mhurhangee/ep-ind-claims huggingface dataset:
A catheter assembly, comprising: a catheter having a proximal end and a distal end, the catheter including at least one steering wire secured at or near the distal end and extending outward of the proximal end of the catheter; a handle functionally connected to the proximal end of the catheter so that the steering wire extends therein; a deflection actuator carried by the handle and operatively connected to the steering wire for selectively pushing or pulling the steering wire to effect bending of the distal end of the catheter; a working channel configured to receive the catheter; a port in communication with the working channel, wherein the handle is selectively attached to the port; an endoscopic shaft through which the working channel extends, the endoscopic shaft including a steering section and at least one pair of steering wires (3162A, 3162B), and the working channel being configured to guide the catheter, wherein the endoscopic shaft includes one or more lumens configured to allow fluid flow therethrough; an endoscopic handle coupled to the endoscopic shaft, the endoscopic handle including a steering mechanism connected to the steering wires (3162A, 3162B) for moving the steering section; and an attachment device for selectively attaching the handle to the endoscopic handle. a catheter having a proximal end and a distal end, the catheter including at least one steering wire secured at or near the distal end and extending outward of the proximal end of the catheter; a handle functionally connected to the proximal end of the catheter so that the steering wire extends therein; a deflection actuator carried by the handle and operatively connected to the steering wire for selectively pushing or pulling the steering wire to effect bending of the distal end of the catheter; a working channel configured to receive the catheter; a port in communication with the working channel, wherein the handle is selectively attached to the port; an endoscopic shaft through which the working channel extends, the endoscopic shaft including a steering section and at least one pair of steering wires (3162A, 3162B), and the working channel being configured to guide the catheter, wherein the endoscopic shaft includes one or more lumens configured to allow fluid flow therethrough; an endoscopic handle coupled to the endoscopic shaft, the endoscopic handle including a steering mechanism connected to the steering wires (3162A, 3162B) for moving the steering section; and an attachment device for selectively attaching the handle to the endoscopic handle.
Powder acid-sanding composition comprising partially neutralized polycarboxylic acid selected from malic acid, citric acid, fumaric acid, adipic acid, and mixtures thereof and at least one of a sugar and sweetener.
A bridge deck comprising a composite panel with a top plastic skin, a bottom plastic skin and a core between and attached to the plastic skins, and an edge beam on at least one edge of the composite panel, characterized in that the edge beam overlaps the core of the composite panel in the height direction, wherein the top plastic skin has a protruding part which protrudes relative to the core, and wherein the protruding part of the top plastic skin extends over and is attached to the edge beam.
An elevator positioning system (100, 400, 500) for aligning an elevator car with one or more landings, wherein the elevator car is operable to travel within a hoistway to the one or more landings, wherein the elevator positioning system (100, 400, 500) comprises: a. a sensor (106, 506) configured to attach to a portion of the elevator car; b. a detectable member (110, 230), wherein the detectable member (110, 230) is detectable by the sensor (106, 506); and c. at least one positioning member (200, 300, 600, 700), wherein the positioning member (200, 300, 600, 700) is attachable to a select one of a portion of the hoistway and an elevator guide rail, wherein the positioning member (200, 300, 600, 700) is positionable so that the sensor (106, 506) can detect a select one of the presence of the detectable member (110, 230) and the absence of the detectable member (110, 230), and wherein the sensor (106, 506) signals the detection to an elevator controller (101, 501) of the elevator positioning system (100, 400, 500) to control position of the elevator car within the hoistway relative to the one or more landings characterized in that the positioning member (200, 300, 600, 700) comprises one or more resilient arms (208, 308, 608, 708) that are configured to grasp the select one of the portion of the hoistway and the elevator guide rail. a. a sensor (106, 506) configured to attach to a portion of the elevator car; b. a detectable member (110, 230), wherein the detectable member (110, 230) is detectable by the sensor (106, 506); and c. at least one positioning member (200, 300, 600, 700), wherein the positioning member (200, 300, 600, 700) is attachable to a select one of a portion of the hoistway and an elevator guide rail, wherein the positioning member (200, 300, 600, 700) is positionable so that the sensor (106, 506) can detect a select one of the presence of the detectable member (110, 230) and the absence of the detectable member (110, 230), and wherein the sensor (106, 506) signals the detection to an elevator controller (101, 501) of the elevator positioning system (100, 400, 500) to control position of the elevator car within the hoistway relative to the one or more landings
A compound of formula I: wherein D is deuterium; R 1 is selected from methyl, ethyl, n -propyl, n -butyl, iso -butyl; R 2 is [ 18 F]fluorine or a leaving group, wherein leaving groups are selected from halogen, C 1 -C 6 -alkylsulfonyloxy, which is optionally substituted by fluorine, and arylsulfonyloxy, which is optionally substituted by hydrogen, methyl, halo and nitro; n and m are selected from 0 and 1 with the provisos that if n = 0, m must be 1, and if n = 1, m must be 0, and if R 2 is fluorine, n must be 1 and m must be 0; including all stereoisomeric forms of said compounds, including but not limited to enantiomers and diastereoisomers as well as racemic mixtures, and any suitable salt with an organic or inorganic acid, complex or solvate thereof. D is deuterium; R 1 is selected from methyl, ethyl, n -propyl, n -butyl, iso -butyl; R 2 is [ 18 F]fluorine or a leaving group, wherein leaving groups are selected from halogen, C 1 -C 6 -alkylsulfonyloxy, which is optionally substituted by fluorine, and arylsulfonyloxy, which is optionally substituted by hydrogen, methyl, halo and nitro; n and m are selected from 0 and 1 with the provisos that if n = 0, m must be 1, and if n = 1, m must be 0, and if R 2 is fluorine, n must be 1 and m must be 0; including all stereoisomeric forms of said compounds, including but not limited to enantiomers and diastereoisomers as well as racemic mixtures, and any suitable salt with an organic or inorganic acid, complex or solvate thereof.
Moving head light fixture, which moving head light fixture comprises a light generating head, which head is carried in a yoke, said yoke comprises a first arm and a second arm where said first arm comprises a bearing and said second arm comprises a bearing, said bearings are carrying said head and which head is rotatable to the yoke, which yoke is rotatable to a base, which head comprises a number of LEDs and electronic circuits for LED control, characterized in that said moving head comprises a front end and rear end, which front end and rear end comprise a said number of LEDs and said LEDs at said front end and said LEDs at said rear end are independently controllable and configured to generate light into different directions, where at least one of said number of LEDs at said front end is formed of High Power LEDs and where said number of LEDs of said rear end form a video array of low/medium power LEDs.
A silicon- containing material being obtainable by a production process including a charging/discharging process in a set of two cycles or more wherein cation sorbing and desorbing are carried out to disproportionated silicon monoxide with a constant current and/or at a constant voltage with a C rate of from 1C or more to 4C or less and within a voltage range of from 3.6 V to 4.2 V at a temperature of from 35°C or more to 80°C or less, the silicon-containing material including at least: a continuous phase including silicon with Si-Si bond, and possessing a bubble-shaped skeleton being continuous three-dimensionally; and a dispersion phase including silicon with Si-O bond, and involved in an area demarcated by said continuous phase to be in a dispersed state. a continuous phase including silicon with Si-Si bond, and possessing a bubble-shaped skeleton being continuous three-dimensionally; and a dispersion phase including silicon with Si-O bond, and involved in an area demarcated by said continuous phase to be in a dispersed state.
Vehicle seat having a seat part and a backrest part, which comprises a lower backrest part and an upper backrest part arranged adjacent thereto in the vertical direction of the vehicle seat, a displacement device being arranged with a first section, which is fixedly connected to the lower backrest part, and with a second section, which is fixedly connected to the upper backrest part, characterised in that the second section together with the upper backrest part is completely displaceable with respect to the lower backrest part by means of a displacement movement directed at least in part in the width direction of the vehicle seat, the first section being arranged completely below the upper backrest part in the vertical direction and forming a guideway (411; 411') for the displacement movement of the second section, wherein the guideway (411; 411`) is configured by means of two guide elements (412, 413) which are arranged at a distance from one another in the vertical direction of the vehicle seat and wherein the second section is arranged connected to the guide elements (412, 413) and guided by means thereof. a displacement device being arranged with a first section, which is fixedly connected to the lower backrest part, and with a second section, which is fixedly connected to the upper backrest part, characterised in that the second section together with the upper backrest part is completely displaceable with respect to the lower backrest part by means of a displacement movement directed at least in part in the width direction of the vehicle seat, the first section being arranged completely below the upper backrest part in the vertical direction and forming a guideway (411; 411') for the displacement movement of the second section, wherein the guideway (411; 411`) is configured by means of two guide elements (412, 413) which are arranged at a distance from one another in the vertical direction of the vehicle seat and wherein the second section is arranged connected to the guide elements (412, 413) and guided by means thereof.
Transport device for transporting workpieces in a workpiece transport direction in a forming machine or press line, having a gate area (T1, T2) arranged to the side of the pressing area or forming area, which is bordered by two vertical uprights (13a, 13b, 13c, 13d), having a carrier rail (21, 22) running in the workpiece transport direction, wherein the carrier rail (21, 22) is mounted on one of the vertically running uprights (13a, 13b, 13c, 13d), in the area of its ends each, via a lifting carriage displaceably driven in the vertical direction by a lift drive, and the lifting carriage rotatably mounts a rocker, which is connected at its end to the carrier rail (21, 22), characterized in that, the length of a carrier rail (21, 22) is shorter than the distance between the vertical uprights (13a, 13b, 13c, 13d) in the workpiece transport direction and the rocker is rotatably mounted on the lifting carriage in such a way that the carrier rail (21, 22) can be pivoted out of the pressing area or forming area in that it can be pivoted between two vertical uprights (13a, 13b, 13c, 13d) into a gate area (T1, T2) or through a gate area (T1, T2).
An electromagnetic distributed direct drive unit configured to cause one or more airscrews to rotate by means of at least one shaft to provide lift, propulsion and/or attitude control of an aircraft, the electromagnetic distributed direct drive unit being directly connectable to the at least one shaft and comprising a plurality of motor elements, each motor element being directly connectable to the at least one shaft and being configured to generate a fraction of a total mechanical power required to provide lift, propulsion and/or attitude control of the aircraft, and including at least one fixed stator and at least one rotating rotor (22, 23), wherein: (a) each motor element includes a plurality of power modules radially disposed about the fixed stator; characterized by: (b) each power module comprises one or more programmable integrated circuit such as microcontrollers or field-programmable gate arrays, which interface with the associated circuitry, a power transistor switching circuitry for energizing the at least one stator's windings and a dedicated DC filtering circuitry; wherein the power modules are individually programmed and configured to operate as interconnected network elements belonging to a network to enable fault tolerant distributed processing. (a) each motor element includes a plurality of power modules radially disposed about the fixed stator; (b) each power module comprises one or more programmable integrated circuit such as microcontrollers or field-programmable gate arrays, which interface with the associated circuitry, a power transistor switching circuitry for energizing the at least one stator's windings and a dedicated DC filtering circuitry;
A toothed belt comprising tooth parts that are disposed at predetermined intervals along a belt longitudinal direction, a cord, and a back side that has the cord embedded therein, wherein the cord comprises an adhesion treatment layer, and an overcoat treatment layer, and the overcoat treatment layer is formed on a surface of the adhesion treatment layer, the back side is composed of a rubber composition, characterized in that the cord comprises a Lang-twisted glass fiber and the Lang-twisted cord is obtained in such a manner that one or two or more pieces of a glass fiber are arranged and twisted (primary twist) and two or more pieces of the resulting one are arranged and twisted in the same direction as the direction in the primary twist (final twist), and the rubber composition comprises from 5 parts by mass to 20 parts by mass of a plasticizer based on 100 parts by mass of a rubber component.
A computer-implemented method comprising: receiving (202; 402) information associated with an account, the information including an email address; extracting (204; 404) one or more features from the information associated with the account, wherein at least one of the one or more features is based on memorability of the email address, the memorability relating to a pattern including symmetry, anti-symmetry, or uniformly distanced characters in the email address; and determining (206; 408) a trust level of the account at least partly based on the extracted features. receiving (202; 402) information associated with an account, the information including an email address; extracting (204; 404) one or more features from the information associated with the account, wherein at least one of the one or more features is based on memorability of the email address, the memorability relating to a pattern including symmetry, anti-symmetry, or uniformly distanced characters in the email address; and determining (206; 408) a trust level of the account at least partly based on the extracted features.
A method for configuring a frequency converter (201, 211, 522), the method comprising obtaining configuration information of the frequency converter (201, 211, 522) from a data storage in a manual for the frequency converter (201, 211, 522), the data storage storing the configuration information of the frequency converter (201, 211, 522), wherein the configuration information is encoded to the data storage to be wirelessly readable from the data storage; installing the obtained configuration information to the frequency converter (201, 211, 522) by transmitting the obtained configuration information over a wireless connection; characterized by obtaining operational information of the frequency converter (201, 211, 522), when the frequency converter (201, 211, 522) is operated according to the installed configuration information; displaying the operational information to a user; receiving input of the user in response to the displayed operational information; and determining an operational status of the frequency converter (201, 211, 522) on the basis of the received input. obtaining configuration information of the frequency converter (201, 211, 522) from a data storage in a manual for the frequency converter (201, 211, 522), the data storage storing the configuration information of the frequency converter (201, 211, 522), wherein the configuration information is encoded to the data storage to be wirelessly readable from the data storage; installing the obtained configuration information to the frequency converter (201, 211, 522) by transmitting the obtained configuration information over a wireless connection; characterized by obtaining operational information of the frequency converter (201, 211, 522), when the frequency converter (201, 211, 522) is operated according to the installed configuration information; displaying the operational information to a user; receiving input of the user in response to the displayed operational information; and determining an operational status of the frequency converter (201, 211, 522) on the basis of the received input. obtaining operational information of the frequency converter (201, 211, 522), when the frequency converter (201, 211, 522) is operated according to the installed configuration information; displaying the operational information to a user; receiving input of the user in response to the displayed operational information; and determining an operational status of the frequency converter (201, 211, 522) on the basis of the received input.
Braking system for a motor vehicle, comprising at least one brake module of a wheel provided with at least one return element exerting a force making it possible to position the brake module in a state with play (j1, j2) that makes it possible to reduce any residual friction, said return element being interposed between a calliper and a brake pad (17A, 17B) comprising a support plate (15A, 15B) assembled with a friction lining (16A, 16B), said pad (17A, 17B) being mounted to be mobile in translation so as to be able to be clamped against a braking surface of a rotary disc, said return element being stressed when the brake pad (17A, 17B) is clamped on the disc, said braking system comprising a braking regulation device capable of reducing the play (j1, j2) of the brake module upon a detection of a releasing of the accelerator pedal to reduce the response time of the brake module in the event of braking, characterized in that the return element takes the form of two parallel branches, one linked to a fixed support of the calliper, and the other linked to the branch by an elastic return loop and of which the free end of the branch is folded back towards the branch so as to form a V, and in that the return element is fixed to the support plate (15A, 15B) by the branch and/or the free end.
Apparatus for ventilation, which is embodied to capture and output at least one parameter to be monitored during the ventilation, said apparatus having sensors, the measurement values of which facilitate an ascertainment of pressure and/or flow and/or volume of the supplied and/or exhaled gases, a computer unit which is embodied to store these measurement values and use said measurement values for further calculations, an input unit, by means of which the data records stored in the computer unit are selected and/or external data is freely entered into the computer unit, said data being stored in the computer unit as predetermined thresholds for a specific length of time during which they must be at least overshot or undershot before they are evaluated as satisfied and applied by the computer unit, wherein the computer unit is further embodied to independently relate the measurement values to the external data according to a fixedly programmed and/or freely entered comparison rule or rules and, in the process, capture and store as a process a comparison rule being satisfied for the entire time, characterized in that the computer unit is embodied to initially ascertain whether the number of captured processes during the overall time in each case overshoots or undershoots a certain value, wherein the computer unit is embodied to differentiate, within the overall time, the ascertained processes in respect of the level of overshoot or undershoot and in respect of the frequency with which the comparison rule was satisfied, and compare this to a predetermined pattern, given by the combination of appropriate intended values, and generate an appropriate optical display indicating the pattern in the case of correspondence in the provided limits and only then process the captured processes into a signal and generate a corresponding optical display which represents information about the quality of the therapy and in that the feedback is output for the patient in a simplified form by symbols on the device and in that, after an activation by the user, an output of the feedback about the cause of the evaluation of the therapy quality is effectuated in detailed form for the expert, wherein the apparatus is embodied as a ventilation device for home applications and wherein the measurement results are only evaluated after an end of the therapy and wherein telemetric transfer of the data to a spatially separated expert is carried out.