mhurhangee/patent-ind-claim-en huggingface dataset:
A polyacrylate water-absorbing polymer for cosmetics for unevenness correction, wherein the polymer has an average swollen particle size of 10 to 150 μm after swelling with ion-exchanged water for 30 minutes or more, and an average dry particle size of 10 to 50 μm, as measured with laser diffractometry, and a water absorbency of 5 to 50 g/g, the water absorbency being calculated from the following equation: Water absorbency = weight upon water absorption g − dry weight g / dry weight g wherein weight upon water absorption is the weight after swelling with ion-exchanged water for 30 minutes or more, and dry weight is the weight after drying at 150°C for 60 minutes in a windless dryer; and wherein the polyacrylate water-absorbing polymer is a polyacrylate water-absorbing polymer selected from the group consisting of potassium polyacrylate and sodium polyacrylate.
An ultraviolet absorbing hardcoat comprising: a binder, and a mixture of ZnO nanoparticles in a range from 1 wt.% to 90 wt.%, based on the total weight of the hardcoat, wherein the ZnO nanoparticles have a silica coating thereon. a binder, and a mixture of ZnO nanoparticles in a range from 1 wt.% to 90 wt.%, based on the total weight of the hardcoat, wherein the ZnO nanoparticles have a silica coating thereon.
A resource migration method, wherein the method comprises: determining (S101), by a terminal device, that a service function entity, SFE, serving the terminal device needs to be changed to a first SFE; acquiring (S102), by the terminal device, information about a location of a resource/subresource corresponding to the terminal device in a second SFE, wherein the second SFE saves the resource/subresource corresponding to the terminal device; sending, by the terminal device, a first resource creation request to the first SFE, where the first resource creation request is used to request the first SFE to create a resource according to the first resource creation request, the first resource creation request registers the terminal device with the first SFE, and the first resource creation request does not carry a first identifier and the information about the location of the resource/subresource corresponding to the terminal device in the second SFE; and sending (S103), by the terminal device, to the first SFE, a first identifier and the information about the location of the resource/subresource corresponding to the terminal device in the second SFE, wherein the first identifier is used to indicate that the terminal device needs to change the SFE serving the terminal device, so that, after receiving the first identifier, the first SFE transfers the resource/subresource corresponding to the terminal device from the second SFE to the first SFE. determining (S101), by a terminal device, that a service function entity, SFE, serving the terminal device needs to be changed to a first SFE; acquiring (S102), by the terminal device, information about a location of a resource/subresource corresponding to the terminal device in a second SFE, wherein the second SFE saves the resource/subresource corresponding to the terminal device; sending, by the terminal device, a first resource creation request to the first SFE, where the first resource creation request is used to request the first SFE to create a resource according to the first resource creation request, the first resource creation request registers the terminal device with the first SFE, and the first resource creation request does not carry a first identifier and the information about the location of the resource/subresource corresponding to the terminal device in the second SFE; and sending (S103), by the terminal device, to the first SFE, a first identifier and the information about the location of the resource/subresource corresponding to the terminal device in the second SFE, wherein the first identifier is used to indicate that the terminal device needs to change the SFE serving the terminal device, so that, after receiving the first identifier, the first SFE transfers the resource/subresource corresponding to the terminal device from the second SFE to the first SFE.
Cells for producing an influenza virus which are cells in which expression of TMED2 gene in the chromosomes is suppressed and which are able to be cultured in vitro, wherein the expression level of TMED2 gene in the cell is reduced to 50% or less of an expression level of the TMED2 gene in cells of the same type before expression suppression and the cells for producing an influenza virus are HEK293 cells infected with influenza virus or MDCK cells.
A pharmaceutical composition for use in treating a malignant pleural effusion (MPE), comprising a benzenesulfonamide derivative and a pharmaceutically acceptable excipient thereof, wherein the benzenesulfonamide derivative is a compound represented by formula (I): and wherein R 1 to R 6 are each independently selected from the group consisting of H, C1-C6 linear or branched alkyl, C1-C6 linear or branched alkoxy, amino, halo, halo-substituted C1-C6 linear or branched alkyl, and sulfonamide group.
Header tank for a mechanically assembled heat exchanger , notably for a motor vehicle, said exchanger comprising a mechanically assembled heat-exchange core bundle and comprising at least one row of tubes with two end tubes one at each end of said at least one row, the tubes respectively comprising an end intended to open into an interior volume of the header tank , the header tank comprising at least one end stop configured to: • be positioned facing an internal surface of the end of one of the associated end tubes , and • collaborate with said internal surface in such a way as to prevent said tube from moving in the direction of the interior volume of the header tank , the header tank being configured to accept ends of flat tubes having two opposite long edges, the header tank being characterized in that said at least one end stop is configured to collaborate with at least one long edge of the end of the associated end tube . • be positioned facing an internal surface of the end of one of the associated end tubes , and • collaborate with said internal surface in such a way as to prevent said tube from moving in the direction of the interior volume of the header tank , the header tank being configured to accept ends of flat tubes having two opposite long edges, the header tank being characterized in that said at least one end stop is configured to collaborate with at least one long edge of the end of the associated end tube .
An optical processing apparatus for scanning a processing region having an at least one-dimensional spread by moving a nozzle head while irradiating the processing region with an optical processing light beam via the nozzle head, comprising: a light source that emits, to an open space, the optical processing light beam toward the nozzle head; the nozzle head that includes a hollow nozzle and a light beam direction changing optical system which receives the light beam emitted from said light source and propagated in the open space, and changes a propagation direction of the received light beam to a direction of the processing region in the processing region; and a main scanning direction moving mechanism that moves said nozzle head in a main scanning direction of the processing region, characterized in that said light beam direction changing optical system comprises a rotationally symmetric mirror having a rotation-symmetry axis and a mirror surface as an inner surface. a light source that emits, to an open space, the optical processing light beam toward the nozzle head; the nozzle head that includes a hollow nozzle and a light beam direction changing optical system which receives the light beam emitted from said light source and propagated in the open space, and changes a propagation direction of the received light beam to a direction of the processing region in the processing region; and a main scanning direction moving mechanism that moves said nozzle head in a main scanning direction of the processing region, characterized in that said light beam direction changing optical system comprises a rotationally symmetric mirror having a rotation-symmetry axis and a mirror surface as an inner surface.
Conductor connection terminal with a contact insert which has a busbar and a clamping spring , and with a housing which has a first housing part and a second housing part and which at least partially encloses the contact insert , wherein the first housing part has a first housing wall (GW 1 ) with a receiving structure for receiving the contact insert and the second housing part has a plurality of further housing walls (GW 2 , GW 3 , GW 4 , GW S ) for covering the contact insert received by the first housing part , wherein the first housing part and the second housing part each have a U-shaped cross-section, wherein, in the assembled state of the housing , the U-legs of the second housing part receive the U-legs of the first housing part between them and the U-legs of the first housing part receive the contact insert between them, characterized in that by receiving the U-legs of the first housing part between the U-legs of the second housing part , double walls are formed locally in the region of the mutual overlap of the U-legs, in which double walls at least one housing wall of the second housing part covers a frame wall of the first housing part with a degree of overlap of more than 50%.
An expendable bearing comprising: an inner race defining an inner bearing diameter; an outer race defining an outer bearing diameter, wherein the inner race and the outer race define a bearing cavity ; a plurality of rolling elements positioned adjacent to the inner and outer races in the bearing cavity ; a dry film lubricant on a surface of at least one of the inner race , the outer race , or the plurality of rolling elements ; characterised in that a powder lubricant consisting essentially of carbon nanotubes is disposed in the bearing cavity . an inner race defining an inner bearing diameter; an outer race defining an outer bearing diameter, wherein the inner race and the outer race define a bearing cavity ; a plurality of rolling elements positioned adjacent to the inner and outer races in the bearing cavity ; a dry film lubricant on a surface of at least one of the inner race , the outer race , or the plurality of rolling elements ; characterised in that a powder lubricant consisting essentially of carbon nanotubes is disposed in the bearing cavity .
Silo combustion chamber comprising - a vertically extending flame tube flowed through in a downward direction and fired from above, the casing surface of which flame tube is provided with a multiplicity of cooling-fluid feed openings and is lined internally with ceramic heat-shield elements , wherein the lowermost heat-shield elements are supported against a metallic support ring with radially inwardly facing surfaces ; - a conically tapering mixing tube which is arranged downstream of the flame tube and into which the lower region of the flame tube is sunk; and - an outer housing which surrounds the flame tube and the mixing tube such that a ring-shaped feed channel is formed, characterized in that the lowermost heat-shield elements completely cover the radially inwardly facing surfaces of the support ring . - a vertically extending flame tube flowed through in a downward direction and fired from above, the casing surface of which flame tube is provided with a multiplicity of cooling-fluid feed openings and is lined internally with ceramic heat-shield elements , wherein the lowermost heat-shield elements are supported against a metallic support ring with radially inwardly facing surfaces ; - a conically tapering mixing tube which is arranged downstream of the flame tube and into which the lower region of the flame tube is sunk; and - an outer housing which surrounds the flame tube and the mixing tube such that a ring-shaped feed channel is formed,
A composition comprising an amino acid comprising serine, and a lipid comprising n-3 fatty acid, for use for the prophylaxis or improvement of peripheral neuropathy, wherein the n-3 fatty acid is eicosapentaenoic acid.
Pipe clamp for connecting a pipe, comprising a connection piece , having a centre axis (M), which can be plugged into one end of the pipe, a clamping ring which has, along its circumference, an annular portion and a radially outwardly extending lug which can be compressed by a tool, and a clamping sleeve which can be compressed by the clamping ring , wherein the clamping sleeve comprises a bearing portion and a clamping portion adjoining the bearing portion , wherein the bearing portion is in contact with the connection piece , and the clamping portion projects at least partially into the annular portion of the clamping ring , and is designed to substantially completely surround the pipe, wherein the pipe clamp further comprises at least one positioning element which is arranged in such a way that, before the lug is compressed, the rotation position about the centre axis (M) between the connection piece and the clamping sleeve and/or the clamping ring can be oriented, characterized in that the positioning element makes it possible to provide an inhibition of rotation between connection piece and the clamping sleeve and/or the clamping ring .
A method performed by a terminal in a communication system, the method comprising: receiving (1h-05) a system information block, SIB, including barring configuration information, wherein at least one of the barring configuration information is applied to a plurality of categories in case that same barring configuration information is configured for the plurality of categories; identifying (1h-15) a category value of an access attempt among the plurality of categories; and performing (1h-20) an access barring check for the access attempt based on the category value of the access attempt and barring configuration information corresponding to the category value of the access attempt, wherein at least one of the plurality of categories includes a category associated with a network slicing, and wherein the plurality of categories include a category associated with an application, a category associated with an emergency call, at least one category associated with mobile originating, MO, signaling, and at least one category associated with MO data. receiving (1h-05) a system information block, SIB, including barring configuration information, wherein at least one of the barring configuration information is applied to a plurality of categories in case that same barring configuration information is configured for the plurality of categories; identifying (1h-15) a category value of an access attempt among the plurality of categories; and performing (1h-20) an access barring check for the access attempt based on the category value of the access attempt and barring configuration information corresponding to the category value of the access attempt, wherein at least one of the plurality of categories includes a category associated with a network slicing, and wherein the plurality of categories include a category associated with an application, a category associated with an emergency call, at least one category associated with mobile originating, MO, signaling, and at least one category associated with MO data.
A fastener , comprising: a body ; and a clamp pivotably engaged with the body ; characterized in that the body includes a first resilient arm including a first set of teeth , and wherein the first resilient arm is configured to ratchetingly engage an externally threaded stud . a body ; and a clamp pivotably engaged with the body ; characterized in that the body includes a first resilient arm including a first set of teeth , and wherein the first resilient arm is configured to ratchetingly engage an externally threaded stud .
A reclosable container, comprising a container body made of a cellulosic material and at least one closing formation , said at least one closing formation including a first closure element and a second closure element engageable with each other to keep the container in a closed configuration and disengageable from each other to open the container, wherein the container body has an aperture and wherein the reclosable container comprises a movable cover of cellulosic material removably applied to said aperture and movable between an open configuration and a closed configuration, and wherein said first closure element and second closure element are provided, respectively, on said container body and movable cover , characterized in that at least one of said first closure element and second closure element is made of a hydrosoluble thermoplastic material.
Augmented reality contact lens (100; 100') comprising: - a transparent body designed to be placed on an eye ; - at least one augmented reality module comprising: • an optical source attached to the transparent body and designed to emit light into the transparent body ; • an optical element attached to the transparent body and designed to receive the light from the optical source and send it in the direction of the eye ; wherein the optical source is designed to emit light, received by the optical element and containing no image, and in that the optical element is a hologram designed to diffract the received light in order to create a holographic image in the direction of the eye , characterized in that the contact lens has a central area formed solely by the transparent body , the central area being on the optical axis of the eye (AO), in front of the pupil , when the transparent body is placed on the eye in its preferred position . - a transparent body designed to be placed on an eye ; - at least one augmented reality module comprising: • an optical source attached to the transparent body and designed to emit light into the transparent body ; • an optical element attached to the transparent body and designed to receive the light from the optical source and send it in the direction of the eye ; wherein the optical source is designed to emit light, received by the optical element and containing no image, and in that the optical element is a hologram designed to diffract the received light in order to create a holographic image in the direction of the eye , characterized in that the contact lens has a central area formed solely by the transparent body , the central area being on the optical axis of the eye (AO), in front of the pupil , when the transparent body is placed on the eye in its preferred position . • an optical source attached to the transparent body and designed to emit light into the transparent body ; • an optical element attached to the transparent body and designed to receive the light from the optical source and send it in the direction of the eye ;
Arrangement for a motor vehicle, the arrangement comprising a liquid storage and/or circulation module , notably a cooling module, a support element for supporting the module , at least one primary device for fixing the module to the support element , and at least one secondary device for fixing the module to the support element , the secondary fixing device being configured to at least partially support the weight of the module , characterized in that : - the primary fixing device comprises a pad which is movable in relation to the support element between a first stable position and a second stable position; - said pad is designed and configured to exert a force on the module from top to bottom along a direction when it is displaced towards the second stable position, a travel (K) of the pad along said direction , between the first stable position and the second stable position, being greater than or equal to a variation in position (Δz) along the direction of the module in relation to the support element between a configuration in which the module is empty and a configuration in which the module is filled with liquid. - the primary fixing device comprises a pad which is movable in relation to the support element between a first stable position and a second stable position; - said pad is designed and configured to exert a force on the module from top to bottom along a direction when it is displaced towards the second stable position, a travel (K) of the pad along said direction , between the first stable position and the second stable position, being greater than or equal to a variation in position (Δz) along the direction of the module in relation to the support element between a configuration in which the module is empty and a configuration in which the module is filled with liquid.
An ultrasound imaging apparatus comprising: image-sample-acquisition circuitry operable to, for generating an imaging sample , apply delays transducer-element-wise and, in said generating, sum coherently in time, according to said delays, time samples acquired, the delays utilized in the summing being collectively non-focused; characterized in that the ultrasound imaging apparatus further comprises: a compressive sensing processor operable to sparsify an image, the sparsifying being performed based on imaging samples generated in said generating and, otherwise than merely via said imaging samples, on angles upon which respectively the delays for the generating of said imaging samples are functionally dependent.
A ranging and proximity detection system comprising: a radiation source , the radiation source positioned within a first wellbore ; and a radiation detector positioned within a second wellbore wherein the radiation source is positioned within a radiation source assembly and the radiation detector is positioned within a radiation detector assembly , wherein the radiation source , the radiation detector , or both, are shielded; and wherein the radiation source is a gamma radiation source, a neutron source, or a combination thereof. a radiation source , the radiation source positioned within a first wellbore ; and a radiation detector positioned within a second wellbore wherein the radiation source is positioned within a radiation source assembly and the radiation detector is positioned within a radiation detector assembly , wherein the radiation source , the radiation detector , or both, are shielded; and wherein the radiation source is a gamma radiation source, a neutron source, or a combination thereof.
Method for determining the received load of a working machine for dynamic material handling, in particular of a crane, characterised in that the load is calculated during the work operation by means of a load model and the load model is determined during a calibration phase of the working machine as follows: - executing a plurality of routine machine sequences with a received reference load while available machine parameters are recorded, - carrying out a significance analysis of the recorded parameters in order to identify statistically significant parameters which exhibit a dependency on the load, - executing a statistical learning and/or optimisation algorithm for compiling a machine-customised load model which describes the relationship between the parameters determined as significant and the load. - executing a plurality of routine machine sequences with a received reference load while available machine parameters are recorded, - carrying out a significance analysis of the recorded parameters in order to identify statistically significant parameters which exhibit a dependency on the load, - executing a statistical learning and/or optimisation algorithm for compiling a machine-customised load model which describes the relationship between the parameters determined as significant and the load.
An ink formulation comprising copper nanoparticles, at least one copper-oxidizing agent, and CuH.