mhurhangee/ep-ind-claims huggingface dataset:
A coherent radiation device with therapeutic effects for the human body, comprising: a handle with a switch and control components; an interchangeable head attached to the handle; an infra-red optic radiation emitter in the geometrical centre of the interchangeable head; green or yellow optical radiation emitters concentrically and evenly placed toward the geometrical centre of the interchangeable head; violet or indigo optical radiation emitters concentrically and evenly placed toward the geometrical centre of the interchangeable head; red optical radiation emitters concentrically and evenly placed toward the geometrical centre of the interchangeable head; acoustic transducers concentrically and evenly placed closer to the geometrical centre of the interchangeable head; and an electromagnetic field coil and/or permanent magnets situated along the external circuit inside the interchangeable head; wherein at least said infra-red optic radiation emitter, said acoustic transducers, said green or yellow optical radiation emitters, said violet or indigo optical radiation emitters, and said red optical radiation emitters are modulatable. a handle with a switch and control components; an interchangeable head attached to the handle; an infra-red optic radiation emitter in the geometrical centre of the interchangeable head; green or yellow optical radiation emitters concentrically and evenly placed toward the geometrical centre of the interchangeable head; violet or indigo optical radiation emitters concentrically and evenly placed toward the geometrical centre of the interchangeable head; red optical radiation emitters concentrically and evenly placed toward the geometrical centre of the interchangeable head; acoustic transducers concentrically and evenly placed closer to the geometrical centre of the interchangeable head; and an electromagnetic field coil and/or permanent magnets situated along the external circuit inside the interchangeable head; wherein at least said infra-red optic radiation emitter, said acoustic transducers, said green or yellow optical radiation emitters, said violet or indigo optical radiation emitters, and said red optical radiation emitters are modulatable.
An apparatus comprising: a microfluidic channel; a pump to move fluid through the microfluidic channel; an electric sensor within the microfluidic channel to form an electric field within the microfluidic channel and to output signals indicating an impedance of fluid within the electric field within the microfluidic channel; a frequency source; and a controller to output control signals to control the apparatus: deactivate the pump after the fluid is detected at a sense zone of the electric sensor, scan across a range of frequencies by applying a first plurality of nonzero frequencies to the electric sensor, activate the pump after scanning across the range of frequencies, and apply a second non-zero frequency of alternating current to the electric sensor, wherein a value of the second non-zero frequency of alternating current to the electric sensor is based upon signals received from the electric sensor during the application of the first plurality of non-zero frequencies of alternating current. a microfluidic channel; a pump to move fluid through the microfluidic channel; an electric sensor within the microfluidic channel to form an electric field within the microfluidic channel and to output signals indicating an impedance of fluid within the electric field within the microfluidic channel; a frequency source; and a controller to output control signals to control the apparatus: deactivate the pump after the fluid is detected at a sense zone of the electric sensor, scan across a range of frequencies by applying a first plurality of nonzero frequencies to the electric sensor, activate the pump after scanning across the range of frequencies, and apply a second non-zero frequency of alternating current to the electric sensor, wherein a value of the second non-zero frequency of alternating current to the electric sensor is based upon signals received from the electric sensor during the application of the first plurality of non-zero frequencies of alternating current. deactivate the pump after the fluid is detected at a sense zone of the electric sensor, scan across a range of frequencies by applying a first plurality of nonzero frequencies to the electric sensor, activate the pump after scanning across the range of frequencies, and apply a second non-zero frequency of alternating current to the electric sensor, wherein a value of the second non-zero frequency of alternating current to the electric sensor is based upon signals received from the electric sensor during the application of the first plurality of non-zero frequencies of alternating current.
Ammunition container to receive an ammunition belt with ammunition, having at least one pivotably arranged guiding element to ensure the tilting stability of the ammunition, characterised in that, the guiding element is mounted on a side wall (4, 5) by means of a basic body (18, 19) and an articulation arranged on the basic body (18, 19) and that the basic body (18, 19) can be inserted into a guide rail in the ammunition container.
Infusion device for administering a medical fluid to a patient, comprising: - a receptacle for receiving a syringe, - a pusher device movable in a pushing direction for acting onto a piston of the syringe received in the receptacle, - a driving rod, - an electric drive device for driving the driving rod, and - a clutching device comprising a frame member and at least one clutch element (130A, 130B) movably arranged on the frame member, the at least one clutch element (130A, 130B) being constituted to operatively connect, in a clutched state, the driving rod to the pusher device for driving the pusher device by the electric drive device, the clutching device being actuatable to assume an unclutched state in which the operative connection between the driving rod and the pusher device is released, wherein the clutching device comprises a lock element for locking the at least one clutch element (130A, 130B) in the clutched state, characterized in that the frame member is operatively connected to the pusher device and the at least one clutch element (130A, 130B) is constituted to releasably engage with the driving rod, wherein the clutch device comprises two clutch elements (130A, 130B), each clutch element (130A, 130B) being movably arranged on the frame member, wherein the two clutch elements (130A, 130B) are movable in opposite directions for transferring the clutch device into the unclutched state, and wherein the lock element locks the two clutch elements (130A, 130B) with respect to each other in the clutched state. - a receptacle for receiving a syringe, - a pusher device movable in a pushing direction for acting onto a piston of the syringe received in the receptacle, - a driving rod, - an electric drive device for driving the driving rod, and - a clutching device comprising a frame member and at least one clutch element (130A, 130B) movably arranged on the frame member, the at least one clutch element (130A, 130B) being constituted to operatively connect, in a clutched state, the driving rod to the pusher device for driving the pusher device by the electric drive device, the clutching device being actuatable to assume an unclutched state in which the operative connection between the driving rod and the pusher device is released, wherein the clutching device comprises a lock element for locking the at least one clutch element (130A, 130B) in the clutched state, characterized in that the frame member is operatively connected to the pusher device and the at least one clutch element (130A, 130B) is constituted to releasably engage with the driving rod, wherein the clutch device comprises two clutch elements (130A, 130B), each clutch element (130A, 130B) being movably arranged on the frame member, wherein the two clutch elements (130A, 130B) are movable in opposite directions for transferring the clutch device into the unclutched state, and wherein the lock element locks the two clutch elements (130A, 130B) with respect to each other in the clutched state.
A method for producing an aerogel blanket, the method comprising: 1) impregnating a catalyzed sol into a blanket base; and 2) gelating the catalyzed sol to prepare a wet-gel blanket composite, wherein the method comprises: A) after the impregnating, recovering a non-impregnated catalyzed sol, and then stopping gelation of the recovered sol by adding a solvent to dilute the non-impregnated catalyzed sol; and B) reusing the gelation-stopped recovered sol in preparing of a catalyzed sol, wherein the catalyzed sol prepared through step B) above contains 5 to 50 wt% of the gelation-stopped recovered sol. 1) impregnating a catalyzed sol into a blanket base; and 2) gelating the catalyzed sol to prepare a wet-gel blanket composite, wherein the method comprises: A) after the impregnating, recovering a non-impregnated catalyzed sol, and then stopping gelation of the recovered sol by adding a solvent to dilute the non-impregnated catalyzed sol; and B) reusing the gelation-stopped recovered sol in preparing of a catalyzed sol, A) after the impregnating, recovering a non-impregnated catalyzed sol, and then stopping gelation of the recovered sol by adding a solvent to dilute the non-impregnated catalyzed sol; and B) reusing the gelation-stopped recovered sol in preparing of a catalyzed sol,
A vertical cavity surface emitting device comprising: a substrate; a first multilayer film reflecting mirror formed on the substrate; a light-emitting structure layer formed on the first multilayer film reflecting mirror, the light-emitting structure layer including a light-emitting layer; and a second multilayer film reflecting mirror formed on the light-emitting structure layer, the second multilayer film reflecting mirror constituting a resonator between the first multilayer film reflecting mirror and the second multilayer film reflecting mirror, wherein the light-emitting structure layer has a high resistance region and a low resistance region having an electrical resistance lower than an electrical resistance of the high resistance region, the low resistance region has a plurality of partial regions arranged into a ring shape while being separated by the high resistance region in a plane of the light-emitting structure layer, and the low resistance region has an inner region disposed inside the plurality of partial regions and is connected to each of the plurality of partial regions. a substrate; a first multilayer film reflecting mirror formed on the substrate; a light-emitting structure layer formed on the first multilayer film reflecting mirror, the light-emitting structure layer including a light-emitting layer; and a second multilayer film reflecting mirror formed on the light-emitting structure layer, the second multilayer film reflecting mirror constituting a resonator between the first multilayer film reflecting mirror and the second multilayer film reflecting mirror, wherein the light-emitting structure layer has a high resistance region and a low resistance region having an electrical resistance lower than an electrical resistance of the high resistance region, the low resistance region has a plurality of partial regions arranged into a ring shape while being separated by the high resistance region in a plane of the light-emitting structure layer, and the low resistance region has an inner region disposed inside the plurality of partial regions and is connected to each of the plurality of partial regions.
A human sleep monitoring device, comprising a signal processing module, a reflecting film, a detection light emitting module and a receiving module, wherein the detection light emitting module is configured to emit detection light to the human body; the reflecting film has an illuminating surface and a reflecting surface, partial light emitted by the detection light emitting module is absorbed by the human body based on the illuminating surface, and is configured to guide partial light which is emitted by the detection light emitting module and not absorbed by the human body, to the receiving module; the receiving module is configured to receive the light guided by the reflecting film; and the signal processing module is configured to obtain physiological sign data of the human body according to intensity information of the light received by the receiving module, wherein the intensity information of the light absorbed by the blood reflects a systole frequency dynamic distribution in a sleep state of the human body, and the signal processing module obtains the systole data information based on the intensity information of the light received by the receiving module, wherein the detection light emitting module is mounted on a portion of the reflecting film for covering the heel, and the receiving module is mounted on a portion of the reflecting film for covering toes; or, the detection light emitting module is mounted on a portion of the reflecting film for covering the toes, and the receiving module is mounted on a portion of the reflecting film for covering the heel. the detection light emitting module is configured to emit detection light to the human body; the reflecting film has an illuminating surface and a reflecting surface, partial light emitted by the detection light emitting module is absorbed by the human body based on the illuminating surface, and is configured to guide partial light which is emitted by the detection light emitting module and not absorbed by the human body, to the receiving module; the receiving module is configured to receive the light guided by the reflecting film; and the signal processing module is configured to obtain physiological sign data of the human body according to intensity information of the light received by the receiving module, wherein the intensity information of the light absorbed by the blood reflects a systole frequency dynamic distribution in a sleep state of the human body, and the signal processing module obtains the systole data information based on the intensity information of the light received by the receiving module, wherein the detection light emitting module is mounted on a portion of the reflecting film for covering the heel, and the receiving module is mounted on a portion of the reflecting film for covering toes; or, the detection light emitting module is mounted on a portion of the reflecting film for covering the toes, and the receiving module is mounted on a portion of the reflecting film for covering the heel.
Building closure element for closing a building opening, comprising a frame and a filling held in the frame, wherein a gap remaining between a reveal portion of the frame and a narrow end face of the filling is filled by a filling strip to prevent tool engagement, characterized in that the filling strip, which is substantially designed as a parallelepiped, consists of a plurality of individual strips of different thickness which are placed one on top of the other.
Ventilation arrangement comprising an exhaust hood (1, 1'), in particular in the form of a steam extractor for the kitchen area of ship equipment, and comprising an outlet connecting piece (2, 2') for connecting to a vent system, the exhaust hood (1, 1') comprising a separator (10, 10'), a duct (K, K') and a housing structure which forms, together with an upper cover part and longitudinal-side and transverse-side parts (5, 6, 7, 8) that are each angled away from said top cover part, a vapour-receiving space that is open at the bottom in the installed position, from which vapour-receiving space water-containing and/or grease-containing vapour is received in the duct (K, K') via the separator and forwarded to the outlet connecting piece (2, 2') as substantially cleaned exhaust air (T, T'), characterised in that at least one distribution shaft (11, 11', 11") comprising discharge openings (13, 13', 13") is provided as the duct (K, K') that receives the filtered exhaust air (T, T') and said distribution shaft leads into a discharge chamber (12, 12') which comprises outlet connecting pieces (2, 2'), is integrated in the housing structure at least in regions, and is directly connected to the distribution shaft (11, 11', 11"), the duct (K, K') being provided with a recirculation connection (TR, TR') in the region of the distribution shaft (11, 11', 11") and/or the discharge chamber, which recirculation connection catches at least one partial volume (TV, TV') of the filtered exhaust air (T, T').
Gas diffusion layer to be arranged between a bipolar plate and an electrode (6a, 6b) of an electrochemical cell, comprising at least two layers layered one on top of another, wherein at least one of the layers is in the form of a spring component (12a, 12b, 12c) having a progressive spring characteristic curve.
A rotary electric machine including a stator, a rotor and rotor fans contained in a closed type frame and adapted to cool, by means of a gas cooler, cooling gas (8, 9) warmed as a result of being circulated in the frame by the rotor fans and of exchanging heat with the stator and the rotor, wherein the machine comprises: the gas cooler, a heat pump utilizing a first coolant as a high temperature heat source and a second coolant as a low temperature heat source; and a second coolant circulation system for supplying the second coolant to a heat exchange section of the gas cooler, wherein the second coolant is cooled by the heat pump and supplied to the heat exchange section of the gas cooler by the second coolant circulation system, a reservoir is arranged in the second coolant circulation system to store the second coolant; and the second coolant circulation system includes: a liquid coolant gas cooler circulation system for circulating liquid coolant to the gas cooler as a first circulation system, and a liquid coolant heat pump circulation system for circulating liquid coolant to the heat pump as a second circulation system. the gas cooler, a heat pump utilizing a first coolant as a high temperature heat source and a second coolant as a low temperature heat source; and a second coolant circulation system for supplying the second coolant to a heat exchange section of the gas cooler, wherein the second coolant is cooled by the heat pump and supplied to the heat exchange section of the gas cooler by the second coolant circulation system, a reservoir is arranged in the second coolant circulation system to store the second coolant; and the second coolant circulation system includes: a liquid coolant gas cooler circulation system for circulating liquid coolant to the gas cooler as a first circulation system, and a liquid coolant heat pump circulation system for circulating liquid coolant to the heat pump as a second circulation system.
A contrast agent being an engineered protein, said contrast agent comprising: a) a scaffold protein; and b) at least one tailored metal ion chelating site, wherein the at least one metal ion chelating site is integrated into the scaffold protein; wherein the scaffold protein is a modified fluorescent protein, said protein consisting in a single polypeptide chain; wherein the fluorescent protein is chosen from the group consisting in green fluorescent proteins, yellow fluorescent proteins, blue fluorescent proteins, or red fluorescent proteins; wherein the metal ion chelating site binds a paramagnetic metal ion; and wherein the metal ion chelating site is engineered in the single polypeptide chain. a) a scaffold protein; and b) at least one tailored metal ion chelating site,
An RF filter for improving PIMD performance, the RF filter comprising: a housing having at least one cavity formed therein, the housing comprising a dielectric resonator held in the cavity; washers (350,350'; 350'a, 350'b) joined to an upper portion and a lower portion of the dielectric resonator, the washers shaped as circular plates and made of a metallic material; and a cover joined to an upper portion of the housing, wherein each washer has a washer protrusion formed on one side thereof protruding toward the cover or the housing, the washer protrusion increasing in height along a direction moving away from the center of the washer, and the washer protrusion is configured to contact the cover or the housing, characterised in that: at least one of the washers joined to the upper portion and the lower portion of the dielectric resonator has a screw formed on the washer and protruding from one side thereof. a housing having at least one cavity formed therein, the housing comprising a dielectric resonator held in the cavity; washers (350,350'; 350'a, 350'b) joined to an upper portion and a lower portion of the dielectric resonator, the washers shaped as circular plates and made of a metallic material; and a cover joined to an upper portion of the housing, wherein each washer has a washer protrusion formed on one side thereof protruding toward the cover or the housing, the washer protrusion increasing in height along a direction moving away from the center of the washer, and the washer protrusion is configured to contact the cover or the housing, characterised in that: at least one of the washers joined to the upper portion and the lower portion of the dielectric resonator has a screw formed on the washer and protruding from one side thereof.
A method for printing onto containers wherein the containers are transported by means of a circulating transport device, which has at least one holding device (23, 50, 52) for the containers to be printed onto, wherein the circulating transport device has at least one basic module (29, 30, 31) associated with it, upon which at least one print head is arranged, and wherein the at least one basic module (29, 30, 31) is arranged in the area of the orbit of the transport device, wherein the following method steps take place: - feeding the containers to a print area, wherein the print area has at least one basic module (29, 30, 31) associated with it; - driving along the at least one basic module (29, 30) at least partially synchronously with the containers being transported through the circulating transport device, which containers are to be printed onto, wherein the basic module (29, 30) assumes a start position and an end position in the print area at the circulating transport device; - printing onto the containers during a synchronous movement of the basic module (29, 30) and the circulating transport device between the start position and the end position by means of the at least one print head arranged on the basic module (29, 30); characterised by the following process steps: - returning the basic module (29, 30) opposite to the transport direction of the circulating transport device into the start position while the containers are being further transported in the transport direction by the circulating transport device; - wherein the basic module (29, 30) is returned into the start position in a swivelling movement in an opposite direction to a rotary movement or to a circulating movement of the transport device. - feeding the containers to a print area, wherein the print area has at least one basic module (29, 30, 31) associated with it; - driving along the at least one basic module (29, 30) at least partially synchronously with the containers being transported through the circulating transport device, which containers are to be printed onto, wherein the basic module (29, 30) assumes a start position and an end position in the print area at the circulating transport device; - printing onto the containers during a synchronous movement of the basic module (29, 30) and the circulating transport device between the start position and the end position by means of the at least one print head arranged on the basic module (29, 30); - returning the basic module (29, 30) opposite to the transport direction of the circulating transport device into the start position while the containers are being further transported in the transport direction by the circulating transport device; - wherein the basic module (29, 30) is returned into the start position in a swivelling movement in an opposite direction to a rotary movement or to a circulating movement of the transport device.