mhurhangee/ep-ind-claims huggingface dataset:
Endoscopic arrangement (10, 100) comprising - control electronics and at least one image sensor (11, 110), the image sensor being arranged at the distal end (10a, 100a) and being set up to generate its own sensor clock which can be influenced by the control electronics, and - the image sensor (11, 110) is connected to the control electronics and to an evaluation electronics in the proximal end via a data and supply cable, characterized in that - the control electronics are arranged at the proximal end (10b, 100b) of the endoscopic arrangement and have means for recognizing the sensor clock and/or the transmitted sensor image rate and/or the sensor image phase of the image sensor arranged at the distal end and for adapting it to a reference clock, so that the at least one image sensor can be operated synchronously to a clock not predetermined by this sensor itself; the control electronics being designed in such a way that - the sensor clock is influenced by means of a change in the sensor supply voltage, by means of the data and supply cable, or - the sensor clock is influenced by receiving configuration data by means of the data and supply cable. - control electronics and at least one image sensor (11, 110), the image sensor being arranged at the distal end (10a, 100a) and being set up to generate its own sensor clock which can be influenced by the control electronics, and - the image sensor (11, 110) is connected to the control electronics and to an evaluation electronics in the proximal end via a data and supply cable, - the control electronics are arranged at the proximal end (10b, 100b) of the endoscopic arrangement and have means for recognizing the sensor clock and/or the transmitted sensor image rate and/or the sensor image phase of the image sensor arranged at the distal end and for adapting it to a reference clock, so that the at least one image sensor can be operated synchronously to a clock not predetermined by this sensor itself; the control electronics being designed in such a way that - the sensor clock is influenced by means of a change in the sensor supply voltage, by means of the data and supply cable, or - the sensor clock is influenced by receiving configuration data by means of the data and supply cable.
A laser leveling system for use with a patient drainage system, comprising: a housing; a mounting bracket coupled to the housing and configured to rotatably couple the housing to the drainage system; an accelerometer enclosed within the housing; a laser module enclosed within the housing; and a first level indicator positioned on a top of the housing and electrically coupled to the accelerometer to indicate a relative position of the housing with respect to gravity, wherein the first level indicator includes first, second and third light emitting diodes, wherein the first and third of the light emitting diodes indicate that the housing is not level and the second of the light emitting diodes indicate that the housing is level, and in that the laser leveling system further comprises a second level indicator positioned on a bottom of the housing and electrically coupled to the accelerometer to indicate a relative position of the housing with respect to gravity, wherein the second level indicator includes forth, fifth and sixth light emitting diodes, wherein the forth and sixth of the light emitting diodes indicate that the housing is not level and the fifth of the light emitting diodes indicate that the housing is level, and in that the first and fourth light emitting diodes are lit when the housing is tilted in a first counter-clockwise direction with respect to gravity and the third and sixth light emitting diodes are lit when the housing is tilted in a second clockwise direction with respect to gravity opposite to the first direction. a housing; a mounting bracket coupled to the housing and configured to rotatably couple the housing to the drainage system; an accelerometer enclosed within the housing; a laser module enclosed within the housing; and a first level indicator positioned on a top of the housing and electrically coupled to the accelerometer to indicate a relative position of the housing with respect to gravity, wherein the first level indicator includes first, second and third light emitting diodes, wherein the first and third of the light emitting diodes indicate that the housing is not level and the second of the light emitting diodes indicate that the housing is level, and in that the laser leveling system further comprises a second level indicator positioned on a bottom of the housing and electrically coupled to the accelerometer to indicate a relative position of the housing with respect to gravity, wherein the second level indicator includes forth, fifth and sixth light emitting diodes, wherein the forth and sixth of the light emitting diodes indicate that the housing is not level and the fifth of the light emitting diodes indicate that the housing is level, and in that the first and fourth light emitting diodes are lit when the housing is tilted in a first counter-clockwise direction with respect to gravity and the third and sixth light emitting diodes are lit when the housing is tilted in a second clockwise direction with respect to gravity opposite to the first direction.
Openable frameless door or window casement arrangement with insulating glass unit, including at least a first glass plate and a second glass plate, a spacer which is gas-tightly inserted generally along the edge between the first and second glass plates creating a plate interspace, a cordon of sealant securing said glass plates together, and an outwardly opening generally U-shaped profile, which along the edge encompasses the spacer and is positioned between said glass plates for receiving window hardware, whereby actuating elements pass through one of the glass plate through openings and facilitate access to the hardware, characterized in that: a. the profile is separated from the spacer, b. the profile is concealed completely between the first and the second glass plates, the outermost edges of the profile being positioned inside the periphery of said glass plates, c. the insulating glass unit is a triple glazing having a second spacer which is gas-tightly inserted generally along the edge between the second and third glass plates creating a second plate interspace, a second cordon of sealant securing said glass plates together, and a second profile, which along the edge encompasses the second spacer and is positioned between said glass plates for reinforcing the casement stability and/or receiving other functionality, characterized in that the second profile is separated from the second spacer, and is positioned between the second and third glass plates in an identical way as the first profile between the first and second glass plate. a. the profile is separated from the spacer, b. the profile is concealed completely between the first and the second glass plates, the outermost edges of the profile being positioned inside the periphery of said glass plates, c. the insulating glass unit is a triple glazing having a second spacer which is gas-tightly inserted generally along the edge between the second and third glass plates creating a second plate interspace, a second cordon of sealant securing said glass plates together, and a second profile, which along the edge encompasses the second spacer and is positioned between said glass plates for reinforcing the casement stability and/or receiving other functionality, characterized in that the second profile is separated from the second spacer, and is positioned between the second and third glass plates in an identical way as the first profile between the first and second glass plate.
An aircraft radio communications system comprising: a first filter coupled to process a first received audio signal; a second filter coupled to process a second received audio signal; a summing node coupled to said first and second filters (52A, 52B); and a control element coupled to said summing node, said control element inhibiting radio transmissions temporarily while said first, and/or second received audio signals are active to thereby give priority to voice radio communications reception over data transmission.
A friction clutch for a drive train of a motor vehicle, comprising a thrust plate (6, 7) which is displaceable relative to a pressure plate (2, 3) and a clutch disc (4, 5) for engaging and disengaging the clutch, and an actuating element (8, 9) connected for conjoint rotation with the thrust plate (6, 7) and influencing the thrust plate displacement position, which actuating element (8, 9) has at least one fluid-deflecting section which, in an operating state of the clutch, introduces a cooling fluid into the interior of the clutch for cooling the thrust plate (6, 7), pressure plate (2, 3) and/or clutch disc (4, 5), and wherein the actuating element (8, 9) is designed as a rigid component, characterised in that at least the pressure plate (2, 3) or the thrust plate (6, 7) has at least one second fluid deflecting section which redirects the cooling fluid, and/or has a groove geometry in the region of a friction surface connected to the clutch disc (4, 5) in the engaged position, which is designed to distribute the cooling fluid.
Rocker structure (R1-R2-R3) for a vehicle, in which a longitudinal direction, a transversal direction and a vertical direction are defined, so that the three directions (L, T, V) are orthogonal to each other, the rocker structure (R1-R2-R3) comprising a first steel profile and a second steel profile, such that, when the rocker structure (R1-R2-R3) is mounted on the vehicle the profiles (1, 2) have the longitudinal direction, in each of the first and second profiles (1, 2) a concavity, an upper joining flange (11, 12) and a lower joining flange (21, 22) are defined, the profiles (1, 2) being joined therebetween by their upper (11, 12) and lower joining flanges (21, 22) so that a channel is defined between the two profiles (1, 2), the first profile comprising a central section having substantially the vertical direction, the second profile comprising a central section having substantially the vertical direction, the rocker structure (R1-R2-R3) further comprising a first impact absorption element arranged in the channel, the first impact absorption element is a closed steel profile wherein an upper lobe and a lower lobe joined by a central joining section are defined, the upper lobe being located closer to the upper joining flanges (11, 21) and the lower lobe being located closer to the lower joining flanges (21, 22); characterized in that an upper side of the upper lobe and a lower side of the lower lobe are made of two linear portions parallel and arranged on a same line separated by a curved central portion (314, 324).
Stackable electric contact or signalling block comprising a casing (102, 304) that defines its volume, the casing (102, 304) having upper (112, 312) and lower (114, 314) faces for connecting the block to another component, the casing accommodating the following elements: - a screw (106, 313) for fixing the block to another component; and - a press rod (130, 306) capable of moving from a rest position to an activation position for transferring a translation force to a component attached to the lower face (114, 314) of the casing, the press rod (130, 306) comprising an activation head (140, 340) in the form of a wedge capable of translationally engaging with a push-button (202, 502) or of rotationally engaging with a rotary knob; the casing (102, 304) comprising a cavity (115, 315) for guiding the press rod between its rest and activation positions, in which cavity the press rod (130, 306) is accommodated, characterized by a device (119, 150; 319, 350) for guiding the press rod into the guide cavity comprising at least one guide tab (119, 319) accommodated in a matching guide slot (150, 350) passing through the activation head. - a screw (106, 313) for fixing the block to another component; and - a press rod (130, 306) capable of moving from a rest position to an activation position for transferring a translation force to a component attached to the lower face (114, 314) of the casing, the press rod (130, 306) comprising an activation head (140, 340) in the form of a wedge capable of translationally engaging with a push-button (202, 502) or of rotationally engaging with a rotary knob; the casing (102, 304) comprising a cavity (115, 315) for guiding the press rod between its rest and activation positions, in which cavity the press rod (130, 306) is accommodated, characterized by a device (119, 150; 319, 350) for guiding the press rod into the guide cavity comprising at least one guide tab (119, 319) accommodated in a matching guide slot (150, 350) passing through the activation head.
A dental amalgam recycling system for recycling particles from a dental liquid effluent drawn from a suctioning device comprising: (a) an air-water separator tank for receiving said effluent, said air-water separator tank having an air-water separator tank inlet in fluid communication with said suctioning device; an air-water separator tank liquid effluent outlet; and an air-water separator tank air outlet; (b) a recycling container, said recycling container acting primarily under the influence of gravity to cause sedimentation of said particles; said recycling container having a recycling container effluent inlet port connected to said air-water separator tank liquid effluent outlet; and said recycling container further having an effluent outlet port; (c) wherein the air-water separator tank also includes an internal suction conduit; (d) wherein the recycling container effluent inlet port and the recycling container outlet port are not the same height; characterized in that, the recycling container further comprises one or more irregular keyways cast into its outside top mating surface; and said air-water separation tank has one or more keys cast into its mating surface, such that the keys of the air-water separation tank and the keyways of said recycling container must be aligned in order for said recycling container and said air-water separation tank to mate securely. (a) an air-water separator tank for receiving said effluent, said air-water separator tank having an air-water separator tank inlet in fluid communication with said suctioning device; an air-water separator tank liquid effluent outlet; and an air-water separator tank air outlet; (b) a recycling container, said recycling container acting primarily under the influence of gravity to cause sedimentation of said particles; said recycling container having a recycling container effluent inlet port connected to said air-water separator tank liquid effluent outlet; and said recycling container further having an effluent outlet port; (c) wherein the air-water separator tank also includes an internal suction conduit; (d) wherein the recycling container effluent inlet port and the recycling container outlet port are not the same height;
A process for producing a composite film material having a thickness of 5 to 50 μm, which can simultaneously function as a current collector or as an electrode material, in particular cathode material, in a battery, the composite film material being a dispersoid-metal matrix hybrid film, wherein the dispersoid is an active material, selected from (i) sulfur, selenium, sulfur/selenium-compounds, selected from Se 5 S, Se 5 S 2, Se 5 S 4, SeS, Se 3 Se 5, SeS 2, SeS 7 and SeS 20, or Li 2 S n with 1≤n≤8, or (ii) lithium intercalation compounds, selected from LiMPO 4 with M = Fe, Mn, Co, Ni and their mixtures; LiMO 2 with M = Ni, Co, Mn and their binary or ternary mixtures; LiNi 1-y-z CO y M z O 4 with M = Mg, Al, Mn, y+z = 0-1; LiNi y Mn y Co 1-2y O 2 with y = 0-0,5; LiM 1-y [Li 1/3 Mn 2/3] y O 2 with M = Cr, Mn, Fe, Co, Ni or their mixtures, y = 0-1; LiM 2 O 4 with Mn, Ti, V, where these can partially be replaced by one or more transition metal ions; Li x V 2 O 5 with 0<x≤3; or Li x V 6 O 13 with 0<x≤6, and the metal matrix comprises an electrically conductive material selected from metals or metallic alloys, with the proviso that no additional binder material and no additional electrically conductive filler particles are present in the composite film material, comprising a combination of electroforming and dispersion deposition, where in the electroforming the dispersoid is additionally introduced in the electrolyte from which the metal matrix constituting electrically conductive material is produced, so that the dispersoid is incorporated into the depositing layer of the metal matrix during the electroforming, and subsequently the deposited layer is taken-off as a film from the corresponding support material onto which it is deposited. (i) sulfur, selenium, sulfur/selenium-compounds, selected from Se 5 S, Se 5 S 2, Se 5 S 4, SeS, Se 3 Se 5, SeS 2, SeS 7 and SeS 20, or Li 2 S n with 1≤n≤8, or (ii) lithium intercalation compounds, selected from LiMPO 4 with M = Fe, Mn, Co, Ni and their mixtures; LiMO 2 with M = Ni, Co, Mn and their binary or ternary mixtures; LiNi 1-y-z CO y M z O 4 with M = Mg, Al, Mn, y+z = 0-1; LiNi y Mn y Co 1-2y O 2 with y = 0-0,5; LiM 1-y [Li 1/3 Mn 2/3] y O 2 with M = Cr, Mn, Fe, Co, Ni or their mixtures, y = 0-1; LiM 2 O 4 with Mn, Ti, V, where these can partially be replaced by one or more transition metal ions; Li x V 2 O 5 with 0<x≤3; or Li x V 6 O 13 with 0<x≤6, and
An oil extended functionalized styrene-butadiene copolymer wherein the functionalized styrene-butadiene copolymer comprises 15 to 50 wt.%, based on 100 wt.% of the copolymer, of repeating units based on styrene, 42 to 80 wt.%, based on 100 wt.% of the copolymer, of repeating units based on butadiene, and 5 to 43 wt.%, based on 100 wt.% of the copolymer, of units based on at least one functional monomer and wherein the at least one extender oil is based on vegetable oils.
A method of performing a random access procedure over a radio interface (106, 202), the method being performed by a mobile terminal (102, 200) and comprising the following steps: - transmitting a synchronization request for synchronization information; - receiving synchronization information in response to the synchronization request; - transmitting, based on at least one transmission parameter adjusted in accordance with the synchronization information, a resource request for data transmission resources and - starting a synchronization timer in response to at least one of the reception of synchronization information and the transmission of data, wherein the expiry of the synchronization timer has been set according to a prediction of a validity of the synchronization information. - transmitting a synchronization request for synchronization information; - receiving synchronization information in response to the synchronization request; - transmitting, based on at least one transmission parameter adjusted in accordance with the synchronization information, a resource request for data transmission resources and - starting a synchronization timer in response to at least one of the reception of synchronization information and the transmission of data, wherein the expiry of the synchronization timer has been set according to a prediction of a validity of the synchronization information.
Filter element, in particular air filter element, which forms a replaceable filter insert for a filtering device for filtering gaseous fluids, in particular for filtering air, for being inserted into a multipart housing, wherein at least one housing component (3, 4) features at least one housing dome (13, 14), wherein the filter element is rectangular, wherein a circumferential sealing element for separating a raw side from a clean side is made of PUR foam, wherein the sealing element is directly cast onto the filter element, characterized in that the filter element features at least one recess and is clampable using the at least one housing dome (13, 14), wherein the recess extends between the raw side and the clean side of the filter element, wherein a damping device, which is designed as penetration-free damping plug and consists of a vibration-damping material, is received in the at least one recess, wherein the damping device consists of PUR foam and is cast integrally into the recess and produced in the same processing step as the circumferential sealing element and wherein, in mounted state, the damping device can be disposed between the front face of the at least one housing dome (13, 14) and the opposing housing component (3, 4).
Device for transporting an organ, comprising a container for organs, a pump connected to said container and conduits (21, 22) for circulating a liquid and/or gas through said container, which pump is a gas-driven pump, and also an attachment for a gas bottle and a gas conduit connecting said gas bottle to the pump, wherein a first valve is provided in said gas conduit, and a controller controlling said gas conduit for producing a pulsating gas flow to said pump for operation thereof, characterised in that in the output conduit of the pump there are pressure sensor means, which pressure sensor means are connected to said controller and control the drive for said pump.
Circuit breaker for interrupting direct current, in particular of an on-board power supply system (12, 16) of a vehicle, having a main current path, which has a switch, and having a reed relay for detecting a flow of electric current over the main current path, wherein the switch is coupled to the reed relay, - wherein the reed relay is electrically connected in series with an electrical coil of the switch, - wherein the reed relay has a toggle switch configuration having a central connection electrically contact-connected to the electrical coil of the switch, and a first connection and a second connection, - wherein the central connection is electrically contact-connected either to the first connection or to the second connection depending on the switching state of the reed relay, - wherein, in the normal state, the first connection is electrically contact-connected to the central connection and is electrically insulated from the second connection, - wherein a first capacitor is electrically connected in parallel with the reed relay and the electrical coil, - and wherein the first capacitor is electrically contact-connected to the second connection of the reed relay. - wherein the reed relay is electrically connected in series with an electrical coil of the switch, - wherein the reed relay has a toggle switch configuration having a central connection electrically contact-connected to the electrical coil of the switch, and a first connection and a second connection, - wherein the central connection is electrically contact-connected either to the first connection or to the second connection depending on the switching state of the reed relay, - wherein, in the normal state, the first connection is electrically contact-connected to the central connection and is electrically insulated from the second connection, - wherein a first capacitor is electrically connected in parallel with the reed relay and the electrical coil, - and wherein the first capacitor is electrically contact-connected to the second connection of the reed relay.