mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle image capture system , the system comprising a vehicle mounted image capture device being adapted to capture one or more images external of a vehicle , a navigation system comprising a positioning system, and a user interface being arranged to allow a user to input a first position, the image capture device , the navigation system and the user interface being adapted to communicate with each other, the image capture system being adapted to, while said vehicle is driving along a route, compare an instantaneous position of the vehicle with the first position, and if the instantaneous position of the vehicle and the first position are within a predetermined proximity, the image capture device is arranged to capture one or more images, characterized in that the image capture device is arranged to capture one or several images a preselected plural number of times, such as every time, when the instantaneous position of the vehicle and the first position are within a predetermined proximity, resulting in a series of images I 1 , I 2 , I 3 , ... I N captured within the predetermined proximity of the first position at different occasions, wherein any amount of time may pass between the occasions, wherein said vehicle image capture system further comprises processing means arranged to sort chronologically the series of images I 1 , I 2 , I 3 , ... I N and present the chronologically sorted series of images along a timeline on a display , and that the user interface further is arranged to allow a user to scroll along the timeline for presenting the series of images I 1 , I 2 , I 3 , ... I N as a movie clip .
A medium feed device comprising: a medium placement part including a placement surface configured to have placed thereon a medium (P) to be fed; a pair of a first edge guide and a second edge guide that are provided at the medium placement part and that include guide surfaces that guide edges (E) in a width direction (X) of the medium, the width direction intersecting with a feed direction (Y) of the medium; and characterized by : a restriction part configured to take a first position between the first edge guide and the second edge guide, the restriction part at the first position being arranged to press the medium onto the placement surface; wherein the restriction part is configured to be moved from the first position to a second position such that the restriction part is retracted away from a position between the first edge guide and the second edge guide. a medium placement part including a placement surface configured to have placed thereon a medium (P) to be fed; a pair of a first edge guide and a second edge guide that are provided at the medium placement part and that include guide surfaces that guide edges (E) in a width direction (X) of the medium, the width direction intersecting with a feed direction (Y) of the medium; and a restriction part configured to take a first position between the first edge guide and the second edge guide, the restriction part at the first position being arranged to press the medium onto the placement surface; wherein the restriction part is configured to be moved from the first position to a second position such that the restriction part is retracted away from a position between the first edge guide and the second edge guide.
An injection molding apparatus comprising an injection molding machine , a manifold that receives injection fluid from the machine and routes the injection fluid through a distribution channel from an upstream end (UE) toward a downstream end (DE) of a fluid flow channel that is disposed in the manifold or a nozzle communicating with the distribution channel of the manifold , the fluid flow channel having a channel length (LL) and having a generally straight channel section (SS) extending a downstream portion (DP) of the channel length (LL) along which the injection fluid flows from the distribution channel through the fluid flow channel to a gate to a mold cavity , the fluid flow channel mating at the downstream end (DE) with the gate to the cavity , the apparatus including an actuator interconnected to a rod or pin having an axis (A) having an axial length (L), the actuator and the rod or pin being adapted to enable the pin or rod to be mounted such that that the rod or pin is disposed and drivable by the actuator reciprocally through a path of upstream downstream (UD) travel within the fluid flow channel wherein the pin or rod is drivable to a downstream-most position (DM) where a distal tip end (DTE) of the pin or rod closes the gate off from flow of injection fluid through the gate , the rod or pin having a smooth continuous cylindrical outer surface (OS), characterised by the rod or pin including one or more discontinuous or relieved portions in the form of a substantially flat surface being formed in the otherwise smooth continuous cylindrical outer surface, the one or more discontinuous or relieved portions extending axially along one or more selected portions (SD, ED) of the axial length (L) of the rod or pin, the actuator and the rod or pin being adapted to mount the rod or pin such that the rod or pin is prevented from rotating around the axis (A) of the rod or pin, the actuator and the rod or pin being adapted to mount the rod or pin such that the one or more discontinuous or relieved portions are disposed within the fluid flow channel , the one or more discontinuous or relieved portions being configured and arranged along the axial length (L) of the pin or rod such that the flow of injection fluid through the straight section (SS) is modified to flow at substantially different rates or velocities or in substantially different flow patterns taken along a radial cross section (RCS) along essentially the entire downstream portion (DP) of the straight section (SS).
A computing cartridge , comprising: a first electronic device ; a liquid-cooled cold plate ; a first thermal couple between the first electronic device and the cold plate ; a hot plug capable blind mate inlet fluid connector to facilitate supply of a liquid coolant to a plurality of fluid channels contained within the cold plate ; and a hot plug capable blind mate outlet fluid connector to facilitate return of the liquid coolant from the cold plate wherein the liquid coolant returns upon passage through the plurality of fluid channels; and characterized in that : the inlet fluid connector is located at the first corner of the cold plate and the outlet fluid connector is located at a second, diagonally opposite corner of the cold plate , where the computing cartridge is a top-loading computing cartridge. a first electronic device ; a liquid-cooled cold plate ; a first thermal couple between the first electronic device and the cold plate ; a hot plug capable blind mate inlet fluid connector to facilitate supply of a liquid coolant to a plurality of fluid channels contained within the cold plate ; and a hot plug capable blind mate outlet fluid connector to facilitate return of the liquid coolant from the cold plate wherein the liquid coolant returns upon passage through the plurality of fluid channels; and characterized in that : the inlet fluid connector is located at the first corner of the cold plate and the outlet fluid connector is located at a second, diagonally opposite corner of the cold plate , where the computing cartridge is a top-loading computing cartridge. the inlet fluid connector is located at the first corner of the cold plate and the outlet fluid connector is located at a second, diagonally opposite corner of the cold plate , where the computing cartridge is a top-loading computing cartridge.
Device for sterilising flexible bags comprising a sterilisation zone formed by at least two electron accelerators that are configured to emit electron beams at different energies, characterised in that it has a first accelerator that is configured to emit an electron beam at an energy of between 450-500 keV and a second accelerator that is configured to emit an electron beam at an energy of 700-750 keV.
A method for checking a cable harness including a plurality of electrical lines (4a-f), characterized in that - a checking section of the cable harness is selected which is a line bundle with lines (4a-f), - an electrode of a measuring device is arranged at the checking section , wherein the electrode forms a capacitor (Ca-c) with each of the lines (4a-f) of the line bundle in the checking section , wherein a capacitor (Ca-c) with a largest possible capacity is formed in order to later be able to achieve correspondingly large potentials (M), wherein parasitic capacitances which are formed by the electrode and lines (4a-f) located outside of the checking section are always smaller than the capacities of the capacitors (Ca-c) which are intentionally formed with the lines (4a-f) in the checking section , wherein the capacitor (C) is formed in that the electrode at least partially surrounds the line bundle in the checking section , - one of the lines (4a-f) of the cable harness is selected as the current checking line, - an electrical reference potential (R) is applied at the remaining lines (4a-f) of the cable harness , - an electrical checking signal (P) is applied at the checking line and a parameter (K) is determined according to the electrical potential (M) of the electrode , - a decision (E) is made: - that the checking line is located in the checking section if the parameter (K) satisfies a test criterion (T) or - that the checking line is not located in the checking section if the parameter (K) does not satisfy the test criterion (T). - a checking section of the cable harness is selected which is a line bundle with lines (4a-f), - an electrode of a measuring device is arranged at the checking section , wherein the electrode forms a capacitor (Ca-c) with each of the lines (4a-f) of the line bundle in the checking section , wherein a capacitor (Ca-c) with a largest possible capacity is formed in order to later be able to achieve correspondingly large potentials (M), wherein parasitic capacitances which are formed by the electrode and lines (4a-f) located outside of the checking section are always smaller than the capacities of the capacitors (Ca-c) which are intentionally formed with the lines (4a-f) in the checking section , wherein the capacitor (C) is formed in that the electrode at least partially surrounds the line bundle in the checking section , - one of the lines (4a-f) of the cable harness is selected as the current checking line, - an electrical reference potential (R) is applied at the remaining lines (4a-f) of the cable harness , - an electrical checking signal (P) is applied at the checking line and a parameter (K) is determined according to the electrical potential (M) of the electrode , - a decision (E) is made: - that the checking line is located in the checking section if the parameter (K) satisfies a test criterion (T) or - that the checking line is not located in the checking section if the parameter (K) does not satisfy the test criterion (T).
A reservoir for an agricultural distribution machine for storing granulated, grainy or ground material or agricultural liquids to be spread out, wherein the reservoir comprises a hollow body for receiving the material, wherein the hollow body in the lower region opens into at least one outlet opening , wherein the hollow body in the upper region comprises at least one filling opening with a rim , which is embodied so as to be closable with a cover formed as a flexible tarpaulin, film or fabric, wherein the cover and the rim of the filling opening are connected to one another circumferentially or at least in a part portion each by way of sealing elements that are operatively connected to one another, extend parallel to one another, are self-retaining and detachable from one another, characterized in that the cross section of the sealing elements is subdivided into multiple portions, wherein a first portion consists of force-fit or form-fit, self-retaining connecting elements and a second portion of at least two sealing elements directed against one another or at least one sealing element and a corresponding counter-surface.
A natural clouding system comprising a natural oil; a natural emulsifier; a natural acid; a natural aqueous component; and a natural preservative, wherein the natural preservative comprises ethanol, glycerin, or combinations thereof and is present in an amount from 5% to 50% by weight of the natural clouding system, wherein the natural aqueous component comprises water, fruit juice, vegetable juice, or mixtures of any of them, and wherein the natural clouding system contains only natural components.
A temporal hair removal device , comprising: a light emission unit comprising a substrate and a plurality of LED dies mounted on the substrate on an area of at least 0.2 cm 2 , in particular of at least 1.0 cm 2 , where at least a first sub-plurality of first LED dies of the plurality of LED dies is arranged for emitting light at a first peak emission wavelength and at least a second LED die of the plurality of LED dies is arranged for emitting light at a second peak emission wavelength different to the first peak emission wavelength, wherein the temporal hair removal device is arranged to emit a treatment light pulse having a pulse length in the range of between 80 ms and 120 ms, and at least the first sub-plurality of first LED dies has a radiant flux such that a radiant fluence on the skin of a user of at least 4 J/cm 2 and below 8 J/cm 2 is achieved by application of the treatment light pulse. a light emission unit comprising a substrate and a plurality of LED dies mounted on the substrate on an area of at least 0.2 cm 2 , in particular of at least 1.0 cm 2 , where at least a first sub-plurality of first LED dies of the plurality of LED dies is arranged for emitting light at a first peak emission wavelength and at least a second LED die of the plurality of LED dies is arranged for emitting light at a second peak emission wavelength different to the first peak emission wavelength, wherein the temporal hair removal device is arranged to emit a treatment light pulse having a pulse length in the range of between 80 ms and 120 ms, and at least the first sub-plurality of first LED dies has a radiant flux such that a radiant fluence on the skin of a user of at least 4 J/cm 2 and below 8 J/cm 2 is achieved by application of the treatment light pulse.
Use of a stomach cancer marker polynucleotide miR-1915-5p in an in vitro method of detection or diagnosis of stomach cancer.
Multi-stable system comprising: - a first elastic member of rank r = 1 comprising first and second ends and a linking zone between said first and second ends, and - (n-1) other elastic members of rank r each comprising first and second ends, with r being between 2 and n, n being an integer greater than or equal to 2; when n > 2 each of said other elastic members of rank r with r being between 2 and (n-1) comprising a linking zone between its first and second ends; each of said other elastic members of rank r with r being between 2 and n being joined by its first end to the linking zone of the elastic member of rank (r-1); characterised in that it is arranged such that the position of at least one of said first and second ends of the first elastic member or the force applied to at least one of said first and second ends of the first elastic member , and/or the position of the second end of at least one of said (n-1) other elastic members or the force applied to the second end of at least one of said (n-1) other elastic members is adjustable, said multi-stable system being such that an adjustment of the position and/or of the force applied to said adjustable end(s) allows said multi-stable system to be passed from one multi-stable configuration to another, said two multi-stable configurations having different numbers of stable states. - a first elastic member of rank r = 1 comprising first and second ends and a linking zone between said first and second ends, and - (n-1) other elastic members of rank r each comprising first and second ends, with r being between 2 and n, n being an integer greater than or equal to 2; when n > 2 each of said other elastic members of rank r with r being between 2 and (n-1) comprising a linking zone between its first and second ends; each of said other elastic members of rank r with r being between 2 and n being joined by its first end to the linking zone of the elastic member of rank (r-1);
An apparatus comprising: a resistive element and a diode arranged in series; current control circuitry configured to switch a current supplied to the resistive element and the diode between a first current I 1 , a second current I 2 and a third current I 3 , where I 1 > I 2 > I 3 ; and measuring circuitry configured to determine a resistance R of the resistive element in dependence on a first voltage V 1 across the resistive element and the diode when the first current I 1 is supplied, a second voltage V 2 across the resistive element and the diode when the second current I 2 is supplied, and a third voltage V 3 across the resistive element and the diode when the third current I 3 is supplied; wherein the measuring circuitry is configured to combine the first voltage V 1 , the second voltage V 2 and the third voltage V 3 to at least partially eliminate an error in the determined resistance R of the resistive element caused by a voltage drop across the diode; characterized in that the measuring circuitry is configured to measure temperature based on said determined resistance R of the resistive element with the error caused by the voltage drop across the diode at least partially eliminated. a resistive element and a diode arranged in series; current control circuitry configured to switch a current supplied to the resistive element and the diode between a first current I 1 , a second current I 2 and a third current I 3 , where I 1 > I 2 > I 3 ; and measuring circuitry configured to determine a resistance R of the resistive element in dependence on a first voltage V 1 across the resistive element and the diode when the first current I 1 is supplied, a second voltage V 2 across the resistive element and the diode when the second current I 2 is supplied, and a third voltage V 3 across the resistive element and the diode when the third current I 3 is supplied; wherein the measuring circuitry is configured to combine the first voltage V 1 , the second voltage V 2 and the third voltage V 3 to at least partially eliminate an error in the determined resistance R of the resistive element caused by a voltage drop across the diode;
A recombinant adeno-associated virus (rAAV) virion, or a pharmaceutical composition comprising said virion, for use in a method of treating an ocular disease in a human or non-human primate in need thereof, wherein the composition further comprises a pharmaceutically acceptable excipient, and wherein the recombinant adeno-associated virus (rAAV) virion comprises: a) a variant AAV2 capsid protein, wherein the variant AAV capsid protein comprises an insertion of a peptide in the capsid protein GH loop relative to a corresponding parental AAV capsid protein, wherein the insertion comprises an amino acid sequence LALGETTRPA (SEQ ID NO:45); and b) a heterologous nucleic acid comprising a nucleotide sequence encoding a gene product; wherein the variant AAV2 capsid protein confers increased infectivity of a retinal cell by the rAAV virion, compared to the infectivity of the retinal cell by an AAV virion comprising a wild-type AAV2 capsid protein, and wherein said treatment is by intravitreal injection of the rAAV virion or the pharmaceutical composition. a) a variant AAV2 capsid protein, wherein the variant AAV capsid protein comprises an insertion of a peptide in the capsid protein GH loop relative to a corresponding parental AAV capsid protein, wherein the insertion comprises an amino acid sequence LALGETTRPA (SEQ ID NO:45); and b) a heterologous nucleic acid comprising a nucleotide sequence encoding a gene product; wherein the variant AAV2 capsid protein confers increased infectivity of a retinal cell by the rAAV virion, compared to the infectivity of the retinal cell by an AAV virion comprising a wild-type AAV2 capsid protein, and wherein said treatment is by intravitreal injection of the rAAV virion or the pharmaceutical composition.
A method of creating a nucleic acid library comprising a target nucleic acid, the method comprising: (a) contacting a nucleic acid sample to a first population of primers, a polymerase, dNTPs, and labeled ddNTPs; (b) performing an extension reaction thereby creating an labeled extension product; (c) contacting the extension product to a second population of primers to create a double stranded extension product comprising the target nucleic acid; (d) contacting the double stranded extension product to a target specific enzyme under conditions allowing cleavage of at least a subset of the double stranded extension product thereby creating a cleaved target nucleic acid; and (e) isolating the cleaved target nucleic acid, thereby creating a nucleic acid library. (a) contacting a nucleic acid sample to a first population of primers, a polymerase, dNTPs, and labeled ddNTPs; (b) performing an extension reaction thereby creating an labeled extension product; (c) contacting the extension product to a second population of primers to create a double stranded extension product comprising the target nucleic acid; (d) contacting the double stranded extension product to a target specific enzyme under conditions allowing cleavage of at least a subset of the double stranded extension product thereby creating a cleaved target nucleic acid; and (e) isolating the cleaved target nucleic acid, thereby creating a nucleic acid library.
A screen intake assembly comprising: a central manifold including a lower outlet portion and tee-section ; a pair of screen sections fluidly connected on opposed sides of the tee-section ; and a central screen section substantially extending across the tee-section , wherein the tee-section includes at least two external flanged manifold walls and at least one external support rib residing between the at least two external flanged manifold walls , said at least one eternal support rib arranged transversely to a central axis (A) defined by the lower outlet portion . a central manifold including a lower outlet portion and tee-section ; a pair of screen sections fluidly connected on opposed sides of the tee-section ; and a central screen section substantially extending across the tee-section , wherein the tee-section includes at least two external flanged manifold walls and at least one external support rib residing between the at least two external flanged manifold walls , said at least one eternal support rib arranged transversely to a central axis (A) defined by the lower outlet portion .