mhurhangee/ep-ind-claims huggingface dataset:
A packet processing system, comprising a controller, a traffic classifier, and a first service routing trigger, wherein the controller is configured to send first policy information to the traffic classifier, wherein the first policy information comprises: a filtering rule, an address that is corresponding to the filtering rule and is of a service routing trigger, and a service identifier corresponding to the filtering rule, wherein the filtering rule is used to identify a packet, and the service identifier is used to represent a sequence of service nodes that processes the packet; the controller is further configured to send second policy information to the first service routing trigger, wherein the second policy information comprises the service identifier, and a service node sequence that is corresponding to the service identifier; the traffic classifier is configured to receive the first policy information sent by the controller; the traffic classifier is further configured to: receive a first packet; determine, in the first policy information and according to a first filtering rule that matches the first packet, a first service identifier that matches the first filtering rule, and an address that matches the first filtering rule and is of the first service routing trigger; add the first service identifier to the first packet to form a second packet; and send the second packet to the first service routing trigger; and the first service routing trigger is configured to: determine, in the second policy information and according to the first service identifier carried in the second packet, a first service node sequence that matches the first service identifier; and successively trigger service nodes in the first service node sequence to process the second packet; wherein the first service routing trigger is configured to: send the second packet to a first service node in the first service node sequence, receive the second packet processed by the first service node, trigger, according to the order of service nodes in the first service node sequence, a second service node after the first service node to process the second packet.
Cable including a plurality of litz wires (8a, 8b), wherein the litz wires (8a, 8b) form several litz wire groups (4a - 4d, 6a - 6k), in which respectively two or more of the plurality of litz wires (8a, 8b) are stranded with one another, wherein the several litz wire groups (4a - 4d, 6a - 6k) are stranded overall around a common stranding centre and the litz wires (8a, 8b) of at least two of the several litz wire groups (4a - 4d, 6a - 6k) are stranded with one another with a different lay length (I_kurz, I_lang), wherein the lay length (I_kurz, I_lang)of the at least two of the several litz wire groups (4a - 4d, 6a - 6k) is adapted according to their position in the cable in a radial direction.
A variable gravity training device comprising a stationary base; a support means for supporting a sports device attached to an end of the support means; and a sports device that is attached to the support means; wherein a force-adjusting means is coupled to the support means, the force-adjusting means enabling reduction of a force required to move the sports device and a slowing of the speed relative to speed under normal force of gravity of 9.81m/s 2 with which the sports device falls back to a home position by applying a counterweight to the sports device; wherein the variable gravity training device further comprises: a flexible connector for mounting the support means to the stationary base, the flexible connector having a first end coupled to the stationary base and a second end affixed to the support means; and a coupling device for removably coupling the sports device with the support means, the coupling device being a pre-formed hollow body adapted to retain the sports device, and having a connector tube for connecting to the support means; wherein the stationary base is weighted; wherein, when a user applies a force to the sports device, the support means deflects in the direction of the applied force, and then brings the sports device back to the home position and wherein the flexible connector has a rest position that holds the sports device in the home position, and wherein the flexible connector flexes, so as to allow the sports device to travel in a direction of an applied force and return to the home position.
A method, comprising: receiving, at a memory management unit, MMU, a translation request from a processing system, wherein the translation request specifies a virtual address to be translated; searching a page table stored in a physical memory system for a page table entry that specifies the virtual address; receiving a translation lookaside buffer invalidation, TLBI, signal from the processing system, wherein the TLBI signal specifies the virtual address; in response to receiving the TLBI signal specifying the virtual address and in response to a determination that the virtual address specified in the TLBI signal is currently being searched (YES at 450): transmitting a synchronization acknowledgement, SYNC-ACK, to the processing system to signal the processing system that the processing system can proceed with processes that have as a prerequisite condition an invalidation of a translation of the virtual address specified in the TLBI signal without waiting for the translation of the virtual address; and restarting the search of the page table for the page table entry that specifies the virtual address; and returning to the processing system a physical address that corresponds to the specified virtual address. receiving, at a memory management unit, MMU, a translation request from a processing system, wherein the translation request specifies a virtual address to be translated; searching a page table stored in a physical memory system for a page table entry that specifies the virtual address; receiving a translation lookaside buffer invalidation, TLBI, signal from the processing system, wherein the TLBI signal specifies the virtual address; in response to receiving the TLBI signal specifying the virtual address and in response to a determination that the virtual address specified in the TLBI signal is currently being searched (YES at 450): transmitting a synchronization acknowledgement, SYNC-ACK, to the processing system to signal the processing system that the processing system can proceed with processes that have as a prerequisite condition an invalidation of a translation of the virtual address specified in the TLBI signal without waiting for the translation of the virtual address; and restarting the search of the page table for the page table entry that specifies the virtual address; and transmitting a synchronization acknowledgement, SYNC-ACK, to the processing system to signal the processing system that the processing system can proceed with processes that have as a prerequisite condition an invalidation of a translation of the virtual address specified in the TLBI signal without waiting for the translation of the virtual address; and restarting the search of the page table for the page table entry that specifies the virtual address; and returning to the processing system a physical address that corresponds to the specified virtual address.
A conductive terminal (10; 20) comprising: a body (100; 200); and a pair of first elastic cantilevers (110,110; 220,220) adapted to clamp a first conductor, the pair of first elastic cantilevers being connected to the body (100; 200) and accommodated within a first accommodation chamber (101; 201) formed in the body (100; 200), characterized in that each first elastic cantilever (110; 210) or the body (100; 200) is formed with a first elastic support structure (101a, 101b), by which a free end (1 10a) of each first elastic cantilever (110; 210) is elastically supported on an inner wall of the first accommodation chamber (101; 201) when the first conductor is clamped between the pair of first elastic cantilevers (110,110; 210,210). a body (100; 200); and a pair of first elastic cantilevers (110,110; 220,220) adapted to clamp a first conductor, the pair of first elastic cantilevers being connected to the body (100; 200) and accommodated within a first accommodation chamber (101; 201) formed in the body (100; 200), characterized in that each first elastic cantilever (110; 210) or the body (100; 200) is formed with a first elastic support structure (101a, 101b), by which a free end (1 10a) of each first elastic cantilever (110; 210) is elastically supported on an inner wall of the first accommodation chamber (101; 201) when the first conductor is clamped between the pair of first elastic cantilevers (110,110; 210,210).
A device for carrying out drilling in earth-layers and rocks during a simultaneous forcing downwards of a casing pipe into the ground, the device comprising a bore crown of a countersink hammer and a casing pipe with a shoulder situated at the lower most portion of the casing pipe, a shoulder surface situated on the bore crown or on a guide belonging to the bore crown and which shoulder surface is faced downwards in a direction to the free, lower most portion of the casing pipe, whereby strokes from the countersink hammer via the bore crown or the guide belonging to the bore crown is provided to cooperate against the shoulder in driving downwards of the casing pipe into the bore hole made together with the bore crown, characterized in that the shoulder is formed by a wearing ring placed into position against an edge portion within the inner mantle surface of the casing pipe for a direct or indirect cooperation against the shoulder surface.
A vehicle structure comprising: a body (10, 40); a bumper reinforcement (20, 50) disposed at a front or a rear of the body (10, 40); and a crash box (30, 60), one end of the crash box (30, 60) being joined to an outer end of the body (10, 40) in a front-rear direction and the other end of the crash box (30, 60) being joined to the bumper reinforcement (20, 50), wherein at least one of the body (10, 40) and the crash box (30, 60) is formed of a resin-coated steel plate, and a resin layer of the resin-coated steel plate is formed on a contact surface between the body (10, 40) and the crash box (30, 60), in the contact surface between the body (10, 40) and the crash box (30, 60), only the crash box (30, 60) is formed of the resin-coated steel plate, and a resin layer of the resin-coated steel plate is formed on the contact surface of the crash box (30, 60) in contact with the body (10, 40); the resin layer of the resin-coated steel plate is also formed on a surface thereof opposite to the contact surface in contact with the body (10, 40), and a thickness of a first resin layer formed on the contact surface is larger than that of a second resin layer formed on the surface opposite to the contact surface. a body (10, 40); a bumper reinforcement (20, 50) disposed at a front or a rear of the body (10, 40); and a crash box (30, 60), one end of the crash box (30, 60) being joined to an outer end of the body (10, 40) in a front-rear direction and the other end of the crash box (30, 60) being joined to the bumper reinforcement (20, 50), wherein at least one of the body (10, 40) and the crash box (30, 60) is formed of a resin-coated steel plate, and a resin layer of the resin-coated steel plate is formed on a contact surface between the body (10, 40) and the crash box (30, 60), in the contact surface between the body (10, 40) and the crash box (30, 60), only the crash box (30, 60) is formed of the resin-coated steel plate, and a resin layer of the resin-coated steel plate is formed on the contact surface of the crash box (30, 60) in contact with the body (10, 40); the resin layer of the resin-coated steel plate is also formed on a surface thereof opposite to the contact surface in contact with the body (10, 40), and a thickness of a first resin layer formed on the contact surface is larger than that of a second resin layer formed on the surface opposite to the contact surface.
A method for isolating a cell that endogenously expresses a sweet taste receptor T1R2 subunit, wherein the method comprises: providing a population of cells; wherein said population of cells has not been genetically engineered; wherein said population of cells is not known to endogenously express a T1R2 subunit; introducing into the cells a molecular beacon that detects expression of a T1R2 subunit; and isolating cells that express a receptor T1R2 subunit. providing a population of cells; wherein said population of cells has not been genetically engineered; wherein said population of cells is not known to endogenously express a T1R2 subunit; introducing into the cells a molecular beacon that detects expression of a T1R2 subunit; and isolating cells that express a receptor T1R2 subunit.
A nimotuzumab nanocapsule having a brain tumor targeting delivery effect, which is prepared by polymerization of poly-2-methacryloyloxyethyl phosphorylcholine and nimotuzumab, and has a round and smooth surface, a uniform particle size with particle diameter of 30±5 nm and surface charge of 2.3 mV.
Inhaler with a carrier for inhaling a formulation from the carrier, wherein for the purpose of or during the expulsion and/or dispersion of the formulation at least part of the carrier can be moved, particularly set vibrating, by an air current, characterised in that the inhaler has an element separate from the carrier, the element being movable by the air current in order to move at least part of the carrier, wherein the element is loosely held in a chamber which is delimited in particular by the carrier and through which the air current can preferably flow.
A dispenser comprising: a housing (2122, 2158, 2156); an aperture (2280; 2380) within the housing; a reservoir that has an outlet port, houses fluid, and has a heating structure positioned within the reservoir in thermal contact with the fluid housed within the reservoir, such that the induced current in the heating structure energizes the fluid; a receptacle within the housing that is configured and arranged to removably receive said reservoir, such that when the reservoir is received by the receptacle, an outlet port of the reservoir is exposed through the aperture (2280; 2380); a heating element (2172; 2780) that is configured and arranged to energize at least a portion of fluid housed within the reservoir; and an actuator that, when actuated, provides a dispensing force that induces a flow of a predetermined volume of energized fluid within the reservoir through the exposed outlet port of the reservoir and dispenses the energized predetermined volume through the aperture (2280; 2380); wherein the reservoir includes a piston, and the dispensing force translates the piston in the reservoir a predetermined distance to induce the flow of and dispense the predetermined volume of energized fluid. a housing (2122, 2158, 2156); an aperture (2280; 2380) within the housing; a reservoir that has an outlet port, houses fluid, and has a heating structure positioned within the reservoir in thermal contact with the fluid housed within the reservoir, such that the induced current in the heating structure energizes the fluid; a receptacle within the housing that is configured and arranged to removably receive said reservoir, such that when the reservoir is received by the receptacle, an outlet port of the reservoir is exposed through the aperture (2280; 2380); a heating element (2172; 2780) that is configured and arranged to energize at least a portion of fluid housed within the reservoir; and an actuator that, when actuated, provides a dispensing force that induces a flow of a predetermined volume of energized fluid within the reservoir through the exposed outlet port of the reservoir and dispenses the energized predetermined volume through the aperture (2280; 2380); wherein the reservoir includes a piston, and the dispensing force translates the piston in the reservoir a predetermined distance to induce the flow of and dispense the predetermined volume of energized fluid.
A process for preparing triglyceride esters of fatty acids comprising: (a) circulating a reaction mixture comprising glycerol, glycerides, or mixtures thereof in combination with fatty acids, fatty acid derivatives, or mixtures thereof at least once through an enzymatic reaction zone A, wherein the enzymatic reaction zone A comprises an enzymatic catalyst and is maintained at a temperature in a range of 20 °C to 100 °C, to provide a mixture comprising 1,3-diglycerides; (b) circulating the-mixture obtained in step (a) at least once through a thermal reaction zone B maintained at a temperature at least 20 °C greater than the temperature of the enzymatic reaction zone A to facilitate the rearrangement of 1,3-diglycerides to 1,2-diglycerides; and (c) re-circulating the-mixture obtained in step (b) at least one time through the enzymatic reaction zone A to produce triglycerides. (a) circulating a reaction mixture comprising glycerol, glycerides, or mixtures thereof in combination with fatty acids, fatty acid derivatives, or mixtures thereof at least once through an enzymatic reaction zone A, wherein the enzymatic reaction zone A comprises an enzymatic catalyst and is maintained at a temperature in a range of 20 °C to 100 °C, to provide a mixture comprising 1,3-diglycerides; (b) circulating the-mixture obtained in step (a) at least once through a thermal reaction zone B maintained at a temperature at least 20 °C greater than the temperature of the enzymatic reaction zone A to facilitate the rearrangement of 1,3-diglycerides to 1,2-diglycerides; and (c) re-circulating the-mixture obtained in step (b) at least one time through the enzymatic reaction zone A to produce triglycerides.
A mammography device comprising: a device body movable in a vertical axis direction and rotatable around a first horizontal axis so as to photograph an object to be inspected by a craniocaudal view and a mediolateral oblique view; a generator fixed to one end portion of the device body and adapted to irradiate the object with an X-ray; a support part 140,16-0) for the object to be inspected including a detector fixed to the other end portion of the device body and facing the generator; a first moving unit adapted to move the device body in the vertical axis direction; a rotating unit adapted to rotate the device body around the first horizontal axis; and a controller adapted to control the first moving unit and the rotating unit, characterized in that: the controller is adapted to perform a control so that the rotating unit can rotate the device body and the first moving unit can move the device body together with the rotation of the device body such that the center of an upper surface of the support part for the object to be inspected may be maintained at an initial position when the device body rotates. a device body movable in a vertical axis direction and rotatable around a first horizontal axis so as to photograph an object to be inspected by a craniocaudal view and a mediolateral oblique view; a generator fixed to one end portion of the device body and adapted to irradiate the object with an X-ray; a support part 140,16-0) for the object to be inspected including a detector fixed to the other end portion of the device body and facing the generator; a first moving unit adapted to move the device body in the vertical axis direction; a rotating unit adapted to rotate the device body around the first horizontal axis; and a controller adapted to control the first moving unit and the rotating unit, characterized in that: the controller is adapted to perform a control so that the rotating unit can rotate the device body and the first moving unit can move the device body together with the rotation of the device body such that the center of an upper surface of the support part for the object to be inspected may be maintained at an initial position when the device body rotates.
Transmission assembly for a drive train of a vehicle in order to connect a drive motor to a traction drive of the vehicle, comprising a main shift transmission having a plurality of transmission stages (60, 66, 70, 74), wherein a plurality of shift states of the main shift transmission can be selected by an as-required shifting by means of shifting points (62, 72) of one or more transmission stages (60, 66, 70, 74), wherein the shifting points (62, 72) are configured as positively engaging shifting points, an epicyclic transmission, wherein the main shift transmission and the epicyclic transmission are drive-connected to one another, or can be drive-connected as required, via two connection shafts (52 1, 52 2), wherein, in one or more shift states of the main shift transmission, a power flow runs from the drive motor in at least one portion of the transmission assembly via a plurality of branched power paths to the traction drive, in at least one shift state, the power flow runs in at least one of the branched power paths via at least two shifting points (62, 72), characterized in that, in one or more shift states, the power flow runs in at least one of the branched power paths from one of the connection shafts (52 1, 52 2) to the other of the connection shafts (52 2, 52 1).
Security object with a flat extended document body, which comprises a top side and an opposing bottom side, wherein, formed at or in the top side of the document body, is a lens array, and stored in the document body is a laser-marked first information, dependent on the detection direction, relating to first irreversible material changes in the document body, of which the optical detectability by the lens array is dependent on the detection direction, wherein the document body comprises a view section, the document body comprises, between the top side and the bottom side of the document body, a material layer which is translucent or opaque in volume, and comprises, adjacent to the view section a window section, the document body is formed from a material transparent in volume between the top side and the bottom side of the body, and the lens array extends both at least over a part of the window section as well as also over at least a part of the view section, and thereby spans a section boundary between the view section and the window section, and also the laser-marked and detection-direction dependant first information is formed partially in the view section and partially in the window section, and, additionally, stored in the window section is a laser-marked and static second information relating to second irreversible material changes in the document body, wherein the second information can be optically detected both by the lens array at or in the top side of the document body as well as through the bottom side of the document body, as static information.
A dry, flowable additive for a urea containing fluid fertilizer comprising: a. NBPT in the range of 0.40 to 15.0% by weight; b. Dicyandiamide in the range of 40 to 95% by weight; c. Silicon dioxide in the range of 0 to 3% by weight; and d. Solid UFP in the range of 3 to 15% by weight. a. NBPT in the range of 0.40 to 15.0% by weight; b. Dicyandiamide in the range of 40 to 95% by weight; c. Silicon dioxide in the range of 0 to 3% by weight; and d. Solid UFP in the range of 3 to 15% by weight.
A method of preparing a thermoplastic resin, comprising: A) performing acid coagulation of emulsion polymerization latex; B) treating coagulated slurry with a base and performing dehydration; and C) adding a metal salt and water to dehydrated wet powder to adjust pH to 9 or more. A) performing acid coagulation of emulsion polymerization latex; B) treating coagulated slurry with a base and performing dehydration; and C) adding a metal salt and water to dehydrated wet powder to adjust pH to 9 or more.