mhurhangee/ep-ind-claims huggingface dataset:
A feeder comprising a forward and reverse winder including a cylindrical winding drum which can rotate forwardly and reversely, forwardly and reversely winding linear bodies and to be wound and rewound through the forward and reverse winder, and a reciprocating body to forwardly and reversely move by means of guide means when it is subject to a forward force or a reverse force; said forward and reverse winder supported by a support shaft driven by a motor and having an exterior part on a periphery of said support shaft, a movable cylindrical body fitted onto the periphery of said support shaft so as to rotate together with said support shaft, a female screw thread on an inner circumferential face of said cylindrical winding drum which is coaxially connected to an outer periphery of said movable cylindrical body so as to interpose a space between said cylindrical winding drum and said movable cylindrical body, and a stationary cylindrical feeding screw body having on its outer periphery a male screw thread to be engaged with the female screw thread of the winding drum wherein said winding drum is threadedly engaged onto said stationary cylindrical feeding screw body; said forwardly and reversely winding bodies and being arranged to be wound and rewound by said winding drum of the forward and reverse winder; the amount of winding the forwardly winding linear body by the winding drum of the forward and reverse winder and the amount of rewinding the reversely winding linear body by the winding drum of the forward and reverse winder being equal to each other and also the amount of rewinding the forwardly winding linear body by the winding drum of the forward and reverse winder and the amount of winding the reversely winding linear body by the winding drum of the forward and reverse winder being equal to each other; and the winding drum of the forward and reverse winder on its winding rotation moving in an axial direction through engagement of said stationary cylindrical feeding screw body and said female screw thread in accordance with a winding pitch and a rewinding pitch, wherein during the axial movement of the winding drum, said stationary cylindrical feeding screw body is arranged between the winding drum and the movable cylindrical body.
An elevator brake disk assembly, comprising: a brake disk which is keyed to and rotatable with a shaft of an elevator machine; a machine frame; and dampers (402, 403) which are respectively anchored to the machine frame, wherein the dampers comprise first and second opposed dampers (402, 403); wherein: the dampers (402, 403) are controllable to assume and move between respective first positions at which the dampers (402, 403) are disengaged from the brake disk and respective second positions at which the dampers (402, 403) are biased to symmetrically hold the brake disk during rotations thereof; the elevator brake assembly further comprising a controller which is configured to identify a condition of the brake disk being in effect and to selectively cause the dampers (402, 403) to move between the first and second positions accordingly, characterized in that the elevator brake disk assembly further includes a brake disk noise sensor disposed proximate to the brake disk so as to pick up noise produced by an excitation of the brake disk, wherein the brake disk noise sensor is coupled to the controller such that data reflective of noise being picked up by the brake disk noise sensor is transmitted to the controller, and wherein the controller is adapted to determine whether a certain level of noise is being produced and, if so, the controller is further adapted to have actuators of the dampers actuated so as to bring the first damper and the second damper into engagement with the brake disk. a brake disk which is keyed to and rotatable with a shaft of an elevator machine; a machine frame; and dampers (402, 403) which are respectively anchored to the machine frame, wherein the dampers comprise first and second opposed dampers (402, 403); wherein: the dampers (402, 403) are controllable to assume and move between respective first positions at which the dampers (402, 403) are disengaged from the brake disk and respective second positions at which the dampers (402, 403) are biased to symmetrically hold the brake disk during rotations thereof; the elevator brake assembly further comprising a controller which is configured to identify a condition of the brake disk being in effect and to selectively cause the dampers (402, 403) to move between the first and second positions accordingly, characterized in that the elevator brake disk assembly further includes a brake disk noise sensor disposed proximate to the brake disk so as to pick up noise produced by an excitation of the brake disk, wherein the brake disk noise sensor is coupled to the controller such that data reflective of noise being picked up by the brake disk noise sensor is transmitted to the controller, and wherein the controller is adapted to determine whether a certain level of noise is being produced and, if so, the controller is further adapted to have actuators of the dampers actuated so as to bring the first damper and the second damper into engagement with the brake disk.
A surgical system comprising: a surgical instrument having a distal end configured to be coupled to an end effector, the distal end defining a longitudinal cavity; and an apparatus for cleaning a surgical instrument, comprising: an elongate member having a first end and a second end configured for disposal within a cavity of a surgical instrument, the elongate member defining: a longitudinal channel; a plurality of apertures extending transversely through the elongate member and communicating with the longitudinal channel; and a cap supported on the first end of the elongate member wherein the first end of the elongate member is configured to be coupled to a source of fluid, wherein the longitudinal channel is configured to allow passage of fluid to the plurality of apertures; wherein the plurality of apertures are configured to direct fluid toward the first end of the elongate member; and wherein the elongate member defines a longitudinal axis and each of the plurality of apertures define an aperture axis, the longitudinal axis and the aperture axis intersecting and defining an angle β, wherein the angle β is between 1 degree and 90 degrees; and wherein the cap includes a mating part configured to be coupled to the distal end of the surgical instrument such that upon coupling the mating part to the distal end of the surgical instrument, the second end of the elongate member is disposed distally of the distal end of the surgical instrument and encloses a removable trocar extending distally from the distal end of the surgical instrument. a surgical instrument having a distal end configured to be coupled to an end effector, the distal end defining a longitudinal cavity; and an elongate member having a first end and a second end configured for disposal within a cavity of a surgical instrument, the elongate member defining: a longitudinal channel; a plurality of apertures extending transversely through the elongate member and communicating with the longitudinal channel; and a cap supported on the first end of the elongate member a longitudinal channel; a plurality of apertures extending transversely through the elongate member and communicating with the longitudinal channel; and a cap supported on the first end of the elongate member wherein the first end of the elongate member is configured to be coupled to a source of fluid, wherein the longitudinal channel is configured to allow passage of fluid to the plurality of apertures;
A method of selectively sharing content between a source computing device and a target computing device, comprising: establishing a peer-to-peer connection between the source computing device and the target computing device; launching a first browser at the source computing device; receiving a selection of the content within the first browser; broadcasting the content from the source computing device to the target computing device over the peer-to-peer connection using the first browser to provide the content to a second browser at the target computing device; and presenting a first independent view of the content at the source computing device and a second independent view of the content at the target computing device, wherein the first independent view and the second independent view present the same content and are independently sized and positioned within the first browser and the second browser, respectively. establishing a peer-to-peer connection between the source computing device and the target computing device; launching a first browser at the source computing device; receiving a selection of the content within the first browser; broadcasting the content from the source computing device to the target computing device over the peer-to-peer connection using the first browser to provide the content to a second browser at the target computing device; and presenting a first independent view of the content at the source computing device and a second independent view of the content at the target computing device, wherein the first independent view and the second independent view present the same content and are independently sized and positioned within the first browser and the second browser, respectively.
A heat exchanger, in particular a coolant cooler, preferably for motor vehicles, having - a block comprising tubes and in particular ribs, with at least one front side, - a bottom having passages for accepting the tubes and a circumferential gutter for accepting an elastomer seal and/or a cover, - a cover, preferably made from plastic, which is connected to the bottom, in particular via the elastomer seal, in a mechanical manner, in particular frictionally engaged or in a form-fit manner, and/or firmly bonded, in particular through soldering or welding, - wherein the bottom has at least one outer edge which, opposite to the at least one front side, forms an overhang with an overall dimension of X, comprising several individual dimensions (x1-x4), - wherein a first individual dimension is related to the distance between the block or the tubes and the gutter (4, 4a), - a second individual dimension is related to the wall thickness of the inner wall of the gutter, - a third individual dimension is related to the wall thickness of the outer wall of the gutter, - and a fourth individual dimension is related to the clear span of the gutter, wherein the first individual dimension, which is related to the distance between the block or the tubes and the gutter (4, 4a), is equal to or smaller than 0.5 mm (x1 ≤ 0.5 mm) and wherein x1 ≥ 0.1 mm, characterised in that the gutter has an outer wall with the wall thickness x3 as well as an inner wall with the wall thickness x2 and that x2 is smaller than x3 (x2 < x3). - a block comprising tubes and in particular ribs, with at least one front side, - a bottom having passages for accepting the tubes and a circumferential gutter for accepting an elastomer seal and/or a cover, - a cover, preferably made from plastic, which is connected to the bottom, in particular via the elastomer seal, in a mechanical manner, in particular frictionally engaged or in a form-fit manner, and/or firmly bonded, in particular through soldering or welding, - wherein the bottom has at least one outer edge which, opposite to the at least one front side, forms an overhang with an overall dimension of X, comprising several individual dimensions (x1-x4), - wherein a first individual dimension is related to the distance between the block or the tubes and the gutter (4, 4a), - a second individual dimension is related to the wall thickness of the inner wall of the gutter, - a third individual dimension is related to the wall thickness of the outer wall of the gutter, - and a fourth individual dimension is related to the clear span of the gutter,
A motor drive cabinet in an on-load tap-changer, comprising an electric motor drive unit and a control unit, whereby said electric motor drive unit comprises an electric motor, a gearbox, a position transmitter and an outgoing axis outgoing from said motor drive cabinet, wherein said gearbox is connected between said electric motor and said outgoing axis and said position transmitter is arranged on said outgoing axis, wherein said control unit is arranged to control said outgoing axis outgoing from said motor drive cabinet by feeding said electric motor through direct connection, and wherein said position transmitter is arranged to detect movement and position of said outgoing axis and to provide indications thereof to said control unit, and wherein said motor drive cabinet is sealed during use with said electric motor drive unit and control unit inside said sealed motor drive cabinet.
An ophthalmic composition comprising latanoprost, polyoxyl 40 hydrogenated castor oil (HCO-40) and sorbitol, wherein the amount of the polyoxyl 40 hydrogenated castor oil (HCO-40) is 0.3 to 1.0 w/v% of the total composition, and wherein an amount of the sorbitol is 4.0 to 6.0 w/v% of the total composition.
Device for reading radio frequency identifiers, RFID, ensuring volumetric confinement at UHF of the detection of RFID tags to a desired volume above a reading surface, the device including a metallic transmission line printed on a dielectric substrate laid on a metallic reference ground plane, an RFID reader or interrogator at one end of the transmission line and a load at the other end characterized by further comprising a structure (1, 19, 21, 22, 23) comprising the reading surface, the transmission line, the dielectric substrate and the metallic reference ground plane embedded or attached to said structure, the transmission line having a length of one to five wavelengths, and extends over all or part of the length of the reading surface, and wherein the dielectric substrate has a permittivity less than 1,5 and the width of the transmission line is comprised between 8% and 15% of the wavelength.
A process for the synthesis of pirlindole enantiomers of formula II and III or a pharmaceutically acceptable salt thereof, comprising the steps of: cyclization between compound of formula VI -6-methyl-N-( -1-phenylethyl)-2,3,4,9-tetrahydro-1H-carbazol-1-amine or its enantiomer compound of formula VIII -6-methyl-N-( -1-phenylethyl)-2,3,4,9-tetrahydro-1H-carbazol-1-amine and compound of formula X wherein L is a leaving group selected from -OTs, -OMs, -OTf, -Cl or -Br, -I in 1,3-dimethyl-2-imidazolidinone, in the presence of a suitable alkaline agent to yield -8-methyl-3-( -1-phenylethyl)-2,3,3a,4,5,6-hexahydro-1H-pyrazino[3,2,1-jk]carbazole VII or enantiomer -8-methyl-3-( -1-phenylethyl)-2,3,3a,4,5,6-hexahydro-1H-pyrazino[3,2,1-jk]carbazole IX and subjecting compound of formula VII or IX to a catalytic hydrogenolysis to yield of Pirlindole enantiomers of formula II or III or its pharmaceutically acceptable salts.
A naphthalene compound for use in the prophylaxis or treatment of itch not induced by skin inflammatory reactions, having the following formula: wherein the ring A is a heterocyclic group of the following formula: or a hydrate or a pharmaceutically acceptable salt thereof.
A method for connecting two parts (11, 12) by welding, at least one of the two parts (11, 12) or a welding filler material used during the production of the weld connection consisting of an air-hardening steel alloy, the method comprising the following steps: - providing a joint between the parts (11, 12) to be connected, which joint extends between an inner side and an outer side, - welding a root layer in the region of the inner side, - welding a filling layer adjacent to the root layer, characterized by - welding at least one cover layer adjacent to the filling layer in the region of the outer side using predetermined welding parameters, a temperature in an optimization temperature range of 600°C to 1000°C being established in the region of a heat-influenced zone during the welding of the cover layer in the region of the root layer on the inner side, and thereby leading to a reduction in the hardness in the heat-influenced zone on the inner side. - providing a joint between the parts (11, 12) to be connected, which joint extends between an inner side and an outer side, - welding a root layer in the region of the inner side, - welding a filling layer adjacent to the root layer, characterized by - welding at least one cover layer adjacent to the filling layer in the region of the outer side using predetermined welding parameters,
A hinge comprising a sash section adapted to be secured to a sash and a frame section adapted to be secured to a frame, the sash and frame sections (20,22) being mounted for hinged movement, wherein the sash section has lateral adjustment means (10,11,12) operable to allow adjustment of the sash section laterally with respect to the frame section, and wherein the lateral adjustment means (10,11,12) are operated from a front, major face of the sash section, in which the sash section includes an attachment section, adapted to be fixed relative to the sash, in which the hinge further comprises a hinge plate, which is laterally adjustable relative to the sash and which is laterally fixed in position, or unable to translate, relative to the frame section, and in which the attachment section and the hinge plate are mounted for relative adjustment with lateral adjustment means (10,11,12), wherein the attachment section and the hinge plate are adapted to be locked relative to one another, after relative adjustment, with locking means (10c, 11b,13), wherein the hinge plate is adapted to be retained between the attachment section and the sash, wherein the locking means (10c, 11b, 13) include cooperating friction plates, present on the attachment section and the hinge plate, which are adapted to deter relative lateral movement of the attachment section and the hinge plate, wherein the friction plates are ridged plates, characterized in that the attachment section and the hinge plate are held in proximity to one another by a housing section, and that the sash section includes a cover section adapted to be locked in position with cover locking means (10f,15a,15b).
A system for power generation, the system including a geothermal system including a power plant, at least one injection shaft extending a predetermined depth to enable injection of a fluid to a hot dry rock zone and at least one extraction shaft extending a predetermined depth to enable extraction of the fluid from the HDR zone to be used by the power plant to generate power; characterized in that the system further comprises a nuclear system including a nuclear plant and at least one reactor, the reactor being positioned remote from the nuclear plant, wherein the at least one reactor is positioned within a region of the HDR zone between the injection and extraction shafts to heat rock in the region of the HDR zone.
A method for detecting a sensor phase in an interferometric system comprising shifting a detected interference signal in frequency, mixing the detected interference signal with a local oscillator phasor in one or more steps to create a mixed signal; obtaining a parameter dependent on a phase of the mixed signal; characterized by obtaining the local oscillator phasor based on the parameter; signal processing the mixed signal (410, 414) and the parameter; and extracting the sensor phase from the processed mixed signal and the processed parameter.
A base plate assembly, comprising: a base plate comprising a first metal layer clad to a second metal layer at an interface, where the first metal layer comprises a first metal, the second metal layer has a second metal layer depth and comprises a second metal different than the first metal, and where the first and second metals form a metallurgical bond at the interface such that the first and second metals share electrons at the interface; a plurality of enhancements formed entirely within the second metal layer; a basin connected to the base plate such that an enclosure is formed between the basin and the second metal layer, and where the enhancements are positioned within the enclosure; and an entrance and an exit penetrating the basin such that the entrance and exit are in fluid communication through the enclosure. a base plate comprising a first metal layer clad to a second metal layer at an interface, where the first metal layer comprises a first metal, the second metal layer has a second metal layer depth and comprises a second metal different than the first metal, and where the first and second metals form a metallurgical bond at the interface such that the first and second metals share electrons at the interface; a plurality of enhancements formed entirely within the second metal layer; a basin connected to the base plate such that an enclosure is formed between the basin and the second metal layer, and where the enhancements are positioned within the enclosure; and an entrance and an exit penetrating the basin such that the entrance and exit are in fluid communication through the enclosure.
A user apparatus for transmitting an uplink control signal to a base station apparatus using a single carrier scheme, wherein the uplink control signal includes a plurality of unit block sequences each of which is obtained by multiplying all chips of an orthogonal code sequence for the user apparatus by a same factor, the user apparatus comprising: receiving means configured to receive a downlink control signal and a downlink data signal; determination means configured to prepare acknowledgement information indicating positive acknowledgement or negative acknowledgement for the downlink data signal; specifying means, in which a correspondence relationship that uniquely associates a resource of the downlink control signal with a resource to be used for the uplink control signal is defined, configured to specify a resource to be used for the uplink control signal based on a resource of the downlink control signal received by the receiving means according to the correspondence relationship; and transmission means configured to generate the uplink control signal including the acknowledgement information and transmit the uplink control signal based on the resource specified by the specifying means. receiving means configured to receive a downlink control signal and a downlink data signal; determination means configured to prepare acknowledgement information indicating positive acknowledgement or negative acknowledgement for the downlink data signal; specifying means, in which a correspondence relationship that uniquely associates a resource of the downlink control signal with a resource to be used for the uplink control signal is defined, configured to specify a resource to be used for the uplink control signal based on a resource of the downlink control signal received by the receiving means according to the correspondence relationship; and transmission means configured to generate the uplink control signal including the acknowledgement information and transmit the uplink control signal based on the resource specified by the specifying means.