mhurhangee/ep-ind-claims huggingface dataset:
4/3 Directional control valve for a sanitary fitting, having - four ports in the form of an inlet and three outlets (233, 238, 239) and three switching positions, - at least one control element (240, 250), - - which in each switching position unblocks one of the outlets and shuts off the other outlets, - - which in the starting position of the directional control valve unblocks a first outlet, - - which is movable from the starting position to a second switching position, -- on inflow of a fluid remains in the second switching position and, -- after the fluid inflow has been shut off, automatically returns to the starting position, characterised in that the control element is provided from at least two individual elements (240, 250) and a valve seat for the second individual element is provided on the first individual element. - four ports in the form of an inlet and three outlets (233, 238, 239) and three switching positions, - at least one control element (240, 250), - - which in each switching position unblocks one of the outlets and shuts off the other outlets, - - which in the starting position of the directional control valve unblocks a first outlet, - - which is movable from the starting position to a second switching position, -- on inflow of a fluid remains in the second switching position and, -- after the fluid inflow has been shut off, automatically returns to the starting position, - - which in each switching position unblocks one of the outlets and shuts off the other outlets, - - which in the starting position of the directional control valve unblocks a first outlet, - - which is movable from the starting position to a second switching position, -- on inflow of a fluid remains in the second switching position and, -- after the fluid inflow has been shut off, automatically returns to the starting position,
A combination of an intermediate transfer medium and a thermal transfer sheet, wherein: the intermediate transfer medium is an intermediate transfer medium comprising a substrate and a transfer layer provided on the substrate, wherein the transfer layer has a single layer structure including only a receiving layer or a layered structure including a receiving layer, when the transfer layer has the layered structure, the receiving layer is located furthest from the substrate among layers constituting the transfer layer, the receiving layer contains a binder resin having a number average molecular weight (Mn) of 8000 or more and 32000 or less and a release agent, and the content of the release agent based on the total mass of the receiving layer is 6% by mass or more; and the thermal transfer sheet is (i) a combination of a thermal transfer sheet having a colorant layer and a thermal transfer sheet having a heat sealing layer, or (ii) a thermal transfer sheet having the colorant layer and the heat sealing layer provided as being frame sequentially, wherein the heat sealing layer of the thermal transfer sheet contains a binder resin having a number average molecular weight (Mn) of 4000 or more and 32000 or less. the intermediate transfer medium is an intermediate transfer medium comprising a substrate and a transfer layer provided on the substrate, wherein the transfer layer has a single layer structure including only a receiving layer or a layered structure including a receiving layer, when the transfer layer has the layered structure, the receiving layer is located furthest from the substrate among layers constituting the transfer layer, the receiving layer contains a binder resin having a number average molecular weight (Mn) of 8000 or more and 32000 or less and a release agent, and the content of the release agent based on the total mass of the receiving layer is 6% by mass or more; and the thermal transfer sheet is (i) a combination of a thermal transfer sheet having a colorant layer and a thermal transfer sheet having a heat sealing layer, or (ii) a thermal transfer sheet having the colorant layer and the heat sealing layer provided as being frame sequentially, wherein the heat sealing layer of the thermal transfer sheet contains a binder resin having a number average molecular weight (Mn) of 4000 or more and 32000 or less.
Pinch roll apparatus comprising: upper and lower pinch rolls (60A 60B) forming a pair of pinch rolls each having a diameter of between 300 and 1500 mm positioned one above the other to form a nip between them through which metal strip can be continuously fed; and a rotational drive (64A, 64B) capable of counter rotating the pinch rolls (60A 60B) to cause the strip to pass through the nip of the pinch rolls in a strip travel direction; characterised in that said upper and lower pinch rolls (60A 60B) are positioned with their axes set apart by a constant offset of between 10 and 130 mm in the strip travel direction with the upper pinch roll offset downstream of the direction of travel of the strip through the pinch rolls so as to cause an intermesh between the pinch rolls such that the strip contacts the peripheral surfaces of the pinch rolls across the width of the strip and there is a tilt drive capable of tilting the upper pinch roll relative to the lower pinch roll transversely of the strip by a tilt between 0.5 and 5.0 mm measured vertically across the strip from one edge to the other to control steering of the strip passing through the pinch rolls in said direction of travel. upper and lower pinch rolls (60A 60B) forming a pair of pinch rolls each having a diameter of between 300 and 1500 mm positioned one above the other to form a nip between them through which metal strip can be continuously fed; and a rotational drive (64A, 64B) capable of counter rotating the pinch rolls (60A 60B) to cause the strip to pass through the nip of the pinch rolls in a strip travel direction;
An adhesive film for metal terminals, interdisposable between a metal terminal electrically connected to an electrode of a battery element and a packaging material for sealing the battery element, the adhesive film for metal terminals comprising a first polyolefin layer, a base material film containing polyethylene naphthalate, and a second polyolefin layer in this order, wherein the base material film is a stretched film, at least one of the first polyolefin layer and the second polyolefin layer contains an acid-modified polyolefin, and when infrared absorption spectra are obtained for a surface of the base material film in a direction perpendicular to a thickness direction, in 18 directions from 0 to 170° in increments of 10°, by means of polarization measurement by Fourier transform infrared spectroscopy using single-reflection ATR, a value obtained by calculating, in each of the 18 directions, a value Y by dividing an absorption peak intensity Y 765 at 765 cm -1 by an absorption peak intensity Y 1181 at 1181 cm -1 in the infrared absorption spectrum, and then by dividing a maximum value Y max of the values Y by a minimum value Y min of the values Y, is 1.0 or more and 1.3 or less. the adhesive film for metal terminals comprising a first polyolefin layer, a base material film containing polyethylene naphthalate, and a second polyolefin layer in this order, wherein the base material film is a stretched film, at least one of the first polyolefin layer and the second polyolefin layer contains an acid-modified polyolefin, and when infrared absorption spectra are obtained for a surface of the base material film in a direction perpendicular to a thickness direction, in 18 directions from 0 to 170° in increments of 10°, by means of polarization measurement by Fourier transform infrared spectroscopy using single-reflection ATR, a value obtained by calculating, in each of the 18 directions, a value Y by dividing an absorption peak intensity Y 765 at 765 cm -1 by an absorption peak intensity Y 1181 at 1181 cm -1 in the infrared absorption spectrum, and then by dividing a maximum value Y max of the values Y by a minimum value Y min of the values Y, is 1.0 or more and 1.3 or less.
An apparatus to switch packets, each packet including at least one cell, the apparatus comprising: - a plurality of input queues, each input queue storing cells to be switched; - a plurality of output queues, each output queue storing switched cells; - a switch fabric coupling said input queues to said output queues, said switch fabric having memory, said switch fabric storing cells moved from said input queues to said switch fabric, said switch fabric storing cells based on said output queues, said switch fabric storing flow-control state information; and - a controller coupled to said input queues and said switch fabric, said controller determining input priorities for cells moving from said input queues to said switch fabric and output priorities for cells moving from said switch fabric to said output queues, said controller configured to update said flow-control state information of said switch fabric based on whether or not a cell exists in said switch fabric memory with a lower time-to-leave, TTL, than all queued cells being regulated by said flow-control state information. - a plurality of input queues, each input queue storing cells to be switched; - a plurality of output queues, each output queue storing switched cells; - a switch fabric coupling said input queues to said output queues, said switch fabric having memory, said switch fabric storing cells moved from said input queues to said switch fabric, said switch fabric storing cells based on said output queues, said switch fabric storing flow-control state information; and - a controller coupled to said input queues and said switch fabric, said controller determining input priorities for cells moving from said input queues to said switch fabric and output priorities for cells moving from said switch fabric to said output queues, said controller configured to update said flow-control state information of said switch fabric based on whether or not a cell exists in said switch fabric memory with a lower time-to-leave, TTL, than all queued cells being regulated by said flow-control state information.
An overvoltage protection circuit, comprising: an input voltage port; an output voltage port; a low pass filter coupled to the input voltage port; a voltage regulator coupled to the low pass filter; and a source follower transistor having a gate, a drain and a source, wherein the drain is coupled to the input voltage port, the source is coupled to the output voltage port, and the gate is coupled to the voltage regulator, the source being configured to provide an output voltage at the output port; wherein the voltage regulator is configured, when an input voltage on the input voltage port rises to a predetermined level, to drive the transistor to stabilize the output voltage at a fixed voltage, irrespective of any further rise in the value of the input voltage. an input voltage port; an output voltage port; a low pass filter coupled to the input voltage port; a voltage regulator coupled to the low pass filter; and a source follower transistor having a gate, a drain and a source, wherein the drain is coupled to the input voltage port, the source is coupled to the output voltage port, and the gate is coupled to the voltage regulator, the source being configured to provide an output voltage at the output port; wherein the voltage regulator is configured, when an input voltage on the input voltage port rises to a predetermined level, to drive the transistor to stabilize the output voltage at a fixed voltage, irrespective of any further rise in the value of the input voltage.
Method for treatment of an exhaust stream, resulting from a combustion in a combustion engine and comprising nitrogen oxides NO x, comprising nitrogen monoxide NO and nitrogen dioxide NO 2; wherein - a first impact on a first amount of nitrogen oxides NO x_1 reaching a first device, arranged in said exhaust treatment system in order to impact said first amount of nitrogen oxides NO x_1, so that first said impact is carried out through the use of at least a first multifunctional slip-catalyst (SC 1) in said first device, wherein said first multifunctional slip-catalyst (SC 1) includes: - a nitrogen oxides NO x reducing coating including copper- or iron-zeolite; and - one or several substances comprised in platinum group metals, and/or one or several other substances that provide similar characteristics as for the platinum group metals; said first multifunctional slip catalyst (SC 1) thereby being arranged for carrying out primarily a reduction of nitrogen oxides NO x, and secondarily an oxidation of potential additive in said exhaust stream, so that said first impact is actively controlled, based at least on said first amount of nitrogen oxides NO x_1 reaching said first device; and - a second impact on a second amount of nitrogen oxides NO x_2 reaching a second device, arranged downstream of said first device, in order to impact said second amount of nitrogen oxides NO x_2. - a first impact on a first amount of nitrogen oxides NO x_1 reaching a first device, arranged in said exhaust treatment system in order to impact said first amount of nitrogen oxides NO x_1, so that first said impact is carried out through the use of at least a first multifunctional slip-catalyst (SC 1) in said first device, wherein said first multifunctional slip-catalyst (SC 1) includes: - a nitrogen oxides NO x reducing coating including copper- or iron-zeolite; and - one or several substances comprised in platinum group metals, and/or one or several other substances that provide similar characteristics as for the platinum group metals; said first multifunctional slip catalyst (SC 1) thereby being arranged for carrying out primarily a reduction of nitrogen oxides NO x, and secondarily an oxidation of potential additive in said exhaust stream, so that said first impact is actively controlled, based at least on said first amount of nitrogen oxides NO x_1 reaching said first device; and - a nitrogen oxides NO x reducing coating including copper- or iron-zeolite; and - one or several substances comprised in platinum group metals, and/or one or several other substances that provide similar characteristics as for the platinum group metals; - a second impact on a second amount of nitrogen oxides NO x_2 reaching a second device, arranged downstream of said first device, in order to impact said second amount of nitrogen oxides NO x_2.
An authentication method for a single sign-on by a browsing agent in a mobile communication system, the method comprising: transmitting, to a relaying party, RP, a user-supplied identifier; receiving, from the RP, a message instructing to redirect a browser of the browsing agent to an open ID provider /network application function, OP/NAF; transmitting, to the OP/NAF, an identifier of an authentication agent; and transmitting, to the authentication agent, a message triggering inquiry of the identifier of authentication agent; and wherein the user-supplied identifier is transferred, by the authentication agent, to the OP/NAF based on a reception of the message, and wherein the user-supplied identifier and the identifier of the authentication agent are compared, by the OP/NAF, to determine whether to initiate an authentication procedure using generic bootstrapping architecture, GBA, with the authentication agent. transmitting, to a relaying party, RP, a user-supplied identifier; receiving, from the RP, a message instructing to redirect a browser of the browsing agent to an open ID provider /network application function, OP/NAF; transmitting, to the OP/NAF, an identifier of an authentication agent; and transmitting, to the authentication agent, a message triggering inquiry of the identifier of authentication agent; and wherein the user-supplied identifier is transferred, by the authentication agent, to the OP/NAF based on a reception of the message, and wherein the user-supplied identifier and the identifier of the authentication agent are compared, by the OP/NAF, to determine whether to initiate an authentication procedure using generic bootstrapping architecture, GBA, with the authentication agent.
A connector arrangement (15, 15') for fluid connection between fluid transport elements (22, 23, 22', 23') and at least two open ended fluid flow channels (6, 7, 6', 7') at a second end (5, 5') of a flexible sealing tube (2, 2'), wherein said flexible sealing tube is a multichannel flexible sealing tube, which flexible sealing tube (2, 2') is adapted to be installed in and extend along a ground bore in a system for energy exchange with said adjacent ground, wherein said connector arrangement (15, 15') comprises a respective insert element (16, 16') for each one of said open ended fluid flow channels. (6, 7, 6', 7'), each respective insert element (16, 16') being adapted to be inserted into its respective one of said open ends of said fluid flow channels (6, 7, 6', 7'), wherein each respective insert element (16, 16') has a cross section complementary to that of its respective one of said fluid flow channels (6, 7, 6', 7'), and has a fluid passage (17, 17a, 17b) there through that is operatively connectable to a respective one of said fluid transport elements (22, 23, 22', 23'), wherein said connector arrangement (15, 15') further comprises a clamping structure having at least one clamping element with a through passage, which through passage has a cross section that corresponds to, or is smaller than, that of said cross-section of said flexible sealing tube (2, 2'), wherein said clamping structure further has clamping means for forcing together said through passage of said at least one clamping element with said through passage over said second end of said multichannel flexible sealing tube with a respective one of said insert elements inserted into each one of said open ended fluid flow channels (6, 7) of said multichannel flexible sealing tube, wherein each insert element (16, 16') further has a first end and a second end and an extension there along, such that each insert element (16, 16') and its respective through passage providing there between and along said extension a sealing length for the connector arrangement (15, 15').
A wireless device for transmitting a frame, comprising: one or more memories; and one or more processors coupled to the one or more memories, the one or more processors configured to cause: generating a high-efficiency physical layer protocol data unit (PPDU) including an HE signal B (HE-SIG-B) field, wherein the generating comprises: generating coded HE-SIG-B bits, wherein the coded HE-SIG-B bits belong to a 20 MHz HE-SIG-B unit of the HE-SIG-B field, interleaving the coded HE-SIG-B bits to generate interleaved HE-SIG-B bits, modulating the interleaved HE-SIG-B bits to generate N modulated symbols, N being a positive integer, generating N phase-rotated symbols by applying a scrambling sequence to the N modulated symbols, wherein the scrambling sequence is for reducing peak-to-average power ratio (PAPR) occurring within the 20 MHz HE-SIG-B unit of the HE-SIG-B field, and transforming the N phase-rotated symbols to an orthogonal frequency-division multiplexing (OFDM) symbol of the HE-SIG-B field; and transmitting the HE PPDU. one or more memories; and one or more processors coupled to the one or more memories, the one or more processors configured to cause: generating a high-efficiency physical layer protocol data unit (PPDU) including an HE signal B (HE-SIG-B) field, wherein the generating comprises: generating coded HE-SIG-B bits, wherein the coded HE-SIG-B bits belong to a 20 MHz HE-SIG-B unit of the HE-SIG-B field, interleaving the coded HE-SIG-B bits to generate interleaved HE-SIG-B bits, modulating the interleaved HE-SIG-B bits to generate N modulated symbols, N being a positive integer, generating N phase-rotated symbols by applying a scrambling sequence to the N modulated symbols, wherein the scrambling sequence is for reducing peak-to-average power ratio (PAPR) occurring within the 20 MHz HE-SIG-B unit of the HE-SIG-B field, and transforming the N phase-rotated symbols to an orthogonal frequency-division multiplexing (OFDM) symbol of the HE-SIG-B field; and transmitting the HE PPDU. generating coded HE-SIG-B bits, wherein the coded HE-SIG-B bits belong to a 20 MHz HE-SIG-B unit of the HE-SIG-B field, interleaving the coded HE-SIG-B bits to generate interleaved HE-SIG-B bits, modulating the interleaved HE-SIG-B bits to generate N modulated symbols, N being a positive integer, generating N phase-rotated symbols by applying a scrambling sequence to the N modulated symbols, wherein the scrambling sequence is for reducing peak-to-average power ratio (PAPR) occurring within the 20 MHz HE-SIG-B unit of the HE-SIG-B field, and transforming the N phase-rotated symbols to an orthogonal frequency-division multiplexing (OFDM) symbol of the HE-SIG-B field; and
A coaxial cable connector comprising: a connector body having a rearward sleeve receiving end and an inner engagement surface; an axially movable locking sleeve seated in said rearward sleeve receiving end of said connector body, said locking sleeve having a rearward cable receiving end and an opposite forward connector insertion end, said forward connector insertion end being formed with at least one flexible finger for gripping a cable inserted in said sleeve when said locking sleeve is moved from a first position to a second position; and an annular post disposed within said connector body, characterized in that said post has a shoulder portion in press-fit engagement with said connector body, a first radially outwardly projecting barb disposed at a rearward end thereof, a second radially outwardly projecting barb disposed forward of said first barb and an annular tubular extension extending between said shoulder portion and said first and second barbs and having a maximum outer diameter, said first and second barbs having an outer diameter greater than the maximum outer diameter of said annular tubular extension. a connector body having a rearward sleeve receiving end and an inner engagement surface; an axially movable locking sleeve seated in said rearward sleeve receiving end of said connector body, said locking sleeve having a rearward cable receiving end and an opposite forward connector insertion end, said forward connector insertion end being formed with at least one flexible finger for gripping a cable inserted in said sleeve when said locking sleeve is moved from a first position to a second position; and an annular post disposed within said connector body, an axially movable locking sleeve seated in said rearward sleeve receiving end of said connector body, said locking sleeve having a rearward cable receiving end and an opposite forward connector insertion end, said forward connector insertion end being formed with at least one flexible finger for gripping a cable inserted in said sleeve when said locking sleeve is moved from a first position to a second position; and an annular post disposed within said connector body, characterized in that said post has a shoulder portion in press-fit engagement with said connector body, a first radially outwardly projecting barb disposed at a rearward end thereof, a second radially outwardly projecting barb disposed forward of said first barb and an annular tubular extension extending between said shoulder portion and said first and second barbs and having a maximum outer diameter, said first and second barbs having an outer diameter greater than the maximum outer diameter of said annular tubular extension.