mhurhangee/ep-ind-claims huggingface dataset:
A wireless power supply system comprising: (a) a power transmission apparatus including a power transmission element and a power transmission circuit that supplies AC power to the power transmission element; and (b) a power reception apparatus including a power reception element that is disposed to be spaced away from the power transmission element, wherein AC power is supplied to the power reception apparatus by using resonance of an electromagnetic field between the power transmission element and the power reception element, and the power transmission apparatus includes a changing circuit that changes a frequency of AC power supplied to the power transmission element, and a control device including a frequency changing unit that adjusts the changing circuit to change the frequency of AC power supplied to the power transmission element in a manner capable of being controlled, characterized in that the control device also includes a frequency measurement unit that measures a first frequency that is a frequency of AC power during supply state variation in which a state of power supply to the power reception apparatus varies from a state in which AC power is actually supplied to the power reception apparatus to a state in which AC power is not supplied as a result of the changing of the frequency of AC power by the frequency changing unit, and a second frequency that is a frequency different from the first frequency and is a frequency of AC power during supply state variation in which a state of power supply to the power reception apparatus varies from a state in which AC power is not supplied to the power reception apparatus to a state in which AC power is actually supplied as a result of the changing of the frequency of AC power by the frequency changing unit, and a frequency determination unit that determines a frequency during supply, which is the frequency of AC power during supply of AC power to the power reception apparatus, to a frequency that corresponds to a value between a value of the first frequency and a value of the second frequency. (a) a power transmission apparatus including a power transmission element and a power transmission circuit that supplies AC power to the power transmission element; and (b) a power reception apparatus including a power reception element that is disposed to be spaced away from the power transmission element,
An apparatus comprising: a logic to operate a Peripheral Component Interconnect ExpressTM, PCIeTM,-based transaction layer to generate transaction layer packets of a PCIeTM communication protocol and a link layer, wherein said link layer comprises an intermediate stage between the transaction layer and a physical unit; characterized in that the physical unit is of a second, M-PHY, communication protocol, different than the PCIeTM communication protocol, and is coupled to the link layer of the logic to transmit and receive data via a physical link, the physical unit including a link training and status state machine, LTSSM, a M-PHY electrical layer, and a logical layer to interface the logic with the M-PHY electrical layer, wherein the LTSSM is to configure and initialize the physical link to a link width determined prior to training the physical link. a logic to operate a Peripheral Component Interconnect ExpressTM, PCIeTM,-based transaction layer to generate transaction layer packets of a PCIeTM communication protocol and a link layer, wherein said link layer comprises an intermediate stage between the transaction layer and a physical unit; characterized in that the physical unit is of a second, M-PHY, communication protocol, different than the PCIeTM communication protocol, and is coupled to the link layer of the logic to transmit and receive data via a physical link, the physical unit including a link training and status state machine, LTSSM, a M-PHY electrical layer, and a logical layer to interface the logic with the M-PHY electrical layer, wherein the LTSSM is to configure and initialize the physical link to a link width determined prior to training the physical link.
A display driving circuit for driving a liquid crystal display panel, said display driving circuit comprising N gate driving units connectable to N gate lines on an array substrate of said liquid crystal display panel, respectively, a timing control unit, n pre-charging units and n scanning control units, wherein N gate driving units, the n pre-charging units and the n scanning control units are all connected to the timing control unit, wherein n represents a number of groups into which the N gate lines on the array substrate are divided and is an integer greater than or equal to 2, wherein the n pre-charging units are connectable to the n gate line groups, respectively, and wherein the timing control unit is configured to control the gate driving units to apply scanning signals to the gate lines and to control the pre-charging units to apply pre-charging signals into the gate lines, group by group; the timing control unit being configured, for an i th gate line group, 1) to control an i th pre-charging unit to simultaneously apply a pre-charging signal to all gate lines of said i th gate line group while a pre-charging voltage corresponding to a black level is applied to data lines, the pre-charging signal being configured to turn-on thin film transistors within pixel units controlled by the gate lines in the i-th gate line group, and 2) after completion of the pre-charging to the i-th gate line group to control an i th scanning control unit to control the gate driving units corresponding to the i th gate line group to sequentially output scanning signals to the gate lines in the i th gate line group while charging voltages corresponding to desired grayscales are applied to the the data lines, wherein i = 1,2,..., n. 1) to control an i th pre-charging unit to simultaneously apply a pre-charging signal to all gate lines of said i th gate line group while a pre-charging voltage corresponding to a black level is applied to data lines, the pre-charging signal being configured to turn-on thin film transistors within pixel units controlled by the gate lines in the i-th gate line group, and 2) after completion of the pre-charging to the i-th gate line group to control an i th scanning control unit to control the gate driving units corresponding to the i th gate line group to sequentially output scanning signals to the gate lines in the i th gate line group while charging voltages corresponding to desired grayscales are applied to the the data lines, wherein i = 1,2,..., n.
A laminate web comprising a polymer film layer comprising polymer film, a nonwoven layer comprising nonwoven web, a first side comprising the polymer film, and a second side comprising the nonwoven web, the laminate web further comprising a plurality of first elements extending from the polymer film, wherein the first elements are: micro-apertures; micro bubbles; apertured protrusions; non-apertured protrusions; or fibrils, and wherein the laminate web further comprises a plurality of second elements selected from the group consisting of embossing, recesses and combinations thereof. micro-apertures; micro bubbles; apertured protrusions; non-apertured protrusions; or fibrils, and
A side airbag module for a vehicle, which includes an airbag cushion and an inflator to supply gas to the airbag cushion to deploy the airbag cushion, wherein the airbag cushion includes a first region to protect a shoulder of an occupant and a second region to protect a chest of the occupant, and, when the airbag cushion is initially deployed by driving of the inflator, the first region pushes the shoulder of the occupant toward an interior of a vehicle so that a portion of load applied from the second region to the chest of the occupant is moved to the shoulder of the occupant, characterized in that the first region has a shape of a chamber separated from the second region, and a portion of an edge of the first region is attached to an upper edge of the second region so that a portion of the first region is overlapped with an upper portion of the second region to more increase a deployment thickness of a region contactable with the shoulder of the occupant when the airbag cushion is deployed.
A spring element, in particular as an innerspring of a mattress or as part of an undermattress having a plurality of such spring elements which are in particular arranged in rows and columns; having a base; having a top plate which is in particular configured as a separate part; and having a spring body arranged between the base and the top plate, wherein the top plate itself is also configured as a spring element having a top plate base; having a support plate; and having a top plate spring body arranged therebetween, characterized in that two or more top plates, in particular four top plates, are provided which are themselves configured as spring elements; and in that the top plate bases can be deflected independently of one another with respect to the base of the spring element.
A component measuring device comprising: a mounting portion on which a tip having a test paper attached thereto is mounted, the test paper being impregnated with a liquid; a light source (80a, 80b) adapted to emit light having a specified wavelength; a condensing lens where the light emitted from the light source (80a, 80b) enters and which condenses the light on the test paper; a light-path block including a diaphram portion (66, 68) arranged between the condensing lens and the light source (80a, 80b), at the position of a photographic subject (object) of the condensing lens; and a light-receiving element adapted to receive the light reflected from the test paper characterized in that an illumination axis passing through the center of the diaphragm portion and the center of the condensing lens is tilted with respect to an optical axis of the light source (80a, 80b). a mounting portion on which a tip having a test paper attached thereto is mounted, the test paper being impregnated with a liquid; a light source (80a, 80b) adapted to emit light having a specified wavelength; a condensing lens where the light emitted from the light source (80a, 80b) enters and which condenses the light on the test paper; a light-path block including a diaphram portion (66, 68) arranged between the condensing lens and the light source (80a, 80b), at the position of a photographic subject (object) of the condensing lens; and a light-receiving element adapted to receive the light reflected from the test paper characterized in that an illumination axis passing through the center of the diaphragm portion and the center of the condensing lens is tilted with respect to an optical axis of the light source (80a, 80b).
Energy recovery system in an exhaust gas circuit of a vehicle heat engine, said system comprising an exhaust gas by-pass duct fitted with a heat exchanger, the part of the exhaust circuit situated downstream of the connection point of the by-pass duct in said circuit being fitted with a valve capable of shutting off the exhaust circuit at least partially, and the by-pass duct comprising at the exchanger outlet a first system of channels opening out into the intake circuit (2, 6) and a second system of channels opening out into the exhaust circuit downstream of the valve, the by-pass duct comprising at the exchanger outlet a selection device (22, 26) capable of being controlled, in order to allow the gases emanating from the exchanger to pass either through the first system of channels or through the second system of channels, the selection device comprising a valve fitted with a single flap mounted pivotably between a first position for which it opens the first system of channels and closes the second system of channels and a second position for which it opens the second system of channels and closes the first system of channels, the single flap being mounted pivotably about a rotational axis, characterized in that the flap comprising two sections 24, 25 located on either side of said axis, the two sections 24, 25 extend in parallel planes.
A sealing element for pipes, comprising a body of injection-mouldable plastic material, being made up of a central stem section that has at one end a circular head region acting as a grip area, including on a stem section in a downward direction from said head region, a first centring region with a general inverted frustoconical shape, a second circumferential outer contour region that is defined by at least two flexible flaps formed from a pair of diametrically opposed grooves and a third circumferential outer contour positioning region, the second region having a larger diameter than the first and third regions, characterised in that it includes at least two spaced extensions, which protrude in one same direction perpendicular to the central stem section, which have a length equal to or less than the diameter of the third positioning region.
An output control system of an agricultural work vehicle, comprising: a controller configured to control power output through an output value range between a minimum output value and a maximum output value based at least in part on a manual input signal, to determine a current setting of the power output, and to adjust the power output from the current setting upon receipt of the manual input signal; a reference indicator communicatively coupled to the controller and configured to indicate the current setting; and a dial (62, 130) communicatively coupled to the controller, wherein adjustment of an orientation of the dial from an initial position generates the manual input signal; and characterized in that said controller is configured to control the power output while the manual input signal is valid and to disregard the manual input signal while the manual input signal is invalid, the manual input signal is valid while the manual input signal is configured to adjust the power output within the output value range, and the manual input signal is invalid while the manual input signal is configured to adjust the power outside the output value range. a controller configured to control power output through an output value range between a minimum output value and a maximum output value based at least in part on a manual input signal, to determine a current setting of the power output, and to adjust the power output from the current setting upon receipt of the manual input signal; a reference indicator communicatively coupled to the controller and configured to indicate the current setting; and a dial (62, 130) communicatively coupled to the controller, wherein adjustment of an orientation of the dial from an initial position generates the manual input signal; and characterized in that said controller is configured to control the power output while the manual input signal is valid and to disregard the manual input signal while the manual input signal is invalid, the manual input signal is valid while the manual input signal is configured to adjust the power output within the output value range, and the manual input signal is invalid while the manual input signal is configured to adjust the power outside the output value range.
An emblem for an airbag module comprising an inner decoration element and an outer decoration element connected to the inner decoration element via webs, the inner decoration element and the outer decoration element being visible at the airbag module in a mounted state, characterized in that at least between the inner decoration element and the outer decoration element a filling element concealing the webs is arranged.
A process for polymerizing propylene, the process comprising contacting, in a gas phase polymerization reactor propylene, and optionally one or more comonomers, with a catalyst system comprising a Ziegler-Natta catalyst, and an external electron donor system comprising di(bicyclo[2.2.1]heptan-2-yl)dimethoxysilane to produce a propylene polymer having a molecular weight distribution in the range from 4 to less than 5, measured by Dynamic Oscillatory Rate Sweep as described in the description. propylene, and optionally one or more comonomers, a Ziegler-Natta catalyst, and an external electron donor system comprising di(bicyclo[2.2.1]heptan-2-yl)dimethoxysilane
Sterilizing machine for loose products, comprising at least a treatment chamber to sterilize said loose products, characterized in that it comprises an apparatus for automatic packaging into bags of the sterilized loose products exiting from a discharge aperture of said treatment chamber, said automatic packaging apparatus comprising: - at least a bag support element positionable at said discharge aperture; - at least a bag feed device provided with a bag storage chamber and a motorized bag transfer unit to transfer the bags from said bag storage chamber to the bag support element, said motorized bag transfer unit comprising at least a motorized bag removal element, inside the bag storage chamber, configured to be put in constant contact with a bag and able to be selectively activated to remove said bag from said bag storage chamber and to transfer it to said bag support element, - at least a bag opening device configured to open a bag supported by said bag support element and to allow said bag to receive sterilized loose products exiting from said discharge aperture, - at least a bag sealing device to seal a bag filled with said sterilized loose products. - at least a bag support element positionable at said discharge aperture; - at least a bag feed device provided with a bag storage chamber and a motorized bag transfer unit to transfer the bags from said bag storage chamber to the bag support element, said motorized bag transfer unit comprising at least a motorized bag removal element, inside the bag storage chamber, configured to be put in constant contact with a bag and able to be selectively activated to remove said bag from said bag storage chamber and to transfer it to said bag support element, - at least a bag opening device configured to open a bag supported by said bag support element and to allow said bag to receive sterilized loose products exiting from said discharge aperture, - at least a bag sealing device to seal a bag filled with said sterilized loose products.
A motor of an inner rotor type in which a stator is placed so as to surround an outer circumferential side of a rotor, wherein the rotor comprises: a rotor core formed of layered electromagnetic steel sheets; magnets which are embedded in the rotor core along an axial direction; a plurality of holes formed through the rotor core in its axial direction; tightening members inserted through part of the plurality of holes to tighten the rotor core; fluid passages provided between the holes of the rotor core so as to extend through the rotor core in the axial direction; characterized in that the magnets are placed in a regular polygonal shape along a circumferential direction, in that the plurality of holes are provided near and radially inside vertices of the regular polygon formed by the magnets and in that holes through which no tightening members are inserted form fluid passages. a rotor core formed of layered electromagnetic steel sheets; magnets which are embedded in the rotor core along an axial direction; a plurality of holes formed through the rotor core in its axial direction; tightening members inserted through part of the plurality of holes to tighten the rotor core; fluid passages provided between the holes of the rotor core so as to extend through the rotor core in the axial direction; characterized in that the magnets are placed in a regular polygonal shape along a circumferential direction, in that the plurality of holes are provided near and radially inside vertices of the regular polygon formed by the magnets and in that holes through which no tightening members are inserted form fluid passages.
An organic electroluminescence device that comprises, between an anode and a cathode, an organic layer stacked structure that comprises a first emitting layer (52 1), an intermediate layer (52 4), a second emitting layer (52 2) and a third emitting layer (52 3) being stacked in this sequence from the anode side, wherein the stacked plural emitting layers emit light of different colors, and wherein the intermediate layer (52 4) comprises a compound represented by one of the following formulae: and
System for fastening/detaching workpieces to/from a machine tool by means of a reversible adhesive; characterised in that it comprises: a1) a fastening device provided with an outer surface in contact with the workpiece to be machined; having on this outer surface cavities in which is housed a reversible adhesive, which is a physical mixture of polycaprolactone with epoxy resin on a basis of diglycidyl ether of bisphenol A and of 4,4'-sulfonyldianiline; a2) heating elements of the reversible adhesive; a3) a cooling circuit for the reversible adhesive. a4) compression and pushing means of the reversible adhesive between the fastening device and the workpiece to be fastened, and, on the other hand, in that b) the fastening device has under the reversible adhesive a support plate that has the same shape as the reversible adhesive and can be operated by compression and pushing means of the reversible adhesive. a1) a fastening device provided with an outer surface in contact with the workpiece to be machined; having on this outer surface cavities in which is housed a reversible adhesive, which is a physical mixture of polycaprolactone with epoxy resin on a basis of diglycidyl ether of bisphenol A and of 4,4'-sulfonyldianiline; a2) heating elements of the reversible adhesive; a3) a cooling circuit for the reversible adhesive. a4) compression and pushing means of the reversible adhesive between the fastening device and the workpiece to be fastened, and, on the other hand, in that b) the fastening device has under the reversible adhesive a support plate that has the same shape as the reversible adhesive and can be operated by compression and pushing means of the reversible adhesive.
A helmet comprising: an outer layer and an inner layer, wherein the outer and inner layers (2, 3) are moveable relative to each other; and an intermediate layer of friction decreasing material between the outer and inner layers (2, 3) configured to create a sliding movement between the outer and inner layers (2, 3) when a force is applied and a tangential force component (K T) shears the layers, wherein the friction decreasing material comprises fibers, characterised in that the fibres are treated with a low friction material, and the low friction material is a silicon- or fluoro- polymer an outer layer and an inner layer, wherein the outer and inner layers (2, 3) are moveable relative to each other; and an intermediate layer of friction decreasing material between the outer and inner layers (2, 3) configured to create a sliding movement between the outer and inner layers (2, 3) when a force is applied and a tangential force component (K T) shears the layers, wherein the friction decreasing material comprises fibers,