mhurhangee/ep-ind-claims huggingface dataset:
A battery holding structure for a vehicle comprising: a battery; a battery tray configured to store the battery therein; a battery holding rack fixable to a vehicle frame, configured to store said battery tray with said battery stored therein; a ground wire having a first end connected to a negative terminal of said battery and a second end connectable to a grounding member on the vehicle frame; and a grounding member fastening member configured to fasten said ground wire and said grounding member to each other; characterised in that said battery holding rack is configured to allow said battery tray to be pulled out along widthwise directions of the vehicle; the battery holding structure comprises a movement prevention member configured to fix the second end of said ground wire to said battery tray and prevent said battery tray from being pulled out to one side along the widthwise directions of the vehicle with said ground wire which is connected to said grounding member, wherein the movement prevention member is a wire clamp, and an outer end of said movement prevention member is disposed more outwardly along the widthwise directions of the vehicle than said grounding member fastening member. a battery; a battery tray configured to store the battery therein; a battery holding rack fixable to a vehicle frame, configured to store said battery tray with said battery stored therein; a ground wire having a first end connected to a negative terminal of said battery and a second end connectable to a grounding member on the vehicle frame; and a grounding member fastening member configured to fasten said ground wire and said grounding member to each other; characterised in that said battery holding rack is configured to allow said battery tray to be pulled out along widthwise directions of the vehicle; the battery holding structure comprises a movement prevention member configured to fix the second end of said ground wire to said battery tray and prevent said battery tray from being pulled out to one side along the widthwise directions of the vehicle with said ground wire which is connected to said grounding member, wherein the movement prevention member is a wire clamp, and an outer end of said movement prevention member is disposed more outwardly along the widthwise directions of the vehicle than said grounding member fastening member.
An information processing method comprising: controlling (S106, S108, S109) display of a plurality of image data on a display unit by a scroll speed based on a number of the plurality of image data, wherein the plurality of image data are classified into time periods, and the scroll speed for each time period is controlled according to the number of image data classified within the time period. controlling (S106, S108, S109) display of a plurality of image data on a display unit by a scroll speed based on a number of the plurality of image data, wherein the plurality of image data are classified into time periods, and the scroll speed for each time period is controlled according to the number of image data classified within the time period.
A valve for a dialysis machine, comprising a valve housing having formed therein a first flow path (80, 82) in fluid communication with a first inlet connection and a first outlet connection and a second flow path (92, 84, 88) in fluid communication with a second inlet connection and a second outlet connection, said valve housing having arranged therein an equalizer element which equalizes pressures of the flow paths (80, 82; 92, 84, 88) and through which the fluids of respective flow paths operatively interact, wherein the equalizer element is configured such that vibration and/or noise emission will be reduced, and/or that the equalizer element has associated therewith a valve seat, the equalizer element is a diaphragm, which is acted upon by the fluid of the first flow path (80, 82) on the one hand and by the fluid of the second flow path (92, 84, 88) on the other and which is provided with a diaphragm projection, and the diaphragm is configured as a sealing element for fluidically separating the two flow paths (80, 82; 92, 84, 88), characterized in that the second flow path (92, 84, 88) comprises a fluid space into which a channel section of the second flow path opens, the diaphragm projection being adapted to be introduced into said channel section.
System comprising a positioning and centering pin (4; 104; 204; 304) for an ophthalmic lens, said positioning and centering pin (4; 104; 204; 304) being configured to be attached to said ophthalmic lens, and an attachment member (5; 105; 205; 305) configured to be positioned on said positioning and centering pin (4; 104; 204; 304) and to be attached to the latter and also to be attached to said ophthalmic lens, characterized in that said system also has a tool (20; 120; 220; 320) for positioning said attachment member (5; 105; 205; 305) on said positioning and centering pin (4; 104; 204; 304), said tool (20; 120; 220; 320) having a body (42; 142; 242; 342) provided with at least one receiving recess configured to at least partially receive at least one of said attachment member (5; 105; 205; 305) and said positioning and centering pin (4; 104; 204; 304), at least one centering member (48, 56; 148, 156; 257) for centering said attachment member (5; 105; 205; 305), and at least one guiding member (48, 57; 148, 157; 256) for guiding said positioning and centering pin (4; 104; 204; 304); said recess, said at least one centering member (48, 56; 148, 156; 257) and said at least one guiding member (48, 57; 148, 157; 256) being configured such that, when said attachment member (5; 105; 205; 305) and said positioning and centering pin (4; 104; 204; 304) are mounted on said tool (20; 120; 220; 320), said attachment member (5; 105; 205; 305) is centered with respect to said body (42; 142; 242; 342) and said positioning and centering pin (4; 104; 204; 304) is guided with respect to said body (42; 142; 242; 342); by virtue of which said attachment member (5; 105; 205; 305) is positioned in a predetermined position on said positioning and centering pin (4; 104; 204; 304).
A processor controlling a user terminal configured to perform a wireless LAN-related process for switching an access network for accommodating a traffic of the user terminal to a wireless LAN from a cellular RAN, on the basis of wireless LAN control information provided from the cellular RAN, wherein the processor is configured to perform: a process of transmitting a notification indicating that it is not possible to perform the wireless LAN-related process, in response to a wireless LAN communication function being switched from on to off, to a cellular base station included in the cellular RAN.
A method for energy saving by fast dynamically adapted change of bit rates in a star-shaped network infrastructure having a central node connected to one or more end nodes, characterized by a basic bit duration according to a maximum data rate determined by the central node, wherein the end node communicates with the central node exclusively with a data rate according to an integer divisor of the maximum data rate, which is smaller than or equal to the maximum bit rate, whereby the data rates of the respective connections between the central node and the respective end nodes can all be different and wherein the central node logically combine the multiply sent identical bits of slower end nodes based on the knowledge of the data rate of the end node.
An exhaust gas recirculation device comprising: an exhaust gas recirculation valve interposed between an exhaust system and an intake system of an internal combustion engine; an exhaust gas recirculation cooler for cooling exhaust gas sent from the exhaust gas recirculation valve to the intake system; and a bypass valve for switching between a passage that bypasses the exhaust gas recirculation cooler and sends the exhaust gas to the intake system and a passage that sends the exhaust gas to the exhaust gas recirculation cooler, wherein the exhaust gas recirculation cooler is put adjacently between the exhaust gas recirculation valve and the bypass valve, wherein the exhaust gas recirculation valve is separately provided with an exhaust gas discharging port for discharging the exhaust gas to the exhaust gas recirculation cooler and an exhaust gas discharging port for discharging the exhaust gas to a bypass passage. an exhaust gas recirculation valve interposed between an exhaust system and an intake system of an internal combustion engine; an exhaust gas recirculation cooler for cooling exhaust gas sent from the exhaust gas recirculation valve to the intake system; and a bypass valve for switching between a passage that bypasses the exhaust gas recirculation cooler and sends the exhaust gas to the intake system and a passage that sends the exhaust gas to the exhaust gas recirculation cooler, wherein the exhaust gas recirculation cooler is put adjacently between the exhaust gas recirculation valve and the bypass valve,
A power transmitter (500, 600) comprising: a first switch configured to be coupled between a first node and a reference voltage node (Vref); a second switch configured to be coupled between a power supply (Vbat) and the first node; a coil, wherein a first end of the coil is configured to be coupled to the reference voltage node tthrough a capacitor and wherein a second end of the coil is coupled to the first node; a first sample and hold circuit having an input coupled to the first node; and a timing control circuit configured to generate a first control signal (V) and a second control signal (V), wherein the first control signal and the second control signal have a same frequency, wherein the first control signal (V) and the second control signal (V) are configured to turn ON the first switch while the second switch is turned OFF, and configured to turn OFF the first switch while the second switch is turned ON; and wherein the timing control circuit is configured to generate a third control signal (701, 801, 901), the first control signal, the second control signal, and the third control signal having a same frequency, the third control signal determining a sampling time of the first sample and hold circuit and has a first pre-determined delay from a first edge of the first control signal (V). a first switch configured to be coupled between a first node and a reference voltage node (Vref); a second switch configured to be coupled between a power supply (Vbat) and the first node; a coil, wherein a first end of the coil is configured to be coupled to the reference voltage node tthrough a capacitor and wherein a second end of the coil is coupled to the first node; a first sample and hold circuit having an input coupled to the first node; and a timing control circuit configured to generate a first control signal (V) and a second control signal (V), wherein the first control signal and the second control signal have a same frequency, wherein the first control signal (V) and the second control signal (V) are configured to turn ON the first switch while the second switch is turned OFF, and configured to turn OFF the first switch while the second switch is turned ON; and wherein the timing control circuit is configured to generate a third control signal (701, 801, 901), the first control signal, the second control signal, and the third control signal having a same frequency, the third control signal determining a sampling time of the first sample and hold circuit and has a first pre-determined delay from a first edge of the first control signal (V).
An endotracheal tube for intraoperatively monitoring laryngeal and vagus nerves by eliciting laryngeal adductor response in a patient that is under general anesthesia, that is of a type that preserves LAR, and by monitoring contralateral responses of the LAR that are detected after application of electrical stimulation, the endotracheal tube comprising: an endotracheal tube body having a first inflatable member and an electrode area that includes a plurality of surface based electrodes, - wherein the surface based electrodes includes a first surface based electrode that is located along a first side of the endotracheal tube and a second surface based electrode that is located along a second side of the endotracheal tube, wherein each of the first and second surface based electrodes (210, 220) being configured to emit electrical stimulation and record the responses of the LAR; - wherein the electrode area has a generally triangular shaped cross-section configured for mating with a larynx anatomy of the patient; - wherein the generally triangular shaped cross-section being defined by a first side wall and a second side wall, the first side wall including the first surface based electrode which comprises a first array of the surface based electrodes (210, 220) and the second side wall including the second surface based electrode which comprises a second array of the surface based electrodes (210, 220). - wherein the surface based electrodes includes a first surface based electrode that is located along a first side of the endotracheal tube and a second surface based electrode that is located along a second side of the endotracheal tube, wherein each of the first and second surface based electrodes (210, 220) being configured to emit electrical stimulation and record the responses of the LAR; - wherein the electrode area has a generally triangular shaped cross-section configured for mating with a larynx anatomy of the patient; - wherein the generally triangular shaped cross-section being defined by a first side wall and a second side wall, the first side wall including the first surface based electrode which comprises a first array of the surface based electrodes (210, 220) and the second side wall including the second surface based electrode which comprises a second array of the surface based electrodes (210, 220).
A feeder for coupling to a header (32/34) of an agricultural vehicle, said feeder comprising: a feeder body defining a hollow interior space for receiving crop material from the header (32/34), a faceplate that is movably mounted to the feeder body, wherein the faceplate is configured to be removably coupled to the header (32/34) of the agricultural vehicle, characterized in that the feeder further comprises a scissor jack assembly that is configured for rotating the faceplate with respect to the feeder body to adjust a fore-aft angle of the faceplate relative to the feeder body. a feeder body defining a hollow interior space for receiving crop material from the header (32/34), a faceplate that is movably mounted to the feeder body, wherein the faceplate is configured to be removably coupled to the header (32/34) of the agricultural vehicle, characterized in that the feeder further comprises a scissor jack assembly that is configured for rotating the faceplate with respect to the feeder body to adjust a fore-aft angle of the faceplate relative to the feeder body.
A telescopic piston for use with an internal combustion engine, the telescopic piston comprising: an inner piston; an outer piston located over the inner piston; an upper oil chamber formed between the inner piston and the outer piston; and an actuated valve having a controllable peak pressure that opens the actuated valve, wherein a value of the peak pressure is wirelessly received at the telescopic piston. an inner piston; an outer piston located over the inner piston; an upper oil chamber formed between the inner piston and the outer piston; and an actuated valve having a controllable peak pressure that opens the actuated valve, wherein a value of the peak pressure is wirelessly received at the telescopic piston.
A composition comprising at least the following: A) a first composition comprising a first ethylene-based polymer, wherein the ratio, I 21 (first composition) / I 21 (first ethylene-based polymer), is greater than, or equal to, 30 wheren I 21 is measured according to ASTM-D-1238-04, condition 190°C/21-6 kg; and B) one or more azide compounds in an amount from 10 μg/g to 40 μg/g (based on the weight of the composition). A) a first composition comprising a first ethylene-based polymer, wherein the ratio, I 21 (first composition) / I 21 (first ethylene-based polymer), is greater than, or equal to, 30 wheren I 21 is measured according to ASTM-D-1238-04, condition 190°C/21-6 kg; and B) one or more azide compounds in an amount from 10 μg/g to 40 μg/g (based on the weight of the composition).
A tip holder installation structure of a scribe device, comprising: a tip holder which has an installation part at one end and is configured to form a scribe line used for cutting a brittle material substrate; and a holder joint which is installed in a scribe head of the scribe device and has a retaining part for retaining said tip holder being freely detachable, an opening into which said installation part of said tip holder is inserted, and a parallel pin provided perpendicular to a center axis of said retaining part; characterized by a magnet which is installed in said holder joint and attracts the installation part of said tip holder, wherein the installation part of the tip holder comprises an inclined part configured to contact with said parallel pin when said one end of said tip holder is inserted into said opening of said holder joint, and said tip holder is positioned and fixed at a position with a magnet embedded inside said opening of said holder joint. a tip holder which has an installation part at one end and is configured to form a scribe line used for cutting a brittle material substrate; and a holder joint which is installed in a scribe head of the scribe device and has a retaining part for retaining said tip holder being freely detachable, an opening into which said installation part of said tip holder is inserted, and a parallel pin provided perpendicular to a center axis of said retaining part; characterized by a magnet which is installed in said holder joint and attracts the installation part of said tip holder, wherein the installation part of the tip holder comprises an inclined part configured to contact with said parallel pin when said one end of said tip holder is inserted into said opening of said holder joint, and said tip holder is positioned and fixed at a position with a magnet embedded inside said opening of said holder joint.
A bimodal polyethylene composition having a density of 0.940 g/cc or more, the composition comprising a high molecular weight polyethylene component and a low molecular weight polyethylene component wherein the high and low molecular weight polyethylene components are formed in a single reactor, wherein: the composition qualifies as a PE 100 material such that in accordance with ISO 1167 a pipe formed from the composition that is subjected to internal pipe resistance has an extrapolated stress of 10 MPa or more when the internal pipe resistance curve is extrapolated to 50 or 100 years in accordance with ISO 9080:2003; the composition has a melt strength of 18 cN or greater; and the ratio of the weight average molecular weight of the high molecular weight component (Mw HMW) to the weight average molecular weight of the low molecular weight component (Mw LMW) of the composition is greater than 15:1 and less than 28:1. the composition qualifies as a PE 100 material such that in accordance with ISO 1167 a pipe formed from the composition that is subjected to internal pipe resistance has an extrapolated stress of 10 MPa or more when the internal pipe resistance curve is extrapolated to 50 or 100 years in accordance with ISO 9080:2003; the composition has a melt strength of 18 cN or greater; and the ratio of the weight average molecular weight of the high molecular weight component (Mw HMW) to the weight average molecular weight of the low molecular weight component (Mw LMW) of the composition is greater than 15:1 and less than 28:1.
A method, comprising: receiving, from a client system of a user, a first location of the client system; receiving, from the client system, an ID of an access point detected by the client system; accessing, by one or more computing devices, an index to determine a second location of the access point based on the ID; determining, by the one or more computing devices, a refined location of the client system based on the first location and the second location; generating, by the one or more computing devices, a prioritized list of regions based on the refined location and user data; transmitting, by the one or more computing devices to the client system, the prioritized list of regions. receiving, from a client system of a user, a first location of the client system; receiving, from the client system, an ID of an access point detected by the client system; accessing, by one or more computing devices, an index to determine a second location of the access point based on the ID; determining, by the one or more computing devices, a refined location of the client system based on the first location and the second location; generating, by the one or more computing devices, a prioritized list of regions based on the refined location and user data; transmitting, by the one or more computing devices to the client system, the prioritized list of regions.
An aerosol-forming device of the vortical ejector atomizer type, wherein the device includes a cylindrical container for a liquid to be atomized, in which one or more ejector atomizers are arranged above the liquid surface in such a way as to permit their rotation in a horizontal plane, each atomizer comprises a chamber which is provided with a nozzle and into which chamber branch pipes (26,24) for supplying the liquid material to be atomized and air are introduced, and each atomizer being arranged in such a way that a jet coming out therefrom is oriented along a chord with respect to the wall of the cylindrical container, and so that a projection of a central axis of the aerosol spray on the cylinder walls does not cross a top edge of the container walls during at least one revolution of the aerosol spray particles, characterized in that each air supply branch pipe is tangentially arranged in the chamber, and the sizes of the branch pipe openings and of the nozzle are related by the equation Do=(0.5÷0.7)D 2 c/Dk, where Do is the diameter of liquid supply branch pipe, Dc is the diameter of the outlet nozzle, and Dk is the diameter of an air inlet channel provided by the air supply pipe.
A device for mechanical and/or electrical connection by magnetic effect between a ferromagnetic support and an element to be linked to the ferromagnetic support, the device comprising: - at least one permanent magnet; - a case carrying the element and housing the permanent magnet(s); the case including at least one housing extending between a bottom wall and a contact wall intended to come into contact with the ferromagnetic support, the permanent magnet(s) being movable in translation in the housing(s) between the bottom wall and the contact wall, the case comprising means for retaining the permanent magnet(s) against the bottom wall, characterised in that the retaining means have a magnetic attraction of the permanent magnet(s), to release the permanent magnet(s) by magnetic attraction of the permanent magnet(s) by the ferromagnetic support, and in that the contact wall has needles protruding outwardly from the housing, the needles being intended to perforate the ferromagnetic support by impact of the permanent magnet(s) on the contact face. - at least one permanent magnet; - a case carrying the element and housing the permanent magnet(s);