mhurhangee/ep-ind-claims huggingface dataset:
A motion assistance apparatus comprising: a first fixing member configured to attach to a first portion of a user; a second fixing member configured to attach to a second portion of the user; a driving source attached to the first fixing member; a power transmitting device configured to transmit power from the driving source to the second fixing member; and a controller configured to control the transmission of the power by the driving source, wherein at least one of the first fixing member and the second fixing member comprises: a first fixing portion and a second fixing portion, the first fixing portion configured to fasten and separate from the second fixing portion, wherein the motion assistance apparatus is characterized by a sensor configured to sense one or more fastened or separated states of respectively the one or more of the first fixing member and the second fixing member, wherein the controller is configured to control the transmission of the power by the driving source based on the sensed fasted or separated state from the sensor. a first fixing member configured to attach to a first portion of a user; a second fixing member configured to attach to a second portion of the user; a driving source attached to the first fixing member; a power transmitting device configured to transmit power from the driving source to the second fixing member; and a controller configured to control the transmission of the power by the driving source, wherein at least one of the first fixing member and the second fixing member comprises: a first fixing portion and a second fixing portion, the first fixing portion configured to fasten and separate from the second fixing portion, wherein the motion assistance apparatus is characterized by a sensor configured to sense one or more fastened or separated states of respectively the one or more of the first fixing member and the second fixing member, wherein the controller is configured to control the transmission of the power by the driving source based on the sensed fasted or separated state from the sensor. a first fixing portion and a second fixing portion, the first fixing portion configured to fasten and separate from the second fixing portion, wherein the motion assistance apparatus is characterized by a sensor configured to sense one or more fastened or separated states of respectively the one or more of the first fixing member and the second fixing member, wherein the controller is configured to control the transmission of the power by the driving source based on the sensed fasted or separated state from the sensor.
An electric wire scrap high-grade recovery apparatus (100, 200) comprising: an inclined separation bed, a shower device configured to allow water to flow onto the inclined separation bed, a vibration generator configured to simultaneously transmit vibrations in an upward aslant direction to the separation bed, a charging means for charging crushed electric wire scrap onto the separation bed such that copper materials contained in crushed materials are recovered by being moved upward on the separation bed through the vibrations given by the vibration generator and resin scrap contained in the crushed materials are separated by being moved downward on the separation bed through the water flown from the shower device, a weir provided in a lower portion on the separation bed adapted to hold back part of the water flowing on the separation bed and extending across the width of the separation bed, characterized in that a partition plate (13, 14) is provided on at least one side on the separation bed which forms a miscut material recovery passage (15, 16) whose one end is open in the vicinity of an upper end of a pool of water formed by the weir and through which the water from the shower device is not allowed to flow such that miscut materials comprising resin scrap partially adhered to copper materials contained in the crushed materials are separated and recovered via the miscut material recovery passage (15, 16). an inclined separation bed, a shower device configured to allow water to flow onto the inclined separation bed, a vibration generator configured to simultaneously transmit vibrations in an upward aslant direction to the separation bed, a charging means for charging crushed electric wire scrap onto the separation bed such that copper materials contained in crushed materials are recovered by being moved upward on the separation bed through the vibrations given by the vibration generator and resin scrap contained in the crushed materials are separated by being moved downward on the separation bed through the water flown from the shower device, a weir provided in a lower portion on the separation bed adapted to hold back part of the water flowing on the separation bed and extending across the width of the separation bed, characterized in that a partition plate (13, 14) is provided on at least one side on the separation bed which forms a miscut material recovery passage (15, 16) whose one end is open in the vicinity of an upper end of a pool of water formed by the weir and through which the water from the shower device is not allowed to flow such that miscut materials comprising resin scrap partially adhered to copper materials contained in the crushed materials are separated and recovered via the miscut material recovery passage (15, 16).
A method of making a tissue equivalent tubular scaffold comprising: providing a casting chamber comprising an elongate mould portion having a closed end, wherein at least part of the closed end of the elongate mould portion of the casting chamber is porous; providing a lumen template axially disposed within the elongate mould portion; at least partly filling the casting chamber with a gel casting material comprising a fluid phase, such that a portion of the lumen template extends above the casting material; and allowing axial flow of the fluid phase of the gel casting material out of the porous end part of the elongate mould portion, thereby densifying gel casting material within the elongate mould portion to form the tissue equivalent tubular scaffold. providing a casting chamber comprising an elongate mould portion having a closed end, wherein at least part of the closed end of the elongate mould portion of the casting chamber is porous; providing a lumen template axially disposed within the elongate mould portion; at least partly filling the casting chamber with a gel casting material comprising a fluid phase, such that a portion of the lumen template extends above the casting material; and allowing axial flow of the fluid phase of the gel casting material out of the porous end part of the elongate mould portion, thereby densifying gel casting material within the elongate mould portion to form the tissue equivalent tubular scaffold.
Method of production of coating with antimicrobial properties comprising applying of a thin layer of graphene to a polypropylene film, characterized by the steps of: - even distributing a graphite powder on a surface of the polypropylene film and mechanical rubbing the graphite powder on the surface of the polypropylene film to form the thin layer of graphene, - washing with a water of the polypropylene film with the formed thin layer of graphene - oxidation of the formed thin layer of graphene to a thin layer of graphene oxide, - washing with distilled water and drying of the polypropylene film with the thin layer of graphene oxide - even distributing a graphite powder on a surface of the polypropylene film and mechanical rubbing the graphite powder on the surface of the polypropylene film to form the thin layer of graphene, - washing with a water of the polypropylene film with the formed thin layer of graphene - oxidation of the formed thin layer of graphene to a thin layer of graphene oxide, - washing with distilled water and drying of the polypropylene film with the thin layer of graphene oxide
A method for providing a three-dimensional object, the method comprising the steps of: • providing a representation of the three-dimensional object; • determining a polygon mesh (4, 3a) of a polyhedral (2,5,51,511) resembling the object, wherein the polyhedral (2,5,51,511) fits within the object; • determining a surface difference between an outer surface of the object and an outer surface of the polyhedral (2,5,51,511); and • defining a relief layer corresponding to the polygon mesh (4, 3a) based on said surface difference; and • instructing a printing assembly to provide the relief layer; the method characterized by the step of • folding the relief layer in accordance with the polygon mesh (4, 3a) to form the polyhedral (2,5,51,511) resembling the three-dimensional object. • providing a representation of the three-dimensional object; • determining a polygon mesh (4, 3a) of a polyhedral (2,5,51,511) resembling the object, wherein the polyhedral (2,5,51,511) fits within the object; • determining a surface difference between an outer surface of the object and an outer surface of the polyhedral (2,5,51,511); and • defining a relief layer corresponding to the polygon mesh (4, 3a) based on said surface difference; and • instructing a printing assembly to provide the relief layer; the method characterized by the step of • folding the relief layer in accordance with the polygon mesh (4, 3a) to form the polyhedral (2,5,51,511) resembling the three-dimensional object.
A digital slide scanning apparatus carousel, comprising: a base having a lower surface, an upper surface and an exterior edge, the exterior edge of the base being generally circular from a top view perspective; characterized in that a plurality of removable rack spacers positioned above the base, each removable rack spacer having a left side, a right side, an exterior side, an interior side, a top, and a bottom, wherein a plurality of rack spacer connectors are formed on the upper surface of the base, and the removable rack spacers configured to be attached to the base by rack spacer connectors; wherein a first adjacent pair of rack spacers comprising a first rack spacer and a second rack spacer to define a first rack slot bordered on three sides by the base, a left side of the first rack spacer and a right side of the second rack spacer; and wherein a second adjacent pair of rack spacers comprising a third rack spacer and a fourth rack spacer to define a second rack slot bordered on three sides by the base, a left side of the third rack spacer and a right side of the fourth rack spacer; wherein the rack slots are configured to hold a slide rack which is configured to hold slides. a base having a lower surface, an upper surface and an exterior edge, the exterior edge of the base being generally circular from a top view perspective; characterized in that a plurality of removable rack spacers positioned above the base, each removable rack spacer having a left side, a right side, an exterior side, an interior side, a top, and a bottom, wherein a plurality of rack spacer connectors are formed on the upper surface of the base, and the removable rack spacers configured to be attached to the base by rack spacer connectors; wherein a first adjacent pair of rack spacers comprising a first rack spacer and a second rack spacer to define a first rack slot bordered on three sides by the base, a left side of the first rack spacer and a right side of the second rack spacer; and wherein a second adjacent pair of rack spacers comprising a third rack spacer and a fourth rack spacer to define a second rack slot bordered on three sides by the base, a left side of the third rack spacer and a right side of the fourth rack spacer; wherein the rack slots are configured to hold a slide rack which is configured to hold slides.
Fastening arrangement comprising a component flange, in particular of a turbomachine, comprising at least one bore in which a sleeve is arranged through which a bolt passes that has a head which is axially secured between an edge of the bore and an axial stop that is fixed to the component flange.
An oral dosage form comprising 0.4 to 0.6% by weight (w/w) of a lubricant, 3 % by weight (w/w) of a disintegrant, 17 to 20 % by weight (w/w) of silicon dioxide loaded with GS-9350 (Cobicistat) corresponding to a total amount of 150 mg free form equivalent of GS-9350 and 50 to 60 % by weight (w/w) of darunavir granulate, said darunavir granulate consisting of darunavir and/or a pharmaceutically acceptable salt or solvate thereof, Hypromellose and any residual water from the granulation.
A method for improving flux in a membrane bioreactor system comprising at least one anoxic reactor followed by at least one aeration tank, wherein the aeration tank contains a submerged membrane, comprising adding one or more cationic polymers to said anoxic reactor to prevent inorganic scaling or fouling, wherein said membrane bioreactor system has mixed liquor suspended solids of 3,000 to 30,000 mg/L, wherein said cationic polymer has a molecular weight greater than 50,000 Da and a mole charge of greater than 10%.
Graphics processing apparatus comprising a control device for accepting graphical data relating to first graphic objects from a first application (App_1) and for accepting graphical data relating to second graphic objects from a second application (App_2); a geometry module for generating the geometry data of the graphic objects from the graphical data; a raster module for rasterizing the graphic objects on the basis of the geometry data and for generating pixels of the graphic objects; the control device, the geometry module and the raster module forming a graphics pipeline which is designed to process one of the graphic objects in a serial pass through by generating pixels of the graphic object from the graphical data relating to the graphic object, the graphics pipeline being designed to interrupt the processing of one of the first graphic objects of the first application (App_1) in a first serial pass through so that a partially processed graphic object is present, to process at least one of the second graphic objects of the second application (App_2) in a second serial pass through, and subsequently to continue the processing of the partially processed graphic object of the first application (App_1), characterized in that the interruption is performed for each graphic object of the first application and in that the graphics pipeline prescribes a series of successive time slots which are each of equal length, the partial processing of one of the first graphic objects and the processing of one of the second graphic objects being performed within a common time slot, a time planner being designed to output a memory signal (context_store) for interrupting the processing of the first graphic object to the graphics pipeline, and the graphics pipeline being designed to react to the memory signal (context_store) by outputting context data of the partially processed graphic object which is optionally buffered and made available for the later serial pass through the graphics pipeline in order to continue the processing of the partially processed graphic object, the context data comprising register data (REG-5, REG-7) of the modules (5, 7) and fifo data (FIFO-4, FIFO-6) from memory devices (4, 6) between and/or upstream of the modules (5, 7), the register data (REG-5, REG-7) having a signal flag which is set to a first value in normal operation and to another value in memory operation, the register data (REG-5, REG-7) and the fifo data (FIFO-4, FIFO-6) being alternately arranged in the context data, the assignment of the data to the modules (5, 7) and to the memory devices (4, 6) being fixed by the position of the register data (REG-5, REG-7) and of the fifo data (FIFO-4, FIFO-6) in the context data.
A display apparatus comprising: a plurality of pixels, wherein each pixel of the plurality of pixels comprises: a first capacitor (Cst) connected between a first voltage line configured to receive a first driving signal (Vinit) and a first node; a first transistor comprising a control electrode connected to the first node, a first electrode connected to a second voltage line configured to receive a first power source signal (ELVDD) and a second electrode connected to a second node; an organic light emitting diode (OLED) comprising an anode electrode connected to the second node and a cathode electrode configured to receive a second power source signal (ELVSS); a second capacitor (Cpr) connected between an m-th data line (DLm) and the second node, wherein 'm' is a natural number; and a second transistor comprising a control electrode connected to an n-th scan line (S(n)), wherein 'n' is a natural number, a first electrode connected to the first node and a second electrode connected to the second node, wherein the pixel further comprises: a third transistor comprising a control electrode connected to a third voltage line configured to receive a second driving signal (Vcomp), a first electrode connected to the first voltage line and a second electrode connected to the second node. a first capacitor (Cst) connected between a first voltage line configured to receive a first driving signal (Vinit) and a first node; a first transistor comprising a control electrode connected to the first node, a first electrode connected to a second voltage line configured to receive a first power source signal (ELVDD) and a second electrode connected to a second node; an organic light emitting diode (OLED) comprising an anode electrode connected to the second node and a cathode electrode configured to receive a second power source signal (ELVSS); a second capacitor (Cpr) connected between an m-th data line (DLm) and the second node, wherein 'm' is a natural number; and a second transistor comprising a control electrode connected to an n-th scan line (S(n)), wherein 'n' is a natural number, a first electrode connected to the first node and a second electrode connected to the second node, wherein the pixel further comprises: a third transistor comprising a control electrode connected to a third voltage line configured to receive a second driving signal (Vcomp), a first electrode connected to the first voltage line and a second electrode connected to the second node.
A method of electrodepositing a metal on an electrically conductive particulate substrate comprising the steps of: (i) providing a cathode; (ii) providing an anode formed from the metal to be electrodeposited to provide metal ions; (iii) providing the electrically conductive particulate substrate, cathode and anode within an electrodeposition bath comprising an electrolyte; (iv) providing a separator between the anode and the cathode, wherein the separator is a semi permeable membrane separator which is porous to the electrolyte and the metal ions, and retains the electrically conductive particulate substrate proximate to the cathode, and (v) providing a voltage between said anode and cathode causing the metal ions to flow from the anode to the cathode, characterised in that the semi permeable membrane separator provides the electrically conductive particulate substrate at a percolation threshold concentration proximate to the cathode, in the range of from 0.001vol% to 5 vol%. (i) providing a cathode; (ii) providing an anode formed from the metal to be electrodeposited to provide metal ions; (iii) providing the electrically conductive particulate substrate, cathode and anode within an electrodeposition bath comprising an electrolyte; (iv) providing a separator between the anode and the cathode, wherein the separator is a semi permeable membrane separator which is porous to the electrolyte and the metal ions, and retains the electrically conductive particulate substrate proximate to the cathode, and (v) providing a voltage between said anode and cathode causing the metal ions to flow from the anode to the cathode,
A container for storing a pellicle used in lithography, comprising a tray and a cover between which a pellicle is stored, said tray having a pellicle mount for supporting the pellicle, characterized in that a plane plate having a flatness of 10 micrometers or smaller is provided on top of the pellicle mount.
A refrigerator comprising: a main body having a refrigerating chamber therein; a cold air passage duct disposed within the main body, the cold air passage duct including a cold air passage to discharge cold air into the refrigerating chamber; a control case attached at one surface of the cold air passage duct, the control case including a cold air discharge opening through which the cold air is discharged; and a shutter being reciprocally movable in one direction to open and close at least a part of the cold air discharge opening, wherein the control case comprises a pressing protrusion to press against a lower end portion of the shutter, the pressing protrusion provided below the cold air discharge opening and protruding toward the cold air passage duct, wherein the shutter comprises a flow rate adjusting portion to adjust an opening and closing amount of the cold air discharge opening in response to being pressed by the pressing protrusion, characterized in that the shutter is provided between the cold air passage duct and the control case, wherein the flow rate adjusting portion comprises: a plurality of protrusions (41a; 41c) disposed at the lower end portion of the shutter that are spaced apart from one another by a preset distance, and a slot (41b; 41d) cut off to enable an elastic transformation of the lower end portion of the shutter when the protrusions (41a; 41c) are pressed by the pressing protrusion. a main body having a refrigerating chamber therein; a cold air passage duct disposed within the main body, the cold air passage duct including a cold air passage to discharge cold air into the refrigerating chamber; a control case attached at one surface of the cold air passage duct, the control case including a cold air discharge opening through which the cold air is discharged; and a shutter being reciprocally movable in one direction to open and close at least a part of the cold air discharge opening, wherein the control case comprises a pressing protrusion to press against a lower end portion of the shutter, the pressing protrusion provided below the cold air discharge opening and protruding toward the cold air passage duct, wherein the shutter comprises a flow rate adjusting portion to adjust an opening and closing amount of the cold air discharge opening in response to being pressed by the pressing protrusion, characterized in that the shutter is provided between the cold air passage duct and the control case, wherein the flow rate adjusting portion comprises: a plurality of protrusions (41a; 41c) disposed at the lower end portion of the shutter that are spaced apart from one another by a preset distance, and a slot (41b; 41d) cut off to enable an elastic transformation of the lower end portion of the shutter when the protrusions (41a; 41c) are pressed by the pressing protrusion. a plurality of protrusions (41a; 41c) disposed at the lower end portion of the shutter that are spaced apart from one another by a preset distance, and a slot (41b; 41d) cut off to enable an elastic transformation of the lower end portion of the shutter when the protrusions (41a; 41c) are pressed by the pressing protrusion.
Use of a receiving device which comprises a hub body mounted for rotation about a rotational axis, as well as a disc element which extends in a plane running perpendicular to the rotational axis, wherein the hub body has at least two structured support jaws (6a-6c) wherein the receiving device further comprises a locking mechanism which has an actuating element which is rotatable in restricted manner about the rotational axis relative to the hub body, characterised in that the locking mechanism has at least one arm (13a-13c) coupling the actuating element to one of the support jaws (6a-6c) in such a way that the rotational mobility of the actuating element can be transferred into a linear displacement, occurring radially in relation to the rotational axis, of the support jaw (6a-6c) which is coupled to the arm (13a-13c), for the at least indirect internal clamping of an edgeband reel positioned at least in part on the hub body of the receiving device.