mhurhangee/patent-ind-claim-en huggingface dataset:
A water charge air cooler , comprising: a housing ; and a core situated inside said housing , said core comprising a plurality of flow ducts , said flow ducts each comprising two wide sides, said flow ducts including two outermost flow ducts ; characterized in that it further comprises at least one filler placed between and being in sealed contact with said housing and said wide side of at least one outermost flow duct so that said at least one filler covers at least 70% of said wide side of said at least one outermost flow duct , which is in contact with said at least one filler , said at least one filler being able to prevent a coolant from flowing in a space defined between said housing and said at least one outermost flow duct and filled with said at least one filler . a housing ; and a core situated inside said housing , said core comprising a plurality of flow ducts , said flow ducts each comprising two wide sides, said flow ducts including two outermost flow ducts ; characterized in that it further comprises at least one filler placed between and being in sealed contact with said housing and said wide side of at least one outermost flow duct so that said at least one filler covers at least 70% of said wide side of said at least one outermost flow duct , which is in contact with said at least one filler , said at least one filler being able to prevent a coolant from flowing in a space defined between said housing and said at least one outermost flow duct and filled with said at least one filler .
An arrangement comprising a defrosting device and an evaporator , the defrosting device comprising: a heating unit provided at a lower portion of the evaporator ; and a heat pipe connected to an inlet and an outlet of the heating unit , respectively, and having at least part thereof disposed adjacent to a cooling pipe of the evaporator such that the cooling pipe of the evaporator is heated by a working fluid (F) of high temperature which is transferred in a heated state by the heating unit , the heating unit comprising a heater case and a heater , characterized by the heater case extending in one direction arranged in a left and right direction of the evaporator , and having the inlet and the outlet at both sides thereof, and the heater accommodated within the heater case and extending along a lengthwise direction of the heater case and provided with an active heating part for actively generating heat to heat the working fluid (F), and a passive heating part (171b") extending from the active heating part and heated up to temperature lower than temperature of the active heating part , wherein the active heating part and the passive heating part extend in a lengthwise direction of the heater , wherein the inlet is formed at a position away from the active heating part to prevent the working fluid (F) returned after flowing along the heat pipe from being introduced directly into the active heating part .
A downhole mini-severing and back-off tool apparatus comprising: a firing head secured to an initiation housing , wherein the firing head comprises a detonator therein positioned in ignition proximity to a booster explosive within the initiation housing ; a pellet tube secured in the initiation housing , wherein the pellet tube comprises an enclosure wall; a plurality of explosive pellets in contiguous alignment within the enclosure wall of the pellet tube ; a bias at a first end of the plurality of explosive pellets , wherein the bias urges a second end of the plurality of explosive pellets in detonation proximity with the booster explosive ; and characterized by at least one aperture in the enclosure wall of the pellet tube , wherein the at least one aperture equalizes a pressure within the enclosure wall of the pellet tube with a pressure external of the enclosure wall of the pellet tube prior to detonation. a firing head secured to an initiation housing , wherein the firing head comprises a detonator therein positioned in ignition proximity to a booster explosive within the initiation housing ; a pellet tube secured in the initiation housing , wherein the pellet tube comprises an enclosure wall; a plurality of explosive pellets in contiguous alignment within the enclosure wall of the pellet tube ; a bias at a first end of the plurality of explosive pellets , wherein the bias urges a second end of the plurality of explosive pellets in detonation proximity with the booster explosive ; and characterized by at least one aperture in the enclosure wall of the pellet tube , wherein the at least one aperture equalizes a pressure within the enclosure wall of the pellet tube with a pressure external of the enclosure wall of the pellet tube prior to detonation.
A beverage dispenser controller for a beverage dispenser having a first sensory mode and a second sensory mode, said first and second sensory modes being different, the beverage dispenser controller comprising one or more electronic controllers configured to: identify a voltage at a +volt output terminal thereof if the voltage at the +volt output terminal is identified as a first voltage to output a signal to a beverage dispenser to cause it to operate in the first sensory mode; if the voltage at the +volt output terminal is identified as a second voltage to output a signal to a beverage dispenser to cause it to operate in the second sensory mode, said second voltage being lower than said first voltage; wherein the beverage dispenser controller identifies a constant low voltage as the second voltage and identifies a pulsed voltage at the +volt output terminal as the second voltage. identify a voltage at a +volt output terminal thereof if the voltage at the +volt output terminal is identified as a first voltage to output a signal to a beverage dispenser to cause it to operate in the first sensory mode; if the voltage at the +volt output terminal is identified as a second voltage to output a signal to a beverage dispenser to cause it to operate in the second sensory mode, said second voltage being lower than said first voltage; wherein the beverage dispenser controller identifies a constant low voltage as the second voltage and identifies a pulsed voltage at the +volt output terminal as the second voltage.
A method for regrouping multiple mission critical push to talk, MCPTT, groups, the method comprising: receiving (S101), by a first group management functional entity, a group regrouping creation message sent by a first user equipment, UE, wherein the first UE is a UE used by a first MCPTT user; and wherein the group regrouping creation message comprises identifiers of N MCPTT groups, and the group regrouping creation message is used to request the first group management functional entity to create, according to the identifiers of the N MCPTT groups, a temporary group which is initiated by the first MCPTT user and into which the N MCPTT groups are regrouped: wherein N is an integer greater than or equal to 2; the first group management functional entity is a group management functional entity in a home network of the first MCPTT user; and the first MCPTT user belongs to at least one MCPTT group of the N MCPTT groups; and configuring (S102), by the first group management functional entity, information about the temporary group, wherein the information about the temporary group comprises: an identifier of the temporary group into which the N MCPTT groups are regrouped, and the identifiers of the N MCPTT groups. receiving (S101), by a first group management functional entity, a group regrouping creation message sent by a first user equipment, UE, wherein the first UE is a UE used by a first MCPTT user; and wherein the group regrouping creation message comprises identifiers of N MCPTT groups, and the group regrouping creation message is used to request the first group management functional entity to create, according to the identifiers of the N MCPTT groups, a temporary group which is initiated by the first MCPTT user and into which the N MCPTT groups are regrouped: wherein N is an integer greater than or equal to 2; the first group management functional entity is a group management functional entity in a home network of the first MCPTT user; and the first MCPTT user belongs to at least one MCPTT group of the N MCPTT groups; and configuring (S102), by the first group management functional entity, information about the temporary group, wherein the information about the temporary group comprises: an identifier of the temporary group into which the N MCPTT groups are regrouped, and the identifiers of the N MCPTT groups.
A urethane adhesive comprising a urethane resin obtainable by blending a polyol with an isocyanate compound; a plasticizer; and a stabilizing agent, wherein the polyol comprises a polyether polyol, and the plasticizer comprises a castor oil based compound, wherein the acid value of the castor oil based compound is not more than 3.0 mgKOH/g.
A turbomachine including a fan shaft driven by a turbine shaft via a device for reducing the speed of rotation, an uncoupling means interposed between the reduction device and the turbine shaft , which is able to uncouple the reduction device and the turbine shaft in response to the exceeding of a determined resistant torque (C D ) called uncoupling torque exerted by the reduction device on the turbine shaft , the uncoupling means including at least one fuse connecting element which is interposed between the reduction device and the turbine shaft and which is able to be broken when it is subjected to the resistant uncoupling torque (C D ) exerted by the speed reduction device on the turbine shaft , an input shaft of the reduction device including a tubular end segment which is coupled with a complementary tubular end segment of the turbine shaft , characterised in that said segments are coupled via at least one radial fuse connecting element able to be broken when it is subject to a shear stress corresponding to the resistant uncoupling torque (C D ).
Bag with reinforcing strips comprising an upper opening, a reinforcing strip fixed on the outer edge of the upper opening and a closing clip for a bag with reinforcing strips, wherein the closing clip comprises a base and two wings extending from the base substantially perpendicular to and on the same side of the base, the wings being separated from each other, each of the wings having an outer face and an inner face, the inner faces facing each other, the closing clip also comprising two locking wedges, each on the inner face of one of the wings at their free ends wherein the base, the two wings and the locking wedges are all made in a single part, wherein the single part comprises a first layer of a first material which is flexibla, a second layer of a second material which is relatively rigid and deformable, and a third layer made of a third material which is flexible, the first, second and third layers being superposed on each other with the second layer sandwiched between the first and the third layers, and wherein the height of the locking wedges is substantially lower than or equal to the thickness of the reinforcing strips.
A method for manufacturing a plurality of microparts comprising the steps of: (a) depositing and irradiating through a photomask, a photoresist layer applied to a substrate covered with a conductive layer, b) polymerizing the photoresist layer and removing the unpolymerized photoresist layer, the remaining photoresist layer forming a mold , c) depositing a metal layer by electroforming in the mold , said metal layer forming microparts having an outer face corresponding to the upper part of the metal growth and an inner face defined by the substrate, d) removing the metallic parts of the external faces protruding from the cavities of the mold or higher than the final height of the plurality of microparts e) etching the photoresist layer so as to reduce its height by 10% to 90%, f) machining the external faces to give them their final appearance, g) applying a transfer film to the relief formed by the external faces of the plurality of microparts, the photoresist-free lateral faces of the latter and the external face of the photoresist mold, h) releasing from the substrate and from the conductive layer, the assembly formed by the photoresist layer, the transfer film and the plurality of microparts, i) removing the photoresist layer, j) machining the internal faces to give them their final appearance, k) removing the transfer film and releasing the micro parts. (a) depositing and irradiating through a photomask, a photoresist layer applied to a substrate covered with a conductive layer, b) polymerizing the photoresist layer and removing the unpolymerized photoresist layer, the remaining photoresist layer forming a mold , c) depositing a metal layer by electroforming in the mold , said metal layer forming microparts having an outer face corresponding to the upper part of the metal growth and an inner face defined by the substrate, d) removing the metallic parts of the external faces protruding from the cavities of the mold or higher than the final height of the plurality of microparts e) etching the photoresist layer so as to reduce its height by 10% to 90%, f) machining the external faces to give them their final appearance, g) applying a transfer film to the relief formed by the external faces of the plurality of microparts, the photoresist-free lateral faces of the latter and the external face of the photoresist mold, h) releasing from the substrate and from the conductive layer, the assembly formed by the photoresist layer, the transfer film and the plurality of microparts, i) removing the photoresist layer, j) machining the internal faces to give them their final appearance, k) removing the transfer film and releasing the micro parts.
A multiphase pump for conveying a multiphase process fluid from a low pressure side (LP) to a high pressure side (HP), comprising an outer housing and a casing , the casing having a pump inlet and a pump outlet for the process fluid, the multiphase pump further comprising a pump rotor for rotating about an axial direction (A) arranged within the casing , with the pump rotor being designed for conveying the process fluid from the pump inlet to the pump outlet , wherein the casing is radially split into a plurality of stage segments , and the plurality of stage segments comprise an individual stage-segment , a low pressure segment arranged at the pump inlet and a high pressure segment arranged at the pump outlet , wherein the individual stage-segment is arranged between the high pressure segment and the low pressure segment , and the plurality of stage segments are held together by a sealing support structure , the casing being arranged within the outer housing, wherein the multiphase pump further comprises a diffusor , the diffusor being arranged about the shaft and being surrounded by at least one of the plurality of stage segments, wherein the diffusor is disposed between two adjacent impellers for directing the process fluid to the next impeller , characterized in that the diffusor is axially split into two semi-circular rings and the two semi-circular rings are arranged about the shaft .
A method comprising: receiving, by a wireless device, a first medium access control (MAC) control element (CE) comprising a first field indicating activation of a cell configured with one or more bandwidth parts (BWPs); after activation of the cell based on the first MAC CE, receiving a second MAC CE comprising: a bandwidth part identifier field indicating a bandwidth part of the one or more BWPs of the cell; and a channel state information (CSI) report configuration field indicating activation of a CSI report configuration; activating, based on the second MAC CE, the CSI report configuration on the bandwidth part ; and transmitting, based on the CSI report configuration, one or more CSI reports . receiving, by a wireless device, a first medium access control (MAC) control element (CE) comprising a first field indicating activation of a cell configured with one or more bandwidth parts (BWPs); after activation of the cell based on the first MAC CE, receiving a second MAC CE comprising: a bandwidth part identifier field indicating a bandwidth part of the one or more BWPs of the cell; and a channel state information (CSI) report configuration field indicating activation of a CSI report configuration; a bandwidth part identifier field indicating a bandwidth part of the one or more BWPs of the cell; and a channel state information (CSI) report configuration field indicating activation of a CSI report configuration; activating, based on the second MAC CE, the CSI report configuration on the bandwidth part ; and transmitting, based on the CSI report configuration, one or more CSI reports .
A multilayered structure comprising: a) a flexible substrate; b) a layer comprising a metal ink; c) a layer comprising a graphene ink; and d) a layer comprising a dielectric ink characterised in that the flexible substrate is thermally cured and comprises a polyester or polycarbonate based film. a) a flexible substrate; b) a layer comprising a metal ink; c) a layer comprising a graphene ink; and d) a layer comprising a dielectric ink
An airbag expansion limiting device comprising: an elongated member having a first end and a second end ; a buckle retainer coupled to the first end of the elongated member , wherein the buckle retainer is configured to receive a male buckle of a first section of a seatbelt , wherein the first section of the seatbelt includes an airbag ; and a cutting member coupled to the second end of the elongated member , wherein the cutting member includes a bottom section substantially perpendicular to the elongated member and a top section extending vertically from the bottom section , and wherein the cutting member includes a through-hole defined by an interior surface of the bottom section of the cutting member and an interior surface of the top section of the cutting member , through which through-hole the first section of the seatbelt is positioned, and wherein the elongated member has a length such that when the male buckle is inserted into the buckle retainer , the cutting member is positioned over approximately a midpoint of the airbag . an elongated member having a first end and a second end ; a buckle retainer coupled to the first end of the elongated member , wherein the buckle retainer is configured to receive a male buckle of a first section of a seatbelt , wherein the first section of the seatbelt includes an airbag ; and a cutting member coupled to the second end of the elongated member , wherein the cutting member includes a bottom section substantially perpendicular to the elongated member and a top section extending vertically from the bottom section , and wherein the cutting member includes a through-hole defined by an interior surface of the bottom section of the cutting member and an interior surface of the top section of the cutting member , through which through-hole the first section of the seatbelt is positioned, and wherein the elongated member has a length such that when the male buckle is inserted into the buckle retainer , the cutting member is positioned over approximately a midpoint of the airbag .
A pump drive for a compounder system , the pump drive comprising: a pump piston drive configured to operate a piston of a pump cartridge ; at least one valve actuator configured to operate a valve of the pump cartridge ; and characterized by : a bayonet rotatable to release the pump cartridge with a needle assembly from a carousel; a vial grip configured to grasp a vial puck attached to a vial containing a drug for transfer of the vial to and from a vial tray ; and a vial lift configured to lift the vial to extend the needle assembly into the vial ; and at least one needle push rod configured to extend a manifold needle into a port in the pump cartridge. a bayonet rotatable to release the pump cartridge with a needle assembly from a carousel; a vial grip configured to grasp a vial puck attached to a vial containing a drug for transfer of the vial to and from a vial tray ; and a vial lift configured to lift the vial to extend the needle assembly into the vial ; and at least one needle push rod configured to extend a manifold needle into a port in the pump cartridge.
Public sanitary device , comprising a housing with two or more walk-in positions , each with a receptacle for human excrement and/or urine, wherein the housing is provided with a first housing part intended for placing underground, a second housing part received movably in the first housing part and a third housing part received movably in the second housing part, wherein the sanitary device comprises a drive for moving the second and third housing parts between an underground rest position and an above-ground position of use, characterized in that at least one of the walk-in positions is provided with a door for closing the walk-in position and that the door comprises at least a first and a second door segment , which door segments are movable in longitudinal direction relative to each other, wherein the second housing part comprises the first door segment and wherein the third housing part comprises the second door segment , wherein at least one of the walk-in positions is provided with the door and at least one of the walk-in positions is not provided with the door.
A production method for a hat-shaped steel sheet pile, comprising performing rough rolling, the material to be rolled in the rough rolling being called a raw blank, intermediate rolling, the material to be rolled in the intermediate rolling being called an intermediate material, and finish rolling on a material to be rolled through hot rolling, the material to be rolled in the finish rolling being called a finished material , and then performing bending forming of the finished material to form the hat-shaped steel sheet pile, wherein: the finished material is composed of a web corresponding part , flange corresponding parts , arm corresponding parts , and joint corresponding parts ; corner parts as worked parts are formed at connection places between the web corresponding part and the flange corresponding parts and connection places between the flange corresponding parts and the arm corresponding parts ; the intermediate rolling is carried out by performing rolling in a plurality of passes on the intermediate material in a hot state by using a caliber provided to upper and lower caliber rolls in one or a plurality of intermediate rolling mills (13; 16) in which one stand is configured by one caliber, at a height lower than a predetermined target product height; and the bending forming is performed in a hot state and performed in a state where the worked parts have a temperature of transformation point or higher, and in the bending forming, the finished material is formed to have predetermined target height and target width. the finished material is composed of a web corresponding part , flange corresponding parts , arm corresponding parts , and joint corresponding parts ; corner parts as worked parts are formed at connection places between the web corresponding part and the flange corresponding parts and connection places between the flange corresponding parts and the arm corresponding parts ; the intermediate rolling is carried out by performing rolling in a plurality of passes on the intermediate material in a hot state by using a caliber provided to upper and lower caliber rolls in one or a plurality of intermediate rolling mills (13; 16) in which one stand is configured by one caliber, at a height lower than a predetermined target product height; and the bending forming is performed in a hot state and performed in a state where the worked parts have a temperature of transformation point or higher, and in the bending forming, the finished material is formed to have predetermined target height and target width.