mhurhangee/ep-ind-claims huggingface dataset:
A method for the predictive maintenance of an automatic machine for manufacturing or packing consumer articles; the method comprising the steps of: - detecting and recording, periodically and at a sampling frequency, at least sampling series related at least to one motorization metric of at least one electric actuator, by means of at least one respective local control unit (3, 11); - transmitting, periodically and at a transmission frequency, equal to or lower than the sampling frequency, the recorded sampling series to a data processing unit; - defining at least one multidimensional tolerance horizon within an anomaly matrix having, as dimensions, at least two statistical features based at least on the detected sampling series; - calculating, for each sampling series detected, the at least two statistical features in order to define the position of an actual condition within the anomaly matrix; - determining, based on the position of the actual condition in the anomaly matrix and of the multidimensional tolerance horizon, the imminence of necessary maintenance; wherein the motorization metric is the velocity error of an electric motor, in particular detected by a respective drive. - detecting and recording, periodically and at a sampling frequency, at least sampling series related at least to one motorization metric of at least one electric actuator, by means of at least one respective local control unit (3, 11); - transmitting, periodically and at a transmission frequency, equal to or lower than the sampling frequency, the recorded sampling series to a data processing unit; - defining at least one multidimensional tolerance horizon within an anomaly matrix having, as dimensions, at least two statistical features based at least on the detected sampling series; - calculating, for each sampling series detected, the at least two statistical features in order to define the position of an actual condition within the anomaly matrix; - determining, based on the position of the actual condition in the anomaly matrix and of the multidimensional tolerance horizon, the imminence of necessary maintenance; wherein the motorization metric is the velocity error of an electric motor, in particular detected by a respective drive.
An amplifier, comprising: a signal processing circuit configured to generate an orthogonal signal orthogonal to an input signal; a first D/A converter (204 1) configured to convert the orthogonal signal into a first analog signal; a second D/A converter (204 2) configured to convert the input signal into a second analog signal; and an analog computing circuit configured to generate a constant envelope signal based on the first analog signal from the first D/A converter (204 1) and the second analog signal from the second D/A converter (204 2) characterized in that the second D/A converter (204 2) has a resolution performance that is higher than a resolution performance of the first D/A converter (204 1), and the first D/A converter (204 1) has a sampling rate that is higher than a sampling rate of the second D/A converter (204 2). a signal processing circuit configured to generate an orthogonal signal orthogonal to an input signal; a first D/A converter (204 1) configured to convert the orthogonal signal into a first analog signal; a second D/A converter (204 2) configured to convert the input signal into a second analog signal; and an analog computing circuit configured to generate a constant envelope signal based on the first analog signal from the first D/A converter (204 1) and the second analog signal from the second D/A converter (204 2) characterized in that the second D/A converter (204 2) has a resolution performance that is higher than a resolution performance of the first D/A converter (204 1), and the first D/A converter (204 1) has a sampling rate that is higher than a sampling rate of the second D/A converter (204 2).
An assembly for evaporating a volatile fluid, the assembly comprising a device and a refill which are detachable from one another; wherein the device comprises a magnetic induction coil configured to operate with an alternating current passed therethrough at a frequency of between substantially 20KHz to substantially 500KHz; and wherein the refill comprises a reservoir for the volatile fluid, a volatile fluid transport means to draw the fluid from the reservoir, and at least one magnetic susceptor arranged to heat the volatile fluid transport means predominately by magnetic hysteresis when said alternating current is passed through the induction coil, wherein the magnetic susceptor has a coercivity of substantially 50 ampere/metre (H C) to substantially 1500 ampere/metre (H C).
A machine (3, 5) for a spinning preparation for processing fiber flocks, having a fiber flock inlet, a store, a fiber flock outlet, and a machine frame, wherein the machine frame is mounted on at least four support points (17, 18, 19, 20) on a foundation, and a travel axis is defined by a connecting line from the fiber flock inlet to the fiber flock outlet, whereby during filling or emptying of the store of the machine (3,5) a resulting change in weight is proportional to a load on the machine frame and on the individual support points (17, 18, 19, 20) of the machine (3,5), characterized in that at least two load cells (23, 24) for measuring a filling level of the store are provided between the machine frame and the foundation, a connecting line of the two load cells (23, 24) being situated transverse to the travel axis.
A nucleic acid construct comprising a pyripyropene biosynthetic gene cluster and a marker gene, wherein said pyripyropene biosynthetic gene cluster consists of the full length of at least one nucleotide sequence selected from the nucleotide sequences in and below: a nucleotide sequence from 2911 to 27797 in SEQ ID NO: 266; and a nucleotide sequence from 1 to 25000 or from 2446 to 27505 in SEQ ID NO: 266. a nucleotide sequence from 2911 to 27797 in SEQ ID NO: 266; and a nucleotide sequence from 1 to 25000 or from 2446 to 27505 in SEQ ID NO: 266.
A device for data interaction and conversion, which is implemented based on a dedicated Digital Signal Processor, DSP, and comprises: a hardware unit and a dedicated DSP unit, wherein the hardware unit is arranged to perform first mode data interaction with the dedicated DSP unit; and the dedicated DSP unit is arranged to: receive first mode data from the hardware unit, and convert the first mode data into second mode data which has different at least one of bit width or format from the first mode data; store the second mode data; and convert the second mode data into third mode data which has different at least one of bit width or format from the second mode data, and perform data computation on the third mode data; or, the dedicated DSP unit is also arranged to: convert third mode data returned after the computation into second mode data which has different at least one of bit width or format from the third mode data; store the second mode data; and convert the second mode data into first mode data which has different at least one of bit width or format from the second mode data, and send the first mode data to the hardware unit; characterised in that the bit width of the second mode data is greater than or equal to the bit width of the first mode data and less than the bit width of the third mode data; and the bit width of the third mode data is calculated using a formula: the bit width of the third mode data = ⌈ the bit width of the first mode data 8 ⌉ ∗ 8; where ┌ ┐ being rounded up to an integer. receive first mode data from the hardware unit, and convert the first mode data into second mode data which has different at least one of bit width or format from the first mode data; store the second mode data; and convert the second mode data into third mode data which has different at least one of bit width or format from the second mode data, and perform data computation on the third mode data; convert third mode data returned after the computation into second mode data which has different at least one of bit width or format from the third mode data; store the second mode data; and convert the second mode data into first mode data which has different at least one of bit width or format from the second mode data, and send the first mode data to the hardware unit; characterised in that the bit width of the second mode data is greater than or equal to the bit width of the first mode data and less than the bit width of the third mode data; and the bit width of the third mode data is calculated using a formula: the bit width of the third mode data = ⌈ the bit width of the first mode data 8 ⌉ ∗ 8; where ┌ ┐ being rounded up to an integer.
A safety arrangement for a dishwasher, said safety arrangement comprising: a rack sensing component configured to determine whether a rack is in a washing location in the dishwasher and to provide a signal in response thereto; and a processing unit in communication with said rack sensing component and configured to receive the signal, the processing unit being further configured to prevent a washing procedure of the dishwasher when the signal indicates that the rack is not disposed in the washing location, thereby preventing operation of the dishwasher, wherein said rack sensing component is configured to physically engage the rack when the rack is disposed at the washing location, such that said determination includes said rack sensing component sensing physical engagement with said rack, and said rack sensing component defines an incomplete electrical circuit configured to be completed by the rack when the rack is disposed in the washing location.
A movement assistance system for assisting movement of a group including a plurality of users by safely guiding the group, the movement assistance system comprising: a first vehicle and a second vehicle, the first vehicle and the second vehicle being configured to perform assistance control in which the first vehicle and the second vehicle cooperatively assist the movement of the group, the assistance control comprising assisting the movement of the group by the first vehicle traveling in front of the group and the second vehicle traveling behind the group; the movement assistance system being characterized in that the first vehicle and the second vehicle are each configured to perform auto-driving and to perform the assistance control when a current time is within a predetermined time period for the movement of the group, and each comprise an information acquisition device configured to obtain current location information and obtain information about a path of the movement of the group, in that at least one of the first vehicle and the second vehicle includes a detection device configured to detect the group, in that the movement assistance system is configured so that, as the current time enters the predetermined time period, the first vehicle and the second vehicle travel to the path of the movement of the group and perform the assistance control, and in that the movement assistance system is configured to cause the first vehicle to reduce a travel speed of the first vehicle, when a distance between the first vehicle and the second vehicle is greater than a given distance, to allow the rear part of the group to catch up with the front part of the group. a first vehicle and a second vehicle, the first vehicle and the second vehicle being configured to perform assistance control in which the first vehicle and the second vehicle cooperatively assist the movement of the group, the assistance control comprising assisting the movement of the group by the first vehicle traveling in front of the group and the second vehicle traveling behind the group;
A welding electrode made of an alloy the composition of which consists of copper, chromium, zirconium and phosphorus and/or magnesium, wherein the proportion of chromium varies between 0.4 and 0.8 wt.%, the proportion of zirconium varies between 0.02 and 0.09 wt.%, the total proportion of phosphorus and/or magnesium being higher than 0.005 wt.%, with a proportion of magnesium of less than 0.1 wt.% and a proportion of phosphorus of less than 0.03 wt.%, the rest of the composition being copper, the structure of the electrode including incoherent chromium precipitates, more than 90% of which have a projected surface of less than 1μm 2, said incoherent chromium precipitates having dimensions varying between at least 10 and 50 nm, said electrode having in addition a fiber structure, visible in a cross-sectional view of the active face of said electrode after surfacing and etching, said structure being formed, on the one hand, of a plurality of radial fibers, said fibers having a thickness of less than 1 mm, preferably less than 0.5 mm, and on the other hand, of a substantially central zone without fibers, having a diameter of less than 5 mm, preferably less than 3 mm, and the electrical conductivity of said electrode being higher than 85% IACS, International Annealed Copper Standard.
A cyclopentene ring-opening copolymer including a structural unit derived from a cyclopentene and a structural unit derived from a cyclic olefin comprising an aromatic ring, wherein a content of the aromatic ring with respect to an entire amount of said copolymer is 10 to 40 wt%, a weight average molecular weight (Mw) determined by gel-permeation-chromatography in terms of polystyrene conversion value is 200,000 to 1,000,000, and the glass transition temperature (Tg) of the ring-opening copolymer, measured at a temperature rising rate of 10°C/min using differential scanning calorimetry, is -40°C or more and -5°C or less.
An apparatus for thermally mediating tissue using electromagnetic radiation comprising: cooling means for cooling a selected portion of the biological tissue, and radiating means for radiating the selected portion of biological tissue with energy to produce heat in the biological tissue, wherein the cooling means include a sprayer (14, 16) characterised in that the cooling means further include a source of propane which is a cooling substance/heat transferring substance and which is flammable and a source of a non-flammable substance; wherein the propane is mixed in use with non-flammable substance.
Carrier assembly for a bogie of a rail vehicle, in particular for a vehicle-side, railway safety or control facility, in particular an antenna carrier assembly, connectable to a bogie frame, wherein a carrier apparatus is provided, which can be connected in an articulated and elastic manner to at least one first longitudinal member of the bogie frame and can additionally be supported in an articulated and elastic manner at least on the bogie frame or on at least one further bogie component, wherein the carrier apparatus can be connected to the at least first longitudinal member by means of a pendulum support, characterised in that the carrier apparatus is L-shaped, wherein a first leg of the carrier apparatus can be connected to the at least first longitudinal member by means of the pendulum support.
A system comprising; (a) at least 32 different types of sequence-barcoded mRNA capture beads, each type of bead comprises a unique combination of the presence or absence of each member of a set of short nucleotide sequences attached thereto, said members of said set of short nucleotide sequences: i) comprise, first, second, third, fourth, and fifth barcode sequences, and ii) are unique with respect to each other; (b) a set of optically labeled oligonucleotides each of which hybridizes to one, and only one, of said members of said set of short nucleotide sequences, and wherein said set of optically labeled oligonucleotides comprises: first, second, third, fourth, and fifth optically labeled oligonucleotides, wherein the presence or absence of each member of said set of short oligonucleotide sequences on each bead after hybridization identifies said unique combination of the presence or absence of said short nucleotide sequences attached to each bead; and (c) at least 32 chambers, microchambers, or microwells; wherein each chamber, microchamber, or microwell contains one type, and only one type, of said sequence-barcoded mRNA capture beads. (a) at least 32 different types of sequence-barcoded mRNA capture beads, each type of bead comprises a unique combination of the presence or absence of each member of a set of short nucleotide sequences attached thereto, said members of said set of short nucleotide sequences: i) comprise, first, second, third, fourth, and fifth barcode sequences, and ii) are unique with respect to each other; (b) a set of optically labeled oligonucleotides each of which hybridizes to one, and only one, of said members of said set of short nucleotide sequences, and wherein said set of optically labeled oligonucleotides comprises: first, second, third, fourth, and fifth optically labeled oligonucleotides, wherein the presence or absence of each member of said set of short oligonucleotide sequences on each bead after hybridization identifies said unique combination of the presence or absence of said short nucleotide sequences attached to each bead; and wherein said set of optically labeled oligonucleotides comprises: first, second, third, fourth, and fifth optically labeled oligonucleotides, wherein the presence or absence of each member of said set of short oligonucleotide sequences on each bead after hybridization identifies said unique combination of the presence or absence of said short nucleotide sequences attached to each bead; and (c) at least 32 chambers, microchambers, or microwells; wherein each chamber, microchamber, or microwell contains one type, and only one type, of said sequence-barcoded mRNA capture beads.
A cover seal arrangement for preventing fire and explosion propagating through a floor opening around a tube, such as a drilling riser, intervention riser, or similar tubular element, characterised in that the cover arrangement comprises an uninterrupted continuous flexible cover sheet that is attached at one end to the floor in an encircling relationship with the opening, and at an opposite end is attached to the tube, and that the cover sheet comprises a tube attachment portion having gussets enabling folding of the cover sheet to reduce the diameter of the tube attachment portion to a diameter substantially equal to the diameter of the tube.
A method for servicing a shock strut system comprising: providing a shock strut comprising a cylinder, a piston, and a sealed fluid chamber, wherein the sealed fluid chamber comprises a gas portion and a liquid portion; the step of determining a gas servicing temperature; calculating a first servicing gas pressure based on the gas servicing temperature; pressurizing the gas portion to the first servicing gas pressure; and pumping a liquid into the liquid portion until a second servicing gas pressure is achieved in the gas portion. providing a shock strut comprising a cylinder, a piston, and a sealed fluid chamber, wherein the sealed fluid chamber comprises a gas portion and a liquid portion; the step of determining a gas servicing temperature; calculating a first servicing gas pressure based on the gas servicing temperature; pressurizing the gas portion to the first servicing gas pressure; and pumping a liquid into the liquid portion until a second servicing gas pressure is achieved in the gas portion.
Portion capsule for producing a beverage, with a basic element which has a cavity, in which a raw beverage material is provided, and said portion capsule has a peripheral region (2.4) which is provided on the basic element and the cavity is closed by a membrane which comprises a thin plastics film or an aluminium foil which is fastened to the peripheral region (2.4) of the basic element, wherein said portion capsule has an identifier which makes it possible to individualize the respective portion capsule, characterized in that the identifier is a barcode which is provided on that side of the peripheral region (2.4) of the basic element which faces away from the membrane.
A system comprising a subscriber identification module and a SIM interface, characterised in that: the SIM comprises a memory storing one or more executable instructions and a processor configured to execute the one or more executable instructions stored on the memory to generate one or more commands for controlling a device; the SIM interface is communicatively coupled to the SIM to communicate the one or more commands generated by the processor of the SIM from the SIM to the device for controlling the device; and the one or more executable instructions stored on the memory of the SIM comprise one or more executable instructions for determining whether a message has been received from the SIM interface, and the SIM is configured to execute the one or more executable instructions for determining whether the message has been received from the SIM interface for controlling the device. the SIM comprises a memory storing one or more executable instructions and a processor configured to execute the one or more executable instructions stored on the memory to generate one or more commands for controlling a device; the SIM interface is communicatively coupled to the SIM to communicate the one or more commands generated by the processor of the SIM from the SIM to the device for controlling the device; and the one or more executable instructions stored on the memory of the SIM comprise one or more executable instructions for determining whether a message has been received from the SIM interface, and the SIM is configured to execute the one or more executable instructions for determining whether the message has been received from the SIM interface for controlling the device.