mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device, comprising: a housing ; a display screen , mounted on the housing and defining a first display region and a second display region ; the first display region having a pixel density less than that of the second display region ; and a camera , disposed in the housing and comprising a lens facing toward the first display region ; characterized in that at least a part of the camera is movable, such that the lens of the camera is movable in a plane parallel to the first display region ; the lens is configured to take at least two initial pictures at positions in the first display region that are different from each other; and the electronic device further comprises a processor, and the processor is configured to synthesize a target picture free from pixels of the first display region based on the at least two initial pictures. a housing ; a display screen , mounted on the housing and defining a first display region and a second display region ; the first display region having a pixel density less than that of the second display region ; and a camera , disposed in the housing and comprising a lens facing toward the first display region ; characterized in that at least a part of the camera is movable, such that the lens of the camera is movable in a plane parallel to the first display region ; the lens is configured to take at least two initial pictures at positions in the first display region that are different from each other; and the electronic device further comprises a processor, and the processor is configured to synthesize a target picture free from pixels of the first display region based on the at least two initial pictures.
Method for producing biogas from a biodegradable substrate under substantially anaerobic conditions, comprising the following steps: - introducing the substrate into a reaction chamber, - adding a lime-based material to the substrate, - biodegrading of the substrate to form biogas, wherein a lime-based material selected from the group consisting of hydrated lime, milk of lime, limestone powder, burnt lime, dolomite powder, half-burnt dolomite, hydrated dolomitic lime, semi-hydrated dolime and/or sodium hydrogen carbonate is used, characterized in that the lime-based material has a particle diameter d 97 of 1 to 70 μm and/or a particle diameter d 50 of 1 to 8 μm. - introducing the substrate into a reaction chamber, - adding a lime-based material to the substrate, - biodegrading of the substrate to form biogas,
A composition comprising a polymer, the polymer comprising a repeat unit of formula shown below: wherein the polymer is derived from: a. an aromatic diamine comprising m-phenylene diamine, b. an aromatic diacid or a derivative thereof comprising 2,5-furan dicarboxylic acid or a derivative thereof, and c. isophthalic acid. a. an aromatic diamine comprising m-phenylene diamine, b. an aromatic diacid or a derivative thereof comprising 2,5-furan dicarboxylic acid or a derivative thereof, and c. isophthalic acid.
A windows and doors opening and closing mechanism configured to be installed in a lateral of the mobile profile of a window or door of the type comprising: - a fitting and transmitting bars, and - a sliding track of the fitting; - a hollow in one of the laterals thereof; the opening and closing mechanism comprising: - a casing intended to be housed in the hollow of the mobile profile and joined thereto; - a handle that can be rotated around a shaft through which it is linked to the casing and comprising, on one of the ends thereof, at least one circular toothed segment and that can be moved between: - a first position which is an open position of the window or door; - a second position which is an intermediate position, in which the handle is arranged at a certain angle from the surface of the lateral of the mobile profile ; - a rack , which can be displaced linearly, as a consequence of the rotating movement of the handle through the sliding track for opening or closing the window or door, characterized in that : - in the first position the handle stays flush with the casing and with the surface of the lateral of the mobile profile , and - the handle can be moved into a third position which is a closed position of the window or door, in which the handle stays flush with the casing in a position symmetrical to the first position. - a fitting and transmitting bars, and - a sliding track of the fitting; - a hollow in one of the laterals thereof; - a casing intended to be housed in the hollow of the mobile profile and joined thereto; - a handle that can be rotated around a shaft through which it is linked to the casing and comprising, on one of the ends thereof, at least one circular toothed segment and that can be moved between: - a first position which is an open position of the window or door; - a second position which is an intermediate position, in which the handle is arranged at a certain angle from the surface of the lateral of the mobile profile ; - a first position which is an open position of the window or door; - a second position which is an intermediate position, in which the handle is arranged at a certain angle from the surface of the lateral of the mobile profile ; - a rack , which can be displaced linearly, as a consequence of the rotating movement of the handle through the sliding track for opening or closing the window or door, - in the first position the handle stays flush with the casing and with the surface of the lateral of the mobile profile , and - the handle can be moved into a third position which is a closed position of the window or door, in which the handle stays flush with the casing in a position symmetrical to the first position.
Method for producing a battery cell , wherein the battery cell has an electrode arrangement and a housing which has an opening which is arranged at the highest point of the housing , comprising the chronologically successive method steps: - wherein the battery cell is filled with an electrolyte by means of the opening, - wherein, in a first rotation step, the battery cell is rotated about an axis of rotation which is oriented transversely to the gravitational direction several times by more than 360°, wherein a centrifugal force acts on the electrolyte; - characterized in that , in a second rotation step, the battery cell, by contrast with the method step of filling with electrolyte, is rotated by 160° to 200° and subsequently mounted in this position. - wherein the battery cell is filled with an electrolyte by means of the opening, - wherein, in a first rotation step, the battery cell is rotated about an axis of rotation which is oriented transversely to the gravitational direction several times by more than 360°, wherein a centrifugal force acts on the electrolyte; - characterized in that , in a second rotation step, the battery cell, by contrast with the method step of filling with electrolyte, is rotated by 160° to 200° and subsequently mounted in this position.
A movement prediction apparatus comprising: a first light output device configured to output output-light having a spectral component of a first optical frequency comb of which a frequency comb interval is a first interval; a second light output device configured to output reference light having a spectral component of a second optical frequency comb of which a frequency comb interval is a second interval different from the first interval; a light reception device configured to receive first combination light that is a combination of standard light that is a first part of the output-light, first reflection light that is a second part of the output-light reflected by a first rotor wing of an flying object having a plurality of rotor wings, and the reference light, to measure a first distance to the first rotor wing based on the first combination light; and a processor configured to calculate a first rotation amount that represents a rotational speed of the first rotor wing based on a change amount of the measured first distance, and predict a movement of the flying object based on a change of the calculated first rotation amount. a first light output device configured to output output-light having a spectral component of a first optical frequency comb of which a frequency comb interval is a first interval; a second light output device configured to output reference light having a spectral component of a second optical frequency comb of which a frequency comb interval is a second interval different from the first interval; a light reception device configured to receive first combination light that is a combination of standard light that is a first part of the output-light, first reflection light that is a second part of the output-light reflected by a first rotor wing of an flying object having a plurality of rotor wings, and the reference light, to measure a first distance to the first rotor wing based on the first combination light; and a processor configured to calculate a first rotation amount that represents a rotational speed of the first rotor wing based on a change amount of the measured first distance, and predict a movement of the flying object based on a change of the calculated first rotation amount.
An automated guided vehicle (AGV) system for a facility, comprising: an AGV ; a control system onboard the AGV, said control system comprising: a computer processor ; a memory unit ; an onboard wireless I/O communications unit for receiving and sending communications, including task(s) and instruction(s) to be performed by the AGV, the onboard communications unit having a limited operating distance; a routing system for determining travel routes for the AGV to perform the required task(s); and a navigation system to direct the AGV along the determined travel route while avoiding other AGVs and impediments along the travel route; wherein the automated guided vehicle (AGV) system further comprises a plurality of limited operating distance facility wireless I/O communications units positioned at locations about the facility where tasks are to be performed, each facility wireless I/O communications unit being configured for providing instructions to the AGV within the limited operating distance of that facility wireless I/O communications unit, for tasks to be performed by that AGV, and for receiving instructions or information from that AGV regarding the tasks that it is performing; characterized in that the AGV is configured to periodically poll the facility wireless I/O communication units for tasks ready to be performed and to: in the affirmative travel to the task location to begin the task; in the negative check the next location. an AGV ; a control system onboard the AGV, said control system comprising: a computer processor ; a memory unit ; an onboard wireless I/O communications unit for receiving and sending communications, including task(s) and instruction(s) to be performed by the AGV, the onboard communications unit having a limited operating distance; a routing system for determining travel routes for the AGV to perform the required task(s); and a navigation system to direct the AGV along the determined travel route while avoiding other AGVs and impediments along the travel route; a computer processor ; a memory unit ; an onboard wireless I/O communications unit for receiving and sending communications, including task(s) and instruction(s) to be performed by the AGV, the onboard communications unit having a limited operating distance; a routing system for determining travel routes for the AGV to perform the required task(s); and a navigation system to direct the AGV along the determined travel route while avoiding other AGVs and impediments along the travel route; in the affirmative travel to the task location to begin the task; in the negative check the next location.
Prosthesis liner which is provided for fitting over a stump of a limb, with a main body which has an inner face directed towards the skin of the stump and an outer face directed away from the stump, with a proximal access opening , and a side wall which extends from the access opening to a closed distal end portion , wherein at least one sealing lip is arranged on the outer face of the main body and protrudes radially outwards from the main body , characterized in that the main body is made at least partially of an air-permeable material and is sealed off distally with respect to the sealing lip .
A field-effect transistor, FET, driver , comprising: an AND gate configured to receive a clock signal and a digital signal and to pass the clock signal based on the digital signal to generate an alternating current (AC) signal; an amplifier configured to amplify the output of the AND gate by using an amplification factor, the amplifier comprises a first resistor , a second resistor , and a transistor , the first resistor is coupled between an emitter of the transistor and one of the clock signal or a low voltage, and the second resistor is coupled between a high voltage and a collector of the transistor, the amplification factor is based on a ratio R2/R1, where R1 is the resistance of the first resistor and R2 is the resistance of the second resistor; a filter capacitor configured to drive a capacitor-driven FET based on a charge; and an isolating capacitor configured to store the charge in the filter capacitor based on the amplified output. an AND gate configured to receive a clock signal and a digital signal and to pass the clock signal based on the digital signal to generate an alternating current (AC) signal; an amplifier configured to amplify the output of the AND gate by using an amplification factor, the amplifier comprises a first resistor , a second resistor , and a transistor , the first resistor is coupled between an emitter of the transistor and one of the clock signal or a low voltage, and the second resistor is coupled between a high voltage and a collector of the transistor, the amplification factor is based on a ratio R2/R1, where R1 is the resistance of the first resistor and R2 is the resistance of the second resistor; a filter capacitor configured to drive a capacitor-driven FET based on a charge; and an isolating capacitor configured to store the charge in the filter capacitor based on the amplified output.
A sewing machine for decorative and functional seams, apt to make running-stitch and said running-stitch being formed from a single thread of a predetermined length that passes through the edges of a fabric in process for a determined length, so as to arrange alternately on the straight and reverse of the fabric, in a way that the seam stitches, having varying and adjustable length, are alternately visible on one side and on the other side of the fabric, comprising a needle with a vertical axis, arranged perpendicular to a support plate or plaque , where it is placed on the fabric to be sewn, and operable with an alternating motion along its vertical axis, in which said sewing machine includes a drive assembly which drives at least one shaft by means of an electric motor which actuates a rocker system , between a working position, according to which said at least one shaft is inserted lower to said support plate of the fabric in a prefixed position corresponding to a hole of said plate where said needle runs during its vertical motion, and a rest position, according to which said at least one shaft is dis-inserted from said prefixed position, characterized in that said rocker system comprises two sleds co-operating with a shaped central core , which allows to alternatively move in translation two shafts , in order to create a greater provisional thickness of said fabric, drawing more thread to complete a lower stitch.
A storage system , comprising a host , a check node, and multiple data nodes, wherein each data node has a unique identifier, and characterized in that the host is configured to: divide (S102) multiple data write requests into multiple data write request sets according to data node identifiers included in the data write requests, wherein each data write request set comprises multiple data write requests having a same data node identifier, wherein each data write request comprises data, a logical address into which the data is to be written, and an identifier of a data node into which the data is to be written, and wherein the data node into which the data is to be written is selected by the host according to the data or the logical address; when a size of all data write requests in each of a specified quantity of data write request sets reaches a preset data amount, calculate (S103) check data of the specified quantity of data write request sets, wherein the specified quantity of data write request sets are subsets of the multiple data write request sets; send (S104) each of the specified quantity of data write request sets to a data node indicated by a data node identifier included in the data write request set; and send (S105) the check data to the check node. divide (S102) multiple data write requests into multiple data write request sets according to data node identifiers included in the data write requests, wherein each data write request set comprises multiple data write requests having a same data node identifier, wherein each data write request comprises data, a logical address into which the data is to be written, and an identifier of a data node into which the data is to be written, and wherein the data node into which the data is to be written is selected by the host according to the data or the logical address; when a size of all data write requests in each of a specified quantity of data write request sets reaches a preset data amount, calculate (S103) check data of the specified quantity of data write request sets, wherein the specified quantity of data write request sets are subsets of the multiple data write request sets; send (S104) each of the specified quantity of data write request sets to a data node indicated by a data node identifier included in the data write request set; and send (S105) the check data to the check node.
A needle device comprising: a needle hub with a needle with a needle tip extending in a distal direction; a catheter hub distal of the needle hub and comprising an interior cavity and a catheter tube extending distally of a distal end of the catheter hub ; wherein the needle comprises a change in profile , a guard housing located at least in part between the catheter hub and the needle hub and having a movable arm ; a needle guard comprising a proximal wall having a perimeter defining a proximal opening located in the guard housing ; a release element located at least partially inside the guard housing and in mechanical communication with the movable arm , wherein the release element comprises at least one lifter ; wherein the needle projects through the guard housing , the catheter hub , and the catheter tube and out a distal end of the catheter tube in a ready to use position; and wherein part of the arm on the guard housing engages an exterior of the catheter hub and the arm is deflectable by action of the release element , which is movable by action of the needle to release the engagement between the part of the arm and the exterior of the catheter hub ; and wherein the change of profile engages the perimeter defining the opening on the needle guard when the needle moves in a proximal direction; characterized in that the needle guard pushes on the release element , which causes the at least one lifter to move the arm to separate from the catheter hub , upon retraction of the needle guard by the needle . a needle hub with a needle with a needle tip extending in a distal direction; a catheter hub distal of the needle hub and comprising an interior cavity and a catheter tube extending distally of a distal end of the catheter hub ; wherein the needle comprises a change in profile , a guard housing located at least in part between the catheter hub and the needle hub and having a movable arm ; a needle guard comprising a proximal wall having a perimeter defining a proximal opening located in the guard housing ; a release element located at least partially inside the guard housing and in mechanical communication with the movable arm , wherein the release element comprises at least one lifter ; wherein the needle projects through the guard housing , the catheter hub , and the catheter tube and out a distal end of the catheter tube in a ready to use position; and wherein part of the arm on the guard housing engages an exterior of the catheter hub and the arm is deflectable by action of the release element , which is movable by action of the needle to release the engagement between the part of the arm and the exterior of the catheter hub ; and wherein the change of profile engages the perimeter defining the opening on the needle guard when the needle moves in a proximal direction; characterized in that the needle guard pushes on the release element , which causes the at least one lifter to move the arm to separate from the catheter hub , upon retraction of the needle guard by the needle .
A swallowable soft capsule composed of a gelatin-based shell that contains a filling consisting of inositol and excipients or a filling consisting of inositol, excipients and at least one further active principle; wherein said further active principle is selected in the group consisting of folic acid, cocoa polyphenols, genistein, L-arginine, vitamin E, selenium, N-acetylcysteine, and melatonin; wherein said filling is in a liquid or semi-liquid vehicle, together with supplementary excipients as necessary; said vehicle comprising gelatin, glycerol or mixture thereof.
A lithium-containing garnet crystal, having a chemical composition represented by Li 7-x La 3 Zr 2-x Ta x O 12 (0.2 ≤ x ≤ 1), having a relative density of 99% or higher, belonging to a cubic system, having a lattice constant a of 1.28 nm ≤ a ≤ 1.30 nm, and having a garnet-related structure, wherein lithium ions occupy only 96h-sites in a crystal structure of the lithium-containing garnet crystal.
Method for assessing a butt weld of plastic pipes or fittings in a welding device having the following steps: - clamping or fixing the pipe ends to be welded with opposing end faces in a welding device, - autonomously aligning or adjusting an inspection head on the basis of the pipe parameters for subsequently acquiring the pipe ends , - inspecting a predetermined region at the two pipe ends by means of at least one first sensor arranged in the inspection head , - inspecting the end faces of the pipe ends by means of a second sensor , wherein the second sensor uses a different inspection method than the first sensor , - evaluating the previously ascertained inspection data on the basis of predetermined values, - carrying out the welding process including recording the welding process, characterized in that a final evaluation of the weld is carried out on the basis of the ascertained inspection data and the recorded welding process. - clamping or fixing the pipe ends to be welded with opposing end faces in a welding device, - autonomously aligning or adjusting an inspection head on the basis of the pipe parameters for subsequently acquiring the pipe ends , - inspecting a predetermined region at the two pipe ends by means of at least one first sensor arranged in the inspection head , - inspecting the end faces of the pipe ends by means of a second sensor , wherein the second sensor uses a different inspection method than the first sensor , - evaluating the previously ascertained inspection data on the basis of predetermined values, - carrying out the welding process including recording the welding process,