mhurhangee/patent-ind-claim-en huggingface dataset:
A motor comprising: a stator ; a rotor disposed in the stator ; a shaft coupled to the rotor ; and a bus bar disposed on the stator , wherein the bus bar includes terminals connected to a coil of the stator , and a body configured to insulate the terminals , the terminals include a first terminal and a second terminal whose circuits are separated, characterized by the fact that the body includes a first body , a second body , and bridge portions configured to connect the first body and the second body which are separated, the first terminal is disposed on the first body , and the second terminal is disposed on the second body . a stator ; a rotor disposed in the stator ; a shaft coupled to the rotor ; and a bus bar disposed on the stator , wherein the bus bar includes terminals connected to a coil of the stator , and a body configured to insulate the terminals , the terminals include a first terminal and a second terminal whose circuits are separated, characterized by the fact that the body includes a first body , a second body , and bridge portions configured to connect the first body and the second body which are separated, the first terminal is disposed on the first body , and the second terminal is disposed on the second body .
A body side panel comprising: a metal panel ; and plastics that are integrally-molded on the metal panel , wherein the plastics have a plurality of straight ribs that are formed from an end edge portion of the metal panel on an outer circumferential side of the metal panel along a surface of the metal panel the body side panel being characterised by a joint rib that joints the plurality of straight ribs so as to intersect with the plurality of straight ribs , wherein the plurality of straight ribs are formed radially from the end edge portion of the metal panel , and the joint rib has a curved shape that is concave toward a side of the end edge portion of the metal panel . a metal panel ; and plastics that are integrally-molded on the metal panel , wherein the plastics have a plurality of straight ribs that are formed from an end edge portion of the metal panel on an outer circumferential side of the metal panel along a surface of the metal panel the body side panel being characterised by a joint rib that joints the plurality of straight ribs so as to intersect with the plurality of straight ribs , wherein the plurality of straight ribs are formed radially from the end edge portion of the metal panel , and the joint rib has a curved shape that is concave toward a side of the end edge portion of the metal panel .
An assembly for the tricuspid orifice of a human heart, comprising: - an external frame connected to - an internal stent having a cylindrical shape and carrying - a tricuspid valve bioprosthesis having a cylindrical shape and - a sealing skirt , wherein - the external frame is configured to hold its position in the native tricuspid annulus; - the internal stent is connected to the external frame by one or more fixing strands; and - the sealing skirt covers the interstitial space existing between the external frame and the internal stent ; and wherein the sealing skirt is configured to obstruct the contact space between the external frame and the site of the native tissue in the region of the native tricuspid annulus, characterized in that the external frame comprises three zones of different diameters defining an interstitial space between the frame and the stent , wherein the zones are comprised of two outward convex zones that are separated by a zone having a diameter smaller than the convex zones. - an external frame connected to - an internal stent having a cylindrical shape and carrying - a tricuspid valve bioprosthesis having a cylindrical shape and - a sealing skirt , - the external frame is configured to hold its position in the native tricuspid annulus; - the internal stent is connected to the external frame by one or more fixing strands; and - the sealing skirt covers the interstitial space existing between the external frame and the internal stent ; and
An image forming apparatus adapted to print either in a first operation mode, in which printing is carried out with decolorable toner, or in a second operation mode, in which printing is carried out with non-decolorable toner, comprising: a storage section configured to store a preset identification image identifying the first operation mode; a reading section configured to read an image on a first sheet to generate first image data; an image processing section configured to detect from the first image data an identification image matching the preset identification image indicating that printing on the first sheet has been carried out in the first operation mode, to determine position and orientation of the detected identification image and to erase the detected identification image from the first image data thereby synthesizing and outputting second image data to be printed either in the first operation mode or in the second operation mode; and a printing section configured to print the second image data synthesized and output from the image processing section on a second sheet different from the first sheet either in the first operation mode or in the second operation mode, wherein, in a case in which printing has to be carried out in the first operation mode, the image processing section is configured to synthesize the preset identification image, which matches the detected identification image, to a predetermined area of the second image data according to the determined position and orientation thereby generating new second image data. a storage section configured to store a preset identification image identifying the first operation mode; a reading section configured to read an image on a first sheet to generate first image data; an image processing section configured to detect from the first image data an identification image matching the preset identification image indicating that printing on the first sheet has been carried out in the first operation mode, to determine position and orientation of the detected identification image and to erase the detected identification image from the first image data thereby synthesizing and outputting second image data to be printed either in the first operation mode or in the second operation mode; and a printing section configured to print the second image data synthesized and output from the image processing section on a second sheet different from the first sheet either in the first operation mode or in the second operation mode, wherein, in a case in which printing has to be carried out in the first operation mode, the image processing section is configured to synthesize the preset identification image, which matches the detected identification image, to a predetermined area of the second image data according to the determined position and orientation thereby generating new second image data.
A communications device , comprising: a bio-antenna conducting surface configured to receive a set of bio-antenna modulated broadcast signals; wherein the conducting surface is configured to receive the set of bio-antenna modulated broadcast signals through a capacitively coupling; a broadcast receiver coupled to the conducting surface; a coil and a near field communication circuit , wherein the coil couples the near field communication circuit to the conducting surface; wherein the conducting surface is configured to: pass the broadcast signals to the broadcast receiver; and transmit and receive near field communication signals. a bio-antenna conducting surface configured to receive a set of bio-antenna modulated broadcast signals; wherein the conducting surface is configured to receive the set of bio-antenna modulated broadcast signals through a capacitively coupling; a broadcast receiver coupled to the conducting surface; a coil and a near field communication circuit , wherein the coil couples the near field communication circuit to the conducting surface; wherein the conducting surface is configured to: pass the broadcast signals to the broadcast receiver; and transmit and receive near field communication signals. pass the broadcast signals to the broadcast receiver; and transmit and receive near field communication signals.
A polymerizable composition, which comprises: one or more types of a polythiol compound; one or more types of a polyisocyanate compound; one or more types of a first ultraviolet absorber having a primary absorption wavelength (λ 1 ) in a wavelength range of 320 nm to 350 nm; and one or more types of a second ultraviolet absorber having a primary absorption wavelength (λ 1' ) in a wavelength range of 250 nm to 300 nm, wherein the first ultraviolet absorber further has a primary absorption wavelength (λ 2 ) in a wavelength range of 290 nm to less than 320 nm, and the second ultraviolet absorber further has a primary absorption wavelength (λ 2' ) in a wavelength range of 320 nm to 350 nm. one or more types of a polythiol compound; one or more types of a polyisocyanate compound; one or more types of a first ultraviolet absorber having a primary absorption wavelength (λ 1 ) in a wavelength range of 320 nm to 350 nm; and one or more types of a second ultraviolet absorber having a primary absorption wavelength (λ 1' ) in a wavelength range of 250 nm to 300 nm, wherein the first ultraviolet absorber further has a primary absorption wavelength (λ 2 ) in a wavelength range of 290 nm to less than 320 nm, and the second ultraviolet absorber further has a primary absorption wavelength (λ 2' ) in a wavelength range of 320 nm to 350 nm.
A method for selectively purifying an aerosol comprising the following steps: - sucking the aerosol through a, preferably cylindrical, conduit from its inlet orifice ; - charging the finest particles, downstream of the inlet orifice, by unipolar ion diffusion in a space between an electrode in the form of a gate surrounding an electrode in the form of a wire , and a first conductive portion of the internal wall of the conduit; - generating an electric field without a corona effect in the space between an electrode and a second conductive portion of the internal wall of the conduit, in order to collect the finest particles charged by the diffusion charger by deposition onto a first collection substrate (Zn); - generating an electric field with a corona effect in the space between the wire or the point of an electrode and a third conductive portion of the internal wall of the conduit, in order to collect the biggest particles not charged by the diffusion charger by deposition onto a second collection substrate (Zm) distinct from the first collection substrate; - extracting purified air from the outlet orifice of the conduit. - sucking the aerosol through a, preferably cylindrical, conduit from its inlet orifice ; - charging the finest particles, downstream of the inlet orifice, by unipolar ion diffusion in a space between an electrode in the form of a gate surrounding an electrode in the form of a wire , and a first conductive portion of the internal wall of the conduit; - generating an electric field without a corona effect in the space between an electrode and a second conductive portion of the internal wall of the conduit, in order to collect the finest particles charged by the diffusion charger by deposition onto a first collection substrate (Zn); - generating an electric field with a corona effect in the space between the wire or the point of an electrode and a third conductive portion of the internal wall of the conduit, in order to collect the biggest particles not charged by the diffusion charger by deposition onto a second collection substrate (Zm) distinct from the first collection substrate; - extracting purified air from the outlet orifice of the conduit.
A display apparatus comprising: a substrate ; a conductive layer disposed on the substrate ; and a first insulating pattern disposed on the conductive layer , wherein the first insulating pattern comprises a fluorine compound, wherein concentration of the fluorine compound is reduced from a first surface of the first insulating pattern to a second surface of the first insulating pattern , wherein the first surface faces the second surface and the second surface is in contact with the conductive layer , a pixel electrode disposed on the first insulating pattern and electrically connected to the conductive layer , wherein the first insulating pattern includes an opening exposing a portion of the conductive layer , and the pixel electrode contacts the conductive layer through the opening. a substrate ; a conductive layer disposed on the substrate ; and a first insulating pattern disposed on the conductive layer , wherein the first insulating pattern comprises a fluorine compound, wherein concentration of the fluorine compound is reduced from a first surface of the first insulating pattern to a second surface of the first insulating pattern , wherein the first surface faces the second surface and the second surface is in contact with the conductive layer , a pixel electrode disposed on the first insulating pattern and electrically connected to the conductive layer , wherein the first insulating pattern includes an opening exposing a portion of the conductive layer , and the pixel electrode contacts the conductive layer through the opening.
Radiation-selective absorber coating for absorber tubes of parabolic trough collectors , which is applied to the outside of a tube composed of steel, a) having a layer which reflects in the infrared range and is composed of silver, b) having a first barrier layer composed of a thermally produced oxide, which has been applied to the tube composed of steel and is produced by thermal oxidation of the tube composed of steel, c) having a second barrier layer which is arranged above the first barrier layer and under the reflecting layer , d) having at least one absorption layer arranged above the reflective layer and e) having an antireflection layer arranged above the absorption layer , characterized in that f) the second barrier layer consists of an SiO x compound, where x can assume values from 1 to 2, and g) at least one adhesion-improving layer which consists of molybdenum is arranged between the second barrier layer and the reflecting layer composed of silver. a) having a layer which reflects in the infrared range and is composed of silver, b) having a first barrier layer composed of a thermally produced oxide, which has been applied to the tube composed of steel and is produced by thermal oxidation of the tube composed of steel, c) having a second barrier layer which is arranged above the first barrier layer and under the reflecting layer , d) having at least one absorption layer arranged above the reflective layer and e) having an antireflection layer arranged above the absorption layer , characterized in that f) the second barrier layer consists of an SiO x compound, where x can assume values from 1 to 2, and g) at least one adhesion-improving layer which consists of molybdenum is arranged between the second barrier layer and the reflecting layer composed of silver.
A process for producing a combination of two or more steviol glycosides, comprising: a) extraction of Stevia leaves with hot water at constant temperature, b) clarification of the crude extract, and c) separation of a combination of two or more steviol glycosides by chromatography wherein separation is accomplished by gradient elution with ethanol and water; wherein the process avoids the need for crystallization; and wherein the steviol glycosides are rebaudiosides D, I, O, M and/or N. a) extraction of Stevia leaves with hot water at constant temperature, b) clarification of the crude extract, and c) separation of a combination of two or more steviol glycosides by chromatography wherein separation is accomplished by gradient elution with ethanol and water; wherein the process avoids the need for crystallization; and wherein the steviol glycosides are rebaudiosides D, I, O, M and/or N.
A method of performing prognostics for pressure sensors of a hydraulic brake system of an aircraft, the method comprising: determining, during a primary braking mode and by a hydraulic brake controller, a first status of a first brake pressure sensor adjacent a brake assembly coupled to a landing gear of the aircraft; and in response to determining that the first status of the first brake pressure sensor is valid, determining, during a park braking mode and by the hydraulic brake controller, a second status of a second brake pressure sensor adjacent a park valve assembly. determining, during a primary braking mode and by a hydraulic brake controller, a first status of a first brake pressure sensor adjacent a brake assembly coupled to a landing gear of the aircraft; and in response to determining that the first status of the first brake pressure sensor is valid, determining, during a park braking mode and by the hydraulic brake controller, a second status of a second brake pressure sensor adjacent a park valve assembly.
System to prevent the use of pirate products in an elevator control, comprising at least one elevator control , an updating means and a connection between the elevator control and said updating means, which elevator control comprises essential electronic components provided with their own ID means , which elevator control further comprises an authorization section, which authorization section - is configured to read the IDs from the corresponding ID means of the essential electronic components into the elevator control, - comprise(s) a reference list with allowed IDs of the essential electronic components, - comprises a comparator for comparing the IDs of the essential electronic components with the reference list, and - comprises a switching logic configured to issue an authorization signal for the elevator control to start or prevent operation of the elevator control depending on the comparison result of the comparator, characterised in that the connection between the elevator control and said updating means is configured to initiate the elevator control to update the IDs of the essential electronic components in the elevator control. - is configured to read the IDs from the corresponding ID means of the essential electronic components into the elevator control, - comprise(s) a reference list with allowed IDs of the essential electronic components, - comprises a comparator for comparing the IDs of the essential electronic components with the reference list, and - comprises a switching logic configured to issue an authorization signal for the elevator control to start or prevent operation of the elevator control depending on the comparison result of the comparator,
A system for controlling a position of a movable object on a viewing device suitable for an aircraft cockpit , said system being actuatable by an operator and being characterized in that it comprises: - means for determining, at least at one given moment, a position of a target zone (Z) on said viewing device toward which the operator's gaze is directed, - positioning means adapted for placing the object on the target zone (Z) of the viewing device , said system further comprising: - a manual control device for controlling the position of the object, - an activation command , adapted for commanding a display by the positioning means of said object on the target zone (Z) of the viewing device , in response to an actuation by the operator, said activation command being chosen from among: - an activation command adapted for commanding said display over a time interval comprised between the actuation and the release by said operator of said activation command , - an activation command adapted for commanding said display during a time interval comprised between a first and second actuation by said operator of said activation command , - an activation command adapted for commanding said display during a predefined time interval (Δt) after point actuation of said activation command by the operator. - means for determining, at least at one given moment, a position of a target zone (Z) on said viewing device toward which the operator's gaze is directed, - positioning means adapted for placing the object on the target zone (Z) of the viewing device , - a manual control device for controlling the position of the object, - an activation command , adapted for commanding a display by the positioning means of said object on the target zone (Z) of the viewing device , in response to an actuation by the operator, said activation command being chosen from among: - an activation command adapted for commanding said display over a time interval comprised between the actuation and the release by said operator of said activation command , - an activation command adapted for commanding said display during a time interval comprised between a first and second actuation by said operator of said activation command , - an activation command adapted for commanding said display during a predefined time interval (Δt) after point actuation of said activation command by the operator. - an activation command adapted for commanding said display over a time interval comprised between the actuation and the release by said operator of said activation command , - an activation command adapted for commanding said display during a time interval comprised between a first and second actuation by said operator of said activation command , - an activation command adapted for commanding said display during a predefined time interval (Δt) after point actuation of said activation command by the operator.
A single-use pre-packaged, sealed container for use with a nebulizer device having an aerosol generator comprising a membrane having pores, the container having a depth of from 6 to 8mm and containing from 0.1 to 5 mL of a cleaning liquid and having an opening which is sealed by a cover or lid, wherein the opening is circular with a diameter of from 6 to 8mm and provides a push-fit onto the aerosol generator once the container has been opened, so that the container is held in place on the nebulizer device and the membrane is immersed in the liquid.