mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus comprising: a display module deformable between a flat surface state and a curved surface state comprising a flexible display panel on which an image is displayable, a top chassis provided at a front of the display panel , and a bottom chassis provided at a rear of the display panel , and wherein the bottom chassis comprises a flexible rear panel forming a rear surface of the bottom chassis and a pair of side frames forming both side surfaces of the bottom chassis , wherein the pair of side frames comprise side guide grooves that extend in upper and lower side directions to correspond to both side ends of the rear panel , such that both side ends of the rear panel are movably accommodated in the side guide grooves , and wherein the display apparatus is arranged so that when the display module deforms from the flat surface state to the curved surface state, the side frames move away from the respective side ends of the rear panel such that the side ends of the rear panel within the side guide grooves are spaced further from the side surfaces of the bottom chassis than in the flat surface state. a display module deformable between a flat surface state and a curved surface state comprising a flexible display panel on which an image is displayable, a top chassis provided at a front of the display panel , and a bottom chassis provided at a rear of the display panel , and wherein the bottom chassis comprises a flexible rear panel forming a rear surface of the bottom chassis and a pair of side frames forming both side surfaces of the bottom chassis , wherein the pair of side frames comprise side guide grooves that extend in upper and lower side directions to correspond to both side ends of the rear panel , such that both side ends of the rear panel are movably accommodated in the side guide grooves , and wherein the display apparatus is arranged so that when the display module deforms from the flat surface state to the curved surface state, the side frames move away from the respective side ends of the rear panel such that the side ends of the rear panel within the side guide grooves are spaced further from the side surfaces of the bottom chassis than in the flat surface state.
A paste comprising nickel nanowires, an alkoxy-alkylated polyamide and a glycol.
A fan casing assembly comprising: a fan casing having a peripheral wall ; a surface cooler having a first surface confronting the peripheral wall and forward and aft projections , which are radially spaced from the first surface and located between the peripheral wall and the first surface ; and a mounting bracket fixed and extended from the peripheral wall and compressively retaining the forward and aft projections to mount the surface cooler to the fan casing . a fan casing having a peripheral wall ; a surface cooler having a first surface confronting the peripheral wall and forward and aft projections , which are radially spaced from the first surface and located between the peripheral wall and the first surface ; and a mounting bracket fixed and extended from the peripheral wall and compressively retaining the forward and aft projections to mount the surface cooler to the fan casing .
An in vitro method for selecting a patient affected with a solid tumor for an immune checkpoint inhibitor treatment, wherein the method comprises: (a) detecting DPP4 + CAFs (Cancer Associated Fibroblast) in a cancer sample from said patient; (b) determining the level of DPP4 + CAFs in said cancer sample, wherein the responsiveness of said patient to an immune checkpoint inhibitor treatment is inversely proportional to the level of DPP4 + CAFs in the cancer sample; (c) selecting patients with level of DPP4 + CAFs lower than their reference level as suitable for an immune checkpoint inhibitor treatment, and/or selecting patients with a level of DPP4 + CAFs higher than their reference level for a cancer treatment excluding immune checkpoint inhibitor. (a) detecting DPP4 + CAFs (Cancer Associated Fibroblast) in a cancer sample from said patient; (b) determining the level of DPP4 + CAFs in said cancer sample, wherein the responsiveness of said patient to an immune checkpoint inhibitor treatment is inversely proportional to the level of DPP4 + CAFs in the cancer sample; (c) selecting patients with level of DPP4 + CAFs lower than their reference level as suitable for an immune checkpoint inhibitor treatment, and/or selecting patients with a level of DPP4 + CAFs higher than their reference level for a cancer treatment excluding immune checkpoint inhibitor.
A tap , comprising an outlet mouth of the fluid, wherein to said outlet mouth is connected a dispensing device of a fluid flow comprising: a safety valve for controlling the dispensing of the fluid flow from the outlet mouth, comprising: - a valve body which forms an inlet opening of the fluid, an outlet opening of the fluid, a main passageway for the fluid which fluidly connects the inlet opening to the outlet opening , at least one fluid relief opening which fluidly communicates with the outlet opening through a valve seat ; - a shutter elastically cooperating with the valve seat so as to be normally biased by an elastic means to sealingly close the valve seat and open said seat when the pressure of the fluid in the outlet opening exceeds the force applied by said elastic means ; - an aerator connected to the outlet opening of the safety valve . - a valve body which forms an inlet opening of the fluid, an outlet opening of the fluid, a main passageway for the fluid which fluidly connects the inlet opening to the outlet opening , at least one fluid relief opening which fluidly communicates with the outlet opening through a valve seat ; - a shutter elastically cooperating with the valve seat so as to be normally biased by an elastic means to sealingly close the valve seat and open said seat when the pressure of the fluid in the outlet opening exceeds the force applied by said elastic means ; - an aerator connected to the outlet opening of the safety valve .
Buoyancy assistance kit having a belt intended to surround part of the trunk of a wearer and two armbands intended each to surround a part respectively of an arm of said wearer, said belt and said armbands each comprising at least on element arranged to fulfil a buoyancy-aid function, each armband being connected to said belt by means of a connecting element , said kit being characterised in that each connecting element has elasticity enabling the relative position of the armband to be adapted with respect to said belt during wearing, and in that each connecting element comprises means for reversible association with the armband .
A manual service disconnect (MSD) for a battery system , comprising: a service plug unit ; a disconnection header unit which is attachably and detachably coupled to the service plug unit and is configured to be mounted in the battery system ; and a flexible bus line having one end coupled to one surface of an insertion part of the disconnection header unit , which is configured to be inserted inside the battery system , and the other end configured to be coupled to a bus line coupling terminal inside the battery system so as to electrically connect the MSD with the battery system , and the flexible bus line having flexibility to be bendable, wherein the flexible bus line is bent at a portion between one end and an other end at least one time, so that the one end and the other end face each other while being spaced apart from each other. a service plug unit ; a disconnection header unit which is attachably and detachably coupled to the service plug unit and is configured to be mounted in the battery system ; and a flexible bus line having one end coupled to one surface of an insertion part of the disconnection header unit , which is configured to be inserted inside the battery system , and the other end configured to be coupled to a bus line coupling terminal inside the battery system so as to electrically connect the MSD with the battery system , and the flexible bus line having flexibility to be bendable, wherein the flexible bus line is bent at a portion between one end and an other end at least one time, so that the one end and the other end face each other while being spaced apart from each other.
Distribution unit for an electrical installation, comprising a base portion provided with first receiving means for receiving first items of equipment, provided with second receiving means for receiving second items of equipment , said base portion having a lower surface and an opposite upper surface , said base portion having two opposite side walls and a top wall and opposite bottom wall , said side walls , top- and bottom wall extending perpendicularly to and in projecting relationship from said upper surface , wherein the base portion with its first and second receiving means and its side walls and top- and bottom walls is integrally formed as one part, wherein the first receiving means is a top hat rail, characterized in that the second receiving means is a mounting strip for mounting a terminal block, said mounting strip having an inward bound surface and an outward bound surface , and wherein the mounting strip is integrally formed with the top wall or the bottom wall or both.
Tetramethylammonium salt of nimesulide with formula 1: where nimesulide occurs in an ionised form.
A low-pressure casting multi-sprue process for an aluminum alloy wheel, characterized in that the casting process adopts a multi-sprue casting method, and a plurality of sprues are arranged at the end of the inner rim of a wheel, so that molten aluminum enters the inner rim first, and then enters from a center sprue after a mold cavity at the rim is full of the molten aluminum, characterized in that during cooling, starting from the outer rim of the wheel filled with the molten aluminum last, side mold ring water coolers are started, and the water coolers are close to the thick portions of the junctions of the spokes of the outer rim and the rim; top mold coolers are also ring water coolers, the water coolers are located on a top mold above the spokes, and a center water cooler is adopted in the center of the top mold to cool the center sprue, wherein by controlling the cooling time and the flow rate, the molten aluminum in the cavity crystallizes in sequence with the cooling of the mold, wherein the crystallization progresses from the outer rim to the rim and the spokes at the same time until the inner rim and the center of the wheel are finally solidified, completing the entire casting process, wherein the side mold ring water coolers and the top mold ring water coolers are 15-40 mm away from the surface of the casting, the flow rate of cooling water is 150-400 L/hr, and the side mold ring water coolers need to be started immediately after the mold cavity is full of the molten aluminum.
A system for diagnosing integrity of a pipe network configured to carry an electrical conductor, comprising: the pipe network comprising a plurality of pipes configured to carry an electrical conductor, the pipes being mechanically coupled to each other, wherein the plurality of pipes is made of electrically conductive material; a plurality of sensor modules coupled to and distributed throughout the pipe network , wherein the location of each of the plurality of sensor modules is known and each of the plurality of sensor modules is configured to measure at least one impedance in a pipe adjacent to the sensor module ; and a control unit communicably coupled to the plurality of sensor modules , wherein the control unit is configured to use the impedance measurements of the plurality of sensor modules to identify a target zone within the pipe network in which the ground integrity is degraded. the pipe network comprising a plurality of pipes configured to carry an electrical conductor, the pipes being mechanically coupled to each other, wherein the plurality of pipes is made of electrically conductive material; a plurality of sensor modules coupled to and distributed throughout the pipe network , wherein the location of each of the plurality of sensor modules is known and each of the plurality of sensor modules is configured to measure at least one impedance in a pipe adjacent to the sensor module ; and a control unit communicably coupled to the plurality of sensor modules , wherein the control unit is configured to use the impedance measurements of the plurality of sensor modules to identify a target zone within the pipe network in which the ground integrity is degraded.
Method for producing a solketal-ter-alkyl-ether (STRE) of formula I: which comprises the etherification of the still free hydroxyl groups of the acetal 2,2-dimethyl-4-hydroxymethyl-1,3-dioxolane(Solketal) with tertiary olefins selected from the group consisting of compounds of formula II: wherein R is a C 2 to C 6 alkyl group.
A screw compressor comprising: a casing body having a hollow part ; a screw rotor rotating around a rotation shaft in the hollow part of the casing body ; a semi-cylindrical groove formed on an outer side in a radial direction of the hollow part of the casing body and extending in a direction of the rotation shaft of the screw rotor ; and a discharge port valve contained in the semi-cylindrical groove , wherein an edge part of the discharge port valve , in which a discharge outlet facing an outer circumference of the screw rotor is opened, is formed into a stepped shape changing a flow path area of a discharge flow path in a stepwise manner; characterized in that , the stepped shape includes a single step and end surface inclination of the stepped shape is formed by optimization in two conditions having a large weight of an integrated part load value IPLV, or the stepped shape includes two steps and end surface inclination of the stepped shape is formed by optimization in three conditions having a large weight of an integrated part load value IPLV, or the stepped shape includes three steps and end surface inclination of the stepped shape is formed by optimization in four conditions with which an integrated part load value IPLV is calculated. a casing body having a hollow part ; a screw rotor rotating around a rotation shaft in the hollow part of the casing body ; a semi-cylindrical groove formed on an outer side in a radial direction of the hollow part of the casing body and extending in a direction of the rotation shaft of the screw rotor ; and a discharge port valve contained in the semi-cylindrical groove , wherein an edge part of the discharge port valve , in which a discharge outlet facing an outer circumference of the screw rotor is opened, is formed into a stepped shape changing a flow path area of a discharge flow path in a stepwise manner; characterized in that , the stepped shape includes a single step and end surface inclination of the stepped shape is formed by optimization in two conditions having a large weight of an integrated part load value IPLV, or the stepped shape includes two steps and end surface inclination of the stepped shape is formed by optimization in three conditions having a large weight of an integrated part load value IPLV, or the stepped shape includes three steps and end surface inclination of the stepped shape is formed by optimization in four conditions with which an integrated part load value IPLV is calculated.
A syringe apparatus , comprising: a barrel including an inner surface , an open end , and an inlet end ; a plunger including a plunger head received in slidable sealing contact with the inner surface of the barrel and forming a reservoir therein; characterised in that it comprises an extensible additive-disassociating member contained in the reservoir , wherein the extensible additive-disassociating member comprises an additive configured to retain or change a state or property of a bio-liquid specimen drawn into the reservoir. a barrel including an inner surface , an open end , and an inlet end ; a plunger including a plunger head received in slidable sealing contact with the inner surface of the barrel and forming a reservoir therein; characterised in that it comprises an extensible additive-disassociating member contained in the reservoir , wherein the extensible additive-disassociating member comprises an additive configured to retain or change a state or property of a bio-liquid specimen drawn into the reservoir.
Regulatable local grid transformer having at least one high-voltage coil on the high-voltage side and at least one low-voltage coil on the low-voltage side , comprising a first on-load tap changer for the low-voltage side, wherein the first on-load tap changer is configured to switch between at least two different numbers of turns of the low-voltage coil and comprises at least one first switch for this purpose, characterized by a second on-load tap changer for the high-voltage side , wherein the second on-load tap changer is configured to switch between at least two different numbers of turns of the high-voltage coil and comprises at least one second switch for this purpose.
A method comprising: receiving, from a plurality of devices , a stream of time-series data comprising a plurality of records and a time identification associated with each of the records; associating one or more tags with individual ones of the records ; chunking the stream by dividing the data stream into a plurality of time-contiguous chunks , each of the time-contiguous chunks including a plurality of records, wherein a chunk comprises a basic unit of transfer of data for storage and retrieval; creating an index of the chunks, the index associating the time identification and the one or more tags associated with each of the records comprised in each chunk; transmitting each of the chunks to a first, remote storage location ; and storing the index in a second storage location . receiving, from a plurality of devices , a stream of time-series data comprising a plurality of records and a time identification associated with each of the records; associating one or more tags with individual ones of the records ; chunking the stream by dividing the data stream into a plurality of time-contiguous chunks , each of the time-contiguous chunks including a plurality of records, wherein a chunk comprises a basic unit of transfer of data for storage and retrieval; creating an index of the chunks, the index associating the time identification and the one or more tags associated with each of the records comprised in each chunk; transmitting each of the chunks to a first, remote storage location ; and storing the index in a second storage location .
A method of generating audio output, the method comprising: displaying a graphical user interface (GUI) at a user device , the GUI representing an area having multiple regions, wherein multiple audio capture devices (110, 120, 130, 140; 510, 520; 810, 820, 830) are located in the area; receiving audio data (154, 156, 158; 506, 508) from each audio capture device of the multiple audio capture devices; receiving an input indicating a selected region of the multiple regions; generating , at the user device, the audio output based on data from a subset of the multiple audio capture devices, wherein each audio capture device in the subset is located in the selected region; wherein generating the audio output comprises: generating a non-target reference signal using a max-pooling operation from audio from a second subset of the multiple audio capture devices, wherein each audio capture device of the second subset is not located in the selected region; and performing noise reduction on the data from the subset using the non-target reference signal. displaying a graphical user interface (GUI) at a user device , the GUI representing an area having multiple regions, wherein multiple audio capture devices (110, 120, 130, 140; 510, 520; 810, 820, 830) are located in the area; receiving audio data (154, 156, 158; 506, 508) from each audio capture device of the multiple audio capture devices; receiving an input indicating a selected region of the multiple regions; generating , at the user device, the audio output based on data from a subset of the multiple audio capture devices, wherein each audio capture device in the subset is located in the selected region; wherein generating the audio output comprises: generating a non-target reference signal using a max-pooling operation from audio from a second subset of the multiple audio capture devices, wherein each audio capture device of the second subset is not located in the selected region; and performing noise reduction on the data from the subset using the non-target reference signal. generating a non-target reference signal using a max-pooling operation from audio from a second subset of the multiple audio capture devices, wherein each audio capture device of the second subset is not located in the selected region; and performing noise reduction on the data from the subset using the non-target reference signal.
In combination, a valve cavity cap arrangement and a valve body defining a valve cavity having a recessed surface from which a central passage and at least one radially offset passage extend, the valve cavity adapted to receive a flow control valve, the valve cavity cap arrangement being installed within the valve cavity in place of the flow control valve and comprising: a metal insert received in the valve cavity, the insert including an inner annular sealing bead sized to provide a metal-to-metal seal against a portion of the recessed surface surrounding the central passage, an outer annular sealing bead sized to provide a metal-to-metal seal against an outer periphery of the recessed surface, surrounding the at least one radially offset passage, and a solid web portion extending between the inner annular sealing bead and the outer annular sealing bead ; and a threaded cap having an outer threaded portion threadably engaged with an internal threaded portion of the valve cavity, a central end portion configured to apply a first sealing force to the inner annular sealing bead, and an outer end portion configured to apply a second sealing force to the outer annular sealing bead . a metal insert received in the valve cavity, the insert including an inner annular sealing bead sized to provide a metal-to-metal seal against a portion of the recessed surface surrounding the central passage, an outer annular sealing bead sized to provide a metal-to-metal seal against an outer periphery of the recessed surface, surrounding the at least one radially offset passage, and a solid web portion extending between the inner annular sealing bead and the outer annular sealing bead ; and a threaded cap having an outer threaded portion threadably engaged with an internal threaded portion of the valve cavity, a central end portion configured to apply a first sealing force to the inner annular sealing bead, and an outer end portion configured to apply a second sealing force to the outer annular sealing bead .