mhurhangee/ep-ind-claims huggingface dataset:
Cosmetic or dermatological compositions or medical devices comprising compositions comprising: a) a synergic combination of antifungal agents consisting of 1,2-decanediol and Thymus vulgaris essential oil; b) at least one keratolytic agent consisting of a mixture of urea and lactic acid wherein the concentration of the mixture of urea and lactic acid ranges from 30 to 50% (w/w), and the urea-lactic acid weight ratio ranges from 0.5: 1 to 1:0.5, and c) polyquaternium-7 in concentrations ranging from 0.1 % to 5% (w/w) as an adhesive cationic polymer, wherein the compositions are for use in the treatment of onychomycosis. a) a synergic combination of antifungal agents consisting of 1,2-decanediol and Thymus vulgaris essential oil; b) at least one keratolytic agent consisting of a mixture of urea and lactic acid wherein the concentration of the mixture of urea and lactic acid ranges from 30 to 50% (w/w), and the urea-lactic acid weight ratio ranges from 0.5: 1 to 1:0.5, and c) polyquaternium-7 in concentrations ranging from 0.1 % to 5% (w/w) as an adhesive cationic polymer, wherein the compositions are for use in the treatment of onychomycosis.
A robotic surgical system, comprising: a surgical instrument; a robot operably configured to navigate the surgical instrument relative to an anatomical region within a coordinate system of the robot; and a robot controller configured to provide commands to the robot for controlling a pose of an end-effector of the robot; characterized in that the robot controller is operably configured to define a remote center of motion for a spherical rotation of the surgical instrument within the coordinate system of the robot based on a physical location within the coordinate system of the robot of a port into the anatomical region, and the robot controller is further operably configured to command the robot to align the previously defined remote center of motion of the surgical instrument with the port into the anatomical region for spherically rotating the surgical instrument relative to the port into the anatomical region. a surgical instrument; a robot operably configured to navigate the surgical instrument relative to an anatomical region within a coordinate system of the robot; and a robot controller configured to provide commands to the robot for controlling a pose of an end-effector of the robot; the robot controller is operably configured to define a remote center of motion for a spherical rotation of the surgical instrument within the coordinate system of the robot based on a physical location within the coordinate system of the robot of a port into the anatomical region, and the robot controller is further operably configured to command the robot to align the previously defined remote center of motion of the surgical instrument with the port into the anatomical region for spherically rotating the surgical instrument relative to the port into the anatomical region.
A grease pumping device, comprising a pump body, a driving mechanism with an output rotating shaft, and at least one plunger pair driven by the driving mechanism, characterized by further comprising a reversing valve and a lever mechanism provided in the pump body, wherein a switching action between each valve position of a valve core of the reversing valve is driven by a swinging action of the lever mechanism, the output rotating shaft drives a toggle member rotating therewith, and when the output rotating shaft rotates reciprocally in forward and reverse directions, the toggle member toggles the lever mechanism in the forward and reverse directions, such that the lever mechanism swings reciprocally, thereby changing the valve position of the reversing valve, characterized in that at least one of the lever mechanism and the toggle member is an elastic structure, when the output rotating shaft rotates in the forward direction or the reverse direction, the toggle member contacts the lever mechanism and drives the valve core to operate, and when the valve core is switched to a corresponding valve position, the toggle member and the lever mechanism slide relatively by elastic deformation of the elastic structure.
A treatment installation for straws for packaging a predetermined dose of liquid-based substance, in particular animal semen, comprising at least one treatment machine (12; 14) for said straws and a supply and positioning device configured to receive said straws and dispose them one by one in a predetermined orientation for treatment of said straws by said machine (12; 14); said supply and positioning device comprising at least one curved ramp having a reception portion for receiving said straws and an ejection portion for ejecting said straws, which is away from said reception portion and situated lower than the latter, said curved ramp being configured to convey, to said ejection portion, a said straw received on said reception portion and freely sliding on said ramp, said curved ramp having a concave profile turned upwardly such that said profile has an orientation closer to the vertical in said reception portion for receiving said straws than in said ejection portion for ejecting said straws, such that a said straw received on said reception portion is accelerated to said ejection portion where said straw is guided and ejected in said predetermined orientation for treatment of said straw by said treatment machine (12; 14).
A nonaqueous electrolyte energy storage device comprising a positive electrode containing a positive composite, the positive composite containing a positive active material, phosphorus and aluminum, wherein phosphorus and aluminum are present in a film on the surface of the positive composite, wherein in a spectrum of the positive composite as measured by X-ray photoelectron spectroscopy, a peak position of P2p is at 134.7 eV or less, and a peak height ratio of Al2p to P2p (Al2p/P2p) is 0.1 or more and 0.5 or less, wherein the X-ray photoelectron spectroscopy measurements are performed on the positive composite in an end-of-discharge state using a X-ray source of monochromatic AlKα, and the spectrum is corrected by setting the peak of sp2 carbon in C1s to 284.8 eV, leveling processing is performed by removing the background using a straight-line method, the spectrum of each element is corrected using the relative sensitivity factor, and a value with the highest peak intensity is defined as the peak height. wherein in a spectrum of the positive composite as measured by X-ray photoelectron spectroscopy, a peak position of P2p is at 134.7 eV or less, and a peak height ratio of Al2p to P2p (Al2p/P2p) is 0.1 or more and 0.5 or less, wherein the X-ray photoelectron spectroscopy measurements are performed on the positive composite in an end-of-discharge state using a X-ray source of monochromatic AlKα, and the spectrum is corrected by setting the peak of sp2 carbon in C1s to 284.8 eV, leveling processing is performed by removing the background using a straight-line method, the spectrum of each element is corrected using the relative sensitivity factor, and a value with the highest peak intensity is defined as the peak height.
Process for the anaerobic purification of waste water using a sludge bed system, which process comprises feeding waste water and optionally recycle water, to the lower part of an upflow reactor comprising a three phase separator, said reactor containing mainly granular biomass thus producing biogas in the treatment; passing the resulting gas/liquid/solid mixture upward through the separator; separating the gas and solid from the liquid in said separator and thereby generating an anaerobic effluent that is withdrawn from the top of the separator via means for withdrawing effluent, the improvement comprising that the three phase separator comprises a main separator body, at least one entry for a gas-liquid-solid mixture situated between biogas separation baffle plates for separating gas from the mixture, that the gas-liquid-solid mixture flows between the multiple- biogas separation baffle plates in a turbulent, downward flow, whereby attached gas is separated from the solids, and that the solids are separated from the liquid in a portion of the separator above the separation of the gas from the liquid phase, wherein tilted plates, tubes or other tilted internals are installed in said portion of the three phase separator body above the baffle plates to increase the effective settling surface.
A sorting device comprising: a channel adapted to allow passage of a plurality of samples in a fluid to a first side of a sorting junction; a plurality of Braille valves connected by a plurality of connectors to the sorting junction and located downstream at a distance to the sorting junction; an analysis device for analysing ones of the plurality of the samples and adapted to control ones of the plurality of Braille valves depending on properties of the analysed ones of the plurality of the samples; characterized in that the analysis device is mounted at the sorting junction. a channel adapted to allow passage of a plurality of samples in a fluid to a first side of a sorting junction; a plurality of Braille valves connected by a plurality of connectors to the sorting junction and located downstream at a distance to the sorting junction; an analysis device for analysing ones of the plurality of the samples and adapted to control ones of the plurality of Braille valves depending on properties of the analysed ones of the plurality of the samples; characterized in that the analysis device is mounted at the sorting junction.
A medical imaging system, comprising: an imager configured to generate a volumetric image data set of an anatomical site; an array of transducers located on a distal face of the imager, the array having a length and a width defining a first footprint, wherein the array generates the volumetric image data set, the volumetric image data set being defined by a volume defined by the length, width and a depth, the volumetric imaging data set of the anatomical site including all anatomical features within the volume, and wherein the transducer array includes a first block and a second block (1610") which can be flexed apart, whereby separating the first block and the second block (1610") allows for surgical procedures while the transducer array is placed on a target body zone. an imager configured to generate a volumetric image data set of an anatomical site; an array of transducers located on a distal face of the imager, the array having a length and a width defining a first footprint, wherein the array generates the volumetric image data set, the volumetric image data set being defined by a volume defined by the length, width and a depth, the volumetric imaging data set of the anatomical site including all anatomical features within the volume, and wherein the transducer array includes a first block and a second block (1610") which can be flexed apart, whereby separating the first block and the second block (1610") allows for surgical procedures while the transducer array is placed on a target body zone.
Heating household appliance for food preparation comprising a work container, a rotating work accessory arranged in the work container, an upper motorised casing to rotate the rotating work accessory about a rotation axis, an electric heating device for heating food contained in the work container, an intermediate cover carried by the work container, a work chamber being defined by the work container and the intermediate cover, the intermediate cover having a discharge duct placing the work chamber in communication with the outside of the appliance, the discharge duct comprising an inlet communicating with the work chamber and a discharge aperture communicating with the outside of the appliance, characterised in that the discharge aperture opens out opposite an inner side wall of the work container, spaced from an outlet opening to the outside of the appliance.
A cable tie, to affix one or more elongated members to an object, the cable tie comprising: a strap configured with a first strap end and a second strap end and a top side and an underside, said strap configured with a plurality of cross-bars extended in two parallel spaced rows along each of said top side and said underside of said strap, said strap configured with one or more longitudinally spaced apertures therethrough, wherein said one or more apertures are positioned between said two parallel rows of said plurality of cross-bars; a locking buckle positioned proximate said second strap end, said locking buckle configured with a channel therethrough, said channel configured with a first pawl (20.1) and a second pawl (20.2) positioned side by side therein to confront individually associated pairs of said plurality of cross-bars extended in two parallel spaced rows along said top side of said strap; and a tongue hingedly extended from said second strap end, said tongue configured with a third pawl (20.3) and a fourth pawl (20.4) forming two ratchetable pawls facing said channel and opposing said first and second pawls (20.1, 20.2), said two ratchetable pawls (20.3, 20.4) to confront individually associated pairs of said plurality of cross-bars extended in two parallel spaced rows along said underside of said strap. a strap configured with a first strap end and a second strap end and a top side and an underside, said strap configured with a plurality of cross-bars extended in two parallel spaced rows along each of said top side and said underside of said strap, said strap configured with one or more longitudinally spaced apertures therethrough, wherein said one or more apertures are positioned between said two parallel rows of said plurality of cross-bars; a locking buckle positioned proximate said second strap end, said locking buckle configured with a channel therethrough, said channel configured with a first pawl (20.1) and a second pawl (20.2) positioned side by side therein to confront individually associated pairs of said plurality of cross-bars extended in two parallel spaced rows along said top side of said strap; and a tongue hingedly extended from said second strap end, said tongue configured with a third pawl (20.3) and a fourth pawl (20.4) forming two ratchetable pawls facing said channel and opposing said first and second pawls (20.1, 20.2), said two ratchetable pawls (20.3, 20.4) to confront individually associated pairs of said plurality of cross-bars extended in two parallel spaced rows along said underside of said strap.
A wind turbine comprising: a rotor comprising a hub and a plurality of blades that project outwardly from the hub; a main shaft attached to the hub at a front end and extending to a gearbox or generator at a rear end; a bearing housing for rotatably supporting the main shaft via a bearing arrangement; characterised by a lightning current protection system providing an electrical conduction path suitable for conducting lightning from the rotor to electrical ground, wherein the bearing housing is electrically connected to electrical ground, the lightning current protection system includes a shroud forming part of the electrical conduction path, wherein a rear end of the shroud is in contact with the bearing housing and a front end of the shroud is in contact with the hub and/or the front end of the main shaft, and the shroud electrically couples the rotor to the bearing housing via a short circuit path that bypasses the bearing arrangement, wherein the shroud is arranged around the front end of the main shaft. a rotor comprising a hub and a plurality of blades that project outwardly from the hub; a main shaft attached to the hub at a front end and extending to a gearbox or generator at a rear end; a bearing housing for rotatably supporting the main shaft via a bearing arrangement; characterised by a lightning current protection system providing an electrical conduction path suitable for conducting lightning from the rotor to electrical ground, wherein the bearing housing is electrically connected to electrical ground, the lightning current protection system includes a shroud forming part of the electrical conduction path, wherein a rear end of the shroud is in contact with the bearing housing and a front end of the shroud is in contact with the hub and/or the front end of the main shaft, and the shroud electrically couples the rotor to the bearing housing via a short circuit path that bypasses the bearing arrangement, wherein the shroud is arranged around the front end of the main shaft.
Refrigerator unit and/or a freezer unit, having a body which bounds a refrigerated inner space, as well as a first door and a second door (10, 10') opening in opposite directions and pivotally connected to the body by means of which the inner space can be closed, wherein the doors (10, 10') are each designed with at least one seal (20, 20'), and the seals (20, 20') are arranged in a first position which they adopt in the closed state of the doors (10, 10') such that they seal the region between the doors (10, 10'), the seal (20, 20') of at least one door (10, 10') is movable into a second position in which it at least regionally has a larger spacing from the seal (20, 20') of the other door (10, 10') than in the first position of the seals (20, 20'), and a cam (30, 30') is provided which is arranged such that it is moved on the opening and closing of the door (10, 10'), wherein the cam (30, 30') contacts both the door (10, 10') and the seal (20, 20') such that it moves the seal (20, 20') from its first position into its second position when the door (10, 10') is opened, and the seal (20, 20') is arranged such that it is pivotable about an axis, characterized in that the position of the axis, about which the deal (20, 20') is pivotable, is variable.
An internal olefin sulfonate composition comprising an internal olefin sulfonate having 16 carbon atoms and an internal olefin sulfonate having 18 carbon atoms, wherein a total content of the component and the component contained in the internal olefin sulfonate is from 50 to 100% by mass a content mass ratio (A/B) of the component to the component is from 0/100 to 70/30, a content of the internal olefin sulfonate in which a sulfonate group is present at a C-2 position in the internal olefin sulfonate having 16 and 18 carbon atoms is 5% by mass or more and 25% by mass or less, and wherein a mass ratio (hydroxy form/olefin form) of a content of a hydroxy form in the internal olefin sulfonate of the component and the component to a content of an olefin form in the internal olefin sulfonate of the component and the component is from 75/25 to 95/5. an internal olefin sulfonate having 16 carbon atoms and an internal olefin sulfonate having 18 carbon atoms,
A furniture hinge having a fitting portion and a hinge cup pivotally connected thereto by at least one hinge lever, wherein the hinge lever is connected to the hinge cup by a hinge axis, and with a damping device for dampening a relative movement between the fitting portion and the hinge cup, the damping device is configured to be actuated by an actuating element of the furniture hinge, wherein the actuating element is pivotally arranged within the hinge cup about a pivoting axis extending substantially parallel to the hinge axis of the hinge cup, and the damping device includes at least one linear damper arranged on the outside of the hinge cup, the linear damper includes at least one linearly displaceable piston, wherein each of the outer sides of the hinge cup has a damping device (11a, 11), wherein the hinge cup, together with the damping devices (11a, 11a) arranged thereon, is configured to be jointly inserted into a cylindrical bore provided in a furniture part and is configured to be jointly arranged within a notional bore diameter of the bore, and wherein a transmission mechanism is provided for converting a pivotal movement of the actuating element into a linear movement of the pistons of the linear dampers, and the hinge cup and the linear dampers arranged on the hinge cup are configured to be arranged, in the mounting position, altogether within the cylindrical bore in the furniture part, characterized in that the actuating element is configured so as to be separate from the hinge lever.
A method of displaying data by a mobile communication terminal on an external display device, the method comprising: if a mirroring mode with the external display device is executed, determining whether a first user input for displaying a pointing area is input, wherein the pointing area is a particular area for selecting selection contents displayed in a fixed form on screen data, the screen data being displayed on a display unit of the mobile communication device; if the first user input is input, displaying the pointing area, and transmitting the screen data including the pointing area to the external display device in real time. if a mirroring mode with the external display device is executed, determining whether a first user input for displaying a pointing area is input, wherein the pointing area is a particular area for selecting selection contents displayed in a fixed form on screen data, the screen data being displayed on a display unit of the mobile communication device; if the first user input is input, displaying the pointing area, and transmitting the screen data including the pointing area to the external display device in real time.
A device for the beaming and collection of light emitted by light emitters, comprising a planar optical antenna, said planar optical antenna comprising in the order along a direction of extension: - at least a reflector; - a spacer medium contiguous to the reflector; - one or more incoherent or coherent light emitters emitting at wavelength λ and placed in the spacer medium or contiguous to the spacer medium at a distance d from said at least a reflector; the device further comprising, after said planar optical antenna along said direction of extension, one or more optical receivers corresponding to the one or more incoherent or coherent light emitters; wherein: - the distance d is such that λ/ ≤ d ≤ λ/, wherein n is the refraction index of the spacer medium; - the reflectivity of the at least a reflector is larger than 80%; - said planar optical antenna further comprises, after the spacer medium along said extension direction, in front of the at least a reflector, a semi-opaque thin film, which has a reflectivity in the range of 50-99% and a thickness smaller than λ, wherein the wavelength λ is red-shifted with respect to the resonance wavelength λ RES of the system comprising the reflector, the semi-opaque thin film and the spacer medium. - at least a reflector; - a spacer medium contiguous to the reflector; - one or more incoherent or coherent light emitters emitting at wavelength λ and placed in the spacer medium or contiguous to the spacer medium at a distance d from said at least a reflector; the device further comprising, after said planar optical antenna along said direction of extension, one or more optical receivers corresponding to the one or more incoherent or coherent light emitters; wherein: - the distance d is such that λ/ ≤ d ≤ λ/, wherein n is the refraction index of the spacer medium; - the reflectivity of the at least a reflector is larger than 80%; - said planar optical antenna further comprises, after the spacer medium along said extension direction, in front of the at least a reflector, a semi-opaque thin film, which has a reflectivity in the range of 50-99% and a thickness smaller than λ, - the distance d is such that λ/ ≤ d ≤ λ/, wherein n is the refraction index of the spacer medium; - the reflectivity of the at least a reflector is larger than 80%; - said planar optical antenna further comprises, after the spacer medium along said extension direction, in front of the at least a reflector, a semi-opaque thin film, which has a reflectivity in the range of 50-99% and a thickness smaller than λ, wherein the wavelength λ is red-shifted with respect to the resonance wavelength λ RES of the system comprising the reflector, the semi-opaque thin film and the spacer medium.