mhurhangee/patent-ind-claim-en huggingface dataset:
A gas analyzer for measuring at least two components of a gas comprising: an emitter for being able to emit infrared radiation through said gas; a filter assembly for allowing a transmission of predetermined wavelengths emitted by said emitter , said filter assembly comprising a tunable narrowband interference filter ; and a detector for receiving wavelengths emitted by said emitter and penetrated through said filter assembly, said detector being the only one to measure gases at multiple wavelengths, characterized in that said filter assembly comprises at least two tunable narrowband interference filters in series, each of said filters comprising two dielectric mirrors (35, 36 and 45, 46) having a design wavelength, the design wavelength of the dielectric mirrors of one of said filters being different from the design wavelength of the dielectric mirrors of another of said filters, and an air space between said two dielectric mirrors to tune one of said filters to different transmission band than another of said filters. an emitter for being able to emit infrared radiation through said gas; a filter assembly for allowing a transmission of predetermined wavelengths emitted by said emitter , said filter assembly comprising a tunable narrowband interference filter ; and a detector for receiving wavelengths emitted by said emitter and penetrated through said filter assembly, said detector being the only one to measure gases at multiple wavelengths, characterized in that said filter assembly comprises at least two tunable narrowband interference filters in series, each of said filters comprising two dielectric mirrors (35, 36 and 45, 46) having a design wavelength, the design wavelength of the dielectric mirrors of one of said filters being different from the design wavelength of the dielectric mirrors of another of said filters, and an air space between said two dielectric mirrors to tune one of said filters to different transmission band than another of said filters.
An input device which inputs information according to proximity of an object, the input device comprising: a detection electrode (Es) which is configured such that an electrostatic capacitance value of a detection-target capacitor (Cs) formed between the detection electrode (Es) and the object changes according to the proximity of the object; a current output circuit which outputs a drive current (Is) to the detection electrode (Es) such that a predetermined detection voltage (Vs) having periodically changing level is generated in the detection electrode (Es) and outputs a detection current (Izm) proportional to the drive current (Is); and a current-voltage conversion circuit which outputs a voltage (Vo) according to the detection current (Izm), characterized by a detection current correction circuit which is provided with a node (N1) connected to a current path where the detection current (Izm) flows from the current output circuit to the current-voltage conversion circuit and outputs from the node (N1) a correction current (Icp) for decreasing an amplitude of the detection current (Izm). a detection electrode (Es) which is configured such that an electrostatic capacitance value of a detection-target capacitor (Cs) formed between the detection electrode (Es) and the object changes according to the proximity of the object; a current output circuit which outputs a drive current (Is) to the detection electrode (Es) such that a predetermined detection voltage (Vs) having periodically changing level is generated in the detection electrode (Es) and outputs a detection current (Izm) proportional to the drive current (Is); and a current-voltage conversion circuit which outputs a voltage (Vo) according to the detection current (Izm), characterized by a detection current correction circuit which is provided with a node (N1) connected to a current path where the detection current (Izm) flows from the current output circuit to the current-voltage conversion circuit and outputs from the node (N1) a correction current (Icp) for decreasing an amplitude of the detection current (Izm).
A smoking composition comprising tobacco material and a flavour delivery system , the flavour delivery system comprising: a flavour material and a first wax material forming a core ; and a second wax material surrounding the core and forming an encapsulated flavour particle, the second wax material being a different wax material than the first wax material , wherein the core makes up from 1 % to 50 % of a total weight of the encapsulated flavour particle. a flavour material and a first wax material forming a core ; and a second wax material surrounding the core and forming an encapsulated flavour particle, the second wax material being a different wax material than the first wax material , wherein the core makes up from 1 % to 50 % of a total weight of the encapsulated flavour particle.
A liquid composition for the treatment of a parasitic infection in animals, comprising: a. a therapeutically effective amount of a macrocyclic lactone; b. a therapeutically effective amount of levamisole, or a pharmaceutically or veterinarily acceptable salt thereof; c. meglumine; and d. at least one pharmaceutically or veterinarily acceptable carrier or excipient, or mixture thereof. a. a therapeutically effective amount of a macrocyclic lactone; b. a therapeutically effective amount of levamisole, or a pharmaceutically or veterinarily acceptable salt thereof; c. meglumine; and d. at least one pharmaceutically or veterinarily acceptable carrier or excipient, or mixture thereof.
Container made of injection-moulded plastics, especially for storing fruit, vegetables or other foodstuffs, comprising a bowl having a bowl base , a side wall and a substantially circumferential, upper bowl rim which encircles a bowl opening , and a container lid for at least partial closure of the bowl opening , wherein the container lid has on an inner side that faces towards an inner region of the bowl a three-dimensional surface structure which consists of a plurality of mutually adjacent hollow bodies , the basic shape of each of which has a base surface arranged on the inner side of the container lid , a top surface oriented towards the inner region of the bowl , and a lateral surface connecting the base surface and the top surface to one another, and wherein at least a portion of the hollow bodies is open towards the inner region of the bowl , characterised in that the container lid has at least one ventilation opening ; on the container lid there is arranged at least one interchangeable filter which covers the at least one ventilation opening ; and at least one filter cover is detachably arranged on an outer side of the container lid that faces away from the inner region of the bowl , the filter cover covering the at least one filter on the container lid and preferably having at least one air vent .
A wiper apparatus (10; 110; 210) comprising: a wiper blade (20; 120; 220) for wiping a windshield (11; 111; 211); a connecting portion (37; 137; 237) disposed on the wiper blade; a wiper arm (30; 130; 230) having a front end side fitted to the connecting portion; and a nozzle unit (34; 134; 234) fixed to the wiper arm, the nozzle unit jetting washer fluid toward the windshield, wherein the nozzle unit is provided with a plurality of nozzles, and at least one of the nozzles is located within a range of projection of the connecting portion in a wiping direction of the wiper blade, and the nozzle located within the range of projection of the connecting portion is a front-end-side nozzle which jets washer fluid toward a front end side of the wiper blade in the longitudinal direction, characterized in that the nozzle unit includes a forward-side block and a backward-side block , the front-end-side nozzle is provided to the forward-side block of the nozzle unit, and at least one of the forward-side block and the backward-side block has a base-end-side nozzle (D1) which jets washer fluid toward a base end side of the wiper blade in a longitudinal direction. a wiper blade (20; 120; 220) for wiping a windshield (11; 111; 211); a connecting portion (37; 137; 237) disposed on the wiper blade; a wiper arm (30; 130; 230) having a front end side fitted to the connecting portion; and a nozzle unit (34; 134; 234) fixed to the wiper arm, the nozzle unit jetting washer fluid toward the windshield, wherein the nozzle unit is provided with a plurality of nozzles, and at least one of the nozzles is located within a range of projection of the connecting portion in a wiping direction of the wiper blade, and the nozzle located within the range of projection of the connecting portion is a front-end-side nozzle which jets washer fluid toward a front end side of the wiper blade in the longitudinal direction, characterized in that the nozzle unit includes a forward-side block and a backward-side block , the front-end-side nozzle is provided to the forward-side block of the nozzle unit, and at least one of the forward-side block and the backward-side block has a base-end-side nozzle (D1) which jets washer fluid toward a base end side of the wiper blade in a longitudinal direction.
An RFID tag comprising: a substrate ; a chip that is joined to the substrate; antenna wiring that is formed above the substrate and along a longitudinal direction of the substrate and is electrically coupled with the chip; and a protector that is provided to the substrate, protects the chip by covering the chip and includes a central portion having a circular form, characterized in that a length I of the protector satisfies I ≤ Imax, the Imax being expressed by the following expression: l max = 4 σ by 3 p h where σ by represents a bending strength of a material of the protector having a range of 96 to 131 MPa in a case where the material of the protector is PET, a value of 142 MPa in a case where the material of the protector is PPS and a range of 41 to 55 MPa in a case where the material of the protector is PP, h represents a thickness of the protector having a range of 150 to 300 μm, and p represents a uniformly distributed load that is received by the protector under a usage environment and has a range of 40 × 10 5 to 70 × 10 5 Pa, wherein the protector and the substrate are provided in such a manner that a longitudinal direction of the protector is orthogonal to the longitudinal direction of the substrate . a substrate ; a chip that is joined to the substrate; antenna wiring that is formed above the substrate and along a longitudinal direction of the substrate and is electrically coupled with the chip; and a protector that is provided to the substrate, protects the chip by covering the chip and includes a central portion having a circular form, characterized in that a length I of the protector satisfies I ≤ Imax, the Imax being expressed by the following expression: l max = 4 σ by 3 p h where σ by represents a bending strength of a material of the protector having a range of 96 to 131 MPa in a case where the material of the protector is PET, a value of 142 MPa in a case where the material of the protector is PPS and a range of 41 to 55 MPa in a case where the material of the protector is PP, h represents a thickness of the protector having a range of 150 to 300 μm, and p represents a uniformly distributed load that is received by the protector under a usage environment and has a range of 40 × 10 5 to 70 × 10 5 Pa, wherein the protector and the substrate are provided in such a manner that a longitudinal direction of the protector is orthogonal to the longitudinal direction of the substrate .
A cooking support which can be heated by induction, having an upper cooking surface and a lower cooking surface , the cooking support including a colaminated structure comprising a thermal diffusion layer , coated if desired, for forming the upper cooking surface , and a layer of ferromagnetic material , characterized in that the layer of ferromagnetic material is made of non-stainless steel and in that the colaminated structure includes a protective metal layer covering the layer of ferromagnetic material on the side opposite the thermal diffusion layer , and in that the protective metal layer is formed by an electrolytic nickel coating.
An absorbent article in which an absorber is interposed between a surface sheet with outer and absorber-side surfaces, and a back sheet , wherein the absorbent article is an incontinence pad for a medium volume ormore for absorbing 20 cc or more of urine, and the surface sheet is formed by applying a water repellent to a spunlace nonwoven fabric consisting of 100 wt% of cotton fiber and is provided with, at least in a section corresponding to an excretory opening, a large number of openings passing through the surface sheet from the outer surface to absorber-side surface thereof; a heat-fusible fiber sheet is disposed adjacent to the absorber-side surface of the surface sheet ; a plurality of adhesive portions is provided along lines in the longitudinal direction of the absorbent article at an interval in a widthwise direction thereof and between the surface sheet and the heat-fusible fiber sheet ; and, with a predetermined clearance U to the adhesive portions , a compressed groove integrally recessed from the outer surface side of the surface sheet to the absorber is provided, wherein the compressed groove is formed in the section corresponding to the excretory opening and the vicinity thereof and is formed close to the adhesive portions , between adjacent adhesive portions of said adhesive portions . wherein the absorbent article is an incontinence pad for a medium volume ormore for absorbing 20 cc or more of urine, and the surface sheet is formed by applying a water repellent to a spunlace nonwoven fabric consisting of 100 wt% of cotton fiber and is provided with, at least in a section corresponding to an excretory opening, a large number of openings passing through the surface sheet from the outer surface to absorber-side surface thereof; a heat-fusible fiber sheet is disposed adjacent to the absorber-side surface of the surface sheet ; a plurality of adhesive portions is provided along lines in the longitudinal direction of the absorbent article at an interval in a widthwise direction thereof and between the surface sheet and the heat-fusible fiber sheet ; and, with a predetermined clearance U to the adhesive portions , a compressed groove integrally recessed from the outer surface side of the surface sheet to the absorber is provided, wherein the compressed groove is formed in the section corresponding to the excretory opening and the vicinity thereof and is formed close to the adhesive portions , between adjacent adhesive portions of said adhesive portions .
A washing ball case for a dishwasher, in which a case body is formed by thermally bonding a top plate and a bottom plate to each other in the vertical direction, the top plate and the bottom plate are provided each with an outer side portion, which are formed of a synthetic resin material and have first holes , , and washing balls formed of a ceramic material are accommodated in an internal space part of the case body so as to be used for dish-washing, characterized in that : second drainage through holes are formed in the outer side portion of the case body so as to communicate with the internal space part, and positioned at a lower side when the case body is set to stand on the outer side portion so as to allow washing water to be completely drained through the second drainage through holes at the time of washing dishes.
Sampling device , adapted to cooperate with a sampling member subsequent to collection of a sample of animal tissue, said sampling device comprising: - a receiving tube designed for receiving said sample of animal tissue, containing at least one specific agent and comprising an inlet ; - a tube head removably attached to said inlet of said receiving tube and provided with a through channel ending in the receiving tube ; - a closing element being configured to take at least two positions: • one first position, in which said closing element is held into said tube head so as to plug said through channel of said tube head , and • one second position, in which said closing element is released into said receiving tube , characterized in that said tube head comprises: a first part forming a flange capable of being supported on a rim of the receiving tube , a second part linked to said first part and adapted to be inserted into said receiving tube , said second part having a thickness less than a thickness of said first part , and a third part extending from said second part and forming an end of said tube head , said third part having a flared shape presenting a thickness less than said thickness of said second part . - a receiving tube designed for receiving said sample of animal tissue, containing at least one specific agent and comprising an inlet ; - a tube head removably attached to said inlet of said receiving tube and provided with a through channel ending in the receiving tube ; - a closing element being configured to take at least two positions: • one first position, in which said closing element is held into said tube head so as to plug said through channel of said tube head , and • one second position, in which said closing element is released into said receiving tube , • one first position, in which said closing element is held into said tube head so as to plug said through channel of said tube head , and • one second position, in which said closing element is released into said receiving tube , a first part forming a flange capable of being supported on a rim of the receiving tube , a second part linked to said first part and adapted to be inserted into said receiving tube , said second part having a thickness less than a thickness of said first part , and a third part extending from said second part and forming an end of said tube head , said third part having a flared shape presenting a thickness less than said thickness of said second part .
An intervertebral implant comprising: - a first endplate ; - a second endplate ; and - a central ramp disposed between the first endplate and the second endplate ; - wherein the central ramp is configured to move in a first direction to cause the first and second endplates to move outwardly and away from one another, and to cause the first and second endplates to move inwardly into the unexpanded position - the implant further comprising a driving ramp disposed between the first endplate and the second endplate and - an actuation member having a head portion and a threaded extension ; - wherein the central ramp comprises a first expansion portion and a rod-receiving extension extending from the first expansion portion and having a threaded opening for receiving the threaded extension of the actuation assembly , - wherein the first expansion portion of the central ramp comprises an upper portion and side portions ; - wherein the first endplate and the second endplate are operatively engaged to the expansion portion of the central ramp and the driving ramp , - wherein the rod receiving extension of the central ramp is in threaded engagement with the threaded extension of the actuation member , - wherein the actuation member engages the driving ramp so that when the actuation member is rotated in a first direction the driving ramp is pushed towards the central ramp , and when the actuation member is rotated in a second direction, opposite the first direction, the driving ramp is moved away from the central ramp . - a first endplate ; - a second endplate ; and - a central ramp disposed between the first endplate and the second endplate ; - wherein the central ramp is configured to move in a first direction to cause the first and second endplates to move outwardly and away from one another, and to cause the first and second endplates to move inwardly into the unexpanded position - the implant further comprising a driving ramp disposed between the first endplate and the second endplate and - an actuation member having a head portion and a threaded extension ; - wherein the central ramp comprises a first expansion portion and a rod-receiving extension extending from the first expansion portion and having a threaded opening for receiving the threaded extension of the actuation assembly , - wherein the first expansion portion of the central ramp comprises an upper portion and side portions ; - wherein the first endplate and the second endplate are operatively engaged to the expansion portion of the central ramp and the driving ramp , - wherein the rod receiving extension of the central ramp is in threaded engagement with the threaded extension of the actuation member , - wherein the actuation member engages the driving ramp so that when the actuation member is rotated in a first direction the driving ramp is pushed towards the central ramp , and when the actuation member is rotated in a second direction, opposite the first direction, the driving ramp is moved away from the central ramp .
A cylindrical member comprising a first rigid end part , a second end rigid part and a plurality of longitudinal elements wherein each of the plurality of longitudinal elements extends from the first rigid end part to the second rigid end part , wherein at least one of the longitudinal elements comprises a first portion , a second portion and a connection section , wherein the connection section connects the first portion and the second portion , wherein the first portion is thinner than the second portion , wherein the longitudinal element in the first portion comprises a longitudinal strip , wherein the longitudinal strip comprises a longitudinal slit extending from the second rigid part to the connection section and dividing the longitudinal strip into two parallel sub-strips , wherein the connection section comprises a rope equalizer structure comprising a bridge , a first wire and a second wire, wherein the first wire is connected to the one of the two parallel sub-strips and the second wire is connected to the other of the two parallel sub-strips , wherein the bridge connects the second portion to the first wire and the second wire, wherein the rope equalizer structure comprises a first rotation point, a second rotation point and a third rotation point, wherein the first rotation point is located on the bridge , the second rotation point is located on the first wire and the third rotation point is located on the second wire such that when there is a longitudinal displacement difference between the first wire and the second wire, the rope equalizer structure rotates about the first rotation point for compensating the longitudinal displacement difference between the first wire and the second wire.
Packaging for a breast implant , the packaging comprising a lid and a cavity , characterised in that the lid provides a delivery device for direct delivery of the breast implant from the packaging to a surgical pocket, wherein the lid comprises an inner lid and an outer lid , the inner lid including the delivery device.