mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring a visual signature of a moving target, comprising: measuring, using a visual-band photometer, a photometric property of a target moving relative to the photometer, and measuring, using a spectrometer, a spectral property of the target, while the target defines and moves along a path from a start position to an end position in front of a background, the spectral property relating to a spectral intensity and/or polarization state; repositioning the photometer and the spectrometer to measure at least one photometric property and at least one spectral property of the background at the start position; measuring, using the photometer, the at least one photometric property and measuring, using the spectrometer, the at least one spectral property of the background at one or more positions along the path between the start position and the end position; and determining the visual signature of the moving target by comparing the measured photometric and spectral properties of the moving target along the path to the separately measured photometric and spectral properties of the background along the path. measuring, using a visual-band photometer, a photometric property of a target moving relative to the photometer, and measuring, using a spectrometer, a spectral property of the target, while the target defines and moves along a path from a start position to an end position in front of a background, the spectral property relating to a spectral intensity and/or polarization state; repositioning the photometer and the spectrometer to measure at least one photometric property and at least one spectral property of the background at the start position; measuring, using the photometer, the at least one photometric property and measuring, using the spectrometer, the at least one spectral property of the background at one or more positions along the path between the start position and the end position; and determining the visual signature of the moving target by comparing the measured photometric and spectral properties of the moving target along the path to the separately measured photometric and spectral properties of the background along the path.
A refrigeration cabinet including: a product chamber closed by a lid at a top of the product chamber; means for generating a climate control cold air stream; air delivery means for delivering said climate control cold air stream through the product chamber, the air delivery means having an air inlet communicating with a lower portion of the product chamber and an air outlet communicating with the product chamber above the air inlet; the air delivery means including an air inlet duct formed in a side wall of the product chamber at the lower portion of the product chamber and an air outlet duct, the air inlet duct having an air inlet opening communicating with the product chamber for through passage of air into the product chamber, and the air outlet duct having an air outlet opening communicating with the product chamber for delivery of air out of the product chamber, each air duct (25,27) being connected to the means for generating a climate control cold airstream for circulating said climate control cold airstream through the product chamber; characterised in that the air outlet duct is formed in the side wall of the product chamber at an upper portion of the product chamber, the lid at the top of the product chamber is a clear lid and the air delivery means is operable to circulate the climate control cold airstream through the product chamber in a manner to avoid air turbulence at the clear lid. a product chamber closed by a lid at a top of the product chamber; means for generating a climate control cold air stream; air delivery means for delivering said climate control cold air stream through the product chamber, the air delivery means having an air inlet communicating with a lower portion of the product chamber and an air outlet communicating with the product chamber above the air inlet; the air delivery means including an air inlet duct formed in a side wall of the product chamber at the lower portion of the product chamber and an air outlet duct, the air inlet duct having an air inlet opening communicating with the product chamber for through passage of air into the product chamber, and the air outlet duct having an air outlet opening communicating with the product chamber for delivery of air out of the product chamber, each air duct (25,27) being connected to the means for generating a climate control cold airstream for circulating said climate control cold airstream through the product chamber; characterised in that the air outlet duct is formed in the side wall of the product chamber at an upper portion of the product chamber, the lid at the top of the product chamber is a clear lid and the air delivery means is operable to circulate the climate control cold airstream through the product chamber in a manner to avoid air turbulence at the clear lid.
Method for the production of a vent comprising the steps of a) providing an assembly comprising a plurality of pieces made of liquid proof and gas permeable material removably attached on one side of a support material, b) placing said assembly on a through hole of a device to be vented in such a way that one of said plurality of pieces is completely covering said through hole, whereas said support material is facing away from said through hole, c) applying energy to said placed assembly in such a way that a welding connection surrounding said through hole is established between said piece and said device, and d) removing said support material. a) providing an assembly comprising a plurality of pieces made of liquid proof and gas permeable material removably attached on one side of a support material, b) placing said assembly on a through hole of a device to be vented in such a way that one of said plurality of pieces is completely covering said through hole, whereas said support material is facing away from said through hole, c) applying energy to said placed assembly in such a way that a welding connection surrounding said through hole is established between said piece and said device, and d) removing said support material.
A decellularization method for preparing an extracellular matrix scaffold, comprising the steps of: a) performing a pretreatment on a target organic tissue; b) placing the pretreated organic tissue in a hypotonic solution containing glucopyranoside and shaking; c) placing the organic tissue treated by step b) in a nuclease solution; and d) rinsing the resulting extracellular matrix scaffold. a) performing a pretreatment on a target organic tissue; b) placing the pretreated organic tissue in a hypotonic solution containing glucopyranoside and shaking; c) placing the organic tissue treated by step b) in a nuclease solution; and d) rinsing the resulting extracellular matrix scaffold.
Fuel pump for delivering fuel, having a housing part for accommodating a pump stage and an electric motor for driving the pump stage and having an insert fastened in the housing part, which insert is formed as a bearing bush for a shaft of the electric motor for driving the pump stage, the housing part being produced from surface-treated metal, characterized in that the insert has a surface of an electrically nonconductive material, wherein, before an application of a coating to the housing part by means of a surface treatment, the insert is press-fitted into a bore of the housing part, so that, after the application of the coating to the housing part, a wall of the housing part has the coating and the insert and a part of the wall of the housing part that delimits the bore are formed without any coating.
A method comprising: generating at least one panoramic image based in part on performing registration on at least two images; determining at least one overlap region (50, 51) between the two images within at least a first depth plane and a second depth plane, the images having been divided into the first and second depth planes using depth map data which provides the depth associated with each pixel of the two images, wherein each depth plane includes an image formed by pixels which belong to a certain range of depth values; generating at least one virtual seam (54, 57) connecting portions of the two images in the overlap region to generate a composite image (55, 80), each virtual seam being associated with a single depth plane; and blending the at least one virtual seam of the composite image (55, 80) to obtain the generated panoramic image. generating at least one panoramic image based in part on performing registration on at least two images; determining at least one overlap region (50, 51) between the two images within at least a first depth plane and a second depth plane, the images having been divided into the first and second depth planes using depth map data which provides the depth associated with each pixel of the two images, wherein each depth plane includes an image formed by pixels which belong to a certain range of depth values; generating at least one virtual seam (54, 57) connecting portions of the two images in the overlap region to generate a composite image (55, 80), each virtual seam being associated with a single depth plane; and blending the at least one virtual seam of the composite image (55, 80) to obtain the generated panoramic image.
A system for simultaneously measuring the indentation hardness properties, span properties, and resilience properties of a mattress, comprising a first indentation means and a second indentation means, and means for urging the first indentation means and the second indentation means, into the mattress with a predetermined force, and also comprising laser means for projecting a laser line onto the surface of the mattress spanning between the first indentation means and the second indentation means and configured to map the amplitude, shape, and time-dependency of the resultant deflection of the mattress surface between the first indentation means and the second indentation means.
Foundation for wind turbine tower, in which the tower comprises sections divided into shell segments, and where the foundation comprises a pile cap with an upper base, lower base, and a slanted surface that extends between the upper base and lower base, with the upper base having a smaller area than the lower base, characterised in that the foundation comprises: - a set of support elements that extends above the slanted surface of the pile cap and in connection with it, arranged so that the clear surfaces of these support elements provide a support surface for the shell segments for the pre-assembly of a section. - a set of slender connection elements that are connected to the pile cap and whose open end is intended to connect to the shell segments of a section that is pre-assembled on the support elements. - a set of support elements that extends above the slanted surface of the pile cap and in connection with it, arranged so that the clear surfaces of these support elements provide a support surface for the shell segments for the pre-assembly of a section. - a set of slender connection elements that are connected to the pile cap and whose open end is intended to connect to the shell segments of a section that is pre-assembled on the support elements.
A RAP polypeptide for use in delaying the progression of a prion disease in a subject, RAP being low density lipoprotein receptor-related protein-associated protein 1.
A flexible display device for a vehicle, comprising: a casing having an opening; a display part configured to be retracted or extended into or out of the casing through the opening; a display driver configured to move the display part; and a display winder configured to wind the display part based on movement of the display part, wherein the display part is configured to be extended based on a plurality of modes having different extension ranges, wherein the display winder includes a rotary drum having an outer circumferential surface on which the display part is configured to be wound and a sensor recognizer configured to detect a rotation state of the rotary drum, wherein: the display driver includes a motor connected to the casing; and the display driver is configured to move the display part based on the rotation state of the rotary drum, detected by the sensor recognizer; characterized in that the display driver further includes a driving arm (250, 270) connecting the motor and the display part. a casing having an opening; a display part configured to be retracted or extended into or out of the casing through the opening; a display driver configured to move the display part; and a display winder configured to wind the display part based on movement of the display part, wherein the display part is configured to be extended based on a plurality of modes having different extension ranges, wherein the display winder includes a rotary drum having an outer circumferential surface on which the display part is configured to be wound and a sensor recognizer configured to detect a rotation state of the rotary drum, wherein: the display driver includes a motor connected to the casing; and the display driver is configured to move the display part based on the rotation state of the rotary drum, detected by the sensor recognizer; characterized in that the display driver further includes a driving arm (250, 270) connecting the motor and the display part. the display driver includes a motor connected to the casing; and the display driver is configured to move the display part based on the rotation state of the rotary drum, detected by the sensor recognizer; characterized in that the display driver further includes a driving arm (250, 270) connecting the motor and the display part.
An augmented reality, virtual reality, and/or mixed reality, AR/VR system, comprising: a wearable visualization assembly configured to be worn by a user and to display virtual features for visualization by the user during an amusement stage of an attraction, wherein the amusement stage occurs between a loading stage and an unloading stage of a ride cycle of the attraction, wherein the wearable visualization assembly comprises a sensor configured to provide feedback indicative of an attachment status of the wearable visualization assembly on the user; a retraction assembly coupled to the wearable visualization assembly via a tether and configured to retrieve the tether; and a controller communicatively coupled to the retraction assembly and the sensor, wherein the controller is configured to selectively actuate the retraction assembly to retrieve the tether to transition the wearable visualization assembly to a storage configuration in response to the feedback indicating that the wearable visualization assembly transitions from an attached configuration on the user to a detached configuration decoupled from the user during the amusement stage. a wearable visualization assembly configured to be worn by a user and to display virtual features for visualization by the user during an amusement stage of an attraction, wherein the amusement stage occurs between a loading stage and an unloading stage of a ride cycle of the attraction, wherein the wearable visualization assembly comprises a sensor configured to provide feedback indicative of an attachment status of the wearable visualization assembly on the user; a retraction assembly coupled to the wearable visualization assembly via a tether and configured to retrieve the tether; and a controller communicatively coupled to the retraction assembly and the sensor, wherein the controller is configured to selectively actuate the retraction assembly to retrieve the tether to transition the wearable visualization assembly to a storage configuration in response to the feedback indicating that the wearable visualization assembly transitions from an attached configuration on the user to a detached configuration decoupled from the user during the amusement stage.
A vehicle equipment comprising a protrusion unit provided near at least one side among four sides forming an outer rim of a rectangular display having a touch panel, said rectangular display also being comprised in said vehicle equipment, wherein a button is provided at at least one of the two ends of the protrusion unit in an extending direction of a long side of the protrusion unit, the button being capable of accepting an input in the extending direction of the long side of the protrusion unit, characterised in that the protrusion unit is provided to protrude from a screen surface of the rectangular display and such that the long side of the protrusion unit is substantially parallel with the at least one side, the button is provided inside the outer rim of the rectangular display, the button is provided so as to be offset by a predetermined distance from another side among the four sides, the another side being in contact with the at least one side at a right angle, and the protrusion unit is provided at a portion of the rectangular display, the portion being excluded from an area that detects a touch to the touch panel.
A prosthetic valve for percutaneous implantation in a body channel, comprising: a substantially cylindrical stent structure configured for radial expansion; a valvular structure having an inlet and an outlet, the valvular structure being formed of a pliant material attached to the stent structure and forming three valve leaflets; characterised by a layer of compressible material, which forms a sleeve disposed along an outer surface of the stent structure and extending entirely around the stent structure, the compressible material being adapted after deployment to fill gaps between the prosthetic valve and the body channel, wherein the compressible material includes a plurality of fibers extending outward from the outer surface. a substantially cylindrical stent structure configured for radial expansion; a valvular structure having an inlet and an outlet, the valvular structure being formed of a pliant material attached to the stent structure and forming three valve leaflets; characterised by a layer of compressible material, which forms a sleeve disposed along an outer surface of the stent structure and extending entirely around the stent structure, the compressible material being adapted after deployment to fill gaps between the prosthetic valve and the body channel, wherein the compressible material includes a plurality of fibers extending outward from the outer surface.
Medicament magazine having a plurality of doses of medicament, the magazine being formed from a single foil strip, in which pouches (2, 32) for holding a medicament are formed, the foil strip comprising openings on at least one side for transporting the strip, for the engagement of transporting pins, characterised in that the foil strip has a certain width in the region of the pouches which is less than the width of the foil in other regions, and in that the openings are arranged in these broader regions of the foil strip.
A cutlery rack for washing cutlery comprising - a support structure with a cutlery insert defining a receiving space for receiving the cutlery, wherein the cutlery insert is a grid structure defining a framework for horizontal placement of the cutlery, and - a spraying device configured to spray a fluid at the cutlery comprising - a fluid supply channel for providing the fluid, - a nozzle for ejecting the provided fluid, characterized in that the spraying device comprises - a deflector with a deflector element for deflecting the fluid after being ejected out of the nozzle, wherein the deflector element is positioned such that the ejected fluid is deflected onto the cutlery from above, and - a diffusor for diffusing the deflected fluid, wherein the diffusor is rotatable attached to the deflector element. - a support structure with a cutlery insert defining a receiving space for receiving the cutlery, wherein the cutlery insert is a grid structure defining a framework for horizontal placement of the cutlery, and - a spraying device configured to spray a fluid at the cutlery comprising - a fluid supply channel for providing the fluid, - a nozzle for ejecting the provided fluid, - a fluid supply channel for providing the fluid, - a nozzle for ejecting the provided fluid, - a deflector with a deflector element for deflecting the fluid after being ejected out of the nozzle, wherein the deflector element is positioned such that the ejected fluid is deflected onto the cutlery from above, and - a diffusor for diffusing the deflected fluid, wherein the diffusor is rotatable attached to the deflector element.
A non-naturally occurring microbial organism comprising a genetic alteration of attenuation of cydA or cydB, and one or more of a genetic alteration that increases expression of a protein encoded by pntAB.
Device for measuring an optical signal produced by a sample, comprising: - a light source able to emit a light beam toward a surface of said sample, so as to form, on said surface, an elementary illumination region, - at least one detection optical fibre, extending between a near end, able to be coupled to a photodetector, and a far end, able to collect an optical signal backscattered by said sample when it is exposed to said light beam, - an optical system, having a magnification factor and an optical axis (Z'), - said optical system being able to conjugate the far end of each detection optical fibre with an elementary detection region (28, 28n) located on the surface of the sample, such that the distance (Dn), called the backscattering distance, between the elementary illumination region and each elementary detection region (28, 28n), perpendicular to said optical axis, is dependent on said magnification factor, the device being characterized in that the optical system is configured so that at least one elementary detection region is separated from said elementary illumination region, the backscattering distance separating said elementary detection region from said elementary illumination region being smaller than 200 μm. - a light source able to emit a light beam toward a surface of said sample, so as to form, on said surface, an elementary illumination region, - at least one detection optical fibre, extending between a near end, able to be coupled to a photodetector, and a far end, able to collect an optical signal backscattered by said sample when it is exposed to said light beam, - an optical system, having a magnification factor and an optical axis (Z'), - said optical system being able to conjugate the far end of each detection optical fibre with an elementary detection region (28, 28n) located on the surface of the sample, such that the distance (Dn), called the backscattering distance, between the elementary illumination region and each elementary detection region (28, 28n), perpendicular to said optical axis, is dependent on said magnification factor, the device being characterized in that the optical system is configured so that at least one elementary detection region is separated from said elementary illumination region, the backscattering distance separating said elementary detection region from said elementary illumination region being smaller than 200 μm.
Inductive heating device for aerosol-generation, the device comprising: - a device housing comprising a cavity having an internal surface for receiving at least a portion of an aerosol-forming insert comprising an aerosol-forming substrate and a susceptor, the device housing further comprising a pin extending into the cavity; - an induction coil arranged along the pin; and - a power source connected to the induction coil and configured to provide a high frequency current to the induction coil. - a device housing comprising a cavity having an internal surface for receiving at least a portion of an aerosol-forming insert comprising an aerosol-forming substrate and a susceptor, the device housing further comprising a pin extending into the cavity; - an induction coil arranged along the pin; and - a power source connected to the induction coil and configured to provide a high frequency current to the induction coil.