travel of the adjusting device is adjustable by means of a switching valve , wherein a valve housing of the switching valve is provided in a bore of the connecting rod so as to be axially secured in relation to a valve axis of the switching valve , characterized in that the connecting rod or the valve housing respectively has one or more axial countersink bores , the protrusions of which are, for the purposes of axially securing the switching valve , deformed into one or more end-side recesses of the valve housing or of the connecting rod respectively.
A reader-incubator apparatus suitable to be operated onboard a vehicle and arranged to incubate a lateral flow test strip at an increased temperature above room temperature during a change representing a test result occurring on said lateral flow test strip and to generate a diagnostic test result from said lateral flow test strip , said apparatus comprising: a. a power source ; b. an optical reader comprising a light source and an optical sensor; c. a microprocessor within said reader-incubator apparatus and in communication with said optical reader comprising means to communicate to said vehicle, wherein said microprocessor is adapted to generate said diagnostic test result and deliver a test progress transmission and a diagnostic test result data transmission to an external microprocessor onboard said vehicle; and d. a module having: i. a cavity arranged to receive said lateral flow test strip such that said lateral flow test strip is aligned in an optical path with said optical reader, wherein the cavity comprises an illumination aperture arranged to allow light from the light source of the optical reader to illuminate the test strip and to allow the optical sensor of the optical reader, positioned below the cavity , to detect changes on the test strip ii. a hood secured to said reader-incubator apparatus to enclose said lateral flow test strip in a closed position. a. a power source ; b. an optical reader comprising a light source and an optical sensor; c. a microprocessor within said reader-incubator apparatus and in communication with said optical reader comprising means to communicate to said vehicle, wherein said microprocessor is adapted to generate said diagnostic test result and deliver a test progress transmission and a diagnostic test result data transmission to an external microprocessor onboard said vehicle; and d. a module having: i. a cavity arranged to receive said lateral flow test strip such that said lateral flow test strip is aligned in an optical path with said optical reader, wherein the cavity comprises an illumination aperture arranged to allow light from the light source of the optical reader to illuminate the test strip and to allow the optical sensor of the optical reader, positioned below the cavity , to detect changes on the test strip ii. a hood secured to said reader-incubator apparatus to enclose said lateral flow test strip in a closed position. i. a cavity arranged to receive said lateral flow test strip such that said lateral flow test strip is aligned in an optical path with said optical reader, wherein the cavity comprises an illumination aperture arranged to allow light from the light source of the optical reader to illuminate the test strip and to allow the optical sensor of the optical reader, positioned below the cavity , to detect changes on the test strip ii. a hood secured to said reader-incubator apparatus to enclose said lateral flow test strip in a closed position.