mhurhangee/ep-ind-claims huggingface dataset:
A control handle for a medical device having at least a first feature subject to manipulation by a user and at least a first puller member for manipulating the first feature, the control handle comprising: a housing; a first actuation assembly comprising: a first actuator, a shaft having a length defining a first rotational axis, the first actuator being mounted on the shaft and adapted to extend in a plane generally perpendicular to the shaft; a pulley arm mounted on and rotationally coupled to the shaft, the pulley arm adapted to actuate the first puller member upon rotation of the shaft; a clutch mechanism configured for engagement and disengagement, the clutch mechanism having a friction disk and a friction-inducing surface, the friction disk being mounted on and rotationally coupled to the shaft, the friction disk being in contact with the friction-inducing surface during engagement and being out of contact with the friction-inducing surface during disengagement, wherein the shaft is adapted for translational movement along its length as imparted by the first actuator when the first actuator is pivoted out of the plane for disengagement of the clutch mechanism, and for rotational movement imparted by the first actuator during disengagement of the clutch mechanism. a housing; a first actuation assembly comprising: a first actuator, a shaft having a length defining a first rotational axis, the first actuator being mounted on the shaft and adapted to extend in a plane generally perpendicular to the shaft; a pulley arm mounted on and rotationally coupled to the shaft, the pulley arm adapted to actuate the first puller member upon rotation of the shaft; a clutch mechanism configured for engagement and disengagement, the clutch mechanism having a friction disk and a friction-inducing surface, the friction disk being mounted on and rotationally coupled to the shaft, the friction disk being in contact with the friction-inducing surface during engagement and being out of contact with the friction-inducing surface during disengagement, a first actuator, a shaft having a length defining a first rotational axis, the first actuator being mounted on the shaft and adapted to extend in a plane generally perpendicular to the shaft; a pulley arm mounted on and rotationally coupled to the shaft, the pulley arm adapted to actuate the first puller member upon rotation of the shaft; a clutch mechanism configured for engagement and disengagement, the clutch mechanism having a friction disk and a friction-inducing surface, the friction disk being mounted on and rotationally coupled to the shaft, the friction disk being in contact with the friction-inducing surface during engagement and being out of contact with the friction-inducing surface during disengagement, wherein the shaft is adapted for translational movement along its length as imparted by the first actuator when the first actuator is pivoted out of the plane for disengagement of the clutch mechanism, and for rotational movement imparted by the first actuator during disengagement of the clutch mechanism.
Radio transponder having - an antenna, - a transmission and reception unit, - a resonant circuit that is connected to the antenna and that comprises a plurality of capacitors arranged in parallel with one another that are each arranged in series with a fuse, wherein a capacitor can be connected by means of a series-arranged fuse to tune the resonant circuit, - a control unit that is associated with the resonant circuit and that is designed and set up to generate a trip signal for a respective fuse of the resonant circuit on the basis of a control signal transmitted by a radio transponder reader or generated in a radio transponder control unit, - a memory unit that can be read and/or written to by means of a radio transponder reader, characterized in that - the resonant circuit comprises a capacitance diode arranged in parallel with the capacitors and in that - the control unit is designed and set up to actuate the capacitance diode within an iterative resonant frequency ascertainment process on the basis of a control signal transmitted by a radio transponder reader or generated in a radio transponder control unit. - an antenna, - a transmission and reception unit, - a resonant circuit that is connected to the antenna and that comprises a plurality of capacitors arranged in parallel with one another that are each arranged in series with a fuse, wherein a capacitor can be connected by means of a series-arranged fuse to tune the resonant circuit, - a control unit that is associated with the resonant circuit and that is designed and set up to generate a trip signal for a respective fuse of the resonant circuit on the basis of a control signal transmitted by a radio transponder reader or generated in a radio transponder control unit, - a memory unit that can be read and/or written to by means of a radio transponder reader, - the resonant circuit comprises a capacitance diode arranged in parallel with the capacitors and in that - the control unit is designed and set up to actuate the capacitance diode within an iterative resonant frequency ascertainment process on the basis of a control signal transmitted by a radio transponder reader or generated in a radio transponder control unit.
Process for mounting and/or dismounting panels useful for building of wooden chalets according which: - two, three or four girders (10, 10', 10") are joined lengthways for making an assembled bloc, assembled blocs thus obtained in the form of a massive element being provided upon its each opposite faces with a notch and of a male piece, the assembly being provided at its ends with a male end, - massive elements are assembled by insertion of the male piece of the opposite face of a massive element in the notch of the massive adjacent element in order to obtain a panel, - said assembled panel being arranged together with a double stringer, said stringer being surrounded by a longitudinal girder ended in dovetailed joining and inserted in the notch of the basic massive element of the panel, and - angle timbers or posts (19, 19', 20) are assembled, characterized in that the two, three or four girders are assembled together by fitting according their length by means of a protuberance and a symmetrical hole, the angle timbers or posts being provided with a female notch in order to join by insertion of the male ends of the massive elements in the female notch. - two, three or four girders (10, 10', 10") are joined lengthways for making an assembled bloc, assembled blocs thus obtained in the form of a massive element being provided upon its each opposite faces with a notch and of a male piece, the assembly being provided at its ends with a male end, - massive elements are assembled by insertion of the male piece of the opposite face of a massive element in the notch of the massive adjacent element in order to obtain a panel, - said assembled panel being arranged together with a double stringer, said stringer being surrounded by a longitudinal girder ended in dovetailed joining and inserted in the notch of the basic massive element of the panel, and - angle timbers or posts (19, 19', 20) are assembled,
A method for disambiguating traffic information in an in trail procedure visual display, comprising: establishing at a first computing device in communication with a first visual display device a plan view of an air traffic pattern in a first display area featuring at least an iconic representation of an ITP aircraft and an iconic representation of a blocking aircraft; establishing, at a second computing device connected to an ITP visual display device, a vertical view of the same aircraft traffic situation under the ITP rules; determining, at the second computing device, an ITP intersection point of the ITP aircraft and the blocking aircraft, the ITP intersection point being a common point along a ground track of the ITP aircraft and a ground track of the blocking aircraft; determining, at the second computing device, whether or not the ITP intersection point is also a collision point; receiving, at the first computing device and displaying, at the plan view, the ITP intersection point and an indicator that associates the iconic representation of blocking aircraft with the displayed ITP intersection point, only if the ITP intersection point is not a collision point.. establishing at a first computing device in communication with a first visual display device a plan view of an air traffic pattern in a first display area featuring at least an iconic representation of an ITP aircraft and an iconic representation of a blocking aircraft; establishing, at a second computing device connected to an ITP visual display device, a vertical view of the same aircraft traffic situation under the ITP rules; determining, at the second computing device, an ITP intersection point of the ITP aircraft and the blocking aircraft, the ITP intersection point being a common point along a ground track of the ITP aircraft and a ground track of the blocking aircraft; determining, at the second computing device, whether or not the ITP intersection point is also a collision point; receiving, at the first computing device and displaying, at the plan view, the ITP intersection point and an indicator that associates the iconic representation of blocking aircraft with the displayed ITP intersection point, only if the ITP intersection point is not a collision point..
A metal strip stabilizer comprising: a non-contact displacement sensor that is arranged to measure displacement of a metal strip during online running; a control unit that is arranged to output a vibration suppression signal for suppressing vibration of the metal strip and a position correction signal for correcting a position of the metal strip after a signal is input from the non-contact displacement sensor; a first coil that is arranged to generate a magnetic force in accordance with the vibration suppression signal output from the control unit; a second coil that is arranged to generate a magnetic force in accordance with the position correction signal output from the control unit, a winding number of the second coil being larger than a winding number of the first coil; a core around which the first coil and the second coil are wound concentrically and that is arranged to induce the magnetic force generated by the first coil and the second coil to the metal strip; characterized by a third coil that is disposed in series to an electric circuit supplying electricity to the second coil. a non-contact displacement sensor that is arranged to measure displacement of a metal strip during online running; a control unit that is arranged to output a vibration suppression signal for suppressing vibration of the metal strip and a position correction signal for correcting a position of the metal strip after a signal is input from the non-contact displacement sensor; a first coil that is arranged to generate a magnetic force in accordance with the vibration suppression signal output from the control unit; a second coil that is arranged to generate a magnetic force in accordance with the position correction signal output from the control unit, a winding number of the second coil being larger than a winding number of the first coil; a core around which the first coil and the second coil are wound concentrically and that is arranged to induce the magnetic force generated by the first coil and the second coil to the metal strip; characterized by a third coil that is disposed in series to an electric circuit supplying electricity to the second coil.
A cable sequence detection method, wherein a base station antenna comprises N ports, a remote radio unit, RRU, comprises M antenna ports and one calibration port, CAL, any port i of the base station antenna corresponds to a directional coupling branch Ti, a switch circuit Ki is disposed on the Ti, connection and disconnection of the switch circuit Ki are controlled by a remote control unit, RCU, M, N, and i are integers, 1≤i≤N, the M antenna ports of the RRU have been connected to the N ports of the base station antenna, and the cable sequence detection method comprises the following steps: sending, by the RRU, a detection signal to the base station antenna through any antenna port j; controlling, by the RCU, a switch circuit Ki to be disconnected, and controlling all the other switch circuits of the base station antenna to be connected; detecting, by the RRU, whether energy Qi obtained during coupling by the directional coupling branch Ti is greater than a threshold; and if Qi is greater than the threshold, determining that the antenna port j of the RRU is connected to the port i of the base station antenna; or if Qi is less than or equal to the threshold, determining that the antenna port j of the RRU is not connected to the port i of the base station antenna. sending, by the RRU, a detection signal to the base station antenna through any antenna port j; controlling, by the RCU, a switch circuit Ki to be disconnected, and controlling all the other switch circuits of the base station antenna to be connected; detecting, by the RRU, whether energy Qi obtained during coupling by the directional coupling branch Ti is greater than a threshold; and if Qi is greater than the threshold, determining that the antenna port j of the RRU is connected to the port i of the base station antenna; or if Qi is less than or equal to the threshold, determining that the antenna port j of the RRU is not connected to the port i of the base station antenna.
A base station apparatus configured to and/or programmed to communicate with a terminal apparatus (5A, 5B, 5C), the base station apparatus comprising: a transmission processing unit configured to and/or programmed to transmit, using one antenna port, an EPDCCH using one or a plurality of ECCEs in a case where the EPDCCH is transmitted using localized transmission, said base station apparatus characterized by the one antenna port being selected on the basis of at least a remainder obtained by dividing C-RNTI of the terminal apparatus (5A, 5B, 5C) by a number of ECCEs used for the EPDCCH. a transmission processing unit configured to and/or programmed to transmit, using one antenna port, an EPDCCH using one or a plurality of ECCEs in a case where the EPDCCH is transmitted using localized transmission, said base station apparatus characterized by the one antenna port being selected on the basis of at least a remainder obtained by dividing C-RNTI of the terminal apparatus (5A, 5B, 5C) by a number of ECCEs used for the EPDCCH.
Method for hydrogenating aromatic compounds selected from the group consisting of aniline, 2,4-diaminotoluene, 2,6-diaminotoluene, 2,3-diaminotoluene, 2,5-diaminotoluene, 3,4-diaminotoluene, 3,5-diaminotoluene, o-phenylenediamine, m-phenylenediamine, p-phenylenediamine, m-xylenediamine (MXDA), bis(4-amino-3-methylphenyl)methane, bis(4-amino-3,5-dimethylphenyl)methane and mixtures thereof with hydrogen in the presence of a catalyst, characterized in that the catalyst comprises ruthenium on a zirconium oxide support material.
Harmonic drive with a rotational axis, a drive element, a wheel provided with an internal toothing, and an elastic transmission component that is arranged inside the wheel and provided with an external toothing, wherein the transmission component is plugged onto the drive element and is elliptically deformed by the drive element in such a manner that the external toothing of the transmission component is in mesh with the internal toothing of the wheel in opposing areas of a major ellipse axis, wherein the transmission component is embodied in a cup-shaped manner, and wherein the drive element engages at a bearing at the transmission component in the area of the major ellipse axis, characterized in that the transmission component conically converges from a first cup end comprising the external toothing towards a second cup end, wherein a contour of the internal toothing of the wheel and a contour of the external toothing of the transmission component are designed in such a manner that the area for torque transmission is arranged at the tooth head of the contour of the external toothing of the transmission component during normal operation, so that in an area that is non-loadbearing during normal operation no contact of the two contours (10, 11) occurs in the base area of the contour of the external toothing, wherein the contour of the internal toothing of the wheel and the contour of the external toothing of the transmission component are designed in such a manner that the area for torque transmission is arranged at the tooth head of the contour of the internal toothing of the wheel in overload operation, so that a contact of both contours (10, 11) occurs in the base area of the contour of the external toothing.
A fireproof and non-toxic decorative panel for interior and/or exterior use, characterised in that it includes a first layer formed by a layer of iron oxides and mortars applied manually in a horizontal and transverse manner, forming a compact block, wherein the exposed face thereof incorporates the shape and/or motif of the decorative element and wherein there are added to said layer a second layer formed by a water-based acrylic polymer mixture mixed with calcium sulphate hemihydrate (CaSO 4 0.5H 2 O a third layer formed by a triaxial glass fibre sheet, and finally a fourth layer formed by the water-based acrylic polymer mixture mixed with calcium sulphate hemihydrate (CaSO 4 0.5H 2 O).
Use of a composition for forming a layer (b) contained in an insertion auxiliary tub having a tubular substrate (a) and the layer (b) disposed on at least one of an inside or an outside of the tubular substrate (a) wherein the tubular substrate (a) has a Shore A hardness of A40 or more and less than A95, wherein the insertion auxiliary tube has a Shore A hardness of A40 or more and less than A95, and wherein the composition comprises a polymer including a polysiloxane structure, wherein the polymer includes at least one of an acrylic acid component, an acrylic acid ester component, an acrylamide component, or a styrene component as a constituent component, and has at least one of a hydroxy group, a carboxy group, an amino group, an isocyanate group, an oxazolinyl group, an epoxy group, a sulfanyl group, an azide group, a trialkoxysilyl group, or an acid anhydride structure in a molecule thereof. wherein the tubular substrate (a) has a Shore A hardness of A40 or more and less than A95, wherein the insertion auxiliary tube has a Shore A hardness of A40 or more and less than A95, and wherein the composition comprises a polymer including a polysiloxane structure, wherein the polymer includes at least one of an acrylic acid component, an acrylic acid ester component, an acrylamide component, or a styrene component as a constituent component, and has at least one of a hydroxy group, a carboxy group, an amino group, an isocyanate group, an oxazolinyl group, an epoxy group, a sulfanyl group, an azide group, a trialkoxysilyl group, or an acid anhydride structure in a molecule thereof.
A reciprocating hermetic compressor for use in a refrigeration appliance, in particular a domestic refrigerator, comprising a cylinder block having a compression chamber, a cylinder head having a suction chamber and separately therefrom, an exhaust chamber, each being in fluid connection with the compression chamber through a valve plate interposed between the cylinder block and the cylinder head and an exhaust silencer, separately provided from the cylinder head, for attenuating pressure pulsation of a refrigerant received from the exhaust chamber, characterized in that - a metal exhaust tube for guiding the refrigerant in the exhaust chamber to the exhaust silencer - a metal coupling for fluidly connecting the exhaust chamber with the metal exhaust tube, said coupling comprising: - a metal body penetrating throughout a through hole formed in a wall portion of the cylinder head, - a hollow part formed in the metal body, defining a refrigerant flow path from the exhaust chamber to the exhaust tube, - a first fixing part integrally provided with the body, threadably securing the body to the cylinder head and - a second fixing part integrally provided with the body, gas-tightly joining, an opening of the exhaust tube to the hollow part by a welding joint. - a metal exhaust tube for guiding the refrigerant in the exhaust chamber to the exhaust silencer - a metal coupling for fluidly connecting the exhaust chamber with the metal exhaust tube, said coupling comprising: - a metal body penetrating throughout a through hole formed in a wall portion of the cylinder head, - a hollow part formed in the metal body, defining a refrigerant flow path from the exhaust chamber to the exhaust tube, - a first fixing part integrally provided with the body, threadably securing the body to the cylinder head and - a second fixing part integrally provided with the body, gas-tightly joining, an opening of the exhaust tube to the hollow part by a welding joint.
An apparatus for rehabilitating a tissue, the apparatus comprising: a housing having an interior and an orientation member (155a, 155b), the housing being adapted to move with respect to the orientation member (155a, 155b); an oscillator operatively positioned in the interior of the housing and capable of generating and imparting oscillations on tissue to be rehabilitated; and characterized by the housing being adapted to move with respect to the orientation member (155a, 155b) such that the housing is rotatable with respect to the orientation member (155a, 155b), and indicia positioned on the orientation member (155a, 155b) to identify a direction of the oscillations. a housing having an interior and an orientation member (155a, 155b), the housing being adapted to move with respect to the orientation member (155a, 155b); an oscillator operatively positioned in the interior of the housing and capable of generating and imparting oscillations on tissue to be rehabilitated; and characterized by the housing being adapted to move with respect to the orientation member (155a, 155b) such that the housing is rotatable with respect to the orientation member (155a, 155b), and indicia positioned on the orientation member (155a, 155b) to identify a direction of the oscillations.