mhurhangee/patent-ind-claim-en huggingface dataset:
A fiber optic connector , comprising: a housing comprising a rear end and a front end with a longitudinal passageway extending from the rear end to the front end , wherein a part of the rear portion (RP) of the housing comprises a round cross-section (RCS) and a part of the front portion (FP) of the housing comprises a non-round cross-section (NRCS) with a transition region (TR) disposed between the rear portion (RP) and the front portion (FP), wherein the transition region (TR) comprises a threaded portion (TP), wherein the housing is monolithically formed; a ferrule comprising a fiber bore extending from a rear end to a front end ; and an O-ring . a housing comprising a rear end and a front end with a longitudinal passageway extending from the rear end to the front end , wherein a part of the rear portion (RP) of the housing comprises a round cross-section (RCS) and a part of the front portion (FP) of the housing comprises a non-round cross-section (NRCS) with a transition region (TR) disposed between the rear portion (RP) and the front portion (FP), wherein the transition region (TR) comprises a threaded portion (TP), wherein the housing is monolithically formed; a ferrule comprising a fiber bore extending from a rear end to a front end ; and an O-ring .
Reservoir for a CIJ type inkjet printer, comprising: - a 1 st compartment , comprising at least one 1 st part (10 1 ) called the upper part, and a 2 nd part (10 2 ) called the lower part and delimited by a convergent shaped wall , or the section of which becomes narrower or smaller with increasing distance, and a 2 nd compartment delimited by a lateral wall , the 1 st compartment being separable from the 2 nd compartment and, when both compartments are assembled together, in a leak tight manner relative to each other, the 2 nd part of the 1 st compartment being placed in the 2 nd compartment , the wall of which surrounds it, - 1 st means for drawing off a first liquid from the 1 st compartment , and 2 nd means for drawing off a second liquid from the 2 nd compartment ; - a cover to close the 1 st compartment . - a 1 st compartment , comprising at least one 1 st part (10 1 ) called the upper part, and a 2 nd part (10 2 ) called the lower part and delimited by a convergent shaped wall , or the section of which becomes narrower or smaller with increasing distance, and a 2 nd compartment delimited by a lateral wall , the 1 st compartment being separable from the 2 nd compartment and, when both compartments are assembled together, in a leak tight manner relative to each other, the 2 nd part of the 1 st compartment being placed in the 2 nd compartment , the wall of which surrounds it, - 1 st means for drawing off a first liquid from the 1 st compartment , and 2 nd means for drawing off a second liquid from the 2 nd compartment ; - a cover to close the 1 st compartment .
A remote alarm monitoring system for recording and processing alarm event data, the alarm system comprising: an alarm installation comprising one or more alarm devices in connection with an interface , wherein the interface is configured to receive alarm event data; a server in communication with the interface , wherein the server is configured to receive and process alarm event data from the interface ; and one or more networked client devices in communication with the server , wherein the server is configured to transmit a message to the networked client device , said message based upon the processed alarm event data; characterised in that the server is configured to elicit a different response for the same alarm event depending on a risk level assigned to the alarm installation. an alarm installation comprising one or more alarm devices in connection with an interface , wherein the interface is configured to receive alarm event data; a server in communication with the interface , wherein the server is configured to receive and process alarm event data from the interface ; and one or more networked client devices in communication with the server , wherein the server is configured to transmit a message to the networked client device , said message based upon the processed alarm event data; characterised in that the server is configured to elicit a different response for the same alarm event depending on a risk level assigned to the alarm installation.
A cooking apparatus comprising: a heating chamber in which an object is rested; a radiant heater unit provided inside the heating chamber and operating in a preheating mode and a cooking mode; and a control unit controlling the radiant heater unit , wherein the control unit is configured to make the radiant heater unit operate in a standby mode, the standby mode being a mode after the preheating mode ends and until the cooking mode starts, wherein the control unit is configured to set the output voltage of the radiant heater unit in the preheating mode in response to temperature inside the heating chamber when the preheating mode starts, and characterized in that the control unit is configured to hold the output voltage of the radiant heater unit in the preheating mode in the standby mode and to change the output voltage of the radiant heater unit when the cooking mode starts. a heating chamber in which an object is rested; a radiant heater unit provided inside the heating chamber and operating in a preheating mode and a cooking mode; and a control unit controlling the radiant heater unit , wherein the control unit is configured to make the radiant heater unit operate in a standby mode, the standby mode being a mode after the preheating mode ends and until the cooking mode starts, wherein the control unit is configured to set the output voltage of the radiant heater unit in the preheating mode in response to temperature inside the heating chamber when the preheating mode starts, and characterized in that the control unit is configured to hold the output voltage of the radiant heater unit in the preheating mode in the standby mode and to change the output voltage of the radiant heater unit when the cooking mode starts.
An ultrasonic flow measurement device comprising a measuring body for determining the flow velocity of a fluid flowing in a conduit , comprising at least one measuring path where a first ultrasonic transducer and a second ultrasonic transducer are arranged opposite one another with the flowing fluid therebetween, the measuring body replacing a corresponding section of the conduit after assembly, and comprising an evaluation unit configured to calculate the flow velocity from a time of flight difference of ultrasonic pulses along the measuring path in the direction with the flow and against the flow , wherein the ultrasonic transducers (16a-b) are positioned in such a way that in a received signal of the respective receiving ultrasonic transducer (16a-b) a certain partial pulse is isolated in time, wherein the partial pulse corresponds to a direct sound, a reflection sound, an indirect, axially refracted fluid sound or an indirect, azimuthally refracted fluid sound, wherein the direct sound corresponds to the direct propagation path between the ultrasonic transducers (16a-b), reflection sound is sound radiated into the fluid, which however arrives at the opposite ultrasonic transducer (16b-a) only after at least one internal reflection at a conduit wall of the conduit , and in the case of indirect fluid sound the acoustic wave first travels in the conduit wall , then couples into the fluid and travels in the fluid to the receiving ultrasonic transducer (16a-b), characterized in that the ultrasonic transducers (16a-b) are arranged with a secant angle (β) of at least 17° and at most 43°, the secant angle (β) being a geometric parameter for characterizing the arrangement of the ultrasonic transducers (16a-b), namely the angle, measured in a cross-section of the conduit , of the measurement path projected onto the cross-section against the diameter of the conduit passing through the first ultrasonic transducer .
A replaceable magazine for a set of clamps said magazine being insertable into a clamping tool for fixing electrical cables to a supporting surface by means of the clamps, where the clamps are arranged in the magazine in a row, one after the other, characterized in that a cross sectional shape of the magazine has a more or less U-shape with a top and two legs , the legs extending along the entire length of the magazine, whereby the clamps are lockable inside the magazine through the legs pressing against the clamps head when the magazine is free from the tool and the clamps are freeable from the magazine by pressing the legs sideways outwards when the magazine is inserted in the tool.
Method for assembling a head-up display , comprising the following steps: - providing a first mirror of the head-up display ; - attaching a first, elastic compression element to a first edge region of a rear side of the first mirror and attaching a second, elastic compression element to a second edge region of the rear side of the first mirror ; - introducing the first mirror with the compression elements arranged thereon into a cover module of a housing of the head-up display and setting a preassembly position of the first mirror in the cover module , in which the compression elements rest against supporting surfaces of the cover module ; - attaching a base module of the housing , which is separate from the cover module , to the cover module , wherein, as the base module is connected to the cover module , a front side of the first mirror is contacted by contact elements of the base module , and, as the base module continues to be joined to the cover module , the first mirror is pressed into a final assembly position, wherein, for this purpose, the compression elements are compressed and the first mirror is pressed against the supporting surfaces of the cover module . - providing a first mirror of the head-up display ; - attaching a first, elastic compression element to a first edge region of a rear side of the first mirror and attaching a second, elastic compression element to a second edge region of the rear side of the first mirror ; - introducing the first mirror with the compression elements arranged thereon into a cover module of a housing of the head-up display and setting a preassembly position of the first mirror in the cover module , in which the compression elements rest against supporting surfaces of the cover module ; - attaching a base module of the housing , which is separate from the cover module , to the cover module , wherein, as the base module is connected to the cover module , a front side of the first mirror is contacted by contact elements of the base module , and, as the base module continues to be joined to the cover module , the first mirror is pressed into a final assembly position, wherein, for this purpose, the compression elements are compressed and the first mirror is pressed against the supporting surfaces of the cover module .
Method for testing a capacity of a drive rescue battery for driving an electric motor of a transportation system in a rescue operation mode, wherein in normal operation mode AC means supply power over first (P1), second (P2) and third phases (P3) via a low pass LCL-filter to a frequency converter for driving the electric motor , wherein the frequency converter comprises a rectifier circuit for providing a DC supply voltage, wherein the method comprises the steps: - disconnecting the LCL-filter from the AC mains ; - using inductors (L2, L2') and capacitors (C1, C2) of the LCL-filter , each of which being connected to the first (P1) or second phase (P2), as a test load for testing the capacity of the drive rescue battery , wherein the inductor (L2) of the LCL-filter , which is connected to the first phase (P1) and downstream of the capacitor (C1) of the LCL-filter , which is connected to the first phase (P1), to the rectifier circuit , the capacitors (C1, C2) of the LCL-filter connected to the first (P1) and second phases (P2), and the inductor (L2') of the LCL-filter which is connected to the second phase (P2) and downstream of the capacitor (C2) of the LCL-filter , which is connected to the second phase (P2), to the rectifier circuit form a series connection as the test load; and - determining at least one value of a voltage or a current of the drive rescue battery resulting from the test load. - disconnecting the LCL-filter from the AC mains ; - using inductors (L2, L2') and capacitors (C1, C2) of the LCL-filter , each of which being connected to the first (P1) or second phase (P2), as a test load for testing the capacity of the drive rescue battery , wherein the inductor (L2) of the LCL-filter , which is connected to the first phase (P1) and downstream of the capacitor (C1) of the LCL-filter , which is connected to the first phase (P1), to the rectifier circuit , the capacitors (C1, C2) of the LCL-filter connected to the first (P1) and second phases (P2), and the inductor (L2') of the LCL-filter which is connected to the second phase (P2) and downstream of the capacitor (C2) of the LCL-filter , which is connected to the second phase (P2), to the rectifier circuit form a series connection as the test load; and - determining at least one value of a voltage or a current of the drive rescue battery resulting from the test load.
A method for producing an oxymethylene copolymer by subjecting trioxane and 1,3-dioxolane to copolymerization using boron trifluoride or a coordination compound thereof as a catalyst, comprising: conducting the copolymerization in the presence of a steric-hindrance phenol in an amount of 0.006 to 2.0% by weight, based on the weight of the trioxane, using 0.01 to 0.07 mmol of boron trifluoride or a coordination compound thereof as a catalyst, relative to 1 mol of the trioxane to form the oxymethylene copolymer, and contacting the formed oxymethylene copolymer and a polymerization terminator to terminate the polymerization when the polymerization yield has reached at least 92%, wherein the trioxane contains 0.00001 to 0.003 mmol of an amine, relative to 1 mol of the trioxane. conducting the copolymerization in the presence of a steric-hindrance phenol in an amount of 0.006 to 2.0% by weight, based on the weight of the trioxane, using 0.01 to 0.07 mmol of boron trifluoride or a coordination compound thereof as a catalyst, relative to 1 mol of the trioxane to form the oxymethylene copolymer, and contacting the formed oxymethylene copolymer and a polymerization terminator to terminate the polymerization when the polymerization yield has reached at least 92%, wherein the trioxane contains 0.00001 to 0.003 mmol of an amine, relative to 1 mol of the trioxane.
An organic electronic device comprising a substrate on which an organic photoelectric element is arranged, a first encapsulation film surrounding the organic photoelectric element and comprising an inorganic material, a second encapsulation film surrounding the first encapsulation film and comprising a photocurable material comprising one or more ethylenically unsaturated bonds, and a third encapsulation film surrounding the second encapsulation film and comprising a photocured product of a photocurable spin-on-glass (SOG) material, characterized in that the third encapsulation film further comprises nanogetters, wherein the photocurable SOG material has a weight average molecular weight of 5,000 to 50,000.
A system for implanting a stent graft, comprising: a) a control lumen having a superior side, an inferior side and a major longitudinal axis; b) a nose cone fixed at a distal end of the control lumen ; c) an outer control tube extending about the control lumen ; d) an apex clasp at a distal end of the outer control tube and slideable along the control lumen ; e) a sheath lumen extending about the outer control tube ; f) an inner sheath extending distally from the sheath lumen and about the outer control tube and having an inferior portion and a distal end , the inner sheath flared downwardly at the inferior portion of the distal end to thereby form a flared opening that is asymmetric at the distal end of the inner sheath ; and g) a stent graft between the outer control tube and the inner sheath , the stent graft including a proximal end proximate to the nose cone , and having a clasping stent at the proximal end, and an interior surface and an exterior surface, wherein the clasping stent includes struts that define proximal apices, is fixed to and located at the interior surface of the stent graft and distal to the proximal end of the stent graft, and has at least one exposed proximal apex releasably held by the apex clasp . a) a control lumen having a superior side, an inferior side and a major longitudinal axis; b) a nose cone fixed at a distal end of the control lumen ; c) an outer control tube extending about the control lumen ; d) an apex clasp at a distal end of the outer control tube and slideable along the control lumen ; e) a sheath lumen extending about the outer control tube ; f) an inner sheath extending distally from the sheath lumen and about the outer control tube and having an inferior portion and a distal end , the inner sheath flared downwardly at the inferior portion of the distal end to thereby form a flared opening that is asymmetric at the distal end of the inner sheath ; and g) a stent graft between the outer control tube and the inner sheath , the stent graft including a proximal end proximate to the nose cone , and having a clasping stent at the proximal end, and an interior surface and an exterior surface, wherein the clasping stent includes struts that define proximal apices, is fixed to and located at the interior surface of the stent graft and distal to the proximal end of the stent graft, and has at least one exposed proximal apex releasably held by the apex clasp .
A method of conducting a binding assay comprising: (a) contacting a sample comprising one or more analytes with (i) a solid surface including one or more first binding reagents immobilized thereto, wherein said one or more first binding reagents each comprise a first binding region that binds to said analytes, and each of said one or more first binding reagents is linked to a first linking agent comprising a first oligonucleotide sequence; (ii) one or more second binding reagents each comprising a second binding region that binds to said analytes, wherein each of said one or more second binding reagents is linked to a second linking agent comprising a second oligonucleotide sequence, wherein the one or more second binding reagents are not immobilized to the solid surface, and (iii) one or more bridging oligonucleotide sequences each comprising a sequence complementary to at least a portion of said first oligonucleotide sequence and said second oligonucleotide sequence; wherein said contacting step is conducted under conditions wherein said first and second binding regions bind to said analytes and said bridging oligonucleotide sequences hybridizes to said first oligonucleotide sequence and said second oligonucleotide sequence; and (b) measuring the amount of said analytes bound to said solid support. (a) contacting a sample comprising one or more analytes with (i) a solid surface including one or more first binding reagents immobilized thereto, wherein said one or more first binding reagents each comprise a first binding region that binds to said analytes, and each of said one or more first binding reagents is linked to a first linking agent comprising a first oligonucleotide sequence; (ii) one or more second binding reagents each comprising a second binding region that binds to said analytes, wherein each of said one or more second binding reagents is linked to a second linking agent comprising a second oligonucleotide sequence, wherein the one or more second binding reagents are not immobilized to the solid surface, and (iii) one or more bridging oligonucleotide sequences each comprising a sequence complementary to at least a portion of said first oligonucleotide sequence and said second oligonucleotide sequence; wherein said contacting step is conducted under conditions wherein said first and second binding regions bind to said analytes and said bridging oligonucleotide sequences hybridizes to said first oligonucleotide sequence and said second oligonucleotide sequence; and (b) measuring the amount of said analytes bound to said solid support.
Expanded beads of thermoplastic polyurethane, wherein the thermoplastic polyurethane constituting the expanded beads is an ether-based thermoplastic polyurethane, and the difference (T 1 - T 2 ) between a melting peak temperature (T 1 ) and a melting peak temperature (T 2 ) is from 0 to 8°C, wherein the melting peak temperature (T 1 ) is the melting peak temperature at the time of first heating in a DSC curve obtained by heating the expanded beads from 20°C to 260°C at a heating rate of 10°C/min, the melting peak temperature (T 2 ) is the melting peak temperature at the time of second heating in a DSC curve obtained by cooling from 260°C to 20°C at a cooling rate of 10°C/min after the first heating and further heating again from 20°C to 260°C at a heating rate of 10°C/min, and the DSC curves are obtained by the heat flux differential scanning calorimetry in conformity with JIS K7121-1987, and wherein the expanded beads have a melt flow rate at 190°C under a load of 10 kg from 18 to 35 g/10 min.
Milking device for milking animals, comprising: - a frame ; - a cylinder connected operatively to the frame; - a teat cup carrier which is connected operatively to the cylinder and is movable relative to the frame by the cylinder; and - a number of teat cups placeable on or at the teat cup carrier, wherein milk hoses can be connected to the teat cups for the purpose of discharging milk, wherein the cylinder is configured for bringing the milking device from a rest state into a milking state , wherein in the rest state the teat cups are positioned wholly under a ground surface , wherein in the milking state the teat cups are positioned at least partially above the ground surface, and wherein the milking device is displaceable from a rest state to a milking state by the cylinder, characterised in that the cylinder is further configured to move the milking device between the rest state and the milking state using a first and second stroke, wherein: - a first stroke which brings the teat cups at least partially above the ground surface; and - a second stroke which co-displaces the milk hoses in the direction of the ground surface. - a frame ; - a cylinder connected operatively to the frame; - a teat cup carrier which is connected operatively to the cylinder and is movable relative to the frame by the cylinder; and - a number of teat cups placeable on or at the teat cup carrier, wherein milk hoses can be connected to the teat cups for the purpose of discharging milk, wherein the cylinder is configured for bringing the milking device from a rest state into a milking state , wherein in the rest state the teat cups are positioned wholly under a ground surface , wherein in the milking state the teat cups are positioned at least partially above the ground surface, and wherein the milking device is displaceable from a rest state to a milking state by the cylinder, characterised in that the cylinder is further configured to move the milking device between the rest state and the milking state using a first and second stroke, wherein: - a first stroke which brings the teat cups at least partially above the ground surface; and - a second stroke which co-displaces the milk hoses in the direction of the ground surface. - a first stroke which brings the teat cups at least partially above the ground surface; and - a second stroke which co-displaces the milk hoses in the direction of the ground surface.