mhurhangee/patent-ind-claim-en huggingface dataset:
A motor comprising: a rotating shaft ; a rotor including a hole in which the rotating shaft is disposed; a stator disposed at an outer side of the rotor ; a housing configured to accommodate the rotor and the stator , a sealing guide disposed to cover a first opening formed in one side of the housing ; wherein the sealing guide supports a terminal of the stator exposed at an outside of the housing through the first opening , wherein the sealing guide includes a grommet for supporting an upper end of the terminal exposed at the outside of the housing through the first opening, characterized by the fact that a second opening is formed at said side of the housing , at an upper side of a rotating shaft accommodation groove in which the rotating shaft is disposed; and that the sealing guide further comprises a sealing cap disposed to cover the second opening , wherein the grommet and the sealing cap are integrally formed, a bearing installed in the second opening and configured to support the rotating shaft , a fixing member provided between the sealing guide and the bearing in a direction of the rotating shaft . a rotating shaft ; a rotor including a hole in which the rotating shaft is disposed; a stator disposed at an outer side of the rotor ; a housing configured to accommodate the rotor and the stator , a sealing guide disposed to cover a first opening formed in one side of the housing ; wherein the sealing guide supports a terminal of the stator exposed at an outside of the housing through the first opening , wherein the sealing guide includes a grommet for supporting an upper end of the terminal exposed at the outside of the housing through the first opening, characterized by the fact that a second opening is formed at said side of the housing , at an upper side of a rotating shaft accommodation groove in which the rotating shaft is disposed; and that the sealing guide further comprises a sealing cap disposed to cover the second opening , wherein the grommet and the sealing cap are integrally formed, a bearing installed in the second opening and configured to support the rotating shaft , a fixing member provided between the sealing guide and the bearing in a direction of the rotating shaft .
A compound selected from the group consisting of: and pharmaceutically acceptable salts, solvates, hydrates and stereoisomers (including enantiomers and racemic mixtures) thereof.
An optical RF spectrum analyser comprising: an optical modulator to modulate an input RF signal onto a carrier frequency to generate a modulated optical signal ; a spectral weight having a spectral weight function to modify the modulated optical signal , the spectral weight defining a frequency relationship between the spectral weight function and the carrier frequency ; a frequency control module to modify the frequency relationship between the spectral weight function and the carrier frequency over time by performing a sweep across a frequency range to modify the carrier frequency and the modulated optical signal to generate a modified optical signal over time; an optical sensor to sense the modified optical signal over time and to generate an RF signal over time based on the modified optical signal ; a signal recovery module to calculate the RF spectrum based on the RF signal over time. an optical modulator to modulate an input RF signal onto a carrier frequency to generate a modulated optical signal ; a spectral weight having a spectral weight function to modify the modulated optical signal , the spectral weight defining a frequency relationship between the spectral weight function and the carrier frequency ; a frequency control module to modify the frequency relationship between the spectral weight function and the carrier frequency over time by performing a sweep across a frequency range to modify the carrier frequency and the modulated optical signal to generate a modified optical signal over time; an optical sensor to sense the modified optical signal over time and to generate an RF signal over time based on the modified optical signal ; a signal recovery module to calculate the RF spectrum based on the RF signal over time.
A system for selectively reducing neural activity in a submucosal layer of a duodenum of a subject, the system comprising: a catheter comprising an elongated catheter body having a proximal end and a distal end, the catheter configured for insertion into the lumen of the duodenum; an ultrasound emitting device coupled with the catheter body at or near the distal end and configured to emit a modulating ultrasound beam in the form of a focused ultrasound beam having a frequency in the range of 200 kHz to 40MHz absorbed by the different layers of the duodenum; and whereby the ultrasound emitting device when active, selectively reduces neural activity within the submucosal layer of the target area of duodenum having absorbed the modulating ultrasound beam, while maintaining functional activity of the mucosal layer and tissue layers adjacent the sensory neurons within the target area; the system being characterized in that it comprises a cooling mechanism coupled with the catheter body, configured to lower a temperature of the mucosal layer of the target area. a catheter comprising an elongated catheter body having a proximal end and a distal end, the catheter configured for insertion into the lumen of the duodenum; an ultrasound emitting device coupled with the catheter body at or near the distal end and configured to emit a modulating ultrasound beam in the form of a focused ultrasound beam having a frequency in the range of 200 kHz to 40MHz absorbed by the different layers of the duodenum; and whereby the ultrasound emitting device when active, selectively reduces neural activity within the submucosal layer of the target area of duodenum having absorbed the modulating ultrasound beam, while maintaining functional activity of the mucosal layer and tissue layers adjacent the sensory neurons within the target area; the system being characterized in that it comprises a cooling mechanism coupled with the catheter body, configured to lower a temperature of the mucosal layer of the target area.
An energy delivery device comprising: an elongate member defining a lumen for receiving a fluid wherein the elongate member comprises an electrically conductive tubular member having a distal open end, a distal face of the elongate member defining an aperture in communication with the lumen wherein the distal face is beveled, the distal face including at least one electrically exposed conductive portion which partially surrounds the aperture and at least one electrically insulated portion formed of electrically insulating material which extends radially from a wall of the aperture to a periphery of the distal face and blocks a proximal portion of the distal open end of the electrically conductive tubular member , the distal face being thereby configured to avoid creation of emboli upon delivery of energy via the electrically exposed conductive portion . an elongate member defining a lumen for receiving a fluid wherein the elongate member comprises an electrically conductive tubular member having a distal open end, a distal face of the elongate member defining an aperture in communication with the lumen wherein the distal face is beveled, the distal face including at least one electrically exposed conductive portion which partially surrounds the aperture and at least one electrically insulated portion formed of electrically insulating material which extends radially from a wall of the aperture to a periphery of the distal face and blocks a proximal portion of the distal open end of the electrically conductive tubular member , the distal face being thereby configured to avoid creation of emboli upon delivery of energy via the electrically exposed conductive portion .
Process for making a multilayer sheet for the manufacture of packaging or paper-based products or typography and bookbinding items in general such as, for example, posters, shop window posters, panels in general, covers and/or one or more pages of books, exercise-books, diaries, leaflets, brochures, characterized in that it comprises the following steps: - preparing at least one first sheet having any size, made of a paper or plastic material, rigid or flexible, in turn comprising one layer or multiple layers, and wherein a first face of said first sheet is conveniently pre-printed or in any case finished in such a way that it constitutes the visible face of the multilayer sheet or of the product to be obtained; - defining the position (X) where at least one NFC chip must be positioned on the second face of said first sheet , opposite said first face ; - preparing at least one second sheet having any size, made of a paper or plastic material, rigid or flexible, in turn comprising one layer or multiple layers; - directly coupling said second sheet with said second face of said first sheet , and wherein said coupling is carried out through a gluing or welding operation or another process suited to make said first sheet and said second sheet integral with each other in a definitive manner, wherein "definitive" means that their detachment would result in the breaking of one or both of said first and second sheets ; and wherein said at least one chip of the NFC type is inserted between said first sheet and said second sheet in such a way that it is interposed between them in a definitive manner once the coupling operation has been completed, and in such a way that it can be read at least through said first face of said first sheet by means of a suitable reading device. - preparing at least one first sheet having any size, made of a paper or plastic material, rigid or flexible, in turn comprising one layer or multiple layers, and wherein a first face of said first sheet is conveniently pre-printed or in any case finished in such a way that it constitutes the visible face of the multilayer sheet or of the product to be obtained; - defining the position (X) where at least one NFC chip must be positioned on the second face of said first sheet , opposite said first face ; - preparing at least one second sheet having any size, made of a paper or plastic material, rigid or flexible, in turn comprising one layer or multiple layers; - directly coupling said second sheet with said second face of said first sheet , and wherein said coupling is carried out through a gluing or welding operation or another process suited to make said first sheet and said second sheet integral with each other in a definitive manner, wherein "definitive" means that their detachment would result in the breaking of one or both of said first and second sheets ;
Spindle for performing machining assisted by non-ultrasonic axial oscillations, comprising: - a tool-holding shaft , and - an exciter part, for subjecting the shaft to non-ultrasonic axial oscillations, notably during its rotation, this exciter part comprising: o a first exciter stage, comprising at least one piezoelectric actuator , o a second exciter stage, comprising at least one piezoelectric actuator , the actuators of the two stages being disposed so as to add together their effects, and characterized in that the second exciter stage has a non-zero axial overlap with the first exciter stage. - a tool-holding shaft , and - an exciter part, for subjecting the shaft to non-ultrasonic axial oscillations, notably during its rotation, this exciter part comprising: o a first exciter stage, comprising at least one piezoelectric actuator , o a second exciter stage, comprising at least one piezoelectric actuator , the actuators of the two stages being disposed so as to add together their effects, o a first exciter stage, comprising at least one piezoelectric actuator , o a second exciter stage, comprising at least one piezoelectric actuator ,
Gearmotor of a vehicle (RV), , comprising a brushless electric motor having a predetermined nominal torque and coupled with a gear reduction unit (2; 3) adapted to be connected with a wheel of a vehicle (RV), wherein the electric motor is a brushless self-braking electric motor having a predetermined cogging torque characterised in that - the cogging torque is at least one-third (1/3) of the nominal torque and the gear reduction unit (2; 3) has a reduction ratio of at least 30:1 such that the self-braking is determined by the cogging effect of said brushless motor and the cogging effect produces the braking of the wheel of the vehicle (RV) even without use of mechanical parking brakes acting on the vehicle (RV) in a stationary position; and - the gear reduction unit (2; 3) is of planetary type or harmonic type . - the cogging torque is at least one-third (1/3) of the nominal torque and the gear reduction unit (2; 3) has a reduction ratio of at least 30:1 such that the self-braking is determined by the cogging effect of said brushless motor and the cogging effect produces the braking of the wheel of the vehicle (RV) even without use of mechanical parking brakes acting on the vehicle (RV) in a stationary position; and - the gear reduction unit (2; 3) is of planetary type or harmonic type .
A method of sensing a chemical sample, the method comprising: providing a pair of mirrors opposed along an optical axis (O), at least one of the mirrors being concave, the mirrors being shaped to provide an optical cavity with stable resonance in at least one mode and having a cavity length of at most 50μm; further providing an actuator system arranged to move the mirrors relative to each other along the length of the optical cavity for tuning the wavelength of the at least one mode of said cavity ; introducing a chemical sample inside the optical cavity ; illuminating the cavity with EM radiation capable of interacting with the chemical sample; and detecting EM radiation emitted from the optical cavity , characterised in that said at least one of the mirrors that is concave has a radius of curvature of at most 50μm. providing a pair of mirrors opposed along an optical axis (O), at least one of the mirrors being concave, the mirrors being shaped to provide an optical cavity with stable resonance in at least one mode and having a cavity length of at most 50μm; further providing an actuator system arranged to move the mirrors relative to each other along the length of the optical cavity for tuning the wavelength of the at least one mode of said cavity ; introducing a chemical sample inside the optical cavity ; illuminating the cavity with EM radiation capable of interacting with the chemical sample; and detecting EM radiation emitted from the optical cavity , characterised in that said at least one of the mirrors that is concave has a radius of curvature of at most 50μm.
A method, comprising: receiving video feed metadata for respective video feeds (108a-N, 204a-e), the video feed metadata and respective video feeds being received from respective video sensors (202a-e), the metadata including operator control parameters for the respective video sensors ; and processing the operator control parameters to recognize a change in the operator control parameters and controlling a video feed indicator (106, 214a-f, 304, 304a) for at least one of the video feeds being displayed on a video wall to direct user attention to a particular one of the video feeds based on the recognized change. receiving video feed metadata for respective video feeds (108a-N, 204a-e), the video feed metadata and respective video feeds being received from respective video sensors (202a-e), the metadata including operator control parameters for the respective video sensors ; and processing the operator control parameters to recognize a change in the operator control parameters and controlling a video feed indicator (106, 214a-f, 304, 304a) for at least one of the video feeds being displayed on a video wall to direct user attention to a particular one of the video feeds based on the recognized change.
A pallet comprising: a top deck ; a bottom deck ; and a plurality of spaced apart support blocks coupled between said top and bottom decks and forming an opening therebetween for receiving a lifting member; said top deck being divided into quadrants , each quadrant comprising at least one deck scoop area on an underside of said top deck , with a thickness of said top deck being reduced in the at least one deck scoop area to reduce influence of top deck deflection on ability of the lifting member to pass through the opening between said top and bottom decks ; wherein said top deck includes an outer perimeter area surrounding the at least one deck scoop area , with the thickness of said top deck not being reduced in the outer perimeter area; wherein the underside of said top deck comprises exposed ribs , with the at least one deck scoop area including the exposed ribs ; wherein the at least one deck scoop area has an elliptical or oval shape; and, wherein said top deck , said bottom deck and each support block comprises plastic. a top deck ; a bottom deck ; and a plurality of spaced apart support blocks coupled between said top and bottom decks and forming an opening therebetween for receiving a lifting member; said top deck being divided into quadrants , each quadrant comprising at least one deck scoop area on an underside of said top deck , with a thickness of said top deck being reduced in the at least one deck scoop area to reduce influence of top deck deflection on ability of the lifting member to pass through the opening between said top and bottom decks ; wherein said top deck includes an outer perimeter area surrounding the at least one deck scoop area , with the thickness of said top deck not being reduced in the outer perimeter area; wherein the underside of said top deck comprises exposed ribs , with the at least one deck scoop area including the exposed ribs ; wherein the at least one deck scoop area has an elliptical or oval shape; and, wherein said top deck , said bottom deck and each support block comprises plastic.
A method for assisting in the control of a speed (v) of a rail vehicle comprising at least one regenerative brake , at least one friction brake , and an control element by means of which a total braking force (F) which can be divided between the at least one regenerative brake and the at least one friction brake can be set, the method comprising the following steps: - determining an actual travel speed (v t ) of the rail vehicle ; - determining a desired position (S g ) of the control element at which, for the current travel speed (v t ), a braking force portion (F 1 ) of the at least one regenerative brake , which is determined according to a predetermined dependency (F 1 (v, F(S)) of the braking force portion (F 1 ) of the at least one regenerative brake with respect to the total braking force (F) on the speed (v) of the rail vehicle and the position (S) of the control element , assumes a maximum value; and - using the desired position (S g ) of the control element to output a recommendation (E) relating to the position (S) of the control element to a driver of the rail vehicle and/or to control a behaviour of the control element . - determining an actual travel speed (v t ) of the rail vehicle ; - determining a desired position (S g ) of the control element at which, for the current travel speed (v t ), a braking force portion (F 1 ) of the at least one regenerative brake , which is determined according to a predetermined dependency (F 1 (v, F(S)) of the braking force portion (F 1 ) of the at least one regenerative brake with respect to the total braking force (F) on the speed (v) of the rail vehicle and the position (S) of the control element , assumes a maximum value; and - using the desired position (S g ) of the control element to output a recommendation (E) relating to the position (S) of the control element to a driver of the rail vehicle and/or to control a behaviour of the control element .
A hyperspectral imaging system comprising: a hyperspectral sensor configured to capture hyperspectral images ; one or more processors configured to identify targets and potential targets within the hyperspectral images; a filter configured to filtering the hyperspectral images to determine potential targets, the filter configured to receive a matrix comprising background spectral statistical values of the hyperspectral images, to receive a reference vector comprising values for wavelengths representative of a target, and to determine scalar detection results from the hyperspectral images; characterised in that it further comprises an adaptive spatial filter configured to filter further the hyperspectral images to recover target energy blurred across multiple pixels using the scalar detection results, the matrix, and a sensor point spread function for a portion of the scene near the potential targets, to identify targets based on the potential targets, the targets having known spectral characteristics. a hyperspectral sensor configured to capture hyperspectral images ; one or more processors configured to identify targets and potential targets within the hyperspectral images; a filter configured to filtering the hyperspectral images to determine potential targets, the filter configured to receive a matrix comprising background spectral statistical values of the hyperspectral images, to receive a reference vector comprising values for wavelengths representative of a target, and to determine scalar detection results from the hyperspectral images; characterised in that it further comprises an adaptive spatial filter configured to filter further the hyperspectral images to recover target energy blurred across multiple pixels using the scalar detection results, the matrix, and a sensor point spread function for a portion of the scene near the potential targets, to identify targets based on the potential targets, the targets having known spectral characteristics.
A pharmaceutical composition comprising a liposome construct and a pharmaceutically acceptable carrier, wherein the liposome construct comprises an agglomerate of small unilamellar vesicles (SUVs), wherein the SUVs comprise a lamella consisting essentially of 58 mol% dioleoyl phosphatidylcholine (DOPC) and 42 mol% cholesterol; wherein the SUVs comprise urea encapsulated within the SUVs, wherein the SUVs have a specific gravity that is greater than about 1.05, a z-average diameter of less than about 220 nm, and a polydispersity index value (PdI) of less than about 0.150.