mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a display unit configured to display a plurality of first elements in a first virtual layer and a plurality of second elements in a second virtual layer which differs from said first virtual layer; a touch sensor arranged on the display unit configured to detect a first user input inputted on one side of the information processing apparatus; a touch pad configured to detect a second user input inputted on the side of the information processing apparatus opposite from the one side; and a display control unit (102, 126) configured to control the display unit to: simultaneously display the plurality of first elements and the plurality of second elements such that the first elements and the second elements are superimposed; the information apparatus being further configured tot select or move the first elements in accordance with the first user input detected by the touch sensor; and select or move the second elements in accordance with the second user input detected by the touch pad. a display unit configured to display a plurality of first elements in a first virtual layer and a plurality of second elements in a second virtual layer which differs from said first virtual layer; a touch sensor arranged on the display unit configured to detect a first user input inputted on one side of the information processing apparatus; a touch pad configured to detect a second user input inputted on the side of the information processing apparatus opposite from the one side; and a display control unit (102, 126) configured to control the display unit to: simultaneously display the plurality of first elements and the plurality of second elements such that the first elements and the second elements are superimposed; the information apparatus being further configured tot select or move the first elements in accordance with the first user input detected by the touch sensor; and select or move the second elements in accordance with the second user input detected by the touch pad. simultaneously display the plurality of first elements and the plurality of second elements such that the first elements and the second elements are superimposed; the information apparatus being further configured tot select or move the first elements in accordance with the first user input detected by the touch sensor; and select or move the second elements in accordance with the second user input detected by the touch pad. select or move the first elements in accordance with the first user input detected by the touch sensor; and select or move the second elements in accordance with the second user input detected by the touch pad.
An Al-Sc composite comprising from 1.0 at% to 65 at% scandium (Sc) and from 35 at% to 99 at% aluminum (Al), having a microstructure including a first aluminum matrix phase and a second phase dispersed therethrough, the second phase comprising a compound corresponding to the formula Al x Sc y, where x is from 0 to 3 and y is from 1 to 2, wherein the second phase further comprises from 1.0 mol% to 70 mol% scandium nitride (ScN).
Door edge protection device for a vehicle door, which is arranged in the vehicle door, comprising: an actuating element, a draw bar and a bearing part which comprises a guide slot, wherein the draw bar has a protective strip at its end in the region of the edge of the door and wherein the door edge protection device has a leg which comprises: a rear pin by means of which the leg is pivotably connected to the actuating element, a centre pin which is movably mounted in the guide slot, characterized by a front pin by means of which the leg is pivotably connected to the draw bar, and wherein the bearing part has a guide pin and the draw bar has a slotted guideway, wherein the draw bar is displaceable around the guide pin which is arranged in the slotted guideway of the draw bar. an actuating element, a draw bar and a bearing part which comprises a guide slot, wherein the draw bar has a protective strip at its end in the region of the edge of the door and wherein the door edge protection device has a leg which comprises: a rear pin by means of which the leg is pivotably connected to the actuating element, a centre pin which is movably mounted in the guide slot, characterized by a front pin by means of which the leg is pivotably connected to the draw bar, and wherein the bearing part has a guide pin and the draw bar has a slotted guideway, wherein the draw bar is displaceable around the guide pin which is arranged in the slotted guideway of the draw bar. a rear pin by means of which the leg is pivotably connected to the actuating element, a centre pin which is movably mounted in the guide slot, characterized by a front pin by means of which the leg is pivotably connected to the draw bar, and wherein the bearing part has a guide pin and the draw bar has a slotted guideway, wherein the draw bar is displaceable around the guide pin which is arranged in the slotted guideway of the draw bar.
High pressure fuel pump having a pumping head wherein a compression chamber is defined between the blind end of a bore and the head end of a plunger slidably adjusted in said bore and adapted to perform therein a pumping cycle varying the volume of said compression chamber, the pump being further provided with inlet and outlet valve assemblies for controlling fuel flowing in and out of said compression chamber, characterized in that the plunger is provided with an inner chamber arranged in the head end of the plunger that is in the vicinity of the compression chamber, said inner chamber being in fluid communication with the compression chamber via an opening orifice arranged in the head end of the plunger and wherein, said plunger inner chamber is defined by a peripheral wall adapted to expand when the plunger inner chamber is under pressure, the high pressure fuel pump being further provided with a check valve assembly arranged to control said fluid communication.
A sealer for gas-tight sealing of wells in a PCR plate using a sealing film, whereas the sealer comprises a hinge and further a sealer body in the form of a longitudinally cut-out cylinder comprising a cylindrical shell area for forcefully transferring the sealing film to the upper rigid edge part of the PCR plate wells by pressure and swaying-rolling motion of the sealer body, and a cut-out shell area where the sealer body is rotatably connected to a hinge by means of a joint with a rotation axis coincident with a central axis of the cylindrical surface the sealer further comprises at least one clamping element for clamping both ends of the sealing film to the sealer body, characterised in that the hinge is further connected to a positioning device for horizontal and/or vertical movement of the sealer in a plane perpendicular to the axis of rotation of the sealer body; the clamping element is in the form of a housing, where the lower portion of the housing dimensionally and shape-wise corresponds to the cut-out shell area made of ferromagnetic material and at least one magnet is located inside the lower portion of the housing, and the housing is further connected to the cut-out shell area by means of a barrier consisting of a barrier body provided at the ends thereof with two heads, where one barrier head is housed in the hollow body of the sealer and the second barrier head is housed in the housing, and the barrier body extends through an opening in the cut-out shell area and an opening in the lower housing part, where each opening is smaller than the respective head, and the barrier body is provided with a spreader spring that overcomes the magnetic force of the sealer body separated from the housing but does not overcome the magnetic force of the housing pressed to the sealer body.
Method for producing syngas, comprising the following steps: a) splitting a hydrocarbon into carbon and hydrogen using a plasma, b) mixing steam and carbon dioxide with at least a portion of the product obtained in a) containing the main components carbon and hydrogen, wherein a portion of the carbon obtained by the splitting is converted in an endothermic reaction with steam to carbon monoxide and hydrogen, preferably at temperatures in the range of 800°C to 1700°C and a portion of the carbon obtained by the splitting is converted in another endothermic reaction with the carbon dioxide to carbon monoxide, preferably at temperatures in the range of 800°C to 1700°C and wherein heat is supplied to the endothermal reaction in order to ensure maximum conversion of carbon, and c) quenching the product stream of step b). a) splitting a hydrocarbon into carbon and hydrogen using a plasma, b) mixing steam and carbon dioxide with at least a portion of the product obtained in a) containing the main components carbon and hydrogen, wherein a portion of the carbon obtained by the splitting is converted in an endothermic reaction with steam to carbon monoxide and hydrogen, preferably at temperatures in the range of 800°C to 1700°C and a portion of the carbon obtained by the splitting is converted in another endothermic reaction with the carbon dioxide to carbon monoxide, preferably at temperatures in the range of 800°C to 1700°C and wherein heat is supplied to the endothermal reaction in order to ensure maximum conversion of carbon, and c) quenching the product stream of step b).
A neurostimulation lead comprising: at least one coiled conductor extending from a proximal portion of the neurostimulation lead to a distal electrode on a distal portion of the neurostimulation lead; a proximal contact connector electrically coupled with a proximal portion of the at least one coiled conductor and configured for electrically connecting the lead to a pulse generator or an intermediary cable, wherein the proximal contact connector includes a distal retention flange and a reduced profile coupling portion proximal of the distal retention flange, wherein one or more coils of the at least one coiled conductor are positioned along the coupling portion and fixedly attached thereto, wherein at least a portion of the one or more coils engage a proximal facing surface of the retention flange so as to resist tension within the coiled lead and maintain integrity of electrical connection between the coiled conductor and the proximal contact connector. at least one coiled conductor extending from a proximal portion of the neurostimulation lead to a distal electrode on a distal portion of the neurostimulation lead; a proximal contact connector electrically coupled with a proximal portion of the at least one coiled conductor and configured for electrically connecting the lead to a pulse generator or an intermediary cable, wherein the proximal contact connector includes a distal retention flange and a reduced profile coupling portion proximal of the distal retention flange, wherein one or more coils of the at least one coiled conductor are positioned along the coupling portion and fixedly attached thereto, wherein at least a portion of the one or more coils engage a proximal facing surface of the retention flange so as to resist tension within the coiled lead and maintain integrity of electrical connection between the coiled conductor and the proximal contact connector.
An actuator comprising an electric motor for moving an actuated part to an actuated position, and a controller connected to the electric motor and configured to detect motor rotations, wherein the controller is further configured to determine the actuated position by counting the motor rotations detected while the motor is operating at or above a threshold indicative of a load torque, and by not counting motor rotations detected while the motor is operating below said threshold.
A method for managing power consumption of a portable battery-powered user carried device in order to reduce the power consumption, wherein the user carried device includes a direction sensor, a movement sensor and a radio receiver and an application for using the sensors for indoor positioning of the user carried device, the method including determining a motion mode based on the information received from a first sensor selected from the direction sensor, the movement sensor and the radio receiver, wherein the motion mode describes a type of motion exhibited by the user carried device and being characterized by: determining a manner in which the user is operating the user carried device based on information from at least one of the sensors (101, 102), the manner in which the user is operating the device is one of: ( - the device is hand-held and monitored by the user, - the device is hand-held but not monitored by the user, and - the device is stored and is not being monitored by the user, and based on the determined motion mode and the manner in which the user is operating the user carried device, controlling (301, 307, 309) a sampling rate of a second sensor (101, 102) selected from the direction sensor, the movement sensor and the radio receiver, the second sensor (101, 102) being different from the first sensor (101, 102). determining a manner in which the user is operating the user carried device based on information from at least one of the sensors (101, 102), the manner in which the user is operating the device is one of: ( - the device is hand-held and monitored by the user, - the device is hand-held but not monitored by the user, and - the device is stored and is not being monitored by the user, and - the device is hand-held and monitored by the user, - the device is hand-held but not monitored by the user, and - the device is stored and is not being monitored by the user, and based on the determined motion mode and the manner in which the user is operating the user carried device, controlling (301, 307, 309) a sampling rate of a second sensor (101, 102) selected from the direction sensor, the movement sensor and the radio receiver, the second sensor (101, 102) being different from the first sensor (101, 102).
A DC-DC converter (100, 300) for converting an input voltage to an output voltage at an output node, comprising: an inductor (110, 310) having a first node and a second node, wherein the second node is coupled to the output node (Nout) of the DC-DC converter (100, 300); a switch module (MP, MN), for selectively connecting the input voltage or a ground voltage to the first node of the inductor (110, 310) according to a driving signal; a pull-up circuit (120, 320), coupled to the output node (Nout) of the DC-DC converter (100, 300), for selectively providing a first current to the output node (Nout) of the DC-DC converter (100, 300); and a pull-down circuit (130, 330), coupled to the output node (Nout) of the DC-DC converter (100, 300), for selectively sinking a second current from the output node (Nout) of the DC-DC converter (100, 300); characterized in that at least one of the first current provided by the pull-up circuit (120, 320) and the second current sunk by the pull-down circuit (130, 330) is controlled based on an inductor current flowing through the inductor (110, 310). an inductor (110, 310) having a first node and a second node, wherein the second node is coupled to the output node (Nout) of the DC-DC converter (100, 300); a switch module (MP, MN), for selectively connecting the input voltage or a ground voltage to the first node of the inductor (110, 310) according to a driving signal; a pull-up circuit (120, 320), coupled to the output node (Nout) of the DC-DC converter (100, 300), for selectively providing a first current to the output node (Nout) of the DC-DC converter (100, 300); and a pull-down circuit (130, 330), coupled to the output node (Nout) of the DC-DC converter (100, 300), for selectively sinking a second current from the output node (Nout) of the DC-DC converter (100, 300); characterized in that at least one of the first current provided by the pull-up circuit (120, 320) and the second current sunk by the pull-down circuit (130, 330) is controlled based on an inductor current flowing through the inductor (110, 310).
Mounting part for a drainage pipe, which mounting part comprises a base part arranged to be placed on the drainage pipe and a rising part which extends from the base part, said rising part being provided with a first and second rising wall which extend substantially in parallel to one another, in such a manner as to form a drainage channel, which drainage channel has an outlet giving access to the drainage pipe, and the base part comprises a hollow chamber in open communication with the rising part and applied with an offset with respect to the rising part, said first rising wall having a common edge with a partition of said hollow chamber, characterized in that said first rising wall has a thickness which increases in the direction of the common edge and in that the connection between the second rising wall and the hollow chamber is achieved by a stair-like profile of which the riser forms one of the walls of the hollow chamber and in that said riser is situated in the extension of the first rising wall and in that a space is left open between said riser and said common edge.
An apparatus for inhibiting spreading of cancer cells in a target region, wherein the apparatus comprises an AC signal generator and a controller which are configured to: (a) impose a first AC electric field in the target region for a first interval of time, wherein the first AC electric field has a first frequency and a first electric field intensity; (b) impose a second AC electric field in the target region for a second interval of time, wherein the second AC electric field has a second frequency and a second electric field intensity; and (c) continuously repeating (a) and (b) in an alternating sequence during a course of treatment; the second electric field intensity being at least 0.6 V/cm RMS; and the first and second frequencies being different; characterised by the second electric field intensity being less than 75% of the first electric field intensity. (a) impose a first AC electric field in the target region for a first interval of time, wherein the first AC electric field has a first frequency and a first electric field intensity; (b) impose a second AC electric field in the target region for a second interval of time, wherein the second AC electric field has a second frequency and a second electric field intensity; and (c) continuously repeating (a) and (b) in an alternating sequence during a course of treatment; the second electric field intensity being at least 0.6 V/cm RMS; and the first and second frequencies being different; characterised by the second electric field intensity being less than 75% of the first electric field intensity. the second electric field intensity being at least 0.6 V/cm RMS; and the first and second frequencies being different; characterised by the second electric field intensity being less than 75% of the first electric field intensity.
Device for filling and closing disposable bags for containing banknotes, comprising an upper container for temporarily housing one or more banknotes, provided with a bottom with an opening for the exit of said one or more banknotes from the container, a piston for pushing said one or more banknotes towards the opening on the bottom of the container, a bag made of flexible plastic film, intended to be filled with the banknotes temporarily housed in the container and come out through said opening, a support for the bag containing the banknotes, vertically movable through controlled lowering means and placed below the container, and sealing bars arranged between the upper container and the movable support and intended to seal the mouth of the bag upon completing the filling, the device further comprises an electromagnetic stop element which can be controlled to lock the movable support with respect to the sealing bars, said electromagnetic stop element consisting of an electromagnet applied to the movable support and a fixed element made of ferromagnetic material, adapted to face the electromagnet in operative condition.
Scanner for scanning an object (3, 4, 5), in particular a tooth or a plurality of teeth or a tooth model, having a projector for projecting a pattern onto the object (3, 4, 5), and a camera, which comprises a recording optical unit having a first image optical unit and a second image optical unit and an image sensor, wherein the scanner has one or more acceleration sensors (19, 20, 21) and/or one or more gyrometers, and the recording optical unit comprises a beamsplitter, which has a first mirror surface and a second mirror surface, wherein the first mirror surface is designed to specularly reflect light, imaged by the first image optical unit and specularly reflected onto the first mirror surface by a first mirror of the scanner, onto a first area of the image sensor, and the second mirror surface is designed to specularly reflect light, imaged by the second image optical unit and specularly reflected onto the second mirror surface by a second mirror of the scanner, onto a second area of the image sensor, different to the first area.
A method of preparing an isolated or purified population of thymic emigrant cells in vitro, comprising: modifying T cells into induced pluripotent stem cells (iPSC); culturing the iPSC in the presence of a Notch receptor agonist to produce CD45+ cells; culturing the CD45+ cells in the presence of thymic tissue, wherein culturing the CD45+ cells in the presence of thymic tissue comprises migrating the cells into the thymic tissue; egressing the cells from the thymic tissue, wherein the cells egressing from the thymic tissue are thymic emigrant cells; and isolating the thymic emigrant cells from the thymic tissue, wherein the thymic emigrant cells are CD8α+CD8β+CD4- or CD8α-CD8β-CD4+. modifying T cells into induced pluripotent stem cells (iPSC); culturing the iPSC in the presence of a Notch receptor agonist to produce CD45+ cells; culturing the CD45+ cells in the presence of thymic tissue, wherein culturing the CD45+ cells in the presence of thymic tissue comprises migrating the cells into the thymic tissue; egressing the cells from the thymic tissue, wherein the cells egressing from the thymic tissue are thymic emigrant cells; and isolating the thymic emigrant cells from the thymic tissue, wherein the thymic emigrant cells are CD8α+CD8β+CD4- or CD8α-CD8β-CD4+.
A hinge joint mechanism comprising: a first component including a plurality of curved portions (301,302) and at least one straight portion; a second component including a plurality of curved portions (304,305) and a plurality of straight portions (306,307); wherein each of the first and second components (101,102) comprises at least one straight portion (303,306,307) disposed between two curved portions (301,302,304,305); wherein the first and second components (101,102) are operable to rotate relative to each other between two extreme positions, and at any point during the rotation, the first and second components (101,102) maintain an area contact against each other at at least one of their straight (303,306,307) or curved portions (301,302,304,305); and wherein different zones of the first component and the second component mesh at a plurality of different angular positions during relative rotation between the first component and the second component; wherein the location of the area contact varies during the rotation; wherein the meshing surfaces of the second component comprise at least one convex zone and at least one concave zone, and wherein the meshing surfaces of the first component comprise at least one convex zone and at least one concave zone; characterized in that at any point during the rotation, a convex zone of a first curved portion of the second component meshes with at least one concave zone of the first component. a first component including a plurality of curved portions (301,302) and at least one straight portion; a second component including a plurality of curved portions (304,305) and a plurality of straight portions (306,307);