mhurhangee/ep-ind-claims huggingface dataset:
An electric lock of the type comprising a box-like body, provided with at least one front opening for the passage of at least one spring latch which is movable from a retracted configuration to a protruding configuration, comprising at least one electrical actuator, which is functionally associated with said spring latch for the movement thereof, said actuator being provided with at least one component at least partially made of a material of the type of a shape memory alloy, said component being deformable, following an external stress of type selected from the passage of an electric current through it and exposure to a heat source, from a first inactive configuration, in which said spring latch is arranged protruding from said box-like body, to a second configuration of actuation, in which said spring latch is arranged retracted into said box-like body, wherein said box-like body comprises at least one front window for the passage of at least one rearming piston, said piston being coupled to a corresponding bracket for supporting said at least one spring latch, with the interposition of respective elastic elements, said actuator being constituted by said rearming piston, by said elastic elements and by at least one locking pin at least partially made of a shape memory alloy, said at least one locking pin, when the lock is in the closed position, corresponding to said at least one spring latch in the configuration protruding from the box-like body and said at least one rearming piston completely retracted within said box-like body and said elastic elements compressed against the corresponding bracket, being, following an external stress of the type selected from the passage of an electric current through it and exposure to a heat source, deformable from the first inactive configuration, corresponding to its engagement on said bracket for the locking thereof by friction/interference, to a configuration of actuation, corresponding to its removal from the bracket with consequent freeing thereof and corresponding retrograde sliding by the action of said elastic elements and consequent reentry of said spring latch within said box-like body.
A radiofrequency identification, RFID, device comprising: a power source; an RFID tag powered by said power source; and an RFID tag reader capable of communicating with further passive RFID tags, which do not belong to the RFID device, the RFID tag reader being in electrical communication with said power source, wherein said power source is configured to supply power to said RFID tag reader; characterized in that the RFID device further comprises a single integral housing containing within it: the power source, the RFID tag reader, and said RFID tag powered by said power source. a power source; an RFID tag powered by said power source; and an RFID tag reader capable of communicating with further passive RFID tags, which do not belong to the RFID device, the RFID tag reader being in electrical communication with said power source, wherein said power source is configured to supply power to said RFID tag reader; characterized in that the RFID device further comprises a single integral housing containing within it: the power source, the RFID tag reader, and said RFID tag powered by said power source.
A form for producing a pre-moulded prosthesis base blank (1, 30, 41), wherein the pre-moulded prosthesis base blank (1, 30, 41) is provided for producing a prosthesis base for a dental prosthesis with a subtractive CAM method, wherein the form features an inner surface (21, 22, 24, 26) which is a negative of the prosthesis base blank (1, 30, 41) to be produced, wherein the inner surface (21, 22, 24, 26) represents a negative of a dental arch (2, 32) or a dental arch section, wherein the dental arch (2, 32) or the dental arch section comprises a thickening in the occlusal direction, and the form consists of at least two parts (10, 12), which are affixed in such a manner that they are detachable from each other or which are detachably affixable to each other, characterized in that the inner surface (21, 22, 24, 26) of the form next to the dental arch or dental arch section additionally defines bridges and a retaining fixture for the prosthesis base blank (1, 30, 41), wherein the bridges connect the retaining fixture with the dental arch (2, 32).
A stacking assembly operative to protect stacked mailpieces from damage due to abrasion, comprising: a support blade moveably mounted to a bin for accepting a stack of mailpieces; an ingestion assembly including a Leading Edge urge roller and Trailing Edge alignment device, the LE urge roller operative to accept mailpieces from a supply of mailpieces, and urge a leading edge portion thereof toward a sidewall of the stacking bin and the TE alignment device including a first cam driven about an axis of rotation by a digital rotary positioning device, the first cam defining a surface operative to urge the trailing edge portion of each mailpiece into parallel alignment with the support blade; and an anti-abrasion assembly responsive to rotation of the digital rotary positioning device to forcibly displace a surface of the stacked mailpieces away from a moving surface of the ingestion assembly; wherein the anti-abrasion assembly includes a second cam rotationally mounted about the axis of the first cam and a follower linkage responsive to rotation of the digital rotary positioning device. a support blade moveably mounted to a bin for accepting a stack of mailpieces; an ingestion assembly including a Leading Edge urge roller and Trailing Edge alignment device, the LE urge roller operative to accept mailpieces from a supply of mailpieces, and urge a leading edge portion thereof toward a sidewall of the stacking bin and the TE alignment device including a first cam driven about an axis of rotation by a digital rotary positioning device, the first cam defining a surface operative to urge the trailing edge portion of each mailpiece into parallel alignment with the support blade; and an anti-abrasion assembly responsive to rotation of the digital rotary positioning device to forcibly displace a surface of the stacked mailpieces away from a moving surface of the ingestion assembly;
A system for optically modulating a plurality of optical channels, the system comprising: a power delivery module adapted to convert a coherent light beam into a plurality of optical channels; at least one optical modulator, optically coupled to the power delivery module, the at least one optical modulator adapted to optically modulate each of the plurality of the optical channels; and a vacuum chamber having a trapping plane therein, the vacuum chamber adapted to generate an addressable array of trapped particles at the trapping plane, wherein each of the plurality of optical channels is optically coupled to at least one of the trapped particles of the addressable array, chacterised in that the at least one optical modulator comprises a plurality of electro-optically controlled Mach-Zehnder Interferometers, MZI, each of the plurality of the MZIs adapted to modulate one of the optical channels. a power delivery module adapted to convert a coherent light beam into a plurality of optical channels; at least one optical modulator, optically coupled to the power delivery module, the at least one optical modulator adapted to optically modulate each of the plurality of the optical channels; and a vacuum chamber having a trapping plane therein, the vacuum chamber adapted to generate an addressable array of trapped particles at the trapping plane, wherein each of the plurality of optical channels is optically coupled to at least one of the trapped particles of the addressable array, chacterised in that the at least one optical modulator comprises a plurality of electro-optically controlled Mach-Zehnder Interferometers, MZI, each of the plurality of the MZIs adapted to modulate one of the optical channels.
A dimethicone-based oral mucosal carrier comprising a first dimethicone material having a viscosity of between about 1,000 mPa·s (cP) and 25,000 mPa·s (cP), and a second dimethicone material having a viscosity of between about 2.0 million and 3.0 million mPa·s (cP); and at least one active agent; wherein dimethicone has the formula: with the number of "n" repeating units impacting the viscosity of the material.
A method for providing freeze-thaw stability to a formulation, the method comprising including in the formulation a freeze-thaw stabilizer, wherein the freeze-thaw stabilizer is a compound of formula I: or salt thereof, wherein R 1 and R 2 are independently H, linear or branched C 1 -C 10 alkyl, or C 3 -C 12 cycloalkyl.
Device for compression of IP, Internet Protocol, headers of packets of a stream of packets of data, for a communication equipment constituting a transmission end point in an Internet Protocol communication network, said packets of the stream each comprising, in particular, an IP header including a destination end point identifier identifying a destination end point of the stream, a session identifier and stream attributes, and a transport protocol header, and for transmission of said packets after segmentation into cells, wherein the device comprises processing means adapted, in case of reception of a packet of the stream, i) to determine if the IP header of said packet can be compressed as a function of at least one chosen criterion, then ii) if so, to determine if said compression can lead to a reduction in a number of cells having to result from the segmentation of said packet, then iii) if so and the stream is unknown, to replace in said packet at least said IP header by a partially compressed header comprising at least the session identifier and a compression identifier signaling the partially compressed header, or if so and the stream is known, to replace in said packet at least said IP header by a compressed header comprising at least the session identifier and a compression identifier signaling the compressed header. i) to determine if the IP header of said packet can be compressed as a function of at least one chosen criterion, then ii) if so, to determine if said compression can lead to a reduction in a number of cells having to result from the segmentation of said packet, then iii) if so and the stream is unknown, to replace in said packet at least said IP header by a partially compressed header comprising at least the session identifier and a compression identifier signaling the partially compressed header, or
Storage cassette for laboratory objects, which forms a plurality of storage sites arranged one above the other to accommodate laboratory objects, wherein the storage cassette comprises: - A back wall, - Two side walls standing perpendicular to the back wall, wherein the side walls and the back wall are formed by sections of a single piece of sheet metal bent towards one another, wherein the storage sites are formed by bent angle brackets (40, 42) of the piece of sheet metal, on which the laboratory objects can be placed, wherein part of the angle brackets are arranged on the back wall and wherein the angle brackets on the back wall have on a front edge retention elements bent upwards to hold the laboratory objects secure against slipping. - A back wall, - Two side walls standing perpendicular to the back wall,
Sensor device for a household refrigeration appliance, having a pivoting door, wherein the sensor device is designed to be attached to the pivoting door of the household refrigeration appliance, and comprises the following: - an inertial sensor for providing a motion signal; and - a processing device which is designed to determine a pivoting angle (φ) of the pivoting door on the basis of the motion signal, and - to output a signal if the pivoting angle (φ) has reached a predetermined threshold value characterised in that - the processing device is designed to determine that the pivoting door is completely closed, and then to occasionally calibrate the determined pivoting angle (φ). - an inertial sensor for providing a motion signal; and - a processing device which is designed to determine a pivoting angle (φ) of the pivoting door on the basis of the motion signal, and - to output a signal if the pivoting angle (φ) has reached a predetermined threshold value - the processing device is designed to determine that the pivoting door is completely closed, and then to occasionally calibrate the determined pivoting angle (φ).
A unit cell manufacturing apparatus comprising: an electrode reel (111, 112, 113) from which an electrode sheet (1111, 1121, 1131), which is to be a plurality of electrodes, is unwound; a separator reel (121, 122) from which a separator sheet (1211, 1221) to be stacked with the electrodes is unwound; a sealer, in a stack which is formed by stacking the plurality of electrodes with the separator sheet (1211, 1221) while the plurality of electrodes are spaced apart from each other and disposed in a row in the longitudinal direction of the separator sheet (1211, 1221), the sealer which is disposed between a pair of neighoring electrodes of the plurality of electrodes and applies heat and pressure to at least one of corners of the electrodes or edges of the electrodes, and a laminator which laminates the stack. an electrode reel (111, 112, 113) from which an electrode sheet (1111, 1121, 1131), which is to be a plurality of electrodes, is unwound; a separator reel (121, 122) from which a separator sheet (1211, 1221) to be stacked with the electrodes is unwound; a sealer, in a stack which is formed by stacking the plurality of electrodes with the separator sheet (1211, 1221) while the plurality of electrodes are spaced apart from each other and disposed in a row in the longitudinal direction of the separator sheet (1211, 1221), the sealer which is disposed between a pair of neighoring electrodes of the plurality of electrodes and applies heat and pressure to at least one of corners of the electrodes or edges of the electrodes, and a laminator which laminates the stack.
A method for forming an absorbent article of the type comprising a first absorbent core and a second absorbent core which are superposed on each other, the forming method comprising: a step of feeding a first supporting web along a first feed path in a first feed direction; a step of placing a succession of first absorbent cores on the first supporting web at a preset spacing; a step of feeding a second supporting web along a second feed path in a second feed direction; a step of placing a succession of second absorbent cores on the second supporting web at the preset spacing; a step of coupling the second supporting web to the first supporting web in such a way that each first absorbent core is coupled to a corresponding second absorbent core in a composite web comprising the succession of first absorbent cores and the succession of the second absorbent cores interposed between the first supporting web and the second supporting web. a step of feeding a first supporting web along a first feed path in a first feed direction; a step of placing a succession of first absorbent cores on the first supporting web at a preset spacing; a step of feeding a second supporting web along a second feed path in a second feed direction; a step of placing a succession of second absorbent cores on the second supporting web at the preset spacing; a step of coupling the second supporting web to the first supporting web in such a way that each first absorbent core is coupled to a corresponding second absorbent core in a composite web comprising the succession of first absorbent cores and the succession of the second absorbent cores interposed between the first supporting web and the second supporting web.
A device for posture assessment of a user comprising: a sensing means comprising a housing and a single capacitive sensor, wherein said single capacitive sensor is situated just beneath the top of the housing, and wherein said single capacitive sensor has the proximity of the body of a user as input variable, said sensing means being therefore configured to provide an output in direct response to the distance between said housing and the body of a user wearing said sensing means; and means to attach said sensing means to said user's body in such a manner that said distance varies in response to a defined posture change. a sensing means comprising a housing and a single capacitive sensor, wherein said single capacitive sensor is situated just beneath the top of the housing, and wherein said single capacitive sensor has the proximity of the body of a user as input variable, said sensing means being therefore configured to provide an output in direct response to the distance between said housing and the body of a user wearing said sensing means; and means to attach said sensing means to said user's body in such a manner that said distance varies in response to a defined posture change.
A cleaning robot comprising: a main body; a moving portion configured to move the main body; an obstacle sensor configured to sense a height of an obstacle; and a camera mounted on an upper portion of the main body, and configured to acquire an upper view image of the cleaning robot; characterized in that a controller is provided configured to store an obstacle map of a first area including information about the height of the obstacle, based on the sensed height of the obstacle, store a feature point map of the first area by extracting a feature point from the upper view image acquired by the camera, when the cleaning robot is moved from the first area to a second area by an external force, store the obstacle map of the second area and the feature point map of the second area, and when the cleaning robot reenters the first area, control the moving portion to move the main body to clean from a point where the cleaning is stopped in the first area, based on the obstacle map of the first area, the obstacle map of the second area, the feature point map of the first area and the feature point map of the second area. a main body; a moving portion configured to move the main body; an obstacle sensor configured to sense a height of an obstacle; and a camera mounted on an upper portion of the main body, and configured to acquire an upper view image of the cleaning robot; characterized in that a controller is provided configured to store an obstacle map of a first area including information about the height of the obstacle, based on the sensed height of the obstacle, store a feature point map of the first area by extracting a feature point from the upper view image acquired by the camera, when the cleaning robot is moved from the first area to a second area by an external force, store the obstacle map of the second area and the feature point map of the second area, and when the cleaning robot reenters the first area, control the moving portion to move the main body to clean from a point where the cleaning is stopped in the first area, based on the obstacle map of the first area, the obstacle map of the second area, the feature point map of the first area and the feature point map of the second area.
A method of operating a Uninterruptible Power Supply UPS system having a first UPS and a second UPS, the method comprising: receiving, at an input of the first UPS, input power from a power source; generating, with a first analysis circuit within the first UPS, a first signal containing information indicative of a signal characteristic of the input power received by the first UPS; receiving, at the first analysis circuit, a second signal from a second analysis circuit of the second UPS coupled to the power source, the second signal containing information indicative of a signal characteristic of the input power from the power source received at the second analysis circuit; comparing, with the first analysis circuit, the first signal and the second signal; determining, in response to comparing, whether an improper wiring condition exists at the input of the first UPS, the improper wiring condition being reverse connection of phase and neutral terminals; in response to a determination that an improper wiring condition does not exist at the input, providing output power to an output of the first UPS; and in response to a determination that an improper wiring condition does exist at the input, opening relay coupled between the power source and the first UPS to de-couple the first UPS from the power source and de-energize the first UPS. receiving, at an input of the first UPS, input power from a power source; generating, with a first analysis circuit within the first UPS, a first signal containing information indicative of a signal characteristic of the input power received by the first UPS; receiving, at the first analysis circuit, a second signal from a second analysis circuit of the second UPS coupled to the power source, the second signal containing information indicative of a signal characteristic of the input power from the power source received at the second analysis circuit; comparing, with the first analysis circuit, the first signal and the second signal; determining, in response to comparing, whether an improper wiring condition exists at the input of the first UPS, the improper wiring condition being reverse connection of phase and neutral terminals; in response to a determination that an improper wiring condition does not exist at the input, providing output power to an output of the first UPS; and in response to a determination that an improper wiring condition does exist at the input, opening relay coupled between the power source and the first UPS to de-couple the first UPS from the power source and de-energize the first UPS.
A sulfide solid electrolyte comprising at least one element M selected from the group consisting of Al, Si, B, Mg, Zr, Ti, Hf, Ca, Sr, Sc, Ce, Ta, Nb, W, Mo, and V, and comprising N, and having a crystalline structure, wherein the crystalline structure includes a crystalline structure that has a crystal phase of Li 7 P 3 S 11, Li 4 P 2 S 6, or β-Li 3 PS 4, or a first crystalline structure that has diffraction peaks at 2θ = 17.9° ± 0.5°, 19.1° ± 0.5°, 29.1° ± 0.5°, and 29.8° ± 0.5° in X-ray diffraction measurement with a CuKa line.
A system for inspecting a rail, the system comprising: an ultrasonic transducer (36, 37) positioned to emit an ultrasonic beam onto the rail and receive a refraction beam, the ultrasonic transducer (36, 37) being movable between a first position and a second position; a curvature sensor operable to measure a change in angle of a carriage relative to a horizontal plane and determine a radius of the rail in response to the measured change in angle of the carriage relative to a horizontal plane; and a controller operably coupled to the curvature sensor, the controller having a processor that is responsive to executable computer instructions when executed on the processor to cause the ultrasonic transducer (36, 37) to move to receive refraction beam in response to a determination that the radius of curvature of the rail is less than a predetermined first threshold. an ultrasonic transducer (36, 37) positioned to emit an ultrasonic beam onto the rail and receive a refraction beam, the ultrasonic transducer (36, 37) being movable between a first position and a second position; a curvature sensor operable to measure a change in angle of a carriage relative to a horizontal plane and determine a radius of the rail in response to the measured change in angle of the carriage relative to a horizontal plane; and a controller operably coupled to the curvature sensor, the controller having a processor that is responsive to executable computer instructions when executed on the processor to cause the ultrasonic transducer (36, 37) to move to receive refraction beam in response to a determination that the radius of curvature of the rail is less than a predetermined first threshold.