mhurhangee/ep-ind-claims huggingface dataset:
Industrially produced waffle made from a dough, as a foodstuff in the form of a conically rolled-up waffle blade to receive ice cream, - with a first side whose surface is enlarged by means of a technical pattern in order to ensure, during the manufacturing process, a defined adherence to one of the baking plates and to provide contact surfaces for a receiving tool, in particular with a pattern made from bars (205, 206) or grooves arranged parallel to one another, wherein the first side forms the inside of the waffle and the technical pattern is designed on the inner surface of the waffle, - with a second side whose surface is free from a technical pattern and therefore smaller than the first side, wherein the second side forms the outside of the waffle, characterised in that - the second side free from a technical pattern is provided with a design pattern, wherein the design pattern is formed by the dough and the design pattern is arranged on the outer surface. - with a first side whose surface is enlarged by means of a technical pattern in order to ensure, during the manufacturing process, a defined adherence to one of the baking plates and to provide contact surfaces for a receiving tool, in particular with a pattern made from bars (205, 206) or grooves arranged parallel to one another, wherein the first side forms the inside of the waffle and the technical pattern is designed on the inner surface of the waffle, - with a second side whose surface is free from a technical pattern and therefore smaller than the first side, wherein the second side forms the outside of the waffle, - the second side free from a technical pattern is provided with a design pattern, wherein the design pattern is formed by the dough and the design pattern is arranged on the outer surface.
A portable apparatus for dispensing a volatilizable substance and for supplying light comprising: a lantern comprising a housing said housing comprising at least a base a globe and a roof portion; an assembly disposed in said housing for receiving a fuel cartridge; a tube for delivering fuel from said fuel cartridge to a combustion nozzle; a spark source for igniting a fuel/air mixture for a combustion at said combustion nozzle, said combustion comprising a heat source for volatilizing said volatilizable substance; a heating plate disposed above said heat source; a mat having a volatilizable substance disposed above said heating plate, said volatilizable substance being volatilized by heat produced from said combustion at said heat source; said lantern further comprising at least a light source, said light source being powered by electricity; whereby said light source and said heat source are controllable independently of each other. a lantern comprising a housing said housing comprising at least a base a globe and a roof portion; an assembly disposed in said housing for receiving a fuel cartridge; a tube for delivering fuel from said fuel cartridge to a combustion nozzle; a spark source for igniting a fuel/air mixture for a combustion at said combustion nozzle, said combustion comprising a heat source for volatilizing said volatilizable substance; a heating plate disposed above said heat source; a mat having a volatilizable substance disposed above said heating plate, said volatilizable substance being volatilized by heat produced from said combustion at said heat source; said lantern further comprising at least a light source, said light source being powered by electricity; whereby said light source and said heat source are controllable independently of each other.
A composition for use in treating neutropenia, comprising an effective amount of a compound of Formula 1: wherein R1 and R2 are independently a fatty acid residue of 14 to 22 carbon atoms.
A solid fuel smoker oven for the preparation of food products, comprising: a cabinet defining a cooking chamber and a heat source chamber; a vertical divider between the recited chambers defining at least one lower opening between the heat source chamber and the cooking chamber; a fan within and adjacent or at the top of the cooking chamber; a deflector at the top of the heat source chamber disposed toward at least one upper duct between the heat source chamber and the cooking chamber; at least two air flow channels, one each on an inside wall of the cooking chamber defined by perforated wall panels; a firebox in the heat source chamber; wherein the fan is configured to draw heat and smoke emissions from the firebox into a shroud and to force the air and smoke downwardly into the air flow channels through the perforated wall panels, into the cooking chamber and to recycle the heated air and smoke through the heat source chamber, which maximizes temperature stability inside the oven. a cabinet defining a cooking chamber and a heat source chamber; a vertical divider between the recited chambers defining at least one lower opening between the heat source chamber and the cooking chamber; a fan within and adjacent or at the top of the cooking chamber; a deflector at the top of the heat source chamber disposed toward at least one upper duct between the heat source chamber and the cooking chamber; at least two air flow channels, one each on an inside wall of the cooking chamber defined by perforated wall panels; a firebox in the heat source chamber; wherein the fan is configured to draw heat and smoke emissions from the firebox into a shroud and to force the air and smoke downwardly into the air flow channels through the perforated wall panels, into the cooking chamber and to recycle the heated air and smoke through the heat source chamber, which maximizes temperature stability inside the oven.
A method of installing a rotating control device in a riser housing, the method comprising: securing a running tool to the rotating control device; conveying the rotating control device into the riser housing while the running tool is secured to the rotating control device; characterised by producing relative rotation between first and second components of the running tool; and then releasing the running tool from the rotating control device by longitudinally displacing the running tool relative to the rotating control device. securing a running tool to the rotating control device; conveying the rotating control device into the riser housing while the running tool is secured to the rotating control device; characterised by producing relative rotation between first and second components of the running tool; and then releasing the running tool from the rotating control device by longitudinally displacing the running tool relative to the rotating control device.
A dispensing device for a roll of toilet paper comprising a plate capable of allowing the dispensing device to be stabilised on a flat surface; a hollow tube mounted so as to be integral with the plate, and around which a roll of toilet paper to be unwound can be placed, and a head configured so as to be inserted into the internal recess of the hollow tube in order to lock the roll of toilet paper thus placed around the tube in the unwinding position, the head being composed of a material comprising phosphorescent properties so as to emit light for a chosen duration after excitation by being subjected to an external light source; characterised in that the device comprises removable light recharging means, configured to be disposed on the head, and capable of diffusing light over the entire surface of the head to allow excitation of the phosphorescent elements of said head.
An adhesive composition, consisting of, based on the total weight of the adhesive composition, 20 wt.% - 60 wt.% of a silane terminated oligomer; 20 wt.% - 60 wt.% of a combination of two or more (meth)acrylate monomers selected from monofunctional (meth)acrylate monomers and / or multi-functional (meth) acrylate monomers; 0-50 wt.% of a (meth)acrylate oligomer; 0.5 wt.% - 5 wt.% of a photoinitiator; 0-0.5 wt.% of an organometallic catalyst; and, optionally one or more additives selected from the group consisting of a photostabilizer, a thermal stabilizer, a leveling agent, a thickener and a plasticizer, wherein the sum of the components is 100 wt.%. 20 wt.% - 60 wt.% of a silane terminated oligomer; 20 wt.% - 60 wt.% of a combination of two or more (meth)acrylate monomers selected from monofunctional (meth)acrylate monomers and / or multi-functional (meth) acrylate monomers; 0-50 wt.% of a (meth)acrylate oligomer; 0.5 wt.% - 5 wt.% of a photoinitiator; 0-0.5 wt.% of an organometallic catalyst; and, optionally one or more additives selected from the group consisting of a photostabilizer, a thermal stabilizer, a leveling agent, a thickener and a plasticizer,
A composition for use in treatment or prevention of Parkinson's disease, wherein the composition increases abundance of Prevotellaceae in the intestine, and wherein the composition comprises live Prevotellaceae.
Circuit for discharging a high-voltage electrical system comprising at least one power transistor and a device for storing electrical energy comprising at least one capacitor, the discharging circuit comprising: - a driving branch that is connected to a gate terminal of the power transistor, the driving branch allowing the power transistor to be configured into a conduction mode in order to discharge the capacitor, the power transistor forming a dissipating branch; - a regulating branch arranged to control a gate current (iG) entering into the branch for driving the power transistor; characterized in that the regulating branch is arranged to control the gate current (iG) such that each power transistor dissipates a power lower than or equal to 5 W during a discharging time shorter than or equal to 5 seconds allowing the capacitor to be discharged, and in that the regulating branch is connected in parallel with an emitter terminal of the power transistor of the dissipating branch, and in that the regulating branch comprises a regulating transistor biased in parallel with the emitter terminal of the power transistor of the dissipating branch, a collector terminal of the regulating transistor being connected to the branch for driving the dissipating branch and in that the regulating transistor is biased on the one hand via a resistor connected in parallel between a gate terminal and an emitter terminal of the regulating transistor, and on the other hand via a filtering capacitor connected between the emitter terminal of the power transistor and the gate terminal of the regulating transistor. - a driving branch that is connected to a gate terminal of the power transistor, the driving branch allowing the power transistor to be configured into a conduction mode in order to discharge the capacitor, the power transistor forming a dissipating branch; - a regulating branch arranged to control a gate current (iG) entering into the branch for driving the power transistor;
Gaiter with an insert which is encompassed by a shell, in which the insert is an elastic sleeve containing a moldable mass, wherein the insert has at least one retaining projection on at least one region of its outer wall, the shell having two opposite legs which comprise at least one retaining recess arranged to match the retaining projection of the insert and having a cross-section larger than the retaining projection, with at least one tab which can be releasably attached to opposite legs of the shell in order to bridge the free space lying between the legs and to tension the opposite legs towards one another, characterized in that at least one of the retaining projections is held in a resiliently floating manner in one retaining recess each by means of at least one spring element which extends in the retaining recess up to a retaining projection. wherein the insert has at least one retaining projection on at least one region of its outer wall, the shell having two opposite legs which comprise at least one retaining recess arranged to match the retaining projection of the insert and having a cross-section larger than the retaining projection, with at least one tab which can be releasably attached to opposite legs of the shell in order to bridge the free space lying between the legs and to tension the opposite legs towards one another, characterized in that at least one of the retaining projections is held in a resiliently floating manner in one retaining recess each by means of at least one spring element which extends in the retaining recess up to a retaining projection.
A power supply system for providing power to one or more loads, comprising: one or more power converter cabinets (210A-210N) for housing switch power converter circuitry; at least one inverter comprising inverter input terminals and inverter output terminals, wherein the inverter input terminals are electrically connectable to a source power supply; a plurality of isolation transformers, each of the plurality of isolation transformers comprising isolation transformer input terminals and isolation transformer output terminals, wherein the isolation transformer input terminals of the plurality of isolation transformers are electrically connected in parallel to each other and in parallel electrical communication with the inverter output terminals of one of the at least one inverter, wherein the output terminals of each of the plurality of isolation transformers are in parallel electrical communication with a plurality of load transformers; and at least one load comprising load input terminals, wherein the load input terminals are in electrical communication with the isolation transformer output terminals of the plurality of isolation transformers via the load transformers. one or more power converter cabinets (210A-210N) for housing switch power converter circuitry; at least one inverter comprising inverter input terminals and inverter output terminals, wherein the inverter input terminals are electrically connectable to a source power supply; a plurality of isolation transformers, each of the plurality of isolation transformers comprising isolation transformer input terminals and isolation transformer output terminals, wherein the isolation transformer input terminals of the plurality of isolation transformers are electrically connected in parallel to each other and in parallel electrical communication with the inverter output terminals of one of the at least one inverter, wherein the output terminals of each of the plurality of isolation transformers are in parallel electrical communication with a plurality of load transformers; and at least one load comprising load input terminals, wherein the load input terminals are in electrical communication with the isolation transformer output terminals of the plurality of isolation transformers via the load transformers.
A vehicle control method, comprising: obtaining, by a second terminal device, second biometric information of a second user; generating, by the second terminal device, a second key based on the second biometric information and identifier information of the second terminal device; sending, by the second terminal device, the second key to a first terminal device of a first user; obtaining, by the second terminal device, authorization information from the first terminal device, wherein the authorization information is generated based on a first key and the second key, and the first key is generated based on first biometric information of the first user and identifier information of the first terminal device; generating, by the second terminal device, second verification information based on the authorization information, and generating third verification information based on the second key; and sending, by the second terminal device, the second verification information and the third verification information to an in-vehicle device, wherein the in-vehicle device is configured to: receive the second key, verify the third verification information based on the second key, verify the second verification information based on a preset digital vehicle key and the second key, and if the verification succeeds, control a vehicle to start; and the digital vehicle key is obtained based on the first biometric information of the first user and the identifier information of the first terminal device. obtaining, by a second terminal device, second biometric information of a second user; generating, by the second terminal device, a second key based on the second biometric information and identifier information of the second terminal device; sending, by the second terminal device, the second key to a first terminal device of a first user; obtaining, by the second terminal device, authorization information from the first terminal device, wherein the authorization information is generated based on a first key and the second key, and the first key is generated based on first biometric information of the first user and identifier information of the first terminal device; generating, by the second terminal device, second verification information based on the authorization information, and generating third verification information based on the second key; and sending, by the second terminal device, the second verification information and the third verification information to an in-vehicle device, wherein the in-vehicle device is configured to: receive the second key, verify the third verification information based on the second key, verify the second verification information based on a preset digital vehicle key and the second key, and if the verification succeeds, control a vehicle to start; and the digital vehicle key is obtained based on the first biometric information of the first user and the identifier information of the first terminal device.
A plug-in unit comprising: - an electrical connector (106, 107) for connecting the plug-in unit to wirings of a body device when the plug-in unit is inserted in the body device, and characterized in that the plug-in unit further comprises: - a test signal generator (118, 218, 318) for supplying a test signal to first and second poles of the electrical connector, the frequency spectrum of the test signal belonging at least partly to a frequency band used in data transfer between the plug-in unit and the body device, and - a monitoring circuit (108, 208, 308) for generating an indicator signal indicative of a difference between a quantity responsive to the supplying the test signal and a reference of the quantity. - an electrical connector (106, 107) for connecting the plug-in unit to wirings of a body device when the plug-in unit is inserted in the body device, and - a test signal generator (118, 218, 318) for supplying a test signal to first and second poles of the electrical connector, the frequency spectrum of the test signal belonging at least partly to a frequency band used in data transfer between the plug-in unit and the body device, and - a monitoring circuit (108, 208, 308) for generating an indicator signal indicative of a difference between a quantity responsive to the supplying the test signal and a reference of the quantity.
A gear device for transmitting torque, at a predetermined reduction gear ratio, between a pair of partner members (50, 52) mutually coupled relatively and rotatably via a main bearing, wherein the gear device comprises: an outer cylinder which is fixed to one partner member (50, 52); a plurality of internal gear pins which are mounted along an axial direction of the outer cylinder on an inner peripheral face of the outer cylinder; a carrier which is housed inside the outer cylinder and is fixed to another partner member (50, 52); a crank shaft which is supported rotatably by the carrier; and an oscillating gear which is supported by the carrier so as to oscillate in conjunction with the rotation of the crank shaft, and which includes external teeth enabled to engage with the internal gear pins, and wherein a plurality of pin grooves extending in the axial direction of the outer cylinder are formed on the inner peripheral face of the outer cylinder, and the internal gear pins are fitted in the pin grooves, and the pin grooves are formed so that a length of the pin grooves is longer than a length of the internal gear pins, and the carrier is configured to regulate movement of the internal gear pins and the oscillating gear in the axial direction, characterized in that the carrier comprises a carrier body, and a pressing member which is disposed on an outer peripheral side face of the carrier body, and the pressing member includes a pressing surface which regulates movement of the internal gear pins and the oscillating gear in the axial direction by coming into contact with the internal gear pins and the oscillating gear. an outer cylinder which is fixed to one partner member (50, 52); a plurality of internal gear pins which are mounted along an axial direction of the outer cylinder on an inner peripheral face of the outer cylinder; a carrier which is housed inside the outer cylinder and is fixed to another partner member (50, 52); a crank shaft which is supported rotatably by the carrier; and an oscillating gear which is supported by the carrier so as to oscillate in conjunction with the rotation of the crank shaft, and which includes external teeth enabled to engage with the internal gear pins, and wherein a plurality of pin grooves extending in the axial direction of the outer cylinder are formed on the inner peripheral face of the outer cylinder, and the internal gear pins are fitted in the pin grooves, and the pin grooves are formed so that a length of the pin grooves is longer than a length of the internal gear pins, and the carrier is configured to regulate movement of the internal gear pins and the oscillating gear in the axial direction, characterized in that the carrier comprises a carrier body, and a pressing member which is disposed on an outer peripheral side face of the carrier body, and the pressing member includes a pressing surface which regulates movement of the internal gear pins and the oscillating gear in the axial direction by coming into contact with the internal gear pins and the oscillating gear.