mhurhangee/ep-ind-claims huggingface dataset:
Transmission housing, comprising a profile body for enclosing transmission components, two side walls (30, 32, 34) for enclosing the transmission components in the profile body, and a hub rail, which has at least two hubs, is inserted into a recess of one of the side walls (30, 32, 34) and is fastened to this side wall (30, 32, 34), the profile body, the side walls (30, 32, 34) and the hub rail each being of joint-free configuration in order to prevent a radial insertion of one of the transmission components into the hub in the radial direction of the hub, characterized in that a hub width of the hub rail is higher than a wall thickness of the side walls (30, 32, 34). a profile body for enclosing transmission components, two side walls (30, 32, 34) for enclosing the transmission components in the profile body, and a hub rail, which has at least two hubs, is inserted into a recess of one of the side walls (30, 32, 34) and is fastened to this side wall (30, 32, 34), the profile body, the side walls (30, 32, 34) and the hub rail each being of joint-free configuration in order to prevent a radial insertion of one of the transmission components into the hub in the radial direction of the hub, characterized in that a hub width of the hub rail is higher than a wall thickness of the side walls (30, 32, 34).
A vehicle control device comprising: target drive force setting means configured to set a target drive force based on a vehicle speed and an accelerator opening degree; target speed ratio setting means configured to set a target speed ratio of a continuously variable transmission so as to realize the target drive force; and target torque setting means configured to set a target torque of a drive source based on the target drive force and the speed ratio, wherein the vehicle control device further comprises: vehicle speed detection means configured to detect a vehicle speed; accelerator opening degree detection means configured to detect an accelerator opening degree; acceleration requirement determination means configured to determine an acceleration requirement based on the accelerator opening degree; and mode switching means configured to switch a running mode to a normal mode or an acceleration requirement mode based on the acceleration requirement, characterized in that if the running mode is switched from the normal mode to the acceleration requirement mode, the target drive force setting means is configured to maintain the vehicle speed at the time of switching from the normal mode to the acceleration requirement mode as a maintained vehicle speed until the running mode is reverted to the normal mode, and set the target drive force based on the accelerator opening degree and the maintained vehicle speed. target drive force setting means configured to set a target drive force based on a vehicle speed and an accelerator opening degree; target speed ratio setting means configured to set a target speed ratio of a continuously variable transmission so as to realize the target drive force; and target torque setting means configured to set a target torque of a drive source based on the target drive force and the speed ratio, vehicle speed detection means configured to detect a vehicle speed; accelerator opening degree detection means configured to detect an accelerator opening degree; acceleration requirement determination means configured to determine an acceleration requirement based on the accelerator opening degree; and mode switching means configured to switch a running mode to a normal mode or an acceleration requirement mode based on the acceleration requirement,
A shaving razor comprising a handle having an elongated body having a proximal end and an opposing distal end, the proximal end comprising a cartridge connection mechanism, a razor cartridge connected to the connection mechanism, the elongated body comprising a first section nearest the proximal end and a second section nearest the distal end and a movement member connecting the first section to the second section, the movement member comprising a unitary member having a central core extending along a longitudinal axis (L-L), a plurality of spaced apart projections extend outward from the central core and perpendicular to the longitudinal axis (l-L) of the central core, adjacent projections being spaced apart from one another to form open slots between adjacent projections, characterized in that the shaving razor further comprises a slot separator between adjacent projections.
A power conversion apparatus comprising: a first inverter comprising a plurality of sealed semiconductor devices (29 to 40) each including a switching element, the first inverter having a first maximum output power; a second inverter comprising semiconductor devices (41 to 46) which are fewer than the semiconductor devices (29 to 40) in the first inverter and having a second maximum output power which is lower than the first maximum output power; and a cooler comprising a cooling block with a cooling surface on which the semiconductor devices are mounted, a refrigerant channel formed in the cooling block opposite the entire cooling surface, an inlet port and an outlet port each formed in a first side wall of the cooling block in communication with the refrigerant channel, and a partition wall provided in the refrigerant channel and extending linearly from the first side wall of the cooling block to a vicinity of a second side wall of the cooling block opposite to the first side wall to partition the refrigerant channel into a first channel communicating with the inlet port and a second channel communicating with the outlet port, characterized in that the semiconductor devices (29 to 40) in the first inverter are installed in an area of the cooling surface positioned over the first channel, and the semiconductor devices (41 to 46) in the second inverter are installed in an area of the cooling surface positioned over the second channel. a first inverter comprising a plurality of sealed semiconductor devices (29 to 40) each including a switching element, the first inverter having a first maximum output power; a second inverter comprising semiconductor devices (41 to 46) which are fewer than the semiconductor devices (29 to 40) in the first inverter and having a second maximum output power which is lower than the first maximum output power; and a cooler comprising a cooling block with a cooling surface on which the semiconductor devices are mounted, a refrigerant channel formed in the cooling block opposite the entire cooling surface, an inlet port and an outlet port each formed in a first side wall of the cooling block in communication with the refrigerant channel, and a partition wall provided in the refrigerant channel and extending linearly from the first side wall of the cooling block to a vicinity of a second side wall of the cooling block opposite to the first side wall to partition the refrigerant channel into a first channel communicating with the inlet port and a second channel communicating with the outlet port,
A method for preparing high-performance natural silk fiber, comprising the following steps: Preparing a silk swelling liquid, the silk swelling liquid comprising acid and water; Soaking a natural silk fiber in the silk swelling liquid of step, the soaking time being 5 seconds to 5 minutes, and shrinking or stretching the soaked natural silk fibers; Washing the treated natural silk fiber obtained in step with deionized water, neutralizing the excess acid in an aqueous sodium hydroxide solution of 1 wt.-%, washing again with water, and drying in an oven at a specific temperature of 55 °C, 60 °C or 70 °C to obtain the high performance natural silk fiber, in which the natural silk β-sheet structure is removed. Preparing a silk swelling liquid, the silk swelling liquid comprising acid and water; Soaking a natural silk fiber in the silk swelling liquid of step, the soaking time being 5 seconds to 5 minutes, and shrinking or stretching the soaked natural silk fibers; Washing the treated natural silk fiber obtained in step with deionized water, neutralizing the excess acid in an aqueous sodium hydroxide solution of 1 wt.-%, washing again with water, and drying in an oven at a specific temperature of 55 °C, 60 °C or 70 °C to obtain the high performance natural silk fiber, in which the natural silk β-sheet structure is removed.
A method for manufacturing an optoelectric device (10; 70) comprising: a semiconductor substrate; pads on a surface of the substrate; semiconductor elements, each element being in contact with a pad; and a dielectric region extending in the substrate from said surface and connecting, for each pair of pads, one of the pads in the pair to the other pad in the pair, the method successively comprising the forming of the pads and the forming of the region, wherein the region is formed by nitriding of the substrate, the method comprising the successive steps of: depositing a layer on the substrate; forming portions on the layer; etching the parts of the layer which are not covered with the portions to form the pads; removing the portions; and nitriding the pads and the parts of the substrate which are not covered with the pads, characterised in that the nitriding step successively comprises: a first step of nitriding of the pads at a first temperature; and a second step of nitriding of the parts of the substrate which are not covered with the pads at a second temperature different from the first temperature. a semiconductor substrate; pads on a surface of the substrate; semiconductor elements, each element being in contact with a pad; and a dielectric region extending in the substrate from said surface and connecting, for each pair of pads, one of the pads in the pair to the other pad in the pair, the method successively comprising the forming of the pads and the forming of the region, wherein the region is formed by nitriding of the substrate, the method comprising the successive steps of: depositing a layer on the substrate; forming portions on the layer; etching the parts of the layer which are not covered with the portions to form the pads; removing the portions; and nitriding the pads and the parts of the substrate which are not covered with the pads, characterised in that the nitriding step successively comprises: a first step of nitriding of the pads at a first temperature; and a second step of nitriding of the parts of the substrate which are not covered with the pads at a second temperature different from the first temperature. depositing a layer on the substrate; forming portions on the layer; etching the parts of the layer which are not covered with the portions to form the pads; removing the portions; and nitriding the pads and the parts of the substrate which are not covered with the pads, characterised in that the nitriding step successively comprises: a first step of nitriding of the pads at a first temperature; and a second step of nitriding of the parts of the substrate which are not covered with the pads at a second temperature different from the first temperature. a first step of nitriding of the pads at a first temperature; and a second step of nitriding of the parts of the substrate which are not covered with the pads at a second temperature different from the first temperature.
A method of generating a mature NKT cell, comprising: (a) co-culturing an induced pluripotent stem (iPS) cell with a feeder cell to generate a CD4/CD8-double positive NKT cell, wherein the iPS cell has been obtained by contacting nuclear reprogramming factors with a somatic cell having the α-chain region of the T cell antigen receptor gene rearranged to uniform Vα-Jα in an NKT cell receptor-specific way, wherein the iPS cell has: - the α-chain region of the T cell antigen receptor gene rearranged to uniform Vα-Jα in an NKT cell receptor-specific way, and - pluripotency and replication competence, and the feeder cell is a stromal cell that expresses a Notch ligand; (b) switching the feeder cell from the stromal cell that expresses a Notch ligand to a stromal cell that does not express a Notch ligand, in the midst of the co-culturing in step (a); and (c) co-culturing a CD4/CD8-double positive NKT cell obtained by step (a) with the stromal cell that does not express a Notch ligand. (a) co-culturing an induced pluripotent stem (iPS) cell with a feeder cell to generate a CD4/CD8-double positive NKT cell, wherein the iPS cell has been obtained by contacting nuclear reprogramming factors with a somatic cell having the α-chain region of the T cell antigen receptor gene rearranged to uniform Vα-Jα in an NKT cell receptor-specific way, wherein the iPS cell has: - the α-chain region of the T cell antigen receptor gene rearranged to uniform Vα-Jα in an NKT cell receptor-specific way, and - pluripotency and replication competence, and the feeder cell is a stromal cell that expresses a Notch ligand; - the α-chain region of the T cell antigen receptor gene rearranged to uniform Vα-Jα in an NKT cell receptor-specific way, and - pluripotency and replication competence, and the feeder cell is a stromal cell that expresses a Notch ligand; (b) switching the feeder cell from the stromal cell that expresses a Notch ligand to a stromal cell that does not express a Notch ligand, in the midst of the co-culturing in step (a); and (c) co-culturing a CD4/CD8-double positive NKT cell obtained by step (a) with the stromal cell that does not express a Notch ligand.
An improved quick coupling comprising: - a casing defining a longitudinal axis, an outlet and an inlet, and configured to receive at said inlet at least part of an external connector so as to put said external connector and said outlet in fluidic through connection with each other, - a shutter housed within said casing so that it can translate along said longitudinal axis in opposition to first opposing means, configured to house at least part of said external connector and including retaining means configured to lock at least part of said external connector within said shutter in at least one position along said longitudinal axis, - control means accessible from the outside and including at least one first slider housed within said casing so that it can translate along a locking direction skewed with respect to said longitudinal axis in opposition to second opposing means, configured to house at least part of said shutter and including locking means configured to lock said shutter within said first slider in at least one position along said locking direction, and characterised in that it comprises - safety means configured to lock said shutter when subjected to pressures higher than a predetermined threshold value caused by a fluid present within said coupling, - said shutter locking said external connector at least when said safety means lock said shutter. - a casing defining a longitudinal axis, an outlet and an inlet, and configured to receive at said inlet at least part of an external connector so as to put said external connector and said outlet in fluidic through connection with each other, - a shutter housed within said casing so that it can translate along said longitudinal axis in opposition to first opposing means, configured to house at least part of said external connector and including retaining means configured to lock at least part of said external connector within said shutter in at least one position along said longitudinal axis, - control means accessible from the outside and including at least one first slider housed within said casing so that it can translate along a locking direction skewed with respect to said longitudinal axis in opposition to second opposing means, configured to house at least part of said shutter and including locking means configured to lock said shutter within said first slider in at least one position along said locking direction, - safety means configured to lock said shutter when subjected to pressures higher than a predetermined threshold value caused by a fluid present within said coupling, - said shutter locking said external connector at least when said safety means lock said shutter.
A communication method, applied to a first terminal, wherein the first terminal maintains a communication connection with a third terminal, the third terminal further maintains a communication connection with at least one second terminal, and the method comprises: when the first terminal determines to start to execute a voice service, sending a first message to the third terminal, wherein the first message is used to trigger the third terminal to determine that a location relationship between the second terminal and the first terminal meets a preset condition; and when the second terminal is playing audio by using a loudspeaker, sending, by the third terminal, a second message to the second terminal, wherein the second message is used to trigger the second terminal to adjust a playing mode; and when the first terminal determines to stop executing the voice service, sending a third message to the third terminal, wherein the third message is used to trigger the third terminal to send a fourth message to the second terminal, and the fourth message is used to trigger the second terminal to restore the playing mode before the adjustment; characterized in that the method further comprises: periodically acquiring, by the first terminal, location information, and sending the acquired location information to the third terminal. when the first terminal determines to start to execute a voice service, sending a first message to the third terminal, wherein the first message is used to trigger the third terminal to determine that a location relationship between the second terminal and the first terminal meets a preset condition; and when the second terminal is playing audio by using a loudspeaker, sending, by the third terminal, a second message to the second terminal, wherein the second message is used to trigger the second terminal to adjust a playing mode; and when the first terminal determines to stop executing the voice service, sending a third message to the third terminal, wherein the third message is used to trigger the third terminal to send a fourth message to the second terminal, and the fourth message is used to trigger the second terminal to restore the playing mode before the adjustment; characterized in that the method further comprises: periodically acquiring, by the first terminal, location information, and sending the acquired location information to the third terminal.
A motor for a household appliance comprising: - a rotating shaft; - a bearing mounted to the rotating shaft, wherein the bearing comprises an inner rim fixed to the rotating shaft, an outer rim spaced apart from the inner rim, and a rolling member disposed between the inner rim and the outer rim; - a motor housing, wherein the motor housing comprises a body part and a hollow part that protrudes axially from the body part; and - an elastic mesh having a plurality of pores, the elastic mesh being disposed between the motor housing and the bearing, and wherein the hollow part surrounds an outer circumference of the elastic mesh and at least a portion of the elastic mesh is disposed between an inner circumference of the hollow part and an outer circumference of the outer rim; characterized in that the body part includes a mounting projection that protrudes from the body part and that seats the elastic mesh; and wherein the motor further comprises a wave washer, wherein the wave washer is disposed axially between the outer rim and the body part and spaced apart from the elastic mesh. - a rotating shaft; - a bearing mounted to the rotating shaft, wherein the bearing comprises an inner rim fixed to the rotating shaft, an outer rim spaced apart from the inner rim, and a rolling member disposed between the inner rim and the outer rim; - a motor housing, wherein the motor housing comprises a body part and a hollow part that protrudes axially from the body part; and - an elastic mesh having a plurality of pores, the elastic mesh being disposed between the motor housing and the bearing, and wherein the hollow part surrounds an outer circumference of the elastic mesh and at least a portion of the elastic mesh is disposed between an inner circumference of the hollow part and an outer circumference of the outer rim;
A data storage method, wherein the method comprises: obtaining at least one data record, wherein each data record comprises one carrier identifier and at least one label value; the at least one data record is stored in a data table; and the data table is used to record a correspondence between a carrier identifier and a label value; and creating a bitmap index corresponding to the at least one data record, wherein the bitmap index comprises at least one bitmap; each bitmap corresponds to one label value; each bitmap comprises at least one bitmap position; and each bitmap position is used to record whether a carrier corresponding to one carrier identifier has a label value corresponding to a current bitmap, wherein same bitmap positions in different bitmaps in the bitmap index correspond to a same carrier identifier. obtaining at least one data record, wherein each data record comprises one carrier identifier and at least one label value; the at least one data record is stored in a data table; and the data table is used to record a correspondence between a carrier identifier and a label value; and creating a bitmap index corresponding to the at least one data record, wherein the bitmap index comprises at least one bitmap; each bitmap corresponds to one label value; each bitmap comprises at least one bitmap position; and each bitmap position is used to record whether a carrier corresponding to one carrier identifier has a label value corresponding to a current bitmap, wherein same bitmap positions in different bitmaps in the bitmap index correspond to a same carrier identifier.
Use of a novolac resin, condensation product of a phenolic compound with an aldehyde or a ketone, for increasing the resistance of a polyamide composition to HCI and/or HF acids.
A drive assembly for a rail transport system for conveying bulk materials via a plurality of cars adapted to form a train, each car having a pair of side drive plates and a trough arrangement for carrying the bulk materials on a rail, said drive assembly comprising: a support structure, at least one drive unit connected to the support structure, said drive unit including at least one drive tire (32, 44) adapted to frictionally contact a side drive plate of at least one of the cars for imparting a driven moment to the car, and a spring element operatively located between the support and the drive unit to control squeeze force between the contacting drive tire and side plate of the car, characterized in that the spring element is substantially parallel to a plane of the drive tire (32, 44), wherein the drive unit is further adapted to pivot at the connection to the support structure on a plane parallel to the track such that drive force is reacted at the connection between the drive unit and the support and squeeze force is reacted through the spring element. a support structure, at least one drive unit connected to the support structure, said drive unit including at least one drive tire (32, 44) adapted to frictionally contact a side drive plate of at least one of the cars for imparting a driven moment to the car, and a spring element operatively located between the support and the drive unit to control squeeze force between the contacting drive tire and side plate of the car, characterized in that the spring element is substantially parallel to a plane of the drive tire (32, 44), wherein the drive unit is further adapted to pivot at the connection to the support structure on a plane parallel to the track such that drive force is reacted at the connection between the drive unit and the support and squeeze force is reacted through the spring element.