mhurhangee/ep-ind-claims huggingface dataset:
An adhesive strip with non-adhesive band, the adhesive strip with non-adhesive band comprising: a strip body (120, 200, 401, 402, 403, 404) having a first surface being adhesive and a second surface; and a non-adhesive band (110, 210, 410, 420, 430, 440) disposed on the first surface of the strip body to divide the strip body (120, 200, 401, 402, 403, 404) into an upper adhesive part and a lower adhesive part, wherein the non-adhesive band has an outer contour conforms to a contour of the strip body within their overlapping configuration and a height of the non-adhesive band is larger than a combined thickness of an upper and lower lips of a user in a mouth-closed condition when applied to the user's mouth, the non-adhesive band has a width W smaller than a width of the user's mouth, characterized in that the non-adhesive band (110, 210, 410, 420, 430, 440) is configured to offset from a central portion of the user's mouth to provide an obstructive mouth opening area covered by the non-adhesive band (110, 210, 410, 420, 430, 440) besides a non-obstructive mouth opening area when applied to the user's mouth; and the configuration of the strip body is selected from one of the following: the strip body (120, 200) has a concave edge and a convex edge opposing thereto and forming a protruding tab on the non-adhesive band (110, 210), the strip body has two unsymmetrical edges (4011, 4012) with one of the two edges having a protruding tab on the non-adhesive band, the strip body has two symmetrical edges (4021, 4022) forming a pair of opposing protrusions on the non-adhesive band, the strip body has two opposing zigzag edges (4031, 4032), and the strip body has a concave edge and a convex edge opposing thereto and forming a protruding tab on the non-adhesive band and a non-adhesive tab at one of top and bottom edges of the strip body. a strip body (120, 200, 401, 402, 403, 404) having a first surface being adhesive and a second surface; and a non-adhesive band (110, 210, 410, 420, 430, 440) disposed on the first surface of the strip body to divide the strip body (120, 200, 401, 402, 403, 404) into an upper adhesive part and a lower adhesive part, wherein the non-adhesive band has an outer contour conforms to a contour of the strip body within their overlapping configuration and a height of the non-adhesive band is larger than a combined thickness of an upper and lower lips of a user in a mouth-closed condition when applied to the user's mouth, the non-adhesive band has a width W smaller than a width of the user's mouth,
Hose which conveys an acidic medium and has at least the following layer structure: - as barrier layer with respect to the acidic medium, an internal layer which is composed of a bisphenolically crosslinked fluorinated rubber mixture which comprises Ca 2 as activator and acid scavenger; and also - an external layer made of a crosslinked rubber mixture; characterized in that the fluorinated rubber mixture and the internal layer comprises from 0 to 0.9 phr of MgO, and that the Ca 2 content is from 2 to 4 phr. - as barrier layer with respect to the acidic medium, an internal layer which is composed of a bisphenolically crosslinked fluorinated rubber mixture which comprises Ca 2 as activator and acid scavenger; and also - an external layer made of a crosslinked rubber mixture;
A method of decoding video data that has been encoded in palette mode, wherein, in palette mode, pixels of a block of video data are encoded using one of a reference to an entry in a palette, a reference to an above-neighbouring pixel, or as an escape pixel, wherein the entries in the palette represent pixel values of the block, and wherein, when a pixel is encoded as an escape pixel, a pixel value for the pixel does not exist in the palette and a pixel value for the pixel is signaled directly, the method comprising: forming a palette that includes entries representing pixel values for a block of the video data; determining that the block of the video data includes one or more pixels encoded as escape pixels; decoding, for each of one or more pixels encoded as escape pixels, an exponential Golomb codeword representative of a value for the pixel, wherein decoding the exponential Golomb codeword comprises decoding the exponential Golomb codeword using exponential Golomb with parameter 3 decoding; and decoding the block using the value for each of the one or more pixels encoded as escape pixels. forming a palette that includes entries representing pixel values for a block of the video data; determining that the block of the video data includes one or more pixels encoded as escape pixels; decoding, for each of one or more pixels encoded as escape pixels, an exponential Golomb codeword representative of a value for the pixel, wherein decoding the exponential Golomb codeword comprises decoding the exponential Golomb codeword using exponential Golomb with parameter 3 decoding; and decoding the block using the value for each of the one or more pixels encoded as escape pixels.
A cleaning system comprising a base unit and at least one accessory device for being separably connected to the base unit, wherein the base unit has a detection device for detecting the type of accessory device currently connected to the base unit, a base memory and a control device for controlling an operating activity of the base unit and/or the accessory device in dependence on the type of the connected accessory device, characterized in that the accessory device has a configuration memory, in which configuration data for configuring the base unit and/or the accessory device for an operation of the cleaning system is stored, wherein the control device of the base unit is designed for storing the configuration data stored in the configuration memory of the accessory device centrally in the base memory, and wherein the control device is designed for accessing the configuration data stored in the base memory for an operation of the cleaning system and for adjusting the base unit and/or the accessory device based on the configuration data.
A cable sealing device for providing a seal about a cable (88, 90), the cable sealing device comprising a cable seal arrangement that is pressurized to seal the cable (88, 90), the cable sealing device includes an autonomous containment structure (92F, 92R, 56) for laterally and axially containing the sealing arrangement, the autonomous containment structure (92F, 92R, 56) including a moveable portion (92F, 92R) that is moveble to an actuated position in the axial direction along an axis to pressurize the cable seal arrangement, the cable sealing device also including a retention mechanism for retaining the moveable portion (92F, 92R) in the actuated position, the autonomous containment structure (92F, 92R, 56) further including an autonomous perimeter casing mounted over the sealing arrangement for laterally containing the cable sealing arrangement such that the cable sealing arrangement remains pressurized when the moveable portion (92F, 92R) is in the actuated position independent of any placement of the cable sealing device within any other enclosure the sealing device is intended to be used with, the cable sealing device having a wrap-around configuration for allowing a cable (88, 90) to be laterally inserted into the disassembled cable sealing device and not requiring a cable (88, 90) to be axially threaded through any port or passage region during installation of the cable (88, 90), wherein the moveable portion (92F, 92R) is movable to the actuated position by actuating a cam lever or a screw of the actuator, characterized in that the cable sealing device further comprising a perimeter seal that extends about an exterior of the autonomous perimeter casing, wherein the perimeter seal is connected to the cable seal arrangement by legs that extend through the autonomous perimeter casing.
A secondary battery including a battery electrode assembly in which a positive electrode and a negative electrode are alternately laminated while a separator is interposed therebetween, wherein each of said positive electrode and said negative electrode includes a current collector (3,8) and an active material (2,7) that is applied on said current collector (3,8), each surface of said current collector (3,8) is provided with an application portion and a non-application portion, said application portion being a portion on which said active material (2,7) is applied, said non-application portion being a portion on which said active material (2,7) is not applied, and each of the active material of the positive electrode and the active material of the negative electrode comprises a thinner portion (2a,7a) whose thickness is smaller with respect to the center portion, at least at a part of an outer edge portion of said application portion of each of the positive electrode and the negative electrode, and a charging capacity ratio A/C between said negative electrode and said positive electrode that face each other at the outer edge portion containing said thinner portion (2a, 7a) is higher than the charging capacity ratio A/C between said negative electrode and said positive electrode that face each other at a center side with respect to the outer edge portion, the charging capacity ratio A/C being a ratio between a charging capacity A of said negative electrode and a charging capacity C of said positive electrode. each of said positive electrode and said negative electrode includes a current collector (3,8) and an active material (2,7) that is applied on said current collector (3,8), each surface of said current collector (3,8) is provided with an application portion and a non-application portion, said application portion being a portion on which said active material (2,7) is applied, said non-application portion being a portion on which said active material (2,7) is not applied, and each of the active material of the positive electrode and the active material of the negative electrode comprises a thinner portion (2a,7a) whose thickness is smaller with respect to the center portion, at least at a part of an outer edge portion of said application portion of each of the positive electrode and the negative electrode, and a charging capacity ratio A/C between said negative electrode and said positive electrode that face each other at the outer edge portion containing said thinner portion (2a, 7a) is higher than the charging capacity ratio A/C between said negative electrode and said positive electrode that face each other at a center side with respect to the outer edge portion, the charging capacity ratio A/C being a ratio between a charging capacity A of said negative electrode and a charging capacity C of said positive electrode.
Method for producing a bent part from an elongated workpiece by means of a bending machine which has a bending head having a bending mould and a bending arm that is rotatable about the bending mould and has a clamping device for clamping an end portion of the workpiece against a circumferential portion of the bending mould and is rotatable about a bending axis, wherein a portion of the workpiece is moved to an initial position in the engagement region of the bending head; the clamping device is brought into contact with the end portion and clamps the end portion in relation to a circumferential portion of the bending mould; a counter-holding device is brought to engage with a feed-side portion of the workpiece; and in a bending operation a bend between the feed-side portion and the end portion is generated by rotating the bending arm about the bending axis; wherein the counter-holding device for introducing and/or receiving a torque engages on the feed-side portion and the counter-holding device and/or the bending head before, during and/or after the rotation of the bending arm about the bending axis is rotated about a rotation axis extending parallel to the longitudinal direction of the feed-side portion in such a manner that a twisted portion is generated in a region between the counter-holding device and the bending mould, characterized in that the bending machine has an infeed device for infeeding workpiece material from a material supply, in that the infeed device is rotatable about an infeed axis, and in that the infeed device is used as the counter-holding device. wherein a portion of the workpiece is moved to an initial position in the engagement region of the bending head; the clamping device is brought into contact with the end portion and clamps the end portion in relation to a circumferential portion of the bending mould; a counter-holding device is brought to engage with a feed-side portion of the workpiece; and in a bending operation a bend between the feed-side portion and the end portion is generated by rotating the bending arm about the bending axis; wherein the counter-holding device for introducing and/or receiving a torque engages on the feed-side portion and the counter-holding device and/or the bending head before, during and/or after the rotation of the bending arm about the bending axis is rotated about a rotation axis extending parallel to the longitudinal direction of the feed-side portion in such a manner that a twisted portion is generated in a region between the counter-holding device and the bending mould, characterized in that the bending machine has an infeed device for infeeding workpiece material from a material supply, in that the infeed device is rotatable about an infeed axis, and in that the infeed device is used as the counter-holding device.
A solid-state, ion-conducting battery comprising: a) a cathode material or anode material; b) a solid-state electrolyte material comprising a porous region having a plurality of pores, and a dense region having a thickness of from 1 μm to 100 μm, wherein the cathode material or the anode material is disposed on at least a portion of the porous region and the dense region is free of the cathode material and the anode material, and c) a current collector disposed on at least a portion of the cathode material or the anode material. a) a cathode material or anode material; b) a solid-state electrolyte material comprising a porous region having a plurality of pores, and a dense region having a thickness of from 1 μm to 100 μm, wherein the cathode material or the anode material is disposed on at least a portion of the porous region and the dense region is free of the cathode material and the anode material, and c) a current collector disposed on at least a portion of the cathode material or the anode material.
A method by a pipe control node for managing network resources that are used to transport network traffic, the method comprising: allocating network resources to a virtual pipe for transporting a plurality of multimedia streams through the network; monitoring utilization of the network resources by the plurality of multimedia streams transported through the virtual pipe relative to the network resources allocated to the virtual pipe; managing the network resources that are used by the plurality of multimedia streams transported through the virtual pipe in response to the monitored utilization; determining whether a particular network traffic transports a video stream, wherein the determining further comprises comparing a source address of the video stream to a known list of source addresses providing video streams; and including the particular network traffic in the virtual pipe in response to the particular network traffic transports a video stream, and otherwise excluding the particular network traffic from utilization of the network resources allocated to the virtual pipe, in response to the particular network traffic not transporting a video stream. allocating network resources to a virtual pipe for transporting a plurality of multimedia streams through the network; monitoring utilization of the network resources by the plurality of multimedia streams transported through the virtual pipe relative to the network resources allocated to the virtual pipe; managing the network resources that are used by the plurality of multimedia streams transported through the virtual pipe in response to the monitored utilization; determining whether a particular network traffic transports a video stream, wherein the determining further comprises comparing a source address of the video stream to a known list of source addresses providing video streams; and including the particular network traffic in the virtual pipe in response to the particular network traffic transports a video stream, and otherwise excluding the particular network traffic from utilization of the network resources allocated to the virtual pipe, in response to the particular network traffic not transporting a video stream.
Vehicle restraint system (10; 110; 210) for delimiting roadways, comprising - a base beam (12; 112; 212) which extends along a longitudinal axis and which extends upwardly starting from a base, and - a guide profile (16; 116; 216) which is connected or connectable to the base beam (12; 112; 212) and which extends in the direction of the longitudinal axis, wherein the base beam (12; 112; 212) and the guide profile (16; 116; 216) each have a closed profile and are connected to one another via a connecting area (14; 114; 214), in that the base beam (12; 112; 212) and the guide profile (16; 116; 216) are coupled via a plug-in connection, characterized in that the vehicle restraint system (10; 110; 210) is made up of multiple base beams (12; 112; 212) and guide profiles (16; 116; 216) situated end to end, with interconnected base beams (12; 112; 212) and guide profiles (16; 116; 216) being situatable in an offset manner with respect to one another. - a base beam (12; 112; 212) which extends along a longitudinal axis and which extends upwardly starting from a base, and - a guide profile (16; 116; 216) which is connected or connectable to the base beam (12; 112; 212) and which extends in the direction of the longitudinal axis, wherein the base beam (12; 112; 212) and the guide profile (16; 116; 216) each have a closed profile and are connected to one another via a connecting area (14; 114; 214), in that the base beam (12; 112; 212) and the guide profile (16; 116; 216) are coupled via a plug-in connection, characterized in that the vehicle restraint system (10; 110; 210) is made up of multiple base beams (12; 112; 212) and guide profiles (16; 116; 216) situated end to end, with interconnected base beams (12; 112; 212) and guide profiles (16; 116; 216) being situatable in an offset manner with respect to one another.
A device for use with a continuous track of a tracked vehicle to enhance the traction of the vehicle, the device comprising: an elongate body (5, 105) having a surface and a longitudinal axis; a first ground engaging feature (29A, 129A) and a second ground engaging feature (29A, 129B) operatively attached to the elongate body (5, 105) and projecting beyond the surface of the elongate body (5, 105), the first ground engaging feature (29A, 129A) having a plurality of teeth arranged in a line, the second ground engaging feature (29B, 129B) having a plurality of teeth arranged in a line, the line of the first ground engaging feature (29A, 129A) extending at an angle relative to the longitudinal axis of the elongate body and at an angle relative to the line of the second ground engaging feature (29B, 129B); and a releasable bracket (7, 107) for releasably securing the elongate body to the continuous track, characterised in that, the releasable bracket (7, 107) comprises a bracket body (11, 111), a first clamping member (13, 113) extending from the bracket body (11, 111), a second clamping member (15, 115) extending from the bracket body at an acute angle relative to the first clamping member (13, 113), and a fastener, wherein the bracket (7, 107) is arranged such that fastening the fastener causes the bracket body (11, 111) to wedge the elongate body (5, 105) and a track shoe of the continuous track between the first clamping member (13, 113) and the second clamping member. an elongate body (5, 105) having a surface and a longitudinal axis; a first ground engaging feature (29A, 129A) and a second ground engaging feature (29A, 129B) operatively attached to the elongate body (5, 105) and projecting beyond the surface of the elongate body (5, 105), the first ground engaging feature (29A, 129A) having a plurality of teeth arranged in a line, the second ground engaging feature (29B, 129B) having a plurality of teeth arranged in a line, the line of the first ground engaging feature (29A, 129A) extending at an angle relative to the longitudinal axis of the elongate body and at an angle relative to the line of the second ground engaging feature (29B, 129B); and a releasable bracket (7, 107) for releasably securing the elongate body to the continuous track, characterised in that, the releasable bracket (7, 107) comprises a bracket body (11, 111), a first clamping member (13, 113) extending from the bracket body (11, 111), a second clamping member (15, 115) extending from the bracket body at an acute angle relative to the first clamping member (13, 113), and a fastener, wherein the bracket (7, 107) is arranged such that fastening the fastener causes the bracket body (11, 111) to wedge the elongate body (5, 105) and a track shoe of the continuous track between the first clamping member (13, 113) and the second clamping member.
A method for assembling a shear press tool, said tool including a frame which has a receiving surface intended to be placed substantially normally to the shearing movement (M C), and arranged to receive a series of cutting blades (5, 6, 7) intended to realize consecutive sections of a predetermined shearing line, said blades (5, 6, 7) each being delimited by a base face arranged to come to rest against the receiving surface, by a front cutting face (5C, 6C, 7C) which rises with respect to said base face such that the shearing can be carried out along said front face, by a dorsal face (5T, 6T, 7T) forming a heel opposite said front cutting face (5C, 6C, 7C), and by a first lateral face (5D, 6D, 7D) and a second lateral face (5G, 6G, 7G), which are opposite, which each connect the front face to the dorsal face, said method being characterized in that it comprises an initialisation step (a), during which a first cutting blade is mounted on the receiving surface, a free lateral joining face of which cutting blade forms, projecting with respect to the receiving surface, a first positioning stop, a step (b) of forming an anti-recoil guide, during which, at a distance from the site of the first positioning stop, at least a second positioning step and a third positioning stop are fixed to the frame, said stops being distant from one another, which project with respect to the receiving surface, then a linear stacking step (c) during which a second cutting blade is mounted on the receiving surface, next to the first blade, simultaneously abutting on the one hand the heel of said second blade against the second and the third positioning stop (12, 13), so as to limit the recoil (T X) of the second blade with respect to the cutting zone, whilst permitting a longitudinal adjustment displacement (T Y) of said second blade, and on the other hand one of the lateral faces of said second blade against the first positioning stop, which thus forms an obstacle to the longitudinal displacement (T Y) of the second blade, and such that the frontal cutting face of the second blade comes to place itself substantially in the continuity of the cutting face of the first blade.