mhurhangee/ep-ind-claims huggingface dataset:
System comprising: a cryosurgical device, a cryoprobe with open fluid cooling, wherein the device has a supply device for supplying the cryoprobe, and wherein the supply device has a first and a second supply connector (11, 12), and an adapter for connecting the supply device to the cryoprobe, comprising: - a first fluid adapter connector to which the first supply connector of the supply device is connected; - a second fluid adapter connector to which the second supply connector of the supply device is connected; - an infeed output to which an infeed of the cryoprobe is connected; - a first fluid line via which the first fluid adapter connector is fluidically connected to the infeed output; and - a second fluid line via which the infeed output is fluidically conencted to the second fluid adapter connector, wherein the fluid flow in the second fluid line is choked relative to that of the first fluid line, so that an overpressure protection is provided for the infeed of the cryoprobe. a cryosurgical device, a cryoprobe with open fluid cooling, wherein the device has a supply device for supplying the cryoprobe, and wherein the supply device has a first and a second supply connector (11, 12), and an adapter for connecting the supply device to the cryoprobe, comprising: - a first fluid adapter connector to which the first supply connector of the supply device is connected; - a second fluid adapter connector to which the second supply connector of the supply device is connected; - an infeed output to which an infeed of the cryoprobe is connected; - a first fluid line via which the first fluid adapter connector is fluidically connected to the infeed output; and - a second fluid line via which the infeed output is fluidically conencted to the second fluid adapter connector, wherein the fluid flow in the second fluid line is choked relative to that of the first fluid line, so that an overpressure protection is provided for the infeed of the cryoprobe. - a first fluid adapter connector to which the first supply connector of the supply device is connected; - a second fluid adapter connector to which the second supply connector of the supply device is connected; - an infeed output to which an infeed of the cryoprobe is connected; - a first fluid line via which the first fluid adapter connector is fluidically connected to the infeed output; and - a second fluid line via which the infeed output is fluidically conencted to the second fluid adapter connector, wherein the fluid flow in the second fluid line is choked relative to that of the first fluid line, so that an overpressure protection is provided for the infeed of the cryoprobe.
A cardiac assist device configured for placement in an incision in an aorta of a patient such that, in use, part of the cardiac assist device after placement is in contact with blood passing through the aorta and is inflatable and deflatable to provide left ventricular assistance, the cardiac assist device comprising: a foldable elongate flexible housing comprising a flexible extra-aortic wall serving as an outer portion of said housing and a flexible endo-aortic membrane serving as an inner surface of said housing, the flexibility of said housing allowing the cardiac assist device to be folded, compressed, or rolled without creating a crease, and preserving topologic relationships between a set of components of the cardiac assist device so that the housing is adapted to be delivered for placement in the incision of the aorta in a minimally invasive surgical procedure; a stiffener configured to be inserted within said housing via an access channel after the housing is in place in the incision of the aorta such that, in use, when the stiffener is inserted in the housing and the housing is in place in the incision of the aorta, the stiffener defines the outer dimensions of the housing and supports the outer geometry of the flexible housing; and an airtight pumping chamber configured to be located, in use, within said housing and in fluid communication with a region external to said cardiac assist device. a foldable elongate flexible housing comprising a flexible extra-aortic wall serving as an outer portion of said housing and a flexible endo-aortic membrane serving as an inner surface of said housing, the flexibility of said housing allowing the cardiac assist device to be folded, compressed, or rolled without creating a crease, and preserving topologic relationships between a set of components of the cardiac assist device so that the housing is adapted to be delivered for placement in the incision of the aorta in a minimally invasive surgical procedure; a stiffener configured to be inserted within said housing via an access channel after the housing is in place in the incision of the aorta such that, in use, when the stiffener is inserted in the housing and the housing is in place in the incision of the aorta, the stiffener defines the outer dimensions of the housing and supports the outer geometry of the flexible housing; and an airtight pumping chamber configured to be located, in use, within said housing and in fluid communication with a region external to said cardiac assist device.
A method comprising: determining, by a mobile computing device whether secure enterprise content is being accessed on the mobile computing device; determining that a secure mode to encrypt secure enterprise content on the mobile computing device has been enabled; responsive to determining that a private user device is communicatively coupled to the mobile computing device and determining that the mobile computing device is in a public environment: preventing, by the mobile computing device the secure enterprise content from being presented in an unencrypted form on the mobile computing device; and after a user of the private user device is authenticated, instructing, by the mobile computing device, the private user device to generate the secure enterprise content for presentation in an unencrypted form while simultaneously presenting the secure enterprise content on the mobile computing device in an encrypted form. determining, by a mobile computing device whether secure enterprise content is being accessed on the mobile computing device; determining that a secure mode to encrypt secure enterprise content on the mobile computing device has been enabled; responsive to determining that a private user device is communicatively coupled to the mobile computing device and determining that the mobile computing device is in a public environment: preventing, by the mobile computing device the secure enterprise content from being presented in an unencrypted form on the mobile computing device; and after a user of the private user device is authenticated, instructing, by the mobile computing device, the private user device to generate the secure enterprise content for presentation in an unencrypted form while simultaneously presenting the secure enterprise content on the mobile computing device in an encrypted form. preventing, by the mobile computing device the secure enterprise content from being presented in an unencrypted form on the mobile computing device; and after a user of the private user device is authenticated, instructing, by the mobile computing device, the private user device to generate the secure enterprise content for presentation in an unencrypted form while simultaneously presenting the secure enterprise content on the mobile computing device in an encrypted form.
A method for producing an implant, in particular an intralumimal endoprosthesis, having a body, wherein the body comprises magnesium or a magnesium alloy, comprising the following steps: a) preparing the implant body, b) applying a metallic coating onto at least a portion of the body surface, the primary constituent of the coating being titanium, c) subjecting the portion of the body surface provided with the coating to plasmachemical treatment in an aqueous solution in order to produce a layer created by plasmachemical treatment by applying a mixed voltage generating the plasma to the body of the implant, wherein the mixed voltage has sufficient energy to temporarily ionise both the metallic coating and a subjacent region of the implant body, and wherein the plasmachemical treatment of the body surface is carried out in that a pulsed voltage is applied to the body, the peak voltage of which in the predominant part of the treatment period exceeds at least 90 V and increases in the course of the treatment to 450 V and the energy lies in range of from 0.1 Ws to 10 Ws. a) preparing the implant body, b) applying a metallic coating onto at least a portion of the body surface, the primary constituent of the coating being titanium, c) subjecting the portion of the body surface provided with the coating to plasmachemical treatment in an aqueous solution in order to produce a layer created by plasmachemical treatment by applying a mixed voltage generating the plasma to the body of the implant, wherein the mixed voltage has sufficient energy to temporarily ionise both the metallic coating and a subjacent region of the implant body, and wherein the plasmachemical treatment of the body surface is carried out in that a pulsed voltage is applied to the body, the peak voltage of which in the predominant part of the treatment period exceeds at least 90 V and increases in the course of the treatment to 450 V and the energy lies in range of from 0.1 Ws to 10 Ws.
A method for damping torsional vibration in a drive train, which comprises an internal combustion engine, in particular a reciprocating piston engine, and at least one additional machine, in particular an electrical machine, which is connected thereto, wherein a torque impulse (M A) is introduced into the drive train by the internal combustion engine during at least one first phase, and wherein at least one torque pulse (M B) is specifically generated by the additional machine to dampen torsional vibration, wherein the torque pulse (M B) of the additional engine is introduced into the drive train at a phase offset from the torque pulse (M A) of the internal combustion engine during at least one second phase following the first phase, characterised in that the torque pulse (M B) generated by the additional machine occurs in the same direction to the excitation by the internal combustion engine, so that the excitation frequency (f) is increased, preferably doubled.
A device for enhancing the breathing of a subject, comprising: at least one vibration motor; and a control unit, characterised in that, the control unit is communicatively connected to the at least one vibration motor and configured to generate a stimulus signal in a pattern indicative of proprioceptor nerve responses from limb motion during walking or running; and the control unit is configured to initiate the stimulus signal to the at least one vibration motor to generate vibrational motion capable, in use, of stimulating proprioceptive afferent nerve fibers in at least one limb of a subject to elicit an enhanced breathing effort by the subject. at least one vibration motor; and a control unit, characterised in that, the control unit is communicatively connected to the at least one vibration motor and configured to generate a stimulus signal in a pattern indicative of proprioceptor nerve responses from limb motion during walking or running; and the control unit is configured to initiate the stimulus signal to the at least one vibration motor to generate vibrational motion capable, in use, of stimulating proprioceptive afferent nerve fibers in at least one limb of a subject to elicit an enhanced breathing effort by the subject.
A rubber vulcanization composition, wherein the composition is a polymer based solution comprising a cationic silicate component, and wherein the polymer is a water soluble polymer.
A herbicidal composition comprising glyphosate or a suitable salt or salts thereof and at least one of shikimate 3-phosphate, shikimate or shikimic acid, 3-dehydroquinate, or 3-deoxy-D-arabino-heptulosonate 7-phosphate (DAHP) or gluconic acid.
A turbine burner assembly comprising: a main burner extending about an axis; and a Helmholtz resonator having a resonant chamber and passages (36, 37) for fluidic connection of the resonant chamber to the outside; wherein the main burner comprises: an inner body and an outer body, which extend about the axis, wherein the outer body has a frustoconical wall; and a diagonal swirler arranged between the inner body and the outer body and defining mixing channels, an inlet of the swirler being located at a larger base of the frustoconical wall of the outer body; characterized in that the resonant chamber extends about one edge of the outer body adjacent to the inlet of the swirler; and in that the outer body delimits a portion of the resonant chamber and is shaped so as to prevent direct fluidic connections between the Helmholtz resonator and the mixing channels. a main burner extending about an axis; and a Helmholtz resonator having a resonant chamber and passages (36, 37) for fluidic connection of the resonant chamber to the outside; wherein the main burner comprises: an inner body and an outer body, which extend about the axis, wherein the outer body has a frustoconical wall; and a diagonal swirler arranged between the inner body and the outer body and defining mixing channels, an inlet of the swirler being located at a larger base of the frustoconical wall of the outer body; an inner body and an outer body, which extend about the axis, wherein the outer body has a frustoconical wall; and a diagonal swirler arranged between the inner body and the outer body and defining mixing channels, an inlet of the swirler being located at a larger base of the frustoconical wall of the outer body; characterized in that the resonant chamber extends about one edge of the outer body adjacent to the inlet of the swirler; and in that the outer body delimits a portion of the resonant chamber and is shaped so as to prevent direct fluidic connections between the Helmholtz resonator and the mixing channels.
A water purification apparatus, wherein the water purification apparatus comprises an electrodeionization apparatus or an electrodialysis apparatus, the apparatus comprising: a cathode compartment; an anode compartment; at least one ion-depleting compartment, the at least one ion-depleting compartment is fed via a conduit and positioned between the cathode compartment and the anode compartment; characterized by that the at least one ion-depleting compartment is fluidly connected via a conduit to the cathode compartment; the water purification apparatus further comprising at least one ion- concentrating compartment, that is fed via conduit and the at least one ion- concentrating compartment is fluidly connected via a conduit to the anode compartment and adjacent the at least one ion-depleting compartment. a cathode compartment; an anode compartment; at least one ion-depleting compartment, the at least one ion-depleting compartment is fed via a conduit and positioned between the cathode compartment and the anode compartment; characterized by that the at least one ion-depleting compartment is fluidly connected via a conduit to the cathode compartment;
Covering apparatus for a trigger button for protection against inadvertent actuation, comprising a cover and a cover holder, wherein the cover is movable from a closed rest position into an open position, wherein the cover is arranged on the cover holder so as to be displaceable in relation to the cover holder, such that it is displaceable from the closed rest position into the open position, characterized in that the cover has an engagement surface for a user on a second end face, wherein the engagement surface faces in a direction opposite to the direction of displacement of the cover from the closed rest position into the open position in order to be displaced by a user from the closed rest position into the open position, wherein, on the second end face, the cover has a bead for engagement with the cover by an arm stump or the ball of a thumb of the user.
A projector (100, 500, 601, 602, 603) comprising: a scanning light source (110, 120, 510, 610, 710) operable to sweep through a convex surface defining a convex object surface to be imaged (240, 512), and an optical assembly section operable to receive light from the scanning light source (110, 120, 510, 610, 710), wherein the optical assembly section comprises: a prism element (210, 272, 284); a collimating element (220, 273, 285) coupled to the prism element (210, 272, 284) at an interface, wherein the collimating element is configured to collimate a cone of light emitted by the scanning light source at on axis position; a quarter wave plate (222, 291, 622); and a polarizing beam splitter (214, 271, 283) disposed at the interface. a scanning light source (110, 120, 510, 610, 710) operable to sweep through a convex surface defining a convex object surface to be imaged (240, 512), and an optical assembly section operable to receive light from the scanning light source (110, 120, 510, 610, 710), wherein the optical assembly section comprises: a prism element (210, 272, 284); a collimating element (220, 273, 285) coupled to the prism element (210, 272, 284) at an interface, wherein the collimating element is configured to collimate a cone of light emitted by the scanning light source at on axis position; a quarter wave plate (222, 291, 622); and a polarizing beam splitter (214, 271, 283) disposed at the interface. a prism element (210, 272, 284); a collimating element (220, 273, 285) coupled to the prism element (210, 272, 284) at an interface, wherein the collimating element is configured to collimate a cone of light emitted by the scanning light source at on axis position; a quarter wave plate (222, 291, 622); and a polarizing beam splitter (214, 271, 283) disposed at the interface.
Pneumatic vehicle tyre of a radial type of construction, in particular for passenger cars, with a belt assembly comprising at least two belt plies (2a, 2b), a profiled tread, bead regions with bead cores and a carcass insert, in particular a single-ply carcass insert, with textile reinforcing elements, the belt plies (2a, 2b) having reinforcing elements of steel, arranged parallel to and at a distance from one another and embedded in a rubberizing compound, the steel reinforcing elements in the first belt ply crossing the steel reinforcing elements in the second belt ply (2a, 2b) and a reinforcement strip being incorporated between the carcass insert and the first belt ply (2a, 2b), symmetrically in relation to the equatorial plane, said strip having a width of 20 mm to 70% of the width of the first belt ply and containing textile reinforcing elements which run parallel to one another and at an angle to the circumferential direction that corresponds at least to the angle of the steel reinforcing elements in the belt plies (2a, 2b) and at most to the textile reinforcing elements in the carcass insert, characterized in that the steel reinforcing elements in the belt plies (2a, 2b) are monofilaments with a diameter of 0.28 mm to 0.32 mm or steel cords of the construction 2 × 0.28 mm to 2 × 0.32 mm, the textile reinforcing elements in the reinforcement strip running at an angle to the circumferential direction of 50° to 70°.
An arrangement for temporarily bonding a wafer to a support for wafer processing, the wafer having a circuit-forming front surface and a back surface to be processed, said temporary bonding arrangement being a composite temporary adhesive layer comprising a first temporary bond layer of thermoplastic resin, a second temporary bond layer of thermosetting siloxane polymer which is laid contiguous to the first temporary bond layer, and a third temporary bond layer of thermosetting polymer which is laid contiguous to the second temporary bond layer, wherein the first temporary bond layer is a resin layer of a composition comprising (A-1) 100 parts by weight of a thermoplastic resin and (A-2) an amount of a curing catalyst to provide more than 0 part to 1 part by weight of an active ingredient per 100 parts by weight of component (A-1), and the thermosetting siloxane polymer layer is cured with the aid of the curing catalyst in the layer which is contiguous to the layer, wherein the second temporary bond layer is a polymer layer of a composition comprising (B-1) 100 parts by weight of an organopolysiloxane having an alkenyl group in the molecule and (B-2) an organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms (i.e., SiH groups) per molecule in an amount to give a molar ratio of SiH group in component (B-2) to alkenyl group in component (B-1) of 0.3/1 to 15/1, which is cured with the aid of the curing catalyst in the layer which is contiguous to the layer.
A borehole sealing sleeve for a valve tapping fitting comprising at least: a) one hollow cylindrical sleeve body arranged such that it can be moved in an axial direction, b) one hollow cylindrical sealing sleeve with a circumferential wall (12.1) and a sealing flange (12.2) at its free end that protrudes radially outwards, characterised in that c) the sleeve body features a circumferential groove (11.1) with a depth, d) the depth of the circumferential groove (11.1) is at least the sum of material thickness of circumferential wall (12.1) and sealing flange (12.2), e) the sealing sleeve is arranged in the circumferential groove (11.1) of the sleeve body, f) the sealing flange (12.2) is designed to be elastic and such that it can be swivelled in the direction of the circumferential wall (12.1), g) the sealing sleeve with the sealing flange (12.2) that has been swivelled in the direction of the circumferential wall (12.1) can be moved axially together with the sleeve body. a) one hollow cylindrical sleeve body arranged such that it can be moved in an axial direction, b) one hollow cylindrical sealing sleeve with a circumferential wall (12.1) and a sealing flange (12.2) at its free end that protrudes radially outwards, characterised in that c) the sleeve body features a circumferential groove (11.1) with a depth, d) the depth of the circumferential groove (11.1) is at least the sum of material thickness of circumferential wall (12.1) and sealing flange (12.2), e) the sealing sleeve is arranged in the circumferential groove (11.1) of the sleeve body, f) the sealing flange (12.2) is designed to be elastic and such that it can be swivelled in the direction of the circumferential wall (12.1), g) the sealing sleeve with the sealing flange (12.2) that has been swivelled in the direction of the circumferential wall (12.1) can be moved axially together with the sleeve body.