mhurhangee/patent-ind-claim-en huggingface dataset:
A temperature detecting material comprising a first material containing a first temperature indicating material and a second material containing a second temperature indicating material , wherein the first temperature indicating material and the second temperature indicating material respectively contain a leuco dye, a color developing agent, and a decoloring agent, and respectively have hysteresis characteristics in their color density-temperature curves, wherein the first temperature indicating material has a color developing temperature T a1 in a temperature increase process, which is lower than a decoloring temperature T d1 in the temperature increase process, and turns to a non-crystalline state and is kept in a decoloring state when cooled down lower than the color developing temperature T a1 in the temperature increase process with a predetermined cooling speed or more after melting, wherein the second temperature indicating material has a color developing temperature T a2 , which is lower than a decoloring temperature T d2 , wherein the decoloring temperature T d2 is a decoloring temperature T d2 in a temperature increase process, and wherein the color developing temperature T a1 in the temperature increase process is lower than the decoloring temperature T d2 in the temperature increase process and the color developing temperature T a2 is lower than the color developing temperature T a1 in the temperature increase process. the first temperature indicating material and the second temperature indicating material respectively contain a leuco dye, a color developing agent, and a decoloring agent, and respectively have hysteresis characteristics in their color density-temperature curves, wherein the first temperature indicating material has a color developing temperature T a1 in a temperature increase process, which is lower than a decoloring temperature T d1 in the temperature increase process, and turns to a non-crystalline state and is kept in a decoloring state when cooled down lower than the color developing temperature T a1 in the temperature increase process with a predetermined cooling speed or more after melting, wherein the second temperature indicating material has a color developing temperature T a2 , which is lower than a decoloring temperature T d2 , wherein the decoloring temperature T d2 is a decoloring temperature T d2 in a temperature increase process, and wherein the color developing temperature T a1 in the temperature increase process is lower than the decoloring temperature T d2 in the temperature increase process and the color developing temperature T a2 is lower than the color developing temperature T a1 in the temperature increase process.
A downhole wireline machining tool string for increasing an inner diameter (ID s ) of a well tubular metal structure in a well or cutting out a piece, e.g. in a downhole valve, the downhole wireline machining tool string having a longitudinal axis and comprising: - a rotatable tool part comprising a machining tool having a first end part , a second end part , a diameter (D T ) and a circumference (C T ), and - a stationary tool part comprising: - a driving unit configured to rotate the rotatable tool part and powered through the wireline, wherein the machining tool comprises a body having a plurality of inserts , a bore, an inner face and an outer face and a fastening element for fastening a machined piece, the body being rotatable around the fastening element , and wherein the fastening element projects from the inner face of the body into the bore. - a rotatable tool part comprising a machining tool having a first end part , a second end part , a diameter (D T ) and a circumference (C T ), and - a stationary tool part comprising: - a driving unit configured to rotate the rotatable tool part and powered through the wireline, - a driving unit configured to rotate the rotatable tool part and powered through the wireline,
Drive belt (10; 20; 60) for a people conveyor comprising: a load bearing portion (12; 22; 62) extending in a longitudinal direction and having a length extending in the longitudinal direction and a width extending in a width direction; and a plurality of rollers (17; 27; 67) accommodated within the width of the load bearing portion (12; 22; 62); wherein at least a part of the load bearing portion (12; 22; 62) is provided with a drive belt engagement structure (13; 23; 63), wherein the drive belt engagement structure (13; 23; 63) in particular includes teeth (14, 25; 24), grooves (16; 26), and/or openings, wherein the load bearing portion (12; 22; 62) comprises: a first cord (12a; 22a; 62a) extending in the longitudinal direction; and a second cord (12b; 22b; 62b) extending parallel to the first cord (12a; 22a; 62a) in the longitudinal direction; and wherein the plurality of rollers (17; 27; 67) are sandwiched between the first and second cords (12a, 12b; 22a, 22b; 62a, 62b) characterized in that the cords are formed integrally with each other with the drive belt comprising belt webs extending between the cords and openings formed between the cords and accommodating the rollers ; or in that roller axles supporting the rollers (17; 27; 67) are mounted to a rear side of the cords , the rear side of the cords being the side of the cords opposite to the side of the cords on which the drive belt engagement structure (13; 23; 63) is formed. a load bearing portion (12; 22; 62) extending in a longitudinal direction and having a length extending in the longitudinal direction and a width extending in a width direction; and a plurality of rollers (17; 27; 67) accommodated within the width of the load bearing portion (12; 22; 62); wherein at least a part of the load bearing portion (12; 22; 62) is provided with a drive belt engagement structure (13; 23; 63), wherein the drive belt engagement structure (13; 23; 63) in particular includes teeth (14, 25; 24), grooves (16; 26), and/or openings, wherein the load bearing portion (12; 22; 62) comprises: a first cord (12a; 22a; 62a) extending in the longitudinal direction; and a second cord (12b; 22b; 62b) extending parallel to the first cord (12a; 22a; 62a) in the longitudinal direction; and a first cord (12a; 22a; 62a) extending in the longitudinal direction; and a second cord (12b; 22b; 62b) extending parallel to the first cord (12a; 22a; 62a) in the longitudinal direction; and wherein the plurality of rollers (17; 27; 67) are sandwiched between the first and second cords (12a, 12b; 22a, 22b; 62a, 62b) characterized in that the cords are formed integrally with each other with the drive belt comprising belt webs extending between the cords and openings formed between the cords and accommodating the rollers ; or in that roller axles supporting the rollers (17; 27; 67) are mounted to a rear side of the cords , the rear side of the cords being the side of the cords opposite to the side of the cords on which the drive belt engagement structure (13; 23; 63) is formed.
A device (100;200;400;500;600;1000;1100) for detecting an object with respect to a detection surface , said device (100;200;400;500;600;1000) comprising: - at least one measurement electrode ; - at least one electrode , called guard electrode; and - a measurement electronics for measuring a signal with respect to the electrical capacitance of said measurement electrode ; said measurement and guard electrodes being separated by a distance (D) that is elastically modifiable locally, by a load exerted by said object on said detection surface ; said device also comprising means for electrical polarization of the electrodes (V,E,302,402) arranged in order to apply to the measurement and guard electrodes : - one and the same first alternating electrical potential (V g ), or - first, substantially identical, alternating potentials; that is(are) different from a ground potential (G), so as to measure a first signal with respect to the capacitance (C eo ), called electrode-object capacitance, between said measurement electrode and said object , representative of an approach and/or a contact of said object with said detection surface ; characterized in that said means for electrical polarization of the electrodes (V,E,302,402) are also arranged to apply between the measurement and guard electrodes an alternating electrical potential difference (V1), so as to measure a second signal with respect to the capacitance (C eg ), called electrode-guard capacitance, between said electrodes , representative of a pressure or a load, exerted by said object on said detection surface . - at least one measurement electrode ; - at least one electrode , called guard electrode; and - a measurement electronics for measuring a signal with respect to the electrical capacitance of said measurement electrode ; - one and the same first alternating electrical potential (V g ), or - first, substantially identical, alternating potentials;
Print head arrangement for an ink jet printer, in particular for printing on textiles, with - a frame , - a carriage which can be moved relative to the frame and on which a print head with at least one ink jet nozzle for dispensing ink is arranged, - at least one ink tank , which is arranged on the frame , - at least one feed line for supplying ink from the ink tank to an inlet line to the print head , - a return line for returning unused ink from the print head to the ink tank and - at least one main pump arranged on the frame , which is arranged on the feed line or the return line for conveying of the ink , characterised in that at least one further additional pump is arranged on the carriage for pumping unused ink without intermediate storage directly via an outlet line to the return line back to the ink tank . - a frame , - a carriage which can be moved relative to the frame and on which a print head with at least one ink jet nozzle for dispensing ink is arranged, - at least one ink tank , which is arranged on the frame , - at least one feed line for supplying ink from the ink tank to an inlet line to the print head , - a return line for returning unused ink from the print head to the ink tank and - at least one main pump arranged on the frame , which is arranged on the feed line or the return line for conveying of the ink ,
A fusion protein selectively binding collagen and having ectonucleotidase activity, which comprises an amino acid sequence of the extracellular domain of glycoprotein VI fused via a first linker sequence to the N-terminus of an amino acid sequence of an Fc region, whereby the C-terminus of the Fc region is linked via a second linker sequence to an amino acid sequence of the extracellular domain of a CD39 protein, the fusion protein comprising (a) an amino acid sequence of the extracellular domain of human glycoprotein VI at least 90% identical to SEQ ID NO: 2; (b) an amino acid sequence of an Fc region at least 90% identical to SEQ ID NO: 3; (c) an amino acid sequence of a CD39 protein at least 90% identical to SEQ ID NO: 4; and/or (d) an amino acid sequence of the second linker at least 90% identical to SEQ ID NO: 5. (a) an amino acid sequence of the extracellular domain of human glycoprotein VI at least 90% identical to SEQ ID NO: 2; (b) an amino acid sequence of an Fc region at least 90% identical to SEQ ID NO: 3; (c) an amino acid sequence of a CD39 protein at least 90% identical to SEQ ID NO: 4; and/or (d) an amino acid sequence of the second linker at least 90% identical to SEQ ID NO: 5.
A gas analysis device comprising: a cell into which sample gas can be troduced; an analysis part configured to analyze the sample gas introduced into the cell ; a gas port that is arranged toward a predetermined region of a gas contact surface in the cell ; and a piping mechanism that connects the gas port to a predetermined purge gas source , and is configured to blow purge gas from the gas port toward the predetermined region at a time of purging that cleans the gas contact surface , wherein the gas analysis device further comprising a switching part arranged to switch a connecting destination of the piping mechanism from the purge gas source to a predetermined suction source , and configured to, at a time of introducing or analyzing the sample gas, connect the gas port to the suction source .
An electronic control system in a controlled-ignition, carburettor-supplied, internal combustion engine of a motor vehicle, of the type comprising a central control unit wherein control strategies are implemented to drive at least an electrovalve device, characterized in that said electrovalve device (S) is for the adjustment of the emulsion air in secondary emulsion air circuit of a carburettor which determines the air/fuel ratio of the fuel mixture, and said control strategies are implemented also to drive an adjustable spark advance ignition device, wherein said control strategies are integrated and performed according to a basic mapping, function of signals representing the position of the engine shaft over time, and to correction mappings (A%), function at least of secondary parameters being the temperature in correspondence of the engine (Teng) and the position of the throttle adjusting device (TPS), said correction mappings (A%) being recalculated at discrete intervals, at most every 10 engine revolutions, and the input value of said secondary parameters being considered in discrete steps.
An interface circuit, wherein the interface circuit comprises a phase inverter , wherein an input end of the phase inverter is connected to a signal output end of a first power domain circuit , and an output end of the phase inverter is connected to a signal input end of a second power domain circuit , wherein the first power domain circuit comprises: a signal output end , a first power supply (vdd1) and a first reference ground (vss1); and the second power domain circuit comprises: a signal input end , a second power supply (vdd2) and a second reference ground (vss2), wherein the second power supply (vdd2) is different from the first power supply (vdd1), and the second reference ground (vss2) is different from the first reference ground (vss1). and wherein a power end of the phase inverter is connected to the first power supply (vdd1) of the first power domain circuit , and a ground end of the phase inverter is connected to the second reference ground (vss2) of the second power domain circuit ; or a power end of the phase inverter is connected to the second power supply (vdd2) of the second power domain circuit , and a ground end of the phase inverter is connected to the first reference ground (vss1) of the first power domain circuit . a phase inverter , wherein an input end of the phase inverter is connected to a signal output end of a first power domain circuit , and an output end of the phase inverter is connected to a signal input end of a second power domain circuit , wherein the first power domain circuit comprises: a signal output end , a first power supply (vdd1) and a first reference ground (vss1); and the second power domain circuit comprises: a signal input end , a second power supply (vdd2) and a second reference ground (vss2), wherein the second power supply (vdd2) is different from the first power supply (vdd1), and the second reference ground (vss2) is different from the first reference ground (vss1). and wherein the first power domain circuit comprises: a signal output end , a first power supply (vdd1) and a first reference ground (vss1); and the second power domain circuit comprises: a signal input end , a second power supply (vdd2) and a second reference ground (vss2), wherein the second power supply (vdd2) is different from the first power supply (vdd1), and the second reference ground (vss2) is different from the first reference ground (vss1). and wherein a power end of the phase inverter is connected to the first power supply (vdd1) of the first power domain circuit , and a ground end of the phase inverter is connected to the second reference ground (vss2) of the second power domain circuit ; or a power end of the phase inverter is connected to the second power supply (vdd2) of the second power domain circuit , and a ground end of the phase inverter is connected to the first reference ground (vss1) of the first power domain circuit .
A method performed in a central controller element (203; 503A-C; 601) coupled to a network (205; 501A-C) of packet data switches with ingress and egress ports with links between an ingress port of one switch and an egress port of another switch, the method for throttling traffic on the links and comprising: identifying a congested link of the network, the link having traffic from a plurality of packet traffic groups from an ingress port to an egress port; determining a throttle rate (t1; t2) for a packet traffic group (221; 223) of the congested link based on a weight (w1; w2; w3; w4) of the group and a current traffic rate (r1; r2) of the group through the link; sending the determined throttle rate from the central controller to an ingress switch (209; 211) of the network, the ingress switch having an egress port that is coupled to an ingress port of the link. identifying a congested link of the network, the link having traffic from a plurality of packet traffic groups from an ingress port to an egress port; determining a throttle rate (t1; t2) for a packet traffic group (221; 223) of the congested link based on a weight (w1; w2; w3; w4) of the group and a current traffic rate (r1; r2) of the group through the link; sending the determined throttle rate from the central controller to an ingress switch (209; 211) of the network, the ingress switch having an egress port that is coupled to an ingress port of the link.
A slot-wedge for an electric machine, the slot-wedge comprising sheet portions being one on the other and constituting a layered structure, wherein the slot-wedge comprises one or more electric conductor strips between the sheet portions without being inside material of any of the sheet portions so as to constitute a capacitive shield when the slot-wedge is located between adjacent teeth of the electric machine, and wherein the sheet portions are portions of a sheet that is bent on longitudinal side regions of the slot-wedge along geometric lines parallel with a longitudinal direction of the slot-wedge so that the portions of the sheet are arranged to be one on the other, characterized in that the layered structure is a flattened roll of the sheet.
Tightening element (10, 10' 10'') intended to hold one or more electrical wire(s) for making an electrical connection with said wire(s) , the tightening element being mounted inside of a transverse opening placed in a connector , the connector also having a longitudinal opening inside of which at least one electrical wire is disposed lengthwise, the transverse opening has a threaded inside part to screw in the tightening element (10, 10' 10''), the tightening element (10, 10' 10'') is made up of a pre-mounted assembly comprising: - a tightening screw having a head for screwing the tightening screw and a body and comprising a weakening area between its body and its head , and the body of said tightening screw comprising a threaded part to hold outwardly a tightening nut , the head is broken in the area of weakening when it is screwed in a first screwing operation in the interior of the transverse opening , until the lower end abuts against the electrical wire; characterized by: - the tightening nut having a head for screwing the tightening nut and comprising a weakening area between its body and its head , the head is broken in the area of weakening when it is screwed in a second screwing operation on a waterproofing joint until the lower part of the joint abuts against an inside wall of the transverse opening and the tightening nut having a threaded part provided on its inner surface; and - the waterproofing joint for, once deformed, making a waterproof seal against the inner walls of the opening , the waterproofing joint is mounted in the lower part of the tightening nut and is axially contracted when a torque is applied to the head of the tightening nut . - a tightening screw having a head for screwing the tightening screw and a body and comprising a weakening area between its body and its head , and the body of said tightening screw comprising a threaded part to hold outwardly a tightening nut , the head is broken in the area of weakening when it is screwed in a first screwing operation in the interior of the transverse opening , until the lower end abuts against the electrical wire; - the tightening nut having a head for screwing the tightening nut and comprising a weakening area between its body and its head , the head is broken in the area of weakening when it is screwed in a second screwing operation on a waterproofing joint until the lower part of the joint abuts against an inside wall of the transverse opening and the tightening nut having a threaded part provided on its inner surface; and - the waterproofing joint for, once deformed, making a waterproof seal against the inner walls of the opening , the waterproofing joint is mounted in the lower part of the tightening nut and is axially contracted when a torque is applied to the head of the tightening nut .
A test leakage device for testing the functionality and for calibrating a gas leak detection device having an evacuable test chamber for receiving a test object and/or the test leakage device , wherein the test leakage device has a base , a cover and at least one side wall connecting the base to the cover , which side wall surrounds an interior space which can be filled with a test gas or a test liquid, wherein the base has a membrane which is permeable to the test gas or constituents of the test liquid, and mutually opposite sections of the inner side of the side wall which faces the interior space are at a greater distance from one another in the region of the cover than in the region of the base, characterized in that the distance of the mutually opposite sections of the inner side of the side wall facing the interior space decreases continuously from the cover to the base . wherein the base has a membrane which is permeable to the test gas or constituents of the test liquid, and mutually opposite sections of the inner side of the side wall which faces the interior space are at a greater distance from one another in the region of the cover than in the region of the base, characterized in that the distance of the mutually opposite sections of the inner side of the side wall facing the interior space decreases continuously from the cover to the base .