mhurhangee/patent-ind-claim-en huggingface dataset:
A packaging box, comprising: a box body , wherein the box body is provided with an accommodation cavity accommodating a vacuum bag roll, and the box body is provided with a bag outlet ; a reel, wherein the reel is rotatably arranged in the box body , and the vacuum bag roll is mounted on the reel; and a cutting device , wherein the cutting device comprises a cutting part , and the cutting part is slidably connected to the box body ; and a protective cover arranged on the box body ; wherein the protective cover covers both the bag outlet and the cutting device ; a bag opening of the vacuum bag roll stretches out from the box body to the cutting part after passing through the bag outlet ; the box body is provided with a recessed part on which the cutting device is arranged, the protective cover covers the recessed part , and the bag outlet is arranged on the recessed part ; the recessed part comprises a first side wall and a second side wall , the first side wall is arranged at a top end of the second side wall , and an L-shaped structure is formed between the first side wall and the second side wall ; the cutting device is arranged on the second side wall , and the bag outlet is arranged at a joint of the first side wall and the second side wall ; and a height of the bag outlet is not greater than 3 mm. a box body , wherein the box body is provided with an accommodation cavity accommodating a vacuum bag roll, and the box body is provided with a bag outlet ; a reel, wherein the reel is rotatably arranged in the box body , and the vacuum bag roll is mounted on the reel; and a cutting device , wherein the cutting device comprises a cutting part , and the cutting part is slidably connected to the box body ; and a protective cover arranged on the box body ; wherein the protective cover covers both the bag outlet and the cutting device ; a bag opening of the vacuum bag roll stretches out from the box body to the cutting part after passing through the bag outlet ; the box body is provided with a recessed part on which the cutting device is arranged, the protective cover covers the recessed part , and the bag outlet is arranged on the recessed part ; the recessed part comprises a first side wall and a second side wall , the first side wall is arranged at a top end of the second side wall , and an L-shaped structure is formed between the first side wall and the second side wall ; the cutting device is arranged on the second side wall , and the bag outlet is arranged at a joint of the first side wall and the second side wall ; and a height of the bag outlet is not greater than 3 mm.
A network appliance for classifying network flows using adaptive virtual routing, the network appliance comprising: one or more processors ; and virtual switch operation mode controller circuitry adapted to identify a set of candidate classification algorithms from a plurality of classification algorithm designs to perform a flow classification operation; deploy each of the candidate classification algorithms to a processor of the one or more processors; monitor a performance level of each of the deployed candidate classification algorithms; identify a candidate classification algorithm of the deployed candidate classification algorithms with a higher performance level than the performance level of each of the other deployed candidate classification algorithms; and deploy the identified candidate classification algorithm on each of the one or more processors configured to perform the flow classification operation. one or more processors ; and virtual switch operation mode controller circuitry adapted to identify a set of candidate classification algorithms from a plurality of classification algorithm designs to perform a flow classification operation; deploy each of the candidate classification algorithms to a processor of the one or more processors; monitor a performance level of each of the deployed candidate classification algorithms; identify a candidate classification algorithm of the deployed candidate classification algorithms with a higher performance level than the performance level of each of the other deployed candidate classification algorithms; and deploy the identified candidate classification algorithm on each of the one or more processors configured to perform the flow classification operation.
An electrical fastener assembly for coupling first and second terminals , comprising: a fastener coupling the first and second terminals to each other; an electrically conductive, meltable element electrically coupling the first terminal and second terminal prior to melting; and a separator having a portion located between the first and second terminals and maintaining them physically separated; wherein a conductive path is defined by at least the first terminal , second terminal , and meltable element , with the meltable element melting in response to heat along the conductive path to disrupt the conductive path in response to an overheating condition while the separator maintains the first and second terminals physically separated; characterized in that the electrical fastener assembly further comprises a reservoir and the electrically conductive, meltable element is located within the reservoir . a fastener coupling the first and second terminals to each other; an electrically conductive, meltable element electrically coupling the first terminal and second terminal prior to melting; and a separator having a portion located between the first and second terminals and maintaining them physically separated; wherein a conductive path is defined by at least the first terminal , second terminal , and meltable element , with the meltable element melting in response to heat along the conductive path to disrupt the conductive path in response to an overheating condition while the separator maintains the first and second terminals physically separated; characterized in that the electrical fastener assembly further comprises a reservoir and the electrically conductive, meltable element is located within the reservoir .
A field device comprising: one or more processors configured to perform a first processing with reference to safety-critical data (D1) and a second processing with reference to safety-uncritical data (D2) which is less critical than the safety-critical data (D1), wherein the one or more processors are configured to: in the second processing , store safety-uncritical data (D2) into a storage unit , characterized in that the one or more processors are further configured to: in the second processing , prohibit storing the safety-critical data (D1) into the storage unit ; in the second processing , generate a first request for storing safety-critical data (D1) into the storage unit ; and in the first processing , accept the first request, and store safety-critical data (D1) into the storage unit in accordance with the first request. one or more processors configured to perform a first processing with reference to safety-critical data (D1) and a second processing with reference to safety-uncritical data (D2) which is less critical than the safety-critical data (D1), wherein the one or more processors are configured to: in the second processing , store safety-uncritical data (D2) into a storage unit , characterized in that the one or more processors are further configured to: in the second processing , prohibit storing the safety-critical data (D1) into the storage unit ; in the second processing , generate a first request for storing safety-critical data (D1) into the storage unit ; and in the first processing , accept the first request, and store safety-critical data (D1) into the storage unit in accordance with the first request. in the second processing , prohibit storing the safety-critical data (D1) into the storage unit ; in the second processing , generate a first request for storing safety-critical data (D1) into the storage unit ; and in the first processing , accept the first request, and store safety-critical data (D1) into the storage unit in accordance with the first request.
A package comprising a stack of absorbent tissue paper material and a packaging , wherein, in said stack , the absorbent tissue paper material forms panels having a length (L), and a width (W) perpendicular to said length (L), said panels being piled on top of each other to form a height (H) extending between a first end surface and a second end surface of the stack ; the absorbent tissue paper material comprising at least a dry crepe material, characterised by the stack , when in said package , having a selected packing density D0 of 0.25 to 0.65 kg/ dm 3 , and exerting a force along the height (H) of said stack towards the packaging , the packaging encircling said stack so as to maintain said stack in a compressed condition with said selected packing density D0, said packing density D0 being > 0.25 and ≤ 0.35 kg/ dm 3 and said package displaying a piston imprinting load at 3 mm imprint level IM3 and a piston imprinting load at 10 mm imprint level IM10, wherein IM10/IM3 is greater than 3 or said packing density D0 being > 0.35 and ≤ 0.65 kg/ dm 3 and said package displaying a piston imprinting load as described herein at 3 mm imprint level IM3 and a piston imprinting load at 10 mm imprint level IM10, wherein IM10/IM3 is greater than 4.5, wherein the piston imprinting load is the force required to press a piston into the stack towards an end surface of the stack, and in a direction along the height (H) of the stack, and the imprint level is the distance from an imprint level being set to 0 at the piston imprinting load being 1 N, said piston having an outward end for contacting the stack comprising an essentially planar circular outer end surface having a diameter of 33.5 mm, and comprising a conical surface extending radially outwards from the planar outer end surface , the conical surface forms an angle of 45 degrees with the planar outer end surface , and tapers longitudinally inward from the outer end surface, wherein the conical edge surface extends radially to a diameter of 36 mm, whereafter the outer surface of the piston forms a cylindrical surface extending towards an inward end of the piston .
A pressure device for tire constituent member to pressurize a tire constituent member which is arranged on a forming drum , the device comprising: a shaft member ; a plurality of pressure rolls each of which is displaced around the shaft member and pressurizes the tire constituent member ; an inside space formed around the shaft member inside of the plurality of pressure rolls ; a plurality of supporting parts each of which supports a respective pressure roll rotatably from the inside of the pressure roll and is displaced integrally with the pressure roll ; a plurality of pressure holes formed in a plurality of points of the shaft member corresponding to positions of the plurality of pressure rolls so as to extend in the pressurization direction for the tire constituent member from the inside of the shaft member ; and a plurality of moving members each of which moves in a respective pressure hole and projects in the pressurization direction (P) for the tire constituent member from the pressure hole so as to pressurize the supporting part fixed to a tip end thereof and the pressure roll , characterized by a plurality of supply pipes arranged in the inside space around the shaft member so as to each supply the pressurizing medium for pressurizing the moving member into a respective pressure hole . a shaft member ; a plurality of pressure rolls each of which is displaced around the shaft member and pressurizes the tire constituent member ; an inside space formed around the shaft member inside of the plurality of pressure rolls ; a plurality of supporting parts each of which supports a respective pressure roll rotatably from the inside of the pressure roll and is displaced integrally with the pressure roll ; a plurality of pressure holes formed in a plurality of points of the shaft member corresponding to positions of the plurality of pressure rolls so as to extend in the pressurization direction for the tire constituent member from the inside of the shaft member ; and a plurality of moving members each of which moves in a respective pressure hole and projects in the pressurization direction (P) for the tire constituent member from the pressure hole so as to pressurize the supporting part fixed to a tip end thereof and the pressure roll , characterized by a plurality of supply pipes arranged in the inside space around the shaft member so as to each supply the pressurizing medium for pressurizing the moving member into a respective pressure hole .
Window frame for a roof window comprising - an upper stile , lower stile and two side stiles , wherein each stile is a plastic profiles being an outer wall an inner wall , a top wall and a bottom wall with closed chambers in between them, such that the outer wall of each frame stile is the stile's external profile directed towards the roof structure, and the inner wall of each stile is its internal profile directed towards the window frame internal opening, and - an upper stile outer wall , top wall and bottom wall and the corresponding side stile outer wall, top wall and bottom wall share welded edges, - characterized in that the upper stile has a ventilation channel , and in that the upper stile inner wall and side stile inner wall comprises a partially welded common edge and a corner fitting which fills the remaining part of the window frame between upper stile and side stile , wherein said remaining part stems from differences in cross-section between the upper stile and the side stile . - an upper stile , lower stile and two side stiles , wherein each stile is a plastic profiles being an outer wall an inner wall , a top wall and a bottom wall with closed chambers in between them, such that the outer wall of each frame stile is the stile's external profile directed towards the roof structure, and the inner wall of each stile is its internal profile directed towards the window frame internal opening, and - an upper stile outer wall , top wall and bottom wall and the corresponding side stile outer wall, top wall and bottom wall share welded edges, - characterized in that the upper stile has a ventilation channel , and in that the upper stile inner wall and side stile inner wall comprises a partially welded common edge and a corner fitting which fills the remaining part of the window frame between upper stile and side stile , wherein said remaining part stems from differences in cross-section between the upper stile and the side stile .
A brush comprising: a tuft holder ; a primary operation axis ; a first row of tufts that comprises at least first and second tufts that extend from the tuft holder ; a second row of tufts that comprises at least first and second tufts that extend from the tuft holder; wherein the first and second row of tufts are substantially parallel to the primary operation axis; wherein the first tuft of the first row and the first tuft of the second row form an X-shape when viewed from a position that is perpendicular to the primary operation axis; and, wherein the second tuft of the first row and the second tuft of the second row form an X-shape when viewed from a position that is perpendicular to the primary operation axis, wherein the first and second tufts in the first row and the first and second tufts in the second row are formed of stainless steel. a tuft holder ; a primary operation axis ; a first row of tufts that comprises at least first and second tufts that extend from the tuft holder ; a second row of tufts that comprises at least first and second tufts that extend from the tuft holder; wherein the first and second row of tufts are substantially parallel to the primary operation axis; wherein the first tuft of the first row and the first tuft of the second row form an X-shape when viewed from a position that is perpendicular to the primary operation axis; and, wherein the second tuft of the first row and the second tuft of the second row form an X-shape when viewed from a position that is perpendicular to the primary operation axis, wherein the first and second tufts in the first row and the first and second tufts in the second row are formed of stainless steel.
An anionic surfactant of general formula (I) or general formula (II) or a mixture thereof, in which R represents a linear or branched alkyl, alkenyl, alkylaryl or alkenylaryl group having 5 to 25 C atoms and X + represents a charge-balancing cation.
A method of wireless communication performed by a user equipment comprising: identifying , when using carrier aggregation and a plurality of component carrier groups, first traffic associated with a first service type and second traffic associated with a second service type for concurrent transmission; and transmitting , concurrently, the first traffic associated with the first service type using a first physical uplink control channel, PUCCH, group of the plurality of component carrier groups, and the second traffic associated with the second service type using a second PUCCH group of the plurality of component carrier groups. identifying , when using carrier aggregation and a plurality of component carrier groups, first traffic associated with a first service type and second traffic associated with a second service type for concurrent transmission; and transmitting , concurrently, the first traffic associated with the first service type using a first physical uplink control channel, PUCCH, group of the plurality of component carrier groups, and the second traffic associated with the second service type using a second PUCCH group of the plurality of component carrier groups.
Method for the functional testing of an arrangement for dynamic fuel consumption measurement, wherein reference measured values are recorded at certain reference flows at a flow sensor provided for the actual measurement of the dynamic fuel consumption and compared with the measured values to be expected, characterized in that at least two reference flows are produced through successive operation, at different frequencies, of a system pump provided in any case for the regulated fuel flow in the arrangement, the entire conveyed quantity of the system pump being diverted over the flow sensor , and that the gradient determined from the different reference measured values obtained is compared with the known gradients of the characteristic curve of the system pump .
A cleaning robot comprising: a driving apparatus provided with a mounting groove (e); and a cleaning apparatus removably mountable to the mounting groove (e), characterised in that : when the cleaning apparatus is separated from the mounting groove (e), the driving apparatus stores a position of the driving apparatus upon the separation of the cleaning apparatus and when the cleaning apparatus is mounted to the mounting groove (e), the driving apparatus moves to the stored position. a driving apparatus provided with a mounting groove (e); and a cleaning apparatus removably mountable to the mounting groove (e), characterised in that : when the cleaning apparatus is separated from the mounting groove (e), the driving apparatus stores a position of the driving apparatus upon the separation of the cleaning apparatus and when the cleaning apparatus is mounted to the mounting groove (e), the driving apparatus moves to the stored position.
A wheel for rotational use on a vehicle, comprising: a) a hub portion ; b) a flange portion attached to said hub portion ; c) a plurality of balancing tubes attached to said wheel in a longitudinal direction approximately parallel to the axis of rotation of said wheel ; and d) at least one balancing weight axially disposable in one of said balancing tubes such that said weight may be positioned in said balancing tube to effect both azimuthal and longitudinal balance of the wheel ; the wheel and a tire combined, wherein the flange portion is supportive of said tire such that when the tire is mounted on said flange portion said weight may be positioned in said balancing tube to effect both azimuthal and longitudinal balance of the combined wheel and tire characterized in that at least one of said balancing tubes passes through an outer rim flange and an inner rim flange and the air space therebetween. a) a hub portion ; b) a flange portion attached to said hub portion ; c) a plurality of balancing tubes attached to said wheel in a longitudinal direction approximately parallel to the axis of rotation of said wheel ; and d) at least one balancing weight axially disposable in one of said balancing tubes such that said weight may be positioned in said balancing tube to effect both azimuthal and longitudinal balance of the wheel ;
A mobility device securement system with a winch apparatus comprising: a first motorized retractor having a first motor for retracting a first restraint ; a second motorized retractor having a second motor for retracting a second restraint and; a controller for the first and second motors, characterized by an input device with a multi-axis controller for providing a lateral directional input, the lateral directional input being a left directional input or a right directional input, and in that the controller is programmed to respond to said lateral directional input by increasing a speed of one of the first and second motor , decreasing a speed of the other of the first and second motor , or both increasing the speed of one of the first and second motor and decreasing the speed of the other of the first and second motor , whereby the controller is adapted to steer a wheeled device up or down an incline . a first motorized retractor having a first motor for retracting a first restraint ; a second motorized retractor having a second motor for retracting a second restraint and; a controller for the first and second motors, characterized by an input device with a multi-axis controller for providing a lateral directional input, the lateral directional input being a left directional input or a right directional input, and in that the controller is programmed to respond to said lateral directional input by increasing a speed of one of the first and second motor , decreasing a speed of the other of the first and second motor , or both increasing the speed of one of the first and second motor and decreasing the speed of the other of the first and second motor , whereby the controller is adapted to steer a wheeled device up or down an incline .