mhurhangee/ep-ind-claims huggingface dataset:
A method of updating a user equipment common channel transmission regime in a wireless communication network, said method comprising the following steps performed by the user equipment: transmitting feedback information on a first common channel according to a first transmission regime; determining that there is uplink data traffic to be transmitted on a common channel; transmitting an indication of characteristics of said uplink data traffic and awaiting information regarding an uplink data common channel transmission regime for said uplink data traffic; updating said first transmission regime to match said uplink data common channel transmission regime; and transmitting said uplink data traffic on said first common channel according to said uplink data common channel regime, and wherein said feedback information is transmitted with said uplink data traffic according to said uplink data common channel regime. transmitting feedback information on a first common channel according to a first transmission regime; determining that there is uplink data traffic to be transmitted on a common channel; transmitting an indication of characteristics of said uplink data traffic and awaiting information regarding an uplink data common channel transmission regime for said uplink data traffic; updating said first transmission regime to match said uplink data common channel transmission regime; and transmitting said uplink data traffic on said first common channel according to said uplink data common channel regime, and wherein said feedback information is transmitted with said uplink data traffic according to said uplink data common channel regime.
A system comprising a shaft and a hub, in particular an electric motor or a vacuum pump comprising an electric motor, wherein the shaft and the hub have corresponding centering surfaces (24, 26), which together form a first centering means, in at least one first peripheral section; wherein, in at least one second peripheral section which is different from the first peripheral section, at least one entrainer is provided at the hub and at least one recess corresponding to the entrainer is provided at the shaft, or vice versa, and the entrainer engages into the recess for torque transmission; and wherein the entrainer comprises two side walls which are spaced apart from one another in the peripheral direction, which cooperate with corresponding inner walls of the recess and which, together with these inner walls, form a second centering means spaced apart from the first centering means in the peripheral direction, characterized in that the second centering means has an interference fit.
A compact strain gage comprising: a deformable substrate; at least one conductive pattern defining a continuous side-by-side array of generally parallel lines, said at least one conductive pattern being formed on said deformable substrate, with said at least one conductive pattern being adhered to said deformable substrate by means of an adhesive or using a casting technique; and an electrically insulating layer formed over said conductive pattern; characterized in that: at least one electrical connection pad is formed over said electrically insulating layer and at least partially overlies said conductive pattern; and at least one via extends through said electrically insulating layer and electrically connects said conductive pattern to said at least one electrical connection pad. a deformable substrate; at least one conductive pattern defining a continuous side-by-side array of generally parallel lines, said at least one conductive pattern being formed on said deformable substrate, with said at least one conductive pattern being adhered to said deformable substrate by means of an adhesive or using a casting technique; and an electrically insulating layer formed over said conductive pattern; characterized in that: at least one electrical connection pad is formed over said electrically insulating layer and at least partially overlies said conductive pattern; and at least one via extends through said electrically insulating layer and electrically connects said conductive pattern to said at least one electrical connection pad. at least one electrical connection pad is formed over said electrically insulating layer and at least partially overlies said conductive pattern; and at least one via extends through said electrically insulating layer and electrically connects said conductive pattern to said at least one electrical connection pad.
A method of manufacturing an Sm-Fe-N magnet, comprising: a sealing step of filling a metal sheath with a magnet powder that is a powder comprising an Sm-Fe-N compound as a main component and sealing the metal sheath; a magnetic field applying step of applying a magnetic field to the magnet powder sealed in the metal sheath and magnetizing the magnet powder by magnetically orienting the magnet powder and aligning a direction of magnetic orientation in one direction; a preliminary rolling step of preliminarily rolling the magnetically oriented magnet powder sealed in the metal sheath to make the magnetically oriented magnet powder into a green compact; and a pressurizing step of pressurizing the green compact sealed in the metal sheath and densifying the green compact to form a magnet body, wherein in the preliminary rolling step, the preliminary rolling is performed by lightly rolling the magnetically oriented magnet powder sealed in the metal sheath with a pressure smaller than a pressure in the pressurizing step, and wherein in the preliminary rolling step, the magnetically oriented magnet powder sealed in the metal sheath is preliminarily rolled in a direction orthogonal to the direction of magnetic orientation. a sealing step of filling a metal sheath with a magnet powder that is a powder comprising an Sm-Fe-N compound as a main component and sealing the metal sheath; a magnetic field applying step of applying a magnetic field to the magnet powder sealed in the metal sheath and magnetizing the magnet powder by magnetically orienting the magnet powder and aligning a direction of magnetic orientation in one direction; a preliminary rolling step of preliminarily rolling the magnetically oriented magnet powder sealed in the metal sheath to make the magnetically oriented magnet powder into a green compact; and a pressurizing step of pressurizing the green compact sealed in the metal sheath and densifying the green compact to form a magnet body, wherein in the preliminary rolling step, the preliminary rolling is performed by lightly rolling the magnetically oriented magnet powder sealed in the metal sheath with a pressure smaller than a pressure in the pressurizing step, and wherein in the preliminary rolling step, the magnetically oriented magnet powder sealed in the metal sheath is preliminarily rolled in a direction orthogonal to the direction of magnetic orientation.
Sanitary outlet insert (1, 5, 8, 11, 14, 50) which can be mounted on the water outlet of a sanitary outlet fitting, comprising a flow quantity regulator or flow limiter which has an adjusting element (3, 4, 6, 38) which regulates or limits the flow cross-section of the flow quantity regulator or the flow limiter in interaction with a counter-element (3', 4', 6', 38'), wherein a handle is provided on the outflow end face of the outlet insert (1, 5, 8, 11, 14, 50) for changing the relative position of the adjusting element (3, 4, 6, 38) and of the counter-element (3', 4', 6', 38'), said handle being formed as a pushbutton, and wherein an adjusting movement at the handle can be converted into a relative movement of the adjusting element (3, 4, 6, 38) and of the counter-element (3', 4', 6', 38') by means of a pushbutton mechanism, wherein the outflow end face of the outlet insert (1, 5, 8, 11, 14, 50) comprises a central through-opening, through which the pushbutton passes, characterised in that the flow cross-section of the flow quantity regulator or flow limiter can be preselected or varied between a high flow rate and at least one flow rate which is reduced relative thereto by an axial change in the relative position of the adjusting element (3, 4, 6, 38) and of the counter-element (3', 4', 6', 38').
Vehicle structure comprising a cargo space which extends above a cargo space base and is intended to be closed off and to be opened in regions by at least one sliding tarpaulin which can be moved along a guide of an external beam profile of the structure and over at least one tarpaulin roller, the tarpaulin roller comprising at least one rotatable roller that can be rolled along the guide of the external beam profile of the structure and is provided with a fastening attachment to which a tarpaulin holder can be secured in a manner positionally offset from the roller in order to hold the sliding tarpaulin or a sliding-tarpaulin connector, the tarpaulin holder comprising a connection region (14.3) that faces the sliding tarpaulin and has a receiving portion (16.3) for holding the sliding tarpaulin and/or the sliding-tarpaulin connector, which receiving portion (16.3) is provided at a lateral positional distance so as to be offset inwardly from the roller with respect to a fastening region (14.1) of the tarpaulin holder connected to the fastening attachment, characterised in that the tarpaulin holder comprises a connection region (14.3) that faces the sliding tarpaulin or the sliding-tarpaulin connector, which connection region has a longitudinal central plane which intersects the vertical longitudinal central plane of the tarpaulin holder at an acute angle (α).
A textile greige comprising: a plurality of woven medical tube textiles in a series that share a set of warp yarns and a first weft yarn, wherein each medical tube textile comprises a large diameter segment and a small diameter segment, and less than all of said warp yarns are included in the small diameter segment; a diameter control weave of a second weft yarn with segments of at least a portion of the warp yarns that are outside of the woven medical tube textiles. a plurality of woven medical tube textiles in a series that share a set of warp yarns and a first weft yarn, wherein each medical tube textile comprises a large diameter segment and a small diameter segment, and less than all of said warp yarns are included in the small diameter segment; a diameter control weave of a second weft yarn with segments of at least a portion of the warp yarns that are outside of the woven medical tube textiles.
A disconnect device for incorporation into a mooring line between a moored vessel and an anchor, comprising: first and second lever arm members (20, 30), said lever arm members (20, 30) rotatably connected and rotatable between a first closed position and a second open position, said lever arm members (20, 30) comprising mating slots (22, 32) which form a retaining hole when said lever arm members (20, 30) are in said first closed position, said retaining hole adapted to receive and hold a retained member therein; a means for holding said lever arm members (20, 30) in said first closed position; characterized in that said lever arm members (20, 30) in said first closed position form a force receiving profile adapted to receive a release member and formed as a V shape, whereby when a predetermined force is applied to said force receiving profile of said lever arm members (20, 30) by said release member, said means for holding said lever arm members (20, 30) in said first closed position is released and said lever arm members (20, 30) are forced apart and rotated to said second open position, thereby releasing said retained member. first and second lever arm members (20, 30), said lever arm members (20, 30) rotatably connected and rotatable between a first closed position and a second open position, said lever arm members (20, 30) comprising mating slots (22, 32) which form a retaining hole when said lever arm members (20, 30) are in said first closed position, said retaining hole adapted to receive and hold a retained member therein; a means for holding said lever arm members (20, 30) in said first closed position; characterized in that said lever arm members (20, 30) in said first closed position form a force receiving profile adapted to receive a release member and formed as a V shape,
Heat exchange unit, in particular for a cooling appliance, comprising a metal sheet, at least one metal exchange tube supported on said sheet, and fastening means for fastening the tube to the sheet, said unit being bent with respect to at least one bend line (7a, 7b, 7c, 7d), the fastening means comprising a cover covering the entire or almost the entire length of the tube, so that contact between the tube and the sheet is assured and the cover allows insulating the contact surface of the tube with the sheet from external elements, allowing the contact surface to be maximum and thereby improving thermal efficiency of the heat exchange unit, said cover being fixed to the sheet by means of adhesive, characterized in that the surface of the cover in contact with the tube has no adhesive, therefore said surface having a coefficient of friction that allows sliding said tube under said cover when bending the unit with respect to said at least one bend line (7a, 7b, 7c, 7d), enabling bending the sheet and the tube at the same time, wherein the cover comprises side flaps that are adhered to the metal sheet, a tape with heat conduction properties and a strip fixed to the tape, at least part of the surface of said strip corresponding with the surface of the cover in contact with the tube.
A check valve comprising: a duckbill valve; and a support member which is inserted into an inside portion of the duckbill valve, wherein the duckbill valve includes a slit which is provided on a side where fluid is discharged, an inflow port which is provided on a side where the fluid flows in, and a flow path which connects the inflow port to the slit, and wherein the support member is inserted into the flow path from the inflow port, in which a hole for sending the fluid to the slit when flowing in from the inflow port is provided, characterised in that the hole is provided so as to be hermetically sealed by the duckbill valve when a negative pressure is applied from the inflow port side, and hardness of the support member is equal to or less than that of the duckbill valve. a duckbill valve; and a support member which is inserted into an inside portion of the duckbill valve, wherein the duckbill valve includes a slit which is provided on a side where fluid is discharged, an inflow port which is provided on a side where the fluid flows in, and a flow path which connects the inflow port to the slit, and wherein the support member is inserted into the flow path from the inflow port, in which a hole for sending the fluid to the slit when flowing in from the inflow port is provided, characterised in that the hole is provided so as to be hermetically sealed by the duckbill valve when a negative pressure is applied from the inflow port side, and hardness of the support member is equal to or less than that of the duckbill valve.
A method for manufacturing a strain sensor on a turbine component, the method comprising: providing a turbine component comprising an exterior surface; depositing a ceramic material onto a portion of the exterior surface to form a strain sensor comprising at least two reference points (41,42), wherein the at least two reference points (41,42) are at least partially separated by an exposed portion of the exterior surface; and depositing a visually contrasting material in the exposed portion. providing a turbine component comprising an exterior surface; depositing a ceramic material onto a portion of the exterior surface to form a strain sensor comprising at least two reference points (41,42), wherein the at least two reference points (41,42) are at least partially separated by an exposed portion of the exterior surface; and depositing a visually contrasting material in the exposed portion.
A network slice management method, which is characterized by: receiving, by a Communication Service Management Function, CSMF, unit, communication service subscription information initiated by a user through a client; converting, by a Network Slice Management Function, NSMF, unit, the communication service subscription information into requirement description information of a network slice; dividing, by the NSMF unit, the network slice into different sub-slices; selecting a sub-slice from the different sub-slices and determining requirement description information of the sub-slice, according to the requirement description information of the network slice; determining, by a Network Slice Subnet Management Function, NSSMF, unit, a deployment indicator of a corresponding network service according to the requirement description information of the sub-slice, deploying the sub-slice based on the deployment indicator of the network service, and managing the sub-slice by interacting with other network element facilities; adding a Network Slice Select Function, NSSF, unit in the network slice, wherein the NSSF unit is configured to obtain a condition that triggers change of operation information of the network slice and the latest operation information of the network slice. receiving, by a Communication Service Management Function, CSMF, unit, communication service subscription information initiated by a user through a client; converting, by a Network Slice Management Function, NSMF, unit, the communication service subscription information into requirement description information of a network slice; dividing, by the NSMF unit, the network slice into different sub-slices; selecting a sub-slice from the different sub-slices and determining requirement description information of the sub-slice, according to the requirement description information of the network slice; determining, by a Network Slice Subnet Management Function, NSSMF, unit, a deployment indicator of a corresponding network service according to the requirement description information of the sub-slice, deploying the sub-slice based on the deployment indicator of the network service, and managing the sub-slice by interacting with other network element facilities; adding a Network Slice Select Function, NSSF, unit in the network slice, wherein the NSSF unit is configured to obtain a condition that triggers change of operation information of the network slice and the latest operation information of the network slice.
A reconfigurable aircraft galley chiller vent system comprising a first duct (760, 765, 767, 1210, 1410, 1420) in fluid communication with an aircraft galley chiller (720, 725, 727) and configured to receive chill air from the aircraft galley chiller, and a first vent (710, 800) in fluid communication with the first duct and configured to provide the chill air to one or more galley food and beverage storage compartments (20', 20") in parallel, characterised by: the first vent being configurable into an air-through orientation as well as being configurable into an air-over orientation, the first vent directing the chill air substantially toward an interior of the one or more galley food and beverage storage compartments at a first angle when the first vent is configured in the air-through orientation, and the first vent directing the chill air substantially around the one or more galley food and beverage storage compartments at a second angle different from the first angle when the first vent is configured in the air-over orientation. the first vent being configurable into an air-through orientation as well as being configurable into an air-over orientation, the first vent directing the chill air substantially toward an interior of the one or more galley food and beverage storage compartments at a first angle when the first vent is configured in the air-through orientation, and the first vent directing the chill air substantially around the one or more galley food and beverage storage compartments at a second angle different from the first angle when the first vent is configured in the air-over orientation.
Method for producing pure helium, wherein: - a method for producing pure helium from a gas feed mixture containing helium, nitrogen and methane is implemented, in a unit of the type wherein: - the feed mixture is brought to a distillation pressure, - the feed mixture is cooled under this distillation pressure, and it is introduced into the tank of a distillation column, - the column head gas is condensed partially (in 4), - the resulting gas phase is cooled (in 5) in such a way as to condense it partially; and - the gas phase that results from this second partial condensation is recovered as an impure helium product, - at least nitrogen is furthermore produced in the form of a liquid product by implementing a closed refrigerating cycle with variable flow rate of which the flow rate is according to the flow rate of said liquid product; and - the impure helium and said liquid product are sent to a unit for purifying, and possibly for liquefying, of helium comprising a cryogenic portion. - a method for producing pure helium from a gas feed mixture containing helium, nitrogen and methane is implemented, in a unit of the type wherein: - the feed mixture is brought to a distillation pressure, - the feed mixture is cooled under this distillation pressure, and it is introduced into the tank of a distillation column, - the column head gas is condensed partially (in 4), - the resulting gas phase is cooled (in 5) in such a way as to condense it partially; and - the gas phase that results from this second partial condensation is recovered as an impure helium product, - at least nitrogen is furthermore produced in the form of a liquid product by implementing a closed refrigerating cycle with variable flow rate of which the flow rate is according to the flow rate of said liquid product; and - the impure helium and said liquid product are sent to a unit for purifying, and possibly for liquefying, of helium comprising a cryogenic portion. - the feed mixture is brought to a distillation pressure, - the feed mixture is cooled under this distillation pressure, and it is introduced into the tank of a distillation column, - the column head gas is condensed partially (in 4), - the resulting gas phase is cooled (in 5) in such a way as to condense it partially; and - the gas phase that results from this second partial condensation is recovered as an impure helium product, - at least nitrogen is furthermore produced in the form of a liquid product by implementing a closed refrigerating cycle with variable flow rate of which the flow rate is according to the flow rate of said liquid product; and - the impure helium and said liquid product are sent to a unit for purifying, and possibly for liquefying, of helium comprising a cryogenic portion.