mhurhangee/patent-ind-claim-en huggingface dataset:
An electronically actuated dropper seatpost comprising: an upper post ; a lower post telescopically coupled with said upper post; and an electronically adjustable valve assembly configured to control a telescopic movement of said upper post and said lower post, said electronically adjustable valve assembly comprising: a valve controlling a flow path; and a motive component , wherein an electronic input to said motive component will change a flow rate of a fluid through said valve, wherein said motive component is a DC motor; characterised in that the electronically actuated dropper seatpost further comprises: a lug ; a cutout in a portion of said valve, wherein an interaction between said cutout and said lug creates a bump stop; a control system for said DC motor, said control system comprising a current limit; and said bump stop causes said DC motor to reach said current limit. an upper post ; a lower post telescopically coupled with said upper post; and an electronically adjustable valve assembly configured to control a telescopic movement of said upper post and said lower post, said electronically adjustable valve assembly comprising: a valve controlling a flow path; and a motive component , wherein an electronic input to said motive component will change a flow rate of a fluid through said valve, wherein said motive component is a DC motor; characterised in that the electronically actuated dropper seatpost further comprises: a lug ; a cutout in a portion of said valve, wherein an interaction between said cutout and said lug creates a bump stop; a control system for said DC motor, said control system comprising a current limit; and said bump stop causes said DC motor to reach said current limit. a valve controlling a flow path; and a motive component , wherein an electronic input to said motive component will change a flow rate of a fluid through said valve, wherein said motive component is a DC motor; characterised in that the electronically actuated dropper seatpost further comprises: a lug ; a cutout in a portion of said valve, wherein an interaction between said cutout and said lug creates a bump stop; a control system for said DC motor, said control system comprising a current limit; and said bump stop causes said DC motor to reach said current limit. a lug ; a cutout in a portion of said valve, wherein an interaction between said cutout and said lug creates a bump stop; a control system for said DC motor, said control system comprising a current limit; and said bump stop causes said DC motor to reach said current limit.
A coil hair tie, comprising a spiral coil body configured as a head-to-tail connected ring, which encloses a hollow portion for allowing hair to pass through, and a linear elastic restoring member comprising at least one one-dimensional elastic body extending along the head-to-tail connected ring of the spiral coil body , wherein the spiral coil body has a hollow chamber inside the spiral coil body , and the linear elastic restoring member is disposed in the hollow chamber of the spiral coil body , and being head-to-tail connected to form a ring configuration, and when a tensile force is applied to stretch the spiral coil body into a tensile configuration with a lower coil density, the elastic restoring member is also stretched, and when the tensile force applied to the spiral coil body is removed, the spiral coil body restores to a retracted configuration having a higher coil density through the tensile restoring force of the elastic restoring member characterized in that a gap (W) is formed between the spiral coil body and the elastic restoring member disposed inside the hollow chamber .
Electrical connection enclosure comprising at least one modular monitoring-and-control drawer mounted in the electrical connection enclosure , the modular monitoring-and-control drawer being configured to be connected on the one hand to an electricity source and on the other hand to an electrical load , the drawer comprising functional elements which are configured to deliver electrical power to the electrical load and potentially to control the electrical load, wherein: - the functional elements are sized so as to be adapted to the electrical power delivered to the electrical load ; - the drawer comprises a base , the functional elements being attached to the base, the height of the base, measured along an axis perpendicular to the base (Z), being constant; and - the drawer comprises a frontal portion and a cover , the heights of the frontal portion and of the cover, measured along an axis perpendicular to the base, being adapted to the dimensions of the functional elements, characterized in that the monitoring-and-control drawer is configured to operate in the electrical connection enclosure , in a first orientation in which its base is located at the bottom of the drawer and its cover is located at the top, and in a second orientation in which its base is located at the top and its cover is located at the bottom, in that the electrical connection enclosure comprises at least one electrical distributing column and at least two connection columns arranged on either side of the electrical distributing column, in that a first connection column is configured to receive the monitoring-and-control drawer in the first orientation, and in that a second connection column is configured to receive the monitoring-and-control drawer in the second orientation. - the functional elements are sized so as to be adapted to the electrical power delivered to the electrical load ; - the drawer comprises a base , the functional elements being attached to the base, the height of the base, measured along an axis perpendicular to the base (Z), being constant; and - the drawer comprises a frontal portion and a cover , the heights of the frontal portion and of the cover, measured along an axis perpendicular to the base, being adapted to the dimensions of the functional elements, characterized in that the monitoring-and-control drawer is configured to operate in the electrical connection enclosure , in a first orientation in which its base is located at the bottom of the drawer and its cover is located at the top, and in a second orientation in which its base is located at the top and its cover is located at the bottom, in that the electrical connection enclosure comprises at least one electrical distributing column and at least two connection columns arranged on either side of the electrical distributing column, in that a first connection column is configured to receive the monitoring-and-control drawer in the first orientation, and in that a second connection column is configured to receive the monitoring-and-control drawer in the second orientation.
A system for managing pain of a patient, the system comprising: a first sensor circuit configured to sense from the patient a first signal indicative of a functional state of the patient; a second sensor circuit configured to sense from the patient a second signal different from the first signal; and characterised by a controller circuit configured to: determine an operating mode of the second sensor circuit using the sensed first signal; trigger the second sensor circuit to sense the second signal under the determined operating mode; generate a pain score using at least the second signal sensed under the determined operating mode; and output the pain score to a user or a process. a first sensor circuit configured to sense from the patient a first signal indicative of a functional state of the patient; a second sensor circuit configured to sense from the patient a second signal different from the first signal; and characterised by a controller circuit configured to: determine an operating mode of the second sensor circuit using the sensed first signal; trigger the second sensor circuit to sense the second signal under the determined operating mode; generate a pain score using at least the second signal sensed under the determined operating mode; and output the pain score to a user or a process. determine an operating mode of the second sensor circuit using the sensed first signal; trigger the second sensor circuit to sense the second signal under the determined operating mode; generate a pain score using at least the second signal sensed under the determined operating mode; and output the pain score to a user or a process.
Display, in particular head-up display, for a vehicle, said display comprising: - an image generation device and - a reflection assembly comprising at least one reflection mirror for reflecting the beam emitted at the output of the image generation device so as to direct the images that it transmits to a final optical element for displaying a virtual image located in the field of view of the eyes of a driver beyond a windscreen, characterized in that said display is configured so as to direct a flow of heat, emitted by said image generation device , to the reflection assembly . - an image generation device and - a reflection assembly comprising at least one reflection mirror for reflecting the beam emitted at the output of the image generation device so as to direct the images that it transmits to a final optical element for displaying a virtual image located in the field of view of the eyes of a driver beyond a windscreen,
A stoma site protection device comprising: a body having a proximal end , a distal end , an outer surface , an inner bearing surface , and a lumen extending longitudinally therethrough, the body comprising: a proximal collar having a collar width (W 1 ) and defining a top opening ; an indented portion extending distally from the proximal collar and having an indented portion width (W 2 ) that is less than the collar width (W 1 ); and a silicone plug extending distally from the indented portion and having an outer surface and an inner bearing surface , a bottom opening and a plug lumen axially aligned and in fluid communication with the bottom opening and the top opening , the stoma site protection device being sterile and being sized and dimensioned to prevent or minimize leakage of fluid from a stoma; characterized in that the inner bearing surface of the silicone plug has a Shore durometer hardness greater than the outer surface of the silicone plug . a proximal collar having a collar width (W 1 ) and defining a top opening ; an indented portion extending distally from the proximal collar and having an indented portion width (W 2 ) that is less than the collar width (W 1 ); and a silicone plug extending distally from the indented portion and having an outer surface and an inner bearing surface , a bottom opening and a plug lumen axially aligned and in fluid communication with the bottom opening and the top opening , the stoma site protection device being sterile and being sized and dimensioned to prevent or minimize leakage of fluid from a stoma; an outer surface and an inner bearing surface , a bottom opening and a plug lumen axially aligned and in fluid communication with the bottom opening and the top opening , the stoma site protection device being sterile and being sized and dimensioned to prevent or minimize leakage of fluid from a stoma;
A partition plate (100, 100a to 100q, 1005), for an intake port of a cylinder head to be manufactured by cast molding, which is preliminarily set prior to the cast molding in a sand core (200, 200a to 200g, 2008) applied to form the intake port and then cast in when the cast molding is conducted so as to partition the intake port into a plurality of ports , comprising: an intake-side distal end (Tb); a cylinder-side distal end (Ta); a pair of side edges (Tc) continuous with the intake-side distal end and the cylinder-sided distal end and to be cast in by molten metal when cast molding is conducted, each of the pair of side edges having end faces facing in a thickness direction and a side end face continuous with the end faces; and characterized by a promoter section provided on at least one of the side end face and the end faces of each of the pair of side edges, the promoter section having an increased contact area with the molten metal to promote solidification of the molten metal. an intake-side distal end (Tb); a cylinder-side distal end (Ta); a pair of side edges (Tc) continuous with the intake-side distal end and the cylinder-sided distal end and to be cast in by molten metal when cast molding is conducted, each of the pair of side edges having end faces facing in a thickness direction and a side end face continuous with the end faces; and characterized by a promoter section provided on at least one of the side end face and the end faces of each of the pair of side edges, the promoter section having an increased contact area with the molten metal to promote solidification of the molten metal.
A method of making a composite comprising mixing an oxidized cellulose comprising at least one carboxyl with at least one component selected from a diamine, a diol, or mixture thereof to form a composite, wherein the oxidized cellulose is formed by a method comprising at least one step comprising catalytic oxidation with iron and hydrogen peroxide at an acidic pH.
A negative electrode active material comprising: a silicon-based inorganic compound (a) composed of silicon excluding zerovalent silicon, oxygen, and carbon; and zerovalent silicon (b), wherein, in a 29 Si solid NMR spectrum of the silicon-based inorganic compound (a), a plurality of peaks are present in a chemical shift range of +20 ppm to -150 ppm, and an equivalent constituent ratio SiO 4 /(SiO 2 C 2 + SiO 3 C + SiO 4 ) of the silicon excluding zerovalent silicon is within a range of from 0.30 to 0.80 inclusive, and wherein the negative electrode active material is obtainable by a production method comprising the following steps: step 1-1 of obtaining a suspension of zerovalent silicon by adding a fine metallic silicon particles or a pulverized fine metallic silicon particles into an organic solvent; step 1-2 of obtaining a precursor (c) by mixing and dispersing at least a polysiloxane compound, a carbon source resin containing an aromatic hydrocarbon moiety, and the suspension of zerovalent silicon obtained in step 1-1 and then drying the mixture, and step 2 of obtaining a fired product (d) by firing the precursor (c) obtained in step 1-2 in an inert atmosphere at a maximum firing temperature in a temperature range of from 900°C to 1250°C inclusive. step 1-1 of obtaining a suspension of zerovalent silicon by adding a fine metallic silicon particles or a pulverized fine metallic silicon particles into an organic solvent; step 1-2 of obtaining a precursor (c) by mixing and dispersing at least a polysiloxane compound, a carbon source resin containing an aromatic hydrocarbon moiety, and the suspension of zerovalent silicon obtained in step 1-1 and then drying the mixture, and step 2 of obtaining a fired product (d) by firing the precursor (c) obtained in step 1-2 in an inert atmosphere at a maximum firing temperature in a temperature range of from 900°C to 1250°C inclusive.
A chlorine free adhesion promoter system comprising the admixture product of: at least 60 percent by weight of a first functionalized polyolefin, based on the total weight of the solid content, wherein the first functionalized polyolefin is an amine and/or hydroxyl functionalized polyolefin or an imide functionalized polyolefin; 5 to 40 percent by weight of a second functionalized polyolefin, based on the total weight of the solid content, wherein said second functionalized polyolefin comprises homopolymers of propylene or copolymers of propylene with hexene, octene and/or other like alpha-olefins, the homopolymers or copolymers having a single unsaturation, a terminal succinic anhydride moiety, and additional succinic anhydride substitutions on the polypropylene backbone, where the succinic anhydride substitution ranges from about 5 to about 45 weight percent of second functionalized polyolefin; in the presence of one or more solvents. at least 60 percent by weight of a first functionalized polyolefin, based on the total weight of the solid content, wherein the first functionalized polyolefin is an amine and/or hydroxyl functionalized polyolefin or an imide functionalized polyolefin; 5 to 40 percent by weight of a second functionalized polyolefin, based on the total weight of the solid content, wherein said second functionalized polyolefin comprises homopolymers of propylene or copolymers of propylene with hexene, octene and/or other like alpha-olefins, the homopolymers or copolymers having a single unsaturation, a terminal succinic anhydride moiety, and additional succinic anhydride substitutions on the polypropylene backbone, where the succinic anhydride substitution ranges from about 5 to about 45 weight percent of second functionalized polyolefin; in the presence of one or more solvents.
A closure capsule for closing a container, comprising: - a cap that can be associated with a container and comprising a frangible mouth ; - a cutter comprising a cutting edge designed to open said frangible mouth which assumes a first configuration in which it is intact and a second configuration in which it is open; the cutter also comprising a widening zone , wherein, as it moves away from the cutting edge , the transversal section of the cutter increases; - a covering of the cap and the cutter ; in the first configuration at least the cap and the cutter define a tank for containing a product destined to be dropped into the container in said second configuration; - transmission means for transmitting a rotary component from the covering to the cutter ; characterised in that it comprises moisture absorbing means which overlap at least a portion of said cutter ; said moisture absorbing means comprising a tubular portion which superposes internally of the cutter and has a widening of a section thereof which follows said widening zone of the cutter . - a cap that can be associated with a container and comprising a frangible mouth ; - a cutter comprising a cutting edge designed to open said frangible mouth which assumes a first configuration in which it is intact and a second configuration in which it is open; the cutter also comprising a widening zone , wherein, as it moves away from the cutting edge , the transversal section of the cutter increases; - a covering of the cap and the cutter ; in the first configuration at least the cap and the cutter define a tank for containing a product destined to be dropped into the container in said second configuration; - transmission means for transmitting a rotary component from the covering to the cutter ; characterised in that it comprises moisture absorbing means which overlap at least a portion of said cutter ; said moisture absorbing means comprising a tubular portion which superposes internally of the cutter and has a widening of a section thereof which follows said widening zone of the cutter .
A method comprising: determining , by a processor, if there are consecutive nozzles of a print apparatus that are occluded by a contaminant; and, when a predetermined number of consecutive nozzles are occluded, the predetermined number being greater than or equal to two, automatically triggering a cleaning operation to at least partially remove the contaminant, characterised in that the cleaning operation comprises moving a nozzle area comprising occluded nozzles so that a wiper blade comprising a wide portion and a narrow portion moves across the surface of the nozzle area so that the narrow portion of the wiper blade moves across the surface of the nozzle area. determining , by a processor, if there are consecutive nozzles of a print apparatus that are occluded by a contaminant; and, when a predetermined number of consecutive nozzles are occluded, the predetermined number being greater than or equal to two, automatically triggering a cleaning operation to at least partially remove the contaminant, characterised in that the cleaning operation comprises moving a nozzle area comprising occluded nozzles so that a wiper blade comprising a wide portion and a narrow portion moves across the surface of the nozzle area so that the narrow portion of the wiper blade moves across the surface of the nozzle area.
An environment control system configured to adjust an environment using a target environment control device (2091 to 2097) provided in a target space (TS), the environment control system comprising: a device information obtaining unit configured to obtain information regarding the target environment control device; and a storage unit storing a state of an environment to be achieved, characterized by : a calculation unit configured to calculate a control parameter of the target environment control device for achieving the state of the environment based on the information obtained by the device information obtaining unit from a reference environment control device or a reference environment sensor provided in a reference space (RS) which is different from the target space (TS); and a control unit configured to control the target environment control device on a basis of the control parameter. a device information obtaining unit configured to obtain information regarding the target environment control device; and a storage unit storing a state of an environment to be achieved, characterized by : a calculation unit configured to calculate a control parameter of the target environment control device for achieving the state of the environment based on the information obtained by the device information obtaining unit from a reference environment control device or a reference environment sensor provided in a reference space (RS) which is different from the target space (TS); and a control unit configured to control the target environment control device on a basis of the control parameter. a calculation unit configured to calculate a control parameter of the target environment control device for achieving the state of the environment based on the information obtained by the device information obtaining unit from a reference environment control device or a reference environment sensor provided in a reference space (RS) which is different from the target space (TS); and a control unit configured to control the target environment control device on a basis of the control parameter.