mhurhangee/ep-ind-claims huggingface dataset:
A solvent composition comprising a mixture of solvents, comprising at least: i) from 20 to 40% by weight of an alkyl acetate whose alkyl group contains at least 3 carbon atoms, ii) from 5 to 25%by weight of 2-ethylhexyl acetate, and iii) from 45 to 65% by weight of an aromatic ketone, with said alkyl acetate whose alkyl group contains at least 3 carbon atoms being different from 2-ethylhexyl acetate, and these amounts being expressed relative to the sum of the solvents i), ii) and iii), equal to 100%. i) from 20 to 40% by weight of an alkyl acetate whose alkyl group contains at least 3 carbon atoms, ii) from 5 to 25%by weight of 2-ethylhexyl acetate, and iii) from 45 to 65% by weight of an aromatic ketone,
A negative electrode, comprising: a negative active material; and an additive including a ceramic core with carbon disposed on the surface of the ceramic core, characterised in that the carbon has D/G (I (1340cm -1 to 1365cm -1)/I (1580cm -1 to 1595cm -1)), which is a ratio of a Raman spectrum integral intensity of a (D band: 1340cm -1 to 1365cm -1) surface to that of a (G band: 1580cm -1 to 1595cm -1) surface from 1 to 4 and the specific surface area of the additive is from 50m 2 /g to 3000m 2 /g. a negative active material; and an additive including a ceramic core with carbon disposed on the surface of the ceramic core, characterised in that the carbon has D/G (I (1340cm -1 to 1365cm -1)/I (1580cm -1 to 1595cm -1)), which is a ratio of a Raman spectrum integral intensity of a (D band: 1340cm -1 to 1365cm -1) surface to that of a (G band: 1580cm -1 to 1595cm -1) surface from 1 to 4 and the specific surface area of the additive is from 50m 2 /g to 3000m 2 /g.
A seat cushion of a vehicle seat, the seat cushion comprising: a cushion made of foam; and at least one motor assembly located in the cushion, wherein the at least one motor assembly includes a housing having a first portion and a second portion, one of the first portion and the second portion includes a meltable feature located near a location of contact of the first portion and the second portion, and the meltable feature melts to secure the first portion of the housing to the second portion of the housing to retain a motor within the housing. a cushion made of foam; and at least one motor assembly located in the cushion, wherein the at least one motor assembly includes a housing having a first portion and a second portion, one of the first portion and the second portion includes a meltable feature located near a location of contact of the first portion and the second portion, and the meltable feature melts to secure the first portion of the housing to the second portion of the housing to retain a motor within the housing.
A wall-flow type exhaust gas purification catalyst that is configured to be placed in an exhaust pipe of a gasoline engine to purify exhaust gas emitted from the gasoline engine, with the exhaust gas purification catalyst comprising: a substrate that has a wall-flow structure and comprises an entrance cell whose exhaust inlet side has an open end as well as an exit cell whose exhaust outlet side has an open end wherein the cells are separated with porous partition wall (6, 26), a first catalytic layer formed in the partition wall (6, 26) facing the entrance cell, from the exhaust inlet-side end in the extending direction of the partition wall (6, 26), and a second catalytic layer formed on a surface of the partition wall (6, 26) facing the exit cell, from the exhaust outlet-side end in the extending direction of the partition wall (6, 26), having a length shorter than the partition wall (6, 26) having an entire length L w, wherein the first catalytic layer comprises at least one of precious metals of the platinum group as a catalytic metal, and characterised in that the first catalytic layer has a length L 1 in the extending direction, equivalent to 60 % or greater, but 90 % or less of the entire length L w. a substrate that has a wall-flow structure and comprises an entrance cell whose exhaust inlet side has an open end as well as an exit cell whose exhaust outlet side has an open end wherein the cells are separated with porous partition wall (6, 26), a first catalytic layer formed in the partition wall (6, 26) facing the entrance cell, from the exhaust inlet-side end in the extending direction of the partition wall (6, 26), and a second catalytic layer formed on a surface of the partition wall (6, 26) facing the exit cell, from the exhaust outlet-side end in the extending direction of the partition wall (6, 26), having a length shorter than the partition wall (6, 26) having an entire length L w, wherein the first catalytic layer comprises at least one of precious metals of the platinum group as a catalytic metal, and characterised in that the first catalytic layer has a length L 1 in the extending direction, equivalent to 60 % or greater, but 90 % or less of the entire length L w.
An offline charging call detail record threshold control method based on a control and user plane separation, CUPS, protocol, comprising: receiving, by a user plane network element, a first message from a control plane network element, wherein the first message carries a maximum quantity of charging condition changes, and the maximum quantity of charging condition changes is equal to a maximum quantity of traffic containers generated by the control plane network element in an offline charging call detail record; calculating, by the user plane network element, a quantity of charging condition changes when an event of reporting charging information to the control plane network element occurs; reserving, by the user plane network element, a value of currently accumulated used traffic and/or a value of currently accumulated used time when the quantity of charging condition changes is less than the maximum quantity of charging condition changes; clearing, by the user plane network element, charging information on a user plane network element side when the quantity of charging condition changes is equal to the maximum quantity of charging condition changes. receiving, by a user plane network element, a first message from a control plane network element, wherein the first message carries a maximum quantity of charging condition changes, and the maximum quantity of charging condition changes is equal to a maximum quantity of traffic containers generated by the control plane network element in an offline charging call detail record; calculating, by the user plane network element, a quantity of charging condition changes when an event of reporting charging information to the control plane network element occurs; reserving, by the user plane network element, a value of currently accumulated used traffic and/or a value of currently accumulated used time when the quantity of charging condition changes is less than the maximum quantity of charging condition changes; clearing, by the user plane network element, charging information on a user plane network element side when the quantity of charging condition changes is equal to the maximum quantity of charging condition changes.
An optical network element - comprising several lasers, wherein dielectric filter is arranged within resonator of the lasers, - wherein for each laser, light in the resonator is adapted to enter the dielectric filter at a predetermined angle, - wherein the light generated within each laser is adapted to enter the dielectric filter at a different angle. - comprising several lasers, wherein dielectric filter is arranged within resonator of the lasers, - wherein for each laser, light in the resonator is adapted to enter the dielectric filter at a predetermined angle, - wherein the light generated within each laser is adapted to enter the dielectric filter at a different angle.
Wire container lid for closing an upper side of a wire box filled with coiled wire, the lid comprising a front wall having an opening through which wire is to be paid off, a wire outlet guide attached to the front wall, the wire outlet guide comprising an upper and a lower hole (64, 56) for receiving the wire, the upper and lower holes (64, 56) being defined by a upper ring wall and an lower ring wall, respectively, and being distanced from each other in a wire feeding direction, at least the lower ring wall limiting sideward movement of the wire and allowing contact with the wire, the holes (56, 64) having a fixed position relative to the front wall during payoff of the wire, a deflection space bridging the distance between the holes (56, 64) for allowing sideward deflection and swing of the wire between the ring walls (52, 58), characterised in that the wire outlet guide is displaceable or shiftably attached to the front wall, and the wire outlet guide is displaceable or shiftable between a first position for transport purpose, in which the wire outlet guide extends completely or mainly into the interior of the wire box, and a second position for welding operation, in which the wire outlet guide extends completely or mainly out of the wire box.
An image reading apparatus comprising: a reading unit configured to read an image of a document placed on a platen glass while moving along the document, the reading unit comprising a light source and image sensor, the light source being configured to radiate light onto the document through the platen glass, the image sensor being configured to receive light radiated from the light source and reflected on the document and convert the received light into image data; a control unit configured to control the reading unit; and a flexible flat cable comprising image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) and power supplying wires (C38-C41 and C46-C48), the image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) being configured to transmit the image data from the reading unit to the control unit, the power supplying wires (C38-C41 and C46-C48) being configured to supply power voltage to the reading unit, wherein the flexible flat cable is divided into a first region and a second region by a slit, the first region and the second region being at least partially overlapped with each other in an overlapping portion of the flexible flat cable when viewed in a thickness direction of the flat cable, characterized in that the image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) are provided in the first region and are not provided in the second region, and the power supplying wires (C38-C41 and C46-C48) are provided in the second region and are not provided in the first region. a reading unit configured to read an image of a document placed on a platen glass while moving along the document, the reading unit comprising a light source and image sensor, the light source being configured to radiate light onto the document through the platen glass, the image sensor being configured to receive light radiated from the light source and reflected on the document and convert the received light into image data; a control unit configured to control the reading unit; and a flexible flat cable comprising image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) and power supplying wires (C38-C41 and C46-C48), the image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) being configured to transmit the image data from the reading unit to the control unit, the power supplying wires (C38-C41 and C46-C48) being configured to supply power voltage to the reading unit, wherein the flexible flat cable is divided into a first region and a second region by a slit, the first region and the second region being at least partially overlapped with each other in an overlapping portion of the flexible flat cable when viewed in a thickness direction of the flat cable, characterized in that the image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) are provided in the first region and are not provided in the second region, and the power supplying wires (C38-C41 and C46-C48) are provided in the second region and are not provided in the first region.
A method of manufacturing a heat sink including a base material having a surface on which a heat-radiation resin-coated film is formed, the method comprising: taking the base material out of a die-casting mold (11, 12) after the base material is die-cast; and forming the heat-radiation resin-coated film on the surface of the base material using residual heat of the base material taken out of the die-casting mold, wherein in forming the heat-radiation resin-coated film, the heat-radiation resin-coated film is formed on the surface of the base material by bonding a heat-radiation resin film to the surface of the base material, the heat-radiation resin film is bonded to the surface of the base material by interposing the heat-radiation resin film between a die for bonding having a surface shape that corresponds to the surface shape of the base material and the base material, wherein a vacuum hole for vacuum adsorption is provided in the die for bonding, and the heat-radiation resin film is interposed between the die for bonding and the base material in a state in which the heat-radiation resin film is vacuum adsorbed to the die for bonding. taking the base material out of a die-casting mold (11, 12) after the base material is die-cast; and forming the heat-radiation resin-coated film on the surface of the base material using residual heat of the base material taken out of the die-casting mold, wherein in forming the heat-radiation resin-coated film, the heat-radiation resin-coated film is formed on the surface of the base material by bonding a heat-radiation resin film to the surface of the base material, the heat-radiation resin film is bonded to the surface of the base material by interposing the heat-radiation resin film between a die for bonding having a surface shape that corresponds to the surface shape of the base material and the base material, wherein a vacuum hole for vacuum adsorption is provided in the die for bonding, and the heat-radiation resin film is interposed between the die for bonding and the base material in a state in which the heat-radiation resin film is vacuum adsorbed to the die for bonding.
A content addressable memory comprising: a plurality of TCAM cells arranged in an array, wherein each TCAM cell includes two SRAM cells (11, 12) and the plurality of TCAM cells configures an entry; a first word line which is coupled to the TCAM cells; a second word line which is coupled to the TCAM cells; a match line which is coupled to the TCAM cells; a valid cell which stores a valid bit which indicates validity or invalidity of an entry; a pair of bit lines (VBT/VBB) which is coupled to the valid cell; and a selection circuit which is coupled to the first word line and the second word line and sets the valid cell to a selected state in accordance with a situation where the first word line or the second word line is set to the selected state characterized in that the valid cell includes a first storage node, a second storage node, a reset transistor which is coupled to the first storage node, and an output circuit which is coupled to the second storage node, wherein the output circuit outputs a state of the second storage node as the valid bit, and wherein the reset transistor sets the valid bit of the valid cell to data which indicates invalidity in accordance with a reset signal. a plurality of TCAM cells arranged in an array, wherein each TCAM cell includes two SRAM cells (11, 12) and the plurality of TCAM cells configures an entry; a first word line which is coupled to the TCAM cells; a second word line which is coupled to the TCAM cells; a match line which is coupled to the TCAM cells; a valid cell which stores a valid bit which indicates validity or invalidity of an entry; a pair of bit lines (VBT/VBB) which is coupled to the valid cell; and a selection circuit which is coupled to the first word line and the second word line and sets the valid cell to a selected state in accordance with a situation where the first word line or the second word line is set to the selected state characterized in that the valid cell includes a first storage node, a second storage node, a reset transistor which is coupled to the first storage node, and an output circuit which is coupled to the second storage node, wherein the output circuit outputs a state of the second storage node as the valid bit, and wherein the reset transistor sets the valid bit of the valid cell to data which indicates invalidity in accordance with a reset signal.
A steam cleaner comprising: a main body having a heating element, a water inlet and a steam outlet, and a steam hose connected to the steam outlet and a steam hand grip mounted on the distal end of the hose; a self-contained liquid dispensing unit mounted on the steam hand grip, comprising: a housing with a steam conduit therethrough connected to the steam hose; at least one liquid storage reservoir mounted on the housing; a pump having an inlet conduit connected to the reservoir and an outlet conduit connected to the steam conduit; the inlet conduit for conveying the liquid from the storage reservoir to the pump, and the outlet conduit for injecting liquid into the fluid in the steam conduit; and a pump button coupled to the pump for controlling the amount of liquid dispensed through the outlet conduit into the steam conduit, and wherein the steam hand grip includes a trigger for controlling the amount of steam passing through the steam conduit. a main body having a heating element, a water inlet and a steam outlet, and a steam hose connected to the steam outlet and a steam hand grip mounted on the distal end of the hose; a self-contained liquid dispensing unit mounted on the steam hand grip, comprising: a housing with a steam conduit therethrough connected to the steam hose; at least one liquid storage reservoir mounted on the housing; a pump having an inlet conduit connected to the reservoir and an outlet conduit connected to the steam conduit; the inlet conduit for conveying the liquid from the storage reservoir to the pump, and the outlet conduit for injecting liquid into the fluid in the steam conduit; and a pump button coupled to the pump for controlling the amount of liquid dispensed through the outlet conduit into the steam conduit, and a housing with a steam conduit therethrough connected to the steam hose; at least one liquid storage reservoir mounted on the housing; a pump having an inlet conduit connected to the reservoir and an outlet conduit connected to the steam conduit; the inlet conduit for conveying the liquid from the storage reservoir to the pump, and the outlet conduit for injecting liquid into the fluid in the steam conduit; and a pump button coupled to the pump for controlling the amount of liquid dispensed through the outlet conduit into the steam conduit, and wherein the steam hand grip includes a trigger for controlling the amount of steam passing through the steam conduit.
Connection fitting for bracingly connecting two components which abut against each other and each have a recess (16, 18) in a main surface, which connection fitting has a web which can be laid flat on the main surfaces and on which two engagement parts (24, 26) are arranged for engagement in one of the recesses (16, 18) each, wherein at least one of the engagement parts (24, 26) is held in an articulated manner on the web and can be clamped against a wall of the recess by means of a clamping device (32, 36, 38) and the at least one of the engagement parts (24, 26) is integrally connected to the web, the clamping device having a clamping screw and an abutment (36, 38) for the clamping screw, which is held rigidly on the web, characterized in that the at least one of the engagement parts (24, 26) is connected to the web via a film hinge, the engagement part (24, 26) and the abutment (36, 38) delimit a tapered screw channel and the engagement part can be spread away from the abutment (36, 38) in the manner of an expanding dowel when the clamping screw is screwed into the screw channel.
Drive comprising a piston engine which is configured, in particular, as an internal combustion engine, having a crankshaft and having at least two balancing shafts (9, 10) of the piston engine, which balancing shafts (9, 10) can be driven by means of a planetary transmission comprising a sun gear, an internal gear and at least one planetary gear (5, 6, 7), the crankshaft being connected to the sun gear, and at least one balancing shaft being configured such that it can be driven by way of the crankshaft by means of at least one planetary gear, the internal gear being equipped with an internal toothing system for a planetary gear which drives the first balancing shaft and with an external toothing system for a gearwheel which drives the second balancing shaft.
An upper die that is removable in an up-down direction with respect to an upper die mounting groove that is arranged in a left-right direction at a lower part of an upper table of a press brake, the upper die includes a stop piece having a stop projection that is engageable with a stop groove that is formed in the left-right direction in each of upper die contact faces (5F, 5R) of the upper die mounting groove, the upper die contact faces (5F, 5R) facing each other in a front-rear direction, and the stop piece is movable out of and into a surface of the upper die and is pushed in a direction to project out of the surface of the upper die; characterized in that a bottom face of the stop projection to be engaged with the stop groove is formed into an inclined face that rises toward a front end of the stop projection.
A strapping system for automatically applying strapping to at least one associated object, the strapping system comprising: a first end effector and second end effector each end effector (E1,E2) mountable to a multi-axis positioner (R1, R2) and including at least a portion of a chute,the end effector (E1,E2) being movable relative to each other when mounted to a robotic arm such that the chute portions of each end effector (E1,E2) can be selectively brought together in a plurality of orientations to define a generally continuous chute loop through which a strapping material can be advanced to surround the at least one associated object located at least partially within the chute loop; wherein at least one of the portions of the chute are adjustable to change a dimension of the chute. a first end effector and second end effector each end effector (E1,E2) mountable to a multi-axis positioner (R1, R2) and including at least a portion of a chute,the end effector (E1,E2) being movable relative to each other when mounted to a robotic arm such that the chute portions of each end effector (E1,E2) can be selectively brought together in a plurality of orientations to define a generally continuous chute loop through which a strapping material can be advanced to surround the at least one associated object located at least partially within the chute loop; wherein at least one of the portions of the chute are adjustable to change a dimension of the chute.
Ionic liquid with a melting point below 100 °C, comprising the ion [A -], wherein [A -] is and R 1, R 2, R 3, R 4 are independently -H; -C 1 to -C 12 -alkyl or alkenyl; -OH; -SH; -CN; - F; -Cl; -Br; -I; R 5 is -H, -C 1 to -C 12 -alkyl or alkenyl.