mhurhangee/ep-ind-claims huggingface dataset:
A system for the production of photovoltaic modules, comprising: a first work line comprising: two or more positioning stations (30, 35, 72) that are disposed along a first longitudinal axis and are each adapted to perform first photovoltaic module processing operations in series; and a second work line comprising: at least one positioning station that is aligned with a second longitudinal axis that is substantially parallel to the first longitudinal axis, wherein the at least one positioning station is adapted to perform another series of second photovoltaic module processing operations. a first work line comprising: two or more positioning stations (30, 35, 72) that are disposed along a first longitudinal axis and are each adapted to perform first photovoltaic module processing operations in series; and a second work line comprising: at least one positioning station that is aligned with a second longitudinal axis that is substantially parallel to the first longitudinal axis, wherein the at least one positioning station is adapted to perform another series of second photovoltaic module processing operations.
Mobile maintenance hall comprising at least one load-carrying spar which is fastenable to a climbing robot for masts/towers and which has at least one hall shell (21A, 21B) which is fastened to the at least one load-carrying spar so as to be movable in at least one direction, characterized in that a maintenance device which is movable in a multi-axial manner is arranged in the at least one hall shell (21A, 21B) and can be guided along the surface of the object to be maintained, in particular a wind turbine rotor blade, by means of a rail system which is located on the inner circumference of the at least one hall shell (21A, 21B).
A combination of cannabidiol and cannabigerol for use in the treatment of ovarian cancer, wherein the CBD and / or CBG are in an isolated or pure form.
Method in the manufacture of an elevator, in which method at least the following procedures are performed, - a movable supporting platform and an elevator car are installed in the elevator hoistway, - the rope installation is performed, in which the elevator is reeved to comprise construction-time hoisting roping (3,3'), and the hoisting roping is arranged to support the elevator car resting on the supporting platform supported in its position above the elevator car, - the elevator car is taken into use to serve passengers and/or to transport goods, - the elevator car is removed from the aforementioned use, - the service range of the elevator car is changed to reach higher up in the elevator hoistway by lifting the supporting platform higher up in the elevator hoistway, - the elevator car is taken back into the aforementioned use, wherein in the aforementioned rope installation the elevator is reeved to comprise construction-time roping (3,3'), which comprises one or more ropes (R,R',R",R"'), the longitudinal power transmission capability of which is based at least essentially, or even wholly, on non-metallic fibers (F,F') in the longitudinal direction of the rope, and characterized in that before the lifting of the supporting platform a first support arrangement is supported on the top end of the guide rail section of a first guide rail line on the side of the elevator car and a second support arrangement is supported on the top end of the guide rail section of a second guide rail line on the opposite side of the elevator car, which top ends extend essentially to above the supporting platform, and in that in the lifting the supporting platform is pulled with one or more hoists to higher up in the elevator hoistway taking the vertical support force needed for the lifting from the guide rails with the support arrangements (21,22), wherein the support arrangements (21, 22) are separate support structures from each other, leaving space between the support arrangements. - a movable supporting platform and an elevator car are installed in the elevator hoistway, - the rope installation is performed, in which the elevator is reeved to comprise construction-time hoisting roping (3,3'), and the hoisting roping is arranged to support the elevator car resting on the supporting platform supported in its position above the elevator car, - the elevator car is taken into use to serve passengers and/or to transport goods, - the elevator car is removed from the aforementioned use, - the service range of the elevator car is changed to reach higher up in the elevator hoistway by lifting the supporting platform higher up in the elevator hoistway, - the elevator car is taken back into the aforementioned use,
A method performed by one or more computers, the method comprising: obtaining, by the one or more computers, data for each terminal (130a, 130b, 130c) in a set of multiple satellite terminals, the data for each terminal indicating (i) a current satellite beam (122a, 122b) used by the terminal (130a, 130b, 130c), (ii) one or more efficiency measures for communication of the terminal (130a, 130b, 130c) using the current satellite beam (122a, 122b) wherein the or each efficiency measure indicates how efficiently the terminal (130a, 130b, 130c) is using spectrum resources of the current satellite beam (122a, 122b), and (iii) a geographic location of the terminal (130a, 130b, 130c); training, by the one or more computers, a machine learning model based on the obtained data to receive an indication of a geographic location and predict, from among multiple satellite beams, a satellite beam providing a highest efficiency for communication at the geographic location; after training the machine learning model, generating, using the machine learning model, an indication of a predicted satellite beam for a particular location, the predicted satellite beam being predicted by the trained machine learning model to provide the highest level of efficiency for communication by a terminal at the particular geographic location; and determining, by the one or more computers, whether to change the current satellite beam for a terminal at the particular geographic location based on the predicted satellite beam. obtaining, by the one or more computers, data for each terminal (130a, 130b, 130c) in a set of multiple satellite terminals, the data for each terminal indicating (i) a current satellite beam (122a, 122b) used by the terminal (130a, 130b, 130c), (ii) one or more efficiency measures for communication of the terminal (130a, 130b, 130c) using the current satellite beam (122a, 122b) wherein the or each efficiency measure indicates how efficiently the terminal (130a, 130b, 130c) is using spectrum resources of the current satellite beam (122a, 122b), and (iii) a geographic location of the terminal (130a, 130b, 130c); training, by the one or more computers, a machine learning model based on the obtained data to receive an indication of a geographic location and predict, from among multiple satellite beams, a satellite beam providing a highest efficiency for communication at the geographic location; after training the machine learning model, generating, using the machine learning model, an indication of a predicted satellite beam for a particular location, the predicted satellite beam being predicted by the trained machine learning model to provide the highest level of efficiency for communication by a terminal at the particular geographic location; and determining, by the one or more computers, whether to change the current satellite beam for a terminal at the particular geographic location based on the predicted satellite beam.
A circuit arrangement of a communication device comprising: a correlator configured to correlate an oversampled portion of a preamble of a wake up packet, the wake up packet comprising a receiver ID, a payload, a frame check sequence, FCS, and a wake up preamble with a Pseudorandom Noise, PN, sequence, wherein the PN sequence is repeated in the wake up preamble; a delay and adder configured to take an output of the correlator, delay the output of the correlator, and add the output of the correlator back onto itself to produce a delay output; a peak detector configured to detect a peak pattern in the delay output; a demodulator configured to calculate a decoding threshold value by using the PN sequence and to produce a demodulated data of the wake up packet using the decoding threshold value; and a packet parser (300, 726) configured to check the demodulated data for a data set in order to selectively output a nonzero signal to power on a first receiver of the communication device. a correlator configured to correlate an oversampled portion of a preamble of a wake up packet, the wake up packet comprising a receiver ID, a payload, a frame check sequence, FCS, and a wake up preamble with a Pseudorandom Noise, PN, sequence, wherein the PN sequence is repeated in the wake up preamble; a delay and adder configured to take an output of the correlator, delay the output of the correlator, and add the output of the correlator back onto itself to produce a delay output; a peak detector configured to detect a peak pattern in the delay output; a demodulator configured to calculate a decoding threshold value by using the PN sequence and to produce a demodulated data of the wake up packet using the decoding threshold value; and a packet parser (300, 726) configured to check the demodulated data for a data set in order to selectively output a nonzero signal to power on a first receiver of the communication device.
A method for pretreatment of a slider layer for a handrail, the method comprising: a) conveying the slider layer through a heating module; b) maintaining the slider layer at an elevated temperature for a residence time within the heating module, the elevated temperature and the residence time being able to cause shrinkage of the slider layer; c) discharging the slider layer from the heating module;. d) maintaining at least a portion of the slider layer discharged from the heating module in a substantially tension-free loop; and. e) conveying the slider layer from the heating module to an extrusion die head. a) conveying the slider layer through a heating module; b) maintaining the slider layer at an elevated temperature for a residence time within the heating module, the elevated temperature and the residence time being able to cause shrinkage of the slider layer; c) discharging the slider layer from the heating module;. d) maintaining at least a portion of the slider layer discharged from the heating module in a substantially tension-free loop; and. e) conveying the slider layer from the heating module to an extrusion die head.
A projectile having a projectile base, an adjacent cylindrical rear region and a front region which is formed as an ogive, wherein the projectile has a projectile core and a projectile jacket, wherein the projectile core is soldered in the cylindrical rear region to the projectile jacket over its entire axial length, characterised in that arranged in the front region there is a decomposable second projectile core that is compressed with and not soldered to the projectile jacket, and in that the projectile is a partially decomposing projectile.
A method for receiving by a base station, BS, uplink control information, UCI, in a wireless communication system, the method comprising: transmitting, to a user equipment, UE, a physical uplink control channel, PUCCH, resource for the UCI, wherein the UCI is hybrid automatic repeat request, HARQ, feedback information of multiple downlink cells; and receiving, from the UE, the UCI on the PUCCH resource, wherein the PUCCH resource is mapped to multiple resource block, RB, pairs, wherein the multiple RB pairs include RBs included in a first slot and RBs included in a second slot, and characterized in that the RBs included in the first slot are contiguous RBs to each other, and the RBs included in the second slot are contiguous RBs to each other. transmitting, to a user equipment, UE, a physical uplink control channel, PUCCH, resource for the UCI, wherein the UCI is hybrid automatic repeat request, HARQ, feedback information of multiple downlink cells; and receiving, from the UE, the UCI on the PUCCH resource, wherein the PUCCH resource is mapped to multiple resource block, RB, pairs, wherein the multiple RB pairs include RBs included in a first slot and RBs included in a second slot, and
A memory device authentication method, comprising: providing a memory device in a customer replaceable unit that is hosted in a host device; providing each of the memory device and the host device with an identical encryption algorithm; triggering the encryption algorithm in the memory device during writing of data in a temporary register of the memory device, wherein the encryption algorithm alters the written data and generates encrypted data; storing the encrypted data in the memory device; running the encryption algorithm in reverse in the host device to the encrypted data stored in the memory device and generating a host altered data resulting from the decryption of the encrypted data; verifying authenticity of the memory device by comparing the host altered data to the data that was encrypted in the memory device; wherein the written data is usage data of the customer replaceable unit that includes the memory device, which is later read by the producer of the customer replaceable unit once the customer replaceable unit is discarded and allows the producer to determine usage of the customer replaceable unit; and the encryption algorithm comprises an aggregate algorithm; the aggregate algorithm comprises more than one possible permutation; and the permutations are triggered by a number stored in the memory device. providing a memory device in a customer replaceable unit that is hosted in a host device; providing each of the memory device and the host device with an identical encryption algorithm; triggering the encryption algorithm in the memory device during writing of data in a temporary register of the memory device, wherein the encryption algorithm alters the written data and generates encrypted data; storing the encrypted data in the memory device; running the encryption algorithm in reverse in the host device to the encrypted data stored in the memory device and generating a host altered data resulting from the decryption of the encrypted data; verifying authenticity of the memory device by comparing the host altered data to the data that was encrypted in the memory device; wherein the written data is usage data of the customer replaceable unit that includes the memory device, which is later read by the producer of the customer replaceable unit once the customer replaceable unit is discarded and allows the producer to determine usage of the customer replaceable unit; and the encryption algorithm comprises an aggregate algorithm; the aggregate algorithm comprises more than one possible permutation; and the permutations are triggered by a number stored in the memory device.
A method of processing data for connection to a platform of an Internet site by a server comprising at least one data-processing unit and data-storage means, the method being characterised in that it comprises steps of: (a) Observation of a set of observable indices relative to personal data of a user connected to the platform and/or relative to general data, and identification using said indices of a situation of said user connected to said platform via equipment from a list of reference situations, each reference situation being associated with at least one strategy, each strategy comprising one or more situational motors selected from a library of situational motors, each situational motor being capable of executing given processing on a situation of a user so as to obtain a message having an expected effect on the situation; (b) For at least one of the strategies associated with said identified situation, executed by the data-processing means of the server of the situational motors of said strategy on said situation so as to obtain at least one stack of messages; (c) Sending to the equipment of said user and/or of the platform a subset of the messages of said at least one stack of messages; wherein the strategies include situational motors configured so that messages are sent out to report the emergence of a new situation corresponding to a subcategory of an existing situation, either intended for a manager of the site in order to suggest a new reference situation that the manager of the site can validate or not, or to automatically include the new reference situation. (a) Observation of a set of observable indices relative to personal data of a user connected to the platform and/or relative to general data, and identification using said indices of a situation of said user connected to said platform via equipment from a list of reference situations, each reference situation being associated with at least one strategy, each strategy comprising one or more situational motors selected from a library of situational motors, each situational motor being capable of executing given processing on a situation of a user so as to obtain a message having an expected effect on the situation; (b) For at least one of the strategies associated with said identified situation, executed by the data-processing means of the server of the situational motors of said strategy on said situation so as to obtain at least one stack of messages; (c) Sending to the equipment of said user and/or of the platform a subset of the messages of said at least one stack of messages;
A method for forming an antistatic layer of an antistatic molded body, which comprises the antistatic layer comprising an antistatic coating material containing a conductive metal oxide on a surface of a substrate and has a surface resistivity of 1×10 4 to 1×10 9 Ω/□ and a surface roughness Ra) of 5 to 50 nm, wherein a haze value is 10% or lower and a total light transmittance is 84% or higher, by spraying to the substrate having a three-dimensional body having concave and convex parts and then drying the antistatic coating material, which contains a conductive metal oxide fine particle, a binder resin and an organic solvent and has a solid matter concentration of 1 to 20% by weight and a content of said conductive metal oxide fine particle in said solid matter of 50 to 80% by weight, an average particle diameter of said conductive metal oxide fine particle being 100 nm or smaller, and a content of said conductive metal oxide fine particle with a particle diameter of 200 nm or larger being 10% by weight or less wherein the conductive metal oxide fine particle is tin oxide and the antistatic coating material has a viscosity of 5 to 30 cps (mPa.s) measured by a B-model viscometer under conditions of 20°C, rotor no. 2, and rotation speed 50rpm, and the average particle diameter is measured in a dilution of the antistatic coating material in methyl ethyl ketone by a particle distribution meter by a laser scattering method.
Method for synchronisation of an electronic device (1, 2) to times of passage to a predetermined value of a periodic alternating signal of predetermined frequency, the method comprising the steps of: - over a predetermined earlier time interval covering a plurality of periods of the signal and for each period of the signal determining at least one time of passage to the predetermined value of an amplitude of the alternating signal from measurements of said amplitude, - over a time interval later than the earlier time interval and covering at least one period of the signal and for each period of the signal determining the time of passage to the predetermined value of the amplitude of the alternating signal, characterised in that said time of passage is determined from a reference time of passage, from an estimated duration of the period of the signal over the later time interval and from a number of periods elapsed between the reference time of passage and the time of passage to be determined, the reference time of passage being calculated from an average of times of passage determined over the earlier time interval and a number of average periods elapsed between the last time of passage of the earlier time interval and each of said times of passage included in the average. - over a predetermined earlier time interval covering a plurality of periods of the signal and for each period of the signal determining at least one time of passage to the predetermined value of an amplitude of the alternating signal from measurements of said amplitude, - over a time interval later than the earlier time interval and covering at least one period of the signal and for each period of the signal determining the time of passage to the predetermined value of the amplitude of the alternating signal, characterised in that said time of passage is determined from a reference time of passage, from an estimated duration of the period of the signal over the later time interval and from a number of periods elapsed between the reference time of passage and the time of passage to be determined, the reference time of passage being calculated from an average of times of passage determined over the earlier time interval and a number of average periods elapsed between the last time of passage of the earlier time interval and each of said times of passage included in the average.
A motorized lift assembly for a window covering having movable window covering material and cords for moving the window covering material, said motorized lift assembly comprising: a motor assembly including a motor; a speed reducing gear train driven by said motor for adjusting positions of said cords; and said motor being a low voltage, high speed motor operating at greater than 12,000 rpm. a motor assembly including a motor; a speed reducing gear train driven by said motor for adjusting positions of said cords; and said motor being a low voltage, high speed motor operating at greater than 12,000 rpm.
A method for manufacturing a filter member for an air filter of a motor vehicle, the method comprising the steps consisting in: a) Providing a filter panel having a sheet of a filter medium which has an accordion-folded shape into a plurality of parallel folds extending transversely between a first planar longitudinal flange and a second planar longitudinal flange, the planes of the first and second longitudinal flanges (4, 5) being substantially parallel, the filter panel comprising at the longitudinal ends thereof a first end fold and a second end fold, b) Raising and holding the first end fold and the second end fold in a plane substantially parallel to the planes of the first and second longitudinal flanges (4,5), and c) Fastening a first joint strip on the first longitudinal flange, on a first portion of the first end fold and on a first portion of the second end fold, and d) Fastening a second joint strip on the second longitudinal flange, on a second portion of the first end fold and on a second portion of the second end fold. a) Providing a filter panel having a sheet of a filter medium which has an accordion-folded shape into a plurality of parallel folds extending transversely between a first planar longitudinal flange and a second planar longitudinal flange, the planes of the first and second longitudinal flanges (4, 5) being substantially parallel, the filter panel comprising at the longitudinal ends thereof a first end fold and a second end fold, b) Raising and holding the first end fold and the second end fold in a plane substantially parallel to the planes of the first and second longitudinal flanges (4,5), and c) Fastening a first joint strip on the first longitudinal flange, on a first portion of the first end fold and on a first portion of the second end fold, and d) Fastening a second joint strip on the second longitudinal flange, on a second portion of the first end fold and on a second portion of the second end fold.