mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising a colloidal dispersion and an Agent of Interest ("AOI") for use in treating or preventing a disease or disorder associated with the skin of a patient, wherein the disease or disorder is acne, wherein said colloidal dispersion comprises deformable colloidal particles comprising a surfactant and optionally a phospholipid, wherein the AOI is not associated with the deformable colloidal particles, wherein the AOI is a biologically active agent; wherein the AOI comprises chlorhexidine or a salt thereof; and wherein the composition additionally comprises zinc tethered to the deformable colloidal particles.
A mocha pot, comprising: an upper pot body , wherein a storage cavity is arranged inside the upper pot body ; a lower pot body , connected with a bottom portion of the upper pot body , wherein an electric heater is mounted inside the lower pot body , and the electric heater is provided with a heating cavity ; and a box body mounted in the heating cavity , wherein the box body is provided with a holding plate , the box body is provided with a water inlet communicated with the heating cavity below the holding plate , the box body is provided with a water outlet communicated with the storage cavity above the holding plate , and the water outlet is provided with a filter screen , characterized in that : the lower pot body is also provided with a mounting bracket on which the electric heater is mounted and fixed; and in that the mounting bracket is provided with a limiting plate along a vertical direction, the limiting plate is recessed to form a limiting groove , and an outer wall of the electric heater is provided with a clamping block matched with the limiting groove . an upper pot body , wherein a storage cavity is arranged inside the upper pot body ; a lower pot body , connected with a bottom portion of the upper pot body , wherein an electric heater is mounted inside the lower pot body , and the electric heater is provided with a heating cavity ; and a box body mounted in the heating cavity , wherein the box body is provided with a holding plate , the box body is provided with a water inlet communicated with the heating cavity below the holding plate , the box body is provided with a water outlet communicated with the storage cavity above the holding plate , and the water outlet is provided with a filter screen , characterized in that : the lower pot body is also provided with a mounting bracket on which the electric heater is mounted and fixed; and in that the mounting bracket is provided with a limiting plate along a vertical direction, the limiting plate is recessed to form a limiting groove , and an outer wall of the electric heater is provided with a clamping block matched with the limiting groove . the lower pot body is also provided with a mounting bracket on which the electric heater is mounted and fixed; and in that the mounting bracket is provided with a limiting plate along a vertical direction, the limiting plate is recessed to form a limiting groove , and an outer wall of the electric heater is provided with a clamping block matched with the limiting groove .
A manufacturing method of a light emitting diode (LED) apparatus , comprising: forming an LED on a substrate ; forming a light leakage preventing layer that surrounds at least one side surface of the LED ; etching a portion of the substrate corresponding to the LED ; and bonding a wavelength conversion material to the LED in the etched portion, wherein the wavelength conversion material comprises a wavelength conversion semiconductor layer and a reflective layer , wherein the wavelength conversion semiconductor layer comprises a quantum well layer to convert a light emitted from the LED to a wavelength-converted light, wherein the reflective layer surrounds at least one side surface of the wavelength conversion semiconductor layer to reflect the wavelength-converted light at the at least one side surface of the wavelength conversion semiconductor layer , and wherein the reflective layer extends onto a portion of a surface of the wavelength conversion semiconductor layer facing towards the LED to reflect the wavelength-converted light at the portion of the surface of the wavelength conversion semiconductor layer facing towards the LED . forming an LED on a substrate ; forming a light leakage preventing layer that surrounds at least one side surface of the LED ; etching a portion of the substrate corresponding to the LED ; and bonding a wavelength conversion material to the LED in the etched portion, wherein the wavelength conversion material comprises a wavelength conversion semiconductor layer and a reflective layer , wherein the wavelength conversion semiconductor layer comprises a quantum well layer to convert a light emitted from the LED to a wavelength-converted light, wherein the reflective layer surrounds at least one side surface of the wavelength conversion semiconductor layer to reflect the wavelength-converted light at the at least one side surface of the wavelength conversion semiconductor layer , and wherein the reflective layer extends onto a portion of a surface of the wavelength conversion semiconductor layer facing towards the LED to reflect the wavelength-converted light at the portion of the surface of the wavelength conversion semiconductor layer facing towards the LED .
A method of manufacturing a composition, comprising: mixing soluble and/or semi-soluble polymer spherical nanoparticles into a resin to form a resin mixture ; curing the resin mixture; and partially dissolving the polymer nanoparticles in the resin prior to or during the curing of the resin, wherein the polymer nanoparticles have a cross-sectional width of 10-200 nanometers and constitute no less than 5 percent by volume of the resin mixture. mixing soluble and/or semi-soluble polymer spherical nanoparticles into a resin to form a resin mixture ; curing the resin mixture; and partially dissolving the polymer nanoparticles in the resin prior to or during the curing of the resin, wherein the polymer nanoparticles have a cross-sectional width of 10-200 nanometers and constitute no less than 5 percent by volume of the resin mixture.
A medical injection system adapted for a single-handed injection, the medical injection system comprising: • a gas compartment configured to contain a gas, the gas compartment comprising a piston and a housing , and wherein the piston is configured to move relative to the housing , • a reservoir intended to contain a drug composition , the reservoir having a fluid exit configured to receive an injection needle , characterized in that the piston is configured to move proximally, in a direction opposite to the direction of injection, between a distal position defining a first volume of the gas compartment to a proximal position defining a second volume of the gas compartment smaller than the first volume, and in that the gas compartment is configured to be in gas communication with said reservoir in order to force the drug composition through the fluid exit, when the piston is moved proximally. • a gas compartment configured to contain a gas, the gas compartment comprising a piston and a housing , and wherein the piston is configured to move relative to the housing , • a reservoir intended to contain a drug composition , the reservoir having a fluid exit configured to receive an injection needle , the piston is configured to move proximally, in a direction opposite to the direction of injection, between a distal position defining a first volume of the gas compartment to a proximal position defining a second volume of the gas compartment smaller than the first volume, and in that the gas compartment is configured to be in gas communication with said reservoir in order to force the drug composition through the fluid exit, when the piston is moved proximally.
A clamping device for a mobile vulcanizing press with at least one nut and a tension bolt , wherein said tension bolt has an external thread at each of both its axial end portions, so that said nut may be arranged via a screw connection at one of said tension bolt's axial ends, respectively, characterized in that said nut includes - a nut body , which comprises a blind hole with an internal thread for receiving a tension bolt , - a groove and - an entrance bore in said nut body for receiving a fixing element , wherein said groove is arranged in a circumferential portion of said blind hole and said entrance bore connects an outside of said nut body with said groove , a fixing element is arranged in said groove and said entrance bore such that said fixing element occupies at least a partial section of said entrance bore and/or said groove , and said fixing element is connected to a fastener , wherein a relative position of said fastener in said entrance bore is adjustable and wherein said fastener is connected to said fixing element such that a change in the relative position of said fastener causes an expansion or compression of said fixing element . - a nut body , which comprises a blind hole with an internal thread for receiving a tension bolt , - a groove and - an entrance bore in said nut body for receiving a fixing element , wherein
An isocyanide compound having the formula or ' R 1 -Si(R 1 ) a {[(OSi(R 1 ) 2 )] b -R 1 } c in formula or ', R 1 is each independently a monovalent organic group selected from alkyl, alkoxy, alkenyl, alkynyl, aryl, and aralkyl groups of 1 to 30 carbon atoms, and groups having the formula : -A-NC wherein A is a C 1 -C 30 alkylene group, one, two or three of all R 1 groups being an organic group of formula , a is 0, 1 or 2, c is 1, 2 or 3, a+c is equal to 3, b is an integer of 1 to 300, and d is an integer of 3 to 20.
TUBE UNION WITH SPHERICAL FLARING which, particularly applicable to form pipe ducts subjected to cycles of charging and discharging of water, and comprising the coupling of the respective male end of a first tube and female end of a second tube , where such ends are spherically flared by fitting the male tightly into the female so that they are superimposed in a section (a), further comprising: - a cylindrical sleeve incorporated therein and dimensioned, in terms of diameter and length, in such a way that it closes the vaulted interior gap that defines the spherical shape of both male and female ends, encompassing, at least, the section (a) of overlap between them, - characterized in that it comprises an elastic gasket , made of rubber or a similar elastic material, which is located at one end of the sleeve , outwardly thereof, being fitted between the outer surface of the sleeve and the inner surface of the female end of the union , closing the space existing between said inner surface of the female end and the edge of the male end . - a cylindrical sleeve incorporated therein and dimensioned, in terms of diameter and length, in such a way that it closes the vaulted interior gap that defines the spherical shape of both male and female ends, encompassing, at least, the section (a) of overlap between them, - characterized in that it comprises an elastic gasket , made of rubber or a similar elastic material, which is located at one end of the sleeve , outwardly thereof, being fitted between the outer surface of the sleeve and the inner surface of the female end of the union , closing the space existing between said inner surface of the female end and the edge of the male end .
An eccentric screw pump with a stator-rotor system , comprising a rotor with a rotor screw and a stator with an internal thread, the stator comprising a support element and an elastomer part , wherein the support element surrounds the elastomer part at least in sections around the whole circumference, wherein the free outer end regions of the elastomer part project beyond the support element and are not surrounded by the latter, wherein the stator-rotor system comprises an adjusting mechanism for adjusting the stator , the adjusting mechanism comprises a position-variable adjustment element and a stationary adjustment element , wherein the adjusting mechanism is coupled via a control to at least one sensor for the determination of actual operating parameters of the stator-rotor system and/or of the eccentric screw pump, wherein activation of the adjusting mechanism can be carried out by the control taking account of the actual operating parameters determined by means of at least one sensor , wherein the two adjustment elements of the adjusting mechanism arranged on the stator-rotor system are distance-variable relative to one another, wherein a mechanical coupling and/or connection is present between the adjustment elements of the adjusting mechanism and the stator , so that a change in the cross-section and the length of the elastomer part of the stator can be brought about by a change in the relative distance between the two adjustment elements , characterised in that the one first adjustment element is arranged stationary on the support element and the other second adjustment element is arranged position-variable on the on the elastomer part , in particular on a free outer end region of the elastomer part .
A method for wireless communication in an independent basic service set, comprising: receiving a service discovery frame from a device in a neighbor aware network, determining a timing for an announcement traffic indication message window , wherein the timing is defined as an offset from a beginning of a discovery window for the neighbor aware network, and transmitting an announcement traffic indication message during the announcement traffic indication message window . receiving a service discovery frame from a device in a neighbor aware network, determining a timing for an announcement traffic indication message window , wherein the timing is defined as an offset from a beginning of a discovery window for the neighbor aware network, and transmitting an announcement traffic indication message during the announcement traffic indication message window .
A system (800; 902) comprising: at least one processor ; and memory (804; 962) coupled to the at least one processor, the memory comprising computer executable instructions that, when executed by the at least one processor, cause the processor to carry out a method for delegating authorization to access an isolated collection of data, the method comprising: receiving a request to access the isolated collection of data from a requestor, wherein the isolated collection of data comprises at least a resource identifier, and wherein the request comprises request data; locating an underlying resource corresponding to the resource identifier; based upon the underlying resource, determining whether the requestor is authorized to access the underlying resource, wherein determining access to the underlying resource comprises using account information provided in the request data to determine whether a resource provider is associated with a user account that is associated with the requestor; and when the requestor is authorized to access the underlying resource, providing access to the isolated collection of data. at least one processor ; and memory (804; 962) coupled to the at least one processor, the memory comprising computer executable instructions that, when executed by the at least one processor, cause the processor to carry out a method for delegating authorization to access an isolated collection of data, the method comprising: receiving a request to access the isolated collection of data from a requestor, wherein the isolated collection of data comprises at least a resource identifier, and wherein the request comprises request data; locating an underlying resource corresponding to the resource identifier; based upon the underlying resource, determining whether the requestor is authorized to access the underlying resource, wherein determining access to the underlying resource comprises using account information provided in the request data to determine whether a resource provider is associated with a user account that is associated with the requestor; and when the requestor is authorized to access the underlying resource, providing access to the isolated collection of data. receiving a request to access the isolated collection of data from a requestor, wherein the isolated collection of data comprises at least a resource identifier, and wherein the request comprises request data; locating an underlying resource corresponding to the resource identifier; based upon the underlying resource, determining whether the requestor is authorized to access the underlying resource, wherein determining access to the underlying resource comprises using account information provided in the request data to determine whether a resource provider is associated with a user account that is associated with the requestor; and when the requestor is authorized to access the underlying resource, providing access to the isolated collection of data.
Device for measuring an optical element comprising: a. a light source , b. a measurement structure having regions with differing transmittance, said measurement structure being illuminated by the light of the light source , c. an imaging optical unit for converting light transmitted by the measurement structure into a collimated measurement beam that is directed onto the optical element , and d. a sensor for detecting a reflection of the measurement beam produced at the optical element or for detecting a transmission of the measurement beam passing through the optical element , e. and an evaluation unit for evaluating the measurement signals detected by the sensor , characterized in that the light source has a plurality of light segments arranged offset with respect to one another in a transverse direction in such a way that different light segments are able to generate partial beams of the measurement beam that are offset with respect to one another in a transverse direction, wherein the device furthermore has a control unit , which is configured for independently controlling the plurality of light segments , the evaluation unit being configured to determine the optical properties of the optical element in a spatially resolved manner on the basis of the partial beams that are offset with respect to one another. a. a light source , b. a measurement structure having regions with differing transmittance, said measurement structure being illuminated by the light of the light source , c. an imaging optical unit for converting light transmitted by the measurement structure into a collimated measurement beam that is directed onto the optical element , and d. a sensor for detecting a reflection of the measurement beam produced at the optical element or for detecting a transmission of the measurement beam passing through the optical element , e. and an evaluation unit for evaluating the measurement signals detected by the sensor , characterized in that the light source has a plurality of light segments arranged offset with respect to one another in a transverse direction in such a way that different light segments are able to generate partial beams of the measurement beam that are offset with respect to one another in a transverse direction, wherein the device furthermore has a control unit , which is configured for independently controlling the plurality of light segments , the evaluation unit being configured to determine the optical properties of the optical element in a spatially resolved manner on the basis of the partial beams that are offset with respect to one another.
A wind turbine blade shear web , the shear web having a flange and the flange extends longitudinally and comprising a bonding surface for bonding to an inner surface of a wind turbine blade, wherein one or more protruding features protrude from the bonding surface, the flange being a pultruded component and comprising reinforcing fibres in a cured resin matrix; characterised in that the protruding features comprise unidirectional reinforcing fibres and a portion of the flange comprises reinforcing fibres oriented in more than one direction.
Downhole apparatus comprising: a tubular body for incorporation in a tubing string , the body defining a through bore ; at least one float valve mounted in the tubular body and operable to prevent flow up through the tubular body bore while permitting flow down through the bore ; and a float valve retainer initially configurable to maintain the float valve in an inoperable configuration and permitting flow up the tubular body bore and down through the body bore while the retainer is exposed to pressure below a selected absolute pressure from fluid in the tubular body bore and the retainer being reconfigurable to permit operation of the float valve to prevent flow up through the tubular body bore while permitting flow down through the body bore on exposure of the retainer to the selected absolute pressure comprising hydrostatic pressure from fluid in the tubular body through bore . a tubular body for incorporation in a tubing string , the body defining a through bore ; at least one float valve mounted in the tubular body and operable to prevent flow up through the tubular body bore while permitting flow down through the bore ; and a float valve retainer initially configurable to maintain the float valve in an inoperable configuration and permitting flow up the tubular body bore and down through the body bore while the retainer is exposed to pressure below a selected absolute pressure from fluid in the tubular body bore and the retainer being reconfigurable to permit operation of the float valve to prevent flow up through the tubular body bore while permitting flow down through the body bore on exposure of the retainer to the selected absolute pressure comprising hydrostatic pressure from fluid in the tubular body through bore .
A magnetic resonance, MR, image processing apparatus comprising a processor and a memory connected to the processor , wherein the processor is configured to obtain partially sampled multi-coil k-space data with respect to an object; and obtain a reconstructed image of the object by reconstructing the partially sampled multi-coil k-space data based on using a first dictionary to identify approximations of patches for the object, and a second dictionary, obtained based on a residual between a pre-obtained MR image of the object and an approximation of the pre-obtained MR image which is obtained based on the first dictionary, to identify approximations of residuals between the patches and the approximations of the patches , wherein the residual between the pre-obtained MR image of the object and the approximation of the pre-obtained MR image is obtained by calculating differences between the pre-obtained MR image and the approximation of the pre-obtained MR image. obtain partially sampled multi-coil k-space data with respect to an object; and obtain a reconstructed image of the object by reconstructing the partially sampled multi-coil k-space data based on using a first dictionary to identify approximations of patches for the object, and a second dictionary, obtained based on a residual between a pre-obtained MR image of the object and an approximation of the pre-obtained MR image which is obtained based on the first dictionary, to identify approximations of residuals between the patches and the approximations of the patches , wherein the residual between the pre-obtained MR image of the object and the approximation of the pre-obtained MR image is obtained by calculating differences between the pre-obtained MR image and the approximation of the pre-obtained MR image.