mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting diode (LED) module, the module comprising: a first LED package (302 ) including at least one first LED (103 ) and at least one second LED (103 ); a second LED package (302 ) disposed at a distance in the module from the first LED package (302 ), the second LED package including at least one third LED (103 ) and at least one fourth LED (103 ); characterised in that the at least one first LED (103 ) and the at least one third LED (103 ) are coupled to a first tap (104 ); and the at least one second LED (103 ) and the at least one fourth LED (103 ) are coupled to a second tap (104 ), a same number of LEDs are coupled to each of the first tap (104 ) and second tap (104 ), the distance between the at least one first LED (103 ) and at least one second LED (103 ) and the distance between the at least one third LED (103 ) and at least one fourth LED (103 ) is smaller than the distance between the first LED package (302 ) and the second LED package (302 ) such that the at least one first LED (103 ) and the at least one second LED (103 ) act as a point light source, and the at least one third LED (103 ) and the at least one fourth LED (103 ) act as a point light source , the LEDs of the first tap (104 ) and the LEDs of the second tap (104 ) have different light emitting characteristics , and by combination of LEDs of the first tap (104 ) and LEDs of the second tap (104 ) in the first LED package (302 ) and the second LED package (302 ), respectively, first LED package (302 ) and second LED package (302 ) are configured to provide light with similar light emitting characteristics. a first LED package (302 ) including at least one first LED (103 ) and at least one second LED (103 ); a second LED package (302 ) disposed at a distance in the module from the first LED package (302 ), the second LED package including at least one third LED (103 ) and at least one fourth LED (103 ); characterised in that the at least one first LED (103 ) and the at least one third LED (103 ) are coupled to a first tap (104 ); and the at least one second LED (103 ) and the at least one fourth LED (103 ) are coupled to a second tap (104 ), a same number of LEDs are coupled to each of the first tap (104 ) and second tap (104 ), the distance between the at least one first LED (103 ) and at least one second LED (103 ) and the distance between the at least one third LED (103 ) and at least one fourth LED (103 ) is smaller than the distance between the first LED package (302 ) and the second LED package (302 ) such that the at least one first LED (103 ) and the at least one second LED (103 ) act as a point light source, and the at least one third LED (103 ) and the at least one fourth LED (103 ) act as a point light source , the LEDs of the first tap (104 ) and the LEDs of the second tap (104 ) have different light emitting characteristics , and by combination of LEDs of the first tap (104 ) and LEDs of the second tap (104 ) in the first LED package (302 ) and the second LED package (302 ), respectively, first LED package (302 ) and second LED package (302 ) are configured to provide light with similar light emitting characteristics.
A water gun or toy water gun for dispensing liquid, the water gun or toy water gun comprising at least one chamber defined by a chamber housing extending between a first end region and a second end region , the at least one chamber being of same or substantially the same cross section and extending from the first end region towards the second end region, the at least one chamber comprising an opening at the first end region of the chamber housing through which the liquid is to be received in the chamber, a lid located proximal to the opening and adapted to pivotally move relative the chamber between a closed position in which at least a portion of the opening is concealed by the lid and an open position in which at least the portion of the opening is revealed by the lid, the opening being of same or substantially the same size as the cross-section of the at least one chamber, at least one liquid dispensing outlet through which the liquid is adapted to be dispensed during use, wherein the at least one liquid dispensing outlet is located in the second end region of the chamber housing, wherein the water gun or toy water gun further comprises a handle portion located below the chamber housing, the handle portion being mounted to or integrally formed with the chamber housing, wherein the handle portion is proximal to the first end region of the chamber housing, wherein the body is adapted and configured to present the opening so that the chamber is replenished with water by moving the gun through a body of water with the back leading the front in the moving direction to cause water flow into the chamber via the opening. at least one chamber defined by a chamber housing extending between a first end region and a second end region , the at least one chamber being of same or substantially the same cross section and extending from the first end region towards the second end region, the at least one chamber comprising an opening at the first end region of the chamber housing through which the liquid is to be received in the chamber, a lid located proximal to the opening and adapted to pivotally move relative the chamber between a closed position in which at least a portion of the opening is concealed by the lid and an open position in which at least the portion of the opening is revealed by the lid, the opening being of same or substantially the same size as the cross-section of the at least one chamber, at least one liquid dispensing outlet through which the liquid is adapted to be dispensed during use, wherein the at least one liquid dispensing outlet is located in the second end region of the chamber housing, wherein the water gun or toy water gun further comprises a handle portion located below the chamber housing, the handle portion being mounted to or integrally formed with the chamber housing, wherein the handle portion is proximal to the first end region of the chamber housing, wherein the body is adapted and configured to present the opening so that the chamber is replenished with water by moving the gun through a body of water with the back leading the front in the moving direction to cause water flow into the chamber via the opening.
A system for calibrating an image capture device for a materials handling vehicle comprising the image capture device and a vehicle computing device , wherein: the vehicle computing device stores logic that when executed by a processor, causes the materials handling vehicle to perform at least the following: determine a current location of the materials handling vehicle in a warehouse ; determine a seed value associated with the image capture device , the seed value representing initial calibration parameters of the image capture device ; capture image data in the warehouse , the image data including a location identifier that is representative of a location in the warehouse ; compare the captured image data with expected image data from a site map based on the expected position of the materials handling vehicle, the site map representing imagery and location data of a ceiling in the warehouse ; determine a calibrated value for the image capture device from the comparison and the seed value; and apply the calibrated value for determining a new location of the materials handling vehicle . determine a current location of the materials handling vehicle in a warehouse ; determine a seed value associated with the image capture device , the seed value representing initial calibration parameters of the image capture device ; capture image data in the warehouse , the image data including a location identifier that is representative of a location in the warehouse ; compare the captured image data with expected image data from a site map based on the expected position of the materials handling vehicle, the site map representing imagery and location data of a ceiling in the warehouse ; determine a calibrated value for the image capture device from the comparison and the seed value; and apply the calibrated value for determining a new location of the materials handling vehicle .
A connecting device of a tube end section (T), comprising: a tubular body defining a channel provided with retaining means , including a hooking element for engaging an outer surface of the tube end section (T), and an annular seal for gripping the outer surface of the tube end section (T), the device comprising at least a first arm having an end arranged in the channel to be actuated by the tube end section (T) downstream of the retaining means so as to make a portion of the arm a connection indicator which is detectable from outside the body and a free end movable in a substantially axial direction of the body between a visible position in which the free end can be seen from the outside of the body and a retracted position in which the free end is concealed from the outside of the body.
A composition comprising: mesoporous silica rods, wherein the rods have a length of 5 μm to 500 μm, and wherein the rods comprise pores of between 2-50 nm in diameter; and a cytokine that recruits an immune cell to the mesoporous silica rods, wherein the cytokine is loaded into the mesoporous silica rods and is released from the mesoporous silica rods upon administration to a subject, and wherein the mesoporous silica rods are capable of self-assembly in vivo into a three-dimensional scaffold that allows for immune cell infiltration . mesoporous silica rods, wherein the rods have a length of 5 μm to 500 μm, and wherein the rods comprise pores of between 2-50 nm in diameter; and a cytokine that recruits an immune cell to the mesoporous silica rods, wherein the cytokine is loaded into the mesoporous silica rods and is released from the mesoporous silica rods upon administration to a subject, and wherein the mesoporous silica rods are capable of self-assembly in vivo into a three-dimensional scaffold that allows for immune cell infiltration .
An optical device, comprising: a first main body comprising a first hole; a second main body comprising a second hole and connected to the first main body in a foldable manner; a sensor module disposed to be fixed to the first hole; a lens module disposed to be movable in an optical axis direction above the sensor module ; and a transparent member disposed on the second hole, characterized by further comprising: an elastic member connected to a lower surface of the lens module and an upper surface of the sensor module , wherein the elastic member is adapted to be compressed so that the lens module is disposed in the first hole when the first main body and the second main body are folded, and wherein the elastic member is adapted to be restored so that at least a portion of the lens module is disposed above the first hole when the first main body and the second main body are unfolded. a first main body comprising a first hole; a second main body comprising a second hole and connected to the first main body in a foldable manner; a sensor module disposed to be fixed to the first hole; a lens module disposed to be movable in an optical axis direction above the sensor module ; and a transparent member disposed on the second hole, characterized by further comprising: an elastic member connected to a lower surface of the lens module and an upper surface of the sensor module , wherein the elastic member is adapted to be compressed so that the lens module is disposed in the first hole when the first main body and the second main body are folded, and wherein the elastic member is adapted to be restored so that at least a portion of the lens module is disposed above the first hole when the first main body and the second main body are unfolded.
Method for the generative manufacture of a three-dimensional workpiece from a molten material , in particular a molten metal, in which method the molten material is fed to a compression chamber and discharged in drop form via a spray hole by means of a pressure pulse generated by means of a reciprocating piston that delimits the compression chamber , characterized in that the compression chamber is degassed before manufacturing begins and/or during a pause in manufacture, wherein, in a first step, ultrasonic waves are coupled into the molten material present in the compression chamber , which generate a force (F Bjrk ) that makes the gas in the molten material sink, and, in a second step, after the ultrasonic excitation has ended, the piston is moved deeper into the compression chamber in order to discharge the gas, which is then rising, via a guide for the piston , wherein the ultrasonic waves are coupled into the molten material by means of the piston , which is set into highfrequency oscillation for this purpose, wherein the piston is set into oscillation and/or moved backward and forward by means of an actuator . characterized in that the compression chamber is degassed before manufacturing begins and/or during a pause in manufacture, wherein, in a first step, ultrasonic waves are coupled into the molten material present in the compression chamber , which generate a force (F Bjrk ) that makes the gas in the molten material sink, and, in a second step, after the ultrasonic excitation has ended, the piston is moved deeper into the compression chamber in order to discharge the gas, which is then rising, via a guide for the piston , wherein the ultrasonic waves are coupled into the molten material by means of the piston , which is set into highfrequency oscillation for this purpose, wherein the piston is set into oscillation and/or moved backward and forward by means of an actuator .
A composite wood board, consisting of lignocellulosic chips or fibers, hollow glass balls and a binder, the composite wood board comprising at least one internal central layer and two external cover layers , characterized in that hollow glass balls are contained only in one cover layer or only in both external cover layers of the composite wood board .
Mop comprising a cleaning cloth and a base to which the cleaning cloth is to be retained, where said cleaning cloth to be retained on said mop base by coupling devices and said cleaning cloth having connecting tabs at the transverse ends for connecting to said mop base said connecting tabs comprise a lamina with an enlarged end , where said end enlargement (10 is thicker than the thickness of said lamina ) of the free end of the tab, and where said mop base is configured to retain in a removable manner said cleaning cloth , and includes a pair of half-frames , each hinged to a central connecting element of said base for a rotational movement of said half-frames between a flat position and a reclined position where said half-frames are brought closer together; on each of said half-frames near the free transverse side, opposite the side hinged to the central element , is hinged said coupling device , comprising a double lever, with a fulcrum axis parallel to the transverse edge, with a first lever facing the free end of the half-frame, held against the relative half-frame by elastic devices, to constitute the inlet and retention opening of the transverse end side of the cloth and the second lever, opposite the first lever, with respect to the fulcrum, spaced with respect to the outer surface of the half-frame, and which can be brought closer to the half-frame with a rotation movement with respect to the fulcrum which exceeds the elastic force of said elastic devices, and consequently to open wide the inlet mouth characterised by the fact that between the first arm of each lever and the corresponding outer surface of the half-frame there is a cavity that has a cross-section corresponding to the end enlargement of the transverse end of the cloth, which is configured with an end enlargement and that tapers into a lamina joining with the body of the cloth coming out of said cavity through an inlet mouth , defined with at least one retention wall either on the free end of the first arm of said lever and/or on the end of the free transverse side of a half-frame ; where when said first arm of said lever is pressed, by the action of the elastic devices , acting on the second arm of said lever, comes next to the outer surface of the half-frame closing the inlet mouth and keeping said cavity ; where the cavity has, near the inlet mouth and facing the fulcrum of the hinging of said lever, a retention wall perpendicular to the tab that crosses said mouth that connects to the outer wall of the end enlargement of the transverse end of the cloth for the relative retention of the transverse side of the cloth.
An isolated polypeptide comprising an amino acid sequence which has at least 92.5% sequence identity to SEQ ID NO: 3, which comprises SEQ ID NO: 1, wherein the polypeptide has cytoplasmic male sterile activity.
A frozen storage container configured for storing a biological sample or drug, and configured to be cooled by liquid nitrogen, comprising: a container body with an internal space ; and a partition wall which divides the internal space of the container body at least into a first space and a second space , wherein in the container body , the first space is liquid-tightly sealed and the second space has an opening which is in communication with the outside, and wherein the second space is configured for receiving the biological sample or drug and is liquid-tightly sealable by welding the container body, wherein the partition wall includes: a tubular portion which is capable of being inserted into the internal space of the container body ; and a wall portion which divides an internal space of the tubular portion along a direction intersecting an axial direction of the tubular portion, and wherein the partition wall has been inserted into the internal space of the container body , and the tubular portion has been welded to the container body. a container body with an internal space ; and a partition wall which divides the internal space of the container body at least into a first space and a second space , wherein in the container body , the first space is liquid-tightly sealed and the second space has an opening which is in communication with the outside, and wherein the second space is configured for receiving the biological sample or drug and is liquid-tightly sealable by welding the container body, wherein the partition wall includes: a tubular portion which is capable of being inserted into the internal space of the container body ; and a wall portion which divides an internal space of the tubular portion along a direction intersecting an axial direction of the tubular portion, a tubular portion which is capable of being inserted into the internal space of the container body ; and a wall portion which divides an internal space of the tubular portion along a direction intersecting an axial direction of the tubular portion, and wherein the partition wall has been inserted into the internal space of the container body , and the tubular portion has been welded to the container body.
An optical body , comprising: a substrate ; and a plurality of dispersions dispersed and comprised inside the substrate , wherein the dispersions form a birefringent interface with the substrate, wherein the plurality of dispersions have an average aspect ratio of 0.5 or less, wherein the aspect ratio is the ratio of a minor axis length to a major axis length based on a vertical cross-section in a longitudinal axis of a dispersion, and characterized in that the number of dispersions having a cross-sectional area of 0.3 μm 2 or less is 80% or more of the total dispersions , wherein the cross-sectional area of a dispersion is defined by Relationship Formula: Cross-sectional area of dispersion (μm 2 ) = π × long axis length of dispersion / 2 × short axis length of dispersion / 2 and wherein the long axis length and the short axis length of Relationship Formula 1 refer to the long axis and short axis of a dispersion in the cross-section of an optical body perpendicular to the elongating direction of the optical body, based on the vertical cross-section in the longitudinal direction of the dispersion and wherein the optical body satisfies Conditions and below. Glass transition temperature (T g ) of dispersion > Glass transition temperature (T g ) of substrate The difference in the glass transition temperatures of a dispersion and a substrate is within the range of 3 to 9°C, and wherein the glass transition temperature (T g ) of the substrate is 110°C to 130°C. a substrate ; and a plurality of dispersions dispersed and comprised inside the substrate , wherein the dispersions form a birefringent interface with the substrate, wherein the plurality of dispersions have an average aspect ratio of 0.5 or less, wherein the aspect ratio is the ratio of a minor axis length to a major axis length based on a vertical cross-section in a longitudinal axis of a dispersion, and characterized in that the number of dispersions having a cross-sectional area of 0.3 μm 2 or less is 80% or more of the total dispersions , wherein the cross-sectional area of a dispersion is defined by Relationship Formula: Cross-sectional area of dispersion (μm 2 ) = π × long axis length of dispersion / 2 × short axis length of dispersion / 2 and wherein the long axis length and the short axis length of Relationship Formula 1 refer to the long axis and short axis of a dispersion in the cross-section of an optical body perpendicular to the elongating direction of the optical body, based on the vertical cross-section in the longitudinal direction of the dispersion and wherein the optical body satisfies Conditions and below. Glass transition temperature (T g ) of dispersion > Glass transition temperature (T g ) of substrate The difference in the glass transition temperatures of a dispersion and a substrate is within the range of 3 to 9°C, and wherein the glass transition temperature (T g ) of the substrate is 110°C to 130°C.
A system for treating surfaces of bodies, in particular vacuum dressing, comprising - at least one connection device for the fluidic connection of a negative pressure generating device for generating a negative pressure in a volume which can be positioned on the surface of a body, and - at least one device for generating plasma , with which the volume in which the negative pressure can be generated can be at least partially filled with plasma or a plasma-activated medium. wherein the system comprises a first device for generating plasma which is arranged in the volume in which the negative pressure can be generated, so that the plasma and/or plasma-activated medium can be generated in the volume, characterized in that the first device for plasma generation is set up as a sensor system for detecting at least one physical parameter on the surface of the body, wherein the plasma source of the first device for plasma generation can additionally be used as a sensor system for wound monitoring. - at least one connection device for the fluidic connection of a negative pressure generating device for generating a negative pressure in a volume which can be positioned on the surface of a body, and - at least one device for generating plasma , with which the volume in which the negative pressure can be generated can be at least partially filled with plasma or a plasma-activated medium. wherein the system comprises a first device for generating plasma which is arranged in the volume in which the negative pressure can be generated, so that the plasma and/or plasma-activated medium can be generated in the volume, characterized in that the first device for plasma generation is set up as a sensor system for detecting at least one physical parameter on the surface of the body, wherein the plasma source of the first device for plasma generation can additionally be used as a sensor system for wound monitoring.