mhurhangee/ep-ind-claims huggingface dataset:
A plenum box (1a, 1 b) configured for use in a ventilation system with flowing air, said plenum box (1a, 1b) comprising - an inlet that is configured for an air flow to pass through it and an outlet (6a, 6b); - a pressure distribution pipe which is disposed at the inlet and extends from the inlet into the plenum box (1a, 1b) and comprises - a surface that has perforations which allow the air flow to pass through from an inside of the pressure distribution pipe to an outside of the pressure distribution pipe, wherein a total aperture cross-section of the perforations in a first section of the pressure distribution pipe varies relative to a total aperture cross-section of the perforations in a second section of the pressure distribution pipe as viewed in an axial direction through the pressure distribution pipe; a regulating damper configured to angle an incoming air flow from the ventilation system towards the perforations and disposed adjustably in the axial direction inside the pressure distribution pipe characterized such that when the regulating damper is moved towards the inlet, the total aperture cross-section of the pressure distribution pipe for ingress of air into the plenum box is reduced. - an inlet that is configured for an air flow to pass through it and an outlet (6a, 6b); - a pressure distribution pipe which is disposed at the inlet and extends from the inlet into the plenum box (1a, 1b) and comprises - a surface that has perforations which allow the air flow to pass through from an inside of the pressure distribution pipe to an outside of the pressure distribution pipe, wherein a total aperture cross-section of the perforations in a first section of the pressure distribution pipe varies relative to a total aperture cross-section of the perforations in a second section of the pressure distribution pipe as viewed in an axial direction through the pressure distribution pipe; a regulating damper configured to angle an incoming air flow from the ventilation system towards the perforations and disposed adjustably in the axial direction inside the pressure distribution pipe characterized such that when the regulating damper is moved towards the inlet, the total aperture cross-section of the pressure distribution pipe for ingress of air into the plenum box is reduced. - a surface that has perforations which allow the air flow to pass through from an inside of the pressure distribution pipe to an outside of the pressure distribution pipe, wherein a total aperture cross-section of the perforations in a first section of the pressure distribution pipe varies relative to a total aperture cross-section of the perforations in a second section of the pressure distribution pipe as viewed in an axial direction through the pressure distribution pipe; a regulating damper configured to angle an incoming air flow from the ventilation system towards the perforations and disposed adjustably in the axial direction inside the pressure distribution pipe characterized such that when the regulating damper is moved towards the inlet, the total aperture cross-section of the pressure distribution pipe for ingress of air into the plenum box is reduced.
A beverage comprising water, an amino acid, and allulose, wherein the allulose is in an amount of 3 to 11 parts by weight based on 100 parts by weight of the beverage, based on dry solids; wherein the ratio of amino acid to allulose is from 1:30 to 1:110, based on dry solids; wherein the amino acid is one or more amino acids selected from the group consisting of L-arginine, L-methionine, L-ornithine, and L-citrulline; and wherein the beverage does not contain sucrose. wherein the allulose is in an amount of 3 to 11 parts by weight based on 100 parts by weight of the beverage, based on dry solids; wherein the ratio of amino acid to allulose is from 1:30 to 1:110, based on dry solids; wherein the amino acid is one or more amino acids selected from the group consisting of L-arginine, L-methionine, L-ornithine, and L-citrulline; and wherein the beverage does not contain sucrose.
A method, comprising the steps of: processing wireless communication with a network element (803, 813, 903, 913, 1001), the communication configured by comprising one or more frames, wherein each frame comprises at least two subframes; receiving a power control command for controlling a transmission power; and applying the power control command, characterized by further comprising the steps of: receiving a signaling indicating definition of subframe groups; and receiving separate reference power levels for different subframe groups (905, 915) processing wireless communication with a network element (803, 813, 903, 913, 1001), the communication configured by comprising one or more frames, wherein each frame comprises at least two subframes; receiving a power control command for controlling a transmission power; and applying the power control command, characterized by further comprising the steps of: receiving a signaling indicating definition of subframe groups; and receiving separate reference power levels for different subframe groups (905, 915) receiving a signaling indicating definition of subframe groups; and receiving separate reference power levels for different subframe groups (905, 915)
Cutting apparatus for cutting a cap (10; 110; 210), said cap (10; 110; 210) comprising a cup body having a base wall, a side wall and a protrusion (16; 116; 216) projecting from said side wall of said cap (10; 110; 210) outside said cap (10; 110; 210), comprising: - an advancement path travelable by said cap (10; 110; 210) along an advancement direction, - a spindle that is movable along said advancement path and rotatable around an axis thereof, said spindle being shaped to interact with said cap (10; 110; 210) and rotate said cap (10; 110; 210) around said axis, - a support that is movable along said advancement path together with said spindle, said support being shaped to interact with said cap (10; 110; 210) and to retain said cap (10; 110; 210) against said spindle, - a cutting device (41, 80) arranged for making a cut in said side wall of said cap (10; 110; 210) when said spindle reaches a cutting zone (40, 50) provided on said advancement path, characterized in that said spindle comprises a hollow housing shaped to house said protrusion (16; 116; 216) so as to stop in use rotation of said cap (10; 110; 210) in a preset position with respect to said spindle so as to orient said cap (10; 110; 210) with respect to said cutting device (41, 80). - an advancement path travelable by said cap (10; 110; 210) along an advancement direction, - a spindle that is movable along said advancement path and rotatable around an axis thereof, said spindle being shaped to interact with said cap (10; 110; 210) and rotate said cap (10; 110; 210) around said axis, - a support that is movable along said advancement path together with said spindle, said support being shaped to interact with said cap (10; 110; 210) and to retain said cap (10; 110; 210) against said spindle, - a cutting device (41, 80) arranged for making a cut in said side wall of said cap (10; 110; 210) when said spindle reaches a cutting zone (40, 50) provided on said advancement path, characterized in that said spindle comprises a hollow housing shaped to house said protrusion (16; 116; 216) so as to stop in use rotation of said cap (10; 110; 210) in a preset position with respect to said spindle so as to orient said cap (10; 110; 210) with respect to said cutting device (41, 80).
A method for wireless communication performed by an apparatus, comprising: receiving (410, 2005) a plurality of downlink transmissions corresponding to a transport block in a plurality of transmission time intervals, TTIs, wherein at least two of the plurality of TTIs correspond to different TTI types, wherein the different TTI types comprise a first TTI which is a one subframe TTI and a second TTI which is one of a one slot short TTI, sTTI, or a two or three symbol sTTI; determining (420, 300-a, 300-b, 300-c, 2010) a first soft channel bit buffer size associated with the transport block for a first decoding operation of a respective plurality of decoding operations associated with a first downlink transmission of the plurality of downlink transmissions, wherein the first downlink transmission uses the first TTI for transmission; decoding (425, 2015) the first downlink transmission according to the first soft channel bit buffer size; identifying that a second decoding operation of the plurality of decoding operations is associated with a second transmission of the plurality of downlink transmissions that uses the second TTI which is a shorter TTI than the first TTI; and selecting a plurality of soft channel bits for at least one of the plurality of downlink transmissions to skip storing in the first soft channel bit buffer based at least in part on the identifying, such that the aggregate buffer size for the first and second transmission is under the TTI soft channel bit maximum for a one subframe TTI. receiving (410, 2005) a plurality of downlink transmissions corresponding to a transport block in a plurality of transmission time intervals, TTIs, wherein at least two of the plurality of TTIs correspond to different TTI types, wherein the different TTI types comprise a first TTI which is a one subframe TTI and a second TTI which is one of a one slot short TTI, sTTI, or a two or three symbol sTTI; determining (420, 300-a, 300-b, 300-c, 2010) a first soft channel bit buffer size associated with the transport block for a first decoding operation of a respective plurality of decoding operations associated with a first downlink transmission of the plurality of downlink transmissions, wherein the first downlink transmission uses the first TTI for transmission; decoding (425, 2015) the first downlink transmission according to the first soft channel bit buffer size; identifying that a second decoding operation of the plurality of decoding operations is associated with a second transmission of the plurality of downlink transmissions that uses the second TTI which is a shorter TTI than the first TTI; and selecting a plurality of soft channel bits for at least one of the plurality of downlink transmissions to skip storing in the first soft channel bit buffer based at least in part on the identifying, such that the aggregate buffer size for the first and second transmission is under the TTI soft channel bit maximum for a one subframe TTI.
A method of producing refined oils and/or fats, comprising: a first distillation step that comprises subjecting raw material oils and/or fats to thin film distillation under a first condition; a second distillation step that comprises subjecting a first distillate fraction obtained after the first distillation step to thin film distillation under a second condition; a third distillation step that comprises subjecting a second residual fraction obtained after the second distillation step to thin film distillation under a third condition; and a mixing step that comprises mixing a first residual fraction obtained after the first distillation step and a third distillate fraction obtained after the third distillation step to obtain a mixed oil, the first condition including a temperature of 250°C or more and 290°C or less and a degree of vacuum of 0.1 Pa or less, the second condition and the third condition each including a temperature lower than that in the first condition and a degree of vacuum of 0.1 Pa or less, the temperature in the second condition being 5°C or more and 15°C or less lower than that in the third condition. a first distillation step that comprises subjecting raw material oils and/or fats to thin film distillation under a first condition; a second distillation step that comprises subjecting a first distillate fraction obtained after the first distillation step to thin film distillation under a second condition; a third distillation step that comprises subjecting a second residual fraction obtained after the second distillation step to thin film distillation under a third condition; and a mixing step that comprises mixing a first residual fraction obtained after the first distillation step and a third distillate fraction obtained after the third distillation step to obtain a mixed oil, the first condition including a temperature of 250°C or more and 290°C or less and a degree of vacuum of 0.1 Pa or less, the second condition and the third condition each including a temperature lower than that in the first condition and a degree of vacuum of 0.1 Pa or less, the temperature in the second condition being 5°C or more and 15°C or less lower than that in the third condition.
Guiding device for the winding of the electrically conductive wires (8, 9) around poles of an electrically conductive block of an electric motor rotor comprising a shaft extending axially in the rotor, the device comprising at least two branches (13, 14) extending radially from the shaft, characterized in that it comprises a receiving ring configured to extend around the shaft and around which the branches (13, 14) are disposed, characterized in that each branch (13, 14) is linked independently of one another to the ring by an elastic link means (19, 20) comprising at least one lug (23, 24, 25, 26), the thickness of a lug (23, 24) in the radial plane of the rotor being less than the thickness of the branch to which the link means comprising said lug (23, 24) is linked, such that the device allows the axial and angular deformation of the branches.
A locking member of a trim part comprising at least one receiving plate, on a structural part of a vehicle having at least one locking zone provided with a bore, the locking member comprising a cage inside which are disposed locking means movable between a locking position in which the locking means project radially from the cage and an unlocking position in which the locking means are contained in said cage, characterized in that the locking member comprises means for holding the locking member in the receiving plate in a storage position and means for positioning the locking member in an insertion position in the bore of the structural part, the locking member comprising a blade designed to bear on the locking zone and to tilt the locking member to orient it in an axis allowing its engagement in the bore of the locking zone.
A method of determining a location and spatial function of at least one remote light-sensing device (11, 12, 13, 14) relative to a central light emitting unit in order to spatially configure the at least one remote light-sensing device (11, 12, 13, 14) relative to the central light emitting unit, the method comprising the steps of: - transmitting light from the central light emitting unit in a plurality of directions, each direction being distinguishable by an identifier (1, 2, 3, 4) embedded in the transmitted light; - receiving the light at the at least one remote light-sensing device, and - receiving at the central light emitting unit a confirmation of receipt of the identifier by the remote light-sensing device and function information of the at least one remote light-sensing device - using at the central light emitting unit the received identifier and the function information of the at least one remote light-sensing device to derive the location of the at least one remote light-sensing device relative to the central light emitting unit and determine the spatial function of the at least one remote light-sensing device and transmitting by the central light emitting unit configuration data based on the spatial function to the at least one remote light-sensing device from which the confirmation was received. - transmitting light from the central light emitting unit in a plurality of directions, each direction being distinguishable by an identifier (1, 2, 3, 4) embedded in the transmitted light; - receiving the light at the at least one remote light-sensing device, and - receiving at the central light emitting unit a confirmation of receipt of the identifier by the remote light-sensing device and function information of the at least one remote light-sensing device - using at the central light emitting unit the received identifier and the function information of the at least one remote light-sensing device to derive the location of the at least one remote light-sensing device relative to the central light emitting unit and determine the spatial function of the at least one remote light-sensing device and transmitting by the central light emitting unit configuration data based on the spatial function to the at least one remote light-sensing device from which the confirmation was received.
Device for the support and/or drive of diamond wire of machines for cutting natural or agglomerate stones, comprising: at least one pulley, wheel or drum for support and/or drive, provided with at least one groove for holding at least one diamond wire for cutting and a soft material placed between the diamond wire and the pulley, wheel or drum, said soft material having at least one groove for holding at least one cutting diamond wire; characterised by the fact that the soft material (4; 16; 22) is wrapped around the pulley, wheel or drum (3; 18; 25) but not fixed and is interposed in the winding of the diamond wire on the pulley, wheel or drum, along the winding arch, and is closed in a ring, similarly to a belt, with the winding of the said ring or belt also on a tightening wheel (8; 19; 30); furthermore, this tightening is achieved by using adjustment means (29; 35) for the tightening wheel to increase the wheelbase of the tightening wheel axis and the pulley, wheel or drum (3; 18) axis, for the support and/or drive of said diamond wire.
A mobile communication system comprising: a server for receiving a message and for detecting originator information associated with the received message, wherein the originator information includes recipient information identifying an intended recipient of the received message, an originator phone number and identification information of a type of source sending the received message, wherein the identification information of the type of source indicates a mobile station, MS,, a computer or a fixed line phone; a mobile switching center, MSC, for establishing a transmission path for the received message on the basis of the detected recipient information, and for transmitting the received message, the detected originator phone number, the identification information and authentication state information indicating whether the originator phone number is a specific number which has been registered with the mobile communication system through the established path to the recipient; and a mobile station, MS, for receiving the message, the originator phone number, the identification information and the authentication state information transmitted by the MSC, and displaying them on a display unit, wherein the authentication information is presented on the display unit in combination with the identification information, wherein the identification information is presented in certain color when the originator of the message is registered, and the identification information is presented in different color when the originator of the message is not registered. a server for receiving a message and for detecting originator information associated with the received message, wherein the originator information includes recipient information identifying an intended recipient of the received message, an originator phone number and identification information of a type of source sending the received message, wherein the identification information of the type of source indicates a mobile station, MS,, a computer or a fixed line phone; a mobile switching center, MSC, for establishing a transmission path for the received message on the basis of the detected recipient information, and for transmitting the received message, the detected originator phone number, the identification information and authentication state information indicating whether the originator phone number is a specific number which has been registered with the mobile communication system through the established path to the recipient; and a mobile station, MS, for receiving the message, the originator phone number, the identification information and the authentication state information transmitted by the MSC, and displaying them on a display unit, wherein the authentication information is presented on the display unit in combination with the identification information, wherein the identification information is presented in certain color when the originator of the message is registered, and the identification information is presented in different color when the originator of the message is not registered.
Evaporator pipe for arrangement in an exhaust system of a motor vehicle, an inner pipe for conducting a first heat transfer medium being arranged in the evaporator pipe and the inner pipe being enclosed by an evaporation conduit on its peripheral surface, it being possible to conduct a second medium through the evaporation conduit, characterised in that, in the evaporation conduit, a coarse wire gauze is arranged on the peripheral surface of the inner pipe towards the outside in the radial direction, followed by a wire gauze which is finer than said coarse gauze while optionally incorporating an intermediate layer and a sintering layer, followed in turn by an optional fine wire gauze and a casing pipe.
A user interface device for manipulating a robotic surgical tool in a surgical robotic system, comprising: a device housing having a central axis, wherein the device housing has a housing end; a tracking sensor configured to generate a plurality of spatial state signals tracking movement of the device housing in six degrees of freedom, and wherein the plurality of spatial state signals are input to the surgical robotic system for controlling motion of the robotic surgical tool; and a finger clutch mounted on the housing end,, wherein the finger clutch includes a conductive pad extending over at least 270 degrees around the central axis, wherein the finger clutch is configured to, when pressed, generate a clutch signal to pause motion of the robotic surgical tool regardless of the spatial state signals. a device housing having a central axis, wherein the device housing has a housing end; a tracking sensor configured to generate a plurality of spatial state signals tracking movement of the device housing in six degrees of freedom, and wherein the plurality of spatial state signals are input to the surgical robotic system for controlling motion of the robotic surgical tool; and a finger clutch mounted on the housing end,, wherein the finger clutch includes a conductive pad extending over at least 270 degrees around the central axis, wherein the finger clutch is configured to, when pressed, generate a clutch signal to pause motion of the robotic surgical tool regardless of the spatial state signals.
A trim cover mounting system in the attachment region of the lower part of a motor vehicle centre pillar, installed between two lateral openings (3, 4), the sills of which each comprise a respective step plate, the said centre pillar and said step plates each being covered with a corresponding trim (10, 30, 50), each said step plate trim (10, 30) comprising a step (11, 31), a riser (13, 33), two front walls (14, 15, 34, 35) rising at the front and at the rear of said step (11, 31), and a horizontal peripheral cover (16, 36) bordering said riser (13, 33) and the two said front walls (14, 15, 34, 35); characterized in that the two said peripheral covers (16, 36) are connected to one another via fastening means (20, 21, 41) and by two of their longitudinal ends so as to extend in a coplanar manner in continuity one from the other, the lower end of said centre pillar trim resting entirely on the horizontal flat support formed by the two said peripheral covers (16, 36) at the level of their junction zone.