mhurhangee/patent-ind-claim-en huggingface dataset:
A network device comprising: a control unit comprising processing circuitry in communication with a memory, wherein the processing circuitry is configured to execute one or more processes; and a forwarding unit comprising an interface card , a packet processor , and a forwarding unit memory, wherein the one or more processes of the control unit are configured to configure the forwarding unit memory of the forwarding unit with one or more forwarding path elements, wherein the one or more forwarding path elements map a packet flow to a central processing unit, CPU, core of a plurality of CPU cores for processing, wherein the forwarding unit is configured to receive, via the interface card, a packet of the packet flow, wherein the forwarding unit further comprises a plurality of output queues for each of the plurality of CPU cores, wherein each of the plurality of output queues for a given CPU core is associated with a different priority level where packets in higher priority queues are configured to be forwarded before packets in lower priority queues, and wherein the packet processor of the forwarding unit is configured to execute the one or more forwarding path elements in the forwarding unit memory to steer the packet to the CPU core by adding the packet to one of the plurality of output queues for the CPU core. a control unit comprising processing circuitry in communication with a memory, wherein the processing circuitry is configured to execute one or more processes; and a forwarding unit comprising an interface card , a packet processor , and a forwarding unit memory, wherein the one or more processes of the control unit are configured to configure the forwarding unit memory of the forwarding unit with one or more forwarding path elements, wherein the one or more forwarding path elements map a packet flow to a central processing unit, CPU, core of a plurality of CPU cores for processing, wherein the forwarding unit is configured to receive, via the interface card, a packet of the packet flow, wherein the forwarding unit further comprises a plurality of output queues for each of the plurality of CPU cores, wherein each of the plurality of output queues for a given CPU core is associated with a different priority level where packets in higher priority queues are configured to be forwarded before packets in lower priority queues, and wherein the packet processor of the forwarding unit is configured to execute the one or more forwarding path elements in the forwarding unit memory to steer the packet to the CPU core by adding the packet to one of the plurality of output queues for the CPU core.
A bushing comprising: a load bearing substrate having a first major surface; an adhesive film overlying the first major surface and comprising a first adhesive layer and a fluoropolymer layer ; and a friction reducing layer overlying the adhesive film , wherein the fluoropolymer layer includes a fluoropolymer and the adhesive layer includes a modified form of the fluoropolymer, and wherein a thickness ratio of the first adhesive layer and the fluoropolymer layer is not less than 1:20. a load bearing substrate having a first major surface; an adhesive film overlying the first major surface and comprising a first adhesive layer and a fluoropolymer layer ; and a friction reducing layer overlying the adhesive film , wherein the fluoropolymer layer includes a fluoropolymer and the adhesive layer includes a modified form of the fluoropolymer, and wherein a thickness ratio of the first adhesive layer and the fluoropolymer layer is not less than 1:20.
A method for storing user data in a non-volatile memory of a document , wherein the non-volatile memory comprises unoccupied memory areas (212, 214, ...) and memory areas (204, 206, ...) occupied with user data , wherein the user data are contiguous data blocks, wherein the document further comprises a volatile memory and a communication interface , wherein the storing of the user data comprises: • receiving the user data via the communication interface , • compressing the user data , • storing the compressed user data in the volatile memory , • determining the necessary length of an unoccupied contiguous memory area in order to store the compressed user data in the non-volatile memory , • determining whether the non-volatile memory has a contiguous unoccupied memory area, the length of which corresponds at least to the previously determined length , • in the event that the non-volatile memory does not have a contiguous unoccupied memory area of the previously determined length , defragmenting the non-volatile memory , wherein the defragmenting comprises a rearranging of the user data stored in the occupied memory areas so that a plurality of the unoccupied memory areas form a contiguous unoccupied memory area that is at least of the previously determined length , and • moving the compressed user data from the volatile memory into the unoccupied memory area of the non-volatile memory . • receiving the user data via the communication interface , • compressing the user data , • storing the compressed user data in the volatile memory , • determining the necessary length of an unoccupied contiguous memory area in order to store the compressed user data in the non-volatile memory , • determining whether the non-volatile memory has a contiguous unoccupied memory area, the length of which corresponds at least to the previously determined length , • in the event that the non-volatile memory does not have a contiguous unoccupied memory area of the previously determined length , defragmenting the non-volatile memory , wherein the defragmenting comprises a rearranging of the user data stored in the occupied memory areas so that a plurality of the unoccupied memory areas form a contiguous unoccupied memory area that is at least of the previously determined length , and • moving the compressed user data from the volatile memory into the unoccupied memory area of the non-volatile memory .
A vacuum pump device comprising: a vacuum pump portion including an inlet , a rotor and a stator ; and a lifting-type gate valve portion including a valve body and a valve seat , in which the valve body is lifted/lowered with respect to the valve seat along a rotating shaft direction of the vacuum pump portion , wherein the stator includes a through hole along the rotating shaft direction of the vacuum pump portion ; at least a part of a supporting member which supports the valve body is disposed in the through hole , characterized in that a substantially cylindrical bellows is provided between the valve body and the stator , the bellows airtightly sealing an upper opening portion of the through hole , from the inlet . a vacuum pump portion including an inlet , a rotor and a stator ; and a lifting-type gate valve portion including a valve body and a valve seat , in which the valve body is lifted/lowered with respect to the valve seat along a rotating shaft direction of the vacuum pump portion , wherein the stator includes a through hole along the rotating shaft direction of the vacuum pump portion ; at least a part of a supporting member which supports the valve body is disposed in the through hole , characterized in that a substantially cylindrical bellows is provided between the valve body and the stator , the bellows airtightly sealing an upper opening portion of the through hole , from the inlet .
A heat exchanger shunt comprising: a plurality of flat pipes having a plurality of refrigerant flow paths ; and a pair of header pipes each of which connects both ends of the flat pipes, wherein the header pipes each include a partition plate which divides the plurality of flat pipes into a plurality of heat exchange sections , a first refrigerant piping is provided to an upper portion of one header pipe of the header pipes, while a second refrigerant piping is provided to a lower portion of the one header pipe so that refrigerant outflows from the first refrigerant piping into the second refrigerant piping when the heat exchanger functions as an evaporator, the other header pipe of the header pipes includes a partition wall which divides a connection-side space of the flat pipes and a non-connection-side space of the flat pipes in a refrigerant outflow section from which the refrigerant outflows to the plurality of flat pipes, the partition wall includes a plurality of communication holes arranged in a vertical direction, and one communication hole of the communication holes has a smaller opening area than an opening area of another communication hole of the communication holes, which is in use immediately below the one communication hole characterized in that the other header pipe is provided with a damming plate , which has an updraft hole and which is provided between the plurality of communication holes, so that the heat exchange section in the other header pipe is divided into a plurality of heat exchange sections and the updraft hole is located at the non-connection-side space. a plurality of flat pipes having a plurality of refrigerant flow paths ; and a pair of header pipes each of which connects both ends of the flat pipes, wherein the header pipes each include a partition plate which divides the plurality of flat pipes into a plurality of heat exchange sections , a first refrigerant piping is provided to an upper portion of one header pipe of the header pipes, while a second refrigerant piping is provided to a lower portion of the one header pipe so that refrigerant outflows from the first refrigerant piping into the second refrigerant piping when the heat exchanger functions as an evaporator, the other header pipe of the header pipes includes a partition wall which divides a connection-side space of the flat pipes and a non-connection-side space of the flat pipes in a refrigerant outflow section from which the refrigerant outflows to the plurality of flat pipes, the partition wall includes a plurality of communication holes arranged in a vertical direction, and one communication hole of the communication holes has a smaller opening area than an opening area of another communication hole of the communication holes, which is in use immediately below the one communication hole characterized in that the other header pipe is provided with a damming plate , which has an updraft hole and which is provided between the plurality of communication holes, so that the heat exchange section in the other header pipe is divided into a plurality of heat exchange sections and the updraft hole is located at the non-connection-side space.
A curable composition comprising an alkoxysilylalkylaminopropyl-modified polysiloxane compound of the following general formula and a hydrolyzable group-containing organosilicon compound: wherein R 1 s each independently represent a substituted or unsubstituted monovalent hydrocarbon group having 1 to 10 carbon atoms, R 2 and R 3 each independently represent an unsubstituted monovalent hydrocarbon group having 1 to 6 carbon atoms, R 4 represents a divalent hydrocarbon group having 1 to 20 carbon atoms, which may contain a sulfur atom, a silicon atom, an ester bond or a urea bond, p is an integer of 1 to 1000, q is 0 or 1, r is 0, 1 or 2, and X represents a group of the following general formula or R 13Si: wherein R 2 to R 4 , q and r represent the same meaning as described above.
A biodegradable composite material produced by polymerizing a mixture including: an aqueous dispersion of a natural polymer nanofiber including any one or more selected from the group consisting of a chitin nanofiber and a cellulose nanofiber; a dicarboxylic acid or a derivative thereof; and a diol, wherein an amount of the natural polymer nanofiber in the aqueous dispersion of the natural polymer nanofiber is 0.05 to 0.5 wt %, based on a total of 100 wt % of the biodegradable composite material. an aqueous dispersion of a natural polymer nanofiber including any one or more selected from the group consisting of a chitin nanofiber and a cellulose nanofiber; a dicarboxylic acid or a derivative thereof; and a diol, wherein an amount of the natural polymer nanofiber in the aqueous dispersion of the natural polymer nanofiber is 0.05 to 0.5 wt %, based on a total of 100 wt % of the biodegradable composite material.
A hose reel for coiling a hose (H), the hose reel comprising: a frame ; and a reel assembly rotatably connected to the frame about an axis of rotation (AR), the reel assembly including a drum assembly having a drum surface configured to receive and support the hose as the drum assembly is rotated about the axis of rotation to coil the hose around the drum surface, the drum assembly including a hose fitting defining a fluid outlet , the hose fitting configured to be connected to one end of the hose to fluidly connect the hose to the fluid outlet, the drum assembly defining a recess in the drum surface in which the fluid outlet of the hose fitting is disposed such that at least a portion of the fluid outlet is disposed between the axis of rotation and the drum surface; wherein the recess is configured to guide the hose from the fluid outlet to the drum surface such that the hose extends from the recess in a direction that is generally perpendicular to the axis of rotation; characterized in that the recess includes a first recess section configured to guide the hose to the drum surface such that the hose extends from the first recess section in a first direction that is generally perpendicular to the axis of rotation to coil the hose in a clockwise direction around the drum surface and a second recess section configured to guide the hose to the drum surface such that the hose extends from the second recess section in a second direction that is generally perpendicular to the axis of the rotation to coil the hose in a counter-clockwise direction around the drum surface. a frame ; and a reel assembly rotatably connected to the frame about an axis of rotation (AR), the reel assembly including a drum assembly having a drum surface configured to receive and support the hose as the drum assembly is rotated about the axis of rotation to coil the hose around the drum surface, the drum assembly including a hose fitting defining a fluid outlet , the hose fitting configured to be connected to one end of the hose to fluidly connect the hose to the fluid outlet, the drum assembly defining a recess in the drum surface in which the fluid outlet of the hose fitting is disposed such that at least a portion of the fluid outlet is disposed between the axis of rotation and the drum surface; wherein the recess is configured to guide the hose from the fluid outlet to the drum surface such that the hose extends from the recess in a direction that is generally perpendicular to the axis of rotation; characterized in that the recess includes a first recess section configured to guide the hose to the drum surface such that the hose extends from the first recess section in a first direction that is generally perpendicular to the axis of rotation to coil the hose in a clockwise direction around the drum surface and a second recess section configured to guide the hose to the drum surface such that the hose extends from the second recess section in a second direction that is generally perpendicular to the axis of the rotation to coil the hose in a counter-clockwise direction around the drum surface.
A drain for an above-ground pool , the drain comprising: a drain hole ; and a drain plug member configured to detachably attach to (i) the drain hole such that, when the drain plug member is detachably attached to the drain hole , the drain is in a closed state and a watertight seal is formed between the drain plug member and the drain hole ; wherein the drain is disposed around an aperture in, and affixed to, one of a base and at least one sidewall of the above-ground pool ; characterized in that the drain further comprises a locking member ; and that the drain plug member is configured to detachably attach to (ii) the locking member such that, when the drain plug member is detachably attached to the locking member , the drain is in an open state. a drain hole ; and a drain plug member configured to detachably attach to (i) the drain hole such that, when the drain plug member is detachably attached to the drain hole , the drain is in a closed state and a watertight seal is formed between the drain plug member and the drain hole ; wherein the drain is disposed around an aperture in, and affixed to, one of a base and at least one sidewall of the above-ground pool ; characterized in that the drain further comprises a locking member ; and that the drain plug member is configured to detachably attach to (ii) the locking member such that, when the drain plug member is detachably attached to the locking member , the drain is in an open state.
A computer-implemented method for remote session browsing comprising: obtaining, at a network computing provider , a request for a first persistent browsing context from a first client computing device ; instantiating, at the network computing provider , an instance of a virtual machine that comprises a software browser application capable of maintaining the persistent browsing context; providing, by the network computing provider , processing results to the first client computing device , wherein the processing results correspond to first representations of content responsive to the first persistent browsing context; maintaining, at the network computing provider , one or more components of the software browser application running subsequent to providing processing results to the first client computing device ; obtaining, at the network computing provider , a request to access a second persistent browsing context maintained at the network computing provider by a second client computing device , wherein the first and second persistent context are the same; and providing, by the network computing provider , second processing results to the second client computing device , wherein the second processing results correspond to second representations of content associated with the second persistent browsing context. obtaining, at a network computing provider , a request for a first persistent browsing context from a first client computing device ; instantiating, at the network computing provider , an instance of a virtual machine that comprises a software browser application capable of maintaining the persistent browsing context; providing, by the network computing provider , processing results to the first client computing device , wherein the processing results correspond to first representations of content responsive to the first persistent browsing context; maintaining, at the network computing provider , one or more components of the software browser application running subsequent to providing processing results to the first client computing device ; obtaining, at the network computing provider , a request to access a second persistent browsing context maintained at the network computing provider by a second client computing device , wherein the first and second persistent context are the same; and providing, by the network computing provider , second processing results to the second client computing device , wherein the second processing results correspond to second representations of content associated with the second persistent browsing context.
Pneumatic vehicle tyre having a tread , a belt assembly , a radial carcass , and having sidewalls which in each case in their radially outer region have at least two rows of parallelogram-shaped elevations with a height (h) of 0.80 mm to 1.50 mm, determined in relation to the remaining level of the sidewall , said rows running so as to be concentric with the annular shape of the sidewall , wherein intermediate spaces having in each case in particular constant widths (a 1 , a 2 , a 1 ', a 2 ') are present between the elevations within one row and between mutually adjacent rows , characterized in that the rows of elevations are mutually offset in the circumferential direction of the sidewall , with the elevations overlapping one another, wherein the intermediate spaces between the elevations are also mutually offset in the circumferential direction from row to row , so as not to be co-aligned.
Shell , for mounting a wheel of a motor vehicle on a structural element or suspension element of a motor vehicle, which shell has a U-shaped cross section and includes: - a wheel support plate having an essentially vertical orientation; - and two triangular side flanges that are parallel and orthogonal to the plane of the support plate , each of which is delimited by a first vertical side adjacent to the support plate , a second substantially horizontal bottom side , and a third side , each side flange including at least one area of reduced resistance which deforms plastically when a lateral shock is applied to the bottom part of the wheel, in a transversal direction (T) in relation to the plane of the wheel, characterized in that each flange comprises at least one through-cutout that represents a region of reduced strength of the side flange and in that the region of reduced strength further comprises a concave cutaway formed in the third side . - a wheel support plate having an essentially vertical orientation; - and two triangular side flanges that are parallel and orthogonal to the plane of the support plate , each of which is delimited by a first vertical side adjacent to the support plate , a second substantially horizontal bottom side , and a third side , each side flange including at least one area of reduced resistance which deforms plastically when a lateral shock is applied to the bottom part of the wheel, in a transversal direction (T) in relation to the plane of the wheel, characterized in that each flange comprises at least one through-cutout that represents a region of reduced strength of the side flange and in that the region of reduced strength further comprises a concave cutaway formed in the third side .