mhurhangee/ep-ind-claims huggingface dataset:
A cooker comprising a burner that has a burner plate; a nozzle that provides injection of gas from the lower side of the burner plate; a burner head seated on the burner plate; more than one air inlet arranged between the burner plate and the burner head and that provides air intake; a burner cap seated on the burner head; more than one outlet arranged between the burner head and the burner cap and a Venturi channel that is arranged at the center of the burner head, that extends in the vertical direction from the nozzle towards the burner cap, that enables air to be sucked from the air inlets by creating negative pressure and that forms a flow path for the air - gas mixture entering from the air inlet and the nozzle and exiting from the outlets, characterized by the Venturi channel comprising a Venturi throat that has a smaller Venturi channel cross-sectional area than the peripheral air - gas outlet area remaining between the burner cap and the Venturi channel.
A network telephony system adapted to provide unified messaging services comprising: a data network, at least two user agents (102, 104) operatively coupled to the data network; a signalling server operatively coupled to the data network; a messaging server operatively coupled to the data network and responsive to the signalling server; a media server operatively coupled to the network, the media server including computer data storage media for storing message files, the media server being responsive to the messaging server and, on occurrence of a message condition indicating that a call incoming from a calling user agent can not be accepted according to a preference or availability of the called user agent, the media server being directly accessible to the calling user agent to exchange a message file.
A magnetic stimulation device, comprising: an inductor for generating a pulsed magnetic field; a power source for providing power; and a semiconductor switching device that operatively couples the inductor and the power source, wherein the semiconductor switching device directs power from the power source to the inductor to generate the magnetic field; characterised in that the power source comprises a power supply and a battery, wherein the power source is configured such that a combined power of the power supply and the battery is utilized to generate the magnetic field, and wherein the power supply is configured to recharge the battery in between pulses of the magnetic field. an inductor for generating a pulsed magnetic field; a power source for providing power; and a semiconductor switching device that operatively couples the inductor and the power source, wherein the semiconductor switching device directs power from the power source to the inductor to generate the magnetic field; characterised in that the power source comprises a power supply and a battery, wherein the power source is configured such that a combined power of the power supply and the battery is utilized to generate the magnetic field, and wherein the power supply is configured to recharge the battery in between pulses of the magnetic field.
A method comprising: determining an initial valid path for guiding a robot from a starting position to an ending position; dividing the initial valid path into a plurality of individual segments of the initial valid path; and fitting a separate Sigmoid curve respectively to each of the plurality of individual segments of the initial valid path based on parameters of at least one of smoothness and security to produce a piecewise Sigmoid curve path, wherein the determining the initial valid path includes applying one of an A* algorithm and a Dijkstra algorithm between the starting position and the ending position. determining an initial valid path for guiding a robot from a starting position to an ending position; dividing the initial valid path into a plurality of individual segments of the initial valid path; and fitting a separate Sigmoid curve respectively to each of the plurality of individual segments of the initial valid path based on parameters of at least one of smoothness and security to produce a piecewise Sigmoid curve path,
A process for the production of olefins from at least one of an alcohol and an ether, the process comprising: preparing a hydrofluoric acid-treated amorphous synthetic alumina-silica catalyst by a process comprising: contacting an amorphous synthetic alumina-silica with a dilute hydrofluoric acid solution; separating the dilute hydrofluoric acid solution from the catalyst; and washing the catalyst to remove excess hydrofluoric acid; and contacting at least one of an alcohol and an ether with the hydrofluoric acid-treated amorphous synthetic alumina-silica catalyst under decomposition conditions to produce an olefin, wherein the process for the production of olefins further comprises feeding a compound for the selective poisoning of the hydrofluoric acid-treated amorphous synthetic alumina-silica catalyst, wherein the contacting further comprises reacting an acid site on the hydrofluoric acid-treated amorphous synthetic alumina-silica catalyst with the selective poisoning compound. preparing a hydrofluoric acid-treated amorphous synthetic alumina-silica catalyst by a process comprising: contacting an amorphous synthetic alumina-silica with a dilute hydrofluoric acid solution; separating the dilute hydrofluoric acid solution from the catalyst; and washing the catalyst to remove excess hydrofluoric acid; and contacting an amorphous synthetic alumina-silica with a dilute hydrofluoric acid solution; separating the dilute hydrofluoric acid solution from the catalyst; and washing the catalyst to remove excess hydrofluoric acid; and contacting at least one of an alcohol and an ether with the hydrofluoric acid-treated amorphous synthetic alumina-silica catalyst under decomposition conditions to produce an olefin, wherein the process for the production of olefins further comprises feeding a compound for the selective poisoning of the hydrofluoric acid-treated amorphous synthetic alumina-silica catalyst, wherein the contacting further comprises reacting an acid site on the hydrofluoric acid-treated amorphous synthetic alumina-silica catalyst with the selective poisoning compound.
Care composition, in particular for hot water high pressure cleaners, wherein the care composition comprises: 2.5 to 20 % by weight of an alkali silicate, 2 to 20 % by weight of a chalk binding component in the form of organic phosphonic acid compounds, optionally mixed with a further component selected from polyacrylic acids and derivatives thereof and/or copolymers of maleic acid and acrylic acid and derivatives thereof, 2 to 20 % by weight of an alkali phosphate, and demineralised water. 2.5 to 20 % by weight of an alkali silicate, 2 to 20 % by weight of a chalk binding component in the form of organic phosphonic acid compounds, optionally mixed with a further component selected from polyacrylic acids and derivatives thereof and/or copolymers of maleic acid and acrylic acid and derivatives thereof, 2 to 20 % by weight of an alkali phosphate,
A reversible thermosensitive recording medium comprising: a support; a reversible thermosensitive recording layer on the support; and a protective layer on the reversible thermosensitive recording layer, wherein the reversible thermosensitive recording layer contains an electron-donating color-forming compound and an electron-accepting compound, wherein the protective layer contains a polyester acrylate resin, and wherein the protective layer has a glass transition temperature of 230°C or higher and has an elongation of 10% or higher, characterized in that the protective layer contains spherical particles, and the spherical particles are spherical silicone particles. a support; a reversible thermosensitive recording layer on the support; and a protective layer on the reversible thermosensitive recording layer, wherein the reversible thermosensitive recording layer contains an electron-donating color-forming compound and an electron-accepting compound, wherein the protective layer contains a polyester acrylate resin, and wherein the protective layer has a glass transition temperature of 230°C or higher and has an elongation of 10% or higher, characterized in that the protective layer contains spherical particles, and the spherical particles are spherical silicone particles.
A thermoplastic resin composition comprising: a polycarbonate resin; a large-diameter rubber polymer having an average particle diameter of about 500 nm to about 3,000 nm, defined and measured as indicated in the specification; an aromatic vinyl copolymer resin; a core-shell graft copolymer; and a phosphorus flame retardant, wherein the core-shell graft copolymer is obtained through graft polymerization of an epoxy group-containing acrylate monomer for a shell to a core formed of a silicone-based rubber polymer having an average particle diameter of about 100 nm to about 300 nm, defined and measured as indicated in the specification; a polycarbonate resin; a large-diameter rubber polymer having an average particle diameter of about 500 nm to about 3,000 nm, defined and measured as indicated in the specification; an aromatic vinyl copolymer resin; a core-shell graft copolymer; and a phosphorus flame retardant, wherein the core-shell graft copolymer is obtained through graft polymerization of an epoxy group-containing acrylate monomer for a shell to a core formed of a silicone-based rubber polymer having an average particle diameter of about 100 nm to about 300 nm, defined and measured as indicated in the specification;
An adjustable seal system for providing an interface between a residual limb and a prosthetic socket, the adjustable seal system comprising: a seal component arranged for removably securing to an outer surface of a prosthetic liner, the seal component including: a body having open upper and lower ends and an inner surface defining an opening therethrough, and an outer surface opposite the inner surface; a socket sealing portion on the outer surface of the body is arranged to engage and form an airtight seal with an interior surface of the prosthetic socket; and a liner sealing portion on the inner surface of the body is arranged to frictionally engage and seal with the outer surface of the prosthetic liner, the liner sealing portion defining a sealing length extending in a proximal direction from an end of the socket sealing portion and terminating at a proximal edge on the body, characterised in that the sealing length of the liner sealing portion is between about 25 mm and about 35 mm and selected in relation to the socket sealing portion to vary tractions at the inner and outer surfaces (103, 105) of the body of the seal component. a seal component arranged for removably securing to an outer surface of a prosthetic liner, the seal component including: a body having open upper and lower ends and an inner surface defining an opening therethrough, and an outer surface opposite the inner surface; a socket sealing portion on the outer surface of the body is arranged to engage and form an airtight seal with an interior surface of the prosthetic socket; and a liner sealing portion on the inner surface of the body is arranged to frictionally engage and seal with the outer surface of the prosthetic liner, the liner sealing portion defining a sealing length extending in a proximal direction from an end of the socket sealing portion and terminating at a proximal edge on the body, characterised in that the sealing length of the liner sealing portion is between about 25 mm and about 35 mm and selected in relation to the socket sealing portion to vary tractions at the inner and outer surfaces (103, 105) of the body of the seal component. a body having open upper and lower ends and an inner surface defining an opening therethrough, and an outer surface opposite the inner surface; a socket sealing portion on the outer surface of the body is arranged to engage and form an airtight seal with an interior surface of the prosthetic socket; and a liner sealing portion on the inner surface of the body is arranged to frictionally engage and seal with the outer surface of the prosthetic liner, the liner sealing portion defining a sealing length extending in a proximal direction from an end of the socket sealing portion and terminating at a proximal edge on the body, characterised in that the sealing length of the liner sealing portion is between about 25 mm and about 35 mm and selected in relation to the socket sealing portion to vary tractions at the inner and outer surfaces (103, 105) of the body of the seal component.
A cosmetics receptacle (100, 100a, 100b) for a liquid or pasty cosmetic or the like, comprising a reservoir (122, 170a, 170b) for the cosmetic and comprising an applicator (135, 185a, 185b) for applying the cosmetic to the skin and/or the hair, wherein the applicator (135, 185a, 185b) is pivotably supported on the cosmetics receptacle and able to be pivoted between a rest position within the reservoir (122, 170a, 170b) and at least one usage position outside of the reservoir (122, 170a, 170b) by means of pivoting about a pivoting axis, characterized in that the applicator (135, 185a, 185b) is pivotable in such a manner that it remains on the cosmetics receptacle even in the usage position and the cosmetics receptacle comprises a housing part and an operating handle pivotably supported thereon, wherein the applicator (135, 185a, 185b) is fixedly arranged on the pivotable operating handle and follows its pivoting movement without limitation.
Ventilator for installation on a vehicle comprising: - a covering which is attachable to the vehicle, which covering encloses a first air chamber and a second air chamber, - a supply opening which is in contact with the first air chamber for supplying air from the first air chamber to a space of the vehicle to be ventilated, - a discharge opening which is in contact with the second air chamber for discharging air to the second air chamber from the space to be ventilated, - an air inlet connected to the first air chamber, arranged in a front side of the covering which is to be turned in a direction of travel of the vehicle, for supplying outside air to the first air chamber, and - an air outlet connected to the second air chamber, arranged in a rear side of the covering which is to be turned away from the direction of travel of the vehicle, for discharging air from the second air chamber to the outside air, in which the covering is provided with at least one air passage which is connected to the second air chamber for passing an air flow from an outer side of the covering into the second air chamber via an inlet opening, characterized in that the inlet opening of the at least one air passage faces the front side of the covering. - a covering which is attachable to the vehicle, which covering encloses a first air chamber and a second air chamber, - a supply opening which is in contact with the first air chamber for supplying air from the first air chamber to a space of the vehicle to be ventilated, - a discharge opening which is in contact with the second air chamber for discharging air to the second air chamber from the space to be ventilated, - an air inlet connected to the first air chamber, arranged in a front side of the covering which is to be turned in a direction of travel of the vehicle, for supplying outside air to the first air chamber, and - an air outlet connected to the second air chamber, arranged in a rear side of the covering which is to be turned away from the direction of travel of the vehicle, for discharging air from the second air chamber to the outside air,
A pack comprising a group of tobacco industry products wrapped in a laminate to form a bundle, a base containing the bundle, and a lid mounted to the base for rotation between open and closed positions, the laminate comprising an outer layer having a first cut that defines an outer layer region bounded by said first cut and, an inner layer having a second cut comprising a bottom edge and side edges that define an inner layer region bounded by said second cut, the inner layer region lying within the outer layer region, wherein the laminate further comprises a permanent adhesive region between the inner layer and the outer layer in said inner layer region, characterised in that a part of the outer layer region is attached to an inside surface of the lid such that, as the lid is rotated into its open position, the inner and outer layer regions (12, 8) are lifted causing the inner and outer layers (4, 3) to delaminate in a peripheral region between the first and second cuts (5, 6) and an opening to be created in the laminate, wherein the laminate further comprises a pressure-sensitive adhesive between the inner layer and the outer layer such that said peripheral region re-adheres when the lid is rotated into its closed position, and the permanent adhesive region is offset from the bottom and side edges (13,14) of the second cut.
A device for detecting movement, that is due to wind, comprising a sensor supplying a first signal at the time of detection and processing means (21, 22, 23, 25) for converting the first detected signal into a control signal, characterized in that the first signal supplied by the sensor is used as a wake-up for the processing means (21, 22, 23, 25) and in that said processing means comprises at least a wake-up circuit, a circuit for shaping the detected signal, an analysis and control circuit connected to said shaping circuit and power supply means, the detected signal being supplied to said circuit and to said shaping circuit.
An imaging system comprising: at least one radiation detector configured to detect radiation from a subject, receive the radiation and generate measured data; and an image processor configured to iteratively reconstruct the detected radiation into image representations, wherein in each reconstruction iteration the image processor is configured to apply noise reduction algorithms to at least a variance between the measured data and a portion of a previous iteration image representation; wherein the measured data includes projection data and the image processor includes: a forward projector configured to forward project the previous iteration image representation from an image memory, in which the iteration image representation is iteratively reconstructed; a comparator configured to compare the processed forward projected iteration image representation with the processed measured projection data and, based on the comparison, to determine variance data; a back projector configured to back project the variance data into reconstructed variance data; and a data updater, configured to update the previous iteration image representation with the reconstructed variance data into reconstructed image data; wherein the image processor further includes: a fourth data manipulator, configured to process the reconstructed variance data with a noise reduction algorithm. at least one radiation detector configured to detect radiation from a subject, receive the radiation and generate measured data; and an image processor configured to iteratively reconstruct the detected radiation into image representations, wherein in each reconstruction iteration the image processor is configured to apply noise reduction algorithms to at least a variance between the measured data and a portion of a previous iteration image representation; wherein the measured data includes projection data and the image processor includes: a forward projector configured to forward project the previous iteration image representation from an image memory, in which the iteration image representation is iteratively reconstructed; a comparator configured to compare the processed forward projected iteration image representation with the processed measured projection data and, based on the comparison, to determine variance data; a back projector configured to back project the variance data into reconstructed variance data; and a data updater, configured to update the previous iteration image representation with the reconstructed variance data into reconstructed image data;
A method for manufacturing a Coriolis-force-based flow sensing device, comprising the step of: - forming, on an insulating layer of substrate, at least one driving electrode (6b; 6c); and characterised by the steps of: - forming, on the driving electrode (6b; 6c), a first sacrificial region; - forming, on the first sacrificial region, a first structural portion (26, 30) having a second sacrificial region buried therein, wherein a portion of the second sacrificial region at least partially overlaps the driving electrode (6b; 6c); - forming, through part of the first structural portion (26, 30), at least one aperture, reaching the second sacrificial region; - forming, within said aperture, a porous layer having pores dimensioned to allow passage of an etchant configured to selectively remove said second sacrificial region; - selectively removing, through said pores of the porous layer, the second sacrificial region using said etchant, thus forming a buried channel; - forming, on the porous layer, a second structural portion that forms with the first structural portion (26, 30) a structural body; - forming, through said structural body, laterally to the buried channel, a passing hole reaching said first sacrificial region; - selectively removing the first sacrificial region through said passing hole, thus suspending a region of the structural body on said driving electrode (6b; 6c). - forming, on an insulating layer of substrate, at least one driving electrode (6b; 6c); and characterised by the steps of: - forming, on the driving electrode (6b; 6c), a first sacrificial region; - forming, on the first sacrificial region, a first structural portion (26, 30) having a second sacrificial region buried therein, wherein a portion of the second sacrificial region at least partially overlaps the driving electrode (6b; 6c); - forming, through part of the first structural portion (26, 30), at least one aperture, reaching the second sacrificial region; - forming, within said aperture, a porous layer having pores dimensioned to allow passage of an etchant configured to selectively remove said second sacrificial region; - selectively removing, through said pores of the porous layer, the second sacrificial region using said etchant, thus forming a buried channel; - forming, on the porous layer, a second structural portion that forms with the first structural portion (26, 30) a structural body; - forming, through said structural body, laterally to the buried channel, a passing hole reaching said first sacrificial region; - selectively removing the first sacrificial region through said passing hole, thus suspending a region of the structural body on said driving electrode (6b; 6c).
Method for the sustainable and energy-saving production of a recyclable packaging which consist of a plastic container provided with a label, the label containing a printed polyolefin- or PET-film which is adhesively bonded to the container and wherein the materials of the aforesaid parts are being selected such that either a label made of PET is adhesively bonded to a container made of polyolefin, or a label made of polyolefin is adhesively bonded to a PET container, so that the flakes with adhering label parts produced after shredding of the container provided with a label are separated from adhering label parts in a warm washing solution at a Temperature of ≥ 50°C and the floating parts consisting of pure polyolefin and the parts of PET which sink owing to the material can be separated from each other and fed to a recycling stage, characterized in that first the polyolefin- or PET-film is printed on the front and/or reverse and that the waste material produced before and during the printing is removed as recycling material and reused, subsequently the printed polyolefin- or PET-film is laminated on a siliconized carrier and the compound consisting of this carrier and the film is fed to the container for labelling.