mhurhangee/ep-ind-claims huggingface dataset:
A full-face diving mask, comprising: a lens housing and a fitting mask sealed together at an interface; wherein the lens housing includes a lens that is at least partially transparent; a cavity formed by the lens housing and the fitting mask, the fitting mask including a face opening for the placement of a portion of a user's face therethrough and into the cavity, wherein the face opening is configured to seal against the portion of the user's face and prevent water from entering the cavity when the full-face diving mask is worn; a first partition plate dividing the cavity between an upper air compartment located adjacent to the user's eyes and a lower air compartment located adjacent to the user's nose and mouth when the full-face diving mask is worn; at least one valve located on the first partition plate permitting the transfer of air from the upper air compartment to the lower air compartment and preventing the transfer of air from the lower air compartment to the upper air compartment; a second partition plate dividing the lower air compartment into a front lower air compartment located between the second partition plate and the lens housing and rear lower air compartment located between the second partition plate and the face opening; and at least one additional valve located on the second partition plate permitting the transfer of air from the rear lower air compartment to the front lower air compartment and preventing the transfer of air from the front lower air compartment to the rear lower air compartment. a lens housing and a fitting mask sealed together at an interface; wherein the lens housing includes a lens that is at least partially transparent; a cavity formed by the lens housing and the fitting mask, the fitting mask including a face opening for the placement of a portion of a user's face therethrough and into the cavity, wherein the face opening is configured to seal against the portion of the user's face and prevent water from entering the cavity when the full-face diving mask is worn; a first partition plate dividing the cavity between an upper air compartment located adjacent to the user's eyes and a lower air compartment located adjacent to the user's nose and mouth when the full-face diving mask is worn; at least one valve located on the first partition plate permitting the transfer of air from the upper air compartment to the lower air compartment and preventing the transfer of air from the lower air compartment to the upper air compartment; a second partition plate dividing the lower air compartment into a front lower air compartment located between the second partition plate and the lens housing and rear lower air compartment located between the second partition plate and the face opening; and at least one additional valve located on the second partition plate permitting the transfer of air from the rear lower air compartment to the front lower air compartment and preventing the transfer of air from the front lower air compartment to the rear lower air compartment.
A correction method for time varying channels in a time slot division mobile communication system including: A. performing channel estimation for a time-slot or burst signal received with a time invariant block processing method and performing signal detection by using the channel estimation result to obtain a detection result; B. demodulating the detection result to recover the transmitted data; said method characterized in that between the said step A and step B the method further comprises, A1. estimating the channel deviation by the detection result of some symbols that are located near the channel estimation code, wherein the channel estimation code is a midamble at the middle of the time-slot or the burst signal, the said detection result of some symbols that are located near the channel estimation code is the detection result of selected number of data symbols, the selected number relates to the maximum varying of phase and amplitude allowed by a modulation mode adopted by the mobile communication system while the larger the allowable maximum varying of amplitude and phase, the larger the said number; A2. correcting the channel estimation with the estimated channel deviation; the said detection result is demodulated in the said Step B by using the corrected channel estimation; the said estimating the channel deviation in Step A1 comprises demodulating, making hard decision on, and re-modulating the detection result of the selected number of data symbols, and comparing a re-modulated result with the detection result before demodulation to estimate the channel deviation. A. performing channel estimation for a time-slot or burst signal received with a time invariant block processing method and performing signal detection by using the channel estimation result to obtain a detection result; B. demodulating the detection result to recover the transmitted data; A1. estimating the channel deviation by the detection result of some symbols that are located near the channel estimation code, wherein the channel estimation code is a midamble at the middle of the time-slot or the burst signal, the said detection result of some symbols that are located near the channel estimation code is the detection result of selected number of data symbols, the selected number relates to the maximum varying of phase and amplitude allowed by a modulation mode adopted by the mobile communication system while the larger the allowable maximum varying of amplitude and phase, the larger the said number; A2. correcting the channel estimation with the estimated channel deviation;
An X-ray leak detector comprising: an X-ray generator; a target area disposed such that X-rays generated by the X-ray generator strike the target area; a shield disposed in front of the X-ray generator, the shield configured to block X-rays backscattered from the target area; a first object disposed behind the shield relative to the target area; and an X-ray fluorescent Q-dot solution disposed on the first object, the X-ray fluorescent Q-dot solution configured to fluoresce with a visible light when X-rays strike the X-ray fluorescent Q-dot solution. an X-ray generator; a target area disposed such that X-rays generated by the X-ray generator strike the target area; a shield disposed in front of the X-ray generator, the shield configured to block X-rays backscattered from the target area; a first object disposed behind the shield relative to the target area; and an X-ray fluorescent Q-dot solution disposed on the first object, the X-ray fluorescent Q-dot solution configured to fluoresce with a visible light when X-rays strike the X-ray fluorescent Q-dot solution.
Tolerance absorber sleeve for fastening a first component to a second component within a predetermined tolerance range, wherein said sleeve is made of a metallic material and comprises a wall and a first axial end portion and a second axial end portion, wherein said sleeve is adapted to be arranged in a hole of said first component and abutting said second component at the second axial end portion, wherein said wall of said sleeve comprises at least one weakening zone adapted to plastically deform upon axial compression of the sleeve, such that said wall of said sleeve forms a first radially outward projection on a first side of said hole of said first component, and a second radially outward projection on a second side of said hole of said first component, whereby said tolerance absorber sleeve is adapted to hold said first component by said first and second projections (201, 202) within a predetermined tolerance range from said second component, wherein said weakening zone extends along a circumference of said sleeve, and wherein said weakening zone comprises at least one perforation.
An air-conditioning system that can be used together with a countermeasure device (60, 65) operating during leakage of a refrigerant, the air-conditioning system comprising: an air conditioner including an outdoor unit and a plurality of indoor units, each indoor unit being provided in a corresponding one of a plurality of indoor spaces and including a first control unit; and a second control unit capable of communicating with the plurality of first control units, the air conditioner including a refrigerant circuit which is formed by connecting the outdoor unit and the plurality of indoor units together and through which the refrigerant circulates, each first control unit being capable of communicating with the countermeasure device (60, 65) if the countermeasure device (60, 65) is installed in correspondence with one of the indoor spaces where the first control unit is located, the second control unit having a first function of prohibiting operation of the air conditioner if a first condition where communication between the first control unit and the countermeasure device (60, 65) is not established in any of the plurality of indoor units is satisfied, the second control unit permitting the operation of all the indoor units of the air conditioner if communication between at least one of the plurality of first control units and the countermeasure device (60, 65) is established. an air conditioner including an outdoor unit and a plurality of indoor units, each indoor unit being provided in a corresponding one of a plurality of indoor spaces and including a first control unit; and a second control unit capable of communicating with the plurality of first control units, the air conditioner including a refrigerant circuit which is formed by connecting the outdoor unit and the plurality of indoor units together and through which the refrigerant circulates, each first control unit being capable of communicating with the countermeasure device (60, 65) if the countermeasure device (60, 65) is installed in correspondence with one of the indoor spaces where the first control unit is located, the second control unit having a first function of prohibiting operation of the air conditioner if a first condition where communication between the first control unit and the countermeasure device (60, 65) is not established in any of the plurality of indoor units is satisfied, the second control unit permitting the operation of all the indoor units of the air conditioner if communication between at least one of the plurality of first control units and the countermeasure device (60, 65) is established.
An embossed multi-ply tissue product having a first outer surface and an opposed second outer surface, the product comprising first and second through-air dried tissue plies, the first through-air dried tissue ply having a first surface which forms the first outer surface of the product and comprises a background pattern and a first embossing pattern comprising discrete, non-linear line elements, wherein the embossing pattern covers from about 5.0 to about 10.0 percent of the first outer surface of the tissue product, the product having a basis weight from about 45 to about 65 gsm, a geometric mean tensile from about 3,000 to about 4,000 g/3" (g/7.62 cm) and a GM Flexural Rigidity less than about 600 mg*cm.
High-availability computer system, which is configured to provide a parallel-operating database, the data of which are divided up into a plurality of independently interrogatable database segments, comprising - a plurality of computer nodes for parallel data processing, wherein each computer node has at least one data processing component and a main memory, - a plurality of storage nodes, wherein each storage node has at least one non-volatile mass storage device, and - at least one data network for accessing the plurality of computer nodes, - in which, in the operation of the computer system, each database segment is allocated to a computer node of the plurality of computer nodes and is stored in the data memory of the allocated computer node, characterized in that - the plurality of computer nodes is partitioned into a plurality of computer groups, - each of the plurality of computer groups has at least one redundant computer node, - each storage node of the plurality of storage nodes is allocated to precisely one computer group of the plurality of computer groups, and - each computer group has a local connection structure allocated to the respective computer group, said structure connecting the storage nodes allocated to the respective computer group to computer nodes of the respective computer group. - a plurality of computer nodes for parallel data processing, wherein each computer node has at least one data processing component and a main memory, - a plurality of storage nodes, wherein each storage node has at least one non-volatile mass storage device, and - at least one data network for accessing the plurality of computer nodes, - in which, in the operation of the computer system, each database segment is allocated to a computer node of the plurality of computer nodes and is stored in the data memory of the allocated computer node, - the plurality of computer nodes is partitioned into a plurality of computer groups, - each of the plurality of computer groups has at least one redundant computer node, - each storage node of the plurality of storage nodes is allocated to precisely one computer group of the plurality of computer groups, and - each computer group has a local connection structure allocated to the respective computer group, said structure connecting the storage nodes allocated to the respective computer group to computer nodes of the respective computer group.
Refuelling device for a motor vehicle, comprising a motor vehicle tank, a filler pipe head for filling the motor vehicle tank and a ventilation outlet, wherein the filler pipe head comprises a filler opening for introduction of a nozzle for filling the motor vehicle tank by means of the nozzle and a filling ventilation opening, wherein the filling ventilation opening is opened during introduction of the nozzle so that an inner space of the filler pipe head is fluid-connected to the ventilation outlet via the filling ventilation opening, wherein the filling ventilation opening is closed during removal of the nozzle from the filler opening, characterized in that the filler pipe head has an operational ventilation opening with a semi-permeable diaphragm which makes it possible for gasses to pass through the operational ventilation opening and prevents the passage of fluids, wherein the operational ventilation opening is fluid-connected to the ventilation outlet.
A terminal lead assembly for use in an integrated drive generator comprising: a body formed of a lead portion and a support portion, said lead portion received within an aperture in said support portion, and said support portion having an outer periphery defined within a plane extending perpendicularly to a central axis of said lead portion; and said outer periphery including two curved portions and straight side portions extending parallel to each other and connecting said curved portions, wherein said straight side portions of said perimeter are spaced by a first distance, and points on said curved portions spaced furthest from each other are spaced by a second distance, and wherein a radius of curvature is defined to each of said curved portions from a center of a second aperture in said support portion, characterized in that the first distance is 2.057cm +/-0.025cm, the second distance is 3.317 +/-0.025cm, and the radius of curvature is 1.02223cm +/-0.025cm. a body formed of a lead portion and a support portion, said lead portion received within an aperture in said support portion, and said support portion having an outer periphery defined within a plane extending perpendicularly to a central axis of said lead portion; and said outer periphery including two curved portions and straight side portions extending parallel to each other and connecting said curved portions, wherein said straight side portions of said perimeter are spaced by a first distance, and points on said curved portions spaced furthest from each other are spaced by a second distance, and wherein a radius of curvature is defined to each of said curved portions from a center of a second aperture in said support portion, characterized in that the first distance is 2.057cm +/-0.025cm, the second distance is 3.317 +/-0.025cm, and the radius of curvature is 1.02223cm +/-0.025cm.
A quick release mounting system comprising: a mounting plate including at least one latching surface, a base having a socket for receiving said mounting plate, and at least one movable latching member for engaging with a said latching surface of said mounting plate to prevent separation of said mounting plate from said socket, and wherein said mounting system further comprises a locking mechanism (4, 40, 43, 20) operating to push said mounting plate in a direction perpendicular to, and away from, said base against said at least one latching member, in order to rigidly clamp said mounting plate within said socket. a mounting plate including at least one latching surface, a base having a socket for receiving said mounting plate, and at least one movable latching member for engaging with a said latching surface of said mounting plate to prevent separation of said mounting plate from said socket, and wherein said mounting system further comprises a locking mechanism (4, 40, 43, 20) operating to push said mounting plate in a direction perpendicular to, and away from, said base against said at least one latching member, in order to rigidly clamp said mounting plate within said socket.
A system comprising: a data storage device configured to store vehicle data for a plurality of vehicles, wherein the vehicle data corresponding to each respective vehicle includes an image of the vehicle, the image including a video image or a photograph of the vehicle; a user interface configured to receive a user input identifying a vehicle under test; a display; a data processor which, upon execution of instructions stored in the data storage device, controls the system to: retrieve vehicle data corresponding to the vehicle under test from the data storage device; and display the image of the vehicle under test on the display; wherein the vehicle data includes information of predefined points on the vehicle, said points being predefined as points to which emitters and/or targets should or may be attached for performing a vehicle measurement procedure, and wherein the data processor, upon execution of instructions stored in the data storage device, is adapted to control the system to display said image of the vehicle with the predefined points identified and to display at least a portion of said vehicle on the display with all parts removed from the vehicle frame and at least a portion of the vehicle on the display with the vehicle frame with additional parts of the vehicle. a data storage device configured to store vehicle data for a plurality of vehicles, wherein the vehicle data corresponding to each respective vehicle includes an image of the vehicle, the image including a video image or a photograph of the vehicle; a user interface configured to receive a user input identifying a vehicle under test; a display; a data processor which, upon execution of instructions stored in the data storage device, controls the system to: retrieve vehicle data corresponding to the vehicle under test from the data storage device; and display the image of the vehicle under test on the display; retrieve vehicle data corresponding to the vehicle under test from the data storage device; and display the image of the vehicle under test on the display; wherein the vehicle data includes information of predefined points on the vehicle, said points being predefined as points to which emitters and/or targets should or may be attached for performing a vehicle measurement procedure, and wherein the data processor, upon execution of instructions stored in the data storage device, is adapted to control the system to display said image of the vehicle with the predefined points identified and to display at least a portion of said vehicle on the display with all parts removed from the vehicle frame and at least a portion of the vehicle on the display with the vehicle frame with additional parts of the vehicle.
Agricultural machine (10, 410) having a system for automatic setting of a working parameter, comprising: an electronic control device, an actuator (34, 46, 52, 84, 86, 436, 438, 442), which is controlled by the control device and actuated under external power, for adjustment of at least one working parameter of the agricultural machine (10, 410), and a sensor (62, 70), which is connected to the control device, for detection of the vertical position of the agricultural machine (10, 410) and/or the distance between the agricultural machine (10, 410) and an object in the form of a geographical feature which has an influence on the stock of crops, characterized in that the control device is configured to divide the field into different topographic height zones in which the crops growing therein have different characteristics, and/or is configured to divide the field into topographic distance zones with regard to the distance between the agricultural machine (10, 410) and the object, to derive from the signals of the sensor (62, 70) which height and/or distance zone of a number of zones of a field the agricultural machine (10, 410) is situated in in each case, and to activate the actuator (34, 46, 52, 84, 86, 436, 438, 442) online as a function of the respective height and/or distance zone. an electronic control device, an actuator (34, 46, 52, 84, 86, 436, 438, 442), which is controlled by the control device and actuated under external power, for adjustment of at least one working parameter of the agricultural machine (10, 410), and a sensor (62, 70), which is connected to the control device, for detection of the vertical position of the agricultural machine (10, 410) and/or the distance between the agricultural machine (10, 410) and an object in the form of a geographical feature which has an influence on the stock of crops, characterized in that the control device is configured to divide the field into different topographic height zones in which the crops growing therein have different characteristics, and/or is configured to divide the field into topographic distance zones with regard to the distance between the agricultural machine (10, 410) and the object, to derive from the signals of the sensor (62, 70) which height and/or distance zone of a number of zones of a field the agricultural machine (10, 410) is situated in in each case, and to activate the actuator (34, 46, 52, 84, 86, 436, 438, 442) online as a function of the respective height and/or distance zone.
An apparatus for purifying an organic extraction solution containing copper from impurity substances such as molybdenum, in an organic extraction solution storage tank, which consists of a front wall, side walls and plus a back wall and bottom, characterised in that the apparatus is built into the tank, comprising at least one removal unit (2,3,41,42) and a mixing device attached to it (11,22,43,44) for mixing together the aqueous solution and extraction solution into a dispersion; an aqueous solution suction pipe (14,24,45) connected to the mixing device and located in the bottom section of the removal unit and an extraction solution suction pipe (15,27,47) arranged in the extraction solution as well as a dispersion distribution pipe (18,30,51) connected to the mixing device, and located against the flow of extraction solution fed into the removal unit (2,3,41,42).