mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a first tubular member having a first diameter and configured to attach to a printed circuit board; and a second tubular member having a second diameter different from the first diameter and holding an environmental sensor for collecting data relating to an environment of the printed circuit board, wherein the second tubular member is vertically adjustable relative to the first tubular member to enable vertical adjustment of the environmental sensor relative to the printed circuit board. a first tubular member having a first diameter and configured to attach to a printed circuit board; and a second tubular member having a second diameter different from the first diameter and holding an environmental sensor for collecting data relating to an environment of the printed circuit board, wherein the second tubular member is vertically adjustable relative to the first tubular member to enable vertical adjustment of the environmental sensor relative to the printed circuit board.
A surgical stapling device, comprising: a surgical staple cartridge including a deck surface and housing a plurality of surgical staples ; and an anvil including a staple-forming surface and being movably supported relative to the surgical staple cartridge such that the staple-forming surface may be positioned in confronting relationship relative to the staple cartridge deck surface ; wherein the stapling device is configured to form the plurality of staples housed in the staple cartridge against the staple-forming surface of the anvil in confronting relationship relative to the staple deck surface such that the staples are formed with different formed heights; characterized by a tissue thickness compensator positioned between the staple forming surface of the anvil and the staple cartridge deck surface and including a non-uniform thickness measured from the staple-forming surface of the anvil to the staple cartridge deck surface. a surgical staple cartridge including a deck surface and housing a plurality of surgical staples ; and an anvil including a staple-forming surface and being movably supported relative to the surgical staple cartridge such that the staple-forming surface may be positioned in confronting relationship relative to the staple cartridge deck surface ; wherein the stapling device is configured to form the plurality of staples housed in the staple cartridge against the staple-forming surface of the anvil in confronting relationship relative to the staple deck surface such that the staples are formed with different formed heights; characterized by a tissue thickness compensator positioned between the staple forming surface of the anvil and the staple cartridge deck surface and including a non-uniform thickness measured from the staple-forming surface of the anvil to the staple cartridge deck surface.
An organic semiconductor liquid composition comprising the following three components: an organic semiconductor; a liquid crystal compound; and an organic insulating polymer, wherein the organic semiconductor is a condensed polycyclic aromatic compound having a molecular weight of less than 1,000, the organic insulating polymer includes a resin having a constitutional unit represented by the following Formula la and/or a constitutional unit represented by the following Formula 1b, in the formulae, R's each independently represent a linear or branched alkyl group having 1 to 20 carbon atoms. an organic semiconductor; a liquid crystal compound; and an organic insulating polymer, wherein the organic semiconductor is a condensed polycyclic aromatic compound having a molecular weight of less than 1,000, the organic insulating polymer includes a resin having a constitutional unit represented by the following Formula la and/or a constitutional unit represented by the following Formula 1b, in the formulae, R's each independently represent a linear or branched alkyl group having 1 to 20 carbon atoms.
A piece of kitchen furniture having a control element,, wherein the furniture element has a work surface and a control part and one or more functional units, wherein the furniture element is designed to carry out at least one procedure and wherein the control element is designed such that the procedure of the furniture element is carried out in dependence on the position of the control element, wherein the control part is configured to control exactly one or a plurality of the functional units, and wherein the control part is freely positionable relative to the furniture element, and wherein a sensor system is present that detects at least one property of the control element and controls the procedure of the furniture element in dependence on this detection characterized in that the control part is positionable on the work surface and has a plurality of surfaces that differ to the extent that it can be recognized by means of the sensor system which surface faces or faces away from the sensor system and the work surface has the sensor system that detects at least one property of the control part , namely which surface of the control part lies on the work surface.
An autotaxin inhibitor for use in a method for treating or preventing: pruritus, an inflammatory disease or condition, an autoimmune disease or condition, elevated intraocular pressure, or combinations thereof in a mammal, wherein the inflammatory disease or condition, or the autoimmune disease or condition is: psoriasis, rheumatoid arthritis, vasculitis, inflammatory bowel disease, dermatitis, inflammatory muscle disease, allergic rhinitis, vaginitis, interstitial cystitis, scleroderma, eczema, lupus erythematosus, dermatomyositis, Sjögren's syndrome, thyroiditis, myasthenia gravis, autoimmune hemolytic anemia, multiple sclerosis, cystic fibrosis, chronic relapsing hepatitis, primary biliary cirrhosis, primary sclerosing cholangitis, allergic conjunctivitis or atopic dermatitis; wherein the autotaxin inhibitor has the following structure: or or a pharmaceutically acceptable salt, or solvate thereof. pruritus, an inflammatory disease or condition, an autoimmune disease or condition, elevated intraocular pressure, or combinations thereof in a mammal, wherein the inflammatory disease or condition, or the autoimmune disease or condition is: psoriasis, rheumatoid arthritis, vasculitis, inflammatory bowel disease, dermatitis, inflammatory muscle disease, allergic rhinitis, vaginitis, interstitial cystitis, scleroderma, eczema, lupus erythematosus, dermatomyositis, Sjögren's syndrome, thyroiditis, myasthenia gravis, autoimmune hemolytic anemia, multiple sclerosis, cystic fibrosis, chronic relapsing hepatitis, primary biliary cirrhosis, primary sclerosing cholangitis, allergic conjunctivitis or atopic dermatitis; wherein the autotaxin inhibitor has the following structure: or
A clamping chamber for clamping an inhaler dose cartridge for pulmonary delivery of a heat-vaporizing drug substance to a user, the inhaler dose cartridge sized to be clamped within the clamping chamber and comprising a frame which holds the heat-vaporizing drug substance; the clamping chamber comprising: a cartridge transport configured to move an inhaler dose cartridge from a storage position into a use position; at least two clamping members for engaging the inhaler dose cartridge such that the heat-vaporizing drug substance is in sealed alignment with an air conduit of the clamping chamber; the clamping chamber characterized by electrodes which are positioned to be in electrical contact with at least two electrical contact receiving regions of an electrically resistive heating element of the inhaler dose cartridge when the inhaler dose cartridge is clamped in the clamping chamber. a cartridge transport configured to move an inhaler dose cartridge from a storage position into a use position; at least two clamping members for engaging the inhaler dose cartridge such that the heat-vaporizing drug substance is in sealed alignment with an air conduit of the clamping chamber; the clamping chamber characterized by electrodes which are positioned to be in electrical contact with at least two electrical contact receiving regions of an electrically resistive heating element of the inhaler dose cartridge when the inhaler dose cartridge is clamped in the clamping chamber.
A portable inspection device for an ultrasonic flowmeter, comprising an inspection chamber having a fluid at zero flow velocity and having a first mounting location for a first ultrasonic transducer and a second mounting location for a second ultrasonic transducer of the ultrasonic flowmeter, so that the ultrasonic transducers (16a-b) are at least indirectly directed towards each other in the mounted state and generate an ultrasonic measurement path through the inspection chamber on the straight connecting line or the bent connecting line mediated by an ultrasonic reflector , that the inspection chamber has a geometry wherein requirements for the length L of the ultrasonic measurement path and/or the distance a of the ultrasonic measurement path to the side walls are fulfilled, length L and distance a being determined by the arrangement of the mounting locations, namely the length L satisfies the condition L ≥ s ∗ τ ∗ n τ ∗ c 0 2 and is large enough so that a direct ultrasonic signal from the first ultrasonic transducer to the second ultrasonic transducer is separated in time from later echoes , later echoes being signal components which are at first reflected at the receiving ultrasonic transducer (16b-a) or the surrounding wall and then reflected again on the side of the transmitting ultrasonic transducer (16a-b), and/or the distance a satisfies the condition a ≥ C 0 ∗ τ ∗ n τ ∗ s + L 2 4 and is large enough so that the direct ultrasonic signal on the ultrasonic measurement path is separated in time from secondary ultrasonic signals that do not propagate on the ultrasonic measurement path , with sound velocity c 0 , a safety factor s, in particular s=1.5, and ultrasonic signals having n τ periods of the period duration τ. and/or the distance a satisfies the condition a ≥ C 0 ∗ τ ∗ n τ ∗ s + L 2 4 and is large enough so that the direct ultrasonic signal on the ultrasonic measurement path is separated in time from secondary ultrasonic signals that do not propagate on the ultrasonic measurement path , with sound velocity c 0 , a safety factor s, in particular s=1.5, and ultrasonic signals having n τ periods of the period duration τ.
An electronic component mounting machine comprising: a board clamp device configured to clamp a circuit board conveyed by a conveyor by sandwiching side edge sections of the circuit board between a clamp member from below and a conveyor rail from above by raising the clamp member , the electronic component mounting machine being configured to mount electronic components on the circuit board clamped by the board clamp device ; and a control device configured to control a clamping force that is a sandwiching force on the side edge sections of the circuit board sandwiched between the clamp member and the conveyor rail of the board clamp device , the control device being configured to acquire board information including at least a weight of the circuit board and to control the clamping force of the board clamp device based on the acquired board information. a board clamp device configured to clamp a circuit board conveyed by a conveyor by sandwiching side edge sections of the circuit board between a clamp member from below and a conveyor rail from above by raising the clamp member , the electronic component mounting machine being configured to mount electronic components on the circuit board clamped by the board clamp device ; and a control device configured to control a clamping force that is a sandwiching force on the side edge sections of the circuit board sandwiched between the clamp member and the conveyor rail of the board clamp device , the control device being configured to acquire board information including at least a weight of the circuit board and to control the clamping force of the board clamp device based on the acquired board information.
A hot and cold water mixing valve having a casing in which a hot water inlet (a) and a cold water inlet (b) are formed and a main body member provided in said casing , wherein said main body member comprises: a biasing member made of a material having a fixed spring constant, an actuator which expands or shrinks according to a temperature change, a control valve member in which one end is subjected to a load from said biasing member and the other end is subjected to a load from said actuator , and an opening/closing ratio between said hot water inlet (a) and said cold water inlet (b) is changed by balancing between the loads applied by said biasing member and said actuator , and a mixing chamber (13; 13a, 13b) for mixing hot water from said hot water inlet (a) and cold water from said cold water inlet (b) is provided inside said casing , characterized in that a holder in which a support face for supporting one end of said actuator is formed, wherein said actuator is supported between a support portion formed in said mixing chamber (13; 13a, 13b) and said support face of said holder , a reinforcement member is interposed and held between a face opposite to said support face formed in said holder and said other end of said control valve member . a biasing member made of a material having a fixed spring constant, an actuator which expands or shrinks according to a temperature change, a control valve member in which one end is subjected to a load from said biasing member and the other end is subjected to a load from said actuator , and an opening/closing ratio between said hot water inlet (a) and said cold water inlet (b) is changed by balancing between the loads applied by said biasing member and said actuator , and a mixing chamber (13; 13a, 13b) for mixing hot water from said hot water inlet (a) and cold water from said cold water inlet (b) is provided inside said casing , characterized in that a holder in which a support face for supporting one end of said actuator is formed, wherein said actuator is supported between a support portion formed in said mixing chamber (13; 13a, 13b) and said support face of said holder , a reinforcement member is interposed and held between a face opposite to said support face formed in said holder and said other end of said control valve member .
A sensor for detecting metal parts, particularly metallic or semi-metallic wheels of a rail vehicle, comprising an electrical resonant circuit having at least one sensor capacitance and one sensor coil which generates a magnetic field, whereby same is an air-core coil, characterized in that the windings of the sensor coil are arranged relative their longitudinal axis such that a crossover point of the windings results, wherein the windings define two coil sections connected in series due to their circular arrangement in the longitudinal axis of the sensor coil , and/or wherein as current flows through the two coil sections , one coil section spans a magnetic north pole and the second coil section spans a magnetic south pole, wherein relative to its longitudinal axis , the sensor coil is arranged at an angle in the range of between 70° and 110° to a direction of movement of the metal parts of the rail vehicle, wherein voltages induced in the respective coil sections cancel each other out due to different signs. the windings of the sensor coil are arranged relative their longitudinal axis such that a crossover point of the windings results, wherein the windings define two coil sections connected in series due to their circular arrangement in the longitudinal axis of the sensor coil , and/or wherein as current flows through the two coil sections , one coil section spans a magnetic north pole and the second coil section spans a magnetic south pole, wherein relative to its longitudinal axis , the sensor coil is arranged at an angle in the range of between 70° and 110° to a direction of movement of the metal parts of the rail vehicle, wherein voltages induced in the respective coil sections cancel each other out due to different signs.
Process for coating a magnet to be inserted into a pocket of a rotor comprising the steps of providing a permanent magnet , and applying to the permanent magnet a dry powder coating comprising a prepolymer, a hardener, at least one functional filler and a blowing agent, characterized in that the blowing agent is a chemical blowing agent. providing a permanent magnet , and applying to the permanent magnet a dry powder coating comprising a prepolymer, a hardener, at least one functional filler and a blowing agent, characterized in that the blowing agent is a chemical blowing agent.
A method for picking order goods which are allocated to an order of a plurality of orders, wherein the order comprises a plurality of shipping containers, comprising the steps: - acquisition of said order, - removal of the order goods allocated to the order from a store , - transport of the order goods to a dynamic buffer having an infeed line and an outfeed line , a plurality of buffer lanes arranged between the infeed line and the outfeed line , as well as at least one return lane arranged between the outfeed line and the infeed line , - temporary storage of the order goods in at least one buffer lane of the dynamic buffer , - discharge of the order goods from the dynamic buffer via its outfeed line as well as transport of the order goods to a picking workstation and - filling of a shipping container provisioned at the picking workstation with order goods, characterized in that - it is checked whether a portion of the order goods available in the dynamic buffer is ready for packing, i.e. is sufficient to fill a predefinable number of shipping containers out of the total number of shipping containers necessary to fulfill the order, and - the portion of the order goods ready for packing is discharged from the dynamic buffer , transported to the picking workstation and transferred, there, into the predefined number of shipping containers, wherein - the predefined number of shipping containers is smaller than the total number of shipping containers necessary to fulfill the order. - acquisition of said order, - removal of the order goods allocated to the order from a store , - transport of the order goods to a dynamic buffer having an infeed line and an outfeed line , a plurality of buffer lanes arranged between the infeed line and the outfeed line , as well as at least one return lane arranged between the outfeed line and the infeed line , - temporary storage of the order goods in at least one buffer lane of the dynamic buffer , - discharge of the order goods from the dynamic buffer via its outfeed line as well as transport of the order goods to a picking workstation and - filling of a shipping container provisioned at the picking workstation with order goods, characterized in that - it is checked whether a portion of the order goods available in the dynamic buffer is ready for packing, i.e. is sufficient to fill a predefinable number of shipping containers out of the total number of shipping containers necessary to fulfill the order, and - the portion of the order goods ready for packing is discharged from the dynamic buffer , transported to the picking workstation and transferred, there, into the predefined number of shipping containers, wherein - the predefined number of shipping containers is smaller than the total number of shipping containers necessary to fulfill the order.
Method for separating partial webs in a slitter-winder, in which method the partial webs (WP) are separated by spreading in a spreading device comprising at least a first, bowed spreader roll fitted at one side of the partial webs (WP) and a second, bowed spreader roll fitted at the opposite side of the partial webs, characterized in that in the method the partial webs (WP) are guided over the bowed spreader rolls , that have arcs of different radius (R14, R15) of curvature, so that the wrap angles (B14, B15) over the spreader rolls are substantially unequal and direction (A14, A15) of the arcs is substantially divergent at the spreader rolls , that in the method one of the spreader rolls is moved mainly in Y-direction and the other of the spreader rolls is moved mainly in X-direction and the first spreader roll is moved mainly in Y-direction and the second spreader roll is moved mainly in X-direction and that in the method the partial webs (WP) are guided to the first spreader roll in lead-in direction (Dinxy) in XY-direction and the partial webs are guided from the second spreader roll in lead-out direction (Doutxy) in XY-direction, which is combined direction of X-direction component and Y-direction component in XY-plane and in which X direction corresponds to the main direction of process of the slitter-winder, usually the horizontal main running direction, Y direction corresponds the vertical direction in respect to the main running direction, such that the lead-in direction (Dinxy) and the lead-out direction are substantially divergent.
Use of a continuous-filament thread (100; 200) for the production of different barbed sutures, wherein the continuous-filament thread (100; 200) comprises a continuous-filament thread body (110; 210) comprising a plurality of barbs (115; 215) projecting from the thread body (110; 210), wherein the continuous-filament thread body (110; 210) is unprocessed at least in view of its length, wherein the barbs (115; 215) have an alternating or random configuration in view of barb design, and the barbs (115; 215) are arranged in an alternating or random disposition on the continuous-filament thread body (110; 210), wherein the disposition is selected from the group consisting of a row disposition, a staggered disposition, an overlapping disposition, an offset disposition, an offset and partially overlapping disposition, a zigzag disposition, a random or arbitrary disposition, a meander-like disposition, a serpentine-like disposition, a sinus-like disposition, a spiral disposition, a helical disposition, and combinations thereof, and wherein the continuous-filament thread body (110; 210) is a hollow continuous-filament thread body.
Production method of a support for polyurethane-based imitation leather free of dimethylformamide (DMFa) or other solvents or water, comprising the steps of: - preparing a base having a width; - spraying a polyurethane layer on the base ; this step involves: preparing a component (A) and a component (B) of the polyurethane ; combining the two components (A, B) to obtain a mixture; spraying the mixture uniformly on the base forming the polyurethane layer without a further step of leveling using a blade; - applying a backing on the polyurethane layer forming a support ; - drying the support ; wherein the phase of spraying the mixture uniformly on the base involves translating a spray system along the width of the base while said base runs at a constant speed beneath the spray system. - preparing a base having a width; - spraying a polyurethane layer on the base ; this step involves: preparing a component (A) and a component (B) of the polyurethane ; combining the two components (A, B) to obtain a mixture; spraying the mixture uniformly on the base forming the polyurethane layer without a further step of leveling using a blade; - applying a backing on the polyurethane layer forming a support ; - drying the support ;