mhurhangee/patent-ind-claim-en huggingface dataset:
A spark plug , comprising: a tubular metal shell that includes a metal-shell step portion extending in an inner circumferential direction and that has a tubular hole extending in an axial direction; an insulator that is inserted in the metal shell , that has an axial hole extending in the axial direction, and that includes a facing portion that faces the metal-shell step portion with an annular packing interposed therebetween; a center electrode that extends in the axial direction, that has a flange portion extending in an outer circumferential direction, and that is inserted in the axial hole ; and a seal body that is disposed in the axial hole and that seals the insulator and the center electrode , wherein in a section that contains an axial line (O) of the spark plug and that is along the axial line (O), a distance L along the axial line (O) from a rear end (P1) of the facing portion of the insulator to a rear end (P2) of a portion at which the flange portion is in contact with the insulator satisfies L ≤ 1.1 (mm), characterized in that θA + θB ≥ 90° and L ≥ 0.5 (mm) hold, where θA represents an acute angle formed between a reference line perpendicular to the axial line (O) and the portion at which the flange portion is in contact with the insulator in the section, and θB represents an acute angle formed between the reference line and a straight line connecting a front end (P4) of the facing portion and the rear end (P2) of the portion at which the flange portion is in contact with the insulator . a tubular metal shell that includes a metal-shell step portion extending in an inner circumferential direction and that has a tubular hole extending in an axial direction; an insulator that is inserted in the metal shell , that has an axial hole extending in the axial direction, and that includes a facing portion that faces the metal-shell step portion with an annular packing interposed therebetween; a center electrode that extends in the axial direction, that has a flange portion extending in an outer circumferential direction, and that is inserted in the axial hole ; and a seal body that is disposed in the axial hole and that seals the insulator and the center electrode , wherein in a section that contains an axial line (O) of the spark plug and that is along the axial line (O), a distance L along the axial line (O) from a rear end (P1) of the facing portion of the insulator to a rear end (P2) of a portion at which the flange portion is in contact with the insulator satisfies L ≤ 1.1 (mm), characterized in that θA + θB ≥ 90° and L ≥ 0.5 (mm) hold, where θA represents an acute angle formed between a reference line perpendicular to the axial line (O) and the portion at which the flange portion is in contact with the insulator in the section, and θB represents an acute angle formed between the reference line and a straight line connecting a front end (P4) of the facing portion and the rear end (P2) of the portion at which the flange portion is in contact with the insulator .
Method to deposit a layer of inorganic material on a substrate surface, comprising one or more cycles, each cycle comprising the steps of: a) contacting the substrate surface with a first aqueous liquid solution comprising an organic compound having a functional group permitting its adsorption on the substrate, followed by b) contacting the substrate surface having the organic compound adsorbed thereon with a second liquid aqueous solution comprising an inorganic ion or an ion complex suitable for oxidizing the organic compound and having an insoluble reduction product which is the inorganic material; and wherein each cycle deposits from 0.1 to 1.5 monolayer. a) contacting the substrate surface with a first aqueous liquid solution comprising an organic compound having a functional group permitting its adsorption on the substrate, followed by b) contacting the substrate surface having the organic compound adsorbed thereon with a second liquid aqueous solution comprising an inorganic ion or an ion complex suitable for oxidizing the organic compound and having an insoluble reduction product which is the inorganic material; and wherein each cycle deposits from 0.1 to 1.5 monolayer.
Method for selecting the value of a speed limit, for a speed regulator of a land vehicle, the method implementing the following steps: - identification of a first speed limit value (V2) from a geolocation position and a database associating a speed limit value with a geolocation position; - identification of a second speed limit value (V1) from at least one image of a speed limit sign; - identification of the lowest speed limit value between the first speed limit value (V2) and the second speed limit value (V1); the process being characterized in that it implements the following step: - selection of the highest speed limit value between the first identified speed limit value (V2) and the second value (V1), when the accelerator pedal is actuated in order to increase the speed of the land vehicle and that the difference between the value of the speed of the land vehicle and the highest speed limit value identified is less than a threshold value (Vs). - identification of a first speed limit value (V2) from a geolocation position and a database associating a speed limit value with a geolocation position; - identification of a second speed limit value (V1) from at least one image of a speed limit sign; - identification of the lowest speed limit value between the first speed limit value (V2) and the second speed limit value (V1); - selection of the highest speed limit value between the first identified speed limit value (V2) and the second value (V1), when the accelerator pedal is actuated in order to increase the speed of the land vehicle and that the difference between the value of the speed of the land vehicle and the highest speed limit value identified is less than a threshold value (Vs).
A vaporizer device comprising: an induction element ; a susceptor element (108; 508; 608); and a temperature sensor (102; 502; 602) in thermal contact with the susceptor element, the temperature sensor including a temperature sensor circuit, the vaporizer device being characterised in that the temperature sensor circuit comprises: a capacitor (104; 504; 604) having a capacitance value equal to C; and an inductor (106; 506; 606) around the capacitor, the inductor having an inductance value equal to L; wherein a resonant frequency of the temperature sensor circuit changes based on a temperature of the susceptor element; wherein the induction element is electromagnetically coupled to the temperature sensor; and wherein the resonant frequency of the temperature sensor circuit is equal to: 1 / 2 π LC . an induction element ; a susceptor element (108; 508; 608); and a temperature sensor (102; 502; 602) in thermal contact with the susceptor element, the temperature sensor including a temperature sensor circuit, the vaporizer device being characterised in that the temperature sensor circuit comprises: a capacitor (104; 504; 604) having a capacitance value equal to C; and an inductor (106; 506; 606) around the capacitor, the inductor having an inductance value equal to L; a capacitor (104; 504; 604) having a capacitance value equal to C; and an inductor (106; 506; 606) around the capacitor, the inductor having an inductance value equal to L; wherein a resonant frequency of the temperature sensor circuit changes based on a temperature of the susceptor element; wherein the induction element is electromagnetically coupled to the temperature sensor; and wherein the resonant frequency of the temperature sensor circuit is equal to: 1 / 2 π LC .
An apparatus for the capture and storage of power, the apparatus comprising: i) a first layer comprising a protective layer, comprising one or more protrusions that enable two or more apparatuses to interconnect with each other; ii) a second layer engaged with the first layer , the second layer comprising a device that is able to generate power from exposure to its environment, and one or more protrusions that enable two or more apparatuses to interconnect with each other; iii) a third layer engaged with the second layer, the third layer comprising a power storage facility; and iv) a fourth layer engaged with the third layer , the fourth layer comprising a power grid which enables power to be transferred between interconnected apparatuses ; wherein the layers are secured together using a connecting member inserted through an opening in each layer. i) a first layer comprising a protective layer, comprising one or more protrusions that enable two or more apparatuses to interconnect with each other; ii) a second layer engaged with the first layer , the second layer comprising a device that is able to generate power from exposure to its environment, and one or more protrusions that enable two or more apparatuses to interconnect with each other; iii) a third layer engaged with the second layer, the third layer comprising a power storage facility; and iv) a fourth layer engaged with the third layer , the fourth layer comprising a power grid which enables power to be transferred between interconnected apparatuses ; wherein the layers are secured together using a connecting member inserted through an opening in each layer.
A method of making a labyrinth seal comprising a first seal part (18; 118; 218; 318) having a first sealing contour (22; 122; 222; 322) and a second seal part (20; 120; 220; 320) rotatable relative to the first seal part (18; 118; 218; 318) and having a second sealing contour (24; 124; 224; 324) complementary to and interlocking with the first sealing contour (22; 122; 222; 322) to provide a tortuous fluid flow path (26; 126; 226; 326) from a first side (40; 140; 240; 340) of the seal to a second, opposite side (42; 142; 242; 342) of the seal, the method comprising forming the first (18; 118; 218; 318) and second seal (20; 120; 220; 320) parts together, with their sealing contours interlocking using an ALM technique.
A ribbon cable apparatus for connecting through a membrane, the apparatus comprising: a first ribbon cable portion ; a second ribbon cable portion ; a central ribbon cable portion supporting a first subset of electrical conductors extending between the first and second ribbon cable portions , the central ribbon cable portion being narrower than each of the first and second ribbon cable portions ; a bypass ribbon cable portion supporting a second subset of electrical conductors extending between the first and second ribbon cable portions , the bypass ribbon cable portion being narrower than each of the first and second ribbon cable portions , the bypass ribbon cable portion diverging laterally around an aperture from the central ribbon cable portion and being folded over the central ribbon cable portion into a stack such that the stack is narrower than the first and second ribbon cable portions . a first ribbon cable portion ; a second ribbon cable portion ; a central ribbon cable portion supporting a first subset of electrical conductors extending between the first and second ribbon cable portions , the central ribbon cable portion being narrower than each of the first and second ribbon cable portions ; a bypass ribbon cable portion supporting a second subset of electrical conductors extending between the first and second ribbon cable portions , the bypass ribbon cable portion being narrower than each of the first and second ribbon cable portions , the bypass ribbon cable portion diverging laterally around an aperture from the central ribbon cable portion and being folded over the central ribbon cable portion into a stack such that the stack is narrower than the first and second ribbon cable portions .
A compressor impeller , comprising: a compressor impeller body portion including a boss portion and a plurality of vane portions disposed at intervals in a circumferential direction on a peripheral surface of the boss portion ; and a heat shield portion disposed on a side of a back surface of the boss portion and configured to rotate with the compressor impeller body portion , wherein the heat shield portion is formed to have an annular shape, wherein the heat shield portion is disposed so as to face the back surface of the boss portion via a gap (g), and wherein the heat shield portion includes a curved portion curved so as to become closer to the back surface of the boss portion outward in a radial direction of the compressor impeller , characterized in that a radially outer end of the heat shield portion is positioned on an inner side, with respect to the radial direction, of a radially outer end of the back surface of the boss portion . a compressor impeller body portion including a boss portion and a plurality of vane portions disposed at intervals in a circumferential direction on a peripheral surface of the boss portion ; and a heat shield portion disposed on a side of a back surface of the boss portion and configured to rotate with the compressor impeller body portion , wherein the heat shield portion is formed to have an annular shape, wherein the heat shield portion is disposed so as to face the back surface of the boss portion via a gap (g), and wherein the heat shield portion includes a curved portion curved so as to become closer to the back surface of the boss portion outward in a radial direction of the compressor impeller , characterized in that a radially outer end of the heat shield portion is positioned on an inner side, with respect to the radial direction, of a radially outer end of the back surface of the boss portion .
A magnetron assembly , comprising: a plurality of magnets configured to produce a plasma confinement path magnetic field and a yoke configured to hold the plurality of magnets in at least four straight, parallel, independent linear arrays; wherein the plurality of magnets is arranged on the yoke so as to form a pattern comprising an outer portion and an inner portion, wherein the outer portion substantially surrounds a perimeter of the inner portion; wherein end portions of the arrays comprise a pair of turnaround sections , wherein each turnaround section substantially spans respective ends of a pair of elongated sections of the outer portion; characterised in that the magnets in each turnaround section are arranged to break up a turnaround curve into four or more different curves that are offset from each other, the curves formed in at least four different planes, wherein the magnets are arranged in each turnaround section so that each of the four or more different curves in that turnaround section is formed between two or more magnets having magnetic poles that are turned 90 degrees relative to one another. a plurality of magnets configured to produce a plasma confinement path magnetic field and a yoke configured to hold the plurality of magnets in at least four straight, parallel, independent linear arrays; wherein the plurality of magnets is arranged on the yoke so as to form a pattern comprising an outer portion and an inner portion, wherein the outer portion substantially surrounds a perimeter of the inner portion; wherein end portions of the arrays comprise a pair of turnaround sections , wherein each turnaround section substantially spans respective ends of a pair of elongated sections of the outer portion; characterised in that the magnets in each turnaround section are arranged to break up a turnaround curve into four or more different curves that are offset from each other, the curves formed in at least four different planes, wherein the magnets are arranged in each turnaround section so that each of the four or more different curves in that turnaround section is formed between two or more magnets having magnetic poles that are turned 90 degrees relative to one another.
Hand-held device for the portioned dispensing of sprayable substances, in particular inhalation medicaments, having a housing and a cartridge which can be displaced into a dispensing position relative to the housing by the application of pressure, the housing having a mouthpiece , wherein further the cartridge is initially displaceable into a dispensing readiness position and, with the cartridge in the dispensing readiness position, a dispensing spraying process can be triggered by suction, wherein further the displacement of the cartridge into the dispensing readiness position can be carried out by tensioning a spring supported on the housing and acting on the cartridge , wherein the spring acting on the cartridge is enabled to but is prevented from doing so by a counterforce, which counterforce can be rendered inoperative by the user as a result of negative pressure being applied by the mouthpiece of the hand-held device , the negative pressure moving a valve flap which cancels a mechanical block (S) on the displacement of the cartridge from the dispensing-readiness position into the dispensing position, characterized in that the valve flap is arranged in the direction of movement (r) of the cartridge from the rest position into the spray position below a first air-permeable housing base of the housing and that the housing base separates a space accommodating the valve flap from the mouthpiece .
Device for handling plastic parisons with a storage device which serves for storing a plurality of plastic parisons and with at least one transport device which transports the plastic parisons along a predetermined transport path from the storage device to a processing device , characterised in that at least one portion of the storage device and of the transport path is enclosed by a housing device and an application device is provided which applies a flowable and in particular gaseous medium to an interior of this housing device .
A flavour module for controlled dispensing of flavouring beverage additives for flavouring coffee beverages, comprising a chamber surrounded by a housing for receiving one or more flavour containers , wherein each of the flavour containers is connectable releasably to the flavour module via a tube , characterized in that a hydraulic plug-in connection is provided on the flavour module , said plug-in connection enables replacement of the associated flavour container together with the inserting tube .
A drink dispensing device for dispensing a drink from a tap , the device comprising: a plurality of proximity sensors each for outputting a respective activation signal when a user moves a body part within a sensing range thereof; and a controller for receiving activation signals from the plurality of proximity sensors and controlling the dispensing of drink from the tap in response thereto, wherein the plurality of proximity sensors comprise a first proximity sensor associated with a first drink, and wherein the controller is configured to (a) initiate the dispensing of the first drink in response to receiving a sequence of activation signals output by the first proximity sensor and (b) to stop the dispensing of the first drink in response to receiving an activation signal output by any of the plurality of proximity sensors. a plurality of proximity sensors each for outputting a respective activation signal when a user moves a body part within a sensing range thereof; and a controller for receiving activation signals from the plurality of proximity sensors and controlling the dispensing of drink from the tap in response thereto, wherein the plurality of proximity sensors comprise a first proximity sensor associated with a first drink, and wherein the controller is configured to (a) initiate the dispensing of the first drink in response to receiving a sequence of activation signals output by the first proximity sensor and (b) to stop the dispensing of the first drink in response to receiving an activation signal output by any of the plurality of proximity sensors.
A resin composition comprising: a polyvinyl alcohol-based resin (A); and a multimeric aldehyde compound (B), wherein a content of the multimeric aldehyde compound (B) is 0.5 × 10 -4 to 100 × 10 -4 parts by weight with respect to 100 parts by weight of the polyvinyl alcohol-based resin (A), the multimeric aldehyde compound refers to a cyclic complex obtained by polymerizing two or more acetaldehydes, and the content of the multimeric aldehyde compound (B) is determined according to the method and conditions as described in the description. a polyvinyl alcohol-based resin (A); and a multimeric aldehyde compound (B), wherein a content of the multimeric aldehyde compound (B) is 0.5 × 10 -4 to 100 × 10 -4 parts by weight with respect to 100 parts by weight of the polyvinyl alcohol-based resin (A), the multimeric aldehyde compound refers to a cyclic complex obtained by polymerizing two or more acetaldehydes, and the content of the multimeric aldehyde compound (B) is determined according to the method and conditions as described in the description.
A device for fine needle aspiration, the device comprising: an inner tubular member comprising a proximal end and a distal end ; a piston coupled to the inner tubular member ; an outer cylinder comprising a proximal end and a distal end , wherein the outer cylinder is disposed around the inner tubular member and the piston ; a first orifice in the inner tubular member ; the first orifice in the inner tubular member is located between the piston and the proximal end of the inner tubular member and the proximal end of the outer tubular member; and a depth control mechanism coupled to the inner tubular member ; a reservoir in fluid communication with the interior volume of the inner tubular member ; wherein the device can be coupled to a needle in fluid communication with the interior volume of the inner tubular member ; and wherein the piston is configured to be moved toward the distal end of the outer cylinder to create a vacuum in the inner tubular member ; the device is characterized in that it further comprises a one-way valve in fluid communication with the inner tubular member ; and a first biasing member and a second biasing member , wherein the first biasing member and the second biasing member are configured to bias the piston toward a central location within the outer cylinder . an inner tubular member comprising a proximal end and a distal end ; a piston coupled to the inner tubular member ; an outer cylinder comprising a proximal end and a distal end , wherein the outer cylinder is disposed around the inner tubular member and the piston ; a first orifice in the inner tubular member ; the first orifice in the inner tubular member is located between the piston and the proximal end of the inner tubular member and the proximal end of the outer tubular member; and a depth control mechanism coupled to the inner tubular member ; a reservoir in fluid communication with the interior volume of the inner tubular member ; wherein the device can be coupled to a needle in fluid communication with the interior volume of the inner tubular member ; and wherein the piston is configured to be moved toward the distal end of the outer cylinder to create a vacuum in the inner tubular member ; the device is characterized in that it further comprises a one-way valve in fluid communication with the inner tubular member ; and a first biasing member and a second biasing member , wherein the first biasing member and the second biasing member are configured to bias the piston toward a central location within the outer cylinder .