mhurhangee/ep-ind-claims huggingface dataset:
An exercise bike comprising: a first frame that remains substantially stationary with respect to a support surface; a second frame pivotally joined to the first frame and configured to support a user, wherein the second frame pivots relative to the first frame about a pivot axis in response to a force applied to the second frame by the user during exercise; a locking mechanism comprising a block coupled to one of the first frame and the second frame and a wedge coupled to the other one of the first frame and the second frame, wherein at least one of the block and the wedge is movably coupled to the respective frame; and an actuator (300,301) accessible to the user while riding the exercise bike and operatively coupled to the block to cause the block to pivot toward and engage with the wedge, in response to manipulation of the actuator (300,301) in at least one position of the second frame relative to the first frame. a first frame that remains substantially stationary with respect to a support surface; a second frame pivotally joined to the first frame and configured to support a user, wherein the second frame pivots relative to the first frame about a pivot axis in response to a force applied to the second frame by the user during exercise; a locking mechanism comprising a block coupled to one of the first frame and the second frame and a wedge coupled to the other one of the first frame and the second frame, wherein at least one of the block and the wedge is movably coupled to the respective frame; and an actuator (300,301) accessible to the user while riding the exercise bike and operatively coupled to the block to cause the block to pivot toward and engage with the wedge, in response to manipulation of the actuator (300,301) in at least one position of the second frame relative to the first frame.
A method for producing a thermocouple having at least two thermolegs, each made of p- and n-doped semiconductor material, which are electrically conductively interconnected alternately on a hot and a cold side, comprising the steps: - providing a substrate which consists exclusively of an electrically and thermally conductive material and has at least one aperture which divides the substrate into substrate regions on the hot side and substrate regions on the cold side of the thermocouple, - fitting the substrate with thermolegs, wherein each thermoleg is placed on a substrate region on the hot side and on a substrate region on the cold side and is electrically and thermally conductively connected to the substrate region on the hot side and to the substrate region on the cold side, - applying an encapsulation so that at least each thermoleg is enclosed and the encapsulation bonds integrally to the substrate region on the hot side and to the substrate region on the cold side of each thermoleg, - separating parts of the substrate in such a manner that a flow of electric current between the substrate regions (1f, 1g) is prevented by the at least one aperture in the substrate. - providing a substrate which consists exclusively of an electrically and thermally conductive material and has at least one aperture which divides the substrate into substrate regions on the hot side and substrate regions on the cold side of the thermocouple, - fitting the substrate with thermolegs, wherein each thermoleg is placed on a substrate region on the hot side and on a substrate region on the cold side and is electrically and thermally conductively connected to the substrate region on the hot side and to the substrate region on the cold side, - applying an encapsulation so that at least each thermoleg is enclosed and the encapsulation bonds integrally to the substrate region on the hot side and to the substrate region on the cold side of each thermoleg, - separating parts of the substrate in such a manner that a flow of electric current between the substrate regions (1f, 1g) is prevented by the at least one aperture in the substrate.
An image display device comprising: a main body; at least one camera, a flexible display unit arranged on a front side of the main body; a drive unit arranged on a rear side of the flexible display unit and configured to bend at least one part of the flexible display unit; and a controller configured to: search for a user location using an image captured by the camera; display the image on the flexible display unit, display a graphic object on a position of a user corresponding to the searched user location; and control the drive unit to transform the at least one part of the flexible display unit based on the searched user location. a main body; at least one camera, a flexible display unit arranged on a front side of the main body; a drive unit arranged on a rear side of the flexible display unit and configured to bend at least one part of the flexible display unit; and a controller configured to: search for a user location using an image captured by the camera; display the image on the flexible display unit, display a graphic object on a position of a user corresponding to the searched user location; and control the drive unit to transform the at least one part of the flexible display unit based on the searched user location. search for a user location using an image captured by the camera; display the image on the flexible display unit, display a graphic object on a position of a user corresponding to the searched user location; and control the drive unit to transform the at least one part of the flexible display unit based on the searched user location.
Device for protecting a vacuum environment from leakage, comprising: an optical component for the gas-tight closure of the vacuum environment, a cooling device for cooling the optical component by supplying a cooling medium to a cooling region which is separated from the vacuum environment in a gas-tight manner and in which a first part-region of the optical component is arranged, characterized by a reduced-pressure production device for producing a reduced pressure (p u) in a reduced-pressure region which is separated in a gas-tight manner from the vacuum environment and from the cooling region and in which a second part-region of the optical component is arranged, and by a detection device (33, 37, 38) for detecting a leakage in the optical component when the cooling medium flows from the cooling region into the reduced-pressure region and/or into the vacuum environment. an optical component for the gas-tight closure of the vacuum environment, a cooling device for cooling the optical component by supplying a cooling medium to a cooling region which is separated from the vacuum environment in a gas-tight manner and in which a first part-region of the optical component is arranged, characterized by a reduced-pressure production device for producing a reduced pressure (p u) in a reduced-pressure region which is separated in a gas-tight manner from the vacuum environment and from the cooling region and in which a second part-region of the optical component is arranged, and by a detection device (33, 37, 38) for detecting a leakage in the optical component when the cooling medium flows from the cooling region into the reduced-pressure region and/or into the vacuum environment.
Hairstyling appliance for curling hair, comprising a mandrel, a tile hinged on the appliance to form a clamp with the mandrel so as to move the tile between a position disengaged from the mandrel and a supported position against the mandrel, a heating element, a liquid reservoir, a wick integral with the reservoir and communicating therewith so as to be soaked in liquid, and guide means arranged between the reservoir and the mandrel so as to enable the movement of the reservoir and the wick between a passive position and an active position wherein the wick is in contact with the heating element for the creation of steam, characterised in that the appliance comprises a locking/unlocking system configured to ensure that the reservoir and the wick are held in the active position.
A feeder comprising: a feeder main body with a supply position, the feeder being configured to supply an electronic component from an electronic component housing section that houses many of the electronic components one by one to the supply position; and a handle attached to an upper surface of the feeder main body, the handle being made from a flexible strip member, wherein the feeder main body includes a level difference portion on the upper surface of the feeder main body for which a height varies in a front-rear direction, and the handle is attached such that a front end of the flexible strip material and a rear end of the flexible strip material straddle the level difference portion, and the handle is configured such that the level difference portion includes a forward-angle portion that is angled forward, and the flexible strip member attached straddling the forward-angle portion is positioned in a storage state contacting the level difference portion so as to match a shape of the level difference portion. a feeder main body with a supply position, the feeder being configured to supply an electronic component from an electronic component housing section that houses many of the electronic components one by one to the supply position; and a handle attached to an upper surface of the feeder main body, the handle being made from a flexible strip member, wherein the feeder main body includes a level difference portion on the upper surface of the feeder main body for which a height varies in a front-rear direction, and the handle is attached such that a front end of the flexible strip material and a rear end of the flexible strip material straddle the level difference portion, and the handle is configured such that the level difference portion includes a forward-angle portion that is angled forward, and the flexible strip member attached straddling the forward-angle portion is positioned in a storage state contacting the level difference portion so as to match a shape of the level difference portion.
Process for preparing a polymer, which comprises a micellar radical polymerization step, the process comprising a step of contacting the following, in an aqueous medium: - hydrophilic monomers, dissolved or dispersed in said aqueous medium; and - a micellar solution containing, in dispersed form in the medium, micelles comprising hydrophobic monomers; wherein said hydrophilic monomers and/or said hydrophobic monomers comprise crosslinking monomers (mR) comprising at least two ethylenic unsaturations; - at least one radical polymerization initiator, which is preferably water-soluble or water-dispersible; and - preferably at least one radical polymerization control agent; the process further comprising a step after step, wherein the polymers obtained at the end of step are milled, whereby the polymers are obtained in the form of dispersible particles. - hydrophilic monomers, dissolved or dispersed in said aqueous medium; and - a micellar solution containing, in dispersed form in the medium, micelles comprising hydrophobic monomers; wherein said hydrophilic monomers and/or said hydrophobic monomers comprise crosslinking monomers (mR) comprising at least two ethylenic unsaturations; - at least one radical polymerization initiator, which is preferably water-soluble or water-dispersible; and - preferably at least one radical polymerization control agent;
A reception device designed to be placed on board a satellite, comprising: - beam forming means (200, 203) for forming a plurality of reception beams, with a reception beam corresponding to a spot, all of the spots forming a coverage area; - at least one reception module (207, 208) comprising means for detecting surveillance messages from a reception beam, characterised in that said device further comprises: - switching means for periodically implementing a switching sequence allowing at least one reception beam to be switched to at least one reception module, said sequence being designed so as to allow the detection, during a predetermined period Tup, of at least one surveillance message per aircraft present in the coverage area, said sequence also being composed of a plurality of switching phases, with a switching phase corresponding to a duration during which the signals transmitted by aircraft present in at least one spot are processed in the at least one reception module so as to detect surveillance messages Tup. - beam forming means (200, 203) for forming a plurality of reception beams, with a reception beam corresponding to a spot, all of the spots forming a coverage area; - at least one reception module (207, 208) comprising means for detecting surveillance messages from a reception beam, characterised in that said device further comprises: - switching means for periodically implementing a switching sequence allowing at least one reception beam to be switched to at least one reception module, said sequence being designed so as to allow the detection, during a predetermined period Tup, of at least one surveillance message per aircraft present in the coverage area, said sequence also being composed of a plurality of switching phases, with a switching phase corresponding to a duration during which the signals transmitted by aircraft present in at least one spot are processed in the at least one reception module so as to detect surveillance messages Tup.
An injector arrangement which allows the fat tissue to be drawn through a suction tip, stored inside a tube without intervention or exposure to air and centrifuged finally in order to obtain fat based stem cells, comprising a modular piston with a movable structure which allows drawing the fat tissue into the tube through the said suction tip by means of a piston tip seal, a piston shaft with modular structure which allows the said modular piston to move inside the tube in forward and backward directions and which can be separated from the modular piston in order to allow the tube to be placed inside a centrifuge device after the fat tissue is drawn inside the tube, and an O-ring which engages into the O-ring seat formed on a hollow locking part with independent structure in order to make the hollow locking part with an independent structure introduced on the said modular piston to act as a locking device during the centrifuge process, such as to prevent the fat tissue and split stem cells to leak outside the tube during the centrifuge, wherein; the injector arrangement comprises said suction tip, said tube, said piston tip seal and said hollow locking part and wherein said piston tip seal has a concave structure.
An instrument for exercising the muscles of the mouth, comprising: a first body and a second body, which are mobile with respect to one another so as to pass from a resting position to at least one operating position against the action of a counteracting elastic element; a first portion and a second portion, which are shaped to adapt to gripping with the arches of the upper and lower jaws of a patient, and are arranged in cantilever fashion with respect to said first and second bodies (1, 2), respectively, so as to pass from a position at rest where they are away from one another to at least one operating position where they are close to one another, which correspond to said resting position and said operating position of the bodies (1, 2); and means for adjusting the elastic pre-loading of said elastic element in the resting position of said first and second bodies (1, 2), means for adjusting the distance at rest of the portions (4, 5) along a line of approach (a), in the resting position where said portions (4, 5) are away from one another, said instrument being characterized in that said means for adjusting the elastic pre-loading and said means for adjusting the relative distance at rest of the portions (4, 5) are mechanically decoupled to enable independent adjustment of the distance with respect to the pre-load. a first body and a second body, which are mobile with respect to one another so as to pass from a resting position to at least one operating position against the action of a counteracting elastic element; a first portion and a second portion, which are shaped to adapt to gripping with the arches of the upper and lower jaws of a patient, and are arranged in cantilever fashion with respect to said first and second bodies (1, 2), respectively, so as to pass from a position at rest where they are away from one another to at least one operating position where they are close to one another, which correspond to said resting position and said operating position of the bodies (1, 2); and means for adjusting the elastic pre-loading of said elastic element in the resting position of said first and second bodies (1, 2), means for adjusting the distance at rest of the portions (4, 5) along a line of approach (a), in the resting position where said portions (4, 5) are away from one another, said instrument being characterized in that said means for adjusting the elastic pre-loading and said means for adjusting the relative distance at rest of the portions (4, 5) are mechanically decoupled to enable independent adjustment of the distance with respect to the pre-load.
A device for automatic processing of an image of printed surfaces comprising at least one position marker (3, 4, 5, 6; 14; 17, 18) of a main area to be extracted from a printed surface of the image, the device comprising: - means for acquiring the image of printed surfaces; - means for identifying at least one position marker in the image of printed surfaces; and - means for extracting the main area located in the plane of the image based on the at least one position marker thus identified, characterized in that the device further comprises means for identifying and decoding a microcode, associated with the main area to be extracted, in the image of printed surfaces, the microcode being contained in an area associated with the main area to be extracted and positioned in a predetermined manner relative to the main area to be extracted outside the main area to be extracted, and the extraction means being configured to determine, based on the microcode, a model of the main area to be extracted from among several different models, and to correct a possible perspective effect in the image based on the determined model. - means for acquiring the image of printed surfaces; - means for identifying at least one position marker in the image of printed surfaces; and - means for extracting the main area located in the plane of the image based on the at least one position marker thus identified,
. A 3-dimensional printing system, comprising: a powder bed comprising a thermoplastic polymer powder; a fluid jet printer, comprising: a first fluid ejector in communication with a reservoir of a fusing agent to print the fusing agent onto the powder bed, wherein the fusing agent comprises: water, a carbon black pigment, and a water soluble co-solvent present in the fusing agent at an amount from 20 wt% to 60 wt%; a second fluid ejector in communication with a reservoir of a detailing agent to print the detailing agent onto the powder bed, wherein the detailing agent comprises water, and a black dye; and and a fusing radiation source (360a, 360b) to expose the powder bed to electromagnetic radiation sufficient to fuse thermoplastic polymer powder that has been printed with the fusing agent. a powder bed comprising a thermoplastic polymer powder; a fluid jet printer, comprising: a first fluid ejector in communication with a reservoir of a fusing agent to print the fusing agent onto the powder bed, wherein the fusing agent comprises: water, a carbon black pigment, and a water soluble co-solvent present in the fusing agent at an amount from 20 wt% to 60 wt%; a second fluid ejector in communication with a reservoir of a detailing agent to print the detailing agent onto the powder bed, wherein the detailing agent comprises water, and a black dye; and and a fusing radiation source (360a, 360b) to expose the powder bed to electromagnetic radiation sufficient to fuse thermoplastic polymer powder that has been printed with the fusing agent. a first fluid ejector in communication with a reservoir of a fusing agent to print the fusing agent onto the powder bed, wherein the fusing agent comprises: water, a carbon black pigment, and a water soluble co-solvent present in the fusing agent at an amount from 20 wt% to 60 wt%; water, a carbon black pigment, and a water soluble co-solvent present in the fusing agent at an amount from 20 wt% to 60 wt%; a second fluid ejector in communication with a reservoir of a detailing agent to print the detailing agent onto the powder bed, wherein the detailing agent comprises water, and a black dye; and water, and a black dye; and and a fusing radiation source (360a, 360b) to expose the powder bed to electromagnetic radiation sufficient to fuse thermoplastic polymer powder that has been printed with the fusing agent.
A method for processing trigger information of machine type communication, MTC, devices, characterized by comprising: a machine type communication-interworking function entity, MTC-IWF, receiving indication information sent by an MTC server, wherein the indication information is used for triggering multiple MTC devices at a same time; the MTC-IWF determining that at least two MTC devices of the multiple MTC devices belong to different MTC groups; and the MTC-IWF forwarding trigger information to the multiple MTC devices; wherein the MTC-IWF forwarding the trigger information to the multiple MTC devices comprises: the MTC-IWF respectively forwarding the trigger information corresponding to different MTC devices to one or more access network devices in a first preset time interval through a core network device, to trigger the one or more access network devices to send the received trigger information to the multiple MTC devices; wherein the trigger information is further used for indicating the multiple MTC devices sending, in a second preset time interval using a random time delay, a response for indicating that the trigger information is received. a machine type communication-interworking function entity, MTC-IWF, receiving indication information sent by an MTC server, wherein the indication information is used for triggering multiple MTC devices at a same time; the MTC-IWF determining that at least two MTC devices of the multiple MTC devices belong to different MTC groups; and the MTC-IWF forwarding trigger information to the multiple MTC devices; wherein the MTC-IWF forwarding the trigger information to the multiple MTC devices comprises: the MTC-IWF respectively forwarding the trigger information corresponding to different MTC devices to one or more access network devices in a first preset time interval through a core network device, to trigger the one or more access network devices to send the received trigger information to the multiple MTC devices; wherein the trigger information is further used for indicating the multiple MTC devices sending, in a second preset time interval using a random time delay, a response for indicating that the trigger information is received.
One-legged high voltage transmission-line tower, which high voltage transmission-line tower includes a guyed tower part as a leg and its foundation, insulators (18, 20) for carrying the phase conductors (16, 17) of a 3-phase high voltage transmission line, earth-wire peaks supported on a beam gantry and the said tower part for carrying earth wires, characterized in that the high voltage transmission-line tower includes a coupling permitting the tilting of the tower part, wherein the coupling is adapted for transmitting torque between the high voltage transmission tower's lower end and the foundation.