mhurhangee/ep-ind-claims huggingface dataset:
Method of securing two components together by means of a screw thread, comprising a first component having a male screw thread adapted to be screwed into a female screw thread on a second component, each component having a frusto-conical surface (30, 32) having an angle ∝ 1, ∝ 2, respectively, wherein a difference in the angle ∝ 1, ∝ 2 of the frusto-conical surface of the first component and the frusto-conical surface of the second component is between 0° and 29°, characterized in that the frusto-conical surfaces (30,32) are in contact over a predetermined area of the frusto-conical surfaces (30,32) after being screwed with a predetermined minimum torque forming a fluid thight seal between the first component and the second component, wherein the first component carries an indicia, and wherein the indicia on the first component being positioned in a predetermined location after being rotated with a torque between the predetermined minimum torque and a predetermined maximum torque, wherein the first component is rotatable after the predetermined minimum torque is reached such that the torque required to turn the first component by at least a further 180° or preferably a further 360° does not exceed a predetermined maximum torque, characterized in that a further component is secured to the first component, the further component carrying the indicia.
Process for producing solid compositions containing calcium silicate hydrate and a water-soluble comb polymer which is suitable as plasticizer for hydraulic binders, wherein the following process steps are carried out: a) mixing of an aqueous suspension containing calcium silicate hydrate with at least one water-soluble comb polymer which is suitable as plasticizer for hydraulic binders, b) optionally setting of a suitable solids content of the product from step a) by dilution with water and c) drying of the product from step a) or b), wherein the solid composition has a weight ratio of the (co)polymer or (co)polymers to the calcium silicate hydrate of from 1/100 to 100/1 and wherein the water soluble comb polymer which is suitable as plasticizer for hydraulic binders has an average ratio of the number of moles of carboxyl and/or carboxylate groups to the total molar mass of the comb polymer from 1/200 to 1/1500 mol/(g/mol), wherein cations, including protons, associated with the comb polymer are not taken into account in calculating the total molar mass of the comb polymer. a) mixing of an aqueous suspension containing calcium silicate hydrate with at least one water-soluble comb polymer which is suitable as plasticizer for hydraulic binders, b) optionally setting of a suitable solids content of the product from step a) by dilution with water and c) drying of the product from step a) or b),
Steering column for a motor vehicle, comprising a guide box, in which a steering spindle is mounted rotatably about a longitudinal axis and which is held adjustably by a support unit connectable to the body of a motor vehicle, with a pivot bearing, in which the guide box is mounted pivotably in a front region about a pivot axis lying horizontally transversely to the longitudinal axis, and an adjusting lever, which is mounted in a first lever bearing in a rear region of the guide box and in a second lever bearing on the support unit, wherein the pivot bearing is mounted so as to be displaceable transversely to the pivot axis in a displacement plane parallel to the longitudinal axis characterized in in that the pivot bearing has a bearing element which is guided displaceably relative to the support unit, and in which a bearing pin of the pivot bearing is rotatably mounted, wherein the bearing pin passing through the bearing element is fixed in translation relative to the guide box.
Handling system (1, 1', 1") of drilling equipments of the ground, in which said drilling equipment slides along a support tower (101, 501); the handling system (1, 1', 1") being characterized in that it comprises an element sliding with respect to said tower (101,501), and bound by means of at least one linear actuator (3, 3a, 3b) to an upper power assembly for handling said drilling equipment, said power assembly also slides integrally with said drilling equipment and said at least one linear actuator (3, 3a, 3b) along the tower, and in that said element blocked in any position of the tower, in order to exert on drilling equipment a traction or pushing force F towards the ground by means of the movement of the linear actuator (3, 3a, 3b).
A solid insulated bus switchgear, comprising: a cabinet having unit rooms defined on a front side of a ground metal plate and a bus room defined on a rear side of a ground metal plate; a first switching unit and a second switching unit, each of which has a circuit breaker, a current transformer, a zero-phase sequence current transformer, and an instrument voltage transformer, the first switching unit and the second switching unit being vertically stacked in the cabinet; main buses, which are solid-insulated, placed in the bus room in the cabinet in the width direction of the cabinet; a communication bus, which is solid-insulated, linked to the main buses, and connected to one end of the first switching unit at one end and to one end of the second switching unit at another end; and a first leader bus and a second leader bus, which are solid-insulated, the first leader bus being connected to another end of the first switching unit, the second leader bus being connected to another end of the second switching unit; wherein each of the first switching unit and the second switching unit has a movable cart, the circuit breaker mounted on the cart, and a frame assembly, to which the current transformer, the zero-phase sequence current transformer, and the instrument voltage transformed are attached, and standing on the cart to cover the outer circumferences of three planes, i.e. front and both sides, of the circuit breaker; and two terminals (18, 19) are vertically disposed upside or downside on the back of the circuit breaker, one being connected to a fixed electrode of the circuit breaker and the other being connected to a movable electrode of the circuit breaker, the two terminals (18, 19) being connected to the communication bus and to the first leader bus or second leader bus through air bushings provided on the cabinet so as to move away from and toward the communication bus and the first leader bus or the second leader bus. a cabinet having unit rooms defined on a front side of a ground metal plate and a bus room defined on a rear side of a ground metal plate; a first switching unit and a second switching unit, each of which has a circuit breaker, a current transformer, a zero-phase sequence current transformer, and an instrument voltage transformer, the first switching unit and the second switching unit being vertically stacked in the cabinet; main buses, which are solid-insulated, placed in the bus room in the cabinet in the width direction of the cabinet; a communication bus, which is solid-insulated, linked to the main buses, and connected to one end of the first switching unit at one end and to one end of the second switching unit at another end; and a first leader bus and a second leader bus, which are solid-insulated, the first leader bus being connected to another end of the first switching unit, the second leader bus being connected to another end of the second switching unit;
A probe for insertion into a pipe or into a duct, wherein the probe has - at least one motor, - at least one motor shaft, - at least one working means (30, 30', 30") connected to the motor shaft, - a connecting device for connecting the motor to a cable, - at least one housing, and - at least one centering device connected to the housing, wherein the motor is located in the housing and is a DC motor, characterized in that the centering device is formed by a plurality of springy elements which are arranged uniformly spaced apart in the circumferential direction of the housing, wherein the springy elements are of a turbine-blade design. the probe has - at least one motor, - at least one motor shaft, - at least one working means (30, 30', 30") connected to the motor shaft, - a connecting device for connecting the motor to a cable, - at least one housing, and - at least one centering device connected to the housing, wherein - at least one motor, - at least one motor shaft, - at least one working means (30, 30', 30") connected to the motor shaft, - a connecting device for connecting the motor to a cable, - at least one housing, and - at least one centering device connected to the housing, wherein the motor is located in the housing and is a DC motor, characterized in that the centering device is formed by a plurality of springy elements which are arranged uniformly spaced apart in the circumferential direction of the housing, wherein the springy elements are of a turbine-blade design.
Element with variable stiffness controlled by negative pressure, the element comprising: - a gas-tight envelope; - a plurality of flexible layers (30, 30a, 30b, 30c, 30d, 30e) in the envelope, each layer (30, 30a, 30b, 30c, 30d, 30e) having a first surface (31, 41) and a second surface (32, 42); and, - a valve adapted to evacuate the interior of the envelope; characterised in that: - the first and second surfaces (31, 41, 32, 42) of two adjacent layers have a friction coefficient between each other which is higher than 0.5; - the first and second surfaces (31, 41, 32, 42) of two adjacent layers have adhesion properties, such that a normal force per unit area of below 0.07 N/mm 2 is required to separate them and/or the energy per unit area required to separate them in normal direction is below 6.7 J/m 2. - a gas-tight envelope; - a plurality of flexible layers (30, 30a, 30b, 30c, 30d, 30e) in the envelope, each layer (30, 30a, 30b, 30c, 30d, 30e) having a first surface (31, 41) and a second surface (32, 42); and, - a valve adapted to evacuate the interior of the envelope; - the first and second surfaces (31, 41, 32, 42) of two adjacent layers have a friction coefficient between each other which is higher than 0.5; - the first and second surfaces (31, 41, 32, 42) of two adjacent layers have adhesion properties, such that a normal force per unit area of below 0.07 N/mm 2 is required to separate them and/or the energy per unit area required to separate them in normal direction is below 6.7 J/m 2.
Use of dsRNA endoribonuclease for sequence specific cleavage of dsRNA substrate, wherein said endoribonuclease comprises amino acid sequence of SEQ ID NO1 or SEQ ID NO1 with D94R mutation; and has the loop that is locating in and interacting with a major groove of dsRNA, which corresponds to the loop locating in and interacting with a major groove of dsRNA in the model of structure of endoribonuclease Mini III in complex with dsRNA; and wherein said dsRNA endoribonuclease exhibits the dsRNA sequence specific activity within the consensus sequence 5' DACCUHD 3' 3' HUGGADH 5' where H = A or C or U; D = A or G or U; preferably said dsRNA endoribonuclease exhibits the dsRNA sequence specific activity within the consensus sequence 5' YGACCUCGNNG 3' 3' RCUGGAGCNNC 5' where Y = C or U; R = A or G; N = G or A or U or C, and wherein the specific sequence in dsRNA substrate recognized by said dsRNA endoribonuclease is the consensus sequence 5' DACCUHD 3' 3' HUGGADH 5' where H = A or C or U; D = A or G or U; preferably is the consensus sequence 5' YGACCUCGNNG 3' 3' RCUGGAGCNNC 5' where Y = C or U; R=AorG; N = G or A or U or C, and wherein said dsRNA substrate comprises and is cleaved within said recognition sequence by said dsRNA endoribonuclease. 5' DACCUHD 3' 3' HUGGADH 5' 5' YGACCUCGNNG 3' 3' RCUGGAGCNNC 5' 5' DACCUHD 3' 3' HUGGADH 5' 5' YGACCUCGNNG 3' 3' RCUGGAGCNNC 5'
A valve assembly, comprising: a valve housing having a valve hole therein; said valve housing being made by additive manufacturing with said valve hole formed by said additive manufacturing; a valve spool slidably installed directly into the valve hole of the valve housing with no sleeves or seals interposed therebetween; wherein said valve housing is modular and constructed to mount together with another valve housing; characterized in that said valve spool is made from hardened stainless steel; wherein said valve housing is made from additive manufacturing with a section about said valve hole being made from hardened stainless steel and a remainder of the valve housing being made from a different material. a valve housing having a valve hole therein; said valve housing being made by additive manufacturing with said valve hole formed by said additive manufacturing; a valve spool slidably installed directly into the valve hole of the valve housing with no sleeves or seals interposed therebetween; wherein said valve housing is modular and constructed to mount together with another valve housing; characterized in that said valve spool is made from hardened stainless steel; wherein said valve housing is made from additive manufacturing with a section about said valve hole being made from hardened stainless steel and a remainder of the valve housing being made from a different material.
A flowmeter for metering fuel oil, with: a main body casing, wherein a discharge area is formed in the main body casing, and wherein fuel oil measured in a cylinder chamber of the flowmeter can be pressed and discharged from a discharge port via the discharge area, an annular flow channel member disposed between the discharge area and the discharge port, an inlet (25, 26, 27) of said annular flow channel member formed at an upper portion in the main body casing, an outlet of said annular flow channel member formed at a position of the discharge port, characterized in that the annular flow channel member is configured to release an air from the discharge area, on said annular flow channel member are formed a first inlet at a position where a center angle becomes 90° in relation to the outlet counterclockwise, a second inlet at a position where the center angle becomes 180°, and a third inlet at a position where the center angle becomes 270°, wherein the center angle is formed between the outlet, a virtual center point of the annular flow channel member, and the first, second or third inlet (25, 26, 27), respectively; and first to third channels (28, 29, 30) communicating the first to third inlets (25, 26, 27) with the outlet, respectively, are formed. a main body casing, wherein a discharge area is formed in the main body casing, and wherein fuel oil measured in a cylinder chamber of the flowmeter can be pressed and discharged from a discharge port via the discharge area, an annular flow channel member disposed between the discharge area and the discharge port, an inlet (25, 26, 27) of said annular flow channel member formed at an upper portion in the main body casing, an outlet of said annular flow channel member formed at a position of the discharge port, characterized in that the annular flow channel member is configured to release an air from the discharge area, on said annular flow channel member are formed a first inlet at a position where a center angle becomes 90° in relation to the outlet counterclockwise, a second inlet at a position where the center angle becomes 180°, and a third inlet at a position where the center angle becomes 270°, wherein the center angle is formed between the outlet, a virtual center point of the annular flow channel member, and the first, second or third inlet (25, 26, 27), respectively; and first to third channels (28, 29, 30) communicating the first to third inlets (25, 26, 27) with the outlet, respectively, are formed.
A sensor unit for a radiation detector, the sensor unit comprising: - a conversion element comprising a plurality of imaging pixels, wherein each imaging pixel is configured to directly convert radiation into an electrical charge and wherein each imaging pixel comprises a charge collection electrode; and - a readout substrate comprising a plurality of readout pixels, wherein each readout pixel comprises readout pixel electronics with at least one electronic component specific for an associated readout pixel, and wherein each readout pixel is connected to an associated imaging pixel by means of an interconnection at a connection position on the charge collection electrode; characterized in that each readout pixel has a smaller area than an associated imaging pixel of the plurality of imaging pixels; and wherein the connection positions in relation to the charge collection electrodes are varied with respect to a neighboring charge collection electrode. - a conversion element comprising a plurality of imaging pixels, wherein each imaging pixel is configured to directly convert radiation into an electrical charge and wherein each imaging pixel comprises a charge collection electrode; and - a readout substrate comprising a plurality of readout pixels, wherein each readout pixel comprises readout pixel electronics with at least one electronic component specific for an associated readout pixel, and wherein each readout pixel is connected to an associated imaging pixel by means of an interconnection at a connection position on the charge collection electrode; characterized in that each readout pixel has a smaller area than an associated imaging pixel of the plurality of imaging pixels; and wherein the connection positions in relation to the charge collection electrodes are varied with respect to a neighboring charge collection electrode.
A vibration module for skin massage, comprising: a printed circuit board; a vibrator installed on the printed circuit board; a drive mounted on the printed circuit board to provide vibration force of the vibrator when electric power is supplied; a controller controlling the drive to control the vibration of the vibrator; a battery supplying the electric power to the drive and the controller; a power connecting member electrically connecting power terminals of the battery to power terminals of the drive mounted on the printed circuit board; and an insulator attached to a contact area between the power terminals of the battery and the power connecting member to allow contact between the power terminals and the power connecting member at the separation from the battery; characterised in that the vibration module comprises a supporting plate integrally connecting the printed circuit board to the battery. a printed circuit board; a vibrator installed on the printed circuit board; a drive mounted on the printed circuit board to provide vibration force of the vibrator when electric power is supplied; a controller controlling the drive to control the vibration of the vibrator; a battery supplying the electric power to the drive and the controller; a power connecting member electrically connecting power terminals of the battery to power terminals of the drive mounted on the printed circuit board; and an insulator attached to a contact area between the power terminals of the battery and the power connecting member to allow contact between the power terminals and the power connecting member at the separation from the battery; characterised in that the vibration module comprises a supporting plate integrally connecting the printed circuit board to the battery.
A solid oxide fuel cell device comprising a cell array including a plurality of individual fuel cells housed in a fuel cell module, and a current collector electrically connected to electrodes formed on the end portions of the plurality of individual fuel cells constituting the cell array, wherein the current collector is a metal plate in or on which a plurality of attaching holes are formed for respectively inserting the end portions of the plurality of individual fuel cells, and a plurality of elastic pieces are provided at each attaching hole, the end portions of the individual fuel cells are inserted into the corresponding attaching holes of the current collector, such that the current collector is attached to the cell array by the elastic pieces, and the elastic pieces are adhered to the individual fuel cells by adhesive (151; 152) so that the position of the elastic pieces is not displaced relative to the electrodes of the individual fuel cells.
Handle for a movable part of a vehicle, in particular, for a door, hatch, tailgate or the like, with a safety element, which can be arranged, in part, at least on the external cladding of the movable part, and a carrier that can be arranged on the inner side of the movable part and is attached to the safety element by means of a fastener, whereby the safety element is designed in such a way that the fastener remains completely inside the movable part, whereby a heightened level of burglary protection can be achieved, characterized in that the safety element has an angled first arm where the fastener engages, whereby, in particular, the first arm includes a fastening section, at which the fastener functions, whereby the safety element has a second arm on the inside of the movable part that bears against and/or is supported on the carrier, more preferably, the second arm has shoulder elements that come into contact with the carrier.
A peptide with prophylactic and therapeutic activities against cancer that binds to transcription factor CP2c and has the amino acid sequence set forth in SEQ ID NO: 1: Asn-Tyr-Pro-Gln-Arg-Pro
A method of manufacturing a high loading electrode, the method comprising: applying an electrode slurry on a release film to thereby produce an electrode layer having the release film attached thereto; punching the electrode layer to a size of a unit electrode to form punched electrode layers having the release film attached thereto; separating and removing the release film from the punched electrode layers; stacking at least two punched electrode layers on a current collector; and then rolling up the punched electrode layers on the current collector. applying an electrode slurry on a release film to thereby produce an electrode layer having the release film attached thereto; punching the electrode layer to a size of a unit electrode to form punched electrode layers having the release film attached thereto; separating and removing the release film from the punched electrode layers; stacking at least two punched electrode layers on a current collector; and then rolling up the punched electrode layers on the current collector.
A frame for the base of an acetabulum comprising a curved cross including at least four concentric legs distributed around the axis of revolution corresponding to the axis of the half-sphere of the acetabular cavity and, among said four legs, at least one first leg including, at its free end (21 a), a bent tip intended to be housed in the shutter hole of the pelvis when the frame is implanted, at least one second leg, intended to be positioned in the anterolateral face of the acetabular cavity when the frame is implanted, including at its free end a substantially oval and curved plate, intended to be fastened to the bony support, said second leg being provided with a longitudinal slot, characterized in that said slot is terminated, at the level of said oval and curved plate, by at least one substantially circular-shaped orifice, and in that at least one of the third and fourth legs is self-breakable.