mhurhangee/ep-ind-claims huggingface dataset:
Method of manufacturing a brush head comprising the steps of: providing a bristle carrier on which at least a bristle tuft comprising a plurality of bristles is mounted and a cover structure having at least an aperture; constraining the free ends of the plurality of bristles of the bristle tuft into a defined cross sectional geometry such that it fits within the cross sectional area of the aperture; moving the cover structure and the bristle carrier relative to each other until the constrained bristle tuft and the aperture are positioned in spatial alignment; and releasing the constraint while moving the cover structure into a destiny position in which the bristle tuft extends through the aperture, characterized in that the step of constraining comprises moving a constraining structure relatively to the bristle carrier, wherein the constraining structure is relatively moved close to the mounting surface of the bristle carrier, and relatively moving the constraining structure from a first position close to the mounting surface of the bristle carrier to a second position close to the free ends of the bristles. providing a bristle carrier on which at least a bristle tuft comprising a plurality of bristles is mounted and a cover structure having at least an aperture; constraining the free ends of the plurality of bristles of the bristle tuft into a defined cross sectional geometry such that it fits within the cross sectional area of the aperture; moving the cover structure and the bristle carrier relative to each other until the constrained bristle tuft and the aperture are positioned in spatial alignment; and releasing the constraint while moving the cover structure into a destiny position in which the bristle tuft extends through the aperture, characterized in that the step of constraining comprises moving a constraining structure relatively to the bristle carrier, wherein the constraining structure is relatively moved close to the mounting surface of the bristle carrier, and relatively moving the constraining structure from a first position close to the mounting surface of the bristle carrier to a second position close to the free ends of the bristles.
A thermal interface material comprising: at least one polymer present in an amount of 5 wt.% to 10 wt.%; at least one thermally conductive filler present in an amount of 85 wt.% to 95 wt. %; 0.1 wt.% to 5 wt.% of a phase change material comprising at least one wax; and at least one coloring agent present in an amount of 0.5 wt.% to 20 wt.% based on 100 wt.% of the thermal interface material without the coloring agent, and selected from the group consisting of: an organic pigment, wherein the organic pigment has a formula selected from the group consisting of Formulas -: wherein each R is independently selected from H, alkyl, aryl, and halogen; and at least one polymer present in an amount of 5 wt.% to 10 wt.%; at least one thermally conductive filler present in an amount of 85 wt.% to 95 wt. %; 0.1 wt.% to 5 wt.% of a phase change material comprising at least one wax; and at least one coloring agent present in an amount of 0.5 wt.% to 20 wt.% based on 100 wt.% of the thermal interface material without the coloring agent, and selected from the group consisting of: an organic pigment, wherein the organic pigment has a formula selected from the group consisting of Formulas -: wherein each R is independently selected from H, alkyl, aryl, and halogen; and
A method for simulating film grain comprising the steps of: - receiving image information representative of an image from which film grain has been at least attenuated; - receiving film grain information that includes at least one parameter among a set of possible parameters specifying different attributes of the film grain previously in the image; - selecting a model for simulating film grain; - simulating the film grain in accordance with the selected model and the at least one parameter; and - merging the simulated film grain into the image. - receiving image information representative of an image from which film grain has been at least attenuated; - receiving film grain information that includes at least one parameter among a set of possible parameters specifying different attributes of the film grain previously in the image; - selecting a model for simulating film grain; - simulating the film grain in accordance with the selected model and the at least one parameter; and - merging the simulated film grain into the image.
A fixing and carrying device for a disposable absorbent incontinence pad, which is detachably closable on itself by means of girdle closure elements and thus forms a girdle with a continuous hip opening in the hip circumferential direction, the incontinence pad being detachably attachable to said girdle such that it can be worn in the crotch region of the user and can be removed from the girdle again and discarded after use, wherein the girdle comprises a front stomach region, a rear back region and a left-hand and a right-hand side region (18, 20), the girdle, starting from the back region and the stomach region, has in each case one flap section (32, 34) extending in a longitudinal direction in the direction of the crotch region of the user, having, on its side facing the body, closure elements (40, 42) which interact in a detachably adhesive manner with complementary closure elements on that side of the incontinence pad that faces away from the body, wherein the closure elements (40, 42) of the flap sections (32, 34), prior to being put into use, are folded in onto that side of the flap section (32, 34) that faces the body, characterized in that the flap sections (32, 34), onto which the closure elements (40, 42) of the flap section (32, 34) are folded in, are folded in onto the front stomach region and rear back region of the girdle.
A computer-implemented method for creating an animation summarizing a design process of a three-dimensional object, the method comprising the steps of: a) acquiring design data during at least one design session of said three-dimensional object; b) automatically identifying time points (MS1 - MS24) of said session or sessions corresponding to milestones of the design process by applying a set of predetermined rules to the acquired data, and storing data representing statuses of the three-dimensional object at said time points, said set of predetermined rules comprising at least one rule representative of the detection of an elapsed time since a start of the design process or a previous milestone; c) reconstructing and storing data representing intermediate statuses of the three-dimensional object by interpolating said data representing statuses of the three-dimensional object at the automatically identified time points; and d) generating and displaying an animation of the design process from said stored statuses of the three-dimensional object, including displaying a graphical representation of a timeline providing access to data representing statuses of the three-dimensional object corresponding to milestones. a) acquiring design data during at least one design session of said three-dimensional object; b) automatically identifying time points (MS1 - MS24) of said session or sessions corresponding to milestones of the design process by applying a set of predetermined rules to the acquired data, and storing data representing statuses of the three-dimensional object at said time points, said set of predetermined rules comprising at least one rule representative of the detection of an elapsed time since a start of the design process or a previous milestone; c) reconstructing and storing data representing intermediate statuses of the three-dimensional object by interpolating said data representing statuses of the three-dimensional object at the automatically identified time points; and d) generating and displaying an animation of the design process from said stored statuses of the three-dimensional object, including displaying a graphical representation of a timeline providing access to data representing statuses of the three-dimensional object corresponding to milestones.
Indicator liquid container - containing indicator liquids for the dental practice, to indicate caries or dental plaque, in which the container: - comprises a plastic plate with a chamber recessed into it for containing an indicator liquid and - comprises a covering film/foil which can be attached to the plastic plate, in which the indicator liquid container - comprises a small stick, a stick-shaped brush or a stick-shaped applicator and - a groove provided in the plastic plate for accommodating the small stick, stick-shaped brush or the applicator, in which the small stick, stick-shaped brush or the applicator (5,14) do not reach beyond a lateral edge of the plastic plate in the closed position, - in which an open medium is provided in the recessed chamber, - in which a recessed space is provided around the groove in the plastic plate and is suitable for allowing access for the tip of a finger and the tip of a thumb or another finger to this space, and - in which a downwardly directed edge is provided along the outer edge of the plastic plate and extends as far or further than the depth of the recesses (28, 29 and 30). - containing indicator liquids for the dental practice, to indicate caries or dental plaque, in which the container: - comprises a plastic plate with a chamber recessed into it for containing an indicator liquid and - comprises a covering film/foil which can be attached to the plastic plate, in which the indicator liquid container - comprises a small stick, a stick-shaped brush or a stick-shaped applicator and - a groove provided in the plastic plate for accommodating the small stick, stick-shaped brush or the applicator, in which the small stick, stick-shaped brush or the applicator (5,14) do not reach beyond a lateral edge of the plastic plate in the closed position, - in which an open medium is provided in the recessed chamber, - in which a recessed space is provided around the groove in the plastic plate and is suitable for allowing access for the tip of a finger and the tip of a thumb or another finger to this space, and - in which a downwardly directed edge is provided along the outer edge of the plastic plate and extends as far or further than the depth of the recesses (28, 29 and 30).
A dispensing device for releasing a fluid into a nostril of a human body comprising: a body, being a cylindrical fluid container extending along a longitudinal axis, which allows users to apply pressure to the container to expel the stored fluid; a cylindrical neck extending along said longitudinal axis and coupled to the body; a tip coupled to the neck, the tip having an aperture thereon through which the fluid is released; and a sealing device coupled to the tip and configured to seal the aperture, where the sealing device permanently unseals the aperture upon decoupling the sealing device from the tip; wherein the tip includes a tapered surface that permits the tip to conform to nostrils of different sizes, the exterior of the tip being tapered outwardly from a wide portion up near the bottom of the tip to a narrow portion near the top of the tip, and the tip being sized to prevent the wide portion from extending all the way into the user's nostril; wherein the bottom diameter of the tip is between 10 and 20 millimeters, and the top diameter of the tip is between 3 and 8 millimeters; and wherein the sealing device includes an opener having a twist coupler to facilitate twisting motion for removing the sealing device to unseal the aperture. a body, being a cylindrical fluid container extending along a longitudinal axis, which allows users to apply pressure to the container to expel the stored fluid; a cylindrical neck extending along said longitudinal axis and coupled to the body; a tip coupled to the neck, the tip having an aperture thereon through which the fluid is released; and a sealing device coupled to the tip and configured to seal the aperture, where the sealing device permanently unseals the aperture upon decoupling the sealing device from the tip; wherein the tip includes a tapered surface that permits the tip to conform to nostrils of different sizes, the exterior of the tip being tapered outwardly from a wide portion up near the bottom of the tip to a narrow portion near the top of the tip, and the tip being sized to prevent the wide portion from extending all the way into the user's nostril; wherein the bottom diameter of the tip is between 10 and 20 millimeters, and the top diameter of the tip is between 3 and 8 millimeters; and wherein the sealing device includes an opener having a twist coupler to facilitate twisting motion for removing the sealing device to unseal the aperture.
A slip catalyst for reducing a NO 2 content in an exhaust train of an internal combustion engine flowed through by an exhaust gas flow in particular an exhaust train of a diesel engine, which has an oxidizing catalyst for the formation of NO 2 and a particulate filter arranged downstream for binding carbon black particles and simultaneous and/or subsequent reaction of the same with NO 2 formed on the oxidizing catalyst, comprising a substrate that is provided with a coating, which coating reduces a proportion of NO 2 in the exhaust gas flow flowing through, characterized in that the coating has at least two elements from the group of rare-earth metals, which are present in the coating in the form of a salt or an oxide or in an elementary form and in a concentration of more than 300,0 to 50000,0 g/m 3, whereas the coating which contains barium and/or manganese is characterized by the presence of palladium and /or rhodium but basically not platinum.
A method comprising: determining, at a user equipment, a set of licensed and unlicensed frequency bands that are available for wireless communication; selecting, at the user equipment, a first subset of the set as targets for a handover involving at least one unlicensed frequency band; transmitting to a base station, from the user equipment, information indicating the first subset; receiving from the base station a second subset in response to transmitting the information indicating the first subset; and negotiating with the base station a third subset in response to receiving the second subset. determining, at a user equipment, a set of licensed and unlicensed frequency bands that are available for wireless communication; selecting, at the user equipment, a first subset of the set as targets for a handover involving at least one unlicensed frequency band; transmitting to a base station, from the user equipment, information indicating the first subset; receiving from the base station a second subset in response to transmitting the information indicating the first subset; and negotiating with the base station a third subset in response to receiving the second subset.
A device for therapeutic treatment comprising: - an acoustic treatment transducer able to emit high intensity waves (HIFU) toward a target in order to treat the target, the high intensity waves having a focal point, - at least one detector for detecting a change of tissue properties caused by the high intensity waves in the target, - at least one means for time measurement able to measure the time t mark from the beginning of the emission of a pulse of HIFU until a change of tissue properties is detected or - means for detecting the frequency of appearance of changes of tissue properties, characterised in that: the change of tissue propertiues is the occurrence of hyperechoic marks. - an acoustic treatment transducer able to emit high intensity waves (HIFU) toward a target in order to treat the target, the high intensity waves having a focal point, - at least one detector for detecting a change of tissue properties caused by the high intensity waves in the target, - at least one means for time measurement able to measure the time t mark from the beginning of the emission of a pulse of HIFU until a change of tissue properties is detected or - means for detecting the frequency of appearance of changes of tissue properties, - at least one detector for detecting a change of tissue properties caused by the high intensity waves in the target, - at least one means for time measurement able to measure the time t mark from the beginning of the emission of a pulse of HIFU until a change of tissue properties is detected or - means for detecting the frequency of appearance of changes of tissue properties, the change of tissue propertiues is the occurrence of hyperechoic marks.
A method for selecting a data rate mode for a command and address, CA, bus of a Registering Clock Drive, RCD, for a dynamic random access memory, DRAM, the DRAM capable of functioning in a variety of data rate modes, the method comprising: determining one or more data rate mode selection criteria; selecting a data rate mode based on the one or more data rate mode selection criteria wherein the data rate mode is one of a single data rate SDR mode wherein data is transferred only on either a rising edge or a falling edge of a clock cycle, or double data rate DDR mode wherein data is transferred on both the rising edge and falling edge of the clock cycle; configuring a host interface for the data rate mode; and configuring an RCD input interface of the Registering Clock Drive for the data rate mode. determining one or more data rate mode selection criteria; selecting a data rate mode based on the one or more data rate mode selection criteria wherein the data rate mode is one of a single data rate SDR mode wherein data is transferred only on either a rising edge or a falling edge of a clock cycle, or double data rate DDR mode wherein data is transferred on both the rising edge and falling edge of the clock cycle; configuring a host interface for the data rate mode; and configuring an RCD input interface of the Registering Clock Drive for the data rate mode.
Vehicle with a vehicle interior, with at least two microphones for receiving environmental sound and at least one loudspeaker for transmitting environmental sound from the environment of the vehicle into the vehicle interior, characterized by a hull and a turret that can be rotated relative to the hull, wherein the loudspeaker is mounted on the turret and the microphones are mounted on the hull and the loudspeaker and the microphones are set up in such a way that the position of the turret relative to the hull is taken into account for positionally correct transmission.
Use of a tube body in a pressure transducer provided to a seawater desalination apparatus in which pressure applied to the interior is varied periodically, wherein the tube body has a piston (55,56) in an interior; the tube body has a tube main body made of a fiber-reinforced resin formed by winding continuous fibers into layers by filament winding and a seal layer; said tube main body contains said continuous fibers wound at an angle of 50°±5° relative to the axial core direction of the tube main body; and the tube body is provided with a closed lid which is provided securely to an end surface of the tube body, wherein the seal layer is made of a fiber-reinforced resin 0.5 mm or more in thickness formed by tape winding in the interior of said tube main body so that an internal peripheral surface is smooth and substantially uniform in diameter.
A three-dimensional microstructure formed by a sequential build process, comprising: a first microstructural element comprising a dielectric material and having an aperture extending therethrough from a first surface to a second surface thereof; a second microstructural element (206, 208) comprising a metal material; and a non-solid volume to which the first microstructural element and the second microstructural element (206, 208) are exposed, wherein the second microstructural element (206, 208) comprises a portion disposed in the aperture and in contact with the first microstructural element to affix the first microstructural element to the second microstructural element (206, 208); wherein the microstructure comprises a coaxial transmission line comprising a center conductor, an outer conductor and a dielectric support member for supporting the center conductor, wherein the dielectric support member is the first microstructural element, and the inner conductor and/or the outer conductor is the second microstructural element. a first microstructural element comprising a dielectric material and having an aperture extending therethrough from a first surface to a second surface thereof; a second microstructural element (206, 208) comprising a metal material; and a non-solid volume to which the first microstructural element and the second microstructural element (206, 208) are exposed, wherein the second microstructural element (206, 208) comprises a portion disposed in the aperture and in contact with the first microstructural element to affix the first microstructural element to the second microstructural element (206, 208); wherein the microstructure comprises a coaxial transmission line comprising a center conductor, an outer conductor and a dielectric support member for supporting the center conductor, wherein the dielectric support member is the first microstructural element, and the inner conductor and/or the outer conductor is the second microstructural element.
A method for wireless communication, the method comprising: establishing, at a first base station, at least one wireless connection with at least one user equipment, UE, using time division duplexing, TDD, in a first frequency band of a set of frequency bands, wherein the set of frequency bands has an associated baseline TDD configuration; identifying, at the first base station based at least in part on an amount of data for communication between the first base station and the at least one UE, a first TDD configuration that is different than the baseline TDD configuration for communications between the first base station and the at least one UE; selecting, at the first base station, an interference mitigation procedure based at least in part on the identified first TDD configuration; communicating between the first base station and the at least one UE using the first TDD configuration and the interference mitigation procedure; selecting, after the communicating using the first TDD configuration, the baseline TDD configuration for further communications with the at least one UE; discontinuing the interference mitigation procedure based at least in part on the selecting the baseline TDD configuration; and communicating with the at least one UE using the baseline TDD configuration. establishing, at a first base station, at least one wireless connection with at least one user equipment, UE, using time division duplexing, TDD, in a first frequency band of a set of frequency bands, wherein the set of frequency bands has an associated baseline TDD configuration; identifying, at the first base station based at least in part on an amount of data for communication between the first base station and the at least one UE, a first TDD configuration that is different than the baseline TDD configuration for communications between the first base station and the at least one UE; selecting, at the first base station, an interference mitigation procedure based at least in part on the identified first TDD configuration; communicating between the first base station and the at least one UE using the first TDD configuration and the interference mitigation procedure; selecting, after the communicating using the first TDD configuration, the baseline TDD configuration for further communications with the at least one UE; discontinuing the interference mitigation procedure based at least in part on the selecting the baseline TDD configuration; and communicating with the at least one UE using the baseline TDD configuration.