mhurhangee/patent-ind-claim-en huggingface dataset:
A network access method, comprising: sending (S113), by an access and mobility management function network element, a request message to a unified data management network element, wherein the request message comprises identification information of user equipment and identification information of a residential gateway connected to the user equipment; receiving , by the access and mobility management function network element from the unified data management network element, indication information indicating a subscription type of the user equipment according to subscription data of the residential gateway with the identification information, wherein the subscription data of the residential gateway comprises identification information of user equipment that is a subscriber of the residential gateway; and determining (S117), by the access and mobility management function network element based on the subscription type of the user equipment, whether the user equipment is allowed to access the residential gateway. sending (S113), by an access and mobility management function network element, a request message to a unified data management network element, wherein the request message comprises identification information of user equipment and identification information of a residential gateway connected to the user equipment; receiving , by the access and mobility management function network element from the unified data management network element, indication information indicating a subscription type of the user equipment according to subscription data of the residential gateway with the identification information, wherein the subscription data of the residential gateway comprises identification information of user equipment that is a subscriber of the residential gateway; and determining (S117), by the access and mobility management function network element based on the subscription type of the user equipment, whether the user equipment is allowed to access the residential gateway.
A cylindrically rolled energy absorber for use with fall protection equipment to absorb the energy of a user's fall from a worksite; the energy absorber comprising : a strip of bi-layered webbing defining two parallel rolls of webbing centered on a common central axis coaxial with the line connecting the two connector loops , the strip having a length extending between opposite ends of the strip and a width extending perpendicular to the length, the width of the strip in each roll extending parallel to the central axis, the strip comprising two layers of webbing joined together over the length of the strip by tear-apart connections , each end of the strip having end portions of each the two layers that are separated from each other; a first connector loop extending from one of the two rolls and fixed to a first one of the end portions from one end of the strip and to a second one of the end portions from the other end of the strip ; and a second connector loop extending from the other one of the rolls and fixed to a third one of the end portions from the one end of the strip and to a fourth one of the end portions from the other end of the strip . a strip of bi-layered webbing defining two parallel rolls of webbing centered on a common central axis coaxial with the line connecting the two connector loops , the strip having a length extending between opposite ends of the strip and a width extending perpendicular to the length, the width of the strip in each roll extending parallel to the central axis, the strip comprising two layers of webbing joined together over the length of the strip by tear-apart connections , each end of the strip having end portions of each the two layers that are separated from each other; a first connector loop extending from one of the two rolls and fixed to a first one of the end portions from one end of the strip and to a second one of the end portions from the other end of the strip ; and a second connector loop extending from the other one of the rolls and fixed to a third one of the end portions from the one end of the strip and to a fourth one of the end portions from the other end of the strip .
A fabric which comprises two parallel selvages, which can be wound onto itself in at least one winding direction running parallel or perpendicular to said parallel selvages, to be kept taut and comprising a support layer , said support layer has a front face and a rear face, the fabric including at least two sheets, i.e. a first sheet and a second sheet, one of which is arranged on top of the other and which consist of reinforcement threads , said sheets being arranged on the rear face, the reinforcement threads extending at angles ( α 1, a2) of 5° to 85° relative to the winding direction, said angles ( α 1, α 2) being symmetrical in relation to the winding direction, said fabric being coated on front and / or on rear side characterized in that the support layer is a woven fabric.
An implantable device for supporting tissue to correct anatomic and morphologic defects, comprising: an outer element having a first length; and an inner core disposed within the outer element, wherein presence of the inner core limits elongation of the outer element, wherein degradation of the inner core permits elongation of the outer element from the first length to a second length that is longer than the first length. an outer element having a first length; and an inner core disposed within the outer element, wherein presence of the inner core limits elongation of the outer element, wherein degradation of the inner core permits elongation of the outer element from the first length to a second length that is longer than the first length.
A method for receiving a control channel by user equipment, UE, in a wireless communication system configuring a user-centric virtual cell or a cooperation-based cell cluster, the method comprising: receiving (S2301), from an anchor cell, a physical downlink control channel, PDCCH, of the anchor cell and a cell-specific reference-signal, CRS, of the anchor cell, in a first orthogonal frequency division multiplexing, OFDM, symbol; receiving (S2301), from a supporting neighbor cell, a copy of said PDCCH and CRS of the anchor cell in a second OFDM symbol; and receiving (S2302) data from at least one of the anchor cell or the supporting neighbor cell on the basis of the received PDCCH and CRS, wherein the anchor cell is a cell currently serving the UE, wherein the supporting neighbor cell is a cell having a highest signal strength among at least one neighboring cell, and wherein the at least one neighboring cell is at least one cell adjacent to the anchor cell. receiving (S2301), from an anchor cell, a physical downlink control channel, PDCCH, of the anchor cell and a cell-specific reference-signal, CRS, of the anchor cell, in a first orthogonal frequency division multiplexing, OFDM, symbol; receiving (S2301), from a supporting neighbor cell, a copy of said PDCCH and CRS of the anchor cell in a second OFDM symbol; and receiving (S2302) data from at least one of the anchor cell or the supporting neighbor cell on the basis of the received PDCCH and CRS, wherein the anchor cell is a cell currently serving the UE, wherein the supporting neighbor cell is a cell having a highest signal strength among at least one neighboring cell, and wherein the at least one neighboring cell is at least one cell adjacent to the anchor cell.
Method for coordinating a vehicle group composed of a number (N) of vehicles (2i, i=1,2,..,N), the vehicles of the vehicle group moving (St1) on a roadway at predetermined target distances (dSollj; j=1, 2, ...N-1) from one another and the vehicles communicating with one another wirelessly via V2X communication , the predetermined target distance (dSollj) from the corresponding vehicle being adjusted via a distance control system , the target distances (dSollj) being defined such that the vehicle group is divided (St1c) at least temporarily into a number (M) of at least two vehicle sub-groups (1.k, k=1, 2,...,M), an entry distance (dE) being adjusted (St1d) for this purpose at least temporarily between the vehicle sub-groups (1.k) such that a gap (R) forms between the corresponding vehicle sub-groups (1.k), into which gap at least one vehicle which has a vehicle length (L) and is ready to cut in can switch, and a group following distance (dF) being adjusted between the vehicles within a vehicle sub-group (1.k), which group following distance is smaller than the entry distance (dE), an entry criterion (K) being checked on the basis of the surroundings data (UD), the vehicle group being divided into at least two vehicle sub-groups (1.k) when the entry criterion (K) is fulfilled, by at least one vehicle of the vehicle group , ahead of which a vehicle of the same vehicle group is traveling, being specified as the target distance (dSollj) of the entry distance (dE) in order to form the gap (R), characterized in that the entry criterion (K) indicates whether at least one vehicle which is ready to cut in is located in the surroundings (U) around the vehicle group , which vehicle, in the region of the vehicle group , intends to switch (St1b) into a lane of the vehicle group , and it is also checked as an entry criterion (K) whether a predicted trajectory (T), derived from the surroundings data (UD), of a vehicle located in the surroundings (U) has a point of impact (Z) on the vehicle group , in order to determine whether a vehicle which is ready to cut in is located in the surroundings (U), which vehicle, in the region of the vehicle group , intends to switch into the lane of the vehicle group , the vehicle of the vehicle group , to which vehicle the entry distance (DE) is specified as the target distance (dSollj), being selected on the basis of the point of impact (Z) such that the vehicle , which is following the predicted trajectory (T) and is ready to cut in, is able to approximately maintain its cutting-in speed (v2) when cutting into the gap (R).
A tool element assembly comprising: a tool element having a tool surface , and a control surface opposite the tool surface, a thermal control structure defining a fluid chamber partially bounded by the control surface, the thermal control structure having a fluid heater having an inlet region, a heating region and an outlet region, in which the fluid heater is positioned within the fluid chamber to form a convection cell such that fluid: enters the fluid heater at the inlet region, is heated at the heating region, is convected to the control surface from the outlet region, and, is recirculated to the inlet region from the control surface, characterised in that the fluid chamber tapers outwardly towards the control surface and the flud chamber further comprises baffles arranged to influence the path of fluid therein. a tool element having a tool surface , and a control surface opposite the tool surface, a thermal control structure defining a fluid chamber partially bounded by the control surface, the thermal control structure having a fluid heater having an inlet region, a heating region and an outlet region, in which the fluid heater is positioned within the fluid chamber to form a convection cell such that fluid: enters the fluid heater at the inlet region, is heated at the heating region, is convected to the control surface from the outlet region, and, is recirculated to the inlet region from the control surface, characterised in that the fluid chamber tapers outwardly towards the control surface and the flud chamber further comprises baffles arranged to influence the path of fluid therein. enters the fluid heater at the inlet region, is heated at the heating region, is convected to the control surface from the outlet region, and, is recirculated to the inlet region from the control surface, characterised in that the fluid chamber tapers outwardly towards the control surface and the flud chamber further comprises baffles arranged to influence the path of fluid therein.
A mobile terminal, characterized in that , the mobile terminal comprises: a main unit ; a first sub unit ; and a second sub unit , wherein the first sub unit is communicatively connected to the main unit , the second sub unit is communicatively connected to the main unit ; the first sub unit is provided with a touch screen ; the main unit comprises a peripheral side surface , and a first surface and a second surface that are opposite to each other, the peripheral side surface is connected between the first surface and the second surface , a bracket groove is defined in the first surface by recessing from the first surface , the main unit is provided with a bracket , and the bracket is rotatable relative to the first surface to be rotated into or out of the bracket groove ; when the bracket is rotated out of the bracket groove , the first sub unit is mounted to the first surface , the second sub unit is capable of detachably leaning against the bracket , and a first angle (α) is formed between a touch surface of the touch screen and a display surface of the second sub unit , the first angle (α) being greater than 90°; and when the bracket is rotated into the bracket groove , the first sub unit is mounted to the first surface , and the second sub unit is detachably mounted to the second surface . a main unit ; a first sub unit ; and a second sub unit , wherein the first sub unit is communicatively connected to the main unit , the second sub unit is communicatively connected to the main unit ; the first sub unit is provided with a touch screen ; the main unit comprises a peripheral side surface , and a first surface and a second surface that are opposite to each other, the peripheral side surface is connected between the first surface and the second surface , a bracket groove is defined in the first surface by recessing from the first surface , the main unit is provided with a bracket , and the bracket is rotatable relative to the first surface to be rotated into or out of the bracket groove ; when the bracket is rotated out of the bracket groove , the first sub unit is mounted to the first surface , the second sub unit is capable of detachably leaning against the bracket , and a first angle (α) is formed between a touch surface of the touch screen and a display surface of the second sub unit , the first angle (α) being greater than 90°; and when the bracket is rotated into the bracket groove , the first sub unit is mounted to the first surface , and the second sub unit is detachably mounted to the second surface .
A control method for a vehicle that has: a steering angle sensor that detects a steering angle of a steering system ; and an accelerator sensor that detects an accelerator pedal depression amount, the control method for the vehicle comprising: a step of adding deceleration that corresponds to the accelerator pedal depression amount to the vehicle when said accelerator pedal depression amount detected by the accelerator sensor is smaller than a specified value that is larger than 0; a step of determining whether a turning operation of the steering system is performed on the basis of the steering angle that is detected by the steering angle sensor ; and a step of adding the deceleration to the vehicle so as to control a vehicle posture when it is determined that the turning operation of the steering system is performed; characterized by a step of setting the deceleration, which is added to the vehicle at the time when it is determined that the turning operation of the steering system is performed, to a smaller absolute value when the accelerator pedal depression amount is smaller than the specified value and is a first value than when the accelerator pedal depression amount is smaller than the specified value and is a second value that is larger than the first value. a step of adding deceleration that corresponds to the accelerator pedal depression amount to the vehicle when said accelerator pedal depression amount detected by the accelerator sensor is smaller than a specified value that is larger than 0; a step of determining whether a turning operation of the steering system is performed on the basis of the steering angle that is detected by the steering angle sensor ; and a step of adding the deceleration to the vehicle so as to control a vehicle posture when it is determined that the turning operation of the steering system is performed; characterized by a step of setting the deceleration, which is added to the vehicle at the time when it is determined that the turning operation of the steering system is performed, to a smaller absolute value when the accelerator pedal depression amount is smaller than the specified value and is a first value than when the accelerator pedal depression amount is smaller than the specified value and is a second value that is larger than the first value.
A cathode for a battery comprising: (i) particles of FeF a S b O c ; and (ii) particles of a combination of iron metal, lithium fluoride, lithium sulfide, and optionally lithium oxide wherein the atomic ratio of the iron to fluorine, sulfur, and oxygen in (i) and (ii) is 1:a:b:c, and wherein 1 ≤ a ≤ 9, 0 < b ≤ 3, and 0 ≤ c ≤ 2. (i) particles of FeF a S b O c ; and (ii) particles of a combination of iron metal, lithium fluoride, lithium sulfide, and optionally lithium oxide wherein the atomic ratio of the iron to fluorine, sulfur, and oxygen in (i) and (ii) is 1:a:b:c, and wherein 1 ≤ a ≤ 9, 0 < b ≤ 3, and 0 ≤ c ≤ 2. wherein the atomic ratio of the iron to fluorine, sulfur, and oxygen in (i) and (ii) is 1:a:b:c, and wherein 1 ≤ a ≤ 9, 0 < b ≤ 3, and 0 ≤ c ≤ 2.
An electromagnetic shielding device , comprising: a base for accommodating an electromagnetically transmitting and/or receiving device thereon, and a cover for covering the electromagnetically transmitting and/or receiving device, configured to shield electromagnetic radiation transmitted from or to the electromagnetically transmitting and/or receiving device, wherein the cover and the base are each made from a fabric comprising metal fibers, characterized by a weight increasing member connected to the cover for pressing the cover towards the base from an upper side by gravity, and wherein the cover is folded around the weight increasing member and the weight increasing member is sewn-in in the cover . a base for accommodating an electromagnetically transmitting and/or receiving device thereon, and a cover for covering the electromagnetically transmitting and/or receiving device, configured to shield electromagnetic radiation transmitted from or to the electromagnetically transmitting and/or receiving device, wherein the cover and the base are each made from a fabric comprising metal fibers, characterized by a weight increasing member connected to the cover for pressing the cover towards the base from an upper side by gravity, and wherein the cover is folded around the weight increasing member and the weight increasing member is sewn-in in the cover .
Device for filling a container with a sterilised filling product, preferably for filling a beverage container with a sterilised beverage in a beverage container filling facility, said device comprising a sterilisation device for sterilising the filling product, a sterile tank for buffered receiving of the filling product sterilised in the sterilisation device , and a filling device with a filling valve for filling the container to be filled, wherein the filling valve is a proportional valve for controlling and/or regulating the flow of filling product into the container to be filled, characterised in that the proportional valve is connected to the sterile tank in a buffer-free manner, and the sterile tank is the only buffer device in the device .
Garbage bag with an easy-to-open opening comprising two sheets without any band or other type of closure, a front sheet and another rear sheet , attached to one another on all their sides except for the side forming the opening , wherein the two edges of both sheets forming the opening are located in non-matching positions so the edge of one of the sheets is shifted with respect to the edge of the other sheet , characterized in that the respective edges of both sheets in said opening are parallel to, and shifted from, one another by a distance of between 1 and 100 millimeters.
Use of a diazadienyl compound represented by General Formula (I) below: wherein R 1 represents a C 1-6 linear or branched alkyl group, and M represents nickel atom or manganese atom, for forming a thin film having low carbon content.
A flexible dry sprinkler head comprising a flexible conduit having a first end and a second end, the second end being configured to couple to a fluid supply containing a first fluid, a sprinkler nozzle mounted at the first end of the flexible conduit and having a fusible element that opens the sprinkler nozzle when the ambient temperature reaches a predetermined temperature, and a valve disposed proximate to the second end of the flexible conduit and having a released position and a latched position, the valve being a swing valve configured to allow the first fluid from the fluid supply to flow through the conduit when the valve is in the released position and to prevent the first fluid from the fluid supply from flowing through the conduit when the valve is in the latched position, wherein the valve includes a swing type valve element for moving to engage a seal against a seal seat , characterized in that the flexible conduit is configured to receive and contain a second fluid chosen from air, nitrogen or an antifreeze solution which is introduced into the system through the insert pipe to maintain the valve in the latched position, wherein an interior surface area of the valve is larger than the seal seat . a flexible conduit having a first end and a second end, the second end being configured to couple to a fluid supply containing a first fluid, a sprinkler nozzle mounted at the first end of the flexible conduit and having a fusible element that opens the sprinkler nozzle when the ambient temperature reaches a predetermined temperature, and a valve disposed proximate to the second end of the flexible conduit and having a released position and a latched position, the valve being a swing valve configured to allow the first fluid from the fluid supply to flow through the conduit when the valve is in the released position and to prevent the first fluid from the fluid supply from flowing through the conduit when the valve is in the latched position, wherein the valve includes a swing type valve element for moving to engage a seal against a seal seat , characterized in that the flexible conduit is configured to receive and contain a second fluid chosen from air, nitrogen or an antifreeze solution which is introduced into the system through the insert pipe to maintain the valve in the latched position, wherein an interior surface area of the valve is larger than the seal seat .