mhurhangee/patent-ind-claim-en huggingface dataset:
A turbo refrigerator comprising: a condenser , a first expansion valve which is adapted to decompress a refrigerant from the condenser , an economizer which is adapted such that the refrigerant (X2) decompressed by the first expansion valve is supplied to the economiser , a second expansion valve which is adapted to decompress the refrigerant (X2) from the economizer , an evaporator which is adapted such that the refrigerant (X2) decompressed by the second expansion valve is supplied to the evaporator , and which is adapted to evaporate the refrigerant into a refrigerant gas (X4), a turbo compressor to which a gas-phase component (X3) of the refrigerant from the economizer and the refrigerant gas (X4) from the evaporator are adapted to be supplied, a second flow path (R3) which is adapted such that the gas-phase component (X3) of the refrigerant flows through the second flow path (R3), wherein the turbo compressor includes a first compression stage which is adapted to compress the refrigerant gas (X4), a second compression stage which is adapted to compress the compressed refrigerant gas (X1) by the first compression stage , the turbo compressor includes a first flow path (R10) which is adapted such that the compressed refrigerant gas flows between the first compression stage and the second compression stage through the first flow path (RIO), and a connecting pipe connected to the first flow path (RIO) and the second flow path (R3), characterized in that a diameter of the connecting pipe reduces toward the first flow path (R10) from the second flow path (R3). a condenser , a first expansion valve which is adapted to decompress a refrigerant from the condenser , an economizer which is adapted such that the refrigerant (X2) decompressed by the first expansion valve is supplied to the economiser , a second expansion valve which is adapted to decompress the refrigerant (X2) from the economizer , an evaporator which is adapted such that the refrigerant (X2) decompressed by the second expansion valve is supplied to the evaporator , and which is adapted to evaporate the refrigerant into a refrigerant gas (X4), a turbo compressor to which a gas-phase component (X3) of the refrigerant from the economizer and the refrigerant gas (X4) from the evaporator are adapted to be supplied, a second flow path (R3) which is adapted such that the gas-phase component (X3) of the refrigerant flows through the second flow path (R3), wherein the turbo compressor includes a first compression stage which is adapted to compress the refrigerant gas (X4), a second compression stage which is adapted to compress the compressed refrigerant gas (X1) by the first compression stage , the turbo compressor includes a first flow path (R10) which is adapted such that the compressed refrigerant gas flows between the first compression stage and the second compression stage through the first flow path (RIO), and a connecting pipe connected to the first flow path (RIO) and the second flow path (R3), characterized in that a diameter of the connecting pipe reduces toward the first flow path (R10) from the second flow path (R3).
Disc brake for a commercial vehicle, having a brake calliper encompassing a vehicle-side brake disc, in which brake calliper there is located an application device with a brake lever pivotably mounted by means of pivot bearings, wherein a pivot bearing is designed as an anti-friction bearing segment having rolling bodies held in a circular segment-shaped cage and curved in the pivoting direction of the brake lever of the application device to be assigned, wherein the cage is held in a bearing shell in a manner capable of movement in the pivoting direction of the brake lever of the application device to be assigned and the cage has a lug at at least one curved edge with a driver to correspond with a return element of the brake lever of the application device to be assigned, characterised in that the cage can be installed into the bearing shell in a first position and rotated by 180° in a second position.
A system for destruction of tissue comprising: a cannula having a proximal end and a distal end and containing a plurality of tissue penetrating elongate electrodes therein, the electrodes being extendible beyond the distal end of the cannula; a shaft electrode disposed at a spacing distance from the distal end of the cannula, wherein the spacing distance is adjustable; electrical connectors including at least one electrical connector electrically coupled to at least one of the elongate electrodes, and at least one electrical connector electrically coupled to the shaft electrode; and a sheath movable relative to the shaft electrode and adapted to control exposure of the shaft electrode to patient tissue. a cannula having a proximal end and a distal end and containing a plurality of tissue penetrating elongate electrodes therein, the electrodes being extendible beyond the distal end of the cannula; a shaft electrode disposed at a spacing distance from the distal end of the cannula, wherein the spacing distance is adjustable; electrical connectors including at least one electrical connector electrically coupled to at least one of the elongate electrodes, and at least one electrical connector electrically coupled to the shaft electrode; and a sheath movable relative to the shaft electrode and adapted to control exposure of the shaft electrode to patient tissue.
Covering over the chute channel of an airbag for closing an airbag through-opening with at least one airbag flap , in which the covering has at least one target break line at the edge of the airbag flap(s) to enable the unfolding of the airbag cushion, and in which the airbag flap(s) is/are moulded via a joining point to a flap support wall , which is in contact with the inner side of the chute channel and in particular secured to it, characterised by the flap support wall running around the inside of the chute channel wall so that at least the four corner regions of the chute channel near the airbag flap(s) are covered.
A combined work platform and system for detecting proximate obstacles, the work platform including a control panel with operating components that control a position of the platform, the combined work platform and system comprising: a sensor mounted in a vicinity of the platform, the sensor monitoring an operator area, the platform, and an area around the platform; a processor receiving a signal from the sensor , the processor processing the signal to determine at least one of a position of an operator on the platform and a proximity of objects in the area around the platform; and a control module communicating with the processor and the operating components and modifying control signals from the control panel based on communication with the processor ; characterised in that the sensor is programmed to distinguish the area around the platform between a warning zone and a danger zone , the danger zone being closer to the platform than the warning zone ; wherein the processor determines that an object is present in the warning zone , and the control module is programmed to permit operation of the platform at creep speed based on the determination that the object is present in the warning zone ; and wherein the sensor is programmed to adjust a depth of at least one of the warning zone and the danger zone based on operating characteristics of the platform. a sensor mounted in a vicinity of the platform, the sensor monitoring an operator area, the platform, and an area around the platform; a processor receiving a signal from the sensor , the processor processing the signal to determine at least one of a position of an operator on the platform and a proximity of objects in the area around the platform; and a control module communicating with the processor and the operating components and modifying control signals from the control panel based on communication with the processor ; characterised in that the sensor is programmed to distinguish the area around the platform between a warning zone and a danger zone , the danger zone being closer to the platform than the warning zone ; wherein the processor determines that an object is present in the warning zone , and the control module is programmed to permit operation of the platform at creep speed based on the determination that the object is present in the warning zone ; and wherein the sensor is programmed to adjust a depth of at least one of the warning zone and the danger zone based on operating characteristics of the platform.
A composition comprising an inactivated modified vaccinia Ankara virus (inactivated-MVA) and an immune checkpoint blocking agent for use in treating a solid malignant tumor in a subject in need thereof.
A device for closing a target tissue comprising: an elongate body comprising a first lumen therethrough; a snare loop assembly comprising a snare and a suture loop releasably coupled to the snare, wherein the snare loop assembly at least partially extends from a distal end of the elongate body ; a vacuum tube configured to apply vacuum to the target tissue through a second lumen therethrough, characterised in that the vacuum tube is slidably positioned within the first lumen to extend through the snare loop assembly ; and in that an imaging device disposed within the second lumen. an elongate body comprising a first lumen therethrough; a snare loop assembly comprising a snare and a suture loop releasably coupled to the snare, wherein the snare loop assembly at least partially extends from a distal end of the elongate body ; a vacuum tube configured to apply vacuum to the target tissue through a second lumen therethrough, characterised in that the vacuum tube is slidably positioned within the first lumen to extend through the snare loop assembly ; and in that an imaging device disposed within the second lumen.
A wireless communication apparatus for a frequency hopped-OFDMA system where multiple mobile stations are assigned to a contiguous group of frequencies and symbol periods, comprising: at least one antenna ; a memory that stores pilot symbol patterns comprising clusters of contiguous pilot symbols; a processor coupled with the at least one antenna and the memory , the processor selecting a pilot symbol pattern comprising clusters of contiguous pilot symbols according to a condition of a communications channel, defining a blocked hop region , and placing the pilot symbols of the selected pilot symbol pattern close to the edges within the hop region so as to improve estimation accuracy of a linear component of a first order approximation of the communications channel. at least one antenna ; a memory that stores pilot symbol patterns comprising clusters of contiguous pilot symbols; a processor coupled with the at least one antenna and the memory , the processor selecting a pilot symbol pattern comprising clusters of contiguous pilot symbols according to a condition of a communications channel, defining a blocked hop region , and placing the pilot symbols of the selected pilot symbol pattern close to the edges within the hop region so as to improve estimation accuracy of a linear component of a first order approximation of the communications channel. selecting a pilot symbol pattern comprising clusters of contiguous pilot symbols according to a condition of a communications channel, defining a blocked hop region , and placing the pilot symbols of the selected pilot symbol pattern close to the edges within the hop region so as to improve estimation accuracy of a linear component of a first order approximation of the communications channel.
An identification document for identifying a person by an electronic circuit with a memory and a communication interface , wherein in the memory the following is stored: a first reference image of the person captured with a first focal length at a first distance to the person , the first reference image being stored with the first focal length; and a second reference image of the person captured with a second focal length at a second distance to the person , the second reference image being stored with the second focal length, wherein the communication interface is configured to output either the first reference image or the second reference image, wherein the communication interface is configured to receive a request to output a reference image to which a specific focal length is assigned, and wherein the communication interface is configured to output the first reference image if the first focal length corresponds to the specific focal length, or output the second reference image if the second focal length corresponds to the specific focal length.
A deflecting bend for conducting wastewater (A), comprising a first pipeline portion , which extends along a first, straight guide line (L1), a second pipeline portion , which extends along a second, straight guide line (L2), and a deflecting portion , which connects the first pipeline portion to the second pipeline portion , wherein the deflecting portion extends along a third guide line (L3), which third guide line (L3) connects the first guide line (L1) to the second guide line (L2), wherein the first guide line (L1) of the first pipeline portion is at an angle of inclination (Δ) ranging from 90° to 100° in relation to the second guide line (L2) of the second pipeline portion , wherein the first guide line (L1) and the second guide line (L2) define a vertical plane (VE), wherein a plane of inclination (NE) is defined by the first guide line (L1) and a reference axis (R), which reference axis (R) intersects the first guide line (L1) at right angles and is located at right angles to the second guide line (L2) and at right angles to the vertical plane (VE), wherein the deflecting portion is formed from a plurality of sub-portions , which sub-portions each comprise associated guide-line portions (L4, L5, L6) of the third guide line (L3), and wherein at least one of the sub-portions allows the guide line (L3) of the deflecting portion to be deflected out of said vertical plane (VE) such that the wastewater from the first pipeline portion , as it flows through said sub-portion , is made to rotate about the third guide line (L3) and can be guided in rotation to the second pipeline portion .
A method for controlling battery discharging and recharging of a detachable external battery and an embedded battery comprised in a portable terminal, the method comprising: determining (S220) whether the detachable external battery has been connected with the portable terminal when the portable terminal is booted; in response to determining that the detachable external battery is connected with the portable terminal, prompting (S230) a user with a message to select a priority in discharging the detachable external battery and the embedded battery; and when one of the detachable external battery and the embedded battery is selected based on the message (S240), receiving (S250) power from the selected one of the detachable external battery and the embedded battery, wherein if neither of the embedded battery and the detachable external battery is selected during a time interval after the message is output, receiving (S270) power from the detachable external battery, wherein the embedded battery in the portable terminal is charged when battery charging current is input from a charger in a state that the detachable external battery has been connected with the portable terminal, wherein the detachable external battery is charged when the embedded battery in the portable terminal is completely charged. determining (S220) whether the detachable external battery has been connected with the portable terminal when the portable terminal is booted; in response to determining that the detachable external battery is connected with the portable terminal, prompting (S230) a user with a message to select a priority in discharging the detachable external battery and the embedded battery; and when one of the detachable external battery and the embedded battery is selected based on the message (S240), receiving (S250) power from the selected one of the detachable external battery and the embedded battery, wherein if neither of the embedded battery and the detachable external battery is selected during a time interval after the message is output, receiving (S270) power from the detachable external battery, wherein the embedded battery in the portable terminal is charged when battery charging current is input from a charger in a state that the detachable external battery has been connected with the portable terminal, wherein the detachable external battery is charged when the embedded battery in the portable terminal is completely charged.
Rotary conductor comprising a first circular body having a first metal circular contact surface, a first center line (C1) and a first electrical terminal attached to the first contact surface, a second circular body having a second metal circular contact surface attached to a second electrical terminal and rotatable about a second center line (C2), wherein the second center line (C2) is rotatable about the first center line (C1) wherein the first and second metal contact surfaces engage in rolling contact, the metals of the contact surfaces having a predetermined hardness and a corresponding yield pressure, the conductor being suitable for leading currents from the first electrical terminal to the second electrical terminal of at least 10 A, characterised in that the second circular body is wheel-shaped and that upon rotation of the second center line (C2) about the first center line (C1), a contact pressure between the contact surfaces is greater or equal to at least 10%, preferably at least 15% of the yield pressure of the contact surface metal having the lowest hardness such that the contact surfaces are smoothed by plastic deformation, to ensure that sufficient frictional engagement between the contact surfaces is present to avoid slipping and to ensure a pure rolling motion without requiring the presence of intermeshing teeth.
An apparatus, comprising means for: providing data representing one or more acoustic properties of a virtual scene, the virtual scene being for output to a user device associated with a user and comprising one or more audio sources at respective locations; identifying, based on a position of the user with respect to the one or more audio sources and the one or more acoustic properties of the virtual scene, one or more audio sources not meeting a predetermined criterion; providing, via a user interface associated with the user device, one or more indicators respectively corresponding to the one or more identified audio sources; and responsive to selection of one of the one or more indicators, changing the user position in the virtual scene so that the user is closer to the corresponding audio source. providing data representing one or more acoustic properties of a virtual scene, the virtual scene being for output to a user device associated with a user and comprising one or more audio sources at respective locations; identifying, based on a position of the user with respect to the one or more audio sources and the one or more acoustic properties of the virtual scene, one or more audio sources not meeting a predetermined criterion; providing, via a user interface associated with the user device, one or more indicators respectively corresponding to the one or more identified audio sources; and responsive to selection of one of the one or more indicators, changing the user position in the virtual scene so that the user is closer to the corresponding audio source.
A method for treating vapour generated during pyrolysis of composites of carbon fibre that comprises passing said vapours through a reactor filled with a solid bed which is at a high temperature comprised between 500 °C and 1000 °C.
An artificial valve for implantation in a patient's blood vessel , comprising - a first and a second valve member each having a first smooth surface and a second surface located on an opposite side of the respective valve member, the first smooth surface of the first valve member and the first smooth surface of the second valve member facing each other so as to form a sealing contact between the first and second valve members, and each of the first and second valve members further having at least one blood flow passage extending from the first smooth surface to the second surface , wherein one of the valve members is arranged so as to be displaceable relative to the other valve member in a slidable manner such that the passage of the second valve member can be brought into at least partial alignment with the passage of the first valve member while maintaining the sealing contact between the first and second valve members, and - a displacing mechanism (M; 50-56) for the relative displacement of the valve members , characterized in that the displaceable arrangement of the valve members relative to one another is such that the valve members are rotatably slidable in one single direction. - a first and a second valve member each having a first smooth surface and a second surface located on an opposite side of the respective valve member, the first smooth surface of the first valve member and the first smooth surface of the second valve member facing each other so as to form a sealing contact between the first and second valve members, and each of the first and second valve members further having at least one blood flow passage extending from the first smooth surface to the second surface , wherein one of the valve members is arranged so as to be displaceable relative to the other valve member in a slidable manner such that the passage of the second valve member can be brought into at least partial alignment with the passage of the first valve member while maintaining the sealing contact between the first and second valve members, and - a displacing mechanism (M; 50-56) for the relative displacement of the valve members , characterized in that the displaceable arrangement of the valve members relative to one another is such that the valve members are rotatably slidable in one single direction.