mhurhangee/ep-ind-claims huggingface dataset:
A snap hinge with damped closure, comprising a first articulated quadrilateral and a second articulated quadrilateral which share a first lever and a second lever and are provided respectively with a plate for coupling to a first element and with a plate for fixing to a second element, said hinge being movable alternately between an open configuration and a closed configuration, wherein said plates (6, 7) have different arrangements with respect to each other, the hinge further comprising at least one damping element that is interposed between said second quadrilateral and said fixing plate for damped transition from said open configuration to said closed configuration or vice versa, characterized in that said second quadrilateral comprises a first arm that is articulated to said fixing plate and to an end of said first lever, said at least one damping element being interposed between said fixing plate and said first arm, said at least one damping element comprising a main body in which a stem can slide axially, said main body having a first end which is associated so that it can rotate with said fixing plate and said stem having a second end that can move with respect to said first end and is associated so that it can rotate with said first arm, said at least one damping element being movable alternately between a compression position, in which said ends (10a, 11a) are mutually closer and said hinge is in the open configuration, and an extension position, in which said ends (10a, 11a) are mutually spaced and said hinge is in the closed configuration, said first arm comprising a first pivot that is hinged to said fixing plate, a second pivot that is hinged to one end of said first lever and a first fulcrum that is hinged to said second end, said first pivot and said second pivot delimiting one side of said second quadrilateral and said first fulcrum being arranged outside said second quadrilateral.
A cell or tissue culture device, of the type comprising: - a support, designed to at least partially close off a tray containing the culture medium, the support comprising a body delimiting an upper surface and at least one through opening receiving a nacelle emerging in the upper surface; - at least one nacelle mounted movably relative to the support along an insertion axis (A-A') between a culture position in which the nacelle is supported by the support across from the reception opening, and a handling position in which the nacelle is positioned separated from the support, the nacelle comprising a culture container and at least one bearing member having a bearing surface on the support, characterized in that the support comprises a nacelle adapter secured with the body and having a nacelle retaining surface, the or each bearing surface being pressed on the retaining surface in the culture position, the bearing member being positioned away from the periphery of the receiving opening projected in a plane perpendicular to the insertion axis (A-A') when its bearing surface is pressed on the retaining surface. - a support, designed to at least partially close off a tray containing the culture medium, the support comprising a body delimiting an upper surface and at least one through opening receiving a nacelle emerging in the upper surface; - at least one nacelle mounted movably relative to the support along an insertion axis (A-A') between a culture position in which the nacelle is supported by the support across from the reception opening, and a handling position in which the nacelle is positioned separated from the support,
A method for transmitting downlink control information, comprising: mapping the downlink control information carried on an enhanced Physical Downlink Control Channel, ePDCCH, onto at least one physical resource block, PRB, pair according to a predefined condition, the predefined condition comprising an ePDCCH aggregation level and at least one of the following information: a subframe cyclic prefix type, a format of the downlink control information carried on the ePDCCH and mapping mode indication information; and transmitting the downlink control information carried on the at least one PRB pair. mapping the downlink control information carried on an enhanced Physical Downlink Control Channel, ePDCCH, onto at least one physical resource block, PRB, pair according to a predefined condition, the predefined condition comprising an ePDCCH aggregation level and at least one of the following information: a subframe cyclic prefix type, a format of the downlink control information carried on the ePDCCH and mapping mode indication information; and transmitting the downlink control information carried on the at least one PRB pair.
A method for welding weldable parts together, for instance for welding annular objects, wherein the parts (1A, 1B) are subjected to a thermal welding process for making the parts (1A, 1B) flow together at contact surfaces, wherein the welding process depends on a number of input parameters, comprising a pressure exerted on the parts to be welded and a heating current fed through the parts (1A, 1B), wherein a number of welding process output parameters, for instance a welding temperature and a displacement of the parts (1A, 1B), depend on the input parameters, wherein, during the welding process, at least one welding temperature and/or electrical resistance of said parts (1A, 1B) is determined, wherein the result of the welding temperature determination and/or resistance determination is used by at least one regulator for automatically readjusting a number of welding process input parameters during the welding process, or for automatically adjusting the welding process, wherein the regulator is preferably a multivariable regulator, which regulates the welding process utilizing a plurality of said process parameters, characterised in that, during the welding process, it is determined whether the welding temperature of the parts (1A, 1B) has reached a yield point temperature, wherein, during the welding process, the regulator automatically changes a number of welding process input parameters when it has been determined that the yield point temperature has been reached.
Organic light emitting device comprising between anode and cathode at least one emitting layer comprising a phosphorescent emitter and at least one hole transporting and/or electron blocking layer comprising a compound represented by general formula wherein R 1 and R 2 can be independently selected from hydrogen, C 1 -C 20 alkyl or C 3 -C 20 cycloalkyl, C 7 -C 20 arylalkyl, C 6 -C 12 aryl, A 1, A 2, A 3 and A 4 are independently selected from C6-C20 aryl, and the substituents in any of the pairs R 1 and R 2, A 1 and A 2, A 3 and A 4 may be linked so that they form a ring. wherein R 1 and R 2 can be independently selected from hydrogen, C 1 -C 20 alkyl or C 3 -C 20 cycloalkyl, C 7 -C 20 arylalkyl, C 6 -C 12 aryl, A 1, A 2, A 3 and A 4 are independently selected from C6-C20 aryl, and the substituents in any of the pairs R 1 and R 2, A 1 and A 2, A 3 and A 4 may be linked so that they form a ring.
A household appliance comprising more than one electrically controlled component such as pump and door, a switch which provides the component to be turned on and off, and a detection circuit which controls whether the switch operates properly or not, characterized by a control unit - which stops driving the switch throughout a period of time that will not affect the operation of the component the switch controls, - which determines that there is a failure in the detection circuit if the detection circuit does not transmit a message saying that a failure occurred, throughout the period of time wherein the control unit stops driving the switch. - which stops driving the switch throughout a period of time that will not affect the operation of the component the switch controls, - which determines that there is a failure in the detection circuit if the detection circuit does not transmit a message saying that a failure occurred, throughout the period of time wherein the control unit stops driving the switch.
A vehicle tire inflation system, comprising: an air supply source in fluid communication with a plurality of tires of said vehicle; a pneumatic conduit extending between and being in fluid communication with said air supply source and said tires; and an air-operated tire isolation pilot valve (26,172) in fluid communication with said pneumatic conduit and being equipped with means for monitoring a condition of said vehicle, to determine when the vehicle is in a parked condition, whereby said tire isolation pilot valve (26, 172) interrupts said fluid communication between said air supply source and said tires to pneumatically isolate the tires when said vehicle is in said parked condition, whereby a pneumatic pressure loss of said tires is minimized. an air supply source in fluid communication with a plurality of tires of said vehicle; a pneumatic conduit extending between and being in fluid communication with said air supply source and said tires; and an air-operated tire isolation pilot valve (26,172) in fluid communication with said pneumatic conduit and being equipped with means for monitoring a condition of said vehicle, to determine when the vehicle is in a parked condition, whereby said tire isolation pilot valve (26, 172) interrupts said fluid communication between said air supply source and said tires to pneumatically isolate the tires when said vehicle is in said parked condition, whereby a pneumatic pressure loss of said tires is minimized.
A cold atom microwave frequency standard comprising: a vacuum cell, the vacuum cell comprising: a central cylinder, the central cylinder being hollow and having a first open end and a second open end; a first end portion joined to the first open end; and a second end portion joined to the second open end, wherein the first end portion, the central cylinder, and the second end portion enclose a hollow volume containing atoms, the first end portion and the second end portion configured to allow light to enter into the hollow volume; characterized in that the cold atom microwave frequency standard further comprises a cylindrically symmetric resonator encircling the central cylinder, wherein the cylindrically symmetric resonator comprises a loop formed by electrodes that are separated by gaps, wherein the resonator is configured to generate a microwave field in the hollow volume at the resonant frequency of the atoms. a vacuum cell, the vacuum cell comprising: a central cylinder, the central cylinder being hollow and having a first open end and a second open end; a first end portion joined to the first open end; and a second end portion joined to the second open end, wherein the first end portion, the central cylinder, and the second end portion enclose a hollow volume containing atoms, the first end portion and the second end portion configured to allow light to enter into the hollow volume; a central cylinder, the central cylinder being hollow and having a first open end and a second open end; a first end portion joined to the first open end; and a second end portion joined to the second open end, wherein the first end portion, the central cylinder, and the second end portion enclose a hollow volume containing atoms, the first end portion and the second end portion configured to allow light to enter into the hollow volume; characterized in that the cold atom microwave frequency standard further comprises a cylindrically symmetric resonator encircling the central cylinder, wherein the cylindrically symmetric resonator comprises a loop formed by electrodes that are separated by gaps, wherein the resonator is configured to generate a microwave field in the hollow volume at the resonant frequency of the atoms.
A surgical access device having a working channel extending along a trocar axis, the working channel adapted to receive a surgical instrument, having an instrument axis, the device comprising: a valve housing disposed along the working channel; the valve housing having an end cap; a pendulating valve module disposed within the valve housing, the valve module having a module axis and comprising an elongate tube having a proximal end and a distal end, wherein the proximal end of the elongate tube is coupled to the end cap and the distal end is unattached to the valve housing such that the elongate tube is free to swing at the distal end; a septum valve included in the distal end of the elongate tube of the valve module, the septum valve having an orifice, the septum valve forming an instrument seal to seal the working channel when the instrument is present; and a zero valve included in the distal end of the elongate tube of the valve module, the zero valve arranged to seal the working channel in the absence of the instrument; characterized in that the valve module comprises a flexible coupler coupling the proximal end of the elongate tube to the end cap and the septum valve is positioned at the distal end of the elongate tube such that free movement of the module axis relative to the trocar axis moves the septum valve freely in three dimensions. a valve housing disposed along the working channel; the valve housing having an end cap; a pendulating valve module disposed within the valve housing, the valve module having a module axis and comprising an elongate tube having a proximal end and a distal end, wherein the proximal end of the elongate tube is coupled to the end cap and the distal end is unattached to the valve housing such that the elongate tube is free to swing at the distal end; a septum valve included in the distal end of the elongate tube of the valve module, the septum valve having an orifice, the septum valve forming an instrument seal to seal the working channel when the instrument is present; and a zero valve included in the distal end of the elongate tube of the valve module, the zero valve arranged to seal the working channel in the absence of the instrument; characterized in that the valve module comprises a flexible coupler coupling the proximal end of the elongate tube to the end cap and the septum valve is positioned at the distal end of the elongate tube such that free movement of the module axis relative to the trocar axis moves the septum valve freely in three dimensions.
A water tap assembly comprising a water tap (10, 50); a water supply inlet (12, 52) on the water tap that is connected to a water supply; a boiler unit that is fed from the water supply inlet (12, 52) and that returns water to the water tap (10, 50); and a tap outlet (14, 54, 55) on the water tap that is fed from the water supply inlet (12, 52) and, separately, from the boiler unit; and a flow regulator (18, 18a, 58, 58a) for regulating the flow of water through the water tap from the water supply inlet (12, 52) to the water tap outlet (14,54,55); wherein the tap assembly further comprises a beverage making section (20, 62) on the water tap, the beverage making section (20, 62) having: an inlet (22, 66) a cavity section (26, 70) having a sealable access aperture therein; and an outlet (24, 68); wherein the inlet (22, 66) is in fluid communication with the outlet (24, 68) via the cavity section (26, 70); and wherein the sealable access aperture provides access to the cavity (26, 70) to allow the insertion or removal of beverage ingredients; and wherein the cavity section (26, 70) of the beverage making section (20, 62) is fed from the boiler unit; characterised in that the water tap comprises a first conduit connecting the water supply inlet (12, 52) to the tap outlet and a second conduit connecting the water returned from the boiler unit to the tap outlet (14, 54), and wherein the second conduit is contained within the first conduit. a water tap (10, 50); a water supply inlet (12, 52) on the water tap that is connected to a water supply; a boiler unit that is fed from the water supply inlet (12, 52) and that returns water to the water tap (10, 50); and a tap outlet (14, 54, 55) on the water tap that is fed from the water supply inlet (12, 52) and, separately, from the boiler unit; and a flow regulator (18, 18a, 58, 58a) for regulating the flow of water through the water tap from the water supply inlet (12, 52) to the water tap outlet (14,54,55); an outlet (24, 68); wherein the inlet (22, 66) is in fluid communication with the outlet (24, 68) via the cavity section (26, 70); and wherein the sealable access aperture provides access to the cavity (26, 70) to allow the insertion or removal of beverage ingredients; and wherein the cavity section (26, 70) of the beverage making section (20, 62) is fed from the boiler unit;
Albumin binding polypeptide comprising an albumin binding motif, which motif consists of the amino acid sequence: GVSDX 5 YKX 8 X 9 I X 11 X 12 AX 14 TVEGVX 20 ALX 23 X 24 X 25 I wherein, independently of each other, X 5 is selected from Y and F; X 8 is selected from N, R and S; X 9 is selected from V, I, L, M, F and Y; X 11 is selected from N, S, E and D; X 12 is selected from R and K; X 14 is selected from K and R; X 20 is selected from D, N, Q, E, H, S and R; X 23 is selected from K, I and T; X 24 is selected from A, S, T, G, H, L and D; and X 25 is selected from H, E and D; the albumin binding polypeptide binding to human serum albumin such that the K D value of the interaction is at most 1 x 10 -9 M. X 5 is selected from Y and F; X 8 is selected from N, R and S; X 9 is selected from V, I, L, M, F and Y; X 11 is selected from N, S, E and D; X 12 is selected from R and K; X 14 is selected from K and R; X 20 is selected from D, N, Q, E, H, S and R; X 23 is selected from K, I and T; X 24 is selected from A, S, T, G, H, L and D; and X 25 is selected from H, E and D;
An oral pharmaceutical composition comprising fenofibric acid or a pharmaceutically acceptable salt thereof, an alkalifying agent and a spheronizing additive, wherein the composition is in the form of a pellet; wherein the alkalifying agent is selected from the group consisting of calcium carbonate, magnesium carbonate, meglumine, and a mixture thereof and is used in an amount ranging from 0.22 to 1 part by weight based on 1 part by weight of fenofibric acid; wherein the spheronizing additive is selected from the group consisting of carrageenan gum, guar gum, propylene glycol alginate, and a mixture thereof and is used in an amount ranging from 0.05 to 0.5% by weight based on the total weight of the pellet; wherein the pellet has a length ratio of the major axis and the minor axis ranging from 1.0 to 1.5; and wherein the pellet is further coated with a delayed-release coating substrate.
A hollow body molding device that forms a hollow molded body in a main cavity of a mold having in its one end a pressure port including a floating core (18; 24) by injecting molten resin through an injection gate into the main cavity having an outlet in its other end, and then pressure-injecting pressurized fluid through the pressure port into the main cavity to move the floating core (18; 24) toward the outlet through the molten resin injected into the main cavity so as to extrude the molten resin through the outlet and discharge the extruded molten resin into a waste cavity, the hollow body molding device comprising: a floating core accommodating portion that is located between the outlet of the main cavity and a communication passage leading to the waste cavity and adjoins the main cavity and that accommodates the floating core (18; 24) moved to the outlet by the pressurized fluid; and a core receiving portion that has a diameter smaller than an outside diameter of the floating core (18; 24) and that is located between the communication passage and the floating core accommodating portion to receive the floating core (18; 24) moved to the outlet and discharged from the main cavity by the pressurized fluid, wherein an inside diameter of the floating core accommodating portion is larger than the outside diameter of the floating core (18; 24), and when the floating core (18; 24) is received by the core receiving portion, the floating core (18; 24) is completely contained in the floating core accommodating portion and communication between the floating core accommodating portion and the communication passage is cut off, characterized in that the diameter of the main cavity is continuously the same in the longitudinal direction thereof, and the inside diameter of the floating core accommodating portion is smaller than the diameter of the main cavity. a floating core accommodating portion that is located between the outlet of the main cavity and a communication passage leading to the waste cavity and adjoins the main cavity and that accommodates the floating core (18; 24) moved to the outlet by the pressurized fluid; and a core receiving portion that has a diameter smaller than an outside diameter of the floating core (18; 24) and that is located between the communication passage and the floating core accommodating portion to receive the floating core (18; 24) moved to the outlet and discharged from the main cavity by the pressurized fluid, wherein an inside diameter of the floating core accommodating portion is larger than the outside diameter of the floating core (18; 24), and when the floating core (18; 24) is received by the core receiving portion, the floating core (18; 24) is completely contained in the floating core accommodating portion and communication between the floating core accommodating portion and the communication passage is cut off, characterized in that the diameter of the main cavity is continuously the same in the longitudinal direction thereof, and the inside diameter of the floating core accommodating portion is smaller than the diameter of the main cavity.
A Bacillus subtilis strain BLCY-005 or a progeny thereof, wherein the strain BLCY-005 was deposited on October 26, 2016 in the China General Microbiological Culture Collection Center, with an accession number of CGMCC No.13152.
A gas decomposition apparatus, comprising first electrodes, a second electrode, solid electrolyte layers, and a power source for applying a voltage to the first electrodes and the second electrode across the first and second electrodes, the apparatus further comprising an electroconductor layer through which a negative electrode of the power source is electroconductively connected to the second electrode, wherein: the second electrode is laminated onto the electroconductor layer to contact the electroconductor layer; laminates of "solid electrolyte layer /first electrode" that are each composed of one of the solid electrolyte layers and one of the first electrodes are positioned on the second electrode to contact the second electrode to have a gap between any adjacent two of the laminates; and the first electrodes are electroconductively connected to a positive electrode of the power source.