mhurhangee/patent-ind-claim-en huggingface dataset:
Machining method for a workpiece, the workpiece being supported by a rotatably drivable workpiece spindle , and a cutting edge (S) of a tool supported by a rotatably drivable tool spindle being brought into a working position on the workpiece by means of a displacement of the tool spindle , or optionally one or more supports that support said spindle, in the three spatial directions (X, Y, Z) and in the two solid angles (θ, φ), which displacement is servo-driven according to setting values specified by an electronic control unit, in which working position a large number of identically designed workpieces are machined one after the other, surfaces that are circumferentially offset being produced on the workpiece by means of chip removal, and the tool spindle , or optionally the one or more supports that support said spindle, being positioned exclusively by means of linear drives, characterised in that said linear drives are held in the working position thereof in an unclamped manner under closed-loop control.
An integrated circuit for providing a power supply to a radio frequency, RF, power amplifier, PA, , the integrated circuit comprising: a low-frequency power supply path comprising a switching regulator and a high-frequency power supply path arranged to regulate an output voltage of a combined power supply at an output port of the integrated circuit for coupling to the PA wherein the combined power supply is provided by the low-frequency power supply path and high-frequency power supply path; wherein the high-frequency power supply path comprises: a linear amplifier receiving at a first input thereof the output voltage as a voltage feedback; a linear amplifier power supply and an output arranged to apply a power supply signal on the high-frequency power supply path; and wherein the high-frequency power supply path is characterized by : a high-frequency-path supply module arranged to provide the amplifier power supply to the linear amplifier , wherein the high-frequency-path supply module comprises a pulse-width modulator connected to the power supply of the linear amplifier via a filter and arranged to provide a filtered pulse-width modulated signal to the high frequency power supply path. a low-frequency power supply path comprising a switching regulator and a high-frequency power supply path arranged to regulate an output voltage of a combined power supply at an output port of the integrated circuit for coupling to the PA wherein the combined power supply is provided by the low-frequency power supply path and high-frequency power supply path; wherein the high-frequency power supply path comprises: a linear amplifier receiving at a first input thereof the output voltage as a voltage feedback; a linear amplifier power supply and an output arranged to apply a power supply signal on the high-frequency power supply path; and wherein the high-frequency power supply path is characterized by : a high-frequency-path supply module arranged to provide the amplifier power supply to the linear amplifier , wherein the high-frequency-path supply module comprises a pulse-width modulator connected to the power supply of the linear amplifier via a filter and arranged to provide a filtered pulse-width modulated signal to the high frequency power supply path.
A detection device, comprising a base , a bracket , a swing lever , a first limit lever and a first magnetic sensor , the bracket being provided on the base , the swing lever being swingably provided on the bracket via a swing shaft and the swing lever being partitioned as a toggle section(5-1) and a trigger section(5-2) by the swing shaft , the weight of the trigger section(5-2) being greater than the weight of the toggle section(5-1); an end of the trigger section(5-2) being provided with a magnetic block , an end of the toggle section(5-1) being higher in an initial state than an upper edge of the bracket ; the first limit lever being provided on the bracket for limiting the trigger section(5-2); the first magnetic sensor being provided on the bracket and located sufficiently close to the magnetic block when the trigger section (5-2) is being limited by the first limit lever such that the magnetic field of the magnetic block is detected by the first magnetic sensor , characterized in that the detection device further comprises a second limit lever and a second magnetic sensor , the second limit lever is provided on the bracket and arranged triangularly with the swing shaft and the first limit lever in a plane of the bracket , the trigger section(5-2) arranged so that it is able to swing between the first limit lever and the second limit lever , and the second magnetic sensor is provided on the bracket and located sufficiently close to the magnetic block when the trigger section (5-2) is being limited by the second limit lever such that the magnetic field of the magnetic block is detected by the second magnetic sensor .
A device (D) for mounting a tap on a partition , this device comprising: - at least one coupler , comprising a threaded endpiece for connecting to the tap, - a platen for fastening each coupler on the partition, this platen delimiting at least one opening , configured to immobilize the endpiece in rotation about its axis (X40), - at least one nut , provided to be screwed around the endpiece, the endpiece being configured to be moved axially inside the opening , and - fastening means for fastening the nut on the platen , in a position where the nut axially immobilizes the endpiece relative to the platen, in the configuration engaged in the opening, characterized in that the fastening means comprise at least one self-tapping screw to fasten the nut on the platen , each screw passing through a hole arranged in the nut and being gripped inside a piercing of the platen. - at least one coupler , comprising a threaded endpiece for connecting to the tap, - a platen for fastening each coupler on the partition, this platen delimiting at least one opening , configured to immobilize the endpiece in rotation about its axis (X40), - at least one nut , provided to be screwed around the endpiece, the endpiece being configured to be moved axially inside the opening , and - fastening means for fastening the nut on the platen , in a position where the nut axially immobilizes the endpiece relative to the platen, in the configuration engaged in the opening,
A method for producing a hybrid component , comprising: - providing a first component constituent made of a metallic first material, - providing a second component constituent made of an electrically insulating second material, wherein the second component constituent is in the form of a sleeve - providing a third component constituent made of a metallic third material, wherein the third component constituent has a recess which has an inner contour complementary to an outer contour of the second component constituent , - forming a complete component assembly by arranging the first component constituent in the inner volume of the second component constituent and arranging the second component constituent in the recess of the third component constituent , - sintering the complete component assembly by heating to a sintering temperature, wherein the first component constituent and/or the third component constituent is/are in the form of a powder blank having metal powder particles arranged adjoining one another, such that, when the sintering temperature (T2) is reached, the metal powder particles are sintered together and the component constituent in question thereby experiences a volume change that remains even after cooling to below the sintering temperature (T2) in such a manner that the outer contour of the first component constituent and the inner contour of the recess of the third component constituent are displaced towards one another, Characterized in that the second component constituent is formed with inorganic, non-metallic fibers and the second component constituent surrounds an inner volume which has an inner contour complementary to an outer contour of the first component constituent , - providing a first component constituent made of a metallic first material, - providing a second component constituent made of an electrically insulating second material, wherein the second component constituent is in the form of a sleeve - providing a third component constituent made of a metallic third material, wherein the third component constituent has a recess which has an inner contour complementary to an outer contour of the second component constituent , - forming a complete component assembly by arranging the first component constituent in the inner volume of the second component constituent and arranging the second component constituent in the recess of the third component constituent , - sintering the complete component assembly by heating to a sintering temperature, wherein the first component constituent and/or the third component constituent is/are in the form of a powder blank having metal powder particles arranged adjoining one another, such that, when the sintering temperature (T2) is reached, the metal powder particles are sintered together and the component constituent in question thereby experiences a volume change that remains even after cooling to below the sintering temperature (T2) in such a manner that the outer contour of the first component constituent and the inner contour of the recess of the third component constituent are displaced towards one another,
A cigarette cartridge of a disposable cigarette, characterized by comprising a liquid-storage assembly and an atomizing assembly that are separately configured and separately assembled, the atomizing assembly is disposed in the liquid-storage assembly; the liquid-storage assembly comprises a top cover having a smoke outlet (19-2) and a housing ; the atomizing assembly comprises a heat-generating device , an atomizing base and a ventilation pipe ; the heat-generating device is disposed on the atomizing base ; the atomizing base is sealingly arranged on an end of the housing ; the top cover is arranged on another end of the housing opposite to the atomizing base ; the ventilation pipe fluidly communicates with the heat-generating device and the smoke outlet (19-2); and a space between the ventilation pipe , the housing , the atomizing base and the top cover is a liquid-storage chamber (18-5); wherein a latching groove/a latching tab is provided (18-1) around an lower end of the housing , a latching tab/a latching groove (9-1) is provided around the atomizing base correspondingly, and the latching tab latches with the latching groove to fix the atomizing base on the lower end of the housing .
A functionalized silica particle comprising a silica having an average particle size of 50 microns or less; and a zinc-amino acid complex adsorbed to a surface of said silica, wherein the zinc-amino acid complex comprises zinc-lysine complex.
An image forming apparatus, comprising: an operation panel ; a first receiving section configured to receive a print job (JB) for a document (DM) from an external terminal device ; an extracting section configured to extract a first specific word (W1) from, among sentences included in the document, a sentence included in an updated portion, the updated portion being specified by update history information; a second receiving section configured to receive input of a second specific word (W2) through the operation panel; and a determining section configured to determine whether or not to permit execution of the print job according to whether or not the second specific word matches the first specific word. an operation panel ; a first receiving section configured to receive a print job (JB) for a document (DM) from an external terminal device ; an extracting section configured to extract a first specific word (W1) from, among sentences included in the document, a sentence included in an updated portion, the updated portion being specified by update history information; a second receiving section configured to receive input of a second specific word (W2) through the operation panel; and a determining section configured to determine whether or not to permit execution of the print job according to whether or not the second specific word matches the first specific word.
An indicator device (10 - 13) for a deployment operator for displaying information contents of different information types of a guidance system , comprising: a display portable by the deployment operator, comprising multiple visually distinguishable segments (21 - 28), each of the segments (21 - 28) being assigned at least one of the information types, the respective segment (21 - 28) being arranged for visual output of a current information content of the information type assigned to the segment (21 - 28), and a drive unit , which can be coupled to the guidance system , for driving the display , wherein the indicator device (10 - 13) is formed as a mask wearable in front of the face of the deployment operator, wherein the visually distinguishable segments (21 - 28) are arranged in a peripheral field of view of the deployment operator when the mask is worn by the deployment operator, or wherein the indicator device (10 - 13) is formed as a pair of goggles or goggle extension wearable by the deployment operator, wherein the visually distinguishable segments (21 - 28) are arranged in a peripheral field of view of the deployment operator when the goggles or goggle extension are worn, and wherein a number of the segments of the multiple visually distinguishable segments (21 - 28) is arranged to image an area outside the field of view of the deployment operator, in particular an area behind the deployment operator, by means of the visual output of the information contents of the information types assigned to the segments of the number of segments. a display portable by the deployment operator, comprising multiple visually distinguishable segments (21 - 28), each of the segments (21 - 28) being assigned at least one of the information types, the respective segment (21 - 28) being arranged for visual output of a current information content of the information type assigned to the segment (21 - 28), and a drive unit , which can be coupled to the guidance system , for driving the display , wherein the indicator device (10 - 13) is formed as a mask wearable in front of the face of the deployment operator, wherein the visually distinguishable segments (21 - 28) are arranged in a peripheral field of view of the deployment operator when the mask is worn by the deployment operator, or wherein the indicator device (10 - 13) is formed as a pair of goggles or goggle extension wearable by the deployment operator, wherein the visually distinguishable segments (21 - 28) are arranged in a peripheral field of view of the deployment operator when the goggles or goggle extension are worn, and wherein a number of the segments of the multiple visually distinguishable segments (21 - 28) is arranged to image an area outside the field of view of the deployment operator, in particular an area behind the deployment operator, by means of the visual output of the information contents of the information types assigned to the segments of the number of segments.
A method for operating a security element which is part of a mobile end device , with the functionality of the security element depending on a set of operating parameters (24a-c) that is deposited on the security element , wherein the method comprises the following steps: operating the security element with the set of operating parameters (24a-c) that is deposited on the security element ; collecting data about the use of the security element and/or of the mobile end device ; selecting a use profile on the basis of the collected data, with the use profile being assigned a set of operating parameters that is matched thereto; and operating the security element with the set of operating parameters that is matched to the selected use profile, characterized in that one of the operating parameters of the security element is adapted, said parameter determining the size as of which access counters deposited in a volatile memory of the security element and respectively stating the number of accesses to a respective memory page of the non-volatile memory of the security element are stored in the non-volatile memory of the security element , and/or one of the operating parameters of the security element is adapted, said parameter determining the length of the time window within which the security element has to log into the mobile radio network . operating the security element with the set of operating parameters (24a-c) that is deposited on the security element ; collecting data about the use of the security element and/or of the mobile end device ; selecting a use profile on the basis of the collected data, with the use profile being assigned a set of operating parameters that is matched thereto; and operating the security element with the set of operating parameters that is matched to the selected use profile, characterized in that one of the operating parameters of the security element is adapted, said parameter determining the size as of which access counters deposited in a volatile memory of the security element and respectively stating the number of accesses to a respective memory page of the non-volatile memory of the security element are stored in the non-volatile memory of the security element , and/or one of the operating parameters of the security element is adapted, said parameter determining the length of the time window within which the security element has to log into the mobile radio network .
A method for picture processing, comprising: obtaining (S101) a plurality of pictures through photographing in a same scene, each of the plurality of pictures containing facial information; selecting (S102) at least two pictures from the plurality of pictures, and obtaining, according to the facial information of each of the at least two pictures, feature information of a preset facial part in each of the at least two pictures; sequentially detecting whether the preset facial parts in the at least two pictures are in a preset feature state, wherein a picture is determined as a target picture if the feature information of the preset facial part indicates that the preset facial part in the picture is in the preset feature state; stopping for searching for a target picture when the number of the determined target pictures reaches a preset number; and performing (S104) a multi-frame denoising processing on all target pictures to obtain an output picture; characterized in that the method further comprises: obtaining a light sensitivity value used for photographing; determining a target number corresponding to the light sensitivity value, wherein the target number is larger than or equal to two; and determining the target number as the preset number. obtaining (S101) a plurality of pictures through photographing in a same scene, each of the plurality of pictures containing facial information; selecting (S102) at least two pictures from the plurality of pictures, and obtaining, according to the facial information of each of the at least two pictures, feature information of a preset facial part in each of the at least two pictures; sequentially detecting whether the preset facial parts in the at least two pictures are in a preset feature state, wherein a picture is determined as a target picture if the feature information of the preset facial part indicates that the preset facial part in the picture is in the preset feature state; stopping for searching for a target picture when the number of the determined target pictures reaches a preset number; and performing (S104) a multi-frame denoising processing on all target pictures to obtain an output picture; characterized in that the method further comprises: obtaining a light sensitivity value used for photographing; determining a target number corresponding to the light sensitivity value, wherein the target number is larger than or equal to two; and determining the target number as the preset number. obtaining a light sensitivity value used for photographing; determining a target number corresponding to the light sensitivity value, wherein the target number is larger than or equal to two; and determining the target number as the preset number.
An installation for the surface treatment of articles, in particular of vehicle body parts, with a) at least two treatment booths , which each define one treatment chamber ; b) a conveying device , by means of which the articles may be conveyed along a conveying path to in each case one of the treatment booths , into the treatment chamber of this treatment booth , out of the treatment chamber of this treatment booth and away from this treatment booth ; wherein c) each treatment booth is enclosed in each case by a modular unit (BM, BM') in the form of a treatment module (BM, BM'), which unit may be moved as a unit and is arranged and fixed detachably in an operating position relative to the conveying path , characterized in that d) along the conveying path , one or more guide rails are arranged, on which a particular modular unit (BM, BM', AM) may be displaced. a) at least two treatment booths , which each define one treatment chamber ; b) a conveying device , by means of which the articles may be conveyed along a conveying path to in each case one of the treatment booths , into the treatment chamber of this treatment booth , out of the treatment chamber of this treatment booth and away from this treatment booth ; wherein c) each treatment booth is enclosed in each case by a modular unit (BM, BM') in the form of a treatment module (BM, BM'), which unit may be moved as a unit and is arranged and fixed detachably in an operating position relative to the conveying path , characterized in that d) along the conveying path , one or more guide rails are arranged, on which a particular modular unit (BM, BM', AM) may be displaced.
Removable barrier including a panel configured to block at least partly an opening delimited by a frame , the removable barrier comprising a plurality of straps each connected to the panel by at least one connection element and each having first and second ends (40.1, 40.2), characterized in that the removable barrier comprises, for each strap , a first connection (46.1) configured to connect the first end (40.1) of the strap to a first edge (36.1) of the frame at least temporarily, a second connection (46.2) configured to connect the second end (40.2) of the strap to a second edge (36.2) of the frame at least temporarily, at least one folded overlength (58.1, 58.2) positioned between the connection element and at least one of the first and second ends (40.1, 40.2) of the strap , as well as at least one breakable connection keeping the overlength (58.1, 58.2) folded.