mhurhangee/patent-ind-claim-en huggingface dataset:
A take-up device for a battery charging and swapping station, wherein the take-up device comprises: a spindle divided into a first section and a second section ; a take-up portion provided at the first section of the spindle and configured to be rotatable relative to the spindle ; and characterized by further comprising a sleeve wound around the take-up portion and/or the second section of the spindle , two ends of the sleeve being suitable to be respectively connected to a power distribution cabinet and a battery swap robot of the battery charging and swapping station, and the sleeve being configured to allow at least one cable of the battery charging and swapping station, leading from the power distribution cabinet to the battery swap robot, to pass therethrough. a spindle divided into a first section and a second section ; a take-up portion provided at the first section of the spindle and configured to be rotatable relative to the spindle ; and characterized by further comprising a sleeve wound around the take-up portion and/or the second section of the spindle , two ends of the sleeve being suitable to be respectively connected to a power distribution cabinet and a battery swap robot of the battery charging and swapping station, and the sleeve being configured to allow at least one cable of the battery charging and swapping station, leading from the power distribution cabinet to the battery swap robot, to pass therethrough.
An information processing apparatus configured to create drawing data using print setting information and print data, the information processing apparatus comprising: a converting module configured to convert the print setting information to apparatus setting information; a control mode determining module configured to analyze the print setting information to determine a control mode applicable when the drawing data is created; a drawing data creating module configured to create drawing data using the apparatus setting information and the print data; and a creating module control module configured to control the drawing data creating module according to the control mode; wherein the control mode determining module is configured to analyze the print setting information to determine the creator of the print setting information and the print data and to determine the control mode according to the creator; wherein the converting module is configured to include conversion tables for different creators of the print setting information and the print data, each conversion table being created based on a correspondence between items of the print setting information and items of the apparatus setting information for the respective creator, and wherein the converting module is configured to select the conversion table for the creator detected from the descriptions of the print setting information and to create the apparatus setting information accordingly. a converting module configured to convert the print setting information to apparatus setting information; a control mode determining module configured to analyze the print setting information to determine a control mode applicable when the drawing data is created; a drawing data creating module configured to create drawing data using the apparatus setting information and the print data; and a creating module control module configured to control the drawing data creating module according to the control mode; wherein the control mode determining module is configured to analyze the print setting information to determine the creator of the print setting information and the print data and to determine the control mode according to the creator; wherein the converting module is configured to include conversion tables for different creators of the print setting information and the print data, each conversion table being created based on a correspondence between items of the print setting information and items of the apparatus setting information for the respective creator, and wherein the converting module is configured to select the conversion table for the creator detected from the descriptions of the print setting information and to create the apparatus setting information accordingly.
A system for a solenoid operated valve, comprising: a valve having an inlet and an outlet ; a solenoid coupled with the valve and having a coil ; a controller coupled with the solenoid; an environmental sensor coupled with the controller; a power source coupled to the controller; and a database of predetermined adjustments in power to the solenoid depending on environmental conditions; wherein the controller is configured to adjust power to the solenoid by one of the predetermined adjustments in power in the database based on input from the environmental sensor; characterised in that the controller is further configured to count a number of operational cycles of the solenoid and wherein the database contains predetermined adjustments in power to the solenoid depending on the number of operational cycles of the solenoid. a valve having an inlet and an outlet ; a solenoid coupled with the valve and having a coil ; a controller coupled with the solenoid; an environmental sensor coupled with the controller; a power source coupled to the controller; and a database of predetermined adjustments in power to the solenoid depending on environmental conditions; wherein the controller is configured to adjust power to the solenoid by one of the predetermined adjustments in power in the database based on input from the environmental sensor; characterised in that the controller is further configured to count a number of operational cycles of the solenoid and wherein the database contains predetermined adjustments in power to the solenoid depending on the number of operational cycles of the solenoid.
Curing bladder for a tyre, having a shape of revolution about a central axis and having a flexible wall made of crosslinked rubber, the external surface of which is intended to come into contact with the internal surface of a green tyre during curing, the external surface having a relief structure having a plurality of air evacuation channels, characterized in that said relief structure has first channels forming air evacuation grooves arranged at a distance p2 of between 2 and 5 mm from one another, and having a depth h2 of between 0.4 and 1 mm, two adjacent grooves defining, between one another, an inter-groove zone having second channels forming air channelling furrows made so as to communicate with one another and with at least one of the grooves , the furrows each having a depth h3 of between 0.01 and 0.4 mm and being situated at a distance of between 0.2 and 1 mm from one another.
A method comprising: storing, by a computing device , a software application in memory of the computing device, where the software application includes a native component and a resource bundle , where the native component is generated using technologies native to the computing device, and where the resource bundle includes non-native web code defining a web view for the software application; receiving, by the computing device, user input selecting the software application; in response to receiving the user input, executing, by the computing device, the native component of the software application; upon execution of the native component, loading, by the computing device, web code from the stored resource bundle into the native component to generate the web view; establishing, by the computing device, a native communication bridge between the native component and the web view; presenting, by the computing device, the web view on a display of the computing device; receiving, by the computing device from a server device, update data describing a latest version of the resource bundle; and while the software application continues to execute: automatically updating, by the computing device, the stored resource bundle to correspond to the latest version of the resource bundle based on the update data; automatically reloading, by the computing device, web code from the updated resource bundle into the native component to generate an updated web view; and presenting the updated web view on the display of the computing device. storing, by a computing device , a software application in memory of the computing device, where the software application includes a native component and a resource bundle , where the native component is generated using technologies native to the computing device, and where the resource bundle includes non-native web code defining a web view for the software application; receiving, by the computing device, user input selecting the software application; in response to receiving the user input, executing, by the computing device, the native component of the software application; upon execution of the native component, loading, by the computing device, web code from the stored resource bundle into the native component to generate the web view; establishing, by the computing device, a native communication bridge between the native component and the web view; presenting, by the computing device, the web view on a display of the computing device; automatically updating, by the computing device, the stored resource bundle to correspond to the latest version of the resource bundle based on the update data; automatically reloading, by the computing device, web code from the updated resource bundle into the native component to generate an updated web view; and presenting the updated web view on the display of the computing device.
A method for producing a three-dimensional object, the method comprising: forming a thin layer including a powder material, the powder material comprising: an object-forming particle including a resin particle including a thermoplastic resin having a surface tension of more than 45mN/m or less than 30mN/m, and an organic resin layer disposed around the resin particle and including an organic resin having a surface tension of 30mN/m to 45mN/m and being at least one of polycarbonate, polyoxymethylene, polymethyl methacrylate, polyethylene, polystyrene, polyvinyl chloride, and polyvinyl alcohol; coating a specific region of the thin layer with a bonding fluid including an aqueous solvent and an energy absorbent; and irradiating, with energy, the thin layer after the coating to fuse the resin particle in the object-forming particle in the region coated with the bonding fluid to form an object layer, wherein the surface tension is determined by measuring the surface tension in a fused state using a pendant-drop-type interface tensiometer and by extrapolating this surface tension to the surface tension at 20°C. forming a thin layer including a powder material, the powder material comprising: an object-forming particle including a resin particle including a thermoplastic resin having a surface tension of more than 45mN/m or less than 30mN/m, and an organic resin layer disposed around the resin particle and including an organic resin having a surface tension of 30mN/m to 45mN/m and being at least one of polycarbonate, polyoxymethylene, polymethyl methacrylate, polyethylene, polystyrene, polyvinyl chloride, and polyvinyl alcohol; an object-forming particle including a resin particle including a thermoplastic resin having a surface tension of more than 45mN/m or less than 30mN/m, and an organic resin layer disposed around the resin particle and including an organic resin having a surface tension of 30mN/m to 45mN/m and being at least one of polycarbonate, polyoxymethylene, polymethyl methacrylate, polyethylene, polystyrene, polyvinyl chloride, and polyvinyl alcohol; coating a specific region of the thin layer with a bonding fluid including an aqueous solvent and an energy absorbent; and irradiating, with energy, the thin layer after the coating to fuse the resin particle in the object-forming particle in the region coated with the bonding fluid to form an object layer, wherein the surface tension is determined by measuring the surface tension in a fused state using a pendant-drop-type interface tensiometer and by extrapolating this surface tension to the surface tension at 20°C.
Shrink-fit chuck having a receiving body , having a receiving opening , arranged in the receiving body , for a tool shank, having a storage and collecting space arranged in the front region of the receiving opening , and having at least one coolant feed channel leading to the storage and collecting space , wherein the storage and collecting space is delimited towards the front by an annular web which is arranged at the front end of the receiving opening , wherein the inner diameter of the annular web is adapted to the inner diameter of the receiving opening in such a way that as far as possible no annular gap is present between the annular web and the tool shank, and wherein provision is made in the annular web of multiple outlet openings for exit towards the outside of a coolant conducted into the storage and collecting space via the coolant feed channel , characterized in that the coolant feed channel and the outlet openings are partially or fully offset from one another in a circumferential direction of the receiving body .
A method of manufacturing a knit article having a reflective yarn , comprising: knitting an article using a first yarn ; knitting the reflective yarn into a first region of the article using a float plaiting stitch; cutting the article comprising the reflective yarn according to a predetermined pattern to form a cut knit article having a first edge and an opposing second edge ; characterised by plaiting the first region of the article with a plaiting yarn , and joining the first edge of the cut knit article to the second edge of the cut knit article . knitting an article using a first yarn ; knitting the reflective yarn into a first region of the article using a float plaiting stitch; cutting the article comprising the reflective yarn according to a predetermined pattern to form a cut knit article having a first edge and an opposing second edge ; characterised by plaiting the first region of the article with a plaiting yarn , and joining the first edge of the cut knit article to the second edge of the cut knit article .
A control apparatus for a vehicle that is equipped with an engine , a motor , and a battery , the control apparatus comprising an electronic control unit ECU configured to control the engine and the motor in one of control modes, the control modes including a charge sustaining mode in which the engine is allowed to be driven on a basis of a state of charge of the battery , and a charge depleting mode in which the engine is not allowed to be driven on a basis of the state of charge of the battery , the ECU being configured to execute a first determination to determine that an engine malfunction has occurred when a number of times of abnormal combustion (N now ) occurring during a current trip is equal to or larger than a threshold (N1), during the charge sustaining mode, the current trip being a period from activation of a system of the vehicle to subsequent stop of the system at the current time, and the ECU being configured to execute a second determination to determine that the engine malfunction has occurred when a cumulative number of times of abnormal combustion (N sum ) is equal to or larger than the threshold (N1), the second determination being executed instead of or in addition to the first determination during the charge depleting mode, the cumulative number of times of abnormal combustion (N sum ) being obtained by adding the number of times of abnormal combustion occurring during a past trip to a number of times of abnormal combustion occurring during the current trip, and the past trip is a period from activation of a system of the vehicle to subsequent stop of the system at the past time. the ECU being configured to execute a first determination to determine that an engine malfunction has occurred when a number of times of abnormal combustion (N now ) occurring during a current trip is equal to or larger than a threshold (N1), during the charge sustaining mode, the current trip being a period from activation of a system of the vehicle to subsequent stop of the system at the current time, and the ECU being configured to execute a second determination to determine that the engine malfunction has occurred when a cumulative number of times of abnormal combustion (N sum ) is equal to or larger than the threshold (N1), the second determination being executed instead of or in addition to the first determination during the charge depleting mode, the cumulative number of times of abnormal combustion (N sum ) being obtained by adding the number of times of abnormal combustion occurring during a past trip to a number of times of abnormal combustion occurring during the current trip, and the past trip is a period from activation of a system of the vehicle to subsequent stop of the system at the past time.
A pump , in particular a vacuum pump, comprising - at least two conveying elements which are movable relative to one another and which are arranged such that they sealingly cooperate while forming at least one conveying space ; - at least one seal arranged on one of the two conveying elements ; and - a slide layer which is at least regionally applied to at least one of the conveying elements and which cooperates with the respective seal , wherein the seal comprises a polytetrafluoroethylene material which includes polyimide particles, characterized in that the polytetrafluoroethylene material is manufactured by hot compression molding and sintering; and in that the slide layer comprises an oxide layer formed by anodic oxidation in an electrolyte including oxalic acid. - at least two conveying elements which are movable relative to one another and which are arranged such that they sealingly cooperate while forming at least one conveying space ; - at least one seal arranged on one of the two conveying elements ; and - a slide layer which is at least regionally applied to at least one of the conveying elements and which cooperates with the respective seal ,
An asphalt coating for roofing waterproof membranes comprising: from 30 to 88 weight percent (wt%) of asphalt; from 0.1 to 15 wt% of a low molecular weight (MW) polyethylene, wherein the low MW polyethylene has a number average molecular weight of from 500 to 15,000 Daltons, wherein the low MW polyethylene is oxidized, and wherein the low MW polyethylene has an acid number of from 10 to 40; from 1 to 30 wt% of a thermoplastic elastomer; from 5 to 48 wt% of an inorganic filler; and from 1 to 20 wt% of a softening agent; all based on the total weight of the asphalt coating. from 30 to 88 weight percent (wt%) of asphalt; from 0.1 to 15 wt% of a low molecular weight (MW) polyethylene, wherein the low MW polyethylene has a number average molecular weight of from 500 to 15,000 Daltons, wherein the low MW polyethylene is oxidized, and wherein the low MW polyethylene has an acid number of from 10 to 40; from 1 to 30 wt% of a thermoplastic elastomer; from 5 to 48 wt% of an inorganic filler; and from 1 to 20 wt% of a softening agent;
A laminate comprising at least one first layer of at least one first metal and at least one further layer of a polyamide composition (PC), wherein the polyamide composition (PC) comprises a copolyamide produced by polymerization of the components (A) caprolactam, (B) at least one C 4 -C 40 -diacid and (C) at least one C 4 -C 20 -diamine, wherein the copolyamide has an amide function concentration in the range from 3.5 to 7 amide groups / 1000 g/mol. (A) caprolactam, (B) at least one C 4 -C 40 -diacid and (C) at least one C 4 -C 20 -diamine,
Method for retrofitting a heat-treatment installation , comprising at least the following steps: a) dividing a continuous furnace into a first furnace and a second furnace , b) arranging a temperature-control station in the heat-treatment installation , wherein the temperature-control station is arranged after the first furnace and arranged before the second furnace , and wherein the temperature-control station is intended and configured to set a temperature difference between at least one first sub-region and at least one second sub-region of a metallic component to be treated, c) adapting operation of the heat-treatment installation . a) dividing a continuous furnace into a first furnace and a second furnace , b) arranging a temperature-control station in the heat-treatment installation , wherein the temperature-control station is arranged after the first furnace and arranged before the second furnace , and wherein the temperature-control station is intended and configured to set a temperature difference between at least one first sub-region and at least one second sub-region of a metallic component to be treated, c) adapting operation of the heat-treatment installation .
A heating installation with a central heat generator (WE), a central pump , a control unit (ZRE), at least two radiators (HK1, HK2, HK3), which in each case possess a valve that can be adjusted by way of a servomotor , and which have temperature sensors corresponding to the radiators (HK1, HK2, HK3), wherein the servomotors , and in addition the heat generator (WE), and/or in addition the pump , are connected to the control unit (ZRE) wirelessly or in a wired manner for purposes of data exchange, characterised in that , the control unit (ZRE) is designed so as to execute a dynamic hydraulic balancing operation by the lift limitation, and/or an adjustment of the pump output, and/or an adaptation of the flow temperature (VL) from the heat generator (WE), as a function of the lift of the hydraulically least favourable valve, wherein under any boundary conditions, there is always a hydraulically least favourable valve in the overall installation, which has a lift of almost 100%.
An implant delivery system for delivery of an implant connected to an elongated implant wire , said implant and said elongated implant wire sized for deployment through an interior lumen of a delivery sheath , said implant delivery system comprising a torque device having a first passage , a cutting element positioned to cut said delivery sheath , and a second passage splitting off from said first passage so as to separate said delivery sheath from said elongated implant wire , and being characterized by said torque device consisting of several discrete components including multiple mated elements, which include a body member and a mating piece attachable to the body member to integrally define said first passage and said second passage .
A profile element of a stretched cloth false wall frame, the profile element having an overall right angled triangle-shaped cross-section, comprising a base , a transverse upper face , an outer face , an inner face forming the hypotenuse of the triangular F section, the base referring to the part of the profile connecting the outer face and the inner face , the base comprising a first housing for receiving a cloth edge , the profile element comprising a second housing for receiving a cloth edge, opening onto the outer face , the outer face comprising a main plane (P) substantially perpendicular to the transverse upper face , characterised in that a transverse projection extends at the opening of the first housing , beyond the main plane (P) of the outer face .