mhurhangee/patent-ind-claim-en huggingface dataset:
Ventilation, heating and/or air-conditioning system comprising a ventilation, heating and/or air-conditioning installation comprising at least: - a housing delimiting at least one circulation chamber for an air stream, comprising a first inlet arranged to admit into the housing an outside air stream and a second inlet arranged to admit into the housing an air stream from an interior of the vehicle, - at least one first heat exchanger , one second heat exchanger and one third heat exchanger each configured to produce a heat exchange between the air stream and a refrigerant running through a refrigerant circuit, the housing comprising a first supply inlet arranged to admit into the housing an outside air stream and a second supply inlet arranged to admit into the housing a recycled air stream, the first supply inlet and the second supply inlet being arranged downstream of the first heat exchanger , in the direction of flow of the air stream, characterized in that , the first heat exchanger , the second heat exchanger and the third heat exchanger belong to the same refrigerant circuit, and in that the system comprises a refrigerant circuit , inside which the refrigerant can circulate, comprising: - the first heat exchanger , used as evaporator, - the second heat exchanger , used as subcooler, - the third heat exchanger , used as condenser, - a fourth heat exchanger configured to produce a heat exchange between the refrigerant and a heat-transfer liquid, - a first expansion member , disposed between the first heat exchanger and the second heat exchanger on the refrigerant circuit , - a second expansion member , disposed between the third heat exchanger and the fourth heat exchanger on the refrigerant circuit , and a compressor , disposed between the first heat exchanger and the third heat exchanger on the refrigerant circuit . - a housing delimiting at least one circulation chamber for an air stream, comprising a first inlet arranged to admit into the housing an outside air stream and a second inlet arranged to admit into the housing an air stream from an interior of the vehicle, - at least one first heat exchanger , one second heat exchanger and one third heat exchanger each configured to produce a heat exchange between the air stream and a refrigerant running through a refrigerant circuit, the housing comprising a first supply inlet arranged to admit into the housing an outside air stream and a second supply inlet arranged to admit into the housing a recycled air stream, the first supply inlet and the second supply inlet being arranged downstream of the first heat exchanger , in the direction of flow of the air stream, - the first heat exchanger , used as evaporator, - the second heat exchanger , used as subcooler, - the third heat exchanger , used as condenser, - a fourth heat exchanger configured to produce a heat exchange between the refrigerant and a heat-transfer liquid, - a first expansion member , disposed between the first heat exchanger and the second heat exchanger on the refrigerant circuit , - a second expansion member , disposed between the third heat exchanger and the fourth heat exchanger on the refrigerant circuit , and
Transport system for a plurality of containers , comprising a feed device for a supply of containers which can be received at a transfer end of the feed device by a receiving region of a working platform of a transport mover , the transport mover having a drive portion connected to the working platform for the purpose of moving in a working plane , which drive portion cooperates with a stationary, planar drive plane , characterized in that the working platform has a blocking surface , the distance of which to the drive plane can be changed by moving the drive portion of the transport mover relative to the drive plane , the blocking surface , in a transfer position associated with a smaller distance to the drive plane , being arranged so low that a transfer of containers from the transfer end of the feed device over the blocking surface into or onto the receiving region of the working platform is made possible, and the blocking surface , in a blocking position associated with a greater distance to the drive plane , blocking a transfer of containers from the transfer end of the feed device into or onto the receiving region of the working platform .
User equipment, UE , comprising: circuitry to perform a mobility state estimation, MSE, operation to determine an MSE state for the UE based on a first cell count determined by the UE; a receiver to receive, from a cell (104; 106; 108; 110) in a heterogeneous third generation partnership project, 3GPP, network, mobility state information corresponding to a second cell count determined by the heterogeneous 3GPP network due to movement of the UE within the heterogeneous 3GPP network, the circuitry to update the MSE state for the UE, the updated MSE state determined by taking into account the mobility state information received from the cell (104; 106; 108; 110); and a transmitter to communicate the updated MSE state to the cell (104; 106; 108; 110). circuitry to perform a mobility state estimation, MSE, operation to determine an MSE state for the UE based on a first cell count determined by the UE; a receiver to receive, from a cell (104; 106; 108; 110) in a heterogeneous third generation partnership project, 3GPP, network, mobility state information corresponding to a second cell count determined by the heterogeneous 3GPP network due to movement of the UE within the heterogeneous 3GPP network, the circuitry to update the MSE state for the UE, the updated MSE state determined by taking into account the mobility state information received from the cell (104; 106; 108; 110); and a transmitter to communicate the updated MSE state to the cell (104; 106; 108; 110).
Stick vacuum cleaner including: - a vacuum cleaner body including means for vacuuming and a handling interface for a user, - a brush head arranged to be in contact with a floor to be cleaned and hinged relative to the vacuum cleaner body , - an air circuit between the means for vacuuming and the brush head and including a first deformable air channel having a first end connected to the brush head , characterised: - in that the stick vacuum cleaner includes at least one ball-joint part mounted in ball-joint connection relative to the vacuum cleaner body and on which part is carried a second end of the first deformable air channel , - and in that the air circuit includes at least a second deformable air channel , at least partially housed in the ball-joint part , and connecting said carried second end to a portion of the air circuit of the vacuum cleaner body . - a vacuum cleaner body including means for vacuuming and a handling interface for a user, - a brush head arranged to be in contact with a floor to be cleaned and hinged relative to the vacuum cleaner body , - an air circuit between the means for vacuuming and the brush head and including a first deformable air channel having a first end connected to the brush head , - in that the stick vacuum cleaner includes at least one ball-joint part mounted in ball-joint connection relative to the vacuum cleaner body and on which part is carried a second end of the first deformable air channel , - and in that the air circuit includes at least a second deformable air channel , at least partially housed in the ball-joint part , and connecting said carried second end to a portion of the air circuit of the vacuum cleaner body .
A system comprising a plurality of radio relay apparatuses for performing a radio communication with a terminal apparatus, wherein each of the plurality of radio relay apparatuses : is a solar-plane-type High Altitude Platform Stations, HAPS , or airship-type HAPS floating object movably provided by flying in an upper airspace ; comprises a radio relay station for forming a cell toward the ground or the sea to perform a radio communication with a terminal apparatus located in the cell ; and wherein each of the plurality of radio relay apparatuses is adapted to: repeatedly fly in circulation along a same circular flight route while forming a three-dimensional cell in a direction inclined from a vertical direction by its own rolling of the plurality of radio relay apparatuses , in cooperation with each other so as to maintain a positional relationship between the plurality of radio relay apparatuses by an autonomous control or external control; and perform a cooperative flight so that a flight direction of the plurality of radio relay apparatuses and an attitude with respect to the flight direction are the same among the plurality of radio relay apparatuses as each other. is a solar-plane-type High Altitude Platform Stations, HAPS , or airship-type HAPS floating object movably provided by flying in an upper airspace ; comprises a radio relay station for forming a cell toward the ground or the sea to perform a radio communication with a terminal apparatus located in the cell ; and wherein each of the plurality of radio relay apparatuses is adapted to: repeatedly fly in circulation along a same circular flight route while forming a three-dimensional cell in a direction inclined from a vertical direction by its own rolling of the plurality of radio relay apparatuses , in cooperation with each other so as to maintain a positional relationship between the plurality of radio relay apparatuses by an autonomous control or external control; and perform a cooperative flight so that a flight direction of the plurality of radio relay apparatuses and an attitude with respect to the flight direction are the same among the plurality of radio relay apparatuses as each other. repeatedly fly in circulation along a same circular flight route while forming a three-dimensional cell in a direction inclined from a vertical direction by its own rolling of the plurality of radio relay apparatuses , in cooperation with each other so as to maintain a positional relationship between the plurality of radio relay apparatuses by an autonomous control or external control; and perform a cooperative flight so that a flight direction of the plurality of radio relay apparatuses and an attitude with respect to the flight direction are the same among the plurality of radio relay apparatuses as each other.
A hearing aid comprising: - a speaker unit ; - a speaker snout comprising ∘ a sound canal having a longitudinal axis (X), a lateral axis (Y) extending perpendicular to the longitudinal axis (X), and ∘ a sound canal opening , - an earpiece configured to be attached to the speaker snout and - an ear wax filter , wherein said sound canal being configured to guide sound generated by the speaker unit through the sound canal , out through the sound canal opening and into the earpiece , wherein the ear wax filter is slidably arranged in the speaker snout through a first opening of the speaker snout allowing the ear wax filter to be radially inserted into the sound canal of the speaker snout in the direction of the lateral axis (y) of the sound canal . - a speaker unit ; - a speaker snout comprising ∘ a sound canal having a longitudinal axis (X), a lateral axis (Y) extending perpendicular to the longitudinal axis (X), and ∘ a sound canal opening , ∘ a sound canal having a longitudinal axis (X), a lateral axis (Y) extending perpendicular to the longitudinal axis (X), and ∘ a sound canal opening , - an earpiece configured to be attached to the speaker snout and - an ear wax filter , wherein said sound canal being configured to guide sound generated by the speaker unit through the sound canal , out through the sound canal opening and into the earpiece , wherein the ear wax filter is slidably arranged in the speaker snout through a first opening of the speaker snout allowing the ear wax filter to be radially inserted into the sound canal of the speaker snout in the direction of the lateral axis (y) of the sound canal .
A device, comprising: an outer flexible tube defining a longitudinal axis; a rotatable scoopula disposed within the outer flexible tube and defining an open side portion; at least one inflatable support element attached near a distal end of the rotatable scoopula ; an inner sheath disposed within the rotatable scoopula and configured to move parallel to the longitudinal axis; a first pair of first and second rotatable and articulable beaks disposed within the inner sheath and partially extending into the open side portion of the scoopula , the first pair of first and second rotatable and articulable beaks being configured to cut tissue present within and beyond the open side portion of the scoopula by selectively assuming an open and a at least partially closed configuration while rotating; an expandable and collapsible cutting and imaging chamber disposed at a distal end of a central tube that is disposed coaxially between the first pair of first and second articulable beaks , the chamber being configured to enclose a removable imaging device within a volume of fluid and to move parallel to the longitudinal axis away from and back against the first pair of first and second articulable beaks . an outer flexible tube defining a longitudinal axis; a rotatable scoopula disposed within the outer flexible tube and defining an open side portion; at least one inflatable support element attached near a distal end of the rotatable scoopula ; an inner sheath disposed within the rotatable scoopula and configured to move parallel to the longitudinal axis; a first pair of first and second rotatable and articulable beaks disposed within the inner sheath and partially extending into the open side portion of the scoopula , the first pair of first and second rotatable and articulable beaks being configured to cut tissue present within and beyond the open side portion of the scoopula by selectively assuming an open and a at least partially closed configuration while rotating; an expandable and collapsible cutting and imaging chamber disposed at a distal end of a central tube that is disposed coaxially between the first pair of first and second articulable beaks , the chamber being configured to enclose a removable imaging device within a volume of fluid and to move parallel to the longitudinal axis away from and back against the first pair of first and second articulable beaks .
A portable extraction cleaner comprising: a main housing ; a recovery tank supported by the main housing , the recovery tank having portions at least partially defining a front side and a top side of the portable extraction cleaner ; a supply tank spaced rearwardly of the recovery tank and supported by the main housing , the supply tank having portions at least partially defining at least one of the top side and a first lateral side of the portable extraction cleaner ; and characterised in that a battery pack is spaced rearwardly of the supply tank and supported by the main housing at a rear side of the portable extraction cleaner opposite the front side . a main housing ; a recovery tank supported by the main housing , the recovery tank having portions at least partially defining a front side and a top side of the portable extraction cleaner ; a supply tank spaced rearwardly of the recovery tank and supported by the main housing , the supply tank having portions at least partially defining at least one of the top side and a first lateral side of the portable extraction cleaner ; and characterised in that a battery pack is spaced rearwardly of the supply tank and supported by the main housing at a rear side of the portable extraction cleaner opposite the front side .
A synchronizer for a vehicle transmission , the synchronizer comprising a synchronizing ring (19; 26) and an inner ring (18; 15), the synchronizing ring being arranged outside of and to abut against the inner ring for achieving friction between an outer surface (21; 28) of the inner ring and an inner surface (22; 29) of the synchronizing ring during synchronization, the synchronizing ring having a plurality of through holes (23a; 23b) extending from the inner surface (22; 29) to an outer surface (24; 30) of the synchronizing ring for evacuation of oil from the interface (25; 31) between the inner ring and the synchronizing ring, characterized in that a longitudinal extension direction of each of said plurality of through holes deviates with an angle a, where α is in the range 5-45°, from a radial direction passing through the centre of the synchronizing ring when looked at the synchronizing ring in a direction in parallel with a longitudinal axis of the synchronizing ring, and wherein the synchronizing ring has a first intended rotational direction and a second intended rotational direction in operation, and when looked at the synchronizing ring in the direction in parallel with the longitudinal axis of the synchronizing ring, the longitudinal extension direction of each through hole of a first set of said plurality of through holes is pivoted with the angle α in the opposite direction to the first intended rotational direction relative to the radial direction passing through the centre of the synchronizing ring, and the longitudinal extension direction of each through hole of a second set of said plurality of through holes is pivoted with the angle α in the opposite direction to the second intended rotational direction relative to the radial direction passing through the centre of the synchronizing ring.
A geographical origin estimation method comprising: a first step (S1) of measuring a stable isotope ratio of carbon contained in a measurement target object collected from an animal; a second step (S2) of measuring a stable isotope ratio of a constituent element of water contained in the measurement target object; and a third step (S3) of estimating an area where the animal has grown from the measured stable isotope ratios of carbon and the constituent element of water, wherein the measurement target object is animal hair, characterized in that the third step (S3) includes steps of: estimating (S31) a rough area where the animal has grown from the measured stable isotope ratio of the constituent element of water; estimating (S32) feed used to grow the animal from the measured stable isotope ratio of carbon; and narrowing (S33) down the rough area to an area using the estimated feed, and estimating that the narrowed-down area is the area where the animal has grown. a first step (S1) of measuring a stable isotope ratio of carbon contained in a measurement target object collected from an animal; a second step (S2) of measuring a stable isotope ratio of a constituent element of water contained in the measurement target object; and a third step (S3) of estimating an area where the animal has grown from the measured stable isotope ratios of carbon and the constituent element of water, wherein the measurement target object is animal hair, estimating (S31) a rough area where the animal has grown from the measured stable isotope ratio of the constituent element of water; estimating (S32) feed used to grow the animal from the measured stable isotope ratio of carbon; and narrowing (S33) down the rough area to an area using the estimated feed, and estimating that the narrowed-down area is the area where the animal has grown.
A refrigerator , comprising: a refrigerator body; a first inner container and a second inner container , the first inner container and the second inner container being both disposed in the refrigerator body; a wire tube evaporator and a coiled tube evaporator , the wire tube evaporator comprising a first wire tube evaporator provided in the first inner container and a second wire tube evaporator provided in the second inner container , the coiled tube evaporator comprising a first coiled tube evaporator wound on an outside of the first inner container and a second coiled tube evaporator wound on an outside of the second inner container , two ends of the first wire tube evaporator being each provided with a first connecting tube, the two first connecting tubes both extending out of the first inner container , the first coiled tube evaporator being connected to a free end of one of the two first connecting tubes, two ends of the second wire tube evaporator being each provided with a second connecting tube, the two second connecting tubes both extending out of the second inner container , the second coiled tube evaporator being connected to a free end of one of the two second connecting tubes, and a free end of the other of the two first connecting tubes and a free end of the other of the two second connecting tubes being connected. a refrigerator body; a first inner container and a second inner container , the first inner container and the second inner container being both disposed in the refrigerator body; a wire tube evaporator and a coiled tube evaporator , the wire tube evaporator comprising a first wire tube evaporator provided in the first inner container and a second wire tube evaporator provided in the second inner container , the coiled tube evaporator comprising a first coiled tube evaporator wound on an outside of the first inner container and a second coiled tube evaporator wound on an outside of the second inner container , two ends of the first wire tube evaporator being each provided with a first connecting tube, the two first connecting tubes both extending out of the first inner container , the first coiled tube evaporator being connected to a free end of one of the two first connecting tubes, two ends of the second wire tube evaporator being each provided with a second connecting tube, the two second connecting tubes both extending out of the second inner container , the second coiled tube evaporator being connected to a free end of one of the two second connecting tubes, and a free end of the other of the two first connecting tubes and a free end of the other of the two second connecting tubes being connected.
Method for assembling a set of building elements (1; 100; 200; 300; 400), the outer walls (3 to 8) of each element (1; 100; 200; 300; 400) defining a volume for receiving a main body , in the shape of a polyhedron, occupying the whole of said receiving volume and of which at least two faces (9 to 14) are parallel, the main body being made of a rigid insulating material formed by expanded polystyrene or EPS with a density of at least 10 kg/m3 and each of the faces (9 to 14) of the main body being completely covered by at least one sheet (3 to 8, 15, 16; 20; 25 to 28B) made of a wood-based material, each sheet (3 to 8) being adhered to said face (9 to 14) of the main body which receives it, said method comprising at least the following steps: - a) assembling two complementary outer faces (3 to 8) of two building elements (1; 100; 200; 300; 400) by adhesion, - b) continuing with the assembly carried out in step a) by adhering other faces (3 to 8) of said elements (1; 100; 200; 300; 400) to complementary outer faces (3 to 8) of other building elements (1; 100; 200; 300; 400) until a predefined part (P; M, S, D, O, T) of a building or of an engineering structure is obtained, - c) adhering sheets (15, 16; 20; 25 to 28B), referred to as cladding sheets, made of a wood-based material, to at least a part of the coplanar faces (3 to 8; 17, 18; 19) of the elements (1; 100; 200; 300; 400) assembled in the preceding steps, - d) repeating steps a) to c) until the predefined part (P, M, S, D, O, T) of the building or of the engineering structure is obtained. - a) assembling two complementary outer faces (3 to 8) of two building elements (1; 100; 200; 300; 400) by adhesion, - b) continuing with the assembly carried out in step a) by adhering other faces (3 to 8) of said elements (1; 100; 200; 300; 400) to complementary outer faces (3 to 8) of other building elements (1; 100; 200; 300; 400) until a predefined part (P; M, S, D, O, T) of a building or of an engineering structure is obtained, - c) adhering sheets (15, 16; 20; 25 to 28B), referred to as cladding sheets, made of a wood-based material, to at least a part of the coplanar faces (3 to 8; 17, 18; 19) of the elements (1; 100; 200; 300; 400) assembled in the preceding steps, - d) repeating steps a) to c) until the predefined part (P, M, S, D, O, T) of the building or of the engineering structure is obtained.