mhurhangee/ep-ind-claims huggingface dataset:
A pressure-sensitive adhesive composition, which has a gel content represented by Equation 1 of 50% or more, a micro gel content represented by Equation 2 of 3% or less and a water vapor transmission rate of 50 g/m 2 ·day or less, wherein the water vapor transmission rate in a thickness direction is measured on a film having a thickness of 100 μm according to the water vapor transmission rate method as described in the specification, and comprises an encapsulating resin which includes an olefin-based elastomer and a multifunctional active energy ray-polymerizable compound which is included at 5 to 30 parts by weight relative to 100 parts by weight of the encapsulating resin, wherein the olefin-based elastomer is a copolymer of a diene and an olefin-based compound having one carbon-carbon double bond and has a weight average molecular weight (Mw) of 100,000 to 2,000,000 according to the measurement method of the description: Gel content wt% = B/A × 100 Micro gel content wt% = C/A × 100 wherein in Equations 1 and 2, A is a mass of the pressure-sensitive adhesive composition, in Equation 1, B is a dry mass of an insoluble content of the pressure-sensitive adhesive composition remaining after being dipped in toluene at 60°C for 24 hours and filtered through a 200-mesh sieve (pore size of 200 μm), and in Equation 2, C is a dry mass of an insoluble content of the pressure-sensitive adhesive composition remaining after being dipped in toluene at 60°C for 24 hours, primarily filtered through a 200-mesh sieve (pore size: 200 μm), and secondarily filtered through a 1000-mesh sieve (pore size: 5 μm). in Equation 1, B is a dry mass of an insoluble content of the pressure-sensitive adhesive composition remaining after being dipped in toluene at 60°C for 24 hours and filtered through a 200-mesh sieve (pore size of 200 μm), and in Equation 2, C is a dry mass of an insoluble content of the pressure-sensitive adhesive composition remaining after being dipped in toluene at 60°C for 24 hours, primarily filtered through a 200-mesh sieve (pore size: 200 μm), and secondarily filtered through a 1000-mesh sieve (pore size: 5 μm).
A fastener assembly, comprising: a base having a bore which extends through the base; a receptacle comprising a sidewall, wherein: the sidewall defines a channel which extends through the receptacle; the channel extends from a first opening defined by the sidewall to a second opening defined by the sidewall; the sidewall is connected to the base wherein the second opening aligns with the bore of the base; and a fastener comprising a head connected to a shaft, wherein: the head has a greater dimension than a dimension of the first opening; characterized in that the sidewall of the receptacle further defines a vent opening which extends through the sidewall; and the shaft has a smaller dimension than the channel of the receptacle and the bore of the base, such that with the head positioned closing the first opening of the receptacle the shaft extends through the channel, through the bore of the base and out of the bore of the base forming a flow path through the vent opening, through the channel of the receptacle and through the bore of the base. a base having a bore which extends through the base; a receptacle comprising a sidewall, wherein: the sidewall defines a channel which extends through the receptacle; the channel extends from a first opening defined by the sidewall to a second opening defined by the sidewall; the sidewall is connected to the base wherein the second opening aligns with the bore of the base; and a fastener comprising a head connected to a shaft, wherein: the head has a greater dimension than a dimension of the first opening; characterized in that the sidewall of the receptacle further defines a vent opening which extends through the sidewall; and the shaft has a smaller dimension than the channel of the receptacle and the bore of the base, such that with the head positioned closing the first opening of the receptacle the shaft extends through the channel, through the bore of the base and out of the bore of the base forming a flow path through the vent opening, through the channel of the receptacle and through the bore of the base. the sidewall defines a channel which extends through the receptacle; the channel extends from a first opening defined by the sidewall to a second opening defined by the sidewall; the sidewall is connected to the base wherein the second opening aligns with the bore of the base; and a fastener comprising a head connected to a shaft, wherein: the head has a greater dimension than a dimension of the first opening; characterized in that the sidewall of the receptacle further defines a vent opening which extends through the sidewall; and the shaft has a smaller dimension than the channel of the receptacle and the bore of the base, such that with the head positioned closing the first opening of the receptacle the shaft extends through the channel, through the bore of the base and out of the bore of the base forming a flow path through the vent opening, through the channel of the receptacle and through the bore of the base.
A suspension arm, which includes an arm body having a longitudinal shape, a wheel-side attachment portion that is disposed at one end of the arm body and couplable to an upper part of an axle carrier, and a vehicle body-side attachment portion that is disposed at the other end of the arm body and couplable to a vehicle body, and which is mountable near a drive shaft so as to extend in a lateral direction of a vehicle, the suspension arm characterized in that the arm body includes an overlap portion for overlapping the drive shaft as viewed from a front in a longitudinal direction of a vehicle, a weak portion having lower strength than the overlap portion is provided between the overlap portion and the wheel-side attachment portion, the arm body has a hollow longitudinal shape, and portions on both sides of the weak portion are quenched by high frequency heating so as to have high strength, such that the weak portion is partially provided at an intermediate position between the overlap portion and the wheel-side attachment portion.
Medical instrument with a hollow shaft, at the proximal end of which a handle is arranged, and at the distal end of which a tool is arranged such that a distal end region of the shaft carrying the tool is designed as a tool tip that is deflectable with respect to the longitudinal axis of the shaft, and the tool is rotatable about the longitudinal axis of the shaft and about the longitudinal axis of the tool tip, wherein the rotation of the tool about the longitudinal axis of the shaft is effected via an actuation rod which is mounted rotatably in the hollow shaft and which is operatively connected at its proximal end to the handle, and wherein the actuation rod is composed of two parts, namely a distal sub-region mounted in the deflectable tool tip and a sub-region mounted in the proximal part of the shaft, and wherein the two mutually facing end faces of the sub-regions (8 and 9) of the actuation rod are in engagement with each other at the transition to the deflectable tool tip via end-face toothing arrangements, characterized in that the tooth flanks of the individual teeth of the two end-face toothing arrangements are designed tapering radially outwards, and in that the tooth flanks of the individual teeth of the two end-face toothing arrangements are additionally designed tapering radially inwards, and wherein the tooth flanks on both sides of the individual teeth of the two end-face toothing arrangements are composed of flat surface parts and of curved surface parts.
An electrode comprising a current collector; and an electrode material layer formed on the current collector, the electrode material layer comprising a first electrode material layer and second electrode material layer having different electrode active materials, wherein the first electrode material layer is formed on a side of the current collector, and the second electrode material layer is formed on the other side of the current collector, wherein the electrode is a positive electrode or a negative electrode. wherein the first electrode material layer is formed on a side of the current collector, and the second electrode material layer is formed on the other side of the current collector, wherein the electrode is a positive electrode or a negative electrode.
A nutritional composition comprising Lactobacillus rhamnosus GG strain ATCC 53103 for use in preventing the development of respiratory allergies and reducing the production of serum IgE antibodies in a subject, by administering to the subject an effective amount of Lactobacillus rhamnosus GG strain ATCC 53103 prior to allergic sensitization of the subject.
Electrosurgical assembly with an electrosurgical plasma coagulation instrument, a detection device for detecting a predetermined constituent of the atmosphere in the region of a treatment site, which detection device has a sensor for sensing an optical variable at the treatment site and a distance sensor for sensing a distance between the distal end of the electrosurgical instrument and a tissue to be treated, and a treatment unit, which can be connected to the instrument and has a power generator for providing RF energy, wherein means for influencing the treatment process in dependence on the output signals of the sensor and distance sensor of the detection device are provided in the treatment unit, wherein the means for influencing the treatment process have a control device of the power generator that is connected in signaling terms to the output of the detection device, and also have a fluid source for providing a treatment fluid suitable for influencing the treatment process, wherein the fluid source is a noble-gas cylinder and wherein the control device is configured to control the treatment energy provided by the power generator and wherein the instrument has a first fluid channel for passing the treatment fluid through to the distal end of the instrument.
A radio frequency, hereinafter RF, communication system comprising: a first radio and a second radio being relatively movable, the first radio comprising an RF transceiver configured to operate on a selected RF channel from among a plurality of different RF channels, and a controller coupled to the RF transceiver and configured to: obtain historical RF spectral data over time, position and RF channel, as the first and second radios (31, 32) move relative to one another; determine at least one power null from the historical RF spectral data, and dynamically select an RF channel from among the plurality of RF channels based upon the at least one power null; characterized in that the controller is configured to dynamically select the RF channel by switching from an RF channel along a downward slope relative to the at least one power null to another RF channel along an upward slope relative to the at least one power null. an RF transceiver configured to operate on a selected RF channel from among a plurality of different RF channels, and a controller coupled to the RF transceiver and configured to: obtain historical RF spectral data over time, position and RF channel, as the first and second radios (31, 32) move relative to one another; determine at least one power null from the historical RF spectral data, and dynamically select an RF channel from among the plurality of RF channels based upon the at least one power null; characterized in that the controller is configured to dynamically select the RF channel by switching from an RF channel along a downward slope relative to the at least one power null to another RF channel along an upward slope relative to the at least one power null. obtain historical RF spectral data over time, position and RF channel, as the first and second radios (31, 32) move relative to one another; determine at least one power null from the historical RF spectral data, and dynamically select an RF channel from among the plurality of RF channels based upon the at least one power null; characterized in that the controller is configured to dynamically select the RF channel by switching from an RF channel along a downward slope relative to the at least one power null to another RF channel along an upward slope relative to the at least one power null.
A hybrid vehicle drive train, comprising a heat engine connected to a power distribution system that distributes power over two paths, one path driving the driving wheels of the vehicle via a mechanical transmission and the other path driving a hydraulic pump that refills pressure accumulators (30, 32), this drive train also comprising a hydraulic motor which draws the fluid from the pressure accumulators in order to drive the driving wheels, and also comprising an electric pump which is connected to batteries, as well as to the pressure accumulators (30, 32) in order to refill said accumulators using power supplied by the batteries, characterized in that the electric pump comprises a reversible mode of operation, causing its pump to work as hydraulic motor to cause its electric motor to turn as a generator, and to produce a recharge current of the battery.
A multi-phase power cable comprising: a plurality of phase cores, each including an insulated electric conductor; a screen assembly comprising a metallic screen rod; a moisture barrier metallic sheet enclosing the plurality of phase cores and the screen rod; an outer jacket radially outer to the moisture barrier metallic sheet; and a multilayer arrangement comprising a first, second and third semiconducting water swellable layers (14, 15, 16) surrounding the phase cores and in radial internal position with respect to the moisture barrier metallic sheet and in electric contact therewith, the screen assembly being arranged between said second and third semiconducting water swellable layers (15, 16). a plurality of phase cores, each including an insulated electric conductor; a screen assembly comprising a metallic screen rod; a moisture barrier metallic sheet enclosing the plurality of phase cores and the screen rod; an outer jacket radially outer to the moisture barrier metallic sheet; and a multilayer arrangement comprising a first, second and third semiconducting water swellable layers (14, 15, 16) surrounding the phase cores and in radial internal position with respect to the moisture barrier metallic sheet and in electric contact therewith, the screen assembly being arranged between said second and third semiconducting water swellable layers (15, 16).
A motion detector with antimasking capability, the motion detector comprising: an antenna (131, 135); a dual-channel reception circuit (110, 115), the dual-channel reception circuit (110, 115) configured to receive a reflected radio frequency signal; and an electronic processor electrically connected to the dual-channel reception circuit (110, 115) and configured to receive a first signal from a first channel of the dual-channel reception circuit (110, 115) indicative of motion at a first range, receive a second signal from a second channel of the dual-channel reception circuit (110, 115) indicative of motion at a second range, at least a portion of the second range being shorter than the first range, and generate a notification based on the first signal and the second signal, wherein the electronic processor is configured to generate the notification by generating a trouble notification indicative of a masking attempt when the second signal indicates motion at the second range, and wherein the electronic processor is configured to generate the trouble notification when the second signal is greater than a first threshold, characterized in that the electronic processor is configured to adjust the first threshold to a lesser value when the first signal is indicative of motion at the first range. an antenna (131, 135); a dual-channel reception circuit (110, 115), the dual-channel reception circuit (110, 115) configured to receive a reflected radio frequency signal; and an electronic processor electrically connected to the dual-channel reception circuit (110, 115) and configured to receive a first signal from a first channel of the dual-channel reception circuit (110, 115) indicative of motion at a first range, receive a second signal from a second channel of the dual-channel reception circuit (110, 115) indicative of motion at a second range, at least a portion of the second range being shorter than the first range, and generate a notification based on the first signal and the second signal, receive a first signal from a first channel of the dual-channel reception circuit (110, 115) indicative of motion at a first range, receive a second signal from a second channel of the dual-channel reception circuit (110, 115) indicative of motion at a second range, at least a portion of the second range being shorter than the first range, and generate a notification based on the first signal and the second signal,
An in vitro method for expressing RNA in a cell, comprising the steps of (i) preventing engagement of IFN receptor by extracellular IFN by providing vaccinia virus B18R to the cell in the form of RNA encoding B18R, and (ii) inhibiting intracellular IFN signalling by providing vaccinia virus E3 to the cell in the form or RNA encoding E3 and by providing vaccinia virus K3 to the cell in the form of RNA encoding K3.
An electromagnetic relay (1, 1A, 1B), comprising: an electromagnet device including an armature and a coil; and a plurality of contact mechanisms (60, 70) switched to an opened state or a closed state by the movement of the armature which is moved by energizing the coil, wherein each of the plurality of contact mechanisms (60, 70) includes a movable contact part (61, 71) and a fixed contact part (62, 72), characterized in that the plurality of contact mechanisms (60, 70) include a first contact mechanism in which each of the movable and fixed contact parts (61, 62) is provided with one contact (61d, 62d) and a second contact mechanism in which at least one of the movable and fixed contact parts (71, 72) is provided with plural contacts (71d, 72d), the electromagnet device being interposed between the second contact mechanism and the first contact mechanism, wherein the second contact mechanism provided with the plural contacts serves as a normally-closed contact and is placed on one side of the electromagnet device, the first contact mechanism provided with one contact (61d, 62d) serves as a normally-open contact and is placed on the other side of the electromagnet device. an electromagnet device including an armature and a coil; and a plurality of contact mechanisms (60, 70) switched to an opened state or a closed state by the movement of the armature which is moved by energizing the coil, wherein each of the plurality of contact mechanisms (60, 70) includes a movable contact part (61, 71) and a fixed contact part (62, 72), characterized in that the plurality of contact mechanisms (60, 70) include a first contact mechanism in which each of the movable and fixed contact parts (61, 62) is provided with one contact (61d, 62d) and a second contact mechanism in which at least one of the movable and fixed contact parts (71, 72) is provided with plural contacts (71d, 72d), the electromagnet device being interposed between the second contact mechanism and the first contact mechanism, wherein the second contact mechanism provided with the plural contacts serves as a normally-closed contact and is placed on one side of the electromagnet device, the first contact mechanism provided with one contact (61d, 62d) serves as a normally-open contact and is placed on the other side of the electromagnet device.
A coil guard for protecting a steel coil having a belly, a bore and a face located therebetween, the coil guard comprising: a first member having a coil bore guard adapted for engagement with a surface of the coil bore and a coil face guard adapted for engagement with a surface of the coil face; and a second member having a coil belly guard adapted for engagement with a surface of the coil belly and a coil face guard adapted for engagement with a surface of the coil face, wherein the first and second members, include first and second engagement means, respectively, the first engagement means being releasably engageable with the second engagement means, and wherein the coil guard has a closed configuration in which the first and second members, partially overlap with one another and the first engagement means is engaged with the second engagement means and the first and second engagement means, are located between the coil face guard of the first member and the coil face guard of the second member, and an open configuration in which the first and second members, are separated from one another such that the first engagement means is not engaged with the second engagement means, characterised in that one of the first and second engagement means, comprises a plurality of hooks and the other of the first and second engagement means, comprises a plurality of loops, and wherein the first and second engagement means, are adhered to the first and second members,.
Method for preparation of cores primarily cores for non-self-supporting materials, particularly tissue and the like, after removal of material residues and glue residues for allowing re-use of the cores in the same way as new and unused cores a number of times, characterized in that a piece (2,3) of each end of an essentially empty core is cut off while retaining the overall length of the core, that at least one end of the empty and at each end cut core is prepared for joining with a lengthening core prepared for joining for restoration of the core to the original length and for positioning the joint or splice between the core and the lengthening core near the end of the core joined with the lengthening core, that the end of the lengthening core is machined to conical shape, that the clean cut core end is machined to the corresponding conical shape to fit on or in the lengthening core and in that the core is joined with a lengthening core having a sufficient length to allow, after the joining, restoration of the original length of the core by cutting the end of the lengthening core and/or the end of the core opposite the lengthening core.
Test bench for testing a test object with torque transmitting components of a driveline of a vehicle: a carrier for accommodating a drive motor and the test object, a frame that has two side walls (10, 11), wherein the carrier is vertically displaceably guided on the frame, wherein the carrier a has a motor carrier for accommodating the drive motor and a test object carrier for accommodating the test object, wherein the motor carrier and the test object carrier are formed as separate, interconnected units and wherein the motor carrier is arranged between the two side walls (10, 11) of the frame, and an adjustment unit for vertical adjusting the carrier relative to the frame, characterised in that the side walls (10, 11) are made from mineral cast and that guides (12, 13, 14, 15) are arranged on the side walls (10, 11) for guiding the carrier, wherein die guides comprise motor carrier guides (12, 14) to guide and adjust the motor carrier. a carrier for accommodating a drive motor and the test object, a frame that has two side walls (10, 11), wherein the carrier is vertically displaceably guided on the frame, wherein the carrier a has a motor carrier for accommodating the drive motor and a test object carrier for accommodating the test object, wherein the motor carrier and the test object carrier are formed as separate, interconnected units and wherein the motor carrier is arranged between the two side walls (10, 11) of the frame, and an adjustment unit for vertical adjusting the carrier relative to the frame, characterised in that the side walls (10, 11) are made from mineral cast and that guides (12, 13, 14, 15) are arranged on the side walls (10, 11) for guiding the carrier, wherein die guides comprise motor carrier guides (12, 14) to guide and adjust the motor carrier.