mhurhangee/ep-ind-claims huggingface dataset:
An adjustable annuloplasty device comprising a tube having a basically annular shape or adopted to be brought into an annular shape, characterized in that at least one, preferably three, portion of an outer wall or the whole outer wall of the tube is more rigid than opposite portion(s) of an inner wall or the whole inner wall, wherein the inner wall is arranged nearer to an inside area defined by the annulor shape than the outer wall, such that the inner wall is adapted to be displaced inwardly at least along less rigid portion(s) of the circumference upon actuation by at least one actuation element while the outer wall remains basically constant.
Sensor device for safeguarding and/or controlling a passage having a passage opening, - having a light grid for detecting an object in a monitoring plane, having a transmitter strip having transmitter elements for emitting beams into a common plane, such that said plane forms the monitoring plane, having a receiver strip having receiver elements for receiving beams from the transmitter strip, - and having a sensor for detecting an object in a monitoring space outside the monitoring plane, characterized in that - a carrier is provided, to which the transmitter strip or the receiver strip as selected strip and the sensor are jointly secured, and - the sensor is configured as a distance sensor for detecting the distance to an object, - and the sensor device is configured to output a signal if an object reaches or falls below a specific distance with respect to the distance sensor or a specific line or area in front of the distance sensor within the monitoring space. - having a light grid for detecting an object in a monitoring plane, having a transmitter strip having transmitter elements for emitting beams into a common plane, such that said plane forms the monitoring plane, having a receiver strip having receiver elements for receiving beams from the transmitter strip, - and having a sensor for detecting an object in a monitoring space outside the monitoring plane, - a carrier is provided, to which the transmitter strip or the receiver strip as selected strip and the sensor are jointly secured, and - the sensor is configured as a distance sensor for detecting the distance to an object, - and the sensor device is configured to output a signal if an object reaches or falls below a specific distance with respect to the distance sensor or a specific line or area in front of the distance sensor within the monitoring space.
A storage unit, comprising: a main body, wherein the main body defines a storage chamber having an opening portion for putting in or taking out articles; a door, for selectively opening or closing the opening portion, wherein the main body comprises a front surface facing the door; and a fastening mechanism (34, 44) for fastening the door and the main body when the door is located at a closed position, wherein the fastening mechanism (34, 44) comprises a first matching portion located on the door and a second matching portion located on the main body; wherein the first matching portion and the second matching portion are engaged and locked in front of the front surface, and wherein when the door is closed, at least a part of the second matching portion is contained in the door, and wherein the second matching portion is connected to the front surface and protrudes towards the door, characterised in that the storage unit further comprises an annular sealing component disposed around the opening portion when the door is closed, wherein the second matching portion is located inside an annular area between the sealing component and an outer edge of the front surface when the door is closed, and wherein when the door is closed, the first matching portion and the second matching portion are located inside an annular area between the sealing component and peripheral end faces (26b-26e) of the door. a main body, wherein the main body defines a storage chamber having an opening portion for putting in or taking out articles; a door, for selectively opening or closing the opening portion, wherein the main body comprises a front surface facing the door; and a fastening mechanism (34, 44) for fastening the door and the main body when the door is located at a closed position, wherein the fastening mechanism (34, 44) comprises a first matching portion located on the door and a second matching portion located on the main body;
A photographing device for a vehicle, comprising: a base; a camera mounted on the base; a lens holder mounted on the base and rotatable relative to the base; a transparent lens mounted on the lens holder and arranged opposite to the camera; and a driving assembly connected with the lens holder to drive the lens holder to rotate relative to the base; a retaining ring; wherein the base comprises a cylindrical member and a cover plate; the cylindrical member has a chamber, a first end of the cylindrical member is opened to make a first end of the chamber open, and the cover plate is arranged at a second end of the cylindrical member to cover a second end of the chamber; the camera is mounted on the cover plate and located in the chamber; the lens holder is mounted at the first end of the cylindrical member to cover, together with the transparent lens, the first end of the chamber; wherein the retaining ring is arranged at the first end of the cylindrical member, a part of the lens holder is clamped between the retaining ring and the first end of the cylindrical member; characterized in that: the retaining ring is provided with a water guiding groove, the water guiding groove extends along a peripheral direction of the retaining ring to form a length of the water guiding groove, and the water guiding groove extends forward from a rear end surface of the retaining ring to form a depth of the water guiding groove and extends inward from an outer peripheral surface of the retaining ring to form a width of the water guiding groove. a base; a camera mounted on the base; a lens holder mounted on the base and rotatable relative to the base; a transparent lens mounted on the lens holder and arranged opposite to the camera; and a driving assembly connected with the lens holder to drive the lens holder to rotate relative to the base; a retaining ring; wherein the base comprises a cylindrical member and a cover plate; the cylindrical member has a chamber, a first end of the cylindrical member is opened to make a first end of the chamber open, and the cover plate is arranged at a second end of the cylindrical member to cover a second end of the chamber; the camera is mounted on the cover plate and located in the chamber; the lens holder is mounted at the first end of the cylindrical member to cover, together with the transparent lens, the first end of the chamber; wherein the retaining ring is arranged at the first end of the cylindrical member, a part of the lens holder is clamped between the retaining ring and the first end of the cylindrical member; characterized in that: the retaining ring is provided with a water guiding groove, the water guiding groove extends along a peripheral direction of the retaining ring to form a length of the water guiding groove, and the water guiding groove extends forward from a rear end surface of the retaining ring to form a depth of the water guiding groove and extends inward from an outer peripheral surface of the retaining ring to form a width of the water guiding groove.
Method for machining a workpiece made of a metal material, the workpiece being machined by means of ECAP, the workpiece being reworked by hammering after the machining by means of ECAP, with a diameter reduction being achieved, characterized in that two or more tools which are arranged on the circumference of the workpiece exert deforming strokes which are directed radially toward a workpiece center while the workpiece rotates relative to the tools about the workpiece center.
Tank device for a motor vehicle comprising a tank container, which is formed by a tank wall, and at least one lever sensor in the interior of the tank container, wherein at least one stop region of the tank wall is designed to act as an end stop of the lever sensor and to prevent adhesion of the lever sensor to the stop region of the tank wall characterized in that the stop region of the tank wall has a surface structure, which comprises elevations and depressions in the form of corrugations or ribs, and additionally has at least one deformation towards the inside or towards the outside. wherein at least one stop region of the tank wall is designed to act as an end stop of the lever sensor and to prevent adhesion of the lever sensor to the stop region of the tank wall characterized in that the stop region of the tank wall has a surface structure, which comprises elevations and depressions in the form of corrugations or ribs, and additionally has at least one deformation towards the inside or towards the outside.
A method for actuating a slide solenoid valve, said solenoid valve comprising - at least one coil, - a movable core, - a fixed core, - a valve body provided with: - at least one slider and - a plurality of fluid passages delimited by guides suitable for slidably housing said slider, - an implementation system (1,100,1000) for direct control of said slide solenoid valve, and comprising elements suitable for the actuation of said solenoid valve (1', 100', 1000') wherein: - said system is actuated starting from pressures of 0 bar allowing at the same time opening of said fluid passages, - said actuation elements comprise: - at least a lever connected to said movable core at a pin, and - a fulcrum for said lever, - said movable core is activated by said coil acting via said fulcrum on said lever, - said lever is adapted to amplify the stroke of said movable core, acting consequently on said slider to cause said slider to effect a movement equal to the movement of said movable core multiplied by a determined lever ratio, - said slider slidably opens and closes the inlets or outlets of said solenoid valve (1 ', 100', 1000 ') still maintaining reduced powers. - at least one coil, - a movable core, - a fixed core, - a valve body provided with: - at least one slider and - a plurality of fluid passages delimited by guides suitable for slidably housing said slider, - an implementation system (1,100,1000) for direct control of said slide solenoid valve, and comprising elements suitable for the actuation of said solenoid valve (1', 100', 1000') wherein: - said system is actuated starting from pressures of 0 bar allowing at the same time opening of said fluid passages, - said actuation elements comprise: - at least a lever connected to said movable core at a pin, and - a fulcrum for said lever, - at least one slider and - a plurality of fluid passages delimited by guides suitable for slidably housing said slider, - an implementation system (1,100,1000) for direct control of said slide solenoid valve, and comprising elements suitable for the actuation of said solenoid valve (1', 100', 1000') wherein: - said system is actuated starting from pressures of 0 bar allowing at the same time opening of said fluid passages, - said actuation elements comprise: - at least a lever connected to said movable core at a pin, and - a fulcrum for said lever, - said system is actuated starting from pressures of 0 bar allowing at the same time opening of said fluid passages, - said actuation elements comprise: - at least a lever connected to said movable core at a pin, and - a fulcrum for said lever, - at least a lever connected to said movable core at a pin, and - a fulcrum for said lever, - said movable core is activated by said coil acting via said fulcrum on said lever, - said lever is adapted to amplify the stroke of said movable core, acting consequently on said slider to cause said slider to effect a movement equal to the movement of said movable core multiplied by a determined lever ratio, - said slider slidably opens and closes the inlets or outlets of said solenoid valve (1 ', 100', 1000 ') still maintaining reduced powers.
Composition comprising HMR1766 and Tadalafil for use in slowing progression of calcification of a heart valve or vessel in a mammal having been identified as being at risk for heart valve calcification or vessel calcification, wherein the HMR1766 is to be administered orally at an amount of 50 mg/day, 100 mg/day, or 200 mg/day, and wherein the Tadalafil is to be administered at an amount of 2,5 mg/day, 5 mg/day, or 10 mg/day.
A directional link maintenance method, comprising: monitoring, by a first station, STA, an information packet, wherein the information packet carries first identification information, and the first identification information is used to identify a first directional transmit beam that is used by a second STA when the second STA sends the information packet (101, 201); determining, by the first STA, whether the information packet is an information packet that is sent by the second STA to a third STA, and obtaining the first identification information if the information packet is an information packet that is sent by the second STA to the third STA (103, 203); and determining, by the first STA, whether the first identification information matches preset second identification information (104, 204, 205), and if the first identification information matches the preset second identification information, determining, by the first STA, that the first directional transmit beam matches a second directional transmit beam, and changing a value of a counter that corresponds to a directional link between the first STA and the second STA such as to be used for re-initiating a beam training process of the directional link, wherein the second directional transmit beam is a directional transmit beam determined by the second STA on the directional link through beam training, and the second identification information is used to identify the second directional transmit beam (105, 206). monitoring, by a first station, STA, an information packet, wherein the information packet carries first identification information, and the first identification information is used to identify a first directional transmit beam that is used by a second STA when the second STA sends the information packet (101, 201); determining, by the first STA, whether the information packet is an information packet that is sent by the second STA to a third STA, and obtaining the first identification information if the information packet is an information packet that is sent by the second STA to the third STA (103, 203); and determining, by the first STA, whether the first identification information matches preset second identification information (104, 204, 205), and if the first identification information matches the preset second identification information, determining, by the first STA, that the first directional transmit beam matches a second directional transmit beam, and changing a value of a counter that corresponds to a directional link between the first STA and the second STA such as to be used for re-initiating a beam training process of the directional link, wherein the second directional transmit beam is a directional transmit beam determined by the second STA on the directional link through beam training, and the second identification information is used to identify the second directional transmit beam (105, 206).
An audio signal processing method comprising: receiving an audio signal; obtaining a first image; estimating room information based on the obtained first image; setting an acoustic parameter according to the estimated room information; applying sound processing to the audio signal according to the set acoustic parameter; and outputting the audio signal subjected to the sound processing, wherein the room information includes information indicating an open space or a closed space; wherein the method is characterized in that: in a case in which the room information is information indicating the closed space, a parameter that turns on Auto Gain Control and a parameter that turns off noise reduction is set as the acoustic parameter; and in a case in which the room information is information indicating the open space, a parameter that turns off the Auto Gain Control and a parameter that turns on the noise reduction is set as the acoustic parameter. receiving an audio signal; obtaining a first image; estimating room information based on the obtained first image; setting an acoustic parameter according to the estimated room information; applying sound processing to the audio signal according to the set acoustic parameter; and outputting the audio signal subjected to the sound processing, wherein the room information includes information indicating an open space or a closed space; wherein the method is characterized in that: in a case in which the room information is information indicating the closed space, a parameter that turns on Auto Gain Control and a parameter that turns off noise reduction is set as the acoustic parameter; and in a case in which the room information is information indicating the open space, a parameter that turns off the Auto Gain Control and a parameter that turns on the noise reduction is set as the acoustic parameter. in a case in which the room information is information indicating the closed space, a parameter that turns on Auto Gain Control and a parameter that turns off noise reduction is set as the acoustic parameter; and in a case in which the room information is information indicating the open space, a parameter that turns off the Auto Gain Control and a parameter that turns on the noise reduction is set as the acoustic parameter.
A numerical control device (1; 1A; 1B; 1C) that operates in accordance with a command program for continuously machining a plurality of parts, comprising: a program analysis section configured to analyze the command program; an analyzed program execution unit configured to execute the command program analyzed by the program analysis section; a program stop determining section configured to determine whether an execution block of the command program satisfies a program stop condition on a basis of an analysis result of the command program by the program analysis section; and a program stop requesting section that, in a case in which the program stop determining section determines that the execution block of the command program satisfies the program stop condition, outputs an execution block stop request of the command program to the analyzed program execution unit; characterized by a display screen, wherein the numerical device is configured to receive a user input through the display screen to specify a machining stop condition for stopping the continuous machining; and a program stop condition setting section configured to set a program stop condition in the command program on the basis of the machining stop condition for stopping the continuous machining specified by the user input; wherein the program analysis section is configured to analyze the command program at a time of executing the command program, and wherein, upon acquiring the execution block stop request from the program stop requesting section, the analyzed program execution unit is configured to stop execution of the analyzed command program in the block that has been requested. a program analysis section configured to analyze the command program; an analyzed program execution unit configured to execute the command program analyzed by the program analysis section; a program stop determining section configured to determine whether an execution block of the command program satisfies a program stop condition on a basis of an analysis result of the command program by the program analysis section; and a program stop requesting section that, in a case in which the program stop determining section determines that the execution block of the command program satisfies the program stop condition, outputs an execution block stop request of the command program to the analyzed program execution unit; a display screen, wherein the numerical device is configured to receive a user input through the display screen to specify a machining stop condition for stopping the continuous machining; and a program stop condition setting section configured to set a program stop condition in the command program on the basis of the machining stop condition for stopping the continuous machining specified by the user input; wherein the program analysis section is configured to analyze the command program at a time of executing the command program, and wherein, upon acquiring the execution block stop request from the program stop requesting section, the analyzed program execution unit is configured to stop execution of the analyzed command program in the block that has been requested.
An orthosis for addressing drop foot, comprising: an elongated cinching member; a pair of engagement elements secured to the elongated cinching member; a reel tensioning system associated with the elongated cinching member and configured to releasably cinch the elongated cinching member; at least two guides on opposite sides of the reel tensioning system; and a support configured to be secured around a lower leg of an individual, just above an ankle below the lower leg, the support including: an anterior element configured to be positioned over a shin of the lower leg; and a securing element extending from at least one side of the anterior element and having a flexibility sufficient to wrap around a back side of the lower leg to secure the support to the lower leg, the orthosis characterized in that the anterior element of the support includes: at least two collapsible regions to which the at least two guides are secured; and a base to which the reel tensioning system is secured, the base having a rigidity sufficient to resist collapsing of a majority of the anterior element as the reel tensioning system introduces tension in the elongated cinching member and the tension in the elongated cinching member causes the at least two guides to pull on the at least two collapsible regions. an elongated cinching member; a pair of engagement elements secured to the elongated cinching member; a reel tensioning system associated with the elongated cinching member and configured to releasably cinch the elongated cinching member; at least two guides on opposite sides of the reel tensioning system; and a support configured to be secured around a lower leg of an individual, just above an ankle below the lower leg, the support including: an anterior element configured to be positioned over a shin of the lower leg; and an anterior element configured to be positioned over a shin of the lower leg; and a securing element extending from at least one side of the anterior element and having a flexibility sufficient to wrap around a back side of the lower leg to secure the support to the lower leg, the orthosis characterized in that the anterior element of the support includes: at least two collapsible regions to which the at least two guides are secured; and a base to which the reel tensioning system is secured, the base having a rigidity sufficient to resist collapsing of a majority of the anterior element as the reel tensioning system introduces tension in the elongated cinching member and the tension in the elongated cinching member causes the at least two guides to pull on the at least two collapsible regions. at least two collapsible regions to which the at least two guides are secured; and a base to which the reel tensioning system is secured, the base having a rigidity sufficient to resist collapsing of a majority of the anterior element as the reel tensioning system introduces tension in the elongated cinching member and the tension in the elongated cinching member causes the at least two guides to pull on the at least two collapsible regions.