mhurhangee/ep-ind-claims huggingface dataset:
A safety device for a medicament container comprising: a first sheath having a first ledge and a second ledge; a second sheath telescopically arranged with the first sheath and releasably coupled to the first ledge; and a finger flange (50, 500) comprising a hole adapted to receive the first sheath and having at least one resilient clip adapted to engage the second ledge of the first sheath, further comprising - a central portion (52, 502) and two support portions (51, 501) extending radially from the central portion (52, 502) in a wing-like fashion, wherein the proximal surface of the finger flange is substantially flat and distal surfaces of the support portions and the central portion are concave relative to the proximal surface, and wherein the resilient clip comprises - a transverse beam (72.1) originating from the finger flange and extending in a radial inward direction and having a hinge (72.1.1) formed by a section in which a thickness of the transverse beam (72.1) is reduced with respect to the rest of the transverse beam (72.1), and - a longitudinal beam (72.2) originating from a radial inward end of the transverse beam (72.1) and extending in a proximal direction wherein the hinge (72.1.1) is arranged adjacent the longitudinal beam (72.2). a first sheath having a first ledge and a second ledge; a second sheath telescopically arranged with the first sheath and releasably coupled to the first ledge; and a finger flange (50, 500) comprising a hole adapted to receive the first sheath and having at least one resilient clip adapted to engage the second ledge of the first sheath, further comprising - a central portion (52, 502) and two support portions (51, 501) extending radially from the central portion (52, 502) in a wing-like fashion, - a central portion (52, 502) and two support portions (51, 501) extending radially from the central portion (52, 502) in a wing-like fashion, - a transverse beam (72.1) originating from the finger flange and extending in a radial inward direction and having a hinge (72.1.1) formed by a section in which a thickness of the transverse beam (72.1) is reduced with respect to the rest of the transverse beam (72.1), and - a longitudinal beam (72.2) originating from a radial inward end of the transverse beam (72.1) and extending in a proximal direction wherein the hinge (72.1.1) is arranged adjacent the longitudinal beam (72.2).
Modular roller belt (100,200) for a conveyor of articles, said belt comprising a plurality of modules for conveying the articles and a plurality of hinge pins each one for hinging adjacent modules of the belt around a corresponding geometric axis, wherein each module comprises at least one roller (115a,115b,115c,115d) and at least one mounting pin (1201,1202) for idler mounting of the at least one roller on the respective module, the at least one roller being freely rotatable around a respective rotation axis (RAX1,RAX2) defined by the corresponding mounting pin, wherein the rotation axis (RAX1,RAX2) of facing rollers of adjacent modules along a forward direction (x) of the belt (100, 200) and the geometric axis of the hinge pin comprised between said adjacent modules are spaced apart, along a direction orthogonal to a flowing direction (sN) of the respective module, by a vertical distance, characterized in that the roller pitch is 18 mm or less, wherein the roller diameter is 19 mm or less, wherein, orthogonal to the flowing direction, the body of the at least one roller mounted on a module extends through a plane connecting top surfaces of subsequent hinge pins, and wherein said vertical distance is such that a minimum distance between the outer surface of such rollers (115a,115b,115c,115d) and the outer surface of the corresponding hinge pin is 3 mm or less.
A system for making a thin-walled carbon nanomaterial product, the system comprising: a. an anode; b. a cathode; c. an inter-electrode space that is defined between the anode and the cathode; d. a carbonate electrolyte media configured to be positioned within the inter-electrode space, e. a source of current for applying a current density is at least 0.01 A / cm 2 across the electrodes; f. a source of heat configured to heat the electrolyte media to a temperature so as to create a molten electrolyte media; g. a diameter-limiting component that is configured to be mixed with the electrolyte media, wherein the diameter-limiting component comprises calcium metaborate, boric acid combined with calcium oxide, or a combination thereof; and h. a source of carbon for introducing a carbon input into the inter-electrode space. a. an anode; b. a cathode; c. an inter-electrode space that is defined between the anode and the cathode; d. a carbonate electrolyte media configured to be positioned within the inter-electrode space, e. a source of current for applying a current density is at least 0.01 A / cm 2 across the electrodes; f. a source of heat configured to heat the electrolyte media to a temperature so as to create a molten electrolyte media; g. a diameter-limiting component that is configured to be mixed with the electrolyte media, wherein the diameter-limiting component comprises calcium metaborate, boric acid combined with calcium oxide, or a combination thereof; and h. a source of carbon for introducing a carbon input into the inter-electrode space.
A one step process for the synthesis of poly lactic acid pellets comprising dissolving poly lactic acid of weight average molecular weight in the range of 600,000-800,000 (6 to 8 lakhs) in a solvent followed by extrusion at the temperature ranging from 25°C to 30°C to obtain fibre morphologies, said fibres are cut to obtain pellets, wherein the weight average molecular weight of PLA in the pellets is retained in the range of 600,000-800,000 (6 to 8 lakhs), and wherein the weight average molecular weight is determined as indicated in the description.
A method for manufacturing a sliding-roof frame of a roof-opening system of a motor vehicle in a tool having at least one mold cavity, comprising the following steps: - inserting at least one semifinished part configured in the shape of a panel into the tool; - deep-drawing the semifinished part in the tool for configuring at least one deep-drawn section of the sliding-roof frame, the semifinished part being formed from a glass-fiber reinforced thermoplastic and the step of deep drawing being a thermoforming process; - subsequently introducing a plastic material into the mold cavity of the tool for forming at least one injection-molded or foamed molded section and for bonding said molded section to the deep-drawn section; - demolding the sliding-roof frame from the tool. - inserting at least one semifinished part configured in the shape of a panel into the tool; - deep-drawing the semifinished part in the tool for configuring at least one deep-drawn section of the sliding-roof frame, the semifinished part being formed from a glass-fiber reinforced thermoplastic and the step of deep drawing being a thermoforming process; - subsequently introducing a plastic material into the mold cavity of the tool for forming at least one injection-molded or foamed molded section and for bonding said molded section to the deep-drawn section; - demolding the sliding-roof frame from the tool.
A low voltage electric swivel, LVES, for use in a swivel stack, comprising an annular outer element defining a cylindrical chamber around a longitudinal axis S and an cylindrical inner element coaxial with the outer element, wherein the cylindrical chamber is sealed at an upper side with an annular swivel cover and is configured for rotation relative to the inner and outer element (2, 3) around the longitudinal axis S; the inner element comprising at an inner radial side a first bearing part and a second bearing part defining an inner bearing; the outer element comprising at an outer radial side a first bearing part (7") and a second bearing part (8") defining an outer bearing; the annular swivel cover being connected at the inner radius thereof with the second bearing part of the inner bearing and at the outer radius thereof with the second bearing part of the outer bearing, wherein the swivel is adapted for use with voltages up to 3 KV; wherein the inner bearing comprises an inner annular interface between the first and second bearing part (7'; 8'), the outer bearing comprises an outer annular interface (9") between the first and second bearing part (7"; 8"), wherein each of the inner and outer annular interfaces (9'; 9") is coaxial with the inner and outer element (2, 3), and wherein each annular interface (9'; 9") is configured as a flame path.
A cyclone dust collecting apparatus for a vacuum cleaner (100, 200) comprising: a first chamber; an entering passage disposed above the first chamber, the entering passage guiding outer air to form a downwardly whirling air current in the first chamber; a second chamber formed at a position higher than that of an outlet of the entering passage above the first chamber, the second chamber in which the outer air entering from the first chamber whirls; a contaminants-blocking member disposed to be spaced apart from a bottom surface of the first chamber at a center of the first chamber, the contaminants-blocking member preventing contaminants separated in the first chamber from moving into the second chamber; and wherein the outlet of the entering passage is formed at a position that is lower than that of an inlet of the entering passage and that is the same as or lower than that of the contaminants-blocking member, characterized in that a grill is disposed inside the second chamber to be in fluid communication with an air discharging port through which clean air is discharged, wherein the entering passage is formed in a helical pipe shape wound at least one turn along the first chamber. a first chamber; an entering passage disposed above the first chamber, the entering passage guiding outer air to form a downwardly whirling air current in the first chamber; a second chamber formed at a position higher than that of an outlet of the entering passage above the first chamber, the second chamber in which the outer air entering from the first chamber whirls; a contaminants-blocking member disposed to be spaced apart from a bottom surface of the first chamber at a center of the first chamber, the contaminants-blocking member preventing contaminants separated in the first chamber from moving into the second chamber; and wherein the outlet of the entering passage is formed at a position that is lower than that of an inlet of the entering passage and that is the same as or lower than that of the contaminants-blocking member, characterized in that a grill is disposed inside the second chamber to be in fluid communication with an air discharging port through which clean air is discharged, wherein the entering passage is formed in a helical pipe shape wound at least one turn along the first chamber.
A wiper connection seat for coupling a wiper arm and a wiper, comprising: a main body having a containing groove; a sleeve, installed in the containing groove and having a pivoting groove for pivotally coupling the wiper connection seat to said wiper arm; and a pressing member, pivotally coupled to the main body and covered onto the pivoting groove; wherein the main body has a snap groove for snapping an axle of the wiper therein, characterized in that the sleeve has a tenon protruded from an external side of the sleeve, wherein the containing groove has a snap opening formed on an inner wall of the containing groove, and the tenon is snapped into the snap opening to fix the sleeve into the containing groove. a main body having a containing groove; a sleeve, installed in the containing groove and having a pivoting groove for pivotally coupling the wiper connection seat to said wiper arm; and a pressing member, pivotally coupled to the main body and covered onto the pivoting groove; wherein the main body has a snap groove for snapping an axle of the wiper therein, characterized in that the sleeve has a tenon protruded from an external side of the sleeve, wherein the containing groove has a snap opening formed on an inner wall of the containing groove, and the tenon is snapped into the snap opening to fix the sleeve into the containing groove.
A production system comprising: an industrial device being self-movable; and a preparation control unit configured to control the industrial device to prepare for a next job before the industrial device arrives at a next location; and a job control unit configured to control the industrial device to perform the next job when the industrial device arrives at the next location and a preparation for the next job is completed; characterized by the production system further comprising: a first preparation control unit configured to control the industrial device to prepare for the next job while the industrial device is moving towards the next location; and/or a third preparation control unit configured to control the industrial device to prepare for the next job when a movement to the next location is instructed. an industrial device being self-movable; and a preparation control unit configured to control the industrial device to prepare for a next job before the industrial device arrives at a next location; and a job control unit configured to control the industrial device to perform the next job when the industrial device arrives at the next location and a preparation for the next job is completed; characterized by the production system further comprising: a first preparation control unit configured to control the industrial device to prepare for the next job while the industrial device is moving towards the next location; and/or a third preparation control unit configured to control the industrial device to prepare for the next job when a movement to the next location is instructed. a first preparation control unit configured to control the industrial device to prepare for the next job while the industrial device is moving towards the next location; and/or a third preparation control unit configured to control the industrial device to prepare for the next job when a movement to the next location is instructed.
A process for producing acetic acid, comprising the steps of: reacting carbon monoxide with at feast one reactant in an eductor-based reactor containing a reaction medium to produce a reaction solution comprising acetic acid, wherein the at least one reactant is selected from the group consisting of methanol, methyl acetate, methyl formate, dimethyl ether and mixtures thereof, and wherein the reaction medium comprises water, acetic acid, methyl acetate, methyl iodide, and a catalyst; wherein the eductor-based reactor comprises eductor mixers extending into the reaction medium and positioned below the liquid level; withdrawing the reaction solution at a first flow rate from the eductor-based reactor; separating a portion of the reaction solution to form a pump around stream; optionally passing a portion of the pump around stream through one or more steam generators to produce an exiting process stream and steam; optionally passing a portion of the pump around stream through one or more heat exchangers to produce an outflow; and feeding a portion of one or more of the following: the pump around stream, the exiting process stream, or the outflow to at least one of the eductor mixers to provide mixing of the reaction medium in the eductor-based reactor. reacting carbon monoxide with at feast one reactant in an eductor-based reactor containing a reaction medium to produce a reaction solution comprising acetic acid, wherein the at least one reactant is selected from the group consisting of methanol, methyl acetate, methyl formate, dimethyl ether and mixtures thereof, and wherein the reaction medium comprises water, acetic acid, methyl acetate, methyl iodide, and a catalyst; wherein the eductor-based reactor comprises eductor mixers extending into the reaction medium and positioned below the liquid level; withdrawing the reaction solution at a first flow rate from the eductor-based reactor; separating a portion of the reaction solution to form a pump around stream; optionally passing a portion of the pump around stream through one or more steam generators to produce an exiting process stream and steam; optionally passing a portion of the pump around stream through one or more heat exchangers to produce an outflow; and feeding a portion of one or more of the following: the pump around stream, the exiting process stream, or the outflow to at least one of the eductor mixers to provide mixing of the reaction medium in the eductor-based reactor.
A form-fitting connection, comprising an external thread element and a receiving element, in particular an engine block, or a gear housing, wherein the external thread element, in particular an external thread pin, for anchoring in a receiving element has an external thread on the lateral surface, an axially front end oriented in an introduction direction and an axially rear end facing away therefrom, wherein in the region of the front end anchoring means are provided for form-fitting anchoring in the receiving element, which anchoring means have at least one deformation section extending in axial direction and an axial depression arranged in front of the deformation section in a tightening circumferential direction for receiving receiving element material deformed by means of the deformation section, and wherein the external thread of the external thread element is screwed with an internal thread of an internal thread opening of the receiving element, characterized in that at least one wall section, rising contrary to the tightening circumferential direction in the direction of the rear end of the external thread element, of a wall delimiting the depression on the circumferential side lying opposite the deformation section in the tightening circumferential direction has a pitch which is greater than a thread pitch of the external thread, and that receiving material is deformed into the at least one depression, which material is connected in a materially bonded manner with the non-deformed receiving element material.
A booster shell, which comprises: an elongate body defining a chamber for an explosive composition, the body comprising an upper end and a lower end; an inlet at the upper end of the elongate body that is adapted to allow an explosive composition to be delivered into the chamber; and a detonator receiving passage that is adapted to receive a detonator, the detonator receiving passage: (a) extending within the chamber from the upper end of the elongate body to the lower end of the elongate body; (b) being integrally formed with the elongate body; and (c) including a detonator stop at or near to the lower end of the elongate body; wherein the booster shell further comprises a detonator lead guide that is adapted to receive the lead of a detonator, the detonator lead guide: (a) extending from the upper end of the elongate body to the lower end of the elongate body and (b) being integrally formed with the elongate body and a separate sensitiser explosive charge to increase initiation sensitivity provided in the booster shell. an elongate body defining a chamber for an explosive composition, the body comprising an upper end and a lower end; an inlet at the upper end of the elongate body that is adapted to allow an explosive composition to be delivered into the chamber; and a detonator receiving passage that is adapted to receive a detonator, the detonator receiving passage: (a) extending within the chamber from the upper end of the elongate body to the lower end of the elongate body; (b) being integrally formed with the elongate body; and (c) including a detonator stop at or near to the lower end of the elongate body; wherein the booster shell further comprises a detonator lead guide that is adapted to receive the lead of a detonator, the detonator lead guide: (a) extending from the upper end of the elongate body to the lower end of the elongate body and (b) being integrally formed with the elongate body and a separate sensitiser explosive charge to increase initiation sensitivity provided in the booster shell.
Fifth-wheel coupling of a towing vehicle, to which a kingpin of a semi-trailer can be coupled, having at least one contact wheel which, when a kingpin is coupled to the fifth-wheel coupling, can be placed frictionally on the radially outer side of a section of the kingpin in order to effect a rotation of the respective contact wheel by means of frictional forces between the section of the kingpin and the respective contact wheel during a rotation of the section of the kingpin, and having an angle finder assigned to the respective contact wheel, which detects the rotation of the respective contact wheel by measurement, characterized in that the fifth-wheel coupling has three contact wheels each having an angle finder assigned to the same, and in that all the contact wheels, together with the angle finders, are accommodated on a common placement device, so that all the contact wheels can be placed jointly on the section of the kingpin via the common placement device when a kingpin is coupled to the fifth-wheel coupling.
A protective device for a shock absorber, in particular a commercial vehicle shock absorber, comprising a first base area and a second base area, wherein the first base area and the second base area are connected to one another in such a way that via a swivel axis (x) they can be swiveled in relation to one another between an assembly state and an operating state, wherein the first base area and the second base area in the operating state substantially form a hollow cylindrical shape, and wherein an axially projecting strap is provided on one base area, which strap at its free end can be brought into engagement with the other base area.
A method of producing a soybean protein material, comprising: a step of hydrolyzing soybean protein with a protease in an aqueous system until the 0.22 M Trichloroacetic acid solubility attains 15 to 30%; a step of adding an emulsifier having an HLB value from 6 or more to 13 or less; a step of drying the soybean protein after the hydrolysis, and a step of heating the soybean protein in an aqueous system at 105 to 180°C for 15 to 180 seconds before the drying, wherein the soybean protein is hydrolyzed so that free amino acid content is less than 0.1% by weight per solid content of the soybean protein material.
A reagent for detecting a target substance containing a sugar chain that binds with lectin of Wisteria floribunda, wherein the reagent comprises a dimeric WFA immobilized carrier in which dimeric WFA formed by dimerization of WFA using a cross-linking agent, is immobilized on a solid phase carrier, wherein said cross-linking agent has at least one functional group selected from the group consisting of a N-hydroxysuccinimide ester group, an isothiocyano group, a chlorosulfone group, a chlorocarbonyl group, an oxyethylene group, a chloroalkyl group having 1 to 4 carbon atoms, an aldehyde group and a carboxyl group as a reactive group with the amino group in the dimeric WFA.
A power supply control apparatus, wherein the power supply control apparatus is configured to control power supply to a cabinet in a data center and the power supply control apparatus comprises: a communications module, configured to receive an instruction of a network management center; and characterized in that the power supply control apparatus comprises a controllable switch, configured to adjust a breaking capacity of the controllable switch according to the instruction to perform power-on/power-off control on the cabinet. a communications module, configured to receive an instruction of a network management center; and characterized in that the power supply control apparatus comprises a controllable switch, configured to adjust a breaking capacity of the controllable switch according to the instruction to perform power-on/power-off control on the cabinet.