mhurhangee/ep-ind-claims huggingface dataset:
A device for determining the distance between two components, including an eddy current sensor with a measurement transmitter connected to it by a cable connection, a first and second plug part of a two-part plug connection, and wherein the device comprises an electronic evaluation unit, wherein the measurement transmitter is integrated in the first plug part of the two-part plug connection, wherein the first plug part is connected with the eddy current sensor by way of the cable connection, wherein the second plug part is connected with an electronic evaluation unit, wherein the first plug part can be plugged into the corresponding second plug part, wherein the two-part plug connection comprises a plug connector for adjusting the parameters of the eddy current sensor.
A method (1100, 1200) for wireless communication in a system that supports communication with a first set of devices using a first orthogonal frequency division multiplexing -OFDM- symbol duration associated with a first tone spacing and second set of devices using a second OFDM symbol duration associated with a second tone spacing, comprising: identifying (1105, 1205) one or more discovery reference signals -DRS- in a narrowband region of a carrier, wherein the one or more DRS use the first OFDM symbol duration and the first tone spacing; identifying (1110, 1210) a second region of the carrier, wherein the second region supports the second OFDM symbol duration and the second tone spacing; transmitting (1115, 1215) the one or more DRS and a first system information -SI-message during a first time period using the first OFDM symbol duration and the first tone spacing; and transmitting (1120, 1220) a second SI message during a second time period using the second OFDM symbol duration and the second tone spacing, wherein the second SI message comprises a difference relative to the first SI message; and communicating (1125, 1230) in the second region of the carrier using the second OFDM symbol duration and the second tone spacing. identifying (1105, 1205) one or more discovery reference signals -DRS- in a narrowband region of a carrier, wherein the one or more DRS use the first OFDM symbol duration and the first tone spacing; identifying (1110, 1210) a second region of the carrier, wherein the second region supports the second OFDM symbol duration and the second tone spacing; transmitting (1115, 1215) the one or more DRS and a first system information -SI-message during a first time period using the first OFDM symbol duration and the first tone spacing; and transmitting (1120, 1220) a second SI message during a second time period using the second OFDM symbol duration and the second tone spacing, wherein the second SI message comprises a difference relative to the first SI message; and communicating (1125, 1230) in the second region of the carrier using the second OFDM symbol duration and the second tone spacing.
A curable organopolysiloxane composition comprising: 100 parts by mass of a diorganopolysiloxane having at least two silicon-bonded alkenyl groups per molecule; 30 to 100 parts by mass of an organopolysiloxane resin consisting essentially of R 1 3 SiO 1/2 units and SiO 4/2 units, wherein each R 1 is independently a monovalent hydrocarbon group, however, at least one R 1 per molecule is an alkenyl group, and a mole ratio of R 1 3 SiO 1/2 units to SiO 4/2 units is from 0.6 to 1.7; a mixture of (C 1) a diorganopolysiloxane endblocked with silicon-atom bonded hydrogen atom at both molecular terminals and (C 2) an organohydrogenpolysiloxane having at least three silicon-bonded hydrogen atoms per molecule, in an amount sufficient to provide from 0.1 to 5 silicon-bonded hydrogen atoms per alkenyl group in components and; a polyether having at least one aliphatic unsaturated group per molecule, in an amount of 0.15 to 0.45 mass% of the present composition; and a hydrosilylation catalyst, in an amount sufficient to cure the composition. 100 parts by mass of a diorganopolysiloxane having at least two silicon-bonded alkenyl groups per molecule; 30 to 100 parts by mass of an organopolysiloxane resin consisting essentially of R 1 3 SiO 1/2 units and SiO 4/2 units, wherein each R 1 is independently a monovalent hydrocarbon group, however, at least one R 1 per molecule is an alkenyl group, and a mole ratio of R 1 3 SiO 1/2 units to SiO 4/2 units is from 0.6 to 1.7; a mixture of (C 1) a diorganopolysiloxane endblocked with silicon-atom bonded hydrogen atom at both molecular terminals and (C 2) an organohydrogenpolysiloxane having at least three silicon-bonded hydrogen atoms per molecule, in an amount sufficient to provide from 0.1 to 5 silicon-bonded hydrogen atoms per alkenyl group in components and; a polyether having at least one aliphatic unsaturated group per molecule, in an amount of 0.15 to 0.45 mass% of the present composition; and a hydrosilylation catalyst, in an amount sufficient to cure the composition.
Valve unit for controlling the flow rate of an intake or exhaust gas of a combustion engine through the passage of a valve, the valve unit comprising a valve having a valve housing and at least one valve flap, wherein the valve unit further comprises an interface and an adapter, the interface being connected to the valve housing and having a support and an engagement portion comprising at least two engagement legs projecting from the distal end of the support and being directed away from the valve housing, wherein the adapter has a connection plate having at least two engagement orifices, in particular through holes, for receiving the engagement legs of the interface and a mounting portion for holding an actuator, and wherein the at least two engagement orifices of the connection plate of the adapter are each configured to engage the corresponding at least two engagement legs of the engagement portion of the interface.
Method to produce RTX-toxins Apxl or ApxIII by culturing Actinobacillus pleuropneumoniae bacteria in a liquid culturing medium that supports growth of the bacteria, characterised in that air is passed through the medium during the production phase of the RTX-toxins, wherein the air comprises more than 0.04% volume carbon dioxide over the total volume of air.
A shield structure for a rock drilling apparatus for dampening noise, the rock drilling apparatus comprising a feed beam, whose one end is a drilling end, a rock drill that moves on the feed beam during drilling; a drill rod connected to the rock drill, and a sound-dampening housing surrounding the feed beam and the rock drill as well as part of the drill rod, the shield structure comprising: a first shield part as the end of the sound-dampening housing to be mounted immovably relative to the feed beam in the drilling end of the feed beam; a second shield part to be mounted movably relative to the feed beam in its longitudinal direction, whereby both shield parts (7a, 8) comprise an opening (17, 18) for the drill rod, which is connected to the rock drill, to travel through during the drilling; a tubular shield flexible at least in its longitudinal direction mounted between the openings (17, 18) of the first and the second shield part (7a, 8), the shield being tightly attached by its ends to the first and the second shield part (7a, 8) in such a way that there is a closed space between the openings (17, 18) of the first and the second shield part (7a, 8), characterized in that the shield structure comprises a guide in the longitudinal direction of the feed beam, wherein the second shield part is movably connected to the guide, such that the second part is arranged to move, supported by a slide shoe, along the guide, and that it comprises a pressure medium cylinder that affects between the first and the second shield part (7a, 8) to move the second shield part so that the second shield part can be moved towards the first shield part, and correspondingly away from it. a first shield part as the end of the sound-dampening housing to be mounted immovably relative to the feed beam in the drilling end of the feed beam; a second shield part to be mounted movably relative to the feed beam in its longitudinal direction, whereby both shield parts (7a, 8) comprise an opening (17, 18) for the drill rod, which is connected to the rock drill, to travel through during the drilling; a tubular shield flexible at least in its longitudinal direction mounted between the openings (17, 18) of the first and the second shield part (7a, 8), the shield being tightly attached by its ends to the first and the second shield part (7a, 8) in such a way that there is a closed space between the openings (17, 18) of the first and the second shield part (7a, 8), characterized in that the shield structure comprises a guide in the longitudinal direction of the feed beam, wherein the second shield part is movably connected to the guide, such that the second part is arranged to move, supported by a slide shoe, along the guide, and that it comprises a pressure medium cylinder that affects between the first and the second shield part (7a, 8) to move the second shield part so that the second shield part can be moved towards the first shield part, and correspondingly away from it.
A hydraulic system for construction machinery, comprising: a regeneration valve unit (100; 102;104) including a first opening/closing valve (120; 122; 124) installed in a first hydraulic line which connects a head-side chamber of a boom cylinder and a drain tank and configured to open and close the first hydraulic line, and a second opening/closing valve (130; 132; 134) installed in a second hydraulic line which is branched from the first hydraulic line and is connected to a rod-side chamber of the boom cylinder and configured to open and close the second hydraulic line, the boom cylinder including the head-side chamber in a side of a cylinder head and the rod-side chamber in a side of a cylinder rod; and a control unit (400; 402; 404) configured to control opening and closing of the first (120; 122; 124) opening/closing valve and the second (130; 132; 134) opening/closing valve according to a control mode; characterized by a first check valve installed in the second hydraulic line between the rod-side chamber and the regeneration valve unit (100; 102; 104) and configured to selectively drain a working oil discharged from the rod-side chamber to the drain tank; and the control unit (400; 402; 404) being configured to control opening and closing the first check valve according to the control mode. a regeneration valve unit (100; 102;104) including a first opening/closing valve (120; 122; 124) installed in a first hydraulic line which connects a head-side chamber of a boom cylinder and a drain tank and configured to open and close the first hydraulic line, and a second opening/closing valve (130; 132; 134) installed in a second hydraulic line which is branched from the first hydraulic line and is connected to a rod-side chamber of the boom cylinder and configured to open and close the second hydraulic line, the boom cylinder including the head-side chamber in a side of a cylinder head and the rod-side chamber in a side of a cylinder rod; and a control unit (400; 402; 404) configured to control opening and closing of the first (120; 122; 124) opening/closing valve and the second (130; 132; 134) opening/closing valve according to a control mode; characterized by a first check valve installed in the second hydraulic line between the rod-side chamber and the regeneration valve unit (100; 102; 104) and configured to selectively drain a working oil discharged from the rod-side chamber to the drain tank; and the control unit (400; 402; 404) being configured to control opening and closing the first check valve according to the control mode.
A method for, by means of a reducing agent, purifying exhaust gas in an exhaust gas flow from an engine in an SCR system comprising two SCR catalyst configurations (260, 265), comprising a first SCR catalyst configuration and a second SCR catalyst configuration arranged in series in said exhaust gas flow, wherein said second SCR catalyst configuration is arranged downstream of said first catalyst configuration, comprising the steps of: - continuously determining a content of ammonia in said exhaust gas at a position downstream of said first SCR catalyst configuration and upstream of said second catalyst configuration, and - continuously determining a content of NO x in said exhaust gas downstream of said second SCR catalyst configuration, characterized in that it further comprises the steps of: - performing said purifying partly in a first state (State 1) comprising evident overdosing of said reducing agent in said first SCR catalyst configuration and partly in a second state (State 2) comprising evident underdosing of said reducing agent in said first SCR catalyst configuration, wherein the expressions overdosing and underdosing relate to a dosed amount reducing agent leading to a stoichiometric relationship between ammonia and NO x in said exhaust gas which is larger than 1 and lesser than 1, respectively; and - shifting between said first state (State 1) and said second state (State 2), wherein a shift from first said state (State 1) to said second state (State 2) is performed on the basis of said determined content of ammonia and wherein a shift from said second state (State 2) to said first state (State 1) is performed on the basis of said content of NO x in said exhaust gas. - continuously determining a content of ammonia in said exhaust gas at a position downstream of said first SCR catalyst configuration and upstream of said second catalyst configuration, and - continuously determining a content of NO x in said exhaust gas downstream of said second SCR catalyst configuration, - performing said purifying partly in a first state (State 1) comprising evident overdosing of said reducing agent in said first SCR catalyst configuration and partly in a second state (State 2) comprising evident underdosing of said reducing agent in said first SCR catalyst configuration, wherein the expressions overdosing and underdosing relate to a dosed amount reducing agent leading to a stoichiometric relationship between ammonia and NO x in said exhaust gas which is larger than 1 and lesser than 1, respectively; and - shifting between said first state (State 1) and said second state (State 2), wherein a shift from first said state (State 1) to said second state (State 2) is performed on the basis of said determined content of ammonia and wherein a shift from said second state (State 2) to said first state (State 1) is performed on the basis of said content of NO x in said exhaust gas.
An electrode catheter device comprising: an inner electrode catheter; and an outer electrode catheter, said outer electrode catheter comprising at least one pole for receiving and transmitting electrical power whereby the outer electrode catheter comprises a lumen which can receive the inner electrode catheter therein, and whereby the outer electrode catheter is adjustable or movable relative to the inner electrode catheter, wherein the inner electrode catheter is electrically conductive thus representing an indifferent pole to let HF current flow between the inner catheter and the pole, the inner electrode catheter distally comprises a fixation element, said fixation element being a screwing coil or a magnet. an inner electrode catheter; and an outer electrode catheter, said outer electrode catheter comprising at least one pole for receiving and transmitting electrical power whereby the outer electrode catheter comprises a lumen which can receive the inner electrode catheter therein, and whereby the outer electrode catheter is adjustable or movable relative to the inner electrode catheter, wherein the inner electrode catheter is electrically conductive thus representing an indifferent pole to let HF current flow between the inner catheter and the pole, the inner electrode catheter distally comprises a fixation element, said fixation element being a screwing coil or a magnet.
An intervertebral prosthetic disc placement instrument (10, 200) comprising: an instrument shaft having a distal end and a proximal end; an instrument handle on the proximal end having an activation mechanism; a pair of grasping jaws (24, 224) on the distal end of the instrument shaft, the grasping jaws (24, 224) configured to move with respect to one another to grasp a multipart prosthetic disc in a non-articulating configuration, the grasping jaws (24, 224) being movable from a tightened to a released position by the activation mechanism; and characterized by further comprising a prosthetic disc ejector (30, 230) on the distal end of the instrument shaft which moves distally with respect to the pair of grasping jaws (24, 224) when the grasping jaws (24, 224) are in the released position and wherein the ejector (30, 230) is configured to contact the prosthetic disc to fully disengage the prosthetic disc from the placement instrument (10, 200). an instrument shaft having a distal end and a proximal end; an instrument handle on the proximal end having an activation mechanism; a pair of grasping jaws (24, 224) on the distal end of the instrument shaft, the grasping jaws (24, 224) configured to move with respect to one another to grasp a multipart prosthetic disc in a non-articulating configuration, the grasping jaws (24, 224) being movable from a tightened to a released position by the activation mechanism; and characterized by further comprising a prosthetic disc ejector (30, 230) on the distal end of the instrument shaft which moves distally with respect to the pair of grasping jaws (24, 224) when the grasping jaws (24, 224) are in the released position and wherein the ejector (30, 230) is configured to contact the prosthetic disc to fully disengage the prosthetic disc from the placement instrument (10, 200).
A handle (124, 324) configured for use with a catheter system, the handle (124, 324) comprising: a non-planar surface included along an interior of the handle (124, 324); a distal end configured for coupling with a catheter shaft (128, 302); a proximal end configured for coupling with an electrical cable for communication with an electronic control unit; and a compliant circuit (200, 314, 400) disposed on the non-planar surface, wherein the compliant circuit (200, 314, 400) is conformed to the non-planar surface, and wherein the compliant circuit (200, 314, 400) includes: a first connection interface (208, 308) located at a distal end of the compliant circuit (200, 314, 400), the first connection interface (208, 308) configured for electrical communication with an electrode or a sensor of the catheter shaft (128, 302), and a second connection interface (210, 310) located at a proximal end of the compliant circuit (200, 314, 400), the second connection interface (210, 310) configured for electrical communication with the electronic control unit. a non-planar surface included along an interior of the handle (124, 324); a distal end configured for coupling with a catheter shaft (128, 302); a proximal end configured for coupling with an electrical cable for communication with an electronic control unit; and a compliant circuit (200, 314, 400) disposed on the non-planar surface, wherein the compliant circuit (200, 314, 400) is conformed to the non-planar surface, and wherein the compliant circuit (200, 314, 400) includes: a first connection interface (208, 308) located at a distal end of the compliant circuit (200, 314, 400), the first connection interface (208, 308) configured for electrical communication with an electrode or a sensor of the catheter shaft (128, 302), and a second connection interface (210, 310) located at a proximal end of the compliant circuit (200, 314, 400), the second connection interface (210, 310) configured for electrical communication with the electronic control unit. a first connection interface (208, 308) located at a distal end of the compliant circuit (200, 314, 400), the first connection interface (208, 308) configured for electrical communication with an electrode or a sensor of the catheter shaft (128, 302), and a second connection interface (210, 310) located at a proximal end of the compliant circuit (200, 314, 400), the second connection interface (210, 310) configured for electrical communication with the electronic control unit.
A peptide domain of the envelope of a virus belonging to the HERV-W interference group, capable of interacting with a hASCT receptor, defined in that it starts with an N-terminus and ends with a C-terminus, and in that: the N-terminus is defined by a motif selected from SEQ ID NO°1 to SEQ ID NO°29, the C-terminus is defined by a motif selected from SEQ ID NO°30 to SEQ ID NO°40, and in that said peptide domain comprises, between the N-terminus and the C-terminus, at least one motif selected from SEQ ID NO°41, SEQ ID NO°42 and SEQ ID NO:73. the N-terminus is defined by a motif selected from SEQ ID NO°1 to SEQ ID NO°29, the C-terminus is defined by a motif selected from SEQ ID NO°30 to SEQ ID NO°40, and in that said peptide domain comprises, between the N-terminus and the C-terminus, at least one motif selected from SEQ ID NO°41, SEQ ID NO°42 and SEQ ID NO:73.
Device for aerial transportation and treatment of patients in litters installable on rails arranged on the floor of the cabin of an aircraft for installation of seats and/or other equipment on them; the device comprising at least the following structural elements: two legs (15a, 15b) arrangeable transversely to the rails, at least two upright posts (17a, 17b) attached to the legs (15a, 15b), one or more pairs of clamping arms (19a, 19b) for holding litters attached to the upright posts (17a, 17b) and reinforcing elements (21, 23) attached to the upright posts (17a, 17b), wherein: - at least said legs (15a, 15b), said upright posts (17a, 17b) and said pair of clamping arms (19a, 19b) are made of hollow metallic profiles of square transversal section; - said device further comprises first connecting terminals of the legs (15a, 15b) with the rails; said device being characterized in that: - said hollow metallic profiles of square transversal section include in their four faces recessed channels with undulated walls to cooperate with quick disconnect fixing fittings of other elements to said structural elements; - said first connecting terminals of the legs (15a, 15b) with the rails are formed by a central hollow body and two lateral bodies (55, 57), the central hollow body being configured with a suitable shape to house inside it said legs (15a, 15b) enabling the displacement of the first connecting terminals along them; the central hollow body being provided with means allowing/preventing such displacement and control means for the correct positioning of the first connecting terminals on the rails; the lateral bodies (55, 57) being provided with quick disconnect fixing fittings (56, 58) to the rails. - at least said legs (15a, 15b), said upright posts (17a, 17b) and said pair of clamping arms (19a, 19b) are made of hollow metallic profiles of square transversal section; - said device further comprises first connecting terminals of the legs (15a, 15b) with the rails; - said hollow metallic profiles of square transversal section include in their four faces recessed channels with undulated walls to cooperate with quick disconnect fixing fittings of other elements to said structural elements; - said first connecting terminals of the legs (15a, 15b) with the rails are formed by a central hollow body and two lateral bodies (55, 57), the central hollow body being configured with a suitable shape to house inside it said legs (15a, 15b) enabling the displacement of the first connecting terminals along them; the central hollow body being provided with means allowing/preventing such displacement and control means for the correct positioning of the first connecting terminals on the rails; the lateral bodies (55, 57) being provided with quick disconnect fixing fittings (56, 58) to the rails.