mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging apparatus comprising: a subject-to-be-examined support unit that is arranged to support a subject to be examined; a light source unit that is arranged to output light entering the subject-to-be-examined support unit from a side opposite to a side by which the subject to be examined is supported; a plate member that is illuminated with the light that has been output from the light source unit and passed through the subject-to-be-examined support unit and the subject to be examined, and emits fluorescence or reflects light as reflection light; a detector that is arranged to detect the fluorescence that has been emitted from the plate member and passed through the subject-to-be-examined support unit and the subject to be examined, or the light that has been reflected, as the reflection light, from the plate member and passed through the subject-to-be-examined support unit and the subject to be examined; characterized in that the imaging apparatus further comprises a plate support unit that is arranged to support the plate member , wherein the plate support unit is structured in such a manner that a distance between the subject-to-be-examined support unit and the plate member is changeable by moving the plate member in a direction closer to the subject-to-be-examined support unit and in a direction away from the subject-to-be-examined support unit . a subject-to-be-examined support unit that is arranged to support a subject to be examined; a light source unit that is arranged to output light entering the subject-to-be-examined support unit from a side opposite to a side by which the subject to be examined is supported; a plate member that is illuminated with the light that has been output from the light source unit and passed through the subject-to-be-examined support unit and the subject to be examined, and emits fluorescence or reflects light as reflection light; a detector that is arranged to detect the fluorescence that has been emitted from the plate member and passed through the subject-to-be-examined support unit and the subject to be examined, or the light that has been reflected, as the reflection light, from the plate member and passed through the subject-to-be-examined support unit and the subject to be examined; characterized in that the imaging apparatus further comprises a plate support unit that is arranged to support the plate member , wherein the plate support unit is structured in such a manner that a distance between the subject-to-be-examined support unit and the plate member is changeable by moving the plate member in a direction closer to the subject-to-be-examined support unit and in a direction away from the subject-to-be-examined support unit .
Drive system for driving a crusher of a material comminution plant, having a main drive and a transfer gearbox driven by the main drive , the transfer gearbox driving at least one generator and a first hydraulic pump connected in a switchable manner to the transfer gearbox , characterised in that a switchable fluid coupling is connected in the transmission path from the transfer gearbox to the crusher , in that the switchable fluid coupling and a pump are fluidically connected to one another in a pump circuit, and in that a fluid can be fed to the switchable fluid coupling by means of the pump .
A yeast Saccharomyces sp. OMK-58, wherein the strain is stored in China Center for Type Culture Collection with CCTCC NO: M 2018479.
Method for analyzing samples of a gas in a rotary cement kiln by means of gas sampling probes, characterized in that a first and a second gas sampling probe are provided, wherein the first gas sampling probe is moved so as to reach a sampling position, wherein gas samples are withdrawn from the kiln and analyzed by means of the first gas sampling probe being in the sampling position, while the second gas sampling probe is kept in a retracted position and is purged, whereupon the second gas sampling probe is moved so as to reach a sampling position, and the first gas sampling probe is moved from the sampling position to the retracted position and is purged, while gas samples are withdrawn from the kiln and analyzed by means of the second gas sampling probe being in the sampling position.
Method for manufacturing an aluminium or aluminium alloy part by additive manufacturing comprising a step in which a layer of a powder mixture is locally melted and then solidified, characterised in that the powder mixture comprises: - first aluminium or aluminium alloy particles, and - second silicon carbide particles, and - third particles comprising zirconium, the zirconium being in elemental form, in oxide form or in silicide form, the second particles and the third particles representing between 0.5 and 20 wt% of the powder mixture, the molar ratio Zr/C being between 1 and 10 and the additive manufacturing method being an electron beam melting method or a powder bed laser fusion method. - first aluminium or aluminium alloy particles, and - second silicon carbide particles, and - third particles comprising zirconium, the zirconium being in elemental form, in oxide form or in silicide form,
A key input apparatus comprising: a main board ; a touch screen having a display and a touch panel attached to the display, wherein the display and touch panel have flexibility and elasticity; and at least one press switch placed between the main board and the touch screen ; wherein the press switch comprises: first and second conductive pads placed on the main board and spaced apart from each other; a conductive film having flexibility and placed below the touch screen , wherein the conductive film is spaced apart from the second conductive pad ; characterized in that the apparatus further comprises a member placed between the first conductive pad and the conductive film , for electrically connecting the first conductive pad and the conductive film , wherein upon pressing the touch screen , the conductive film which is stretched together with the touch screen is brought into contact with the second conductive pad , and the second conductive pad is electrically connected with the first conductive pad via the conductive film and the member . a main board ; a touch screen having a display and a touch panel attached to the display, wherein the display and touch panel have flexibility and elasticity; and at least one press switch placed between the main board and the touch screen ; wherein the press switch comprises: first and second conductive pads placed on the main board and spaced apart from each other; a conductive film having flexibility and placed below the touch screen , wherein the conductive film is spaced apart from the second conductive pad ; characterized in that the apparatus further comprises a member placed between the first conductive pad and the conductive film , for electrically connecting the first conductive pad and the conductive film , first and second conductive pads placed on the main board and spaced apart from each other; a conductive film having flexibility and placed below the touch screen , wherein the conductive film is spaced apart from the second conductive pad ; characterized in that the apparatus further comprises a member placed between the first conductive pad and the conductive film , for electrically connecting the first conductive pad and the conductive film , wherein upon pressing the touch screen , the conductive film which is stretched together with the touch screen is brought into contact with the second conductive pad , and the second conductive pad is electrically connected with the first conductive pad via the conductive film and the member .
Composition for production of a thermoplastic moulding compound, wherein the composition comprises or consists of the following constituents: A) 50-90% by weight of aromatic polycarbonate or polyestercarbonate having a relative solution viscosity of at least 1.285, measured in CH 2 Cl 2 as solvent at 25°C and a concentration of 0.5 g/100 ml, B) 1-10% by weight of rubber-modified graft polymer, C) 2.5-10% by weight of boron nitride, D) 4-20% by weight of talc, E) 2-20% by weight of phosphorus-containing flame retardant, F) 0-20% by weight of further additives. A) 50-90% by weight of aromatic polycarbonate or polyestercarbonate having a relative solution viscosity of at least 1.285, measured in CH 2 Cl 2 as solvent at 25°C and a concentration of 0.5 g/100 ml, B) 1-10% by weight of rubber-modified graft polymer, C) 2.5-10% by weight of boron nitride, D) 4-20% by weight of talc, E) 2-20% by weight of phosphorus-containing flame retardant, F) 0-20% by weight of further additives.
A purification media device for installation within a reservoir defined by a tank , a cover , a first port and a second port to permit a flow of water from the first port through the reservoir to the second port , the purification media device comprising: a porous container ; purification media retained in the porous container ; and a flow controller configured to control a flow of water through the purification media device from a water entrance side to a water exit side of the purification media device and through the purification media therein, with the flow controller being integral to the porous container , wherein the flow controller is arranged at a top side upper interior surface of the porous container and/or a bottom side lower interior surface of the porous container , wherein the flow controller is one of a rigid member, a flexible member, or combinations of rigid and flexible, and wherein the flow controller has a lower porosity than other regions of the porous container not having the flow controller . a porous container ; purification media retained in the porous container ; and a flow controller configured to control a flow of water through the purification media device from a water entrance side to a water exit side of the purification media device and through the purification media therein, with the flow controller being integral to the porous container , wherein the flow controller is arranged at a top side upper interior surface of the porous container and/or a bottom side lower interior surface of the porous container , wherein the flow controller is one of a rigid member, a flexible member, or combinations of rigid and flexible, and wherein the flow controller has a lower porosity than other regions of the porous container not having the flow controller .
Method (M) for producing a fibre composite laminate , comprising: subjecting (M2) a first preform , which comprises one or more dry fibre layers and a thermoplastic elastomer (2; 2a; 2b; 2c), to pressure and/or heat, so that the thermoplastic fraction of the thermoplastic elastomer (2; 2a; 2b; 2c) completely impregnates the dry fibre layers of the first preform in at least one first region (R1) and impregnates them only partially in at least one second region (R2); impregnating and curing (M4) the fibre layers of the second region (R2) of the first preform that are still dry, having not been impregnated by the thermoplastic fraction of the thermoplastic elastomer (2; 2a; 2b; 2c), in a thermosetting polymer matrix; and embedding (M1c) the dry fibre layers in a thermoplastic elastomer matrix to produce the first preform , wherein the pressure and/or the heat in the step of subjecting (M2) the first preform are varied locally. subjecting (M2) a first preform , which comprises one or more dry fibre layers and a thermoplastic elastomer (2; 2a; 2b; 2c), to pressure and/or heat, so that the thermoplastic fraction of the thermoplastic elastomer (2; 2a; 2b; 2c) completely impregnates the dry fibre layers of the first preform in at least one first region (R1) and impregnates them only partially in at least one second region (R2); impregnating and curing (M4) the fibre layers of the second region (R2) of the first preform that are still dry, having not been impregnated by the thermoplastic fraction of the thermoplastic elastomer (2; 2a; 2b; 2c), in a thermosetting polymer matrix; and embedding (M1c) the dry fibre layers in a thermoplastic elastomer matrix to produce the first preform , wherein the pressure and/or the heat in the step of subjecting (M2) the first preform are varied locally.
A work machine comprising a variable geometry supercharger having changeable supercharge pressure; a working device ; a variable displacement work hydraulic pump configured to be driven by an engine and supply pressure oil to an actuator configured to drive the working device ; and a supercharger control device configured to control the supercharger characterized in that the work machine further comprises: a substrate temperature sensor configured to be mounted on a control substrate included in the supercharger control device and detect the temperature of the control substrate; and a main control device configured to restrict, in case the temperature of the control substrate detected by the substrate temperature sensor is higher than a first temperature, a maximum absorbing torque of the work hydraulic pump as compared to the case where the temperature of the control substrate is lower than the first temperature. a variable geometry supercharger having changeable supercharge pressure; a working device ; a variable displacement work hydraulic pump configured to be driven by an engine and supply pressure oil to an actuator configured to drive the working device ; and a supercharger control device configured to control the supercharger a substrate temperature sensor configured to be mounted on a control substrate included in the supercharger control device and detect the temperature of the control substrate; and a main control device configured to restrict, in case the temperature of the control substrate detected by the substrate temperature sensor is higher than a first temperature, a maximum absorbing torque of the work hydraulic pump as compared to the case where the temperature of the control substrate is lower than the first temperature.
Flow device having a first line system for conducting a first fluid flow , wherein the first line system comprises a guide pipe and at least one guide means influencing a flow direction of the first fluid flow , and/or at least one flow body ; wherein the first fluid flow between an inflow region and an outflow region of the first line system in a circulation-flow region at a circumferential angle UW circulates in a radially encircling manner about an inflow axis and/or an outflow axis , wherein the circumferential angle UW preferably is substantially an integer multiple of 30°, 45°, 60°, 90°, 180°, or 360°; and at least one further line system for conducting a further fluid flow , wherein each of the line systems preferably has at least one entry connector and one exit connector (61, 62; 71, 72) for feeding or discharging, respectively, the respective fluid flow ; wherein a main flow axis of the further fluid flow is aligned so as to be substantially parallel with the inflow axis and/or the outflow axis of the first fluid flow , characterized in that in the guide pipe , in particular between the entry connector and the exit connector , at least one partition wall , which runs obliquely through a longitudinal cross section of the guide pipe , is disposed as a guide means , wherein the guide pipe , in that region which is enclosed by the pipe jacket , in the jacket thereof in each case has at least one, preferably a plurality of radial passages (27; 32) for the passage of the first fluid flow from the guide pipe into the intermediate space , or for the passage from the intermediate space into the guide pipe , respectively, along a flow direction of the first fluid flow .
A method of transmitting data, comprising: encapsulating at least one of video data and audio data in a datastream comprising a plurality of transport packets, each transport packet comprising a header portion and a payload portion; determining whether a particular transport packet can be transmitted using one of a full size packet header format and a reduced size packet header format; forming transport packets for the datastream in response to the determined format, wherein a first header of a first packet is provided as a reference for a second header for a second packet, the first header corresponding to the full size packet header format and the second header corresponding to the reduced size packet header format, wherein a sequence number of the first packet is represented by a plurality of bits in a first field of the first header, wherein a sequence number of said second packet, is indicated in a second field of said second header using least significant bits of another plurality of bits, said another plurality of bits corresponding to said sequence number of said second packet, and wherein a reference sequence number is indicated in a third field of the second header using least significant bits of said plurality of bits to indicate that the second header uses the first header as a reference; and transmitting the formed transport packets. encapsulating at least one of video data and audio data in a datastream comprising a plurality of transport packets, each transport packet comprising a header portion and a payload portion; determining whether a particular transport packet can be transmitted using one of a full size packet header format and a reduced size packet header format; forming transport packets for the datastream in response to the determined format, wherein a first header of a first packet is provided as a reference for a second header for a second packet, the first header corresponding to the full size packet header format and the second header corresponding to the reduced size packet header format, wherein a sequence number of the first packet is represented by a plurality of bits in a first field of the first header, wherein a sequence number of said second packet, is indicated in a second field of said second header using least significant bits of another plurality of bits, said another plurality of bits corresponding to said sequence number of said second packet, and wherein a reference sequence number is indicated in a third field of the second header using least significant bits of said plurality of bits to indicate that the second header uses the first header as a reference; and transmitting the formed transport packets.
A clothing treatment apparatus comprising: a heating part configured to heat a fluid; a movable spray part installed movably in a left and right direction thereof and configured to spray the heated fluid; a flow path member connected to the heating part and the movable spray part and configured to supply the heated fluid to the movable spray part ; and a driving part configured to move the movable spray part in the left and right direction, wherein the movable spray part comprises: an inlet into which the heated fluid is introduced; a plurality of spray ports through which the heated fluid is sprayed; and a spray pipe configured to communicate with the inlet , disposed in up and down direction of the movable spray part , and having the plurality of spray ports formed along a longitudinal direction of the spray pipe , wherein the movable spray part includes the plurality of spray pipes , and characterized in that the plurality of spray ports formed in at least two of the spray pipes have different heights from each other. a heating part configured to heat a fluid; a movable spray part installed movably in a left and right direction thereof and configured to spray the heated fluid; a flow path member connected to the heating part and the movable spray part and configured to supply the heated fluid to the movable spray part ; and a driving part configured to move the movable spray part in the left and right direction, wherein the movable spray part comprises: an inlet into which the heated fluid is introduced; a plurality of spray ports through which the heated fluid is sprayed; and a spray pipe configured to communicate with the inlet , disposed in up and down direction of the movable spray part , and having the plurality of spray ports formed along a longitudinal direction of the spray pipe , wherein the movable spray part includes the plurality of spray pipes , and characterized in that the plurality of spray ports formed in at least two of the spray pipes have different heights from each other. an inlet into which the heated fluid is introduced; a plurality of spray ports through which the heated fluid is sprayed; and a spray pipe configured to communicate with the inlet , disposed in up and down direction of the movable spray part , and having the plurality of spray ports formed along a longitudinal direction of the spray pipe , wherein the movable spray part includes the plurality of spray pipes , and characterized in that the plurality of spray ports formed in at least two of the spray pipes have different heights from each other.
Dual motor electric driveline , comprising: a transmission (TM) having an input and an output , a power take-off (PTO) , a first electric motor (EM1) drivingly engaged or selectively drivingly engaged with the input of the transmission (TM), a second electric motor (EM2), a first clutching device (C1), a second clutching device (C2), and an electronic control unit (ECU) , wherein the second electric motor (EM2) is selectively drivingly engaged with the input of the transmission (TM) through the first clutching device (C1), and wherein the second electric motor (EM2) is selectively drivingly engaged with the PTO through the second clutching device (C2), and wherein the electronic control unit (ECU) is configured to simultaneously close the first clutching device (C1) and the second clutching device (C2) to drivingly engage the PTO with the input of the transmission (TM) to allow energy or torque to be transferred between the PTO and the input of the transmission (TM). a transmission (TM) having an input and an output , a power take-off (PTO) , a first electric motor (EM1) drivingly engaged or selectively drivingly engaged with the input of the transmission (TM), a second electric motor (EM2), a first clutching device (C1), a second clutching device (C2), and an electronic control unit (ECU) , wherein the second electric motor (EM2) is selectively drivingly engaged with the input of the transmission (TM) through the first clutching device (C1), and wherein the second electric motor (EM2) is selectively drivingly engaged with the PTO through the second clutching device (C2), and wherein the electronic control unit (ECU) is configured to simultaneously close the first clutching device (C1) and the second clutching device (C2) to drivingly engage the PTO with the input of the transmission (TM) to allow energy or torque to be transferred between the PTO and the input of the transmission (TM).
Nerve cap for covering a nerve stump, comprising a tubular body with a closed end and an open end and essentially consisting of biodegradable polymeric material, which cap has at least one tab , wherein the polymeric material comprises a poly(DL-lactide-co-ε-caprolactone) copolymer obtained by the copolymerizaton of DL-lactide and ε-caprolactone, which copolymer has a lactide content of 51-75 mol%, preferably of 55-70 mol%, most preferably of 62-69 mol%, which nerve cap is obtainable by a method comprising providing a tube essentially consisting of biodegradable polymeric material and closing the tube by pressing it between two surfaces such that a tube closed in the radial direction is obtained, and wherein the tab is formed upon pressing the tube between the two surfaces.