mhurhangee/patent-ind-claim-en huggingface dataset:
Near-infrared absorbing particles comprising: a cesium tungstate, wherein the cesium tungstate has a pseudo hexagonal crystal structure modulated to one or more crystal structures selected from orthorhombic crystal, rhombohedral crystal, and cubic crystal, and the cesium tungstate is represented by a general formula Cs x W y O z , and has a composition within a region surrounded by four straight lines of x = 0.6y, z = 2.5y, y = 5x, and Cs 2 O : WO 3 = m : n (m and n are integers) in a ternary composition diagram with Cs, W, and O at each vertex. a cesium tungstate, wherein the cesium tungstate has a pseudo hexagonal crystal structure modulated to one or more crystal structures selected from orthorhombic crystal, rhombohedral crystal, and cubic crystal, and the cesium tungstate is represented by a general formula Cs x W y O z , and has a composition within a region surrounded by four straight lines of x = 0.6y, z = 2.5y, y = 5x, and Cs 2 O : WO 3 = m : n (m and n are integers) in a ternary composition diagram with Cs, W, and O at each vertex.
A chocolate for ice cream coating, characterized by comprising: 1 to 6% by mass of highly polyunsaturated fatty acids in a total amount of docosahexaenoic acid and eicosapentaenoic acid; and 0.01 to 1% by mass of a material having a chelate effect. 1 to 6% by mass of highly polyunsaturated fatty acids in a total amount of docosahexaenoic acid and eicosapentaenoic acid; and 0.01 to 1% by mass of a material having a chelate effect.
System for counting the number of wheel revolutions of a vehicle, comprising: - an electronic device for counting the number of wheel revolutions, - a device for transmitting data from the electronic counting device to a remote database, the electronic counting device being installed in a housing , and the system being characterized in that it comprises attachment means for the removable attachment of the housing to a nut anti-loosening device installed on a wheel of the vehicle. - an electronic device for counting the number of wheel revolutions, - a device for transmitting data from the electronic counting device to a remote database,
Safety switch assembly comprising a safety switch and an actuator associated therewith, wherein a retaining unit is provided, by means of which the actuator is retained in a locking setting, wherein the safety switch comprises an auxiliary unlocking unit having a mechanically actuable actuating element , wherein actuation of the actuating element is converted only by a transmission element into a setting movement for the retaining unit, characterised in that a segment of the transmission element forms a pushrod and a segment of the transmission element forms a film hinge , which can be wound up on or unwound from a shaft of the actuating element .
Radiator with at least two heating panels aligned parallel to each other, a multiplicity of connectors, which define a separation distance between two heating panels , and at least one fan unit , wherein a heat transfer fluid can flow through the heating panels , in each case through at least a forward flow and a return flow port, and wherein the heating panels in each case have a horizontally extending distribution channel, a similarly horizontally extending collection channel , and a multiplicity of heating channels , which extend at right angles to the distribution channel and the collection channel , and which in terms of flow are connected on the one hand to the collection channel and on the other hand to the distribution channel, wherein a recess is located in each case between adjacent heating channels , which recess, as viewed in a direction at right angles to a plane tangential to the heating channels , is located deeper than the distribution channel and the collection channel , wherein the fan unit has a support , and a multiplicity of fans, attached to the support in a force transmitting manner, wherein the support is elongated, the fans are arranged thereon in at least one row, one behind another, and the fan unit is detachably attached to at least one heating panel by means of its attachment elements , characterised in that the attachment elements , preferably consisting of a plastic material, engage in each case in one of the recesses with rearward-hooking members , whereby retaining forces can be introduced, by way of the rearward-hooking members , into wall sections of the opposingly located collection channels , in that on its two longitudinal edges the support is in each case separated, by means of a non-metallic intermediate element , in particular one consisting of a plastic material, from a contact region of the respectively associated heating panel , and in that the support is located, at least partially, between the heating panels .
A method of making a balloon catheter comprising the steps of: advancing an elongate body into a cavity defined by a plurality of movable blade members forming an adjustable molding iris ; and blow molding a balloon in the elongate body with the molding iris determining a configuration of the balloon; wherein the method further comprises a step of synchronously moving the plurality of movable blade members so as to adjust the size of the molding iris . advancing an elongate body into a cavity defined by a plurality of movable blade members forming an adjustable molding iris ; and blow molding a balloon in the elongate body with the molding iris determining a configuration of the balloon; wherein the method further comprises a step of synchronously moving the plurality of movable blade members so as to adjust the size of the molding iris .
Method for deblocking pixel data processed with block transform coding in a block-based digital video compression codec, the method including the steps: - receiving signals indicative of the chroma levels of two pixels being disposed on respective opposite sides of a block boundary transition adjacent to the block boundary transition; - computing a distance measure between the chroma levels of the two pixels, wherein the distance measure is the magnitude of the difference in chroma levels of the two pixels; and - comparing the distance measure with a threshold, characterized by : - conditionally applying a deblocking filter for filtering the chroma block boundary transition, when the distance measure is greater than the threshold. - receiving signals indicative of the chroma levels of two pixels being disposed on respective opposite sides of a block boundary transition adjacent to the block boundary transition; - computing a distance measure between the chroma levels of the two pixels, wherein the distance measure is the magnitude of the difference in chroma levels of the two pixels; and - comparing the distance measure with a threshold, characterized by : - conditionally applying a deblocking filter for filtering the chroma block boundary transition, when the distance measure is greater than the threshold.
Metal-polymer capacitor comprising a dielectric film disposed between a first electrode and a second electrode , characterised in that the dielectric film comprises: - core-shell structure nanoparticles , the core of the nanoparticles being metallic and the shell comprising a first layer made of an inorganic carbonaceous material and a second layer made of a first polymer material, the ratio between the maximum diameter of the nanoparticles and the minimum diameter of the nanoparticles being less than or equal to 5, preferably less than or equal to 3, - a matrix wherein the core-shell structure nanoparticles are dispersed, the matrix being a mineral matrix or a matrix made of a second polymer material, - electrically insulating nanoparticles ; The volume percentage of core-shell structure nanoparticles in the dielectric film ranging from 0.01% to 10%, preferably from 0,01% to 5%, and even more preferentially from 0.1% to 2%. - core-shell structure nanoparticles , the core of the nanoparticles being metallic and the shell comprising a first layer made of an inorganic carbonaceous material and a second layer made of a first polymer material, the ratio between the maximum diameter of the nanoparticles and the minimum diameter of the nanoparticles being less than or equal to 5, preferably less than or equal to 3, - a matrix wherein the core-shell structure nanoparticles are dispersed, the matrix being a mineral matrix or a matrix made of a second polymer material, - electrically insulating nanoparticles ;
Wind turbine comprising: a nacelle and a rotor mounted on a front end of the nacelle , a yaw control system for yawing the nacelle with respect to the wind direction, an automatic control system for preventing yaw misalignment of the nacelle , the control system comprising an acquisition unit that relates the wind direction (γ) with a deviation (α) of the wind turbine nacelle with respect to the wind direction (γ), a calculation unit of an efficiency function y = f(θ) of the wind turbine and a deviation comparison unit for the deviation of the nacelle , sensors for measuring wind speed , wind direction, power and rotor rotation, a power optimization algorithm associated to the control system , characterized in that the control system is configured for forcing the nacelle oscillate about a yawing axis at a frequency lower than 0,1 Hz and in that the power optimization algorithm is configured for implementing an optimization algorithm of numerical analysis of the efficiency function y = f(θ) that maximizes the wind turbine efficiency, the optimization algorithm including a first filter (k / s) to attenuate low frequencies and a second filter to attenuate high frequencies ( s / s+h ), commands being sent to the yaw control system to orient the nacelle of the wind turbine toward an optimal alignment ( θ * ) positions that maximizes the efficiency function. a nacelle and a rotor mounted on a front end of the nacelle , a yaw control system for yawing the nacelle with respect to the wind direction, an automatic control system for preventing yaw misalignment of the nacelle , the control system comprising an acquisition unit that relates the wind direction (γ) with a deviation (α) of the wind turbine nacelle with respect to the wind direction (γ), a calculation unit of an efficiency function y = f(θ) of the wind turbine and a deviation comparison unit for the deviation of the nacelle , sensors for measuring wind speed , wind direction, power and rotor rotation, a power optimization algorithm associated to the control system , characterized in that the control system is configured for forcing the nacelle oscillate about a yawing axis at a frequency lower than 0,1 Hz and in that the power optimization algorithm is configured for implementing an optimization algorithm of numerical analysis of the efficiency function y = f(θ) that maximizes the wind turbine efficiency, the optimization algorithm including a first filter (k / s) to attenuate low frequencies and a second filter to attenuate high frequencies ( s / s+h ), commands being sent to the yaw control system to orient the nacelle of the wind turbine toward an optimal alignment ( θ * ) positions that maximizes the efficiency function.
A sterility verification method for verifying sterility of a container with use of a content filling system having a container sterilizer which sterilizes the container , and a filler which fills a content in the container , the method comprising: a step of performing a test individually as to whether or not sterility is ensured for each element of the content filling system ; a step of filling a culture medium, pH of which is previously adjusted according to pH of the content, in the container with the use of the filler , after the step of performing the test; a step of capping the container filled with the culture medium with a cap ; a step of tilting or reversing the container filled with the culture medium before culturing the culture medium, to reliably bring the culture medium into contact with an inner surface of the container ; and a step of verifying whether or not the bacteria survive or propagate in the culture medium in the container . a step of performing a test individually as to whether or not sterility is ensured for each element of the content filling system ; a step of filling a culture medium, pH of which is previously adjusted according to pH of the content, in the container with the use of the filler , after the step of performing the test; a step of capping the container filled with the culture medium with a cap ; a step of tilting or reversing the container filled with the culture medium before culturing the culture medium, to reliably bring the culture medium into contact with an inner surface of the container ; and a step of verifying whether or not the bacteria survive or propagate in the culture medium in the container .
A device for leakage testing with provision of a displacement of a rubber stopper , which is inserted into the regular opening of a drug container , relative to the drug container in an opening direction for leakage testing of a connection between the rubber stopper and the corresponding drug container , the device comprising - a test medium supply for exposing a connection region of the drug container and the rubber stopper to a test medium, - a detection unit for detecting the presence of test medium that has passed through the regular opening of the drug container due to a leakage between the connection of the rubber stopper and the drug container , - a support member , - a movement member ,and - a drug container receptacle with the container received in the drug container receptacle , characterized in that the support member supports the movement member , the movement member is movable relative to the support member in a movement direction which is parallel to the opening direction of the rubber stopper , and the movement member extends into the drug container receptacle for the displacement of the rubber stopper such that part of the movement member is inserted into the drug container through a communication hole which is provided at the drug container apart from its regular opening for enabling fluid communication of the interior of the drug container and the exterior of the drug container . - a test medium supply for exposing a connection region of the drug container and the rubber stopper to a test medium, - a detection unit for detecting the presence of test medium that has passed through the regular opening of the drug container due to a leakage between the connection of the rubber stopper and the drug container , - a support member , - a movement member ,and - a drug container receptacle with the container received in the drug container receptacle , the support member supports the movement member , the movement member is movable relative to the support member in a movement direction which is parallel to the opening direction of the rubber stopper , and the movement member extends into the drug container receptacle for the displacement of the rubber stopper such that part of the movement member is inserted into the drug container through a communication hole which is provided at the drug container apart from its regular opening for enabling fluid communication of the interior of the drug container and the exterior of the drug container .
An elevator system comprising a coated belt in combination with an elevator car , wherein the coated belt suspends and/or drives the elevator car , the coated belt comprising: at least one cord , the at least one cord comprising a plurality of filaments , the filaments including a plurality of inner filaments and a plurality of outer filaments surrounding the plurality of inner filaments , the outer filaments forming a first-order helical structure, wherein the filaments are free of second-order helical structure; the inner filaments are formed of a first material and the outer filaments are formed of a second material, wherein the first material is a polymeric material and the second material is steel having greater load bearing strength than the first material; and by the belt further comprising: a plurality of cords including the at least one cord ; and a jacket , wherein the plurality of cords are retained in the jacket to form the belt , the belt having an aspect ratio of width to thickness of greater than one; characterized in that : the plurality of outer filaments are twisted around the plurality of inner filaments such that the cord forms a first-order helix and the plurality of inner filaments are non-twisted; and wherein the inner filaments are bunched together by at least one restraining loop , or by an adhesive through at least a portion of the length of the cord. at least one cord , the at least one cord comprising a plurality of filaments , the filaments including a plurality of inner filaments and a plurality of outer filaments surrounding the plurality of inner filaments , the outer filaments forming a first-order helical structure, wherein the filaments are free of second-order helical structure; the inner filaments are formed of a first material and the outer filaments are formed of a second material, wherein the first material is a polymeric material and the second material is steel having greater load bearing strength than the first material; and by the belt further comprising: a plurality of cords including the at least one cord ; and a jacket , wherein the plurality of cords are retained in the jacket to form the belt , the belt having an aspect ratio of width to thickness of greater than one; a plurality of cords including the at least one cord ; and a jacket , wherein the plurality of cords are retained in the jacket to form the belt , the belt having an aspect ratio of width to thickness of greater than one; characterized in that : the plurality of outer filaments are twisted around the plurality of inner filaments such that the cord forms a first-order helix and the plurality of inner filaments are non-twisted; and wherein the inner filaments are bunched together by at least one restraining loop , or by an adhesive through at least a portion of the length of the cord. the plurality of outer filaments are twisted around the plurality of inner filaments such that the cord forms a first-order helix and the plurality of inner filaments are non-twisted; and wherein the inner filaments are bunched together by at least one restraining loop , or by an adhesive through at least a portion of the length of the cord.
A vibrating touch screen, comprising: a transparent plate ; two first elongated portions parallel to each other and perpendicularly protruding from a plane in which the plate fits, having an acoustic reflection coefficient greater than that of the plate, and connected to a first surface of the plate; characterized in that it further includes: two second elongated portions parallel to each other and to first portions , having an acoustic reflection coefficient lower than that of the plate and than that of the first portions , and arranged outside an area (I) surrounded by said first portions ; and two strips of piezoelectric actuators approximately parallel to said first portions and located therebetween, said actuators being dedicated to generate acoustic surface waves, said first portions being thicker than the plate , and said second portions being thinner than the plate . a transparent plate ; two first elongated portions parallel to each other and perpendicularly protruding from a plane in which the plate fits, having an acoustic reflection coefficient greater than that of the plate, and connected to a first surface of the plate; characterized in that it further includes: two second elongated portions parallel to each other and to first portions , having an acoustic reflection coefficient lower than that of the plate and than that of the first portions , and arranged outside an area (I) surrounded by said first portions ; and two strips of piezoelectric actuators approximately parallel to said first portions and located therebetween, said actuators being dedicated to generate acoustic surface waves, said first portions being thicker than the plate , and said second portions being thinner than the plate . two second elongated portions parallel to each other and to first portions , having an acoustic reflection coefficient lower than that of the plate and than that of the first portions , and arranged outside an area (I) surrounded by said first portions ; and two strips of piezoelectric actuators approximately parallel to said first portions and located therebetween, said actuators being dedicated to generate acoustic surface waves, said first portions being thicker than the plate , and said second portions being thinner than the plate .
A method implemented by one or more data processing apparatus, the method for identifying potential hydrocarbon traps in a subterranean region, the method comprising: receiving seismic data of the subterranean region, the seismic data acquired by at least one seismic sensor , the seismic data indicating positions of physical barriers to hydrocarbon flow in the subterranean region; creating a representation of the subterranean region and labeling voxels at the positions of the physical barriers as impermeable; labeling voxels in the representation of the subterranean region not marked as impermeable as possible hydrocarbon; using anisotropic lateral and upward erosion to change labels of voxels from possible hydrocarbon to not possible hydrocarbon; iterating the anisotropic lateral and upward erosion until no change occurs between one iteration and the next iteration; and providing identification of the voxels labeled as possible hydrocarbons as output. receiving seismic data of the subterranean region, the seismic data acquired by at least one seismic sensor , the seismic data indicating positions of physical barriers to hydrocarbon flow in the subterranean region; creating a representation of the subterranean region and labeling voxels at the positions of the physical barriers as impermeable; labeling voxels in the representation of the subterranean region not marked as impermeable as possible hydrocarbon; using anisotropic lateral and upward erosion to change labels of voxels from possible hydrocarbon to not possible hydrocarbon; iterating the anisotropic lateral and upward erosion until no change occurs between one iteration and the next iteration; and providing identification of the voxels labeled as possible hydrocarbons as output.
A print apparatus comprising: a printhead carriage to receive a printhead comprising a print agent ejection nozzle ; and a drop detector to acquire a signal indicative of variations in a parameter detected by the drop detector over a period of drop detection, characterised in that the print apparatus comprises: a memory configured to hold a print agent ejection signature; and processing circuitry comprising a convolution module configured to convolve the drop detector signal with the print agent ejection signature, wherein the processing circuitry is configured to determine, from an output of the convolution module, an indication of similarity between the drop detector signal and the print agent ejection signature. a printhead carriage to receive a printhead comprising a print agent ejection nozzle ; and a drop detector to acquire a signal indicative of variations in a parameter detected by the drop detector over a period of drop detection, characterised in that the print apparatus comprises: a memory configured to hold a print agent ejection signature; and processing circuitry comprising a convolution module configured to convolve the drop detector signal with the print agent ejection signature, wherein the processing circuitry is configured to determine, from an output of the convolution module, an indication of similarity between the drop detector signal and the print agent ejection signature. a memory configured to hold a print agent ejection signature; and processing circuitry comprising a convolution module configured to convolve the drop detector signal with the print agent ejection signature, wherein the processing circuitry is configured to determine, from an output of the convolution module, an indication of similarity between the drop detector signal and the print agent ejection signature.