mhurhangee/patent-ind-claim-en huggingface dataset:
Medical equipment for High Frequency Chest Wall Oscillation (HFCWO) treatment configured to be worn on a thorax and arranged to apply repetitive compressions to the thorax, wherein the medical equipment comprises a plurality of pressure devices to apply the repetitive compressions and comprising each a deformable chamber and at least an inlet port for feeding the chamber with pressurized fluid and at least an outlet port for allowing the pressurized fluid to evacuate the chamber so that the pressure device alternatively passes from an inflated configuration to a deflated configuration, wherein the pressure device comprises a body forming at least a part of the chamber , a head configured to stroke the thorax during usage, and a base , the body extending between the base and the head and comprising elastic means formed by bellows arranged for automatically decreasing the length of the body and bringing the pressure device back to its deflated configuration when the chamber is not supplied with pressurized fluid, wherein the head , the body and the base form a single part, wherein the base comprises the inlet and outlet ports, wherein the medical equipment also comprises at least a frame for holding the pressure devices substantially perpendicular to the thorax, an outer face of the base being in contact with an inner face of the frame , wherein at least some of the pressure devices are aligned, wherein the medical equipment comprises at least a fastener that fastens the frame to at least one of the tubes or that fastens the frame to the pressure devices , characterized in that two consecutive pressure devices are connected together by at least two tubes the distance (D) between the inner face of the frame and each tube connecting two consecutive pressure devices being inferior to 8 mm.
A continuum robot comprising: a first end , a second end and an elongate body ; a sensor arranged at the first end; and a cooling jacket adjacent the sensor; wherein the cooling jacket comprises a first enclosed cavity , the first enclosed cavity containing a cooling medium for absorbing heat from the sensor, characterized in that the cooling jacket further comprises a second enclosed cavity and in that the cooling medium is a first phase change material having a first phase change temperature, and in that the second enclosed cavity contains a second phase change material having a second phase change temperature. a first end , a second end and an elongate body ; a sensor arranged at the first end; and a cooling jacket adjacent the sensor; wherein the cooling jacket comprises a first enclosed cavity , the first enclosed cavity containing a cooling medium for absorbing heat from the sensor, characterized in that the cooling jacket further comprises a second enclosed cavity and in that the cooling medium is a first phase change material having a first phase change temperature, and in that the second enclosed cavity contains a second phase change material having a second phase change temperature.
A method of wireless communications, comprising: receiving , by a user equipment, UE, information of one or more sounding reference signal, SRS, patterns of at least one other UE; identifying , by the LTE, one or more SRS resources based on the information; generating , by the UE based on the information, one or more rate matching parameters that determine if rate matching or puncturing is performed around the identified SRS resources; and transmitting , by the UE, an uplink signal based on the generated one or more rate matching parameters, wherein the uplink signal is transmitted around the identified one or more SRS resources and the uplink signal is a Physical Uplink Shared Channel, PUSCH, or Physical Uplink Control Channel, PUCCH, signal. receiving , by a user equipment, UE, information of one or more sounding reference signal, SRS, patterns of at least one other UE; identifying , by the LTE, one or more SRS resources based on the information; generating , by the UE based on the information, one or more rate matching parameters that determine if rate matching or puncturing is performed around the identified SRS resources; and transmitting , by the UE, an uplink signal based on the generated one or more rate matching parameters, wherein the uplink signal is transmitted around the identified one or more SRS resources and the uplink signal is a Physical Uplink Shared Channel, PUSCH, or Physical Uplink Control Channel, PUCCH, signal.
Refrigerated sales cabinet comprising a cabinet body having a rear wall; a compressor of a vapor compression cycle arranged within a compressor compartment ; and a riser conduit having an inlet port at the compressor compartment and an outlet port positioned outside, particularly behind the cabinet body and above the inlet port such that gas, including leaked refrigerant flows from the compressor compartment through the riser conduit and exits the riser conduit through the outlet port ; characterised in that at least a portion of the riser conduit is formed by the rear face of the rear wall of the cabinet body and a ledge , particularly a U-shaped ledge mounted on the rear face of the rear wall of the refrigerated sales cabinet ; the riser conduit is formed as a fanless riser conduit ; wherein the riser conduit is adapted to discharge gas, including leaked refrigerant exiting the vapor compression cycle at or in the vicinity of the compressor in an upwards direction; at least one condenser is arranged at or on top of a roof portion of the cabinet body ; the vapor compression cycle further comprises a pressure line extending between the at least one compressor and the at least one condenser ; and the pressure line extends behind the rear wall of the cabinet body and is covered, at least partially, by the ledge . a cabinet body having a rear wall; a compressor of a vapor compression cycle arranged within a compressor compartment ; and a riser conduit having an inlet port at the compressor compartment and an outlet port positioned outside, particularly behind the cabinet body and above the inlet port such that gas, including leaked refrigerant flows from the compressor compartment through the riser conduit and exits the riser conduit through the outlet port ; characterised in that at least a portion of the riser conduit is formed by the rear face of the rear wall of the cabinet body and a ledge , particularly a U-shaped ledge mounted on the rear face of the rear wall of the refrigerated sales cabinet ; the riser conduit is formed as a fanless riser conduit ; wherein the riser conduit is adapted to discharge gas, including leaked refrigerant exiting the vapor compression cycle at or in the vicinity of the compressor in an upwards direction; at least one condenser is arranged at or on top of a roof portion of the cabinet body ; the vapor compression cycle further comprises a pressure line extending between the at least one compressor and the at least one condenser ; and the pressure line extends behind the rear wall of the cabinet body and is covered, at least partially, by the ledge .
A method for making dyed synthetic yarn, the method comprising: extruding synthetic polymer into filaments ; quenching said filaments in air; bringing the filaments together to form a yarn ; bulk texturing said yarn; impinging said yarn into a screen or plate to achieve a caterpillar form ; and characterised by applying dye to the yarn while the yarn is in caterpillar form. extruding synthetic polymer into filaments ; quenching said filaments in air; bringing the filaments together to form a yarn ; bulk texturing said yarn; impinging said yarn into a screen or plate to achieve a caterpillar form ; and characterised by applying dye to the yarn while the yarn is in caterpillar form.
A method for inspecting tires, comprising the steps of: taking at least one 2D image of at least one first area of a tread of a tire that is to be inspected; determining a profile depth of at least one second area of the tread of the tire by 3D profile depth measurement , with the second area being included in the first area ; dividing the at least one 2D image into a plurality of image sections ; calculating texture features for each of the image sections ; assigning the at least one 3D profile depth measurement to the texture features, with the at least one 3D profile depth measurement being present for a limited number of the image sections only; and displaying the profile depth of the at least one second area , the at least one 2D image of the at least one first area and the position of the second area in the first area . taking at least one 2D image of at least one first area of a tread of a tire that is to be inspected; determining a profile depth of at least one second area of the tread of the tire by 3D profile depth measurement , with the second area being included in the first area ; dividing the at least one 2D image into a plurality of image sections ; calculating texture features for each of the image sections ; assigning the at least one 3D profile depth measurement to the texture features, with the at least one 3D profile depth measurement being present for a limited number of the image sections only; and displaying the profile depth of the at least one second area , the at least one 2D image of the at least one first area and the position of the second area in the first area .
A ceiling sail for air-conditioning a room, comprising a carrier plate with a length (L) and a width (B) and a distributing channel arranged above the carrier plate , wherein the distributing channel extends parallel to a longitudinal axis of the carrier plate and is provided with exit openings towards two opposing sides, so that supply air flows out of the distributing channel on both sides parallel to the carrier plate and at right angles to the longitudinal axis of the carrier plate , wherein a heat exchanger each is arranged on both sides of the distributing channel , wherein the exit openings of the distributing channel are arranged above an upper edge of the heat exchangers , characterised in that a distance (a) exists between the carrier plate and the distributing channel as well as between the carrier plate and the heat exchangers , the distance defining a free air space above the carrier plate , so that by means of the supply air flowing out of the distributing channel indoor air can be induced into the free air space , wherein the induced indoor air can then be guided into the heat exchangers and can be temperature-controlled in there, and can be subsequently mixed with the supply air to form a mixed-air stream.
An ice maker , comprising an ice making tray having a plurality of ice making spaces , a motor assembly for driving the ice making tray , and a bracket , wherein the ice making space has an opening, the motor assembly is connected to the bracket , and the ice making tray has one end rotationally supported at the bracket and the other end connected with and driven to rotate by the motor assembly ; the ice maker further comprises a fan mounted at the bracket , the bracket comprises a top plate located at an upper portion of the opening and a side plate located at one side of the top plate , one end of the ice making tray is supported at the side plate , a supporting plate extends from a side edge of the side plate relative to the ice making tray , and the fan is connected to the supporting plate and has an air guide direction towards the ice making tray ; characterized in that , a fixed block is provided at a middle portion of the ice making tray and fixedly clamped to a bottom of the ice making space , a gap at a middle part of the bottom of the ice making space is filled with the fixed block , an ice twisting rod has one end movably inserted into the fixed block circumferentially and the other end abutted against the motor assembly , extends from the middle portion of the ice making tray to a position of the ice making tray connected with the motor assembly , and is then bent by 90 degrees to extend towards one side of the ice making tray , and the ice making tray is rotated in a first direction to abut against the ice twisting rod to be deformed for releasing ice, and in a second direction opposite to the first direction to be separated from a part of the ice twisting rod ; protruding columns extend from two sides of the fixed block , slots are provided at the bottoms of the corresponding ice making spaces , and the protruding column is clamped in the slot to fix the fixed block relative to the ice making tray .
A dyeing apparatus for fixing a dye on a resin body by heating the resin body having the dye attached to a surface of the resin body, the dyeing apparatus comprising: laser light irradiation means for emitting laser light toward a resin body having a dye attached to a surface of the resin body ; scanning means for relatively scanning the resin body with the laser light emitted from the laser light irradiation means ; and control means for controlling the scanning means to change an irradiation position of the laser light on the resin body; and temperature detection means for detecting a temperature of the resin body, wherein the control means is configured to control the scanning means to heat the resin body having the dye attached to the surface thereof by repeatedly irradiating a two-dimensional region on the resin body with the laser light a plurality of times, while changing an irradiation condition of the laser light based on a detection result of the temperature detection means , for fixing the dye on the resin body , characterized in that the temperature detection means is configured to two-dimensionally detect the temperature of the entire resin body . laser light irradiation means for emitting laser light toward a resin body having a dye attached to a surface of the resin body ; scanning means for relatively scanning the resin body with the laser light emitted from the laser light irradiation means ; and control means for controlling the scanning means to change an irradiation position of the laser light on the resin body; and temperature detection means for detecting a temperature of the resin body, wherein the control means is configured to control the scanning means to heat the resin body having the dye attached to the surface thereof by repeatedly irradiating a two-dimensional region on the resin body with the laser light a plurality of times, while changing an irradiation condition of the laser light based on a detection result of the temperature detection means , for fixing the dye on the resin body , characterized in that the temperature detection means is configured to two-dimensionally detect the temperature of the entire resin body .
A seat belt retractor having a vehicle sensor , the seat belt retractor comprising: a fixed frame connected to a vehicle body; a spool mounted on the fixed frame so as to be rotatable about a shaft arranged in a predetermined direction, in which a seat belt is wound around the spool ; a control disc connected to the shaft about which the spool rotates to rotate together with the spool , and having external teeth ; a vehicle sensor unit for detecting a change in acceleration of a vehicle by a fluctuation of an inertial member to prevent the control disc from rotating; an installation member coupled to a housing which is coupled to one sidewall of the fixed frame ; characterized by a cover for shielding an outer surface of the installation member , wherein the vehicle sensor unit is directly and rotatably coupled to the installation member , wherein the cover is coupled to the housing by a fixing protrusion which protrudes from an outer surface of the housing or passes through the housing, wherein the installation member is coupled to the housing by a separate fixing protrusion other than a fixing protrusion for coupling the cover to the housing to prevent a vibration generated from the vehicle from being transmitted to the vehicle sensor unit through the cover . a fixed frame connected to a vehicle body; a spool mounted on the fixed frame so as to be rotatable about a shaft arranged in a predetermined direction, in which a seat belt is wound around the spool ; a control disc connected to the shaft about which the spool rotates to rotate together with the spool , and having external teeth ; a vehicle sensor unit for detecting a change in acceleration of a vehicle by a fluctuation of an inertial member to prevent the control disc from rotating; an installation member coupled to a housing which is coupled to one sidewall of the fixed frame ; characterized by a cover for shielding an outer surface of the installation member , wherein the vehicle sensor unit is directly and rotatably coupled to the installation member , wherein the cover is coupled to the housing by a fixing protrusion which protrudes from an outer surface of the housing or passes through the housing, wherein the installation member is coupled to the housing by a separate fixing protrusion other than a fixing protrusion for coupling the cover to the housing to prevent a vibration generated from the vehicle from being transmitted to the vehicle sensor unit through the cover .
An authentication system including a plurality of components for jointly executing cryptographic operations based on a shared global identity, the system comprising: at least a first component and a second component having respective hardware intrinsic identity circuits for generating hardware specific outputs responsive to input challenges; and at least one processor configured to: combine outputs of threshold operations on a plurality of shares associated with a first component identity and map to at least a first and a second share of a global identity comprising a public encryption key and associated secret; combine outputs of threshold operations on a plurality of shares associated with a second component identity and map to at least a third and a fourth share of the global identity; and enable execution of a cryptographic operation based on shares of the global identity, the global identity comprising the public encryption key and associated secret. at least a first component and a second component having respective hardware intrinsic identity circuits for generating hardware specific outputs responsive to input challenges; and at least one processor configured to: combine outputs of threshold operations on a plurality of shares associated with a first component identity and map to at least a first and a second share of a global identity comprising a public encryption key and associated secret; combine outputs of threshold operations on a plurality of shares associated with a second component identity and map to at least a third and a fourth share of the global identity; and enable execution of a cryptographic operation based on shares of the global identity, the global identity comprising the public encryption key and associated secret. combine outputs of threshold operations on a plurality of shares associated with a first component identity and map to at least a first and a second share of a global identity comprising a public encryption key and associated secret; combine outputs of threshold operations on a plurality of shares associated with a second component identity and map to at least a third and a fourth share of the global identity; and enable execution of a cryptographic operation based on shares of the global identity, the global identity comprising the public encryption key and associated secret.
A photovoltaic device , comprising: a layer stack ; and an absorber layer disposed on the layer stack, wherein the absorber layer comprises cadmium, tellurium, and selenium, and wherein an atomic concentration of selenium varies non-linearly across a thickness of the absorber layer and wherein a total amount of selenium in the absorber layer is lower than a total amount of selenium in a cadmium telluride selenide layer having a linear ramp selenium concentration profile across the same thickness starting at 0% selenium and rising to 40% selenium. a layer stack ; and an absorber layer disposed on the layer stack, wherein the absorber layer comprises cadmium, tellurium, and selenium, and wherein an atomic concentration of selenium varies non-linearly across a thickness of the absorber layer and wherein a total amount of selenium in the absorber layer is lower than a total amount of selenium in a cadmium telluride selenide layer having a linear ramp selenium concentration profile across the same thickness starting at 0% selenium and rising to 40% selenium. wherein the absorber layer comprises cadmium, tellurium, and selenium, and wherein an atomic concentration of selenium varies non-linearly across a thickness of the absorber layer and wherein a total amount of selenium in the absorber layer is lower than a total amount of selenium in a cadmium telluride selenide layer having a linear ramp selenium concentration profile across the same thickness starting at 0% selenium and rising to 40% selenium.
Device designed for carrying out a leak test under water on a fuel rod capsule containing at least one fuel rod and test gas (P), comprising a test vessel formed for receiving at least one fuel rod capsule , said vessel being able to be lowered into a basin flooded with water of a nuclear plant, characterised in that a mass spectrometer is fluidically connected to an inside of the test vessel in such a way that a gas flow can be supplied to the mass spectrometer for determining a concentration of the test gas (P) diffused from the fuel rod capsule into the test vessel .
A mutant filamentous fungus, which fulfils both of the following requirements and : the mutant filamentous fungus is deficient in at least one galactosaminogalactan biosynthetic gene selected from the group consisting of uge3, sph3, ega3, agd3, and gtb3 so that the at least one gene responsible for the expression of galactosaminogalactan is knocked out, and the mutant filamentous fungus is deficient in at least one α-1,3-glucan synthase gene comprising agsB. the mutant filamentous fungus is deficient in at least one galactosaminogalactan biosynthetic gene selected from the group consisting of uge3, sph3, ega3, agd3, and gtb3 so that the at least one gene responsible for the expression of galactosaminogalactan is knocked out, and the mutant filamentous fungus is deficient in at least one α-1,3-glucan synthase gene comprising agsB.