mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: receiving , by a first device , a connection establishment request and a target data feature that are sent from an analysis device , wherein the connection establishment request comprises a first connection parameter of the analysis device , wherein the target data feature is used to indicate target data, and includes a type, collection frequency, and/or a collection period of the target data, wherein the target data is to-be-analyzed data, which is data that needs to be analyzed when the analysis device performs network measurement; determining , by the first device based on the target data feature, a second device that collects the to-be-analyzed data corresponding to the target data feature, wherein the first device and the second device belong to a same distributed system; determining , by the first device , a second connection parameter of the second device ; and sending , by the first device , the first connection parameter, the second connection parameter, and the target data feature to the second device , so that the second device establishes a connection to the analysis device based on the first connection parameter and the second connection parameter, and transmits the to-be-analyzed data corresponding to the target data feature to the analysis device through the established connection. receiving , by a first device , a connection establishment request and a target data feature that are sent from an analysis device , wherein the connection establishment request comprises a first connection parameter of the analysis device , wherein the target data feature is used to indicate target data, and includes a type, collection frequency, and/or a collection period of the target data, wherein the target data is to-be-analyzed data, which is data that needs to be analyzed when the analysis device performs network measurement; determining , by the first device based on the target data feature, a second device that collects the to-be-analyzed data corresponding to the target data feature, wherein the first device and the second device belong to a same distributed system; determining , by the first device , a second connection parameter of the second device ; and sending , by the first device , the first connection parameter, the second connection parameter, and the target data feature to the second device , so that the second device establishes a connection to the analysis device based on the first connection parameter and the second connection parameter, and transmits the to-be-analyzed data corresponding to the target data feature to the analysis device through the established connection.
A side airbag apparatus , comprising: an airbag cushion which is expanded and deployed to the side of a passenger (P1) seated in a seat of a vehicle; and an inflator supplying gas to this airbag cushion ; wherein the airbag cushion comprises: a main chamber which is expanded and deployed within at least the range from the shoulder to the head of the passenger (P1) and a sub chamber which is expanded and deployed so as to protrude from the position above the shoulder of the passenger (P1) to the passenger side in the main chamber ; an inner tube which cylindrically extends inside the main chamber and contains the inflator , with a portion of the inner tube adjacent to the sub chamber ; a main vent which is opened at a predetermined position of the inner tube so as to release gas from this inner tube into the main chamber ; and a sub vent which penetrates through the inner tube and a panel of the main chamber so as to release gas from this inner tube into the sub chamber , characterized in that regarding the surface of the sub chamber on the passenger side, the central part is recessed on the main chamber in the horizontal cross section of the airbag cushion as viewed from above, and the recessed surface of the sub chamber on the passenger side is continuously curved from both ends of this surface in the anteroposterior direction of the vehicle to the central part . a main chamber which is expanded and deployed within at least the range from the shoulder to the head of the passenger (P1) and a sub chamber which is expanded and deployed so as to protrude from the position above the shoulder of the passenger (P1) to the passenger side in the main chamber ; an inner tube which cylindrically extends inside the main chamber and contains the inflator , with a portion of the inner tube adjacent to the sub chamber ; a main vent which is opened at a predetermined position of the inner tube so as to release gas from this inner tube into the main chamber ; and a sub vent which penetrates through the inner tube and a panel of the main chamber so as to release gas from this inner tube into the sub chamber , characterized in that regarding the surface of the sub chamber on the passenger side, the central part is recessed on the main chamber in the horizontal cross section of the airbag cushion as viewed from above, and the recessed surface of the sub chamber on the passenger side is continuously curved from both ends of this surface in the anteroposterior direction of the vehicle to the central part .
A composition for in vitro expanding lymphocytes comprising interleukin 2 (IL-2), interleukin 15 (IL-15) and interleukin 21 (IL-21), wherein the composition is in liquid form, the concentration of IL-2 in the liquid composition is in the range of 500 to 2000 U/ml, the concentration of IL-15 is in the range of 0.1 to 100 ng/ml and wherein the concentration of IL-21 is in the range of 0.1 to 100 ng/ml.
A computer-implemented method executed by one or more processors, the method comprising: during execution of a software application by a processor , receiving , by a copy processor separate from the processor, a request for an asynchronous data copy operation to copy data within a memory accessible by the copy processor, wherein the request is received from a copy manager accessible by the software application in a user space of an operating system managing execution of the software application and includes a notification indication indicating how a notification that the asynchronous copy operation has completed is to be handled, wherein the notification indication indicates that a completion flag is to be set by the copy processor, wherein the copy manager is arranged to poll or check the completion flag; in response to the request, initiating , by the copy processor, the asynchronous data copy operation; continuing execution of the software application by the processor; determining , by the copy processor, that the asynchronous data copy operation has completed; in response to determining that the asynchronous copy operation has completed and according to the notification indication, selectively notifying , by the copy processor via the completion flag, that the asynchronous copy operation has completed, wherein the software application receives the notification that the asynchronous copy operation has completed via the copy manager arranged to poll or check the completion flag. during execution of a software application by a processor , receiving , by a copy processor separate from the processor, a request for an asynchronous data copy operation to copy data within a memory accessible by the copy processor, wherein the request is received from a copy manager accessible by the software application in a user space of an operating system managing execution of the software application and includes a notification indication indicating how a notification that the asynchronous copy operation has completed is to be handled, wherein the notification indication indicates that a completion flag is to be set by the copy processor, wherein the copy manager is arranged to poll or check the completion flag; in response to the request, initiating , by the copy processor, the asynchronous data copy operation; continuing execution of the software application by the processor; determining , by the copy processor, that the asynchronous data copy operation has completed; in response to determining that the asynchronous copy operation has completed and according to the notification indication, selectively notifying , by the copy processor via the completion flag, that the asynchronous copy operation has completed, wherein the software application receives the notification that the asynchronous copy operation has completed via the copy manager arranged to poll or check the completion flag.
An object positioning apparatus comprising: a radiographic image input interface configured to acquire a radiographic image that is generated by causing a fluoroscopic imaging apparatus to image an object and includes a first region and a second region, the first region depicting an index region for positioning of the object, the second region depicting a non-index region other than the index region; a positioning processor configured to perform the positioning of the object as a positioning of a patient by performing matching processing between a previously generated reference image and the first region that is specified from the radiographic image based on three-dimensional model information of the non-index region; a three-dimensional image input interface configured to acquire the three-dimensional volume image including an image of the object before the positioning of the object is performed; and a reconstructed image generator configured to generate a two-dimensional DRR (Digitally Reconstructed Radiograph) image based on the three-dimensional volume image acquired by the three-dimensional image input interface , wherein the radiographic image is a two-dimensional X-ray image that is generated by imaging the object when the positioning of the object is performed; and the reference image is the DRR image. a radiographic image input interface configured to acquire a radiographic image that is generated by causing a fluoroscopic imaging apparatus to image an object and includes a first region and a second region, the first region depicting an index region for positioning of the object, the second region depicting a non-index region other than the index region; a positioning processor configured to perform the positioning of the object as a positioning of a patient by performing matching processing between a previously generated reference image and the first region that is specified from the radiographic image based on three-dimensional model information of the non-index region; a three-dimensional image input interface configured to acquire the three-dimensional volume image including an image of the object before the positioning of the object is performed; and a reconstructed image generator configured to generate a two-dimensional DRR (Digitally Reconstructed Radiograph) image based on the three-dimensional volume image acquired by the three-dimensional image input interface , wherein the radiographic image is a two-dimensional X-ray image that is generated by imaging the object when the positioning of the object is performed; and the reference image is the DRR image.
A base station comprising: a transceiver operable to transmit downlink data to and to receive uplink data from a user equipment, UE, using a plurality of component carriers; and a controller operable to: control the transceiver to transmit broadcast and paging channels on a primary subset of said component carriers but not on another subset of the component carriers; and cause the transceiver to transmit control data to the UE instructing the UE to monitor one or more component carriers in the other subset of component carriers, wherein the control data comprises a MAC control element comprising a bitmap indication indicating that the UE should monitor one or more corresponding component carriers for which a bit is set to "1". a transceiver operable to transmit downlink data to and to receive uplink data from a user equipment, UE, using a plurality of component carriers; and a controller operable to: control the transceiver to transmit broadcast and paging channels on a primary subset of said component carriers but not on another subset of the component carriers; and cause the transceiver to transmit control data to the UE instructing the UE to monitor one or more component carriers in the other subset of component carriers, wherein the control data comprises a MAC control element comprising a bitmap indication indicating that the UE should monitor one or more corresponding component carriers for which a bit is set to "1". control the transceiver to transmit broadcast and paging channels on a primary subset of said component carriers but not on another subset of the component carriers; and cause the transceiver to transmit control data to the UE instructing the UE to monitor one or more component carriers in the other subset of component carriers, wherein the control data comprises a MAC control element comprising a bitmap indication indicating that the UE should monitor one or more corresponding component carriers for which a bit is set to "1".
A wrench assembly , comprising; an upper clamp assembly ; and a lower clamp assembly coupled to the upper clamp assembly, wherein the lower clamp assembly comprises a plurality of grippers each having a grip head configured to grip a tubular , characterised in that each grip head comprises: a die plate surrounded by a primary contact plate , the die plate being disposed in a central cavity formed in a surface of the primary contact plate, wherein the surface of the primary contact plate is configured to contact the tubular prior to a gripping surface of the die plate contacting the tubular.
A sensor comprising: a printed circuit board mounted with semiconductor parts, in which the area where the semiconductor parts on the printed circuit board are not mounted is covered with a first resin , wherein a first member with an elastic modulus smaller than the elastic modulus of the material of the printed circuit board is placed on the outside of the area where the main surface of the printed circuit board overlaps the first resin, the first member placed in the printed circuit board is further placed in the area where the first resin overlaps the printed circuit board and in an area over a conductor wiring in a clamp portion and a joint portion of a semiconductor part and the circuit board, characterized in that the first member completely covers the area where the first resin overlaps the printed circuit board . a printed circuit board mounted with semiconductor parts, in which the area where the semiconductor parts on the printed circuit board are not mounted is covered with a first resin , wherein a first member with an elastic modulus smaller than the elastic modulus of the material of the printed circuit board is placed on the outside of the area where the main surface of the printed circuit board overlaps the first resin, the first member placed in the printed circuit board is further placed in the area where the first resin overlaps the printed circuit board and in an area over a conductor wiring in a clamp portion and a joint portion of a semiconductor part and the circuit board, characterized in that the first member completely covers the area where the first resin overlaps the printed circuit board .
A display body , comprising an embossed layer , wherein the embossed layer includes a geometric optical structure region (A), and a wave optical structure region (B), the embossed layer includes a first uneven structure in the geometric optical structure region (A), the first uneven structure having a height (AH) of greater than or equal to 0.5 μm and less than 30 μm, and the embossed layer includes a second uneven structure in the wave optical structure region (B), the display body being characterised in that the second uneven structure has a height (BH) of greater than or equal to 100 nm and less than 500 nm, in that the embossed layer includes a third structure region (C), the third structure region (C) being located between the geometric optical structure region (A) and the wave optical structure region (B), in that the embossed layer includes a third uneven structure in the third structure region (C), the third uneven structure having a height (CH) of greater than or equal to half a thickness of the embossed layer and less than or equal to twice the height (AH) of the first uneven structure, the height (CH) of the third uneven structure being greater than the height (AH) of the first uneven structure , and in that the embossed layer is fluorescent. the embossed layer includes a geometric optical structure region (A), and a wave optical structure region (B), the embossed layer includes a first uneven structure in the geometric optical structure region (A), the first uneven structure having a height (AH) of greater than or equal to 0.5 μm and less than 30 μm, and the embossed layer includes a second uneven structure in the wave optical structure region (B), the display body being characterised in that the second uneven structure has a height (BH) of greater than or equal to 100 nm and less than 500 nm, in that the embossed layer includes a third structure region (C), the third structure region (C) being located between the geometric optical structure region (A) and the wave optical structure region (B), in that the embossed layer includes a third uneven structure in the third structure region (C), the third uneven structure having a height (CH) of greater than or equal to half a thickness of the embossed layer and less than or equal to twice the height (AH) of the first uneven structure, the height (CH) of the third uneven structure being greater than the height (AH) of the first uneven structure , and in that the embossed layer is fluorescent.
A protective textile sleeve for routing and protecting wires from exposure to abrasion, from exposure to EMI, and for viewing the wires contained in the sleeve, comprising: a woven wall having opposite edges extending lengthwise along a longitudinal axis between opposite ends , said opposite edges being wrapped into overlapping relation with one another to contain the wires within a cavity of the sleeve , said wall having warp yarns extending along said longitudinal axis and fill yarns extending transversely to said warp yarns , said fill yarns being substantially transparent monofilaments and said warp yarns including a multifilament yarn and at least one conductive wire twisted or served about said multifilament yarn , said fill yarns being bonded with said at least one conductive wire .
A humeral cut guide member for a humeral head, comprising: a bone-engagement member including a first patient-specific bone-engagement surface that is complementary and made to substantially mate and nest in only one position on a specific patient's humeral head ; a registration member connected to the bone-engagement member including a second patient-specific bone engagement surface that is sized and made to substantially mate and nest in only one position with the specific patient's bicipital groove ; and a cut guide plate connected to and extending away from the bone-engagement member such that, upon the bone-engagement member mating and nesting with the specific patient's humeral head, the cut guide plate is spaced apart from the humeral head, wherein cut guide plate defines an elongated slot . a bone-engagement member including a first patient-specific bone-engagement surface that is complementary and made to substantially mate and nest in only one position on a specific patient's humeral head ; a registration member connected to the bone-engagement member including a second patient-specific bone engagement surface that is sized and made to substantially mate and nest in only one position with the specific patient's bicipital groove ; and a cut guide plate connected to and extending away from the bone-engagement member such that, upon the bone-engagement member mating and nesting with the specific patient's humeral head, the cut guide plate is spaced apart from the humeral head, wherein cut guide plate defines an elongated slot .
A blade and rotor assembly comprising: a rotor that is connectable to a power generator and is capable of transmitting a rotational force to the power generator ; a blade that is supported by the rotor and rotates the rotor by a force received from a fluid; a bearing that rotatably connects the rotor and the blade ; and a rotary driving apparatus that rotatably drives the blade to control a pitch angle; wherein: the rotary driving apparatus has a motor and a reducer that decelerates rotation outputted from the motor and outputs it from an output part ; a rotation axis of the output part of the rotary driving apparatus is positioned on a rotation axis (rax) of the blade with respect to the rotor ; and at a connection part (CP) between the reducer and at least one of the rotor and the blade , there is formed an external force moderation mechanism for moderating an external force which is generated in the reducer through the connection part (CP) when the blade receives a fluid and is inclined, characterized in that in a direction parallel to the rotation axis (rax) of the blade with respect to the rotor , an end of the reducer on the blade side is located at a position closer to the rotor side than an end of the bearing on the blade side. a rotor that is connectable to a power generator and is capable of transmitting a rotational force to the power generator ; a blade that is supported by the rotor and rotates the rotor by a force received from a fluid; a bearing that rotatably connects the rotor and the blade ; and a rotary driving apparatus that rotatably drives the blade to control a pitch angle; wherein: the rotary driving apparatus has a motor and a reducer that decelerates rotation outputted from the motor and outputs it from an output part ; a rotation axis of the output part of the rotary driving apparatus is positioned on a rotation axis (rax) of the blade with respect to the rotor ; and at a connection part (CP) between the reducer and at least one of the rotor and the blade , there is formed an external force moderation mechanism for moderating an external force which is generated in the reducer through the connection part (CP) when the blade receives a fluid and is inclined, the rotary driving apparatus has a motor and a reducer that decelerates rotation outputted from the motor and outputs it from an output part ; a rotation axis of the output part of the rotary driving apparatus is positioned on a rotation axis (rax) of the blade with respect to the rotor ; and at a connection part (CP) between the reducer and at least one of the rotor and the blade , there is formed an external force moderation mechanism for moderating an external force which is generated in the reducer through the connection part (CP) when the blade receives a fluid and is inclined,