mhurhangee/ep-ind-claims huggingface dataset:
A method for making a foam article for a component of footwear, the method comprising: forming a mixture of molten thermoplastic elastomer composition and a foaming agent; injecting the mixture into a mold cavity; causing a foaming of said mixture to form a foam article having a microcellular foam structure; and removing the foam article from the mold cavity, wherein the injection step comprises injecting the mixture through a plurality of injection gates, characterized in that the method further comprising forming a gate vestige (160a-160f) for each of the plurality of injection gates during the caused foaming, wherein the foam article has an article volume comprising a plurality of sub-volumes (164a-164f) with one gate vestige (160a-160f) for each sub-volume (164a-164f), the method further comprising determining an aspect ratio for each of the plurality of sub-volumes (164a-164f), the method further comprising designing the mold cavity such that the aspect ratio for each of the plurality of sub-volumes (164a-164f) is greater than 2.7. forming a mixture of molten thermoplastic elastomer composition and a foaming agent; injecting the mixture into a mold cavity; causing a foaming of said mixture to form a foam article having a microcellular foam structure; and removing the foam article from the mold cavity, wherein the injection step comprises injecting the mixture through a plurality of injection gates, characterized in that the method further comprising forming a gate vestige (160a-160f) for each of the plurality of injection gates during the caused foaming, wherein the foam article has an article volume comprising a plurality of sub-volumes (164a-164f) with one gate vestige (160a-160f) for each sub-volume (164a-164f), the method further comprising determining an aspect ratio for each of the plurality of sub-volumes (164a-164f), the method further comprising designing the mold cavity such that the aspect ratio for each of the plurality of sub-volumes (164a-164f) is greater than 2.7.
An assembly including on the one hand an outer window sealing strip for a side door of an automotive vehicle intended to be attached along the upper edge of the outer panel of the side door, and on the other hand a trim moulding intended to be attached to the body of the vehicle near the rear side edge of the window of said side door, one end of the outer window sealing strip comprises attachment means cooperating with complementary attachment means provided on the trim moulding, so as to index said end with respect to the trim moulding along the longitudinal axis, the transverse axis and the vertical axis of the vehicle, characterized in that the end of the outer sealing strip includes an elongated recess along the length of the sealing strip which leads towards this end, and the trim moulding has, in the attachment area of said end of the sealing strip, a tab projecting with respect to an outer face of the trim moulding, said recess of the end of the sealing strip engaging on said tab of the trim moulding in a manner parallel to said longitudinal axis.
A wheel loader, comprising: a vehicle body that has a passage including a rear passage, through which a worker can pass; and a work equipment that is provided on a front side portion of the vehicle body, characterized by a movable fence that is disposed at a rear edge of the rear passage and that is rotatably supported to the vehicle body around a rotation axis extending in a vertical direction between a normal position in which the movable fence extends in a width direction of the vehicle body along the rear edge of the rear passage and a retreat position in which the movable fence extends backward from the vehicle body. a vehicle body that has a passage including a rear passage, through which a worker can pass; and a work equipment that is provided on a front side portion of the vehicle body, characterized by a movable fence that is disposed at a rear edge of the rear passage and that is rotatably supported to the vehicle body around a rotation axis extending in a vertical direction between a normal position in which the movable fence extends in a width direction of the vehicle body along the rear edge of the rear passage and a retreat position in which the movable fence extends backward from the vehicle body.
Cushioning arrangement for an item of seating furniture, with: a support frame; a flat membrane clamped in the support frame; a cushion body placed loosely on the membrane; and a cover spanning the cushion body and fixed to the support frame, wherein the membrane is thermoelastically shrinkable by heating and can be prestressed by this means. a support frame; a flat membrane clamped in the support frame; a cushion body placed loosely on the membrane; and a cover spanning the cushion body and fixed to the support frame, wherein the membrane is thermoelastically shrinkable by heating and can be prestressed by this means.
A key generation method, comprising: receiving, by a mobility management entity, MME, a redirection request message from an access and mobility management function, AMF, node, wherein the redirection request message comprises key-related information, and the redirection request message is used to request to hand over a voice service from a packet switched, PS, domain to a circuit switched, CS, domain; and generating, by the MME, an encryption key and an integrity protection key for the voice service based on the key-related information. receiving, by a mobility management entity, MME, a redirection request message from an access and mobility management function, AMF, node, wherein the redirection request message comprises key-related information, and the redirection request message is used to request to hand over a voice service from a packet switched, PS, domain to a circuit switched, CS, domain; and generating, by the MME, an encryption key and an integrity protection key for the voice service based on the key-related information.
A computer-implemented method of constructing an electrophysiological map corresponding to an anatomic structure, the method comprising: obtaining a first surface model of at least a portion of said anatomic structure, said first surface model comprising an alpha shell generated according to an alpha shape algorithm applied to a first point cloud comprised of a plurality of location data points corresponding to respective locations on the surface of said anatomic structure; obtaining a second surface model of at least a portion of said anatomic structure, said second surface model comprising an alpha shell generated according to an alpha shape algorithm applied to a second point cloud comprised of a plurality of measurement points corresponding to respective locations on the surface of said anatomic structure at which measurements of an EP parameter were made; processing said first and second surface models (51, 151) to identify, for at least one of said location data points, a point on said second surface model that is closest in distance to said location data point, wherein said identified point has a value of said EP parameter associated therewith; and assigning a visual indicator to said location data point based on said EP parameter value associated with said identified point on said second surface model and in accordance with a visualization scheme corresponding to said EP parameter. obtaining a first surface model of at least a portion of said anatomic structure, said first surface model comprising an alpha shell generated according to an alpha shape algorithm applied to a first point cloud comprised of a plurality of location data points corresponding to respective locations on the surface of said anatomic structure; obtaining a second surface model of at least a portion of said anatomic structure, said second surface model comprising an alpha shell generated according to an alpha shape algorithm applied to a second point cloud comprised of a plurality of measurement points corresponding to respective locations on the surface of said anatomic structure at which measurements of an EP parameter were made; processing said first and second surface models (51, 151) to identify, for at least one of said location data points, a point on said second surface model that is closest in distance to said location data point, wherein said identified point has a value of said EP parameter associated therewith; and assigning a visual indicator to said location data point based on said EP parameter value associated with said identified point on said second surface model and in accordance with a visualization scheme corresponding to said EP parameter.
A first access point for providing communications in a first cell using a radio access technology, RAT, wherein the first cell has a coverage area that overlaps at least a part of a coverage area of a second cell that uses a same radio access technology as that of the first cell, and at least a part of a coverage area of a third cell that uses a radio access technology that is different from that of the first and second cells, and that is served by a second access point, wherein the first access point is characterised by: a first tracking area code, TAC, that is different from a second TAC assigned to the second cell, and different from a third Area Code assigned to the third cell; a memory for storing information relating to the third cell, and wherein the first access point is arranged to receive a request for connection from a wireless communication unit that is within the coverage area of the first cell and camped on to the second cell, and in response to receiving said request for connection, establish a connection and redirect the wireless communication unit to the third cell by sending to the wireless communication unit, a Radio Resource Control Connection Release message including a Radio Resource Control redirection Information Element that includes the stored information relating to the third cell. a first tracking area code, TAC, that is different from a second TAC assigned to the second cell, and different from a third Area Code assigned to the third cell; a memory for storing information relating to the third cell, and wherein the first access point is arranged to receive a request for connection from a wireless communication unit that is within the coverage area of the first cell and camped on to the second cell, and in response to receiving said request for connection, establish a connection and redirect the wireless communication unit to the third cell by sending to the wireless communication unit, a Radio Resource Control Connection Release message including a Radio Resource Control redirection Information Element that includes the stored information relating to the third cell.
An automated external defibrillator for use during cardiopulmonary resuscitation comprising: - a user interface having at least one of an aural instruction output and a visual display; - an input of an ECG signal; - a shock delivery circuit; - a memory for storing instructions related to a first ECG analysis algorithm that is operable to determine one of a "shock advised" and an "undecided" determination from the ECG signal in the presence of a CPR-related signal noise artifact from the input, a second ECG analysis algorithm that is operable to determine one of a SA and a "No Shock Advised" determination from the ECG signal in the absence of CPR-related signal noise artifact from the input, and a CPR rescue protocol that includes at least two periods for providing CPR compressions; and - a controller disposed in controlling communication with the user interface, the input, the memory and the shock delivery circuit to arm the shock delivery circuit responsive to any SA determination from either of the first or second algorithms, wherein the controller is further operable to always automatically switch from the first to the second ECG analysis algorithm at an end of one of the at least two periods during which the first ECG analysis algorithm determines any other than a SA determination. - a user interface having at least one of an aural instruction output and a visual display; - an input of an ECG signal; - a shock delivery circuit; - a memory for storing instructions related to a first ECG analysis algorithm that is operable to determine one of a "shock advised" and an "undecided" determination from the ECG signal in the presence of a CPR-related signal noise artifact from the input, a second ECG analysis algorithm that is operable to determine one of a SA and a "No Shock Advised" determination from the ECG signal in the absence of CPR-related signal noise artifact from the input, and a CPR rescue protocol that includes at least two periods for providing CPR compressions; and a first ECG analysis algorithm that is operable to determine one of a "shock advised" and an "undecided" determination from the ECG signal in the presence of a CPR-related signal noise artifact from the input, a second ECG analysis algorithm that is operable to determine one of a SA and a "No Shock Advised" determination from the ECG signal in the absence of CPR-related signal noise artifact from the input, and a CPR rescue protocol that includes at least two periods for providing CPR compressions; and - a controller disposed in controlling communication with the user interface, the input, the memory and the shock delivery circuit to arm the shock delivery circuit responsive to any SA determination from either of the first or second algorithms,
A piston push-rod assembly in which a piston (1 b) for a master cylinder is connected to a push rod; the piston (1 b) including a piston sliding portion (1b1) which is contained in a cylinder and slides relative to the cylinder, and a tubular connection portion (1b2) which is connected to the push rod; and the piston sliding portion (1b1) being coated with plating, and the tubular connection portion including an unplated portion, characterized by a cover member (150A, 150B) which covers the tubular connection portion (1b2), wherein the tubular connection portion has a diameter smaller than the piston sliding portion (1b1), the cover member has a cylindrical shape with a bottom, a bore is formed in the bottom, the piston rod is inserted through the bore, and an end portion of the cover member on an opening side abuts a connection surface connecting the outer circumferential surface of the piston sliding portion (1b1) and an outer circumferential surface of the tubular connection portion (1 b2). a piston sliding portion (1b1) which is contained in a cylinder and slides relative to the cylinder, and a tubular connection portion (1b2) which is connected to the push rod; and
Lighting system for a motor vehicle comprising at least one primary optical device for emitting a light beam exhibiting a cutoff profile, the primary optical emission device comprising at least one light source 1 and one single-piece primary optical member comprising an input surface 6 suitable for receiving a light beam emitted by the light source 1, a ray interception surface configured to form the cutoff profile in the light beam received and an output surface 8 for said light beam, it also comprises a projection device 14 arranged downstream of the primary optical emission device(s) and comprising: - an input surface 15 arranged facing the primary optical emission device(s), and through which are introduced rays of the light beam derived as output from the primary optical emission device(s); - a single continuous output surface 16 through which the light beam 17 is projected, characterized in that it comprises at least two primary optical emission devices each comprising a light source 1 and a primary optical member 2. - an input surface 15 arranged facing the primary optical emission device(s), and through which are introduced rays of the light beam derived as output from the primary optical emission device(s); - a single continuous output surface 16 through which the light beam 17 is projected,
A tyre comprising: a tread portion comprising a groove bottom surface and a plurality of blocks protruding from the groove bottom surface, the plurality of blocks comprising one or more multi-height blocks, each multi-height block comprising a first block portion having a first height from the groove bottom surface, a second block portion having a second height from the groove bottom surface, a third block portion having a third height from the groove bottom surface, and a block groove wherein the second height is higher than the first height, and the third height is higher than the second height (H 2), characterized in that the block groove divides the multi-height block into the first block portion, the second block portion and the third block portion. a tread portion comprising a groove bottom surface and a plurality of blocks protruding from the groove bottom surface, the plurality of blocks comprising one or more multi-height blocks, each multi-height block comprising a first block portion having a first height from the groove bottom surface, a second block portion having a second height from the groove bottom surface, a third block portion having a third height from the groove bottom surface, and a block groove wherein the second height is higher than the first height, and the third height is higher than the second height (H 2), characterized in that the block groove divides the multi-height block into the first block portion, the second block portion and the third block portion.
A device comprising: one or more processors configured to: detect an issue in a universal customer premises equipment, uCPE, platform; select a traffic flow to migrate from the uCPE platform to a virtual customer premises equipment, vCPE, platform, the traffic flow being selected based on a characteristic of the traffic flow; determine a traffic path of the traffic flow through the vCPE platform; identify a plurality of points of presence, PoPs, of the vCPE platform along the traffic path; select a PoP from the plurality of PoPs, based on a characteristic of the PoP and on the PoP being situated along the traffic path, to host a virtual network function, VNF, associated with the traffic flow, wherein the characteristic of the PoP comprises a cost of migrating the traffic flow to the PoP; and perform an action associated with the PoP or the traffic flow to resolve the issue; wherein the one or more processors are configured to, when performing the action: migrate the traffic flow from the uCPE platform to the selected PoP. one or more processors configured to: detect an issue in a universal customer premises equipment, uCPE, platform; select a traffic flow to migrate from the uCPE platform to a virtual customer premises equipment, vCPE, platform, the traffic flow being selected based on a characteristic of the traffic flow; determine a traffic path of the traffic flow through the vCPE platform; identify a plurality of points of presence, PoPs, of the vCPE platform along the traffic path; select a PoP from the plurality of PoPs, based on a characteristic of the PoP and on the PoP being situated along the traffic path, to host a virtual network function, VNF, associated with the traffic flow, wherein the characteristic of the PoP comprises a cost of migrating the traffic flow to the PoP; and perform an action associated with the PoP or the traffic flow to resolve the issue; detect an issue in a universal customer premises equipment, uCPE, platform; select a traffic flow to migrate from the uCPE platform to a virtual customer premises equipment, vCPE, platform, the traffic flow being selected based on a characteristic of the traffic flow; determine a traffic path of the traffic flow through the vCPE platform; identify a plurality of points of presence, PoPs, of the vCPE platform along the traffic path; select a PoP from the plurality of PoPs, based on a characteristic of the PoP and on the PoP being situated along the traffic path, to host a virtual network function, VNF, associated with the traffic flow, wherein the characteristic of the PoP comprises a cost of migrating the traffic flow to the PoP; and perform an action associated with the PoP or the traffic flow to resolve the issue; wherein the one or more processors are configured to, when performing the action: migrate the traffic flow from the uCPE platform to the selected PoP.
A decorative panel for an air conditioner, attached to a lower portion of an indoor unit body inserted and installed in an opening of a ceiling, the decorative panel comprising: a panel body including a panel central portion having an inlet and an outlet and covering a lower surface of the indoor unit body, and a panel extension portion extending from an entire periphery of the panel central portion along a ceiling surface, wherein a movement restrictor restricting movement of water from an outer peripheral surface of the panel extension portion to the ceiling surface is provided on an outer peripheral surface of the panel extension portion, and is formed along an outer periphery of the panel extension portion; characterized in that the movement restrictor is configured as a notch formed along an upper end of the outer peripheral surface of the panel extension portion or as a groove extending along an upper end portion of the outer peripheral surface of the panel extension portion. a panel body including a panel central portion having an inlet and an outlet and covering a lower surface of the indoor unit body, and a panel extension portion extending from an entire periphery of the panel central portion along a ceiling surface, wherein a movement restrictor restricting movement of water from an outer peripheral surface of the panel extension portion to the ceiling surface is provided on an outer peripheral surface of the panel extension portion, and is formed along an outer periphery of the panel extension portion; characterized in that the movement restrictor is configured as a notch formed along an upper end of the outer peripheral surface of the panel extension portion or as a groove extending along an upper end portion of the outer peripheral surface of the panel extension portion.
A plant for the glueing of fibres for the manufacture of fibreboards, in particular MDF boards, or timber material boards of that kind, with a fibre feed unit with at least one fibre feed conduit to which feed air can be supplied for purposes of transporting the fibres, which conduit leads via, e.g., a curved fibre deflecting conduit, into a fibre exit pipe, with a chute arranged downstream of the fibre exit pipe, with a glueing device with spray nozzles for purposes of spraying the fibres exiting the fibre exit pipe and entering the chute with glue droplets, and with a collector device arranged downstream of the chute with a transporting device for purposes of collecting and, as required, removal of the fibres, and a suction device for purposes of sucking the air out of the chute through the transporting device, characterised in that, in the glueing operation the spray nozzles, or at least some of the spray nozzles, can be transferred out of a standby position into an operating position for purposes of glueing the fibres, and, in the event of an interruption of the glueing operation, can be transferred out of the operating position into the standby position.