mhurhangee/ep-ind-claims huggingface dataset:
A method for deriving data from a composite signal comprising contributions from a plurality of individual signals transmitted over different paths, the plurality of individual signals being used to represent a common data sequence such that each of the individual signals corresponds to a data sequence that is a version of the common data sequence, the method comprising: a) for each individual signal, calculating soft values of a first type over a block of symbols by taking into account the received composite signal and soft values of a second type, wherein for each symbol, a soft value of the first type is calculated for each possible symbol value of the symbol; b) generating symbol outputs (SO') by taking into account the soft values of the first type from the different individual signals; c) for each individual signal, calculating soft values of the second type over the block of symbols by taking into account the symbol outputs (SO'), wherein for each symbol, a soft value of the second type is calculated for each possible symbol value of the symbol; d) feeding back the soft values of the second type for subsequent calculations of the soft values of the first type; e) iteratively updating the soft values of the first type, the symbol outputs (SO'), and the soft values of the second type by repeating steps a), b), c), and d); and f) deriving data using the updated symbol outputs (SO'). a) for each individual signal, calculating soft values of a first type over a block of symbols by taking into account the received composite signal and soft values of a second type, wherein for each symbol, a soft value of the first type is calculated for each possible symbol value of the symbol; b) generating symbol outputs (SO') by taking into account the soft values of the first type from the different individual signals; c) for each individual signal, calculating soft values of the second type over the block of symbols by taking into account the symbol outputs (SO'), wherein for each symbol, a soft value of the second type is calculated for each possible symbol value of the symbol; d) feeding back the soft values of the second type for subsequent calculations of the soft values of the first type; e) iteratively updating the soft values of the first type, the symbol outputs (SO'), and the soft values of the second type by repeating steps a), b), c), and d); and f) deriving data using the updated symbol outputs (SO').
A fixation arrangement of a joint pin and a pin clamp comprising a pin and a pin clamp fastened to the end of the pin, where at least to the one end of the pin, at least one pair of pin teeth is formed with at least one notch opposite to each other, which are symmetric to the longitudinal axis of the pin and protruding from the head of the pin and which in the working condition engage with the pin clamp, where the pin clamp is a substantially flat elongated part in one end of which there is an opening in the pin clamp to fix the pin clamp to the equipment, and in the other end of which is at least one pair of passing-through sockets to engage with the pin teeth, characterized in that, for fixing the pin clamp to the pin, a groove is formed to the head of the pin onto the cylindrical outer surface of the pin for receiving the locking ring where the said groove is situated in the outer surface of the pin teeth, where in the working condition in the groove in outer surface of the pin a locking ring is placed in at least one part of the thickness of the locking ring along the longitudinal axis of the pin, which is enveloped with a pin collar, which includes a circular recess directed toward the pin and where the other side surface of the pin collar is supported against the pin clamp in the working condition.
A developer container comprising: a body in which a plurality of developer chambers (53a, 53b, 53c) that store developer are arranged, each developer chamber (53a, 53b, 53c) having a first opening (55a, 55b, 55c) configured to allow the developer to pass therethrough and a second opening (531a, 531b, 531c); and a plurality of covers (70a, 70b, 70c) that are fixed to the body by welding or adhesive and seal the second openings (531a, 531b, 531c) of the plurality of developer chambers (53a, 53b, 53c), the plurality of covers (70a, 70b, 70c) being separately provided to correspond to the second openings (531a, 531b, 531c) of the plurality of developer chambers (53a, 53b, 53c).
Method for the reconfiguration of a packet-switched communications network with a first network employing a first network protocol and a second network employing a second network protocol which differs from the first network protocol, in which the two networks (2, 3) are connected together by two redundant data links (L1, L2), of which in each case only one is activated for the exchange of payload data, wherein the two data links (L1, L2) are connected respectively by a bridge (7, 8) of the second network, and wherein a first redundant data link is initialized as activated and a second redundant data link is initialized as inactivated, wherein a data link (L1, L2) is activated by at least partial execution of the first network protocol on a port of the respective bridge (7, 8) of the second network connected to the data link (L1, L2), characterised by the steps: - detection of a failure of the first redundant data link by a first bridge of the second network connected to the first redundant data link; - generation of a first data packet by the first bridge of the second network and transmission of the first data packet to a second bridge of the second network connected to a second redundant data link; - reception and processing of the first data packet by the second bridge of the second network, wherein the first data packet contains logical information, by means of which the at least partial execution of the first network protocol is initiated on a port of the second bridge connected to the second redundant data link and activation of the second redundant data link by the first network protocol executed on the port of the second bridge. - detection of a failure of the first redundant data link by a first bridge of the second network connected to the first redundant data link; - generation of a first data packet by the first bridge of the second network and transmission of the first data packet to a second bridge of the second network connected to a second redundant data link; - reception and processing of the first data packet by the second bridge of the second network, wherein the first data packet contains logical information, by means of which the at least partial execution of the first network protocol is initiated on a port of the second bridge connected to the second redundant data link and activation of the second redundant data link by the first network protocol executed on the port of the second bridge.
A method for preparing an artificial heart valve leaflet, comprising freezing an animal tissue membrane and processing the frozen animal tissue membrane to a preset thickness, wherein liquid nitrogen is used to freeze the animal tissue membrane.
A hand-held steaming device comprising: - a steam generating surface; - a heater to heat the steam generating surface; - a water supply unit to supply water to the steam generating surface; - a controller configured to perform a user selectable descaling process wherein the heater is operated to heat the steam generating surface to a first temperature and the water supply unit is operated to supply water to the steam generating surface at a first flow rate to remove scale from the steam generating surface; and, - a sensor configured to detect the inclination of the steam generating surface with respect to the horizontal, wherein the controller is coupled to the sensor and is configured to prevent at least one of the following when the descaling process is selected if the steam generating surface is inclined by more than a first predetermined angle from the horizontal (X-X): the water supply unit from supplying water to the steam generating surface at the first flow rate; and, the heater from heating the steam generating surface to the first temperature. - a steam generating surface; - a heater to heat the steam generating surface; - a water supply unit to supply water to the steam generating surface; - a controller configured to perform a user selectable descaling process wherein the heater is operated to heat the steam generating surface to a first temperature and the water supply unit is operated to supply water to the steam generating surface at a first flow rate to remove scale from the steam generating surface; and, - a sensor configured to detect the inclination of the steam generating surface with respect to the horizontal, the water supply unit from supplying water to the steam generating surface at the first flow rate; and, the heater from heating the steam generating surface to the first temperature.
A build material hopper for a 3D printing system, comprising: a container housing, a top for receiving build material, and a bottom; a sub-floor compartment under the bottom of the container housing; and a fluidizing drain assembled in the bottom of the container housing, wherein the fluidizing drain comprises: a porous inner wall; an air-impermeable outer wall; an annular cavity outside the porous inner wall, the annular cavity to receive pressurized air to pass into the drain through the porous inner wall; a sealing system located between the porous inner wall and the outer wall to create a seal around a lower perimeter of the annular cavity to seal the annular cavity; and a plurality of air inlet ports around an upper perimeter of the annular cavity, the sub-floor compartment in fluid communication with the air inlet ports of the annular cavity, the air inlet ports to pass the pressurized air supplied to the sub-floor compartment into the annular cavity; the fluidizing drain to aerate build material within the drain to facilitate passing build material through the drain; and a pump to pump the pressurized air into the sub-floor compartment. a container housing, a top for receiving build material, and a bottom; a sub-floor compartment under the bottom of the container housing; and a fluidizing drain assembled in the bottom of the container housing, wherein the fluidizing drain comprises: a porous inner wall; an air-impermeable outer wall; an annular cavity outside the porous inner wall, the annular cavity to receive pressurized air to pass into the drain through the porous inner wall; a sealing system located between the porous inner wall and the outer wall to create a seal around a lower perimeter of the annular cavity to seal the annular cavity; and a plurality of air inlet ports around an upper perimeter of the annular cavity, the sub-floor compartment in fluid communication with the air inlet ports of the annular cavity, the air inlet ports to pass the pressurized air supplied to the sub-floor compartment into the annular cavity; a porous inner wall; an air-impermeable outer wall; an annular cavity outside the porous inner wall, the annular cavity to receive pressurized air to pass into the drain through the porous inner wall; a sealing system located between the porous inner wall and the outer wall to create a seal around a lower perimeter of the annular cavity to seal the annular cavity; and a plurality of air inlet ports around an upper perimeter of the annular cavity, the sub-floor compartment in fluid communication with the air inlet ports of the annular cavity, the air inlet ports to pass the pressurized air supplied to the sub-floor compartment into the annular cavity; the fluidizing drain to aerate build material within the drain to facilitate passing build material through the drain; and a pump to pump the pressurized air into the sub-floor compartment.
Method for weighing at least one object that can be moved or is moved relative to a plurality of weighing cells (3, 5, 7, 9) along a transport direction, wherein a) the plurality of weighing cells (3, 5, 7, 9) are each formed independently and are arranged substantially side by side transversely to the transport direction, b) each weighing cell is mechanically coupled to, in each case, one transport device (19, 21, 23, 25), wherein the respective transport device (19, 21, 23, 25) is formed in such a way in order to move at least a portion of an object in the transport direction, c) each respective weighing cell generates a weighing signal when weighing the at least one object whilst the object rests at least in part on the transport device (19, 21, 23, 25) coupled to the respective weighing cell, and d) wherein as a function of the size and/or position of the object a selection of the resultant signals of the weighing cells (3, 5, 7, 9), detecting the object in each case, is made for the coupling of the weighing signals. a) the plurality of weighing cells (3, 5, 7, 9) are each formed independently and are arranged substantially side by side transversely to the transport direction, b) each weighing cell is mechanically coupled to, in each case, one transport device (19, 21, 23, 25), wherein the respective transport device (19, 21, 23, 25) is formed in such a way in order to move at least a portion of an object in the transport direction, c) each respective weighing cell generates a weighing signal when weighing the at least one object whilst the object rests at least in part on the transport device (19, 21, 23, 25) coupled to the respective weighing cell, and d) wherein as a function of the size and/or position of the object a selection of the resultant signals of the weighing cells (3, 5, 7, 9), detecting the object in each case, is made for the coupling of the weighing signals.
A panel lock, comprising: a shell; a rotary shaft rotatably mounted in the shell; a locking tab connected to and rotating along with the rotary shaft to realize unlocking and locking; a handle rotatably mounted to the rotary shaft, the handle having a first position being folded relative to the shell and a second position being lifted at a preset angle relative to the shell during rotation about a first axis perpendicular to the rotary shaft, the handle comprising a latching groove and a guiding portion arranged at a side of the latching groove, a latch hook rotatably mounted in the shell; and a first elastic member arranged between the latch hook and the shell; characterized in that, wherein when the handle is at the first position, the latch hook engages into the latching groove under the driving of the first elastic member to prevent the handle from leaving the first position; a limiting surface is provided at an end of the handle and abuts against the shell when the handle at the second position, the handle is thus lifted at the preset angle relative to the shell and collinear with the rotary shaft; and during rotation of the handle from the second position to the first position, the guiding portion stretches the latch hook and guides the latch hook into the latching groove. a shell; a rotary shaft rotatably mounted in the shell; a locking tab connected to and rotating along with the rotary shaft to realize unlocking and locking; a handle rotatably mounted to the rotary shaft, the handle having a first position being folded relative to the shell and a second position being lifted at a preset angle relative to the shell during rotation about a first axis perpendicular to the rotary shaft, the handle comprising a latching groove and a guiding portion arranged at a side of the latching groove, a latch hook rotatably mounted in the shell; and a first elastic member arranged between the latch hook and the shell; characterized in that, wherein when the handle is at the first position, the latch hook engages into the latching groove under the driving of the first elastic member to prevent the handle from leaving the first position; a limiting surface is provided at an end of the handle and abuts against the shell when the handle at the second position, the handle is thus lifted at the preset angle relative to the shell and collinear with the rotary shaft; and during rotation of the handle from the second position to the first position, the guiding portion stretches the latch hook and guides the latch hook into the latching groove.
A mobile asphalt recycling plant for producing a high performance hot mix asphalt product comprising recycled asphalt pavement material and an asphalt emulsion added to the recycled asphalt pavement material in which the mobile asphalt recycling plant comprises a mobile low energy microwave heating system for processing the recycled asphalt pavement material mixed with the asphalt emulsion, characterised in that the mobile low energy microwave heating system includes four or more microwave transmitter units which are in a series with a splitter/wave guides that direct microwave energy from each transmitter into two rotary head heating chambers using 2.4 or 915 MHz.
Vehicle wall, comprising: - a facing panel; - an exciter in contact with the panel; - at least one holding means for holding the exciter against the panel, the exciter being held fixed to the panel solely via the holding means; characterised in that it comprises a connecting base fixed to the panel, and the or each holding means is applied between the base and the exciter, the or each holding means is resilient and pretensioned between the base and the exciter in order to urge the exciter towards the panel. - a facing panel; - an exciter in contact with the panel; - at least one holding means for holding the exciter against the panel, the exciter being held fixed to the panel solely via the holding means;
Safety mirror comprising a sandwich (110, 120, 130) in turn comprising a couple of plates of glass material planarly parallel and separated from each other by a layer of plastic buffer material realizing a breakage-preventing layer of said safety mirror; each plate of glass material of the said couple of plates of glass material has a painted side that faces towards said layer of plastic buffer material; said safety mirror is characterized in that two layers of gluing material are in advance superposed to a respective painted side defining two sub-ensemble plates of glass material each with a layer of gluing material, wherein said two layers of gluing material have per each layer a density comprised in the interval between 100g/m 2 and 200g/m 2, and wherein said layer of plastic buffer material is a layer of mixing by compression of said two layers of gluing material by superposing said two sub-ensemble plates in such a way to result planarly parallel and oriented so that said two layers of gluing material are faced one towards the other, so that they can bond to each other and uniformly mix to the end of realizing said layer of plastic buffer material.
A user equipment comprising: means for receiving an indication from a first wireless network to configure the user equipment to enter a first operating mode, wherein the first operating mode comprises performing measurements according to a first time pattern for at least one second wireless network signal to detect at least one second wireless network to be connected to; means for determining whether the user equipment is stationary; and means for identifying, at the user equipment, a first condition from at least the measurements performed according to the first time pattern which triggers the user equipment to autonomously enter a second operating mode while the user equipment is determined to be stationary, wherein the first condition comprises identifying that no second wireless network is detected, wherein the second operating mode comprises preventing the user equipment from performing the measurements according to the first time pattern. means for receiving an indication from a first wireless network to configure the user equipment to enter a first operating mode, wherein the first operating mode comprises performing measurements according to a first time pattern for at least one second wireless network signal to detect at least one second wireless network to be connected to; means for determining whether the user equipment is stationary; and means for identifying, at the user equipment, a first condition from at least the measurements performed according to the first time pattern which triggers the user equipment to autonomously enter a second operating mode while the user equipment is determined to be stationary, wherein the first condition comprises identifying that no second wireless network is detected, wherein the second operating mode comprises preventing the user equipment from performing the measurements according to the first time pattern.
A full-heat fresh air blower, comprising: a fresh air duct, which communicates an outdoor air inlet with an indoor air outlet; a return air duct, which communicates an indoor air inlet with an outdoor air outlet; a full heat exchange core, which comprises a fresh air passage and a return air passage that can perform heat exchange, wherein the fresh air passage is arranged in the fresh air duct, and the return air passage is arranged in the return air duct, so as to realize full heat exchange between fresh air and return air; and a bypass air duct, which communicates with the indoor air inlet and the outdoor air outlet, is provided therein with a first damper for turning on or turning off the bypass air duct, and is arranged at a periphery of the full heat exchange core; characterized in that the bypass air duct is surroundingly arranged at the periphery of the full heat exchange core in a L shape, wherein the first damper is arranged at a corner of the L shape. a fresh air duct, which communicates an outdoor air inlet with an indoor air outlet; a return air duct, which communicates an indoor air inlet with an outdoor air outlet; a full heat exchange core, which comprises a fresh air passage and a return air passage that can perform heat exchange, wherein the fresh air passage is arranged in the fresh air duct, and the return air passage is arranged in the return air duct, so as to realize full heat exchange between fresh air and return air; and a bypass air duct, which communicates with the indoor air inlet and the outdoor air outlet, is provided therein with a first damper for turning on or turning off the bypass air duct, and is arranged at a periphery of the full heat exchange core; characterized in that the bypass air duct is surroundingly arranged at the periphery of the full heat exchange core in a L shape, wherein the first damper is arranged at a corner of the L shape.
A composition comprising an engineered Type III-A CRISPR-Cas (StCsm) complex of Streptococcus thermophilus consisting of at least crRNA, Csm4, and Csm3, wherein 1 to 10 Csm3 subunits are present, where the crRNA comprises a 5' handle and a spacer, and optionally a 3' handle, wherein the spacer is complementary to a region of a target RNA, and wherein the crRNA is programmed to guide the StCsm complex to a selected site in a target RNA molecule, and wherein the StCsm complex is capable of shredding the target RNA molecule under suitable conditions.