mhurhangee/ep-ind-claims huggingface dataset:
A racket comprising: a frame; a handle; a shaft connecting the frame and the handle; and a cap fixed to the handle, the cap supporting a part of the shaft from a circumferential side of the shaft, a shape of the cap in one surface side of the frame and a shape of the cap in another surface side of the frame being asymmetrical with respect to a surface of the frame. a frame; a handle; a shaft connecting the frame and the handle; and a cap fixed to the handle, the cap supporting a part of the shaft from a circumferential side of the shaft, a shape of the cap in one surface side of the frame and a shape of the cap in another surface side of the frame being asymmetrical with respect to a surface of the frame.
Focused ion beam device (100; 300; 400; 500; 600; 700) comprising: an ion beam column (16; 200) including an enclosure (14; 614) for housing an emitter with an emitter area for generating ions of a light gas and a heavy gas; means for switching between introducing the light gas into the emitter area for an observation mode and introducing the heavy gas into the emitter area for a modification mode, wherein the light gas is selected from the group consisting of hydrogen and helium and the heavy gas has an atomic mass of 10 g/mol or higher. an ion beam column (16; 200) including an enclosure (14; 614) for housing an emitter with an emitter area for generating ions of a light gas and a heavy gas; means for switching between introducing the light gas into the emitter area for an observation mode and introducing the heavy gas into the emitter area for a modification mode, wherein the light gas is selected from the group consisting of hydrogen and helium and the heavy gas has an atomic mass of 10 g/mol or higher.
An area tracking system, comprising: a server connected to a network; and a plurality of sensors connected to the server, the sensors configured to maintain first and second lists including device access codes of a plurality of electronic devices, and to poll for at least one electronic device by broadcasting a poll message, the at least one electronic device operating in a non-discoverable mode such that the electronic device is not broadcasting a device access code, the poll message including the device access code of the electronic device, the poll message configured to instruct the electronic device to transmit an acknowledgement upon receipt of poll message, the acknowledgement including the device access code, wherein the sensors are configured to poll for electronic devices corresponding to device access codes of the first list at a greater frequency than for electronic devices corresponding to device access codes of the second list, a server connected to a network; and a plurality of sensors connected to the server, the sensors configured to maintain first and second lists including device access codes of a plurality of electronic devices, and to poll for at least one electronic device by broadcasting a poll message, the at least one electronic device operating in a non-discoverable mode such that the electronic device is not broadcasting a device access code, the poll message including the device access code of the electronic device, the poll message configured to instruct the electronic device to transmit an acknowledgement upon receipt of poll message, the acknowledgement including the device access code, wherein the sensors are configured to poll for electronic devices corresponding to device access codes of the first list at a greater frequency than for electronic devices corresponding to device access codes of the second list,
An ink composition comprising a compound represented by the following formula, a colorant, a dispersant, and a C4-C12 alkanediol, wherein the content of the compound represented by the following formula is 0.1 to 5% by mass based on the total mass of the ink composition: wherein R 1 represents a hydroxy group, an alkoxy group having a hydroxy group, an acyloxy group, or an arylcarbonyloxy group, R 2 represents a hydrogen atom or an alkyl group, R 3 represents a hydrogen atom or an alkyl group, R 4 represents a hydrogen atom, a hydroxy group, or an alkyl group, and R 5 represents an alkyl group.
A low voltage unidirectional smart bypass element for use with at least one photovoltaic solar cell and configured to receive current when the operation of the at least one photovoltaic cell is suspended, the element comprising: a first terminal; a second terminal; an electronically-controlled switch arranged between the first and second terminals (210, 220) and operable to allow the flow of electrical current between the first terminal and the second terminal when the electronically-controlled switch is closed, and comprising a single field effect transistor having a source terminal, a drain terminal, a gate terminal and a bulk terminal; and a detection circuit arranged for checking the potential difference between the first terminal and the second terminal and for controlling the accordingly operation of the electronically-controlled switch accordingly; characterized in that the bulk terminal is floating. a first terminal; a second terminal; an electronically-controlled switch arranged between the first and second terminals (210, 220) and operable to allow the flow of electrical current between the first terminal and the second terminal when the electronically-controlled switch is closed, and comprising a single field effect transistor having a source terminal, a drain terminal, a gate terminal and a bulk terminal; and a detection circuit arranged for checking the potential difference between the first terminal and the second terminal and for controlling the accordingly operation of the electronically-controlled switch accordingly; characterized in that the bulk terminal is floating.
An oil-based inkjet ink comprising a dye lake pigment, a pigment dispersant and a non-aqueous solvent, wherein the non-aqueous solvent contains a silicone oil having a surface tension determined by a maximum bubble pressure method under measurement conditions of 23°C and 0.05Hz, of at least 22 mN/m but not more than 28 mN/m.
A cooking oven with steam cooking function, in particular a freestanding cooking oven with steam cooking function and at least one non-steam-cooking function, wherein: - the cooking oven comprises an oven cavity with a bottom wall, a top wall, a rear wall and side walls, wherein at least the bottom wall is partially covered with a coating on a side facing towards an interior of the oven cavity, - the cooking oven comprises a bottom heating element arranged beneath the bottom wall of the oven cavity, - the cooking oven comprises a top heating element arranged beneath the top wall of the oven cavity, - the cooking oven comprises an evaporation area formed as an embossment in the bottom wall of the oven cavity, the embossment being coated with the coating, and characterised in that - at least in a steam cooking operation mode the bottom heating element and the top heating element are connected in series, - in the non-steam-cooking function, the bottom heating element and the top heating element are either connected in parallel or disconnected from each other. - the cooking oven comprises an oven cavity with a bottom wall, a top wall, a rear wall and side walls, wherein at least the bottom wall is partially covered with a coating on a side facing towards an interior of the oven cavity, - the cooking oven comprises a bottom heating element arranged beneath the bottom wall of the oven cavity, - the cooking oven comprises a top heating element arranged beneath the top wall of the oven cavity, - the cooking oven comprises an evaporation area formed as an embossment in the bottom wall of the oven cavity, the embossment being coated with the coating, and - at least in a steam cooking operation mode the bottom heating element and the top heating element are connected in series, - in the non-steam-cooking function, the bottom heating element and the top heating element are either connected in parallel or disconnected from each other.
A mandrel assembly configured to receive one or more layers of composite material to form a component, the mandrel assembly comprising: a tower having an outer forming wall surrounding a central passage; an upper ring removably secured to the tower, wherein the upper ring is configured to be removed from the tower after the one or more layers of composite material are wrapped around the outer forming wall and at least a portion of the upper ring, and wherein the component formed of the one or more layers of composite material is configured to be removed from the tower after the upper ring is removed from the tower; and an internal liner jacket secured to an internal portion of the outer forming wall around the central passage, wherein a duct is defined between the internal liner jacket and the outer forming wall, and wherein the duct is configured to receive curing gas. a tower having an outer forming wall surrounding a central passage; an upper ring removably secured to the tower, wherein the upper ring is configured to be removed from the tower after the one or more layers of composite material are wrapped around the outer forming wall and at least a portion of the upper ring, and wherein the component formed of the one or more layers of composite material is configured to be removed from the tower after the upper ring is removed from the tower; and an internal liner jacket secured to an internal portion of the outer forming wall around the central passage, wherein a duct is defined between the internal liner jacket and the outer forming wall, and wherein the duct is configured to receive curing gas.
Holding device for a machine for processing plants, having a carrier element for attachment of the holding device to a vehicle and a holding element, which is displaceable relative to the carrier element, for arrangement of the machine on the holding element, characterised in that the holding device has a displacement detector for detection of a displacement path of the holding element relative to the carrier element, wherein the displacement detector has at least a first and a second arm (6a, 6b) and an angle detector, the first arm is at least indirectly pivotally arranged on the carrier element, the second arm is at least indirectly pivotally arranged on the first arm and at least indirectly pivotally arranged on the holding element and the angle detector is arranged so as to at least indirectly detect a change in angle between the two arms (6a, 6b), between the first arm and the carrier element and/or between the second arm and the holding element.
A door drive with a drive unit, wherein the drive unit comprises: • at least one electrical drive, • an output, which is drivable by the electric drive and connectable to a transmission device for moving door leaves, • a control device, and • a carrier element, wherein the carrier element includes a plurality of recesses, in which the electric drive, the output and the control device are disposed, characterized in that the electric drive includes a first stationary axis and the drive a second stationary axis, wherein the first stationary axis serves for supporting the electric drive and the second stationary axis for supporting the output on the carrier element, whereby realising a shaftless drive and output which are easy to mount. • at least one electrical drive, • an output, which is drivable by the electric drive and connectable to a transmission device for moving door leaves, • a control device, and • a carrier element,
An adhesive tape cartridge comprising: a housing; and an adhesive tape roll that is disposed in said housing and winds a double-faced adhesive tape, said double-faced adhesive tape comprising: a base material layer having a transmittance of 20% or more; a first adhesive layer that is disposed on one side of said base material layer in a thickness direction and comprises an adhesive with a first pigment added; a second adhesive layer that is disposed on the other side of said base material layer in the thickness direction and comprises an adhesive with a second pigment added; and a separation material layer that is disposed on said other side of said second adhesive layer in the thickness direction; an average particle diameter, as measured by a laser diffraction scattering method, of said first pigment in said first adhesive layer and an average particle diameter, as measured by said laser diffraction scattering method, of said second pigment in said second adhesive layer being different from each other. a housing; and an adhesive tape roll that is disposed in said housing and winds a double-faced adhesive tape, said double-faced adhesive tape comprising: a base material layer having a transmittance of 20% or more; a first adhesive layer that is disposed on one side of said base material layer in a thickness direction and comprises an adhesive with a first pigment added; a second adhesive layer that is disposed on the other side of said base material layer in the thickness direction and comprises an adhesive with a second pigment added; and a separation material layer that is disposed on said other side of said second adhesive layer in the thickness direction; a base material layer having a transmittance of 20% or more; a first adhesive layer that is disposed on one side of said base material layer in a thickness direction and comprises an adhesive with a first pigment added; a second adhesive layer that is disposed on the other side of said base material layer in the thickness direction and comprises an adhesive with a second pigment added; and a separation material layer that is disposed on said other side of said second adhesive layer in the thickness direction; an average particle diameter, as measured by a laser diffraction scattering method, of said first pigment in said first adhesive layer and an average particle diameter, as measured by said laser diffraction scattering method, of said second pigment in said second adhesive layer being different from each other.
A system including - a container for holding a microfluidic array, and - an apparatus for thermal cycling a plurality of samples in the microfluidic array received in the container, the container comprising: a plurality of walls (206a, 206b; 906) defining an interior volume; and an electrically conductive member for heating the interior volume, characterized in that the apparatus comprises: a first and a second electrically-conductive contact (304a, 304b; 916a, 916b) located on an exterior surface of the container and configured to form an electrical circuit across the container, wherein the electrically conductive member is in communication with said electrically-conductive contacts (304a, 304b; 916a, 916b), and a controller configured to selectively complete the electrical circuit so that the electrical resistance of the container and/or the microfluidic array generates heat for heating the microfluidic array. - a container for holding a microfluidic array, and - an apparatus for thermal cycling a plurality of samples in the microfluidic array received in the container, a plurality of walls (206a, 206b; 906) defining an interior volume; and an electrically conductive member for heating the interior volume, characterized in that the apparatus comprises: a first and a second electrically-conductive contact (304a, 304b; 916a, 916b) located on an exterior surface of the container and configured to form an electrical circuit across the container, wherein the electrically conductive member is in communication with said electrically-conductive contacts (304a, 304b; 916a, 916b), and a controller configured to selectively complete the electrical circuit so that the electrical resistance of the container and/or the microfluidic array generates heat for heating the microfluidic array. a first and a second electrically-conductive contact (304a, 304b; 916a, 916b) located on an exterior surface of the container and configured to form an electrical circuit across the container, wherein the electrically conductive member is in communication with said electrically-conductive contacts (304a, 304b; 916a, 916b), and a controller configured to selectively complete the electrical circuit so that the electrical resistance of the container and/or the microfluidic array generates heat for heating the microfluidic array.
A liquid ejecting head comprising an element substrate including: a common liquid chamber connected to a liquid supply source; a pressure chamber connected to the common liquid chamber and including inside an element to generate energy used for ejecting liquid; a bubble generating chamber connected to the common liquid chamber and including inside a bubble generating pump to cause a flow of the liquid; and a connection flow path connecting the pressure chamber and the bubble generating chamber, characterized in that the liquid ejecting head includes a first anti-cavitation film over the element to generate the energy and a second anti-cavitation film over the pump, and the first anti-cavitation film and the second anti-cavitation film have different film thicknesses. a common liquid chamber connected to a liquid supply source; a pressure chamber connected to the common liquid chamber and including inside an element to generate energy used for ejecting liquid; a bubble generating chamber connected to the common liquid chamber and including inside a bubble generating pump to cause a flow of the liquid; and a connection flow path connecting the pressure chamber and the bubble generating chamber, characterized in that the liquid ejecting head includes a first anti-cavitation film over the element to generate the energy and a second anti-cavitation film over the pump, and the first anti-cavitation film and the second anti-cavitation film have different film thicknesses.
Apparatus for locating an attachment position (73, 74) for a reconstructed anterior cruciate ligament on an attachment surface of a bone, the bone having first and second reference surfaces, the apparatus comprising: a probe connected to a handle, the probe comprising: a locating portion and a main portion, the locating portion and the main portion forming two locating surfaces (91 a, 91 b) which are angled relative to each other, and a guide means in the form of guide apertures (53, 54) formed through the main portion; and drill guides comprising apertures (93, 94), the drill guides coupled to the handle through a mounting, wherein the locating surfaces are arranged to locate the first and second reference surfaces of the bone thereby providing location of the attachment position in two dimensions and the guide apertures and drill guide apertures together define the attachment position, wherein the probe comprises a groove (51 b) extending across the probe between the main portion and the locating portion and arranged to aid alignment of the probe in two dimensions on the attachment surface relative to the reference surface. a probe connected to a handle, the probe comprising: a locating portion and a main portion, the locating portion and the main portion forming two locating surfaces (91 a, 91 b) which are angled relative to each other, and a guide means in the form of guide apertures (53, 54) formed through the main portion; and drill guides comprising apertures (93, 94), the drill guides coupled to the handle through a mounting, wherein the locating surfaces are arranged to locate the first and second reference surfaces of the bone thereby providing location of the attachment position in two dimensions and the guide apertures and drill guide apertures together define the attachment position, wherein the probe comprises a groove (51 b) extending across the probe between the main portion and the locating portion and arranged to aid alignment of the probe in two dimensions on the attachment surface relative to the reference surface. a locating portion and a main portion, the locating portion and the main portion forming two locating surfaces (91 a, 91 b) which are angled relative to each other, and a guide means in the form of guide apertures (53, 54) formed through the main portion; and drill guides comprising apertures (93, 94), the drill guides coupled to the handle through a mounting, wherein the locating surfaces are arranged to locate the first and second reference surfaces of the bone thereby providing location of the attachment position in two dimensions and the guide apertures and drill guide apertures together define the attachment position, wherein the probe comprises a groove (51 b) extending across the probe between the main portion and the locating portion and arranged to aid alignment of the probe in two dimensions on the attachment surface relative to the reference surface.
A vehicle defining a passenger compartment, the vehicle comprising: a fuel tank for diesel fuel; a main vehicle diesel engine operatively connected to a fuel tank; and an air conditioning system comprising: a compressor sub-system comprising: a compressor; and a rotary engine comprising at least one drive shaft, wherein: the at least one drive shaft is directly mechanically connected to the compressor, and the rotary engine is operatively connected to the fuel tank, a condenser operatively connected to the compressor; and an evaporator operatively connected to the condenser and to the compressor, wherein: the rotary engine combusts diesel fuel from the fuel tank to rotate the at least one drive shaft; and rotation of the at least one drive shaft operates the compressor to cause working fluid to flow such that the evaporator air conditions the passenger compartment. a fuel tank for diesel fuel; a main vehicle diesel engine operatively connected to a fuel tank; and an air conditioning system comprising: a compressor sub-system comprising: a compressor; and a rotary engine comprising at least one drive shaft, wherein: the at least one drive shaft is directly mechanically connected to the compressor, and the rotary engine is operatively connected to the fuel tank, a condenser operatively connected to the compressor; and an evaporator operatively connected to the condenser and to the a compressor sub-system comprising: a compressor; and a rotary engine comprising at least one drive shaft, wherein: the at least one drive shaft is directly mechanically connected to the compressor, and the rotary engine is operatively connected to the fuel tank, a condenser operatively connected to the compressor; and a compressor; and a rotary engine comprising at least one drive shaft, wherein: the at least one drive shaft is directly mechanically connected to the compressor, and the rotary engine is operatively connected to the fuel tank, a condenser operatively connected to the compressor; and the at least one drive shaft is directly mechanically connected to the compressor, and the rotary engine is operatively connected to the fuel tank, a condenser operatively connected to the compressor; and an evaporator operatively connected to the condenser and to the compressor, wherein: the rotary engine combusts diesel fuel from the fuel tank to rotate the at least one drive shaft; and rotation of the at least one drive shaft operates the compressor to cause working fluid to flow such that the evaporator air conditions the passenger compartment. the rotary engine combusts diesel fuel from the fuel tank to rotate the at least one drive shaft; and rotation of the at least one drive shaft operates the compressor to cause working fluid to flow such that the evaporator air conditions the passenger compartment.