mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting depilation device comprising: a light source configured to emit light having a wavelength of 400 nm or longer and 1200 nm or shorter; a skin cooling unit that faces the light source, is configured to transmit the light emitted from the light source, and to cool skin upon coming into contact with the skin; and a push switch that includes a pressing unit surrounding an outer periphery of the light source and the skin cooling unit, wherein when the pressing unit is not being pressed, the pressing unit protrudes from a surface of the skin cooling unit toward an opposite side of the light source with respect to the skin cooling unit, the surface of the skin cooling unit being a surface that is to be brought into contact with the skin, when the pressing unit is pressed by the skin, a surface of the pressing unit is pressed by the skin to be moved toward the light source with respect to the skin cooling unit, and the push switch switches the light source to emit the light and not to emit the light to cause the light source to keep emitting the light at least for a part of time while the pressing unit is pressed, and not to emit the light while the pressing unit is not pressed. a light source configured to emit light having a wavelength of 400 nm or longer and 1200 nm or shorter; a skin cooling unit that faces the light source, is configured to transmit the light emitted from the light source, and to cool skin upon coming into contact with the skin; and a push switch that includes a pressing unit surrounding an outer periphery of the light source and the skin cooling unit, wherein when the pressing unit is not being pressed, the pressing unit protrudes from a surface of the skin cooling unit toward an opposite side of the light source with respect to the skin cooling unit, the surface of the skin cooling unit being a surface that is to be brought into contact with the skin, when the pressing unit is pressed by the skin, a surface of the pressing unit is pressed by the skin to be moved toward the light source with respect to the skin cooling unit, and the push switch switches the light source to emit the light and not to emit the light to cause the light source to keep emitting the light at least for a part of time while the pressing unit is pressed, and not to emit the light while the pressing unit is not pressed.
A display device comprising: a display panel disposed at a front of the display device; an intermediate panel disposed on a rear surface of the display panel, the intermediate panel having a rigidity that is greater than a rigidity of the display panel; a bracket comprising a first combining part which is attached to and extends around the intermediate panel and a second combining part which protrudes toward a frontal direction from the first combining part and attaches to the display panel, and guide grooves disposed on a rear surface of the second combining part; a side cover comprising a frame part disposed at edges of the display panel and the bracket to form an external appearance of a side surface of the display device, support parts extending from the frame part and supporting the bracket, and a guide rib protruding in the frontal direction from the support parts, which are received in one of the guide grooves; and a rear cover disposed on a rear surface of the intermediate panel and disposed at a rear of the display panel, the rear cover forming an external appearance of the rear surface of the display device. a display panel disposed at a front of the display device; an intermediate panel disposed on a rear surface of the display panel, the intermediate panel having a rigidity that is greater than a rigidity of the display panel; a bracket comprising a first combining part which is attached to and extends around the intermediate panel and a second combining part which protrudes toward a frontal direction from the first combining part and attaches to the display panel, and guide grooves disposed on a rear surface of the second combining part; a side cover comprising a frame part disposed at edges of the display panel and the bracket to form an external appearance of a side surface of the display device, support parts extending from the frame part and supporting the bracket, and a guide rib protruding in the frontal direction from the support parts, which are received in one of the guide grooves; and a rear cover disposed on a rear surface of the intermediate panel and disposed at a rear of the display panel, the rear cover forming an external appearance of the rear surface of the display device.
A sensor assembly for a waste container monitoring system, the sensor assembly configured to connect to a hydraulic reservoir in a waste compactor (200, 230), the sensor assembly comprising: a breather cap configured to facilitate intake of air into the hydraulic reservoir; a sensing element configured to detect a level of fluid in the hydraulic reservoir; and a dip tube carried by the breather cap and positioned to support the sensing element inside the hydraulic reservoir. a breather cap configured to facilitate intake of air into the hydraulic reservoir; a sensing element configured to detect a level of fluid in the hydraulic reservoir; and a dip tube carried by the breather cap and positioned to support the sensing element inside the hydraulic reservoir.
A composition for transdermal drug delivery comprising an ionic liquid, wherein the ionic liquid is: (a) a cationic component and an anionic component, wherein the anionic component is a geranate anion, preferably in a molar ratio ranging from 1:1 to 1:2 (cationic component to anionic component); or (b) [P(C 14 H 29)(C 6 H 13) 3] + ("PR 4 ") and an anionic component, wherein the anionic component is a geranate anion, preferably in a molar ratio ranging from 1:1 to 1:2 (cationic component to anionic component); and wherein the composition is non-irritating when applied to the surface of the skin. (a) a cationic component and an anionic component, wherein the anionic component is a geranate anion, preferably in a molar ratio ranging from 1:1 to 1:2 (cationic component to anionic component); or (b) [P(C 14 H 29)(C 6 H 13) 3] + ("PR 4 ") and an anionic component, wherein the anionic component is a geranate anion, preferably in a molar ratio ranging from 1:1 to 1:2 (cationic component to anionic component);
A method of assembly of a watch pivot device or a watch mechanism or a watch movement or a timepiece, the watch pivot device or the watch mechanism or the watch movement or the timepiece comprising: - a balance staff pivot of an oscillator of the balance wheel and hairspring type, notably of an oscillator of the balance wheel and hairspring type having a frequency of oscillation greater than or equal to 3 Hz, or greater than or equal to 4 Hz, and - a bearing, the method comprising the following stages: - supplying the pivot; - supplying the bearing; - applying, to at least one surface (101, 102, 211, 221) of the pivot and/or of the bearing, a lubricant of which the kinematic viscosity at a temperature of 20°C is greater than 3 St and lower than 50 St; - positioning the pivot in the bearing. - a balance staff pivot of an oscillator of the balance wheel and hairspring type, notably of an oscillator of the balance wheel and hairspring type having a frequency of oscillation greater than or equal to 3 Hz, or greater than or equal to 4 Hz, and - a bearing, - supplying the pivot; - supplying the bearing; - applying, to at least one surface (101, 102, 211, 221) of the pivot and/or of the bearing, a lubricant of which the kinematic viscosity at a temperature of 20°C is greater than 3 St and lower than 50 St; - positioning the pivot in the bearing.
A cup holder with an adjustable depth, comprising: a cup-holder base, having at least one accommodation hole; a fixed cup holder, fixed in the accommodation hole of the cup-holder base; and a moveable cup holder, moveably sleeved over the fixed cup holder and capable of rotating around the fixed cup holder to ascend and descend, wherein during ascending and descending of the moveable cup holder, an inner cavity of the moveable cup holder and an inner cavity of the fixed cup holder jointly define a container placement hole for placement of containers of different heights, wherein the fixed cup holder and the moveable cup holder both have a cup wall, and the cup wall of the moveable cup holder is inserted between a hole wall of the accommodation hole and the cup wall of the fixed cup holder; at least one ascending/descending spiral raised strip is provided on an outer surface of the cup wall of the fixed cup holder; at least one pair of guide blocks (330, 340) that clamps the ascending/descending spiral raised strip vertically and cooperates with the ascending/descending spiral raised strip to drive the moveable cup holder to ascend and descend is provided on an inner surface of the cup wall of the moveable cup holder; and when the moveable cup holder rotates around the fixed cup holder, one pair of guide blocks (330, 340) slides along a trajectory defined by the ascending/descending spiral raised strip and drives the moveable cup holder to ascend and descend, wherein one pair of guide blocks (330, 340) comprises an upper guide block and a lower guide block. a cup-holder base, having at least one accommodation hole; a fixed cup holder, fixed in the accommodation hole of the cup-holder base; and a moveable cup holder, moveably sleeved over the fixed cup holder and capable of rotating around the fixed cup holder to ascend and descend, wherein during ascending and descending of the moveable cup holder, an inner cavity of the moveable cup holder and an inner cavity of the fixed cup holder jointly define a container placement hole for placement of containers of different heights, wherein the fixed cup holder and the moveable cup holder both have a cup wall, and the cup wall of the moveable cup holder is inserted between a hole wall of the accommodation hole and the cup wall of the fixed cup holder; at least one ascending/descending spiral raised strip is provided on an outer surface of the cup wall of the fixed cup holder; at least one pair of guide blocks (330, 340) that clamps the ascending/descending spiral raised strip vertically and cooperates with the ascending/descending spiral raised strip to drive the moveable cup holder to ascend and descend is provided on an inner surface of the cup wall of the moveable cup holder; and when the moveable cup holder rotates around the fixed cup holder, one pair of guide blocks (330, 340) slides along a trajectory defined by the ascending/descending spiral raised strip and drives the moveable cup holder to ascend and descend, wherein one pair of guide blocks (330, 340) comprises an upper guide block and a lower guide block.
A mounting system for a gas turbine engine, the mounting system comprising: a low pressure turbine section; a first bearing supporting at least a portion of the low pressure turbine section; a mid-turbine frame supporting the first bearing; a rear mount (17R, 170R) connected to the mid-turbine frame and configured to react loads from the gas turbine engine; a high pressure turbine section; a turbine exhaust case and a second bearing supporting at least a portion of a load of the high pressure turbine section, wherein the mid-turbine frame supports the second bearing; characterized in that it further comprises a third bearing disposed within the turbine exhaust case aft of the first and second bearings (112, 114), the third bearing supporting a portion of a load of the low pressure turbine section; wherein the load of the low pressure turbine section is carried by both the mid-turbine frame and the turbine exhaust case. a low pressure turbine section; a first bearing supporting at least a portion of the low pressure turbine section; a mid-turbine frame supporting the first bearing; a rear mount (17R, 170R) connected to the mid-turbine frame and configured to react loads from the gas turbine engine; a high pressure turbine section; a turbine exhaust case and a second bearing supporting at least a portion of a load of the high pressure turbine section, wherein the mid-turbine frame supports the second bearing; characterized in that it further comprises a third bearing disposed within the turbine exhaust case aft of the first and second bearings (112, 114), the third bearing supporting a portion of a load of the low pressure turbine section; wherein the load of the low pressure turbine section is carried by both the mid-turbine frame and the turbine exhaust case.
Profiled strip comprising a visible side, a first end side provided with first male (1'C) and first female connecting means (I'D), and a second end side which is situated opposite the first end side and is provided with second male and second female connecting means, in which the connecting means are suitable to join the end sides of adjoining profiled strips (1, 1') with one another by engagement of the male and the female connecting means, in which the profiled strip furthermore comprises first vertical locking means which are provided to produce a vertical lock between adjoining profiled strips, wherein the first vertical locking means are made from the same material as the profiled strip and comprise a pliable projection (1'7) having an end (1'3) which forms part of the first male connecting means, wherein the first vertical locking means furthermore comprise a first recess which forms part of the second female connecting means in which the end (1'3) of the pliable projection (1'7) engages when the first male connecting means engage in the second female connecting means, and wherein the pliable projection is configured to carry out a bending movement during the joining of the adjoining profiled strips in the direction of the adjoining end side by moving in a second recess (1'6) which forms part of the first male connecting means, in order then to at least partly bend back into its original position when the first male connecting means engage in the second female connecting means, wherein the profiled strip is made from plastic in a single part, wherein the visible side of the profiled strip comprises a decorative top layer, characterized in that during the entire joining process of two of said profiled strips, the pliable projection (1'7) of the first vertical locking means is configured to act as a spacer in an horizontal direction between the ends (1'2, 12) of the visible sides of the adjoining profiled strips, so that said ends (1'2, 12) of the visible sides cannot come into contact with one another until the very last moment during the joining process, thereby preventing damages to said ends (1'2, 12) of the visible sides.
A method of controlling a voltage source converter of a power supporting arrangement to act as a virtual synchronous machine, the method comprising: obtaining a measured power level of the converter, processing the measured power level using a differential equation of the angular velocity of the virtual synchronous machine in order to obtain a control contribution (ωvsm), providing the phase angle (θvsm) of a physical quantity (Vvsm) used to control the converter based on the control contribution, monitoring the ability of the converter to act as a virtual synchronous machine, and adjusting the control contribution based on the monitoring of the capability is deemed insufficient, wherein the differential equation is a swing equation defining the change in the angular velocity of the virtual synchronous machine over time comprising a moment of inertia term and a damping term (Kf) and, characterised in that the adjusting comprises increasing the damping term and/or decreasing the moment of inertia term, if the ability of the converter to act as a virtual synchronous machine is deemed insufficient. obtaining a measured power level of the converter, processing the measured power level using a differential equation of the angular velocity of the virtual synchronous machine in order to obtain a control contribution (ωvsm), providing the phase angle (θvsm) of a physical quantity (Vvsm) used to control the converter based on the control contribution, monitoring the ability of the converter to act as a virtual synchronous machine, and adjusting the control contribution based on the monitoring of the capability is deemed insufficient, wherein the differential equation is a swing equation defining the change in the angular velocity of the virtual synchronous machine over time comprising a moment of inertia term and a damping term (Kf) and, characterised in that the adjusting comprises increasing the damping term and/or decreasing the moment of inertia term, if the ability of the converter to act as a virtual synchronous machine is deemed insufficient.
A sustained release drug delivery system comprising: (a) a water soluble therapeutic agent; (b) a polymeric carrier for the therapeutic agent; and (c) a release modifier for modifying a release rate of the therapeutic agent from the polymeric carrier, wherein the release modifier is a saturated straight chain alcohol comprising 16 to 26 carbon atoms, and the sustained release drug delivery system can release a therapeutic amount of the therapeutic agent over a period of time of at least about one week, wherein the therapeutic agent is ranibizumab or bevacizumab. (a) a water soluble therapeutic agent; (b) a polymeric carrier for the therapeutic agent; and (c) a release modifier for modifying a release rate of the therapeutic agent from the polymeric carrier, wherein the release modifier is a saturated straight chain alcohol comprising 16 to 26 carbon atoms, and the sustained release drug delivery system can release a therapeutic amount of the therapeutic agent over a period of time of at least about one week, wherein the therapeutic agent is ranibizumab or bevacizumab.
A wearable automated external defibrillator, comprising: two or more defibrillation modules that are wearable on one of a body and a limb of a patient; each defibrillation module having a defibrillation subsystem (12, 14), the two or more defibrillation modules being capable of generating a multiphasic therapeutic pulse, the multiphasic therapeutic pulse having more than one positive pulse and more than one negative pulse; each defibrillation subsystem (12, 14) having a power source and an energy reservoir; two or more patient interface assemblies that are wearable on one of a body and a limb of a patient; each patient interface assembly adapted to make contact with a piece of skin of the patient; and wherein the two or more defibrillation modules are capable of delivering the multiphasic therapeutic pulse to the patient through the patient interface assemblies connected to each defibrillation module. two or more defibrillation modules that are wearable on one of a body and a limb of a patient; each defibrillation module having a defibrillation subsystem (12, 14), the two or more defibrillation modules being capable of generating a multiphasic therapeutic pulse, the multiphasic therapeutic pulse having more than one positive pulse and more than one negative pulse; each defibrillation subsystem (12, 14) having a power source and an energy reservoir; two or more patient interface assemblies that are wearable on one of a body and a limb of a patient; each patient interface assembly adapted to make contact with a piece of skin of the patient; and wherein the two or more defibrillation modules are capable of delivering the multiphasic therapeutic pulse to the patient through the patient interface assemblies connected to each defibrillation module.
A vertical external cavity surface emitting laser (VECSEL) structure, comprising: a first reflector; a second reflector; a heterostructure comprising an active region that includes a plurality of quantum well structures configured to emit radiation at a wavelength, λ lase, in response to pumping by an electron beam, the active region disposed between the first reflector and the second reflector and spaced apart from the first reflector by an external cavity; an electron beam source configured to generate the electron beam which is directed toward the active region; and at least one electrical contact electrically coupled to the heterostructure and configured to provide a current path between the heterostructure and ground, characterized in that, the quantum well structures are arranged in the active region so that the density of quantum wells increases as a function of distance starting from the side of the active region farthest from where the electron beam enters the active region. a first reflector; a second reflector; a heterostructure comprising an active region that includes a plurality of quantum well structures configured to emit radiation at a wavelength, λ lase, in response to pumping by an electron beam, the active region disposed between the first reflector and the second reflector and spaced apart from the first reflector by an external cavity; an electron beam source configured to generate the electron beam which is directed toward the active region; and at least one electrical contact electrically coupled to the heterostructure and configured to provide a current path between the heterostructure and ground, characterized in that,
A damping device for a shaft rotating about an axis of rotation parallel to a direction relative to a structure, said damping device comprising: - a support suitable for being secured to said structure, said support being provided with a first opening positioned perpendicular to said direction, and - a plate provided with a second opening positioned perpendicular to said direction, said shaft being suitable for passing simultaneously through said first opening and said second opening with a first radial clearance with said support and a second radial clearance with said plate, respectively, - a disc provided with a third opening positioned perpendicular to said direction, said disc being positioned between said support and said plate and being mobile relative to said support in a plane perpendicular to said direction, said shaft being suitable for passing through said third opening with a third radial clearance with said disc, said third radial clearance being less than said first radial clearance and than said second radial clearance, and - a clamping means, parallel to said direction, flattening said plate against said disc and said disc against said support, characterised in that said damping device comprises an elastic centring means positioned radially about said disc. - a support suitable for being secured to said structure, said support being provided with a first opening positioned perpendicular to said direction, and - a plate provided with a second opening positioned perpendicular to said direction, said shaft being suitable for passing simultaneously through said first opening and said second opening with a first radial clearance with said support and a second radial clearance with said plate, respectively, - a disc provided with a third opening positioned perpendicular to said direction, said disc being positioned between said support and said plate and being mobile relative to said support in a plane perpendicular to said direction, said shaft being suitable for passing through said third opening with a third radial clearance with said disc, said third radial clearance being less than said first radial clearance and than said second radial clearance, and - a clamping means, parallel to said direction, flattening said plate against said disc and said disc against said support, characterised in that said damping device comprises an elastic centring means positioned radially about said disc.