mhurhangee/ep-ind-claims huggingface dataset:
An illumination assembly for providing illumination in an underwater medium which at least partially absorbs light, characterized by comprising a light sensing unit having at least one fluid chamber having a hollow body, pluralities of fluid intake openings opened outside from said fluid chamber and providing fluid input to the fluid chamber, at least one light source positioned inside the fluid chamber and which emits light in at least one first spectrum which is at least one of the red, green, blue, white, orange, near IR, ultraviolet or yellow spectra, at least one photo-diode positioned inside the fluid chamber in a manner facing said light source and which generates signal related to the distribution in said first spectrum and optical intensity of the wavelengths of the light, which is emitted by the light source and which passes through water; at least one LED array which can emit light in the first spectrum; at least one LED driver which sets the optical intensity of the light emitted by said LED array and the distribution thereof in the first spectrum; a control unit which determines the operational setting of said LED driver and connected to said photo-diode in a manner receiving said signal as input; said control unit is configured in a manner applying the signal received as input to a function which gives output in proportion to the light intensity and in a manner changing the operational settings of the LED driver in order for the LED array to emit light in accordance with the output of said function. at least one LED array which can emit light in the first spectrum; at least one LED driver which sets the optical intensity of the light emitted by said LED array and the distribution thereof in the first spectrum; a control unit which determines the operational setting of said LED driver and connected to said photo-diode in a manner receiving said signal as input; said control unit is configured in a manner applying the signal received as input to a function which gives output in proportion to the light intensity and in a manner changing the operational settings of the LED driver in order for the LED array to emit light in accordance with the output of said function.
Device for monitoring a protective area, comprising - acquisition means, at least comprising a ToF camera for acquiring digital images of the protective area and for determining distance information of image areas of the digital images of the protective area, - evaluation means for evaluating the digital images and the distance information for detecting persons and/or objects within the protective area, - the acquisition means have at least one digital image sensor for supplying a sequence of images acquired within a controllable integration time in each case, the acquisition means being designed to acquire acquisition images with an acquisition integration time, - and verification means are provided for verifying the function of the acquisition means characterized in that - the verification means are designed for specifying a modified verification integration time, namely one which is longer or shorter than the acquisition integration time, - and for comparing the exposure of at least one image acquired with the verification integration time with at least one acquisition image, - wherein, in the case of an extended verification integration time, the verification means are designed to detect a fault state with a larger or equal exposure of the acquisition image, - and wherein, in the case of a shortened verification integration time, the verification means are designed to detect a fault state with a smaller or equal exposure of the acquisition image. - acquisition means, at least comprising a ToF camera for acquiring digital images of the protective area and for determining distance information of image areas of the digital images of the protective area, - evaluation means for evaluating the digital images and the distance information for detecting persons and/or objects within the protective area, - the acquisition means have at least one digital image sensor for supplying a sequence of images acquired within a controllable integration time in each case, the acquisition means being designed to acquire acquisition images with an acquisition integration time, - and verification means are provided for verifying the function of the acquisition means characterized in that - the verification means are designed for specifying a modified verification integration time, namely one which is longer or shorter than the acquisition integration time, - and for comparing the exposure of at least one image acquired with the verification integration time with at least one acquisition image, - wherein, in the case of an extended verification integration time, the verification means are designed to detect a fault state with a larger or equal exposure of the acquisition image, - and wherein, in the case of a shortened verification integration time, the verification means are designed to detect a fault state with a smaller or equal exposure of the acquisition image.
An electrical coupling device for an electric vehicle recharging station comprising a cylinder/coupler provided with an extensible arm adapted to be movable between a retracted position and a deployed position, in which the extensible arm is adapted to ensure electrical connection, and support means (100, 200) of the cylinder /coupler allowing two degrees of freedom by rotation of the cylinder/coupler with respect to a support base about two axes (202, 302) transverse to each other and orthogonal to a direction of extension of the arm, the cylinder/coupler being placed in a protective casing capable of angular displacement about a vertical axis and about a horizontal axis perpendicular to the direction of extension of the extensible arm with respect to a support base, the device being characterized in that the extensible arm is mounted on a means linked to a first strand of a belt driven by a geared motor, a counterweight being linked to a second strand opposite the belt and in that the protective casing is provided with a hatch movable in displacement between a closed position, in the retracted position of the extensible arm, and an open position, in the extended position of the extensible arm, and the hatch is automatically opened during the extension command of the extensible arm.
An ultrasound probe holding device configured to attach to the head of an infant for transfontanellar imaging, comprising: a head pad configured to be in contact with the head of the infant and comprising a central opening, wherein the head pad is configured to receive an ultrasound probe; a pad squeezer, comprising a central opening and configured to cooperate with the head pad to allow an axial guidance of the head pad along a guidance axis (Δ) substantially perpendicular to a surface tangent to the head of the infant; a device holder configured to be attached to the head of the infant and exert a downward force on the pad squeezer, along said guidance axis; and repellent means configured to exert a repellent force between the pad squeezer and the head pad when the device holder exerts the downward force on the pad squeezer. a head pad configured to be in contact with the head of the infant and comprising a central opening, wherein the head pad is configured to receive an ultrasound probe; a pad squeezer, comprising a central opening and configured to cooperate with the head pad to allow an axial guidance of the head pad along a guidance axis (Δ) substantially perpendicular to a surface tangent to the head of the infant; a device holder configured to be attached to the head of the infant and exert a downward force on the pad squeezer, along said guidance axis; and repellent means configured to exert a repellent force between the pad squeezer and the head pad when the device holder exerts the downward force on the pad squeezer.
Seating device comprising: - a base plate for a user to sit on; and - a pelvic support for supporting in a vertical position the pelvis of a user sitting on said base plate without supporting or immobilising said user's vertebrae, wherein said pelvic support is configured for contacting said pelvis at the posterior superior iliac spines and/ or at the iliac crests, without any contact to said user's vertebrae wherein said seating device is configured for providing an angle of 93° to 97° between the pelvic support and the upper side of the base plate. - a base plate for a user to sit on; and - a pelvic support for supporting in a vertical position the pelvis of a user sitting on said base plate without supporting or immobilising said user's vertebrae, wherein said pelvic support is configured for contacting said pelvis at the posterior superior iliac spines and/ or at the iliac crests, without any contact to said user's vertebrae
Screwdriver handle with a magazine for screwdriver inserts (bits), with a handle body having a front end and a rear end, wherein a tool shank is arranged on the handle body, with a cylindrical cavity which is formed coaxially in the handle body and at its front inner face is closed by the handle body and the rear end of which is open at the rear end of the handle body, with a shank which is arranged coaxially in the cavity and the front end of which is attached at the inner end face of the cavity in the handle body and which extends to the open rear end of the cavity, with a sleeve guided axially displaceably along the shank, with a cap sitting on the rear end of the sleeve, and with a bit holder which is arranged on the outer periphery of the sleeve and in which several bits can be inserted distributed over the periphery, wherein in a storage position, the sleeve on the shank is retracted into the cavity, the bit holder is situated in the cavity and the cap closes the open rear end of the cavity, and wherein in an extraction position, the sleeve on the shank is moved out of the cavity so far that the bit holder is exposed for lateral extraction and insertion of the bits, wherein the bit holder has a bit receiver which sits on the front inner end of the sleeve and in which the bits can be inserted with their end, wherein the bit receiver has receiver pockets which are distributed over the periphery and in each of which a bit can be axially inserted, characterised in that the bit receiver holds the bits in the storage position lying axially parallel on the sleeve, and in the extraction position with their free ends spread away from the sleeve, wherein the receiver pockets are held lying on the sleeve in the cavity and on emergence from the cavity they pivot away from the sleeve, the receiver pockets are arranged pivotably on the sleeve and are pretensioned elastically in the direction of pivoting out, and the receiver pockets are mounted pivotably in the sleeve by means of a film hinge and are pretensioned by a spring element in the direction of pivoting out.
A method of preparing a catalyst support comprising washing a dried and/or calcined precipitated metal oxide material with water and an aqueous solution of acid and base such that contaminant levels in said precipitated metal oxide are reduced, wherein the metal oxide material is washed with water, washed with nitric acid and washed with aqueous ammonia.
A connection member to be connected to and to communicate with a first component, the connection member being further connectable to another connection member which has the same structure as this connection member to be connected to and to communicate with a second component, the connection member comprising: a communicating portion, being connectable to and communicatable with the first component; a mating portion, being formed so as to communicate with the another end part of the communicating portion; two engaging portions, being formed on the side of the mating portion engageable into the another connection member; two engaged portions, being formed and being oriented oppositely between the two engaging portions on the side of the mating portion; the engaging portions having a form of a claw; the engaged portions having a form of an opening; the two engaging portions of the connection member being engageable with the two engaged portions of the another connection member; the two engaging portions of the another connection member being engageable with the two engaged portions of the connection member; wherein the connection member and the another connection member are mutually connectable to communicate with each other. a communicating portion, being connectable to and communicatable with the first component; a mating portion, being formed so as to communicate with the another end part of the communicating portion; two engaging portions, being formed on the side of the mating portion engageable into the another connection member; two engaged portions, being formed and being oriented oppositely between the two engaging portions on the side of the mating portion; the engaging portions having a form of a claw; the engaged portions having a form of an opening; the two engaging portions of the connection member being engageable with the two engaged portions of the another connection member; the two engaging portions of the another connection member being engageable with the two engaged portions of the connection member; wherein the connection member and the another connection member are mutually connectable to communicate with each other.
Apparatus for cooling drinking water, at least comprising a water intake and a water drain, a container for cooling liquids, a drinking water line, through which the water to be cooled can be conveyed and a coolant line, through which the cooling liquid can be conveyed, wherein the drinking water can be cooled by means of the cooling liquid flowing in the coolant line, wherein the flow direction of the cooling liquid opposes the flow direction of the drinking water and wherein the device comprises an ice generator, characterised in that the container has a pump, by means of which the cooling liquid in the coolant line can be moved, and that an activation of the ice generator can be effected automatically, if a defined temperature is exceeded, such that the cooling liquid is further cooled down by adding ice from the ice generator and an additional cooling can thus be effected.
Valve system for an LNG fuel tank, which valve system comprises two pressure relief safety valves (12, 15), in which an outlet line from the LNG fuel tank is divided into two safety valve branches (23, 24) each comprising one pressure relief safety valve (12, 15), characterized in that the valve system further comprises interconnected shutoff valves (11, 16) for shutting off one of the safety valve branches (23; 24) at time so that at least one pressure relief safety valve (12, 15) is in operation at all times, that the safety valve branches (23, 24) connect to a common outlet line and one of the shutoff valves (11, 16) is located at the branching point of the outlet line for the LNG fuel tank and one of the shutoff valves (11, 16) is located at the connecting point to the common outlet line and that the shutoff valves (11, 16) are diverter valves with a T-bore.
A fitting arrangement for windows, doors or the like, in particular for plastic windows or plastic doors, having at least one cover rail (23, 25) for at least regionally covering a fitting groove which is formed in a frame or in a leaf frame of the window, of the door or the like; having at least one closure element which is movable between a release position and a latched position along a longitudinal extent of the fitting groove; and having a gear which can be actuated to move the closure element, wherein the cover rail (23, 25) is configured for a support in the fitting groove displaceable along the longitudinal extent and the at least one closure element is displaceably supported at the cover rail (23, 25) in and against an extension direction running transversely to the longitudinal extent, characterized in that a control mechanism of the fitting arrangement in an assembled state thereof ensures that, on an actuation of a drive section, the closure element is first displaced in the extension direction from a position retracted into the cover rail (23, 25) into a position extended from the cover rail (23, 25) and is subsequently, in an extended state, displaced together with the cover rail (23, 25) along the longitudinal extent of the fitting groove in order to move from the release position into the latched position.
A composition comprising an isolated bioactive L. fermentum Qi6 bacterial strain deposited with the ATCC under the Budapest Treaty under Accession No. PTA-122195 on June 10, 2015, grown as biofilm, and/or comprising a bioactive extract of said biofilm, wherein the biological activity of the strain, and/or extract thereof, is selected from antimicrobial activity, agonistic towards a peroxisome proliferator-activated receptor (PPAR) promoting commensal bacterial growth, enhancing a skin and/or mucosal barrier function and enhancing a skin and/or mucosal innate immune function.
Sink, especially a kitchen sink, having at least one bowl and an outlet opening arranged in the bowl, having: an outlet device having an outlet valve for opening and closing the outlet opening arranged in the sink, which outlet device has a venting valve as well as an outlet, which venting valve has a valve housing which is connected to the outlet valve via a pipe section in order to provide an outlet valve having an integrated venting function, wherein the pipe section is connected to a connection part of a connection piece, which connection piece is arranged at the outlet of the outlet device underneath the bowl in the region of the outlet opening, characterised in that the valve housing is integrally connected to the pipe section and is arranged at least partly in projection underneath the outlet opening or underneath an insert element inserted into the outlet opening, wherein the outlet has an outlet pipe section, which outlet pipe section is suitable for connection of an overflow device, wherein the connection part opens into the outlet substantially directly opposite the outlet pipe section and initially extends in extension of the outlet pipe section before then bending to the side at approximately 90 degrees, the pipe section being arranged on that bent portion of the connection part. an outlet device having an outlet valve for opening and closing the outlet opening arranged in the sink, which outlet device has a venting valve as well as an outlet, which venting valve has a valve housing which is connected to the outlet valve via a pipe section in order to provide an outlet valve having an integrated venting function, wherein the pipe section is connected to a connection part of a connection piece, which connection piece is arranged at the outlet of the outlet device underneath the bowl in the region of the outlet opening, characterised in that the valve housing is integrally connected to the pipe section and is arranged at least partly in projection underneath the outlet opening or underneath an insert element inserted into the outlet opening, wherein the outlet has an outlet pipe section, which outlet pipe section is suitable for connection of an overflow device, wherein the connection part opens into the outlet substantially directly opposite the outlet pipe section and initially extends in extension of the outlet pipe section before then bending to the side at approximately 90 degrees, the pipe section being arranged on that bent portion of the connection part.
An overfill valve for an APU, auxiliary power unit, oil sump integrated in a gearbox of the APU in an aircraft, the overfill valve comprising: a housing adapted to be connected by a first end to an oil sump port and to receive an excess of oil from the oil sump; a fixed part within the housing and located in an upper part of a second end of the housing; a hinged flap within the housing located in a lower part of the second end of the housing and which is normally closed in its rest position, the hinge flap adapted to close the overfill valve in a rest position; and a hinge between the fixed part of the housing and the hinged flap, wherein the hinged flap comprises a floating device configured to be subjected to a floating force adapted to hinge the hinged flap from its rest position upon reception of the excess of oil in the housing; and wherein the hinging of the hinged flap from its rest position causes the opening of the overfill valve and the draining of at least part of the excess of oil past the hinged flap. a housing adapted to be connected by a first end to an oil sump port and to receive an excess of oil from the oil sump; a fixed part within the housing and located in an upper part of a second end of the housing; a hinged flap within the housing located in a lower part of the second end of the housing and which is normally closed in its rest position, the hinge flap adapted to close the overfill valve in a rest position; and a hinge between the fixed part of the housing and the hinged flap, wherein the hinged flap comprises a floating device configured to be subjected to a floating force adapted to hinge the hinged flap from its rest position upon reception of the excess of oil in the housing; and wherein the hinging of the hinged flap from its rest position causes the opening of the overfill valve and the draining of at least part of the excess of oil past the hinged flap.
A method for storing data in a tamper-proof manner in an electronic storage device, using a bidirectionally linked blockchain structure, the method comprising: • providing the bidirectionally linked blockchain structure; • providing the data to be stored; • generating an additional block for expanding the blockchain structure, which includes the data to be stored and is intended to be linked bidirectionally to the last block of the blockchain structure, the last block of the blockchain structure including stored data; • calculating a first block-dependent linking function for bidirectionally linking the last block to the additional block, the calculation of the linking function comprising: ∘ calculating a combined block-dependent check value of the last block and of the additional block (110, 112), using the data stored in the last block and the data to be stored in the additional block; ∘ associating the combined check value with a block-independent, linking process-specific function; • adding the first block-dependent linking function to the last block; • adding the first block-dependent linking function to the additional block; and • storing the blockchain structure expanded by the additional block. • providing the bidirectionally linked blockchain structure; • providing the data to be stored; • generating an additional block for expanding the blockchain structure, which includes the data to be stored and is intended to be linked bidirectionally to the last block of the blockchain structure, the last block of the blockchain structure including stored data; • calculating a first block-dependent linking function for bidirectionally linking the last block to the additional block, the calculation of the linking function comprising: ∘ calculating a combined block-dependent check value of the last block and of the additional block (110, 112), using the data stored in the last block and the data to be stored in the additional block; ∘ associating the combined check value with a block-independent, linking process-specific function; ∘ calculating a combined block-dependent check value of the last block and of the additional block (110, 112), using the data stored in the last block and the data to be stored in the additional block; ∘ associating the combined check value with a block-independent, linking process-specific function; • adding the first block-dependent linking function to the last block; • adding the first block-dependent linking function to the additional block; and • storing the blockchain structure expanded by the additional block.