mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid control device comprising: a valve body defining an inlet , an outlet , and a flow path connecting the inlet and the outlet ; a valve seat; a control element movable relative to the valve body between a closed position, in which the control element engages the valve seat, and an open position, in which the control element is spaced away from the valve seat; an actuator assembly responsive to a sense pressure to control fluid flow through the fluid control device , the actuator assembly including a cavity defining a sensing chamber, and a stem operatively coupled to the control element and extending through the sensing chamber; a balance assembly operatively coupled to the control element in a first mode of operation and decoupled from the control element in a second mode of operation; wherein the balance assembly is configured to apply a force to the control element in the first mode of operation to urge the control element toward the valve seat, wherein the balance assembly comprises a floating stem disposed between the sensing chamber of the actuator assembly and the outlet of the valve body , and wherein the floating stem is in contact with the stem of the actuator assembly in the first mode of operation and is spaced away from the stem of the actuator assembly in the second mode of operation. a valve body defining an inlet , an outlet , and a flow path connecting the inlet and the outlet ; a valve seat; a control element movable relative to the valve body between a closed position, in which the control element engages the valve seat, and an open position, in which the control element is spaced away from the valve seat; an actuator assembly responsive to a sense pressure to control fluid flow through the fluid control device , the actuator assembly including a cavity defining a sensing chamber, and a stem operatively coupled to the control element and extending through the sensing chamber; a balance assembly operatively coupled to the control element in a first mode of operation and decoupled from the control element in a second mode of operation; wherein the balance assembly is configured to apply a force to the control element in the first mode of operation to urge the control element toward the valve seat, wherein the balance assembly comprises a floating stem disposed between the sensing chamber of the actuator assembly and the outlet of the valve body , and wherein the floating stem is in contact with the stem of the actuator assembly in the first mode of operation and is spaced away from the stem of the actuator assembly in the second mode of operation.
Compactor assembly comprising a compactor and a transport device for supplying the compactor with empties, wherein the transport device comprises: • two tensioning rollers ; • a transport belt which is tensioned by means of the two tensioning rollers ; characterized by • a plurality of supporting arrangements for supporting the transport belt that are arranged in a first row and in a second row , wherein each of the plurality of supporting arrangements comprises a carrying roller and a rotary bearing , wherein the carrying roller is mounted so as to be rotatable about an axis of rotation by means of the rotary bearing , and wherein the carrying roller has an outer surface on which the transport belt rests, wherein the outer surface encloses, with a plane transversely with respect to the axis of rotation , an angle in a range from 10° to 45°, wherein the axes of rotation of the plurality of support arrangements are substantially parallel to one another, and wherein the respective axis of rotation is substantially vertical. • two tensioning rollers ; • a transport belt which is tensioned by means of the two tensioning rollers ; characterized by • a plurality of supporting arrangements for supporting the transport belt that are arranged in a first row and in a second row , wherein each of the plurality of supporting arrangements comprises a carrying roller and a rotary bearing , wherein the carrying roller is mounted so as to be rotatable about an axis of rotation by means of the rotary bearing , and wherein the carrying roller has an outer surface on which the transport belt rests, wherein the outer surface encloses, with a plane transversely with respect to the axis of rotation , an angle in a range from 10° to 45°,
Shut-off flap for a regulating device for regulating an air stream for a motor vehicle front-end module, comprising: - a panel for blocking the flow of air, - a pivot journal secured to the panel , characterized in that the pivot journal comprises a hollow so as to have an external surface and an internal surface , the internal surface having a connecting element designed to connect the panel and a drive member in rotation, characterized in that the connecting element comprises a plurality of sets of teeth . - a panel for blocking the flow of air, - a pivot journal secured to the panel , characterized in that the pivot journal comprises a hollow so as to have an external surface and an internal surface , the internal surface having a connecting element designed to connect the panel and a drive member in rotation, characterized in that the connecting element comprises a plurality of sets of teeth .
Dispensing device for spraying a sprayable fluid which is formed as a hand-held appliance, having a housing in which an air pump and an electric drive motor driving the air pump is provided, having a spray head which is in communication with the housing for dispensing the fluid, having a receiving space arranged in the housing for a storage container in which the fluid to be dispensed is stored, having a fluid line leading from the storage container to the spray head and a hose line leading from the air pump to the spray head , characterised in that the spray head has a first nozzle which is in communication with the fluid line and, separately, has a second nozzle which is supplied with the air flow from the hose line , and in that the nozzle opening of the first nozzle projects at least slightly into the air flow emerging from the second nozzle in order to atomise the fluid supplied through the first nozzle .
A nucleic acid extraction material, comprising: a substrate; and a polycation bonded to at least a portion of a surface of the substrate, the polycation consisting of a polymer of a quaternized monomer selected from the group consisting of a quaternized 1-vinylimidazole monomer and a quaternized dimethylaminoethyl methacrylate monomer, or a copolymer of a neutral monomer and the quaternized monomer. a substrate; and a polycation bonded to at least a portion of a surface of the substrate, the polycation consisting of a polymer of a quaternized monomer selected from the group consisting of a quaternized 1-vinylimidazole monomer and a quaternized dimethylaminoethyl methacrylate monomer, or a copolymer of a neutral monomer and the quaternized monomer.
A physical quantity measuring device comprising: a cylindrical case ; a sensor module configured to detect a physical amount; a joint attached with the sensor module ; an annular connector connected to a first open end of the cylindrical case and the joint ; a circuit substrate attached with an electronic circuit configured to receive a signal detected by the sensor module ; a cover placed to a second open end of the cylindrical case ; and a holder holding the circuit substrate , wherein the holder comprising a first end and a second end is configured to be housed in the cylindrical case in any one of a first posture and a second posture, the first end being engaged with the connector and the second end being in contact with the cover in the first posture, the first end being engaged with the cover and the second end being in contact with the connector in the second posture, and the holder comprises, at the first end , an engaging projection configured to be engaged with a first engagement groove provided to the connector and a second engagement groove provided to the cover . a cylindrical case ; a sensor module configured to detect a physical amount; a joint attached with the sensor module ; an annular connector connected to a first open end of the cylindrical case and the joint ; a circuit substrate attached with an electronic circuit configured to receive a signal detected by the sensor module ; a cover placed to a second open end of the cylindrical case ; and a holder holding the circuit substrate , wherein the holder comprising a first end and a second end is configured to be housed in the cylindrical case in any one of a first posture and a second posture, the first end being engaged with the connector and the second end being in contact with the cover in the first posture, the first end being engaged with the cover and the second end being in contact with the connector in the second posture, and the holder comprises, at the first end , an engaging projection configured to be engaged with a first engagement groove provided to the connector and a second engagement groove provided to the cover .
A device for measuring spatially resolved radiation signals, in particular light signals, in particular for the reflectometric interference spectroscopy (RIfS), comprising a spatial modulator for the spatially resolved imaging of paired locations, further comprising a detector for receiving a signal, and further comprising a computer which is configured for controlling the spatial modulator for imaging the paired locations onto the detector , either by means of a specific Hadamard sequency, wherein one of the Hadamard sequencies is inverted at one location with respect to the other assigned location, and the signal received by the detector is evaluated by means of a Hadamard transformation for computing the intensity difference between the paired locations, or which is configured for controlling the spatial modulator for imaging the locations onto the detector by means of amplitude modulating the locations with the same sinus frequency, however with a phase-shifting of 180°, and for evaluating the signal received by the detector using a Fourier transformation for computing the intensity difference between the paired locations.
A side-gate nozzle assembly for delivering a stream of moldable material to a cavity insert located beside the side-gate nozzle assembly, the side-gate nozzle assembly being characterised by comprising: a heated nozzle body having a nozzle body flow channel extending therethrough and a widthwise slot extending across a downstream side of the heated nozzle body, the nozzle body flow channel having a nozzle body outlet that ends at a wall of the slot; a load component received in the slot, the load component having a load component flow channel in fluid communication between the nozzle body outlet that ends at the wall of the slot and a load component outlet an end of the load component; and a side-gate tip assembly adjacent to the end of the load component and in fluid communication between the load component flow channel and the cavity insert, wherein in operation thermal expansion of the load component causes the end of the load component to press the side-gate tip assembly towards the cavity insert. a heated nozzle body having a nozzle body flow channel extending therethrough and a widthwise slot extending across a downstream side of the heated nozzle body, the nozzle body flow channel having a nozzle body outlet that ends at a wall of the slot; a load component received in the slot, the load component having a load component flow channel in fluid communication between the nozzle body outlet that ends at the wall of the slot and a load component outlet an end of the load component; and a side-gate tip assembly adjacent to the end of the load component and in fluid communication between the load component flow channel and the cavity insert, wherein in operation thermal expansion of the load component causes the end of the load component to press the side-gate tip assembly towards the cavity insert.
Method for generating steam and cold while supplying electrical energy to a compression refrigeration machine and a high-temperature heat pump , wherein a refrigerant circulating in the refrigerant circuit of the compression refrigeration machine and a heat transfer fluid circulating in the heat transfer fluid circuit of the high-temperature heat pump are in operative connection with one another via a heat transfer device incorporated in the refrigerant circuit and the heat transfer fluid circuit , extracting thermal energy from the refrigerant circuit and introducing it into the heat transfer fluid circuit , wherein in the compression refrigeration machine in at least one heat transfer device arranged in the refrigerant circuit cold is extracted from a refrigerant fluid flowing to the at least one heat transfer device at a temperature of < 0 °C and is introduced into the refrigerant circulating in the refrigerant circuit and flowing to the at least one heat transfer device at a lower temperature than the refrigerant fluid , so that the temperature of the refrigerant fluid on the return side of the heat transfer device has a lower temperature than on the flow side of the heat transfer device , and wherein the refrigerant fluid in the refrigerant circuit is subsequently compressed and thereby heated and, thus heated, is fed in the refrigerant circuit to the heat transfer device , where thermal energy is extracted from the inflowing refrigerant and is introduced in a manner heating the heat transfer fluid into the heat transfer fluid circulating in the heat transfer fluid circuit of the high-temperature heat pump , this heated heat transfer fluid then being heated in the heat transfer fluid circuit by compression in such a manner that the thermal energy content of the compressed heat transfer fluid is sufficient to subsequently, in at least one further heat transfer device arranged in the heat transfer fluid circuit , with heat energy extracted from heat transfer fluid fed to this further heat transfer device and introduced in water flowing through this at least one further heat transfer device , evaporate the water to steam.
A method for producing an optical component resin, comprising a step of polymerizing a polymerizable composition containing a polyisocyanate component and a polythiol component containing 40 mol% or more of a polythiol compound having two or more sulfide bonds in a molecular structure thereof, wherein a hydrolyzable chlorine compound contained in the polyisocyanate component has a content in a range of 10 ppm by mass or more and 100 ppm by mass or less in the polyisocyanate component, a hydrolyzable chlorine compound is a compound that reacts with methanol to generate hydrogen chloride, and the content of the hydrolyzable chlorine compound contained in the polyisocyanate component is measured according to Plastic Polyurethane Raw Material Aromatic Isocyanate Test Method Part 3: Method for Determining Hydrolyzable Chlorine specified in JIS K1603-3: 2007. a step of polymerizing a polymerizable composition containing a polyisocyanate component and a polythiol component containing 40 mol% or more of a polythiol compound having two or more sulfide bonds in a molecular structure thereof, wherein a hydrolyzable chlorine compound contained in the polyisocyanate component has a content in a range of 10 ppm by mass or more and 100 ppm by mass or less in the polyisocyanate component, a hydrolyzable chlorine compound is a compound that reacts with methanol to generate hydrogen chloride, and the content of the hydrolyzable chlorine compound contained in the polyisocyanate component is measured according to Plastic Polyurethane Raw Material Aromatic Isocyanate Test Method Part 3: Method for Determining Hydrolyzable Chlorine specified in JIS K1603-3: 2007.
A method for manufacturing a block copolymer-based three-dimensional polymorphic artificial structure comprising the steps of: forming a block copolymer layer by injecting a block copolymer (BCP) solution into each micro-well and drying the micro-well array formed on the substrate; forming a three-dimensional structure from the block copolymer layer to the top of the micro-well by applying a buffer to each micro-well in which the block copolymer layer is formed, thereby forming a buffer in each micro-well in which the block copolymer layer is formed, at least a part of the process of hydration by applying is performed in a state in which an electric field is applied between the top and bottom of the micro-well in which the block copolymer layer is formed. forming a block copolymer layer by injecting a block copolymer (BCP) solution into each micro-well and drying the micro-well array formed on the substrate; forming a three-dimensional structure from the block copolymer layer to the top of the micro-well by applying a buffer to each micro-well in which the block copolymer layer is formed, thereby forming a buffer in each micro-well in which the block copolymer layer is formed, at least a part of the process of hydration by applying is performed in a state in which an electric field is applied between the top and bottom of the micro-well in which the block copolymer layer is formed.
A conjugate of a fragment of a cellular wall of Corynebacterium granulosum and a physiologically acceptable carrier, wherein the fragment of cellular wall is P40 and the physiologically acceptable carrier comprises a mucopolysaccharide or a mucopolysaccharidic fraction for external use as medicament for modulating the immune or antibody response of skin and/or mucosa.
Cabin filter having a filter medium and a frame for attaching the cabin filter at or in a filter housing , wherein the frame features at least one engagement member , which can be pivotally engaged with at least one receiving member of the filter housing for pivoting the cabin filter with respect to the filter housing around a swivel axis , and at least one snap-in hook which can engage with at least one detent of the filter housing for locking a pivoting movement of the cabin filter relative to the filter housing at least in a first direction around the swivel axis , wherein at least one groove is provided on the frame and arranged such that a web of the filter housing can engage therein.
An image processing apparatus , comprising: reading means configured to perform reading processing to read a document and to generate image data based on the document; and selection means configured to receive a user input to select an output process from a plurality of output processes for outputting the image data generated by the reading processing, automatic scanning setting to set whether to perform automatic scanning in which a document is automatically scanned without pressing of a job start button, wherein the selection means is configured to receive the user input to select the output process while the reading means performs the reading processing, wherein a first setting screen is displayed when the selection means selects an output process before the reading means performs the reading processing and a second setting screen , different from the first setting screen, is displayed when the selection means selects the output process while the reading means performs the reading processing, in case the automatic scanning processing has been triggered, and wherein the first or second setting screens is displayed on an operation panel upon selection by the user of a copy button on a home screen on the operation panel , and wherein the first and second setting screens include a job start button allowing the user to instruct execution of a copy function as the output process in which an image is printed on a sheet based on the image data generated by the reading processing. reading means configured to perform reading processing to read a document and to generate image data based on the document; and selection means configured to receive a user input to select an output process from a plurality of output processes for outputting the image data generated by the reading processing, automatic scanning setting to set whether to perform automatic scanning in which a document is automatically scanned without pressing of a job start button, wherein the selection means is configured to receive the user input to select the output process while the reading means performs the reading processing, wherein a first setting screen is displayed when the selection means selects an output process before the reading means performs the reading processing and a second setting screen , different from the first setting screen, is displayed when the selection means selects the output process while the reading means performs the reading processing, in case the automatic scanning processing has been triggered, and wherein the first or second setting screens is displayed on an operation panel upon selection by the user of a copy button on a home screen on the operation panel , and wherein the first and second setting screens include a job start button allowing the user to instruct execution of a copy function as the output process in which an image is printed on a sheet based on the image data generated by the reading processing.
A communication circuit for communication at a carrier frequency via multiple antenna elements (5a-d) of a radio apparatus , comprising a plurality of radio units (15a-d), wherein each radio unit (15a-d) of said plurality of radio units (15a-d) is arranged to be connected to a separate antenna element (5a-d); and a local oscillator, LO, signal generation unit arranged to generate a plurality of LO signals (LOa-d) at distinct frequencies (f LOa -f LOd ), and supply a unique LO signal (LOa-d) of the plurality of LO signals (LOa-d) to each radio unit (15a-d) of the plurality of radio units (15a-d); wherein the radio units (15a-d) are receiver units (15a-d), and the LO signals (LOa-d) are supplied to down-conversion mixers (220a-d) of the respective receiver units (15a-d); and the communication circuit comprises a baseband processing unit configured to receive baseband output signals from the receiver units (15a-d); characterized in that the baseband processing unit is configured to frequency align the baseband output signals; and recombine the frequency-aligned baseband output signals; and in that the communication circuit is configured to be used in a radio communications system having an associated frequency grid with a grid spacing (d), wherein the spacing between any two of the distinct frequencies (f LOa -f LOd ) is an integer multiple of the grid spacing (d). a plurality of radio units (15a-d), wherein each radio unit (15a-d) of said plurality of radio units (15a-d) is arranged to be connected to a separate antenna element (5a-d); and a local oscillator, LO, signal generation unit arranged to generate a plurality of LO signals (LOa-d) at distinct frequencies (f LOa -f LOd ), and supply a unique LO signal (LOa-d) of the plurality of LO signals (LOa-d) to each radio unit (15a-d) of the plurality of radio units (15a-d); wherein the radio units (15a-d) are receiver units (15a-d), and the LO signals (LOa-d) are supplied to down-conversion mixers (220a-d) of the respective receiver units (15a-d); and the communication circuit comprises a baseband processing unit configured to receive baseband output signals from the receiver units (15a-d); characterized in that the baseband processing unit is configured to frequency align the baseband output signals; and recombine the frequency-aligned baseband output signals; frequency align the baseband output signals; and recombine the frequency-aligned baseband output signals; and in that the communication circuit is configured to be used in a radio communications system having an associated frequency grid with a grid spacing (d), wherein the spacing between any two of the distinct frequencies (f LOa -f LOd ) is an integer multiple of the grid spacing (d).