mhurhangee/patent-ind-claim-en huggingface dataset:
A network service implementation method, applied to a communications system that provides network services including mobility management, bearer management and/or location management, wherein the communications system comprises a service controller and at least one service component , one service component corresponds to one network service, and each service component comprises at least one service instance; and the method comprises: receiving, by the service controller , a service request message, wherein the service request message comprises a message identifier; determining, by the service controller based on the service request message, a target service component corresponding to the message identifier; and determining, by the service controller , a target service instance from at least one service instance of the target service component , and sending, by the service controller, the service request message to the target service instance, so that the target service instance processes the service request message, wherein a type of the service request message is a trigger message, the trigger message is a message for triggering a network service, wherein the determining, by the service controller , a target service instance from at least one service instance of the target service component comprises: obtaining, by the service controller, idleness of each of the at least one service instance, and determining a service instance with highest idleness as the target service instance. receiving, by the service controller , a service request message, wherein the service request message comprises a message identifier; determining, by the service controller based on the service request message, a target service component corresponding to the message identifier; and determining, by the service controller , a target service instance from at least one service instance of the target service component , and sending, by the service controller, the service request message to the target service instance, so that the target service instance processes the service request message, wherein a type of the service request message is a trigger message, the trigger message is a message for triggering a network service, wherein the determining, by the service controller , a target service instance from at least one service instance of the target service component comprises: obtaining, by the service controller, idleness of each of the at least one service instance, and determining a service instance with highest idleness as the target service instance.
Composition comprising an oil phase, and particles of puffed maize kernel endosperm, dispersed in said oil phase, wherein upon sieving at least 80 wt% of said particles passes a sieve with apertures of 500 μm, and wherein not more than 35 wt% of said particles passes a sieve with apertures of 100 μm.
Autoclavable handle with a handle housing and at least one switching element which is mounted in the handle housing , it being possible for the at least one switching element to be pressed in a resilient manner into the handle housing , the switching element being mounted in the handle housing via at least one web which is arranged on the underside of the switching element , and the switching element being sealed with respect to the handle housing via a peripheral seal element , characterized in that the handle housing has a plurality of switching elements which are mounted in in each case one associated trough-shaped depression of the handle housing , an opening for the passage of the at least one web being configured in each depression , and a separate opening being configured in the trough-shaped depression for each web , and the webs of all the switching elements being mounted on a common axle in the handle housing .
A composition comprising vildagliptin for use in enhancing the engraftment of haematopoetic stem cell in recipients transplanted with said haematopoetic stem cells, wherein (a) before transplantation, the said haematopoetic stem cells have been pre-treated in vitro with treprostinil, or pharmaceutically acceptable salts thereof, and forskolin; and (b) the composition is administered for a period of at least 1 day after the transplantation of the said haematopoetic stem cells. (a) before transplantation, the said haematopoetic stem cells have been pre-treated in vitro with treprostinil, or pharmaceutically acceptable salts thereof, and forskolin; and (b) the composition is administered for a period of at least 1 day after the transplantation of the said haematopoetic stem cells.
A fibre optic networking component comprising: at least one input for receiving an input signal from an input optical fibre; a plurality of outputs for providing an output signal to an output optical fibre; a first add drop multiplexer for splitting the input signal into an input quantum signal and an input classical signal, and a second add drop multiplexer for combining an output quantum signal with an output classical signal into the output signal; the fibre optic networking component having a first processing path between the first and second add drop multiplexers for processing the input quantum signal into the output quantum signal, and a second processing path between the first and second add drop multiplexers, the second processing path being different to the first processing path, for processing the input classical signal into the output classical signal, wherein the second processing path comprises processing logic to process the input classical signal and to produce the output classical signal, wherein the fibre networking component further comprises a matrix of optical switches connected to the second processing path, whereby the matrix of optical switches is controlled by the second processing path in response to the input classical signal. at least one input for receiving an input signal from an input optical fibre; a plurality of outputs for providing an output signal to an output optical fibre; a first add drop multiplexer for splitting the input signal into an input quantum signal and an input classical signal, and a second add drop multiplexer for combining an output quantum signal with an output classical signal into the output signal; the fibre optic networking component having a first processing path between the first and second add drop multiplexers for processing the input quantum signal into the output quantum signal, and a second processing path between the first and second add drop multiplexers, the second processing path being different to the first processing path, for processing the input classical signal into the output classical signal,
A quick-clamping spindle comprising two pieces, firstly a spindle body supplied with a clamping member at one of the ends thereof and secondly a control rod for controlling the use/withdrawal of said clamping member , which rod is contained in said spindle body , as well as a member for maneuvering and controlling the clamping member placed at the other of the ends of said spindle body , which simultaneous control member comprises a helical ramp provided in the wall of said spindle body engaging a transverse shaft borne by said control rod , characterized in that it further comprises a device for rotationally blocking said control rod in said spindle body , which device comprises, firstly, a male element borne by one of the two pieces forming the clamping spindle and, secondly, a female element borne by the other of these two pieces; the male element comprising a radial housing provided in the spindle body and open toward the control head and a lug located in said radial housing, a spring located in said radial housing having an end resting against the bottom of the housing and another end which bears on the lug, the female element being formed from a series of cavities that are located on the circumference of the control head at the same level as the radial housing , the first cavity being angularly offset with respect to the axis of the lug by an angle such that, once the control rod is free to rotate, the lug can be inserted into this first cavity.
A water cleaner machine comprising at least two motors (M1, M2) each activating a respective pump (P1, P2), the pumps being connected in parallel to a water supply line and leading to a common dispensing conduit comprising a high-pressure lance activated by a trigger, characterised in that it comprises a single switch having a manual activation (S) which can be positioned in a first position in which both the motors (M1, M2) are disconnected from an electric power source , in a second position in which only one motor (M1) is connected to the electric power source and in a third position in which both the motors (M1, M2) are connected to an electric power source , a normally-closed pressure switch being placed on a delivery conduit of one of the pumps (P1), which pressure switch is adapted to open when the pressure exceeds a calibration value, in order to halt one of or both of the motors (M1, M2).
Method for testing the dimensional accuracy of transportable positioning devices (P) for the production of motor vehicles, wherein the positioning devices (P) each have locators so that a body component (K) of a motor vehicle to be manufactured can be positioned geometrically exactly on the positioning device (P) and wherein the positioning devices (P) with the respective body component (K) positioned thereon in a motor vehicle production cycle are moved to different workstations for the production of the motor vehicles, characterized in that , during the motor vehicle production cycle in the workstations and/or in an inline measuring station specifically intended for the acquisition of measured values in the motor vehicle production cycle, predefined measuring points (M) on the body component (K) positioned on the positioning device (P) are measured, wherein the dimensional accuracy of the transportable positioning device (P) is determined by a control unit by evaluating the measuring points (M).
A geared architecture for a gas turbine engine comprising: a fan shaft ; a frame which supports said fan shaft , said frame defines a frame transverse stiffness (Kframe BEND ); a gear system which drives said fan shaft ; a flexible support which at least partially supports said gear system; and an input coupling to said gear system , characterised in that : said flexible support defines a flexible support transverse stiffness (KFS BEND ) with respect to said frame transverse stiffness (Kframe BEND ) of greater than 11% and less than 20% of said frame transverse stiffness (Kframe BEND ); and said input coupling defines an input coupling transverse stiffness (KIC BEND ) with respect to said frame transverse stiffness (Kframe BEND ) of greater than 11% and less than 20% of said frame transverse stiffness (Kframe BEND ). a fan shaft ; a frame which supports said fan shaft , said frame defines a frame transverse stiffness (Kframe BEND ); a gear system which drives said fan shaft ; a flexible support which at least partially supports said gear system; and an input coupling to said gear system , said flexible support defines a flexible support transverse stiffness (KFS BEND ) with respect to said frame transverse stiffness (Kframe BEND ) of greater than 11% and less than 20% of said frame transverse stiffness (Kframe BEND ); and said input coupling defines an input coupling transverse stiffness (KIC BEND ) with respect to said frame transverse stiffness (Kframe BEND ) of greater than 11% and less than 20% of said frame transverse stiffness (Kframe BEND ).
A surgical device for trimming suture material comprising an elongated shaft , an elongated tubular cutter disposed over the elongated shaft , the elongated tubular cutter having a circumferential cutting edge, an elongated tubular barrel disposed over the elongated tubular cutter , the elongated tubular barrel having a proximal end and a distal end, a suture loader formed at a distal end of the elongated shaft configured to engage suture material , a first actuator configured to cause relative distal translational motion of the elongated shaft with respect to the elongated tubular barrel and a second actuator configured to cause relative translational motion between the elongated tubular cutter and both of the elongated tubular barrel and the elongated shaft , wherein , that. the first actuator comprises a slider configured to move from a locked position, longitudinally along a range of travel in a distal direction after disengaging a locking member by motion of the locking member in a direction perpendicular to the distal direction, and to move longitudinally along the range of travel in a proximal direction back to the locked position, the first actuator being further configured such that: i) motion of the slider in the distal direction to a distal end of the range of travel causes the elongated shaft to move from a proximal position to a distal position such that the suture loader is exposed beyond the distal end of the elongated tubular barrel to open the suture loader for loading a suture, and ii) motion of the slider in the proximal direction to a proximal end of the range of travel until engaging the locking member causes the elongated shaft to return from the distal position to the proximal position to close the suture loader and secure the suture within the suture loader for cutting by the elongated tubular cutter , the proximal end of the elongated shaft being coupled to the first actuator by a link and being biased in the proximal direction by a spring member . i) motion of the slider in the distal direction to a distal end of the range of travel causes the elongated shaft to move from a proximal position to a distal position such that the suture loader is exposed beyond the distal end of the elongated tubular barrel to open the suture loader for loading a suture, and ii) motion of the slider in the proximal direction to a proximal end of the range of travel until engaging the locking member causes the elongated shaft to return from the distal position to the proximal position to close the suture loader and secure the suture within the suture loader for cutting by the elongated tubular cutter ,
A method of wireless communication, comprising: communicating, by a first wireless communication device, a control information communication protection request for protecting control information communication over a shared spectrum, wherein the shared spectrum is shared by a plurality of network operating entities based on priorities, and wherein the first wireless communication device is associated with a first network operating entity of the plurality of network operating entities, wherein the control information communication protection request is communicated following a request from the first network operating entity for a reservation of a transmission opportunity, TXOP, in the shared spectrum, and is communicated in a transmission period different from a transmission period of a response to the reservation; communicating, by the first wireless communication device with a second wireless communication device associated with the first network operating entity, control information in a first link direction during the TXOP in the shared spectrum; and communicating, by the first wireless communication device with the second wireless communication device, data in a second link direction during the TXOP. communicating, by a first wireless communication device, a control information communication protection request for protecting control information communication over a shared spectrum, wherein the shared spectrum is shared by a plurality of network operating entities based on priorities, and wherein the first wireless communication device is associated with a first network operating entity of the plurality of network operating entities, wherein the control information communication protection request is communicated following a request from the first network operating entity for a reservation of a transmission opportunity, TXOP, in the shared spectrum, and is communicated in a transmission period different from a transmission period of a response to the reservation; communicating, by the first wireless communication device with a second wireless communication device associated with the first network operating entity, control information in a first link direction during the TXOP in the shared spectrum; and communicating, by the first wireless communication device with the second wireless communication device, data in a second link direction during the TXOP.
A vehicle seat , comprising: a seatback including a seatback frame and a backrest attached to the seatback frame for supporting a back of an occupant sitting on the vehicle seat , wherein: the backrest includes a first supporting area configured to support a load of a shoulder (S) of the occupant including a shoulder blade, and a second supporting area configured to support a load of spine area of the occupant between the shoulders (s), and support stiffness in the first supporting area for a load perpendicular to the backrest is lower than that in the second supporting area , and support stiffness in the second supporting area for a load in a shearing direction is higher than that in the first supporting area , said vehicle seat being characterized in that it further comprises a vacant area formed in the second supporting area to ensure free movement of a neck (N) of the occupant . a seatback including a seatback frame and a backrest attached to the seatback frame for supporting a back of an occupant sitting on the vehicle seat , wherein: the backrest includes a first supporting area configured to support a load of a shoulder (S) of the occupant including a shoulder blade, and a second supporting area configured to support a load of spine area of the occupant between the shoulders (s), and support stiffness in the first supporting area for a load perpendicular to the backrest is lower than that in the second supporting area , and support stiffness in the second supporting area for a load in a shearing direction is higher than that in the first supporting area , the backrest includes a first supporting area configured to support a load of a shoulder (S) of the occupant including a shoulder blade, and a second supporting area configured to support a load of spine area of the occupant between the shoulders (s), and support stiffness in the first supporting area for a load perpendicular to the backrest is lower than that in the second supporting area , and support stiffness in the second supporting area for a load in a shearing direction is higher than that in the first supporting area , said vehicle seat being characterized in that it further comprises a vacant area formed in the second supporting area to ensure free movement of a neck (N) of the occupant .
A motorsport helmet comprising a shell having a lower edge ; a liner extending along an interior of the shell , the liner including EPS, EPP or vinyl nitrile and having a circumferentially extending recess ; a support portion extending between the shell and the line adjacent the lower edge and comprising a ring structure; wherein through-holes are formed through the shell and aligned with corresponding through-holes formed through four attachment lobes circumferentially spaced apart on an undulating or generally serpentine upper edge portion of an attachment lip of the support portion ; and the support portion is coupled to the shell with rivets, such that the attachment lip extends upwardly from the lower edge and into the shell to be received in the circumferentially extending recess between the shell and the liner . a shell having a lower edge ; a liner extending along an interior of the shell , the liner including EPS, EPP or vinyl nitrile and having a circumferentially extending recess ; a support portion extending between the shell and the line adjacent the lower edge and comprising a ring structure; wherein through-holes are formed through the shell and aligned with corresponding through-holes formed through four attachment lobes circumferentially spaced apart on an undulating or generally serpentine upper edge portion of an attachment lip of the support portion ; and the support portion is coupled to the shell with rivets, such that the attachment lip extends upwardly from the lower edge and into the shell to be received in the circumferentially extending recess between the shell and the liner .
A process for manufacturing coated fiber cement products, wherein said process comprises the steps of: (i) providing a cured fiber cement product having at least one surface; (ii) applying a primer to the at least one surface of the cured fiber cement product; (iii) providing a first coating layer of a first radiation curable coating composition to the at least one surface; (iv) partially curing the first coating layer of radiation curable coating composition by radiation; (v) providing a second coating layer of a second radiation curable coating composition to the partially cured first coating layer, the second radiation curable coating composition comprising pigments,; and (vi) curing the first and the second coating layer of radiation curable coating composition by radiation, wherein the first and the second radiation curable coating composition are the same with the proviso that the first radiation curable coating composition is pigment-free and the second radiation curable coating composition comprises one or more alkaline instable pigments and has a pigment volume concentration (PVC) in the range of between 2% and 10%, wherein PVC (expressed in %) of said composition is calculated as the ratio of the volume of pigment versus the total volume of solids, multiplied by 100. (i) providing a cured fiber cement product having at least one surface; (ii) applying a primer to the at least one surface of the cured fiber cement product; (iii) providing a first coating layer of a first radiation curable coating composition to the at least one surface; (iv) partially curing the first coating layer of radiation curable coating composition by radiation; (v) providing a second coating layer of a second radiation curable coating composition to the partially cured first coating layer, the second radiation curable coating composition comprising pigments,; and (vi) curing the first and the second coating layer of radiation curable coating composition by radiation,
An apparatus for seizing and/or extracting aquatic plants rooting in the bed of a water body, with a swivelable and/or height-adjustable seizing device , which has at least two rollers rotating about parallel axles and pairwise in opposite directions to each other, wherein at least one of the rollers is powered, and wherein the rollers in their pairwise rotation in opposite directions roll off on each other in a form- and/or friction-fitting manner, between which at least two rollers rotating pairwise in opposite directions the aquatic plants that have been seized and extracted from the bed of the water body are passed through and in the process are moved and/or conveyed upward toward the water surface and/or toward a transport device that is disposed in conveying direction downstream from the rollers , downstream in conveying direction from which transport device a receptacle is disposed for receiving aquatic plants that have been extracted by means of the seizing device and conveyed thereto by means of the transport device , characterised in that the at least two rollers are pressed against each other with adjustable contact pressure by means of adjustable springs and/or by means of pneumatic or hydraulic cylinders, wherein the adjustable contact pressure of the at least two rollers against each other is cancellable by means of a releasable lever mechanism .