mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a multi-layer composite porous film, comprising: (a) selecting a microporous film substrate; (b) preparing a coating solution that contains a polymer resin or the polymer resin and inorganic particles; (c) using a solvent to fill pores on at least one face of the microporous film substrate to protect the same; (d) applying the coating solution of operation (b) to the microporous film, of which the pores are filled and protected, before drying the solvent filling the pores; and (e) removing the solvent filling the pores as well as the solvent contained in the coating solution by drying, to thereby form the multi-layer composite porous film having a porous coating layer formed thereon, wherein the polymer resin is selected from polyarylate and poly(vinylidene difluoride-hexafluoropropylene) and has a melting point of 150°C or higher, characterized in that , when the polymer resin is selected from polyarylate, the solvent for filling the pores in operation (c) is carbon tetrachloride (CCl 4 ) and the solvent for preparing the coating solution in operation (b) is chloroform; and when the polymer resin is selected from poly(vinylidene difluoride-hexafluoropropylene), the solvent for filling the pores in operation (c) is selected from tetrahydrofuran (THF) and methylethylketone (MEK), and the solvent for preparing the coating solution in operation (b) is tetrahydrofuran (THF). (a) selecting a microporous film substrate; (b) preparing a coating solution that contains a polymer resin or the polymer resin and inorganic particles; (c) using a solvent to fill pores on at least one face of the microporous film substrate to protect the same; (d) applying the coating solution of operation (b) to the microporous film, of which the pores are filled and protected, before drying the solvent filling the pores; and (e) removing the solvent filling the pores as well as the solvent contained in the coating solution by drying, to thereby form the multi-layer composite porous film having a porous coating layer formed thereon, characterized in that , when the polymer resin is selected from polyarylate, the solvent for filling the pores in operation (c) is carbon tetrachloride (CCl 4 ) and the solvent for preparing the coating solution in operation (b) is chloroform; and when the polymer resin is selected from poly(vinylidene difluoride-hexafluoropropylene), the solvent for filling the pores in operation (c) is selected from tetrahydrofuran (THF) and methylethylketone (MEK), and the solvent for preparing the coating solution in operation (b) is tetrahydrofuran (THF).
Vehicle body for a motor vehicle with a floor assembly which has a central tunnel , the central tunnel being reinforced by way of a central tunnel crossmember of separate configuration which, in order to absorb a collision load in a longitudinal direction of the central tunnel crossmember , is supported or can be supported on the end side on the floor assembly , the central tunnel being configured to receive an energy store , and the central tunnel crossmember being connected releasably to the energy store .
An article comprising: a plurality of layers including a polymeric material, the polymeric material including a copolyester ether having units of a diacid component and units of a glycol component, wherein: the units of the diacid component are derived from at least one aliphatic dicarboxylic acid including 1,4-cyclohexanedicarboxylic acid; and the units of the glycol component are derived from 1,4-cyclohexanedimethanol and a polyalkylene ether glycol, wherein the article comprising the plurality of layers is obtained by selectively heating portions of a bed of powder including the polymeric material in a layer-by-layer manner according to a predetermined design using an energy source. the units of the diacid component are derived from at least one aliphatic dicarboxylic acid including 1,4-cyclohexanedicarboxylic acid; and the units of the glycol component are derived from 1,4-cyclohexanedimethanol and a polyalkylene ether glycol, wherein the article comprising the plurality of layers is obtained by selectively heating portions of a bed of powder including the polymeric material in a layer-by-layer manner according to a predetermined design using an energy source.
A fine fiber comprising a core phase and a coating phase; wherein the fine fiber has an average fiber diameter of no greater than 10 μm; wherein the core phase comprises a polymer and optionally a resinous aldehyde composition, and the coating phase comprises a resinous aldehyde composition; and further wherein at least a portion of the polymer is crosslinked by the resinous aldehyde composition; wherein the weight ratio of the polymer to resinous aldehyde composition ranges from 100:125 to 100:40.
A radiation therapy device comprising: a main body ; a gantry coupled to a side of the main body and rotatable relative to the main body in at least one direction; a radiation head provided on a side of the gantry to emit radiation; an image acquisition unit facing the radiation head to detect radiation emitted from the radiation head and obtain images by converting the detected radiation into electric signals; and a reference image acquisition frame provided on a side of the radiation head and comprising a plurality of markers formed thereon; wherein the reference image acquisition frame is formed in the form of a window having an opening formed therein, and wherein the plurality of markers are formed on an edge portion of the reference image acquisition frame ; wherein the image acquisition unit is configured to obtain a reference image in which each of the plurality of markers formed in the edge portion of the reference image acquisition frame is included and wherein the image acquisition unit is configured to obtain at least one analysis target image; and wherein the image acquisition unit is configured to calculate a positional error of the image acquisition unit by comparing a beam center point (BC) calculated from the reference image with a center point (EC) of the image acquisition unit , and to analyze the analysis-target image in consideration of the calculated positional error based on how much a center point of the analysis-target image deviates from the beam center point (BC) calculated from the reference image. a main body ; a gantry coupled to a side of the main body and rotatable relative to the main body in at least one direction; a radiation head provided on a side of the gantry to emit radiation; an image acquisition unit facing the radiation head to detect radiation emitted from the radiation head and obtain images by converting the detected radiation into electric signals; and a reference image acquisition frame provided on a side of the radiation head and comprising a plurality of markers formed thereon; wherein the reference image acquisition frame is formed in the form of a window having an opening formed therein, and wherein the plurality of markers are formed on an edge portion of the reference image acquisition frame ; wherein the image acquisition unit is configured to obtain a reference image in which each of the plurality of markers formed in the edge portion of the reference image acquisition frame is included and wherein the image acquisition unit is configured to obtain at least one analysis target image; and wherein the image acquisition unit is configured to calculate a positional error of the image acquisition unit by comparing a beam center point (BC) calculated from the reference image with a center point (EC) of the image acquisition unit , and to analyze the analysis-target image in consideration of the calculated positional error based on how much a center point of the analysis-target image deviates from the beam center point (BC) calculated from the reference image.
A window or door assembly comprising a glazing unit housed within a frame , the frame comprising a sash accommodating the glazing unit , and a plurality of vertically and horizontally extending frame elements surrounding the sash , the assembly further comprising a sash profile mounted to an outwardly-facing surface of the sash , and a frame profile mounted to an outwardly-facing surface of at least one of the frame elements , wherein the outwardly-facing surface of the frame profile comprises a stepped portion , and wherein the sash profile overlaps the stepped portion of the outwardly-facing surface of the frame profile characterised in that : - the sash profile is releasably mounted to the sash by means of a rotational clip , so as to overlap an edge of the glazing unit ; and - a gap is provided between the sash profile and outwardly-facing surfaces of the glazing unit and sash , which gap extends from an edge of the sash profile which overlaps the glazing unit to the rotational clip and provides a substantially linear pathway from said edge of the sash profile to the rotational clip , which linear pathway is arranged to permit the insertion of a tool through the gap to access the rotational clip . - the sash profile is releasably mounted to the sash by means of a rotational clip , so as to overlap an edge of the glazing unit ; and - a gap is provided between the sash profile and outwardly-facing surfaces of the glazing unit and sash , which gap extends from an edge of the sash profile which overlaps the glazing unit to the rotational clip and provides a substantially linear pathway from said edge of the sash profile to the rotational clip , which linear pathway is arranged to permit the insertion of a tool through the gap to access the rotational clip .
A pipe joint , comprising: a first pipe end having a first flange that extends at least partly therearound; a second pipe end having a second flange that extends at least partly therearound, said second pipe end having a sensor bung and a sensor (S); and a pipe clamp situated on said first and second pipe ends and at said first and second flanges , said pipe clamp comprising: a band having at least a first band segment and a second band segment ; a bridge spanning between said first and second band segments and attached to said first and second band segments , said bridge having a clearance to accommodate said sensor bung , to accommodate said sensor (S) disposed in said sensor bung , or to accommodate both said sensor bung and said sensor (S); and a fastener to tighten said pipe clamp on said first and second pipe ends ; wherein in installation, said band is tightened over said first and second flanges and said clearance of said bridge receives said sensor bung , receives the sensor (S), or receives both said sensor bung and said sensor (S). a first pipe end having a first flange that extends at least partly therearound; a second pipe end having a second flange that extends at least partly therearound, said second pipe end having a sensor bung and a sensor (S); and a pipe clamp situated on said first and second pipe ends and at said first and second flanges , said pipe clamp comprising: a band having at least a first band segment and a second band segment ; a bridge spanning between said first and second band segments and attached to said first and second band segments , said bridge having a clearance to accommodate said sensor bung , to accommodate said sensor (S) disposed in said sensor bung , or to accommodate both said sensor bung and said sensor (S); and a fastener to tighten said pipe clamp on said first and second pipe ends ; a band having at least a first band segment and a second band segment ; a bridge spanning between said first and second band segments and attached to said first and second band segments , said bridge having a clearance to accommodate said sensor bung , to accommodate said sensor (S) disposed in said sensor bung , or to accommodate both said sensor bung and said sensor (S); and a fastener to tighten said pipe clamp on said first and second pipe ends ; wherein in installation, said band is tightened over said first and second flanges and said clearance of said bridge receives said sensor bung , receives the sensor (S), or receives both said sensor bung and said sensor (S).
An interdental cleaning tool comprising: a base portion including a shaft portion having a shape insertable in an interdental space; and a covered portion being a portion of the shaft portion and covered by a cleaning portion that is capable of cleaning an interdental space, the base portion further includes a protruding portion provided in a proximal region , which is a region of the covered portion between a base end portion of the covered portion and a portion distant from the base end portion toward a top end portion of the shaft portion ; wherein the protruding portion includes a plurality of protrusions having a shape protruding outward from the shaft portion in a direction perpendicular to an axial direction of the shaft portion; wherein the cleaning portion includes a cleaning portion body that covers the covered portion , and a plurality of bristles each having a shape protruding outward from an outer circumferential surface of the cleaning portion body ; characterized in that the plurality of bristles include a covering bristle covering the protrusion . a base portion including a shaft portion having a shape insertable in an interdental space; and a covered portion being a portion of the shaft portion and covered by a cleaning portion that is capable of cleaning an interdental space, the base portion further includes a protruding portion provided in a proximal region , which is a region of the covered portion between a base end portion of the covered portion and a portion distant from the base end portion toward a top end portion of the shaft portion ; wherein the protruding portion includes a plurality of protrusions having a shape protruding outward from the shaft portion in a direction perpendicular to an axial direction of the shaft portion; wherein the cleaning portion includes a cleaning portion body that covers the covered portion , and a plurality of bristles each having a shape protruding outward from an outer circumferential surface of the cleaning portion body ; characterized in that the plurality of bristles include a covering bristle covering the protrusion .
A device for treating a natural gas fuel from a boiler or an industrial engine, the device being intended to be mounted on a fuel transport line , said device including: - a fuel inlet pipe ; - an outlet pipe ; - a central body , located between the inlet pipe and the outlet pipe, including a duct , advantageously cylindrical with a metal wall, extending longitudinally and having a linear axis of symmetry x'x, transporting a fuel-combustive mixture up to the outlet pipe ; said device further comprising: - fluid flow disturbers , arranged in the duct , disturbing the flow of the fuel-combustive mixture to form, over at least one portion of the duct , a sinusoidal path of the fuel-combustive mixture; - at least two permanent magnets fastened in said duct , the two magnets being arranged in series along the flow of the fuel-combustive mixture; characterised in that the device also comprises: - a dioxygen reserve so as to inject dioxygen into the fuel so as to form a fuel-combustive mixture; the dioxygen reserve being connected by a hose, for the injection of the dioxygen, either at the central body or at the inlet pipe and in that the proportion of combustive in the fuel-combustive mixture is comprised between 10% and 25% by weight of the mixture. - a fuel inlet pipe ; - an outlet pipe ; - a central body , located between the inlet pipe and the outlet pipe, including a duct , advantageously cylindrical with a metal wall, extending longitudinally and having a linear axis of symmetry x'x, transporting a fuel-combustive mixture up to the outlet pipe ; said device further comprising: - fluid flow disturbers , arranged in the duct , disturbing the flow of the fuel-combustive mixture to form, over at least one portion of the duct , a sinusoidal path of the fuel-combustive mixture; - at least two permanent magnets fastened in said duct , the two magnets being arranged in series along the flow of the fuel-combustive mixture; - fluid flow disturbers , arranged in the duct , disturbing the flow of the fuel-combustive mixture to form, over at least one portion of the duct , a sinusoidal path of the fuel-combustive mixture; - at least two permanent magnets fastened in said duct , the two magnets being arranged in series along the flow of the fuel-combustive mixture; characterised in that the device also comprises: - a dioxygen reserve so as to inject dioxygen into the fuel so as to form a fuel-combustive mixture; - a dioxygen reserve so as to inject dioxygen into the fuel so as to form a fuel-combustive mixture; the dioxygen reserve being connected by a hose, for the injection of the dioxygen, either at the central body or at the inlet pipe and in that the proportion of combustive in the fuel-combustive mixture is comprised between 10% and 25% by weight of the mixture.
Cleaning cloth or pad comprising - at least one cleaning layer having at least one cleaning area , - at least one contact layer having at least one contact area and - at least one reinforcing layer in the form of a carrier layer which is arranged between the cleaning layer and the contact layer , at least in sections, characterized in that at least one texturing in the form of a grip area is formed on the contact area only, at least in sections, wherein the grip area has a frictional resistance that is greater than that of the contact area . - at least one cleaning layer having at least one cleaning area , - at least one contact layer having at least one contact area and - at least one reinforcing layer in the form of a carrier layer which is arranged between the cleaning layer and the contact layer , at least in sections,
A method for wireless communications at a user equipment, UE , comprising: receiving a message configuring a resource allocation for at least a random access preamble occasion and an uplink data occasion; determining if the random access preamble occasion, the uplink data occasion, or both are restricted for cancellation based at least in part on the message; determining when to monitor a downlink control channel based at least in part on the determining if the random access preamble occasion, the uplink data occasion, or both are restricted for cancellation; and transmitting a random access message in the random access preamble occasion, the uplink data occasion, or both based at least in part on the determining when to monitor the downlink control channel. receiving a message configuring a resource allocation for at least a random access preamble occasion and an uplink data occasion; determining if the random access preamble occasion, the uplink data occasion, or both are restricted for cancellation based at least in part on the message; determining when to monitor a downlink control channel based at least in part on the determining if the random access preamble occasion, the uplink data occasion, or both are restricted for cancellation; and transmitting a random access message in the random access preamble occasion, the uplink data occasion, or both based at least in part on the determining when to monitor the downlink control channel.
A method for capturing a digital image, comprising: receiving an image frame comprising a plurality of pixels captured by an image sensor; subtracting foreground pixels from the image frame to obtain background pixels ; determining an exposure condition for a next image frame based on at least a subset of the background pixels wherein determining the exposure condition comprises determining a difference between a background luma value and a foreground luma value of the plurality of captured pixels; wherein determining the exposure condition comprises: when the difference is outside the predetermined range , determining the exposure condition for the next image frame based on the subset of the background pixels and a subset of foreground pixels; or when the difference is within the predetermined range , determining the exposure condition for the next image frame based on the subset of the background pixels; and adjusting a luma value of foreground pixels of the next image frame such that a difference between the background luma value and the foreground luma value of the next image frame is within a predetermined range of available luma values of the image sensor, wherein the available luma values correspond to the sensitivity of the image sensor. receiving an image frame comprising a plurality of pixels captured by an image sensor; subtracting foreground pixels from the image frame to obtain background pixels ; determining an exposure condition for a next image frame based on at least a subset of the background pixels wherein determining the exposure condition comprises determining a difference between a background luma value and a foreground luma value of the plurality of captured pixels; wherein determining the exposure condition comprises: when the difference is outside the predetermined range , determining the exposure condition for the next image frame based on the subset of the background pixels and a subset of foreground pixels; or when the difference is within the predetermined range , determining the exposure condition for the next image frame based on the subset of the background pixels; and adjusting a luma value of foreground pixels of the next image frame such that a difference between the background luma value and the foreground luma value of the next image frame is within a predetermined range of available luma values of the image sensor, wherein the available luma values correspond to the sensitivity of the image sensor.
3D printing injector having an electrically controllable actuator , and having means for cooling and thus for dissipating the heat from the actuator, wherein as actuator a piezoelectric actuator with piezoelectric element is provided, which is directly surrounded by a cylindrical coolant jacket that can be flowed through by a cooling medium, in which the piezoelectric actuator is also guided, wherein the actuator extends axially in the movement direction, and that the actuator extends axially in the movement direction, and in that the coolant jacket extends at least over the axial length of the piezoelectric element, wherein the coolant jacket is surrounded by a further guide sleeve , wherein the axially extended piezoelectric actuator is clamped at both ends in centrically arranged cardanic clamping or support elements , wherein the coolant inlet in the actuator is placed at the bottom, characterized in that in the case of a cooling with a gaseous medium the outlet connector of the medium heated after the cooling is placed above the upper centric cardanic support, or in that in the case of a cooling with a liquid medium the outlet connector of the medium heated after the cooling is placed between the upper end of the piezoelectric element of the actuator and the upper centric cardanic support .