mhurhangee/ep-ind-claims huggingface dataset:
A method of performing Hybrid Automatic Repeat Request, HARQ, by a Vehicle-to-Everything, V2X, receiving User Equipment, UE, in a wireless communication system, the method comprising: receiving a V2X signal broadcast from a V2X transmitting UE; and transmitting an Acknowledgement/Negative-Acknowledgement, ACK/NACK, for the broadcast V2X signal to the V2X transmitting UE, wherein the ACK/NACK is configured to be able to identify a location area corresponding to a location of the V2X receiving UE from among multiple location areas distinguished for ACK/NACK transmission based on a location of the V2X transmitting UE, and wherein the ACK/NACK is transmitted using a specific ACK/NACK sequence corresponding to the location area corresponding to the location of the V2X receiving UE among ACK/NACK sequences respectively corresponding to the multiple location areas distinguished for the ACK/NACK transmission. receiving a V2X signal broadcast from a V2X transmitting UE; and transmitting an Acknowledgement/Negative-Acknowledgement, ACK/NACK, for the broadcast V2X signal to the V2X transmitting UE, wherein the ACK/NACK is configured to be able to identify a location area corresponding to a location of the V2X receiving UE from among multiple location areas distinguished for ACK/NACK transmission based on a location of the V2X transmitting UE, and wherein the ACK/NACK is transmitted using a specific ACK/NACK sequence corresponding to the location area corresponding to the location of the V2X receiving UE among ACK/NACK sequences respectively corresponding to the multiple location areas distinguished for the ACK/NACK transmission.
A working vehicle, comprising: an exhaust pipeline that includes an exhaust gas purification device; and a cover, wherein the cover has a plurality of vent holes, the working vehicle being characterized in that the cover is provided to cover at least a peripheral surface of the exhaust gas purification device of the exhaust pipeline which is provided to stand on a mounting surface of a supporting member that extends from a side of a running vehicle body and the cover has an opening in a bottom thereof that discharges a foreign substance introduced into an inside of the cover to an outside of the cover, and the plurality of vent holes have a diameter less than that of the opening and are formed above the opening. an exhaust pipeline that includes an exhaust gas purification device; and a cover, wherein the cover has a plurality of vent holes, the working vehicle being characterized in that the cover is provided to cover at least a peripheral surface of the exhaust gas purification device of the exhaust pipeline which is provided to stand on a mounting surface of a supporting member that extends from a side of a running vehicle body and the cover has an opening in a bottom thereof that discharges a foreign substance introduced into an inside of the cover to an outside of the cover, and the plurality of vent holes have a diameter less than that of the opening and are formed above the opening.
Environmental control system comprising: a cooling gas inlet and a cooling gas exit connected by pathways, wherein a pressure differential between said cooling gas inlet and said cooling gas exit draws cooling flow (42, 44) through said pathways; a movable blower disposed in at least one of the pathways that boosts a flow rate of said cooling flow (42, 44); and a static structure, wherein said blower directs boosted cooling flow (42, 44) along a surface of said static structure toward said cooling gas exit, characterised in that: the ECS further comprises a cabin air compressor rotor, wherein said static structure interferes with said boosted cooling flow (42, 44) impacting said cabin air compressor rotor. a cooling gas inlet and a cooling gas exit connected by pathways, wherein a pressure differential between said cooling gas inlet and said cooling gas exit draws cooling flow (42, 44) through said pathways; a movable blower disposed in at least one of the pathways that boosts a flow rate of said cooling flow (42, 44); and a static structure, wherein said blower directs boosted cooling flow (42, 44) along a surface of said static structure toward said cooling gas exit, characterised in that: the ECS further comprises a cabin air compressor rotor, wherein said static structure interferes with said boosted cooling flow (42, 44) impacting said cabin air compressor rotor.
Motor vehicle chassis comprising two side skirt lateral flanks comprising a horizontal portion, a central floor situated between the two side skirt lateral flanks and comprising a horizontal main surface and horizontal secondary surfaces for attachment to the horizontal portion of the lateral flanks, said horizontal surfaces (3a, 3b) exhibiting a height difference, and a housing for a reserve of energy situated under the horizontal main surface of the central floor situated above said horizontal portions of the side skirt lateral flanks, comprising fixing pieces allowing bodywork elements and electrical cables to be fixed on each side of the central floor, between said horizontal main surface of the central floor and one of the side skirt lateral flanks, characterized in that at least one of said fixing pieces comprises two horizontal parts (5a, 5b) for fixing to the central floor, which are respectively fixed to the horizontal main surface and to a horizontal lateral surface of the central floor, one of said horizontal parts comprising a first passage to accept a fixing lug of a bodywork element.
A modular building apparatus for pharmaceutical cleanroom manufacturing comprising: a controlled air, sealable cleanroom having a ceiling; a mechanical room; a unitary frame for a modular building, the frame surrounding the cleanroom and the mechanical room and projecting above the cleanroom ceiling; joists suspended by the frame above the ceiling of the sealable cleanroom and forming an interstitial volume above the ceiling and below the joists; a utility service component mounted within the interstitial volume; and a duct, a pipe, or an electrical conduit running from the mechanical room, through the interstitial volume, and to the utility service component, wherein the apparatus is characterised in that it further walkable floor panels supported by the joists and over the utility service component, at least some of the floor panels being removable in order to provide personnel access to the utility service component. a controlled air, sealable cleanroom having a ceiling; a mechanical room; a unitary frame for a modular building, the frame surrounding the cleanroom and the mechanical room and projecting above the cleanroom ceiling; joists suspended by the frame above the ceiling of the sealable cleanroom and forming an interstitial volume above the ceiling and below the joists; a utility service component mounted within the interstitial volume; and a duct, a pipe, or an electrical conduit running from the mechanical room, through the interstitial volume, and to the utility service component, wherein the apparatus is characterised in that it further walkable floor panels supported by the joists and over the utility service component, at least some of the floor panels being removable in order to provide personnel access to the utility service component.
An apparatus that is a core network device or a part thereof, the apparatus comprising: means for communicating with a first base station including providing a control plane for multicasting/broadcasting traffic that is associated with a user plane of the multicasting/broadcasting traffic, to cause the first base station to transmit control information of the control plane via a first network that uses a first Radio Access Technology, RAT, means for communicating with a second base station including providing the user plane for multicasting/broadcasting traffic to cause the second base station to transmit the multicasting/broadcasting traffic of the user plane via a second network that uses a second Radio Access Technology, wherein the first RAT is different from the second RAT, and wherein the multicasting/broadcasting traffic comprises packet data transmissions. means for communicating with a first base station including providing a control plane for multicasting/broadcasting traffic that is associated with a user plane of the multicasting/broadcasting traffic, to cause the first base station to transmit control information of the control plane via a first network that uses a first Radio Access Technology, RAT, means for communicating with a second base station including providing the user plane for multicasting/broadcasting traffic to cause the second base station to transmit the multicasting/broadcasting traffic of the user plane via a second network that uses a second Radio Access Technology, wherein the first RAT is different from the second RAT, and wherein the multicasting/broadcasting traffic comprises packet data transmissions.
A modular frame system for vacuum pumps, comprising a base frame for a first vacuum pump; and a separate additional frame, which is provided in addition to the base frame, for a second vacuum pump, wherein the base frame is configured both for a pump operation of the first vacuum pump without the additional frame and without the second vacuum pump and for a joint pump operation of the two vacuum pumps (13, 17) in which the two vacuum pumps (13, 17) form a pumping station and are connected to one another in a technical vacuum manner, and wherein the base frame and the additional frame are configured such that, in order to form the pumping station, the additional frame can be supported at the base frame and the second vacuum pump can be supported at the additional frame, characterized in that a functional module associated with the first vacuum pump, in particular a switch cabinet, and a functional module associated with the second vacuum pump, in particular a switch cabinet, are fastened to the additional frame in different vertical positions, in particular vertically above one another, and are each connectable to the associated vacuum pump (13, 17), in particular by one or more electrical lines and/or plugin connections. comprising a base frame for a first vacuum pump; and a separate additional frame, which is provided in addition to the base frame, for a second vacuum pump, wherein the base frame is configured both for a pump operation of the first vacuum pump without the additional frame and without the second vacuum pump and for a joint pump operation of the two vacuum pumps (13, 17) in which the two vacuum pumps (13, 17) form a pumping station and are connected to one another in a technical vacuum manner, and wherein the base frame and the additional frame are configured such that, in order to form the pumping station, the additional frame can be supported at the base frame and the second vacuum pump can be supported at the additional frame, characterized in that a functional module associated with the first vacuum pump, in particular a switch cabinet, and a functional module associated with the second vacuum pump, in particular a switch cabinet, are fastened to the additional frame in different vertical positions, in particular vertically above one another, and are each connectable to the associated vacuum pump (13, 17), in particular by one or more electrical lines and/or plugin connections.
A superconducting power transmission system, comprising: a superconducting cable; a thermally insulated double pipe composed by an inner pipe (15, 101) within which said superconducting cable is installed and by an outer pipe (16, 103) within which the inner pipe is housed; an inner pipe support member supporting the inner pipe (15, 101); the inner pipe support member being secured to the inner and outer pipes (15, 101, 16, 103); a cryostat to which an end of the thermally insulated double pipe is connected and in which a terminal end part of said superconducting cable is housed; a bellows pipe connected to the outer pipe (16, 103); characterized by further comprising: an object configured to be imaged by a camera, with the object being connected to said terminal end part of the superconducting cable within the cryostat; the camera installed at a site thermally insulated from the cryostat; with the camera being configured for imaging the object within the cryostat through a window provided for the cryostat to allow optical inspection of the inside of the cryostat; a control device that is configured to analyze picture image data of the object acquired by the camera to detect a relative displacement between the camera and the end of the superconducting cable; and a driving device that is configured to, on detection of the displacement of the object by the control device, cause movement of the cryostat in its entirety inclusive of said camera. a superconducting cable; a thermally insulated double pipe composed by an inner pipe (15, 101) within which said superconducting cable is installed and by an outer pipe (16, 103) within which the inner pipe is housed; an inner pipe support member supporting the inner pipe (15, 101); the inner pipe support member being secured to the inner and outer pipes (15, 101, 16, 103); a cryostat to which an end of the thermally insulated double pipe is connected and in which a terminal end part of said superconducting cable is housed; a bellows pipe connected to the outer pipe (16, 103); characterized by further comprising: an object configured to be imaged by a camera, with the object being connected to said terminal end part of the superconducting cable within the cryostat; the camera installed at a site thermally insulated from the cryostat; with the camera being configured for imaging the object within the cryostat through a window provided for the cryostat to allow optical inspection of the inside of the cryostat; a control device that is configured to analyze picture image data of the object acquired by the camera to detect a relative displacement between the camera and the end of the superconducting cable; and a driving device that is configured to, on detection of the displacement of the object by the control device, cause movement of the cryostat in its entirety inclusive of said camera.
Core or foundry sand that can be used for the production of cores and casting moulds for the casting of molten metals, comprising a basic moulding material, which is coated with a layer of an adhesive agent and a layer of water glass lying over the latter, and which has a water content in the range of ≥ approximately 0.25% by weight to approximately 0.9 % by weight in relation to the overall weight of the core and foundry sand.
Gas sensor comprising a chamber, capable of receiving the gas, the sensor also comprising: - a light source, capable of emitting a light wave that is propagated in the chamber according to an emission beam (Ω1); - a measurement photodetector and a reference photodetector, each being capable of detecting a light wave emitted by the light source and having passed through the chamber, the measurement photodetector and the reference photodetector extending respectively on a detection plane (P 12, P 13); the sensor being such that the chamber extends between two transverse walls (21, 22), disposed facing one another, the transverse walls being linked to on another by a peripheral wall, extending, between the transverse walls, around a lateral axis, the peripheral wall comprising: - a first curved reflecting surface, capable of receiving a first portion of the emission beam (Ω1) to reflect it, thus forming a measurement beam (Ω2); - a second curved reflecting surface, capable of receiving a second portion of the emission beam (Ω1) to reflect it, thus forming a reference beam (Ω3); the sensor being characterized in that: - the detection plane (P 12) of the measurement photodetector and the detection plane (P 13) of the reference photodetector extend parallel or substantially parallel to a transverse wall; - the sensor comprises a first reflector, arranged to reflect all or part of the measurement beam (Ω2) towards the measurement photodetector, and a second reflector, arranged to reflect all or part of the reference beam (Ω3) towards the reference photodetector. - a light source, capable of emitting a light wave that is propagated in the chamber according to an emission beam (Ω1); - a measurement photodetector and a reference photodetector, each being capable of detecting a light wave emitted by the light source and having passed through the chamber, the measurement photodetector and the reference photodetector extending respectively on a detection plane (P 12, P 13); - a first curved reflecting surface, capable of receiving a first portion of the emission beam (Ω1) to reflect it, thus forming a measurement beam (Ω2); - a second curved reflecting surface, capable of receiving a second portion of the emission beam (Ω1) to reflect it, thus forming a reference beam (Ω3); - the detection plane (P 12) of the measurement photodetector and the detection plane (P 13) of the reference photodetector extend parallel or substantially parallel to a transverse wall; - the sensor comprises a first reflector, arranged to reflect all or part of the measurement beam (Ω2) towards the measurement photodetector, and a second reflector, arranged to reflect all or part of the reference beam (Ω3) towards the reference photodetector.
A system for preparing a thrombin serum, comprising: a containment device extending along a longitudinal axis between a proximal opening and a closed distal end, wherein said containment device is flared at its proximal opening; a cage received in the flared portion of said containment device, wherein said cage is a hollow cylinder comprising a plurality of openings formed therethrough; a cap attached to said containment device, wherein said cap covers the cage; an inlet port received through openings in the cap and configured to introduce a non-anti-coagulated autologous blood fluid into said containment device wherein said inlet port is located radially outwardly of said cage relative to said longitudinal axis; and an outlet port received through openings in the cap and configured to remove a thrombin serum from said containment device wherein said outlet port is located radially outwardly of said cage relative to said longitudinal axis. a containment device extending along a longitudinal axis between a proximal opening and a closed distal end, wherein said containment device is flared at its proximal opening; a cage received in the flared portion of said containment device, wherein said cage is a hollow cylinder comprising a plurality of openings formed therethrough; a cap attached to said containment device, wherein said cap covers the cage; an inlet port received through openings in the cap and configured to introduce a non-anti-coagulated autologous blood fluid into said containment device wherein said inlet port is located radially outwardly of said cage relative to said longitudinal axis; and an outlet port received through openings in the cap and configured to remove a thrombin serum from said containment device wherein said outlet port is located radially outwardly of said cage relative to said longitudinal axis.
A pitch control assembly for adjusting the pitch of a propeller blade, comprising: a pitch control unit comprising a housing, with a plurality of control valves and corresponding hydraulic lines located within the housing; a blade angle unit comprising a series of coils located within housing; a transfer bearing mounted to the housing and having at least a portion located within the series of coils and a plurality of hydraulic lines fluidly coupled to the hydraulic lines of the pitch control unit; a transfer tube axially receiving and axially moveable relative to at least a portion of the transfer bearing; and a magnetic core sleeve carried by the transfer tube and located within the blade angle unit; and wherein a pitch angle of a propeller may be controlled by axially moving the transfer tube relative to the transfer bearing in response to fluid supplied through the hydraulic lines in response to actuation of the control valves, and the blade angle unit senses a corresponding axial movement of the magnetic core sleeve within the series of coils and provides an output indicative of an amount of blade angle movement. a pitch control unit comprising a housing, with a plurality of control valves and corresponding hydraulic lines located within the housing; a blade angle unit comprising a series of coils located within housing; a transfer bearing mounted to the housing and having at least a portion located within the series of coils and a plurality of hydraulic lines fluidly coupled to the hydraulic lines of the pitch control unit; a transfer tube axially receiving and axially moveable relative to at least a portion of the transfer bearing; and a magnetic core sleeve carried by the transfer tube and located within the blade angle unit; and wherein a pitch angle of a propeller may be controlled by axially moving the transfer tube relative to the transfer bearing in response to fluid supplied through the hydraulic lines in response to actuation of the control valves, and the blade angle unit senses a corresponding axial movement of the magnetic core sleeve within the series of coils and provides an output indicative of an amount of blade angle movement.
A method for transmitting traffic information from a base station to a mobile station, comprising the steps of: intentionally transmitting the traffic information from the base station with a first symbol energy amount that is intentionally insufficient for correct demodulation of the traffic information by the mobile station; after step, retransmitting from the base station the traffic information initially transmitted with the first symbol energy amount, wherein the traffic information is retransmitted in step with a further symbol energy amount that is also insufficient by itself for correct demodulation of the traffic information by the mobile station; and repeating step until a sum determined at the mobile station of the first and further symbol energy amounts used to transmit the traffic information is great enough to permit correct demodulation by the mobile station. intentionally transmitting the traffic information from the base station with a first symbol energy amount that is intentionally insufficient for correct demodulation of the traffic information by the mobile station; after step, retransmitting from the base station the traffic information initially transmitted with the first symbol energy amount, wherein the traffic information is retransmitted in step with a further symbol energy amount that is also insufficient by itself for correct demodulation of the traffic information by the mobile station; and repeating step until a sum determined at the mobile station of the first and further symbol energy amounts used to transmit the traffic information is great enough to permit correct demodulation by the mobile station.
A front-loading drum type washing machine comprising: a cabinet for forming an appearance; a tub (4, 40, 50) fixed to an inner side of the cabinet for storing washing water; a drum has a horizontal rotation axis and is rotatably arranged in the tub (4, 40, 50) for washing and dehydrating laundry; and a driving motor positioned at a rear side of the drum for generating a driving force by which the drum is rotated, wherein the tub (4, 40, 50) is a cylindrical shape and a front surface thereof is fixed to a front inner wall of the cabinet, wherein both sides of the tub (4, 40, 50) are contacted to both sides inner wall of the cabinet. a cabinet for forming an appearance; a tub (4, 40, 50) fixed to an inner side of the cabinet for storing washing water; a drum has a horizontal rotation axis and is rotatably arranged in the tub (4, 40, 50) for washing and dehydrating laundry; and a driving motor positioned at a rear side of the drum for generating a driving force by which the drum is rotated, wherein the tub (4, 40, 50) is a cylindrical shape and a front surface thereof is fixed to a front inner wall of the cabinet, wherein both sides of the tub (4, 40, 50) are contacted to both sides inner wall of the cabinet.