mhurhangee/patent-ind-claim-en huggingface dataset:
Laundry treatment appliance comprising: a drum for housing a laundry load to be treated, a universal motor adapted to be powered by an electric voltage ( V MOTOR,A , V MOTOR,B ) for causing drum rotation, an operating condition detecting unit adapted to detect the occurrence of an operating condition of said appliance , and a power supply apparatus configured to power the universal motor in a first driving mode if a first operating condition is detected, and in a second driving mode if a second operating condition is detected, wherein in the first driving mode the voltage ( V MOTOR,A ) provided by said power supply apparatus to the universal motor has a first waveform, and in the second driving mode the voltage ( V MOTOR,B ) provided by said power supply apparatus to the universal motor has a second waveform different from said first waveform, said second operating condition is indicative of a critical condition potentially causing faults or malfunctioning to the appliance, in that said voltage ( V MOTOR,B ) provided by said power supply apparatus to the universal motor in the second driving mode is an alternating voltage having a direct component for increasing a starting torque of the universal motor , characterized in that said second waveform is a partialized version of said first waveform. a drum for housing a laundry load to be treated, a universal motor adapted to be powered by an electric voltage ( V MOTOR,A , V MOTOR,B ) for causing drum rotation, an operating condition detecting unit adapted to detect the occurrence of an operating condition of said appliance , and a power supply apparatus configured to power the universal motor in a first driving mode if a first operating condition is detected, and in a second driving mode if a second operating condition is detected, wherein in the first driving mode the voltage ( V MOTOR,A ) provided by said power supply apparatus to the universal motor has a first waveform, and in the second driving mode the voltage ( V MOTOR,B ) provided by said power supply apparatus to the universal motor has a second waveform different from said first waveform, said second operating condition is indicative of a critical condition potentially causing faults or malfunctioning to the appliance, in that said voltage ( V MOTOR,B ) provided by said power supply apparatus to the universal motor in the second driving mode is an alternating voltage having a direct component for increasing a starting torque of the universal motor ,
A cardiac patch for use in regenerative medicine and/or myocardium regeneration, characterized in that it comprises a three-dimensional terry fabric with a porous structure, made of biocompatible and/or biodegradable material, as the scaffold material.
A scooter type vehicle comprising: a front cover ; a headlight arranged on the front cover ; a handle rotatably arranged with respect to the front cover ; a handle cover located above the front cover , in regards to a vehicle up-down direction, and rotatable with the handle ; a screen attached to the handle cover , disposed in front of the handle cover , in regards to a vehicle forward-and-backward direction, and having a light-transmitting property; and a position light rotatable with the handle , wherein an upper end of the screen is located above an upper end of the handle cover , in regards to a vehicle up-down direction, the screen includes an opening , the position light is disposed in the opening , the position light includes a light source , a lens configured to transmit light from the light source , and an auxiliary cover disposed between the lens and the screen , the auxiliary cover being opaque, an outer surface of the lens is longer in a vehicle left-right direction than in the vehicle up-down direction. a front cover ; a headlight arranged on the front cover ; a handle rotatably arranged with respect to the front cover ; a handle cover located above the front cover , in regards to a vehicle up-down direction, and rotatable with the handle ; a screen attached to the handle cover , disposed in front of the handle cover , in regards to a vehicle forward-and-backward direction, and having a light-transmitting property; and a position light rotatable with the handle , wherein an upper end of the screen is located above an upper end of the handle cover , in regards to a vehicle up-down direction, the screen includes an opening , the position light is disposed in the opening , the position light includes a light source , a lens configured to transmit light from the light source , and an auxiliary cover disposed between the lens and the screen , the auxiliary cover being opaque, an outer surface of the lens is longer in a vehicle left-right direction than in the vehicle up-down direction. an upper end of the screen is located above an upper end of the handle cover , in regards to a vehicle up-down direction, the screen includes an opening , the position light is disposed in the opening , the position light includes a light source , a lens configured to transmit light from the light source , and an auxiliary cover disposed between the lens and the screen , the auxiliary cover being opaque, a light source , a lens configured to transmit light from the light source , and an auxiliary cover disposed between the lens and the screen , the auxiliary cover being opaque, an outer surface of the lens is longer in a vehicle left-right direction than in the vehicle up-down direction.
A method for displaying information on at least two touch screens , the method comprising: sensing a first touch-drag on a first touch screen ; sensing a second touch-drag on a second touch screen ; and displaying information corresponding to the first touch-drag on the first touch screen and information corresponding to the second touch-drag on the second touch screen , if the first touch-drag on the first touch screen and the second touch-drag on the second touch screen are simultaneously sensed ; wherein the information displayed on the first touch screen corresponds to an application included in a first group of applications, and the information displayed on the second touch screen corresponds to an application included in a second group of applications different to the first group of applications. sensing a first touch-drag on a first touch screen ; sensing a second touch-drag on a second touch screen ; and displaying information corresponding to the first touch-drag on the first touch screen and information corresponding to the second touch-drag on the second touch screen , if the first touch-drag on the first touch screen and the second touch-drag on the second touch screen are simultaneously sensed ; wherein the information displayed on the first touch screen corresponds to an application included in a first group of applications, and the information displayed on the second touch screen corresponds to an application included in a second group of applications different to the first group of applications.
A wound dressing material that supports cells in the wound area for the treatment of chronic wounds and that eliminates the risk of infection development in open wounds, characterized in that; it comprises graphene-based 2,3 dialdehyde bacterial cellulose compound.
A lead connector for an electrical stimulator system, the connector comprising: a base having a cable port positioned within a first sidewall and a lead port positioned within a second sidewall ; a cover , selectively attachable to the base , so as to define an internal cavity , the cover having a cable securing boss that is positioned proximate to the cable port when the cover is attached to the base; and a contact blade , held between the cover and the base when the cover is attached to the base, the contact blade having a flattened angled portion and an extension portion protruding into the internal cavity so as provide electrical contact between a cable inserted through the cable port and a lead inserted through the lead port. a base having a cable port positioned within a first sidewall and a lead port positioned within a second sidewall ; a cover , selectively attachable to the base , so as to define an internal cavity , the cover having a cable securing boss that is positioned proximate to the cable port when the cover is attached to the base; and a contact blade , held between the cover and the base when the cover is attached to the base, the contact blade having a flattened angled portion and an extension portion protruding into the internal cavity so as provide electrical contact between a cable inserted through the cable port and a lead inserted through the lead port.
A gasper for use in a passenger aircraft, the gasper comprising: an inlet configured to receive air; an outlet configured to output the air towards a passenger seat ; a body extending in length from the inlet to the outlet and being adjustable between at least three lengths ; and characterized by : a light source located on the outlet and configured to output light at least one of for reading or for injuring pathogens. an inlet configured to receive air; an outlet configured to output the air towards a passenger seat ; a body extending in length from the inlet to the outlet and being adjustable between at least three lengths ; and characterized by : a light source located on the outlet and configured to output light at least one of for reading or for injuring pathogens.
A method for firing a green honeycomb ceramic body, the method comprising: heating the green honeycomb ceramic body in a first stage from room temperature to a first temperature of 300°C ± 10°C; and heating the green honeycomb ceramic body in a second stage from the first temperature to a second temperature of greater than or equal to 800°C ± 10°C at a heating rate of greater than or equal to 90°C/hr ± 10%, wherein the heating rates in the first stage and the second stage are different, and wherein an oxygen concentration of an atmosphere present during heating of the green honeycomb ceramic body is controlled during firing such that the oxygen concentration of the atmosphere present during heating of the green honeycomb ceramic body in the first stage is from 5% to 8% and in the second stage is from 7% to 13%, wherein the green honeycomb ceramic body has a diameter of from greater than or equal to 101.6 mm ± 6.35 mm (4.0 inches ± 0.25 inches) to less than or equal to 228.6 mm ± 6.35 mm (9.0 inches ± 0.25 inches), and wherein the green honeycomb ceramic body comprises a carbon-based pore former in a concentration of from greater than or equal to 10% to less than or equal to 45% by weight. heating the green honeycomb ceramic body in a first stage from room temperature to a first temperature of 300°C ± 10°C; and heating the green honeycomb ceramic body in a second stage from the first temperature to a second temperature of greater than or equal to 800°C ± 10°C at a heating rate of greater than or equal to 90°C/hr ± 10%, wherein the heating rates in the first stage and the second stage are different, and wherein an oxygen concentration of an atmosphere present during heating of the green honeycomb ceramic body is controlled during firing such that the oxygen concentration of the atmosphere present during heating of the green honeycomb ceramic body in the first stage is from 5% to 8% and in the second stage is from 7% to 13%, wherein the green honeycomb ceramic body has a diameter of from greater than or equal to 101.6 mm ± 6.35 mm (4.0 inches ± 0.25 inches) to less than or equal to 228.6 mm ± 6.35 mm (9.0 inches ± 0.25 inches), and wherein the green honeycomb ceramic body comprises a carbon-based pore former in a concentration of from greater than or equal to 10% to less than or equal to 45% by weight.
A device for damping movements of structural and non structural elements in civil engineering structures, the device comprising: - two side plates , - a first piece of a visco-elastic material in a joint for visco-elastic damping of relative movement between the side plates , - a first piece of a friction material arranged in contact with the visco-elastic material , - clamping means for clamping the plates together, so as to provide a clamping force applying a compressive force against the visco-elastic material , and - means for connecting each of the two side plates to respective ones of the structural elements , characterised in that - the device further comprises a central plate , a second piece of a visco-elastic material , a second piece of a friction material , and means for connecting the central plate to a respective one of the structural elements , wherein - the two side plates are arranged symmetrically around the central plate , - each piece of the two pieces of a visco-elastic material is arranged between a respective one of the side plates and the central plate in said joint for visco-elastic damping of relative movement between the side plates and the central plate , - each piece of the two pieces of friction material is arranged between and in contact with a respective one of the plates and the visco-elastic material for a combined frictional and visco-elastic damping of relative movement between the two side plates and the central plate , and - each end of each of the two pieces of a visco-elastic material is fixed and non-slidable attached to an adjacent plate or to a piece of a friction material in said joint. - two side plates , - a first piece of a visco-elastic material in a joint for visco-elastic damping of relative movement between the side plates , - a first piece of a friction material arranged in contact with the visco-elastic material , - clamping means for clamping the plates together, so as to provide a clamping force applying a compressive force against the visco-elastic material , and - means for connecting each of the two side plates to respective ones of the structural elements , characterised in that - the device further comprises a central plate , a second piece of a visco-elastic material , a second piece of a friction material , and means for connecting the central plate to a respective one of the structural elements , wherein - the two side plates are arranged symmetrically around the central plate , - each piece of the two pieces of a visco-elastic material is arranged between a respective one of the side plates and the central plate in said joint for visco-elastic damping of relative movement between the side plates and the central plate , - each piece of the two pieces of friction material is arranged between and in contact with a respective one of the plates and the visco-elastic material for a combined frictional and visco-elastic damping of relative movement between the two side plates and the central plate , and - each end of each of the two pieces of a visco-elastic material is fixed and non-slidable attached to an adjacent plate or to a piece of a friction material in said joint.
Cooling plate for a linear motor, said cooling plate having a planar housing (G) for thermally coupling to a face to be cooled having a cooled face (F), wherein first and second chambers (K1, K2) which extend parallel with the cooled face (F) and are separated by a membrane (M) are disposed in the housing (G), wherein the housing (G) comprises two half-shells (G1, G2) and the membrane (M) which is disposed between the half-shells (G1, G2) and connected to both half-shells (G1, G2), and wherein the first chamber (K1) facing away from the cooled face (F) is connected to a coolant inlet (E), and the second chamber (K2) delimited by the cooled face (F) is connected to a coolant outlet (A), characterized in that the membrane (M) has a multiplicity of nozzles (D), and in that the nozzles (D) are conceived for generating coolant jets which by means of a turbulent flow cool the cooled face (F) .
Stadium for sports and cultural events comprising at least one ascending (spectator) stand , comprising vertical supports , horizontal radial beams , horizontal tangential beams and a plurality of radially arranged inclined beams , wherein a plurality of rows of seating are arranged between two inclined beams , characterised in that the stand is designed as a screwed steel framework, that one or more ISO containers , usually also referred to as overseas containers , are arranged in the spaces limited by the supports , the radial beams and the tangential beams , and that all individual parts or assemblies, in particular vertical supports , radial beams , tangential beams and inclined beams , seating , floor elements , technical modules and stairs are designed in such a way that they fit into such an ISO container or are accommodated in such an ISO container.
Lead alloy, consisting of: 0.003 wt. % - 0.006 wt. % La 0.06 wt. % - 0.07 wt. % Ca 1.55 wt. % -1.58 wt. % Sn 0.011 wt. % - 0,013 wt. % Ag 0.0 wt. % - 0.03 wt. % Bi 0.0 wt. % - 0.012 wt. % Al rest Pb; wherein the sum of all weight percentages of the alloy components in the lead alloy is 100% by weight.
Method for biometric authentication of a user through a biometric authentication system comprising a medium and a reading and communication device adapted to communicate with the medium, the medium comprising an electronic calculation device and a storage device in which a biometric datum of the user is stored, the reading and communication device comprising a biometric sensor and a media reader connected to each other, said method comprising the following steps: - detecting a biometric datum of the user through a biometric sensor; - sending the biometric datum, detected by the biometric sensor, through the media reader to the medium without performing any storage of the biometric datum in the reading and communication device, which transmits the raw data detected by the biometric sensor directly through the media reader to the medium, wherein the reading and communication device comprises a volatile service memory which is automatically erased after each reading and communication operation; - comparing the detected biometric datum, through the electronic calculation device, with the biometric datum stored in the storage device, after a transformation, performed internally by the medium, of the detected biometric datum into a mathematical template; - in the case of matching between the biometric datum stored in the storage device and the biometric datum detected by the sensor, sending a positive response through the medium to the reading and communication device, or in the case of mismatch between the biometric datum stored in the storage device and the biometric datum detected by the sensor, sending a negative response through the medium to the reading and communication device; - in the case of a positive response, considering the user as correctly authenticated. - detecting a biometric datum of the user through a biometric sensor; - sending the biometric datum, detected by the biometric sensor, through the media reader to the medium without performing any storage of the biometric datum in the reading and communication device, which transmits the raw data detected by the biometric sensor directly through the media reader to the medium, wherein the reading and communication device comprises a volatile service memory which is automatically erased after each reading and communication operation; - comparing the detected biometric datum, through the electronic calculation device, with the biometric datum stored in the storage device, after a transformation, performed internally by the medium, of the detected biometric datum into a mathematical template; - in the case of matching between the biometric datum stored in the storage device and the biometric datum detected by the sensor, sending a positive response through the medium to the reading and communication device, or in the case of mismatch between the biometric datum stored in the storage device and the biometric datum detected by the sensor, sending a negative response through the medium to the reading and communication device; - in the case of a positive response, considering the user as correctly authenticated.
A device, comprising; a substrate ; a plurality of OLED circuit elements disposed on the substrate, wherein each of the OLED circuit elements comprises one and only one pixel , and wherein each of the OLED circuit elements includes a fuse; wherein the fuse is adapted to open an electrical connection in response to excess current in the pixel; wherein each pixel further comprises: a first patterned electrode ; a second electrode ; and an organic electroluminescent, EL, material disposed between the first and the second electrodes; wherein each of the plurality of OLED circuit elements is not electrically connected in series with any other of the OLED circuit elements; wherein the second electrode is disposed over the substrate, the organic EL material is disposed over the second electrode, and the first electrode is disposed over the organic EL material; wherein a plurality of segmented bus lines disposed over the first electrode electrically connect the patterned first electrode of each of the plurality of OLED circuit elements together; wherein the first electrode of each pixel of the plurality of OLED circuit elements is a fuse, wherein the fuse has a thickness such that, in response to an excess current, the first electrode opens the electrical connection to the OLED circuit elements, wherein the excess current is an amount of current that is greater than the maximum current flowing through the fuse during normal operation; and wherein the second electrode is a common electrode. a first patterned electrode ; a second electrode ; and an organic electroluminescent, EL, material disposed between the first and the second electrodes; wherein each of the plurality of OLED circuit elements is not electrically connected in series with any other of the OLED circuit elements; wherein the second electrode is disposed over the substrate, the organic EL material is disposed over the second electrode, and the first electrode is disposed over the organic EL material; wherein a plurality of segmented bus lines disposed over the first electrode electrically connect the patterned first electrode of each of the plurality of OLED circuit elements together; wherein the first electrode of each pixel of the plurality of OLED circuit elements is a fuse, wherein the fuse has a thickness such that, in response to an excess current, the first electrode opens the electrical connection to the OLED circuit elements, wherein the excess current is an amount of current that is greater than the maximum current flowing through the fuse during normal operation; and wherein the second electrode is a common electrode.