mhurhangee/ep-ind-claims huggingface dataset:
A sensor fixture (10, 10a to 10i) for attaching a sensor to an outer peripheral surface of a cylinder tube (14, 98), the sensor fixture comprising: a rail-shaped sensor holder (28, 28a to 28e) having a sensor insertion groove configured to accommodate and hold the sensor in a position-adjustable manner and further having a first sidewall and a second sidewall facing each other; a band portion (30, 80, 102, 110, 116, 130, 140, 150, 160, 170) having a band end portion (60, 130A, 140A, 150A, 160A, 170A) configured to be connected to the sensor holder (28, 28a to 28e), the band portion being configured to be wound around the outer peripheral surface of the cylinder tube (14, 98); and a fastening mechanism (32, 142, 152) configured to be disposed on the outer peripheral surface of the cylinder tube (14, 98), the fastening mechanism being configured to fasten the band portion (30, 80, 102, 110, 116, 130, 140, 150, 160, 170); characterized in that the fastening mechanism (32, 142, 152) is disposed at a position shifted from the sensor holder (28, 28a to 28e), wherein the first sidewall includes a connection hole (48, 49) configured to receive the band end portion (60, 130A, 140A, 150A, 160A, 170A); and the band end portion (60, 130A, 140A, 150A, 160A, 170A) includes a protrusion configured to be engaged with an inside surface of the first sidewall. a rail-shaped sensor holder (28, 28a to 28e) having a sensor insertion groove configured to accommodate and hold the sensor in a position-adjustable manner and further having a first sidewall and a second sidewall facing each other; a band portion (30, 80, 102, 110, 116, 130, 140, 150, 160, 170) having a band end portion (60, 130A, 140A, 150A, 160A, 170A) configured to be connected to the sensor holder (28, 28a to 28e), the band portion being configured to be wound around the outer peripheral surface of the cylinder tube (14, 98); and a fastening mechanism (32, 142, 152) configured to be disposed on the outer peripheral surface of the cylinder tube (14, 98), the fastening mechanism being configured to fasten the band portion (30, 80, 102, 110, 116, 130, 140, 150, 160, 170); characterized in that the fastening mechanism (32, 142, 152) is disposed at a position shifted from the sensor holder (28, 28a to 28e), wherein the first sidewall includes a connection hole (48, 49) configured to receive the band end portion (60, 130A, 140A, 150A, 160A, 170A); and the band end portion (60, 130A, 140A, 150A, 160A, 170A) includes a protrusion configured to be engaged with an inside surface of the first sidewall.
A non-volatile memory device, the non-volatile memory device comprising: a first substrate including a first peripheral circuit region (PERI1), the first peripheral circuit region including a row decoder configured to select one word line from among a plurality of word lines of a 3D memory cell array, wherein circuit devices operating on a high voltage are arranged in a region of the first peripheral circuit region (PERI1); and a second substrate including a second peripheral circuit region (PERI2), the second peripheral circuit region including a page buffer unit configured to select at least one bit line from among a plurality of bit lines of the 3D memory cell array, and a cell region (CELL) including the 3D memory cell array formed in the second peripheral circuit region (PERI2), wherein circuit devices operating on a low voltage are arranged in a region of the second peripheral circuit region (PERI2); wherein the second substrate is stacked vertically and bonded on the first substrate such that the 3D memory cell array is disposed between the first peripheral circuit region (PERI1) and the second peripheral circuit region (PERI2). a first substrate including a first peripheral circuit region (PERI1), the first peripheral circuit region including a row decoder configured to select one word line from among a plurality of word lines of a 3D memory cell array, wherein circuit devices operating on a high voltage are arranged in a region of the first peripheral circuit region (PERI1); and a second substrate including a second peripheral circuit region (PERI2), the second peripheral circuit region including a page buffer unit configured to select at least one bit line from among a plurality of bit lines of the 3D memory cell array, and a cell region (CELL) including the 3D memory cell array formed in the second peripheral circuit region (PERI2), wherein circuit devices operating on a low voltage are arranged in a region of the second peripheral circuit region (PERI2); wherein the second substrate is stacked vertically and bonded on the first substrate such that the 3D memory cell array is disposed between the first peripheral circuit region (PERI1) and the second peripheral circuit region (PERI2).
A process for applying a coating material to a surface comprising the steps: - providing a gas mixture stream comprising a carrier gas and a solid, powdered coating material; - feeding the gas mixture stream to the surface, wherein the gas mixture stream impinges on the surface and the coating material applied to the surface forms an impingement area on the surface, and the surface and the gas mixture stream are moved relative to one another during the application of the coating material, - coupling at least one laser beam into the gas mixture stream, - wherein the coupled-in energy of the at least one laser beam is determined in such a manner that the coating material is at least partially melted and - wherein each laser beam is aligned in such a manner onto the gas mixture stream such that the laser beam does not impinge on the impingement area on the surface, characterized in that - during the feeding of the gas mixture stream, the coupling-in of the at least one laser beam is temporarily interrupted. - providing a gas mixture stream comprising a carrier gas and a solid, powdered coating material; - feeding the gas mixture stream to the surface, wherein the gas mixture stream impinges on the surface and the coating material applied to the surface forms an impingement area on the surface, and the surface and the gas mixture stream are moved relative to one another during the application of the coating material, - coupling at least one laser beam into the gas mixture stream, - wherein the coupled-in energy of the at least one laser beam is determined in such a manner that the coating material is at least partially melted and - wherein each laser beam is aligned in such a manner onto the gas mixture stream such that the laser beam does not impinge on the impingement area on the surface, characterized in that - during the feeding of the gas mixture stream, the coupling-in of the at least one laser beam is temporarily interrupted.
A polysiloxane-modif ied polyhydroxy polyurethane resin characterized by being derived from a reaction between a 5-membered cyclic carbonate polysiloxane compound represented by the following formula and an amine compound: wherein A means in which R 1 means an alkylene group which has from 1 to 12 carbon atoms and may have therein a linkage by an element of O, S or N and/or a linkage by -(C 2 H 4 O) b -, R 2 means a direct bond or an alkylene group having from 2 to 20 carbon atoms, R 2 may be linked to an alicyclic group or aromatic group, b stands for a number of from 1 to 300, and a stands for a number of from 1 to 300.
A faulty link detection method, comprising: receiving statistical data that is reported by a node A and a node B at a reporting period, wherein the reporting period is determined by an interval of a preset quantity of program clock reference packets, wherein a PCR packet is a packet that carries a PCR value, wherein the node A is a sender node and the node B is a receiver node, the node A and the node B collect statistical data starting from a unified PCR value, and the statistical data comprises a start PCR value and an end PCR value, and the quantity of packets received at the start PCR value and the quantity of packets received at the end PCR value; acquiring, according to the statistical data, the quantity of packets lost between the node A and the node B; and determining a faulty link according to the quantity of packets lost between the node A and the node B. receiving statistical data that is reported by a node A and a node B at a reporting period, wherein the reporting period is determined by an interval of a preset quantity of program clock reference packets, wherein a PCR packet is a packet that carries a PCR value, wherein the node A is a sender node and the node B is a receiver node, the node A and the node B collect statistical data starting from a unified PCR value, and the statistical data comprises a start PCR value and an end PCR value, and the quantity of packets received at the start PCR value and the quantity of packets received at the end PCR value; acquiring, according to the statistical data, the quantity of packets lost between the node A and the node B; and determining a faulty link according to the quantity of packets lost between the node A and the node B.
A method of controlling a movement of a seat coupled to a vehicle, the method comprising: receiving a first input from at least a first sensor positioned to measure movement of the vehicle; receiving a second input from at least a second sensor positioned to measure the movement of the vehicle; wherein the first input includes a vehicle roll rate, and the second input includes a total lateral acceleration of the vehicle in the direction substantially perpendicular to the axis extending parallel to the direction of travel of the vehicle around the turn; determining a cornering lateral acceleration of the vehicle in a direction substantially perpendicular to an axis extending parallel to a direction of travel of the vehicle around a turn, the cornering lateral acceleration being determined based, at least in part, on the first input; generating a command signal based, at least in part, on the cornering lateral acceleration of the vehicle to instruct an actuator coupled to the seat to rotate the seat about a first axis of a pivot in substantially a direction of the turn; and providing a force command to the actuator to move the seat based on the command signal. receiving a first input from at least a first sensor positioned to measure movement of the vehicle; receiving a second input from at least a second sensor positioned to measure the movement of the vehicle; wherein the first input includes a vehicle roll rate, and the second input includes a total lateral acceleration of the vehicle in the direction substantially perpendicular to the axis extending parallel to the direction of travel of the vehicle around the turn; determining a cornering lateral acceleration of the vehicle in a direction substantially perpendicular to an axis extending parallel to a direction of travel of the vehicle around a turn, the cornering lateral acceleration being determined based, at least in part, on the first input; generating a command signal based, at least in part, on the cornering lateral acceleration of the vehicle to instruct an actuator coupled to the seat to rotate the seat about a first axis of a pivot in substantially a direction of the turn; and providing a force command to the actuator to move the seat based on the command signal.
A fluid technology control system having at least one fluid technology actuator, comprising an electronic control unit for controlling the at least one electrically controllable fluid technology actuator and comprising an electrical connection device for connecting to the at least one actuator by means of a cable (2, 10), characterised in that the connection device comprises a first data memory in which are stored specific data of at least one control sequence to be carried out by the control unit using the actuator or the actuators to be connected, wherein the actuator comprises a further second data memory in which are stored specific data of the actuator and wherein the control unit comprises a third data memory in which the data of the first data memory and/or of the second data memory can be at least partially stored during connection of the fluid technology actuator or of the fluid technology actuators and/or of the electrical connection device.
A brush assembly suitable for use in a wet floor cleaning device, the brush assembly comprising: - a brush comprising a hollow core, an inner surface of the core being compartmentalized into a number of elongated compartments, an outer surface of the core being furnished with brush material, and the core being pierced with a number of outflow openings; - a first fluid injector for injecting a fluid into the core; and - a drive mechanism configured for rotating the brush around a longitudinal axis of the core, wherein, during rotation of the core, the injected fluid is collected by the elongated compartments provided on the inner surface, and the centrifugal force associated with the rotation of the core drains the fluid from the elongated compartments, through the outflow openings, into the brush material, characterized in that each of said elongated compartments extends along the longitudinal axis from a first end wall of the core to a second end wall of the core. - a brush comprising a hollow core, an inner surface of the core being compartmentalized into a number of elongated compartments, an outer surface of the core being furnished with brush material, and the core being pierced with a number of outflow openings; - a first fluid injector for injecting a fluid into the core; and - a drive mechanism configured for rotating the brush around a longitudinal axis of the core,
A construction member intended to engage when stacked with at least one similar construction member to build a retaining wall, having an upper surface, a lower surface and two opposite side walls extending in a main direction forming the longer length of said construction member and connected together at least one of their ends by a linking partition having any shape, characterised in that at least one linking partition is provided, on the outer surface thereof, with protrusions so arranged as to scatter the acoustic waves reaching the construction member and in that it comprises, between the side walls, a plurality of inner walls delimiting spaces (8, 9) having different sizes and shapes.
A decode unit for decoding instructions in a processor, the decode unit comprising opcode decoding logic operand decoding logic (82,85) and a sixteen-bit input; wherein the opcode decoding logic is operable to determine an opcode using five bits of the input and the operand decoding logic is operable to determine three four-bit operand elements from the remaining eleven bits of the input, the three operand elements each having one of twelve possible binary values; and the operand decoding logic is operable to decode an encoded group of said eleven bits to determine a first part of each of the three operand elements, and to read verbatim a verbatim group of said eleven bits to determine a second part of each of the three operand elements.
An oral care composition, comprising: a soluble zinc polyphosphate complex in a saturated solution in a solvent, wherein the ingredients comprise: an organic zinc salt, comprising zinc lactate, and sodium hexametaphosphate, and a solvent; wherein the relative amount of organic zinc salt and sodium hexametaphosphate provides a phosphorus to zinc mole ratio of 6:1 to 20:1; and wherein the substantially saturated solution of zinc polyphosphate complex under first conditions of 25°C and a pH of 5.4 in the absence of protein remains soluble, and exhibits reduced solubility in water under second conditions of 37°C and a pH of about 7.4 in the presence of 1 % by weight Bovine Serum Albumin protein, the reduction in solubility being sufficient to allow a desired amount of the soluble zinc polyphosphate complex in the substantially saturated solution to precipitate. a soluble zinc polyphosphate complex in a saturated solution in a solvent, wherein the ingredients comprise: an organic zinc salt, comprising zinc lactate, and sodium hexametaphosphate, and a solvent; wherein the relative amount of organic zinc salt and sodium hexametaphosphate provides a phosphorus to zinc mole ratio of 6:1 to 20:1; and wherein the substantially saturated solution of zinc polyphosphate complex under first conditions of 25°C and a pH of 5.4 in the absence of protein remains soluble, and exhibits reduced solubility in water under second conditions of 37°C and a pH of about 7.4 in the presence of 1 % by weight Bovine Serum Albumin protein, the reduction in solubility being sufficient to allow a desired amount of the soluble zinc polyphosphate complex in the substantially saturated solution to precipitate.
A hemostasis valve (10, 110), comprising: a main body (12, 112) having a proximal end region (22, 122); a cartridge (20, 120) at least partially disposed within the proximal end region (22, 122), the cartridge (20, 120) including a seal member (24, 124); wherein the seal member (24, 124) is designed to shift between an open configuration and a sealed configuration; a plunger (18, 118) coupled to the proximal end region (22, 122) of the main body (12, 112), the plunger (18, 118) having an inner tubular region (46, 148) having a distal end; wherein the distal end of the inner tubular region (46, 148) is spaced a clearance distance from a proximal end of the seal member (24, 124) so that when the seal member (24, 124) is in the sealed configuration and exposed to pressures of about 552 kPa to about 1724 kPa (about 80 to about 250 pounds per square inch), the seal member (24, 124) deflects into contact with the distal end of the inner tubular region (46, 148) and remains in the sealed configuration. a main body (12, 112) having a proximal end region (22, 122); a cartridge (20, 120) at least partially disposed within the proximal end region (22, 122), the cartridge (20, 120) including a seal member (24, 124); wherein the seal member (24, 124) is designed to shift between an open configuration and a sealed configuration; a plunger (18, 118) coupled to the proximal end region (22, 122) of the main body (12, 112), the plunger (18, 118) having an inner tubular region (46, 148) having a distal end; wherein the distal end of the inner tubular region (46, 148) is spaced a clearance distance from a proximal end of the seal member (24, 124) so that when the seal member (24, 124) is in the sealed configuration and exposed to pressures of about 552 kPa to about 1724 kPa (about 80 to about 250 pounds per square inch), the seal member (24, 124) deflects into contact with the distal end of the inner tubular region (46, 148) and remains in the sealed configuration.
An apparatus for folding a side, which folds a side extending outward from a cup part in a battery case of a pouch-type secondary battery, the apparatus comprising: a body having a plate shape, adjacent to the side of the battery case, and disposed to be elongated in a longitudinal direction of the secondary battery, wherein the body comprises: a heating part disposed at one side thereof to heat an inner portion disposed at a relatively inner side of the side of the battery case; and a pressing part disposed at the other side thereof to press an outer portion disposed at a relatively outer side of the side of the battery case, wherein, when the heating part heats the inner portion, the body rotates to allow the pressing part to press the outer portion, wherein the heating part heats the inner portion at a temperature of 165°C to 220°C for a time of 1 second to 3 seconds. a body having a plate shape, adjacent to the side of the battery case, and disposed to be elongated in a longitudinal direction of the secondary battery, wherein the body comprises: a heating part disposed at one side thereof to heat an inner portion disposed at a relatively inner side of the side of the battery case; and a pressing part disposed at the other side thereof to press an outer portion disposed at a relatively outer side of the side of the battery case, wherein, when the heating part heats the inner portion, the body rotates to allow the pressing part to press the outer portion, a heating part disposed at one side thereof to heat an inner portion disposed at a relatively inner side of the side of the battery case; and a pressing part disposed at the other side thereof to press an outer portion disposed at a relatively outer side of the side of the battery case, wherein, when the heating part heats the inner portion, the body rotates to allow the pressing part to press the outer portion, wherein the heating part heats the inner portion at a temperature of 165°C to 220°C for a time of 1 second to 3 seconds.
A patch comprising a support and an adhesive layer on at least one surface of the support, wherein the adhesive layer comprises a synthetic rubber having a viscosity average molecular weight of 1,700,000 - 6,500,000, an organic fluid component having high polarity, a tackifier, and magnesium aluminometasilicate, wherein the organic fluid component having high polarity has an angle within the range of 20° - 80° as calculated by the following formula using an inorganic value and an organic value in an organic conceptual diagram: Angle ° = arctan organic value / inorganic value − 1 × 180 / π