mhurhangee/ep-ind-claims huggingface dataset:
A screw pegging system, comprises: a holding handle, a handle rod, a sleeve and a screw, wherein:the sleeve comprises a through cavity, a third clamping groove and a fourth clamping groove, wherein the third clamping groove and the forth clamping groove are arranged inside opposite ends of the through cavity respectively; a groove opening through the through cavity arranged on the side wall of the sleeve, a limiting clamping part extending parallel to the side wall surface within the groove opening, wherein one end of the limiting clamping part is connected with the side wall of the groove opening, and wherein the other end of the limiting clamping part comprises a convex clamping edge extending within the groove opening; wherein the screw comprises a cylindrical long rod, a screw head arranged on one end of the long rod, a first snap-fit portion arranged between the long rod and the screw head, and an annular slot edge arranged on the side wall of the long rod; wherein one end of the handle rod is connected to the holding handle, and the other end of the handle rod is inserted into the third clamping groove of the sleeve, wherein an axial insertion hole is arranged on the end of the handle rod that is connected to the sleeve, and wherein the axial insertion hole is connected with the through cavity of the sleeve; wherein the long rod passes through the through cavity and is inserted in the insertion hole, wherein the first snap-fit portion is snap-fitted in to the fourth clamping groove, and wherein the convex clamping edge is embedded in the annular slot edge.
Medical kit for draining pathological fluid accumulations, in particular for carrying out an endoluminal and/or endocavitary vacuum therapy, comprising a fluid collecting body and a fluid communication body, wherein the fluid collecting body and the fluid communication body are arrangeable coaxial to each other and displaceable in relation to each other such that the fluid collecting body partially surrounds the fluid communication body, wherein the kit further includes a securing device which is configured to secure the fluid collecting body against pushing through beyond a distal end of the fluid communication body, wherein the securing device has a cross-sectional area that is greater than the cross-sectional area of the fluid communication body and is provided at the distal end of the fluid communication body, characterized in that the kit comprises a guide wire as a further kit component.
A subsea multipiston pump module, especially for closing a hydraulic ram of a blowout preventer, comprising at least a first and a second piston (10, 20), oscillatingly arranged to pump a media fluid from a source to a target, and being controlled by a control means so that the pistons (10, 20) at least can be driven either in a parallel mode (p), where they (10, 20) are oscillating in phase with each other, or in a serial mode (s), where they (10, 20) are oscillating out of phase with each other, and especially out of phase by half a cycle, further comprising at least one piston connection means, fluidly connecting the two pistons in a controllable manner, so that in parallel mode (p) the pistons (10, 20) are pumping the media fluid in parallel, and in serial mode (s), they are pumping the media fluid in serial.
An antiviral compound of Formula III: in combination with at least one additional antiviral active agent selected from the group consisting of lamivudine, zalcitabine, emtricitabine, delavirdine, efavirnez, etravirine, amprenavir, atazanavir, indinavir, lopinavir, nelfinavir, ritonavir, tipranavir, and maraviroc, for use in a method of treating a subject for human immunodeficiency virus infection, wherein the subject has not been previously administered an antiviral active agent for said HIV, the method comprising administering to said subject an amount of the compound, or a pharmaceutically acceptable salt, a stereoisomer, a diastereomer, an enantiomer or racemate thereof, effective to treat the HIV infection and inhibit the development of resistance to said compound in the subject.
A device for generating a polychromatic beam of photons, the device comprising a pulsed laser source suitable to deliver primary photons having a wavelength, forming means suitable to act on said primary photons to deliver a focused input beam having a chosen polarization, and an optical fiber that is arranged to produce, from said input beam, a polychromatic output beam comprising secondary photons having several wavelengths, characterized in that said pulsed laser source is suitable to deliver said primary photons in pulses having a temporal asymmetry suitable to induce secondary photons having various wavelengths, resulting from a cascade of Raman conversions, and forming a broad-spectrum output beam having an energy that is distributed substantially constantly, said device comprising, between said optical fiber and said forming means, desymmetrization means suitable to increase said temporal asymmetry of said input beam.
A disposable cartridge for use in a hemodialysis machine, the cartridge comprising a rigid body having a first outwardly facing surface and a second outwardly facing surface, each of the outwardly facing surfaces being enclosed by a deformable membrane, the cartridge defining a blood flowpath for carrying a volume of blood to be treated in a dialyser and a dialysate flowpath, isolated from the blood flowpath, for delivering a flow of dialysate solution through the dialyser, wherein the cartridge further defines a chamber to receive the dialyser, the dialyser being locked in place in the chamber, so that the dialyser is incorporated within the cartridge and the blood flow path and the dialysate flow path are in fluid communication with the dialyser in the chamber.
A glass holding device for holding a lens glass (L1, L2) at an edge thereof during dip coating in a dip coating bath, comprising: - a first elastic glass holding device having a first glass edge holding member, for holding the lens glass (L1, L2) at an edge of the lens glass (L1, L2), at a first edge side, during dip coating, - a second resilient glass holding means having a second glass edge holding member, for holding the lens glass (L1, L2) at the edge of the lens glass (L1, L2), at a second edge side, during dip coating; and - an at least partially circumferential frame, having a third lens edge holding member, for holding the lens glass (L1, L2) at the edge of the lens glass (L1, L2), at a third edge side, during dip coating, wherein the first edge side and the second edge side are respectively arranged at a left side and at a right side of the edge of the lens glass (L1, L2), and the third edge side is arranged at a lower side of the edge of the lens glass (L1, L2), characterized in that the at least partially circumferential frame has first and second lateral frame portions (211, 212) in such a manner that waves caused by the first and second glass edge holding members (203, 204), respectively, when the glass holding device is lifted out of the dipping varnish bath at the surface of the dipping varnish bath are thereby damped in that a first distance between the first glass edge holding member and the first lateral frame portion and a second distance between the second glass edge holding member and the second lateral frame portion are not more than 22 mm. - a first elastic glass holding device having a first glass edge holding member, for holding the lens glass (L1, L2) at an edge of the lens glass (L1, L2), at a first edge side, during dip coating, - a second resilient glass holding means having a second glass edge holding member, for holding the lens glass (L1, L2) at the edge of the lens glass (L1, L2), at a second edge side, during dip coating; and - an at least partially circumferential frame, having a third lens edge holding member, for holding the lens glass (L1, L2) at the edge of the lens glass (L1, L2), at a third edge side, during dip coating, wherein the first edge side and the second edge side are respectively arranged at a left side and at a right side of the edge of the lens glass (L1, L2), and the third edge side is arranged at a lower side of the edge of the lens glass (L1, L2), characterized in that the at least partially circumferential frame has first and second lateral frame portions (211, 212) in such a manner that waves caused by the first and second glass edge holding members (203, 204), respectively, when the glass holding device is lifted out of the dipping varnish bath at the surface of the dipping varnish bath are thereby damped in that a first distance between the first glass edge holding member and the first lateral frame portion and a second distance between the second glass edge holding member and the second lateral frame portion are not more than 22 mm.
A method for processing an encrypted print job by a 3D printer, the 3D printer being connected to a security module via a tap-proof communication channel, the security module comprising a protected memory area, a private key of a first asymmetric key pair being stored in the protected memory area, the method comprising: - receiving a data set by the 3D printer, the data set including a symmetric key that is asymmetrically encrypted with a first public key of the first asymmetric key pair and a print job that is encrypted with the symmetric key; - transmitting the data set from the 3D printer to the security module; - decrypting the asymmetrically encrypted symmetric key by the security module by way of the first private key; - decrypting the encrypted print job by the security module by way of the symmetric key; and - transmitting the decrypted print job via the tap-proof communication channel to the 3D printer. - receiving a data set by the 3D printer, the data set including a symmetric key that is asymmetrically encrypted with a first public key of the first asymmetric key pair and a print job that is encrypted with the symmetric key; - transmitting the data set from the 3D printer to the security module; - decrypting the asymmetrically encrypted symmetric key by the security module by way of the first private key; - decrypting the encrypted print job by the security module by way of the symmetric key; and - transmitting the decrypted print job via the tap-proof communication channel to the 3D printer.
A display device comprising: a flexible display module; a supporting plate disposed under the display module; a plurality of supporting bars spaced apart from each other in a first direction, disposed under the display module and arranged in the first direction with the supporting plate; a supporting film disposed between the display module and the supporting plate and between the display module and the plurality of supporting bars; a first case accommodating the display module, the supporting plate, the supporting film, and the plurality of supporting bars; and a second case which is coupled to the first case and configured to move along the first direction to be close to or to be far away from the first case, wherein opposite sides of the plurality of supporting bars are respectively inserted into first guide grooves defined in inner side surfaces of the first case, which face each other in a second direction crossing the first direction, and the plurality of supporting bars are arranged to move along the first guide grooves when the second case moves along the first direction, wherein a length of the supporting film in the second direction and a length of the display module in the second direction are less than the length of each of the supporting bars in the second direction, such that the display module and the supporting film are not inserted into the first guide grooves. a flexible display module; a supporting plate disposed under the display module; a plurality of supporting bars spaced apart from each other in a first direction, disposed under the display module and arranged in the first direction with the supporting plate; a supporting film disposed between the display module and the supporting plate and between the display module and the plurality of supporting bars; a first case accommodating the display module, the supporting plate, the supporting film, and the plurality of supporting bars; and a second case which is coupled to the first case and configured to move along the first direction to be close to or to be far away from the first case, wherein opposite sides of the plurality of supporting bars are respectively inserted into first guide grooves defined in inner side surfaces of the first case, which face each other in a second direction crossing the first direction, and the plurality of supporting bars are arranged to move along the first guide grooves when the second case moves along the first direction, wherein a length of the supporting film in the second direction and a length of the display module in the second direction are less than the length of each of the supporting bars in the second direction, such that the display module and the supporting film are not inserted into the first guide grooves.
An alkaline earth metal silicate phosphor being represented by the following composition formula and having an emission peak wavelength of 600 nm or more and a circularity of 85% or more: composition formula: (Sr a Ca b Ba c Eu d) 2 Si e O f wherein a, b, c, d, e and f satisfy 0.4 < a < 0.6, 0.4 < b < 0.6, 0.01 < c < 0.05, 0.01 ≤ d <0.4, 0.7 ≤ e ≤ 1.3, 3.0 ≤ f ≤ 5.0 and a + b + c + d = 1.
Ultrasonic transceiver for a vehicle, wherein the ultrasonic transceiver has: a plastics housing, an ultrasonic membrane, a sound transducer element for stimulating vibrations and detecting vibrations of the ultrasonic membrane, and an electrically conductive contact element, arranged in the interior of the plastics housing, for making electrical contact with the sound transducer element, wherein the plastics housing and the contact element are connected directly and form-fittingly to each other by heat-staking of at least one plastics element which is integrally formed with the plastics housing.
System for monitoring a multiplicity of capacitor cells which are connected in series in a capacitor module and are used as electrical energy stores in an energy storage device and are chargeable in said energy storage device by a charge current flowing through all of the capacitor cells or dischargeable by a discharge current, wherein the system comprises a measuring unit by means of which the voltages (U c) present across the individual capacitor cells can be calculated by voltage measurements, wherein an evaluation unit is provided, by means of which a nominal voltage (U cs) for the capacitor cells can be set, wherein the system has at least one discharge branch which is connectable to each capacitor cell and is controllable by a discharge control unit which discharges the respective capacitor cell according to the set nominal voltage (U cs) and the present voltage (U c) to said voltages, characterized in that the nominal voltage (U csx) for the respective capacitor cell (32 x) can be set using the evaluation unit from the calculated total voltage (U g) of the capacitor module and the maximum voltages (U cmax) of the capacitor cells which are provided when charging the capacitor module to the maximum total voltage (U gmax).
Kneading machine with a removable bowl carriage and a tongs locking device for fixing the bowl carriage to the kneading machine, wherein the tongs locking device has a tongs with two arms (23, 24), which in a closed position fixes the bowl carriage in a predefined position and in an open position releases the bowl carriage for removal, wherein the tongs locking device has a linear drive with an adjustment direction and a lever system adjustable by means of the linear drive, wherein the two arms (23, 24) of the tongs are rotatably fastened to the lever system and are adjustable by means of the linear drive between a closed and an open position of the tongs locking device, characterized in that the lever system is symmetrical to the adjustment direction.
Composition for obtaining a porous material for producing a catalytic combustion burner or an element of a catalytic combustion burner, comprising at least one refractory compound, at least one binder, at least one pore-forming agent, and at least one thermally conductive compound with a thermal conductivity greater than 60 watts per meter-kelvin.
A communication device, comprising: a ground element comprising an edge; and an antenna element, wherein the antenna element comprises: a first metal portion, having a plurality of bends, wherein the first metal portion comprises a first segment and a second segment, the first segment and the second segment are substantially parallel to the edge of the ground element, the first segment is disposed at the outmost periphery of the antenna element from the edge of the ground element, the second segment is disposed between the first segment and the edge of the ground element, and the second segment has a shorted point coupled to the ground element; and a second metal portion, separated from the first metal portion, and disposed between the second segment of the first metal portion and the edge of the ground element, wherein the second metal portion has a feeding point coupled to a signal source, and the second metal portion to excite the first metal portion by capacitive coupling, characterized in that a length of the first segment is substantially equal to a length of the second segment. a ground element comprising an edge; and an antenna element, wherein the antenna element comprises: a first metal portion, having a plurality of bends, wherein the first metal portion comprises a first segment and a second segment, the first segment and the second segment are substantially parallel to the edge of the ground element, the first segment is disposed at the outmost periphery of the antenna element from the edge of the ground element, the second segment is disposed between the first segment and the edge of the ground element, and the second segment has a shorted point coupled to the ground element; and a second metal portion, separated from the first metal portion, and disposed between the second segment of the first metal portion and the edge of the ground element, wherein the second metal portion has a feeding point coupled to a signal source, and the second metal portion to excite the first metal portion by capacitive coupling, characterized in that a first metal portion, having a plurality of bends, wherein the first metal portion comprises a first segment and a second segment, the first segment and the second segment are substantially parallel to the edge of the ground element, the first segment is disposed at the outmost periphery of the antenna element from the edge of the ground element, the second segment is disposed between the first segment and the edge of the ground element, and the second segment has a shorted point coupled to the ground element; and a second metal portion, separated from the first metal portion, and disposed between the second segment of the first metal portion and the edge of the ground element, wherein the second metal portion has a feeding point coupled to a signal source, and the second metal portion to excite the first metal portion by capacitive coupling, characterized in that a length of the first segment is substantially equal to a length of the second segment.
A pump housing device for a fluid pump for transporting a fluid, comprising a rear wall element comprising a rear surface configured to be turned towards an impeller of the fluid pump, wherein the rear wall element comprises an opening, which defines a cylindrical surface and extends along a longitudinal central axis (x) and wherein the opening is configured to receive a drive shaft of the impeller to rotate around the longitudinal central axis (x), and a static seal element having a plane seal surface configured to seal against a plane seal surface of a rotary seal element configured to be mounted to the drive shaft and to rotate with the drive shaft around the longitudinal central axis (x), and that the plane seal surface of the static seal element is turned away from the rear surface, wherein the static seal element has an outer cylindrical surface being engaged by the cylindrical surface of the opening, characterized in that one or more grooves extend through the rear wall element and through the rear surface and the cylindrical surface, wherein each of said one or more grooves has a bottom line that extends from the rear surface to the cylindrical surface. a rear wall element comprising a rear surface configured to be turned towards an impeller of the fluid pump, wherein the rear wall element comprises an opening, which defines a cylindrical surface and extends along a longitudinal central axis (x) and wherein the opening is configured to receive a drive shaft of the impeller to rotate around the longitudinal central axis (x), and a static seal element having a plane seal surface configured to seal against a plane seal surface of a rotary seal element configured to be mounted to the drive shaft and to rotate with the drive shaft around the longitudinal central axis (x), and that the plane seal surface of the static seal element is turned away from the rear surface, wherein the static seal element has an outer cylindrical surface being engaged by the cylindrical surface of the opening, characterized in that one or more grooves extend through the rear wall element and through the rear surface and the cylindrical surface, wherein each of said one or more grooves has a bottom line that extends from the rear surface to the cylindrical surface.
An apparatus suitable for steam setting and finishing, in a steam chamber, textile articles carried by forms movable along a working path, comprising: first and second shell members (11, 12) having facing surfaces (13, 14) defining a flat steam chamber; at least one of the shell members (11, 12) being movable between a retracted position and an advanced position in respect to the other shell member; actuation means for moving at least one of said shell members (11, 12) between the retracted position and the advanced position to open and close the steam chamber respectively; and a steam feeding conduit to feed a pressurised steam for setting and finishing the textile articles on the carrying forms in the closed steam chamber; characterised in that each of said first and second shell members (11, 12) is configured and made integrally with a non-metal thermally insulating material. first and second shell members (11, 12) having facing surfaces (13, 14) defining a flat steam chamber; at least one of the shell members (11, 12) being movable between a retracted position and an advanced position in respect to the other shell member; actuation means for moving at least one of said shell members (11, 12) between the retracted position and the advanced position to open and close the steam chamber respectively; and a steam feeding conduit to feed a pressurised steam for setting and finishing the textile articles on the carrying forms in the closed steam chamber; characterised in that each of said first and second shell members (11, 12) is configured and made integrally with a non-metal thermally insulating material.