mhurhangee/ep-ind-claims huggingface dataset:
A sanding tool comprising: a handle (110,210) with a first pivot point (111,211) and a second pivot point (112,212) distal from the first pivot point; a flexible base (120,220) having a bottom surface for attachment to an abrasive sheet on an opposite side to the handle (110,210); arms (127,227/128,228) arranged to couple the base (120,220) with respective first (111,211) and second (112,212) pivot points on the handle (110,210), wherein the base is capable of moving relative to the first and second pivot points of the handle in a plane (130,230) passing through the first and second pivot points of the handle, characterized in that the sanding tool comprises: a flexible pad (160,260) arranged on the top surface of the flexible base (120,220), wherein the flexible pad is formed with at least one dust extraction inlet channel (164a, 164b, 164c, 164d, 164e, 264a, 264b, 264c, 264d) arranged to suck air from a perimeter of the flexible base (120,220) and wherein the at least one dust extraction inlet channel is fluidly connectable to a vacuum source via a coupling arrangement (161, 170, 180/261, 170, 180), comprising a tubular coupling (180,) and wherein the tubular coupling is secured to the flexible base at the first pivot point. a handle (110,210) with a first pivot point (111,211) and a second pivot point (112,212) distal from the first pivot point; a flexible base (120,220) having a bottom surface for attachment to an abrasive sheet on an opposite side to the handle (110,210); arms (127,227/128,228) arranged to couple the base (120,220) with respective first (111,211) and second (112,212) pivot points on the handle (110,210), wherein the base is capable of moving relative to the first and second pivot points of the handle in a plane (130,230) passing through the first and second pivot points of the handle, characterized in that the sanding tool comprises: a flexible pad (160,260) arranged on the top surface of the flexible base (120,220), wherein the flexible pad is formed with at least one dust extraction inlet channel (164a, 164b, 164c, 164d, 164e, 264a, 264b, 264c, 264d) arranged to suck air from a perimeter of the flexible base (120,220) and wherein the at least one dust extraction inlet channel is fluidly connectable to a vacuum source via a coupling arrangement (161, 170, 180/261, 170, 180), comprising a tubular coupling (180,) and wherein the tubular coupling is secured to the flexible base at the first pivot point.
A method of facilitating access to input/output (I/O) resources (206, 302) of a partitioned environment comprising one or more computing unit(s) providing processor and memory resources, the method comprising: providing a plurality of partitions each having an allocation of said processor and memory resources; characterised in that: the plurality of partitions includes at least one I/O partition (106, 208, 300, 804) coupled to one or more I/O resources, and one or more consumer partition(s) (104, 200, 304, 802) coupled to the I/O partition; and the method further comprises the steps of: at least one consumer partition making use of the I/O partition to access at least one of the I/O resources coupled thereto comprising providing to a virtual adapter driver (212, 312) of the consumer partition a request to access the I/O resource of the I/O partition and communicating the request to a virtual adapter interface (214, 310) of the I/O partition; and using a partition management tool to facilitate at least one of managing the I/O partition, specifying one or more resources to be allocated to the I/O partition, and specifying one or more consumer partitions allowed to share at least one I/O resource of the one or more I/O resources, wherein the I/O partition (106, 208, 300, 804) further provides automatic workload balancing among one or more I/O resources (206, 302) owned by the I/O partition. providing a plurality of partitions each having an allocation of said processor and memory resources; characterised in that: the plurality of partitions includes at least one I/O partition (106, 208, 300, 804) coupled to one or more I/O resources, and one or more consumer partition(s) (104, 200, 304, 802) coupled to the I/O partition; and the method further comprises the steps of: at least one consumer partition making use of the I/O partition to access at least one of the I/O resources coupled thereto comprising providing to a virtual adapter driver (212, 312) of the consumer partition a request to access the I/O resource of the I/O partition and communicating the request to a virtual adapter interface (214, 310) of the I/O partition; and using a partition management tool to facilitate at least one of managing the I/O partition, specifying one or more resources to be allocated to the I/O partition, and specifying one or more consumer partitions allowed to share at least one I/O resource of the one or more I/O resources, wherein the I/O partition (106, 208, 300, 804) further provides automatic workload balancing among one or more I/O resources (206, 302) owned by the I/O partition.
A method performed by a User Equipment, UE, comprising: starting a timer upon initiating procedure for resuming RRC connection, the timer being a timer for considering, if the timer expires, that the resuming fails; discarding a UE context, stopping the timer, transmitting a response message, and ending the procedure, if an RRCConnectionSetup message is received during the procedure; and stopping the timer, transmitting a response message, and ending the procedure, if an RRCConnectionResume message is received. starting a timer upon initiating procedure for resuming RRC connection, the timer being a timer for considering, if the timer expires, that the resuming fails; discarding a UE context, stopping the timer, transmitting a response message, and ending the procedure, if an RRCConnectionSetup message is received during the procedure; and stopping the timer, transmitting a response message, and ending the procedure, if an RRCConnectionResume message is received.
A composition having a bulk density of 0.8g/cm 3 or less comprising: (a) 25-65 weight % of an inorganic binder comprising (i) 83 to 100 weight % of calcium aluminate cement, (ii) 0 to 14 weight % of calcium sulphate, (iii) 0 to 9 weight % of portland cement wherein the weight % of (i), (ii), (iii) is based on the sum of (i)+(ii)+(iii), (b) 0.5-15 weight % of one or more organic polymers, (c) 30-75 weight % of one or more inorganic fillers wherein the bulk density of the fillers is less than 0.5g/cm 3. wherein weight % is calculated on the total weight of all the non-volatile components in the composition. (a) 25-65 weight % of an inorganic binder comprising (i) 83 to 100 weight % of calcium aluminate cement, (ii) 0 to 14 weight % of calcium sulphate, (iii) 0 to 9 weight % of portland cement wherein the weight % of (i), (ii), (iii) is based on the sum of (i)+(ii)+(iii), (i) 83 to 100 weight % of calcium aluminate cement, (ii) 0 to 14 weight % of calcium sulphate, (iii) 0 to 9 weight % of portland cement (b) 0.5-15 weight % of one or more organic polymers, (c) 30-75 weight % of one or more inorganic fillers wherein the bulk density of the fillers is less than 0.5g/cm 3.
A stroke transmitter, comprising - a conduit for providing a passage to a fluid, - an actuating unit comprising a first block and a first piston, wherein the first piston is guided into the first block thereby increasing pressure in an hydraulic fluid, - a valve unit comprising a second block, a dosing valve and a second piston, wherein the second piston is guided into the second block, the valve unit configured to operate depending on the pressure of the hydraulic fluid, to regulate a flow of the fluid, and - a pipe connecting the actuating unit and the valve unit for communicating the pressure of the hydraulic fluid between the actuating unit and the valve unit, wherein the valve unit is arranged inside the conduit, characterized in that the actualing unit is arranged outside the conduit. - a conduit for providing a passage to a fluid, - an actuating unit comprising a first block and a first piston, wherein the first piston is guided into the first block thereby increasing pressure in an hydraulic fluid, - a valve unit comprising a second block, a dosing valve and a second piston, wherein the second piston is guided into the second block, the valve unit configured to operate depending on the pressure of the hydraulic fluid, to regulate a flow of the fluid, and - a pipe connecting the actuating unit and the valve unit for communicating the pressure of the hydraulic fluid between the actuating unit and the valve unit,
A method for monitoring quality when texturing a synthetic thread, in which the thread is drawn off from a supply package and within a texturing zone is drafted and textured, wherein the thread is drawn from the texturing zone by means of a driven delivery roller, and in which a quality parameter is continuously detected and monitored, characterized in that an operating torque of the electric motor, which drives the delivery roller for drawing off the thread from the texturing zone is detected as the quality parameter.
A CD19xCD3 bispecific antibody for use in a method for treating malignant CD19 positive lymphocytes in a human patient, said patient having a B:T cell ratio of about 1:5 or lower, said method comprising: (a) administering a first dose of a CD19xCD3 bispecific antibody for a first period of time; and consecutively (b) administering a second dose of said antibody for a second period of time; wherein said second dose exceeds said first dose. (a) administering a first dose of a CD19xCD3 bispecific antibody for a first period of time; and consecutively (b) administering a second dose of said antibody for a second period of time; wherein said second dose exceeds said first dose.
Linkage for the articulated connection of a coupling rod to a railcar body, and coupling rod, having a base plate which has at least one through opening, having a bearing element which has at least one through opening and is arranged in the through opening of the base plate, wherein the coupling rod protrudes through the through opening of the bearing element, wherein the bearing element has a restoring component which is suitable for absorbing a force that acts on it by way of reversible deformation and therefore for developing a restoring force, characterized in that the bearing element has at least one supporting component which bears partially on the coupling rod. having a base plate which has at least one through opening, having a bearing element which has at least one through opening and is arranged in the through opening of the base plate, wherein the coupling rod protrudes through the through opening of the bearing element, wherein the bearing element has a restoring component which is suitable for absorbing a force that acts on it by way of reversible deformation and therefore for developing a restoring force, characterized in that the bearing element has at least one supporting component which bears partially on the coupling rod.
A method for manufacturing an organic semiconductor thin film, comprising: a preparation step of preparing a first coating liquid in which an organic semiconductor is dissolved in a first organic solvent and a second coating liquid containing a second organic solvent having a lower affinity for the organic semiconductor than that of the first organic solvent; a coating step of applying the first coating liquid and the second coating liquid on a substrate in an overlapping manner such that a coating film of the second coating liquid is formed on the substrate and a coating film of the first coating liquid is formed on the coating film of the second coating liquid; a drying step of drying a coating film of the first coating liquid and the second coating liquid applied on the substrate in the coating step after the organic semiconductor is precipitated from the coating film, characterized in that the affinity of the first organic solvent is expressed by a solubility of the first organic solvent with respect to the organic semiconductor, the affinity of the second organic solvent is expressed by a solubility of the second organic solvent with respect to the organic semiconductor, the solubility of the first organic solvent with respect to the organic semiconductor is 0.01wt% or more, and the solubility of the second organic solvent with respect to the organic semiconductor is 0.001wt% or less, and in the coating step, the second coating liquid is in contact with the first coating liquid during a period from jetting of the second coating liquid to application of the second coating liquid on the substrate. a preparation step of preparing a first coating liquid in which an organic semiconductor is dissolved in a first organic solvent and a second coating liquid containing a second organic solvent having a lower affinity for the organic semiconductor than that of the first organic solvent; a coating step of applying the first coating liquid and the second coating liquid on a substrate in an overlapping manner such that a coating film of the second coating liquid is formed on the substrate and a coating film of the first coating liquid is formed on the coating film of the second coating liquid; a drying step of drying a coating film of the first coating liquid and the second coating liquid applied on the substrate in the coating step after the organic semiconductor is precipitated from the coating film, characterized in that the affinity of the first organic solvent is expressed by a solubility of the first organic solvent with respect to the organic semiconductor, the affinity of the second organic solvent is expressed by a solubility of the second organic solvent with respect to the organic semiconductor, the solubility of the first organic solvent with respect to the organic semiconductor is 0.01wt% or more, and the solubility of the second organic solvent with respect to the organic semiconductor is 0.001wt% or less, and in the coating step, the second coating liquid is in contact with the first coating liquid during a period from jetting of the second coating liquid to application of the second coating liquid on the substrate.
A core wire holder attached on a metal electrode placed on a bottom panel of a device for producing silicon by Siemens process, the core wire holder comprising: a silicon core wire holding portion being circular truncated cone-shaped, and configured to hold and energize a silicon core wire, wherein the silicon core wire holding portion includes a circular truncated cone having an upper surface formed with a silicon core wire insertion hole for holding the silicon core wire, and the silicon core wire holding portion includes a chamfered portion having a curved surface formed on a ridge formed by an upper surface and a side surface of the silicon core wire holding portion, the circular truncated cone in which the silicon core wire holding portion that is circular truncated cone-shaped is inscribed includes an upper surface in a shape of a circle with a diameter a and a bottom surface in a shape of a circle with a diameter b and has a height h, the silicon core wire holding portion includes the chamfered portion having the curved surface and having a radius R of curvature, and relations a < b, a ≤ h ≤ 15a, and a/10 ≤ R ≤ 2b are satisfied. a silicon core wire holding portion being circular truncated cone-shaped, and configured to hold and energize a silicon core wire, wherein being circular truncated cone-shaped, and configured to hold and energize a silicon core wire, the silicon core wire holding portion includes a circular truncated cone having an upper surface formed with a silicon core wire insertion hole for holding the silicon core wire, and the silicon core wire holding portion includes a chamfered portion having a curved surface formed on a ridge formed by an upper surface and a side surface of the silicon core wire holding portion, the circular truncated cone in which the silicon core wire holding portion that is circular truncated cone-shaped is inscribed includes an upper surface in a shape of a circle with a diameter a and a bottom surface in a shape of a circle with a diameter b and has a height h, includes an upper surface in a shape of a circle with a diameter a and a bottom surface in a shape of a circle with a diameter b and has a height h, the silicon core wire holding portion includes the chamfered portion having the curved surface and having a radius R of curvature, and relations a < b, a ≤ h ≤ 15a, and a/10 ≤ R ≤ 2b are satisfied.
A radio communication device adapted to be supplied with power through a communication cable, the radio communication device comprising a control unit, wherein the control unit is adapted to determine a setting content of the radio communication device so that an amount of power consumption does not exceed an amount of power supply, wherein the control unit is adapted to calculate the amount of the power consumption by using power consumption information associating the setting content of the radio communication device with power consumption consumed when the radio communication device operates with that setting content, and wherein the radio communication device is configured to transmit a setting change request and the setting content of the radio communication device to another radio communication device, the setting change request requesting the another radio communication device to change its setting content by using the setting content of the radio communication device.
An impact tool for performing a predetermined operation on a workpiece by rectilinear movement of a detachably coupled tool bit in an axial direction of the tool bit, comprising: a tool body, a motor, a rotating shaft that is disposed parallel to the axial direction of the tool bit and rotationally driven by the motor, a swinging member that swings in the axial direction of the tool bit by rotation of the rotating shaft, a tool driving mechanism (141, 143, 145) that is connected to an end region of the swinging member in a direction transverse to the axis of the rotating shaft, and is caused to rectilinearly move in the axial direction of the tool bit by swinging movement of the swinging member, thereby rectilinearly driving the tool bit, and a vibration reducing member that reduces vibration caused in the axial direction of the tool bit during operation of the tool bit, wherein: the vibration reducing member is disposed within the tool body on an opposite side of a rectilinear working axis of the tool bit from the rotating shaft and characterised in that the vibration reducing member is connected to a connecting part between the swinging member and the tool driving mechanism (141, 143, 145) in such a manner as to be driven. a tool body, a motor, a rotating shaft that is disposed parallel to the axial direction of the tool bit and rotationally driven by the motor, a swinging member that swings in the axial direction of the tool bit by rotation of the rotating shaft, a tool driving mechanism (141, 143, 145) that is connected to an end region of the swinging member in a direction transverse to the axis of the rotating shaft, and is caused to rectilinearly move in the axial direction of the tool bit by swinging movement of the swinging member, thereby rectilinearly driving the tool bit, and a vibration reducing member that reduces vibration caused in the axial direction of the tool bit during operation of the tool bit, the vibration reducing member is disposed within the tool body on an opposite side of a rectilinear working axis of the tool bit from the rotating shaft and characterised in that the vibration reducing member is connected to a connecting part between the swinging member and the tool driving mechanism (141, 143, 145) in such a manner as to be driven.
Extinguishing plate arrangement for a switching device having a plurality of extinguishing plates for dividing and/or lengthening an arc, and at least one guide plate, wherein the extinguishing plates are arranged substantially side by side to form a stack and the guide plate laterally defines the stack, wherein the guide plate projects beyond the extinguishing plates in a main extension direction and has a slot, wherein the slot extends from an end of the guide plate remote from the extinguishing plates, and wherein two guide plates are provided, wherein the guide plates define the stack on both sides, characterised in that, in the plurality of extinguishing plates, a distance between respective adjoining extinguishing plates varies, wherein the distance decreases from a centre of the stack to the guide plates.
An analyzing device that has a microchannel structure for transferring a sample liquid to measurement cells (40a-40f) by rotation of the analyzing device about a rotation center to generate a centrifugal force and is used for reading in which a reaction liquid obtained by a reaction of the sample liquid and a reagent is accessed in the measurement cells (40a-40f), characterized in that the measurement cell is formed so as to extend in a direction along which the centrifugal force is applied, the measurement cell has a capillary area that is formed on at least one of side walls of the measurement cell so as to extend from an outer periphery position to an inner periphery of the measurement cell, the side walls of the measurement cells being arranged in a rotational direction, and the sample liquid is sucked into the capillary area by a capillary force.
Piston of a hydraulic piston machine comprising a piston shaft, a ball head at one end of the piston shaft, and a slider shoe mounted to the ball head, wherein the ball head comprises a through channel, the slider shoe comprises an end surface and a through hole in communication with an end of the through channel, and a plastic material is arranged in a gap between the slider shoe and the ball head and forms an inner coating of the through hole, characterized in that a sealing surface is arranged at the end of the through channel, wherein the sealing surface surrounds the opening of the through channel into the through bore and an inner diameter of the sealing surface is smaller than an inner diameter of the inner coating of the through bore at the end of the through bore adjacent the sealing surface.