mhurhangee/ep-ind-claims huggingface dataset:
A surgical lighting system, comprising: a central shaft; a surgical light head; an extension arm having a hub at a proximal end thereof mounted to the central shaft for pivotable movement about the central shaft; a load balancing arm coupled to a distal end of the extension arm for pivotable movement relative to the extension arm; a yoke assembly coupled to a distal end of the load balancing arm for pivotable movement relative to the load balancing arm, wherein the yoke assembly supports the surgical light head for multi-axis movement relative to the load balancing arm; wherein the surgical light head includes a plurality of light emitting elements that are arranged to emit light downward to a region of interest and an optical signal generating component (182, 560) configured to capture data associated with the region of interest and generate an optical signal based on the captured data; and one or more optical fiber cables (710, 720, 730, 740) and one or more rotatable joints (610, 620, 630) configured to transmit the optical signal associated with the captured data from the surgical light head to one or more of the yoke assembly, the load balancing arm, the extension arm, and the central shaft; wherein the surgical light head includes a light head housing (116, 122) and a handle mounted to the light head housing and protruding downward from the light head housing, and wherein the optical signal generating component is mounted and rotatable within the handle.
A conveyor belt comprising: a belt body having an upper surface; a plurality of passive resonant circuits disposed at individual positions in the belt body, each of the passive resonant circuits having a resonant frequency and including: a force-sensitive element that changes the resonant frequency of the passive resonant circuit as a function of the force applied from conveyed articles on the upper surface of the belt to the force-sensitive element. a belt body having an upper surface; a plurality of passive resonant circuits disposed at individual positions in the belt body, each of the passive resonant circuits having a resonant frequency and including: a force-sensitive element that changes the resonant frequency of the passive resonant circuit as a function of the force applied from conveyed articles on the upper surface of the belt to the force-sensitive element.
A picture processing method, used for a user equipment including a processor, wherein the method comprises: detecting a copy instruction for copying a picture by the processor of the user equipment; wherein the picture is stored at a first memory address and comprises a first exchange image file format (EXIF) information including a first positioning information; obtaining, by the processor of the user equipment, the first positioning information; deleting, by the processor of the user equipment, the first positioning information of the picture to obtain a temporary file, wherein the temporary file comprises a second exchange image file format (EXIF) information, and the second exchange image file format (EXIF) information does not comprise the first positioning information; and copying, by the processor of the user equipment, the temporary file. detecting a copy instruction for copying a picture by the processor of the user equipment; wherein the picture is stored at a first memory address and comprises a first exchange image file format (EXIF) information including a first positioning information; obtaining, by the processor of the user equipment, the first positioning information; deleting, by the processor of the user equipment, the first positioning information of the picture to obtain a temporary file, wherein the temporary file comprises a second exchange image file format (EXIF) information, and the second exchange image file format (EXIF) information does not comprise the first positioning information; and copying, by the processor of the user equipment, the temporary file.
A combination for use in a method to treat a subject susceptible to or afflicted with a functional somatic syndrome selected from fibromyalgia, chronic fatigue syndrome and irritable bowel syndrome, comprising a therapeutically-effective amount of famciclovir and a therapeutically-effective amount of celecoxib.
Method of making a sintered cemented carbide body comprising one or more hard constituents and a binder phase based on cobalt and/or nickel by powder metallurgical methods milling, pressing and sintering of powders characterized in that at least 25% of the binder phase powder has a specific surface area of 3 to 8 m 2 /g and a grain size of the particles of between 1 and 5 μm.
A proportional hydrogen solenoid valve, intended to regulate the flow of hydrogen and comprising a fixed core, a mobile core, a primary elastic return means, a secondary elastic return means, a sealing means, inlet and outlet ports (11, 12), a slider and a sealing element, wherein the mobile core that can move axially through a hole relative to said fixed core by the force of a magnetic field created by a coil, in which the primary elastic return means are linked to the mobile core and the secondary elastic return means are linked to the sealing means to allow fluid to flow through the inlet and outlet ports, wherein the sealing means are located in the slider that is moved by the movement of the mobile core, the slider is made up of a substantially cylindrical body defined by a first portion facing the mobile core and a second portion oriented towards the inlet and outlet ports for the circulating fluid, in which the first portion comprises a series of annular recesses and a cavity at the end facing the mobile core, wherein a sealing element coupled to the mobile core can be inserted, wherein the second portion comprises a substantially cylindrical recessed cross section in which the secondary elastic return means are inserted, the first portion having a larger external diameter than the second portion, and in which the slider has a termination at the free end of the second portion intended to seal the outlet, wherein a washer is provided that is housed at the end of the mobile core that faces the fixed core, a housing being formed by a centrally protruding enlargement around a rim of a blind hole in which the primary elastic return means is located, characterized in that the termination is made up of a frustoconical section from which a cylindrical extension extends, and the washer has an internal diameter that is defined by two projecting planes that converge with each other at half the height of the total height of the washer, said planes having dimensions that are complementary to a inner part of the enlargement.
A tank comprising an inlet, intended for a liquid food product, where the inlet is positioned in the side wall of the tank and at the upper end of the tank, characterised in that the inlet inside the tank discharges in a pipe socket which is fixedly secured against the inside of the tank, the socket having a downwardly directed opening with a span of 90-130°, and being directly connected to a disk that has a span which corresponds to the span of the opening of the socket, the disk having side portions which entail that the opening of the socket is completely enclosed by means of the disk and the side portions, so that the inflowing product is distributed in fan-shape along the inside of the tank.
A hybrid power system, provided with an internal combustion engine and a driving motor having a casing, wherein the internal combustion engine connects to a crankshaft, an output end of the crankshaft connects to a clutch, the clutch connects to a main shaft of the driving motor, and the clutch comprises an axially movable contrate gear connected to the main shaft of the driving motor and an axially fixed contrate gear connected to the crankshaft; characterized in that the hybrid power system is further provided with an integrated starter generator of a hollow ring shape, wherein the clutch is arranged at its center; wherein the integrated starter generator, comprising a stator and a rotor, the stator and the rotor are provided oppositely in an axial direction of the integrated starter generator, each of the stator and the rotor is provided with a ring-shaped iron core, the iron core (120, 130) of the stator is provided with a coil winding (121, 131) on a side that faces the rotor, the iron core (122, 132) of the rotor is provided with a squirrel-cage conductor or a plurality of permanent magnets on a side that faces the stator, and the rotor and the stator are spaced by a predetermined distance to form an air gap plane that is perpendicular to the axial direction of the rotor and the stator; wherein the rotor of the integrated starter generator is mounted and fixed on the peripheral edge of the fixed contrate gear connecting to the crankshaft both as the rotor of the integrated starter generator and a clutch flywheel, and the stator of the integrated starter generator is axially mounted and fixed on the casing of the driving motor.
A wireless power receiver for wirelessly receiving power from a wireless power transmitter, the wireless power receiver comprising: a reception coil part (220, 240) configured to be resonance-coupled with the wireless power transmitter to receive the power; a metallic shielding part for shielding the magnetic field generated from the reception coil part (220, 240); and an eddy current prevention part disposed at one side of the reception coil part (220, 240) to prevent an eddy current caused by a magnetic field generated from the reception coil part (220, 240) of the wireless power receiver, wherein the metallic shielding part includes a horizontal part and first and second vertical parts, which are bent from an outer peripheral portion of the horizontal part, and the reception coil part (220, 240) is disposed between the first and second vertical parts, and characterised in that the eddy current prevention part includes a plating layer disposed on surfaces of the horizontal part and the first and second vertical parts, and the plating layer disposed on the surface of the horizontal part is thicker than the plating layer disposed on the surfaces of the first and second vertical parts. a reception coil part (220, 240) configured to be resonance-coupled with the wireless power transmitter to receive the power; a metallic shielding part for shielding the magnetic field generated from the reception coil part (220, 240); and an eddy current prevention part disposed at one side of the reception coil part (220, 240) to prevent an eddy current caused by a magnetic field generated from the reception coil part (220, 240) of the wireless power receiver,
A disposable absorbent article selected from a sanitary napkin or a pantyliner comprising a topsheet 14 that has an upper side that is worn against a user's body and a lower side; an absorbent core 18; and an airlaid layer disposed between the topsheet and the absorbent core which has a basis weight of less than 125 grams per square meter, said air laid layer comprising a concentration of from 0,3 to 3,5 grams of superabsorbent material per square meter.
A receptacle for use with an apparatus for generating an inhalable medium, the receptacle comprising: a chamber for containing a flavour material, whereby, in use, at least one of a vapour and an aerosol generated by the apparatus can flow through the flavour material to entrain one or more constituents from the flavour material to produce the inhalable medium; wherein the receptacle is configured to maintain an air gap separation between an outlet end of the chamber and flavour material when it is received in the chamber, the outlet end being configured to enable the inhalable medium to flow out of the chamber; and characterised in that the receptacle is a mouthpiece or part of a mouthpiece for the apparatus for generating an inhalable medium. a chamber for containing a flavour material, whereby, in use, at least one of a vapour and an aerosol generated by the apparatus can flow through the flavour material to entrain one or more constituents from the flavour material to produce the inhalable medium; wherein the receptacle is configured to maintain an air gap separation between an outlet end of the chamber and flavour material when it is received in the chamber, the outlet end being configured to enable the inhalable medium to flow out of the chamber; and characterised in that the receptacle is a mouthpiece or part of a mouthpiece for the apparatus for generating an inhalable medium.
An internal combustion engine having a plurality of cylinders and with a power train component other than the internal combustion engine arranged adjoining it, wherein if designating an average of a height of a combustion chamber in a region inside from a virtual cylindrical surface passing through a center of a valve body of an intake valve and extending in a circumferential direction of each cylinder when a piston is at top dead center, as a "center height", and designating an average of a height of the combustion chamber in a region outside from the virtual cylindrical surface when the piston is at top dead center, as a "peripheral height", the combustion chambers are formed so that a center height of a component side cylinder positioned the most to the power train component side among the plurality of cylinders is higher than center heights of usual cylinders including at least one cylinder other than the component side cylinder and a peripheral height at the component side cylinder is lower than peripheral heights of the usual cylinders.
A method of producing a patch for application to a desired region of human skin wherein the method comprises the steps of: (a) providing to a computer image data relating to the desired region of human skin to be covered by the patch during use, wherein the computer converts the image data to geometric data representing a geometric model of the desired region of human skin; and (b) using the geometric data to control a 3D printer to print successive layers of flexible materials to form the patch, wherein the patch comprises a flexible film having a first, adhesive, outwardly-facing major surface and a second outwardly-facing surface which is textured to correspond to the desired region of human skin; wherein the flexible film further comprises at least one pigmented region and at least one region adapted to modify one or more optical properties selected from the group consisting of light transmission, light reflection, and light absorption. (a) providing to a computer image data relating to the desired region of human skin to be covered by the patch during use, wherein the computer converts the image data to geometric data representing a geometric model of the desired region of human skin; and (b) using the geometric data to control a 3D printer to print successive layers of flexible materials to form the patch, wherein the patch comprises a flexible film having a first, adhesive, outwardly-facing major surface and a second outwardly-facing surface which is textured to correspond to the desired region of human skin; wherein the flexible film further comprises at least one pigmented region and at least one region adapted to modify one or more optical properties selected from the group consisting of light transmission, light reflection, and light absorption.
A flatbed air-liquid interface exposure module, the flatbed air-liquid interface exposure module comprising a moisturizing section, an exposure section, and an aerosol duct; - the exposure section comprising a means for ensuring an electric field comprising a metal plate, wherein the metal plate comprises a plurality of discrete stubs which protrude from the metal plate into the exposure section; - the aerosol duct being configured for sequentially guiding charged nanoparticles through the moisturizing section and the exposure section; - the exposure section comprising an inverted well cell culture set-up comprising inverted wells, each inverted well comprising a porous membrane for supporting a plurality of cells at an air-liquid interface, the inverted wells being positioned over the plurality of stubs of the metal plate; and - the aerosol duct being configured to guide the charged nanoparticles horizontally over the plurality of inverted wells. - the exposure section comprising a means for ensuring an electric field comprising a metal plate, wherein the metal plate comprises a plurality of discrete stubs which protrude from the metal plate into the exposure section; - the aerosol duct being configured for sequentially guiding charged nanoparticles through the moisturizing section and the exposure section; - the exposure section comprising an inverted well cell culture set-up comprising inverted wells, each inverted well comprising a porous membrane for supporting a plurality of cells at an air-liquid interface, the inverted wells being positioned over the plurality of stubs of the metal plate; and - the aerosol duct being configured to guide the charged nanoparticles horizontally over the plurality of inverted wells.
Method for operating a food preparation entity, said food preparation entity being adapted to bake and/or cook food, the method comprising the steps of: - providing reference energy consumption information, said reference energy consumption information indicating the energy consumption of the non-food-loaded food preparation entity during a heat-up phase; - measuring the energy consumption of the food-loaded food preparation entity during a heat-up phase; - comparing the reference energy consumption information and the measured energy consumption, thereby obtaining a comparison result; - controlling the food preparation entity based on said comparison result. - providing reference energy consumption information, said reference energy consumption information indicating the energy consumption of the non-food-loaded food preparation entity during a heat-up phase; - measuring the energy consumption of the food-loaded food preparation entity during a heat-up phase; - comparing the reference energy consumption information and the measured energy consumption, thereby obtaining a comparison result; - controlling the food preparation entity based on said comparison result.
Protector for protecting threads on pipes, the protector comprising an engaging portion and a bumper portion covering the engaging portion radially, wherein the engaging portion is made out of a polymeric material, and wherein the engaging portion is internally threaded, characterized in that the protector comprises a bottom axially closing the protector, wherein the bottom and the engaging portion are formed integrally, wherein the bumper portion is softer than the engaging portion and has a shore D hardness that is lower than the shore D hardness of the engaging portion. wherein the engaging portion is internally threaded, characterized in that the protector comprises a bottom axially closing the protector, wherein the bottom and the engaging portion are formed integrally, wherein the bumper portion is softer than the engaging portion and has a shore D hardness that is lower than the shore D hardness of the engaging portion.
Hair clippers including a casing containing a stationary blade and a mobile blade able to be driven relative to the stationary blade in order to perform a cut, the casing being equipped with at least one comb, to be fitted between the cutting blades and the scalp and whose position relative to the casing may be adjusted, the movement of this comb being controlled by an adjustment mechanism linked to this comb by means of a mechanical linkage and the adjustment mechanism able to be maintained in at least one initial extended position relative to the casing by a retraction mechanism, characterised by the adjustment mechanism being able to rotate around its axis Δ during adjustment, the adjustment mechanism being maintained in the initial extended position, and by the adjustment mechanism being able to be maintained in a second retracted position relative to the initial extended position.
Method for monitoring a pressure of a tire mounted on a wheel of a vehicle in motion, the method comprising a step of: - measurement of a temperature (T m) relative to the immediate environment of the vehicle; said method being characterized in that it further comprises the following steps: - estimation of the weight (M e) of the vehicle; - measurement of at least one first oscillation frequency (Fm 1) of the tire in a first range of frequencies and of a second oscillation frequency (Fm 2) of the tire in a second range of frequencies, and - determination of the pressure (P c) of the tire as a function of the first (Fm 1) and second (Fm 2) oscillation frequencies and of the temperature (T m) measured and of the estimated weight (M e) of the vehicle. - measurement of a temperature (T m) relative to the immediate environment of the vehicle; - estimation of the weight (M e) of the vehicle; - measurement of at least one first oscillation frequency (Fm 1) of the tire in a first range of frequencies and of a second oscillation frequency (Fm 2) of the tire in a second range of frequencies, and - determination of the pressure (P c) of the tire as a function of the first (Fm 1) and second (Fm 2) oscillation frequencies and of the temperature (T m) measured and of the estimated weight (M e) of the vehicle.
A method, comprising: receiving video images from a plurality of video cameras (32A-32E) having respective fields of view that cover a geographical region; at a first time, outputting first video images of an object, which are captured by a first video camera selected from the plurality; receiving location indications, which specify a geographical location of the object in the geographical region and which are determined independently of the video images; at a second time subsequent to the first time, selecting based on the location indications a second video camera from the plurality, different from the first video camera; characterised by displaying the first video images in a central window of a display screen and displaying second video images of the second video camera to which the next hand-off is anticipated in a second window that is smaller than the central window and offset in the display screen; switching to output second video images of the object in the central window as the object moves into a field of view of the second video camera. receiving video images from a plurality of video cameras (32A-32E) having respective fields of view that cover a geographical region; at a first time, outputting first video images of an object, which are captured by a first video camera selected from the plurality; receiving location indications, which specify a geographical location of the object in the geographical region and which are determined independently of the video images; at a second time subsequent to the first time, selecting based on the location indications a second video camera from the plurality, different from the first video camera; characterised by displaying the first video images in a central window of a display screen and displaying second video images of the second video camera to which the next hand-off is anticipated in a second window that is smaller than the central window and offset in the display screen; switching to output second video images of the object in the central window as the object moves into a field of view of the second video camera.