mhurhangee/ep-ind-claims huggingface dataset:
A rotary high-speed web die-cutting machine, comprising a frame and a bed; the bed comprising a paper guiding device and a web linking device, the web linking device comprises a first work module and a second work module; a paper feeding gap is provided between the first work module and the second work module; the paper feeding gap has a paper inlet and a paper outlet; a paper changing cutter and a paper changing cutter sleeve which can cooperate with each other at the paper feeding gap, and a left bonding device and a right bonding device which can be lifted to the height of the paper changing cutter are respectively arranged between the first work module and the second work module; an upper left negative-pressure panel and an upper right negative-pressure panel which can cooperate with each other at the paper feeding gap are respectively provided above the paper changing cutter and the paper changing cutter sleeve; a lower left negative-pressure panel and a lower right negative-pressure panel which can cooperate with each other at the paper feeding gap are respectively provided below the paper changing cutter and the paper changing cutter sleeve; a paper linking right platform capable of being lifted up and down is provided at the upper end of the second work module; characterized in that: the paper guiding device comprises an upper paper guiding roller disposed at the paper outlet of the paper feeding gap, and further includes a first lower paper guiding roller and a second lower paper guiding roller disposed at the paper inlet of the paper feeding gap; a paper pressing roller is provided at the upper paper guiding roller; and an electric eye detection device is provided at the paper pressing roller. the paper guiding device comprises an upper paper guiding roller disposed at the paper outlet of the paper feeding gap, and further includes a first lower paper guiding roller and a second lower paper guiding roller disposed at the paper inlet of the paper feeding gap; a paper pressing roller is provided at the upper paper guiding roller; and an electric eye detection device is provided at the paper pressing roller.
A transfer lamination method using a transfer lamination device, which includes a transfer ribbon comprising a transfer film on a carrier web, a print unit comprising a print head, and a transfer unit configured to transfer a film section of the transfer film to a substrate, the method comprising: feeding the transfer ribbon in a feed direction past the print unit and the transfer unit; and generating tension in the transfer ribbon using the print head while processing the transfer ribbon using the transfer unit, wherein generating tension in the transfer ribbon comprises resisting feeding of the transfer ribbon in the feed direction including pinching the transfer ribbon between the print head and a print roller of the print unit. feeding the transfer ribbon in a feed direction past the print unit and the transfer unit; and generating tension in the transfer ribbon using the print head while processing the transfer ribbon using the transfer unit, wherein generating tension in the transfer ribbon comprises resisting feeding of the transfer ribbon in the feed direction including pinching the transfer ribbon between the print head and a print roller of the print unit.
Ice axe gripping shaft comprising: - a grip made of plastic material bounded by a lower stop for the hand to press against, and an intermediate brace, - and means for adjusting the intermediate brace along the shaft, characterized in that the intermediate brace is provided with a swivelling auxiliary lever comprising: - an arcuate part forming a finger brace, - and a cam for blocking and unblocking the intermediate brace and the finger brace in a predefined position along the shaft. - a grip made of plastic material bounded by a lower stop for the hand to press against, and an intermediate brace, - and means for adjusting the intermediate brace along the shaft, - an arcuate part forming a finger brace, - and a cam for blocking and unblocking the intermediate brace and the finger brace in a predefined position along the shaft.
A wire conveying mechanism comprising a slip clutch mechanism connectable to a motor, wherein the slip clutch mechanism is a push-type friction clutch having first and second moving parts and a rotating shaft, wherein the first moving part comprising a rotating disc received on the rotating shaft, characterized in that the rotating disc is fixed relative to the rotating shaft, and the second moving part comprises a rotating friction pad disc, also received on the rotating shaft to rotate freely relative to the rotating shaft, to which are secured friction pads (506a, 506b, 506c) and a driving gear to which the friction pad disc is secured.
A method for controlling gear shifting of an automatic transmission from an N gear stage to an N' gear stage, the transmission having two motor generators and an engine connected to a planetary gear set, the gear shifting being embodied by engaging and releasing friction elements, the method comprising selecting at least two among an rpm of a turbine, an rpm of a first motor generator, an rpm of a second motor generator and an rpm of the planetary gear set as control factors, and controlling engagement and release of the friction elements using the control factors, setting a first synchronous speed and a second synchronous speed for controlling the engagement and release of the friction elements using the two control factors selected from among the rpm of the turbine, the rpm of the first motor generator, the rpm of the second motor generator and the rpm of the planetary gear set, the first and second synchronous speeds being different from each other, wherein the control factor for setting the second synchronous speed is different from the control factor for setting the first synchronous speed, the method being characterised in that when a signal of shifting gears from the N gear stage embodied by engagement of the first and second friction elements to the N' gear stage embodied by engagement of the third and fourth friction elements is input, the release of the first friction element and the engagement of the third friction element begin at the same time, and the release of the second friction element and the engagement of the fourth friction element begin at the same time, wherein when the signal of shifting gears from the N gear stage embodied by engagement of the first friction element and the second friction element to the N' gear stage embodied by engagement of the third friction element and the fourth friction element is input, controlling the release of the first friction element and the engagement of the third friction element and controlling the release of the second friction element and the engagement of the fourth friction element are conducted at the same time.
A computer-implemented method, comprising: executing at least one system restore in a computing device; analyzing a plurality of conditions to determine if malware detection is needed; upon determining that malware detection is needed, determining a level of scanning, wherein the level of scanning includes at least a deep scan level and a user file scan level, the step of determining a level of scanning including setting the deep scan level of malware detection if a number of previously-executed restore operations exceeds a threshold; and scanning at the determined level of scanning, wherein scanning at the user file scan level scans user files whereas scanning at the deep scan level scans every file. executing at least one system restore in a computing device; analyzing a plurality of conditions to determine if malware detection is needed; upon determining that malware detection is needed, determining a level of scanning, wherein the level of scanning includes at least a deep scan level and a user file scan level, the step of determining a level of scanning including setting the deep scan level of malware detection if a number of previously-executed restore operations exceeds a threshold; and scanning at the determined level of scanning, wherein scanning at the user file scan level scans user files whereas scanning at the deep scan level scans every file.
A device enabling the collective pitch of the blades of the main rotor of a single-engine rotorcraft to be reduced automatically in the event of an engine failure, said collective pitch being controlled by a pitch control line, comprising: - an actuator designed to be controlled by the pressure of a gas taken from said engine and to be arranged on said pitch control line for increasing, in the retracted position, the collective pitch of said blades when the gas pressure corresponds to the normal flight mode and to decrease, in the extended position, said collective pitch when the gas pressure corresponds to operation of said engine at a low power level, and enabling the speed of said main rotor to be greater than the minimum speed authorised by the manufacturer, and - a dissymmetric filter unit that regulates the pressure of the gas upstream of the actuator so that, at the actuator, it increases slowly when the pressure of the gas taken increases, and decreases markedly if an engine failure occurs. - an actuator designed to be controlled by the pressure of a gas taken from said engine and to be arranged on said pitch control line for increasing, in the retracted position, the collective pitch of said blades when the gas pressure corresponds to the normal flight mode and to decrease, in the extended position, said collective pitch when the gas pressure corresponds to operation of said engine at a low power level, and enabling the speed of said main rotor to be greater than the minimum speed authorised by the manufacturer, and - a dissymmetric filter unit that regulates the pressure of the gas upstream of the actuator so that, at the actuator, it increases slowly when the pressure of the gas taken increases, and decreases markedly if an engine failure occurs.
A device for cooling a piston for an internal combustion engine of a motor vehicle comprising a connecting end, forming a feed aperture, connecting to a cooling fluid feed system and at least one first end and one second end for evacuating cooling fluid towards one or more areas for cooling, said cooling device comprising at least one first and one second subassembly (E1, E2) superposed on one another, the first subassembly comprising a first feed body with a longitudinal axis, connected to the feed aperture and a first tube connected to the first feed body by brazing, one free end of which (2.2) forms the first evacuation end, the first tube extending laterally relative to the first feed body and being shaped so as to have a desired orientation, the second subassembly comprising a second feed body connected to the feed aperture and a second tube connected to the second feed body by brazing, of longitudinal axis, one free end of which (4.2) forms the second evacuation end, the second tube extending laterally relative to the second feed body and being shaped so as to have a desired orientation, the first and second feed bodies being securely attached to one another in sealed fashion, and where their longitudinal axes (X1, X2) are coaxial, said cooling device also comprising means for orientating between the first sub-assembly and the second sub-assembly and means for the orientation relative to an engine block.
A hyaluronic acid derivative, oxidized at the position 6 of the glucosamine part to an aldehyde according to the formula X, and its hydrated form, the so-called geminal diol according to the formula Y:
A method of monitoring the condition of at least one component (102, 104, 202, 204) of a wind turbine (101, 201) stressed during operation of the wind turbine (101, 201), comprising: - sensing a first temperature of a first stressed component (102, 202) of the wind turbine (101, 201), - sensing at least one further temperature of a further stressed component (104, 204) of the wind turbine (101, 201), - detecting a damage of at least one of the stressed components (102, 104, 202, 204) based on the sensed first temperature and the sensed further temperature and at least one allowance criterion in an evaluation step, characterized in that - the first stressed component (102, 202) and the further stressed component (104, 204) have a thermal coupling (112, 212) to each other, wherein a thermal coupling exists when the first component (102, 202) and the second component (104, 204) experience at least a similar mechanical and/or electrical stress. - sensing a first temperature of a first stressed component (102, 202) of the wind turbine (101, 201), - sensing at least one further temperature of a further stressed component (104, 204) of the wind turbine (101, 201), - detecting a damage of at least one of the stressed components (102, 104, 202, 204) based on the sensed first temperature and the sensed further temperature and at least one allowance criterion in an evaluation step, characterized in that - the first stressed component (102, 202) and the further stressed component (104, 204) have a thermal coupling (112, 212) to each other, wherein a thermal coupling exists when the first component (102, 202) and the second component (104, 204) experience at least a similar mechanical and/or electrical stress.
A vertical packaging machine comprising a framework with a substantially quadrangular plan, a forming tube mounted on one side of said framework for manufacturing a package of a product through the use of a continuously advancing film supplied by a reel mounted on a shaft and arranged in a housing provided in a side of the framework adjacent to that on which said forming tube is mounted, wherein the unwinding of said film from said reel is performed by a motor equipped with a device for controlling the unwinding of said film, wherein said framework further comprises a horizontal flat surface on which the film passes and changes direction by 90° when unwound from said reel which is then directed towards said forming tube, characterised in that a triangular frame arranged on said horizontal flat surface of said framework is adapted to perform the 90° direction change of said film, whereby a first side of said triangular frame is arranged at 45° with respect to the respective advancement directions of the film as unwound from the reel and entering into the forming tube, a tubular element is rigidly connected to said first side and adapted to perform a 90° direction change of said film, wherein said tubular element comprises a series of holes for the injection of compressed air which are adapted to to create an air cushion limiting friction between the film and the tubular element in the contact zone where the 90° direction change of said film takes place, and wherein a second side of said frame is connected to a slide which is adapted to move linearly through activation of a motor along a movement lane parallel to the advancement direction of said film on said horizontal flat surface before the 90° direction change takes place through said triangular frame, whereby the linear translation of said tubular element determines the variation of the position of the film based on the type, the shape and the dimensions of the package to be created in the forming tube, and determines the centring and the positioning of the film at a folding bell arranged at the inlet to said forming tube.
Use of a sterile, injectable aqueous gel of polysaccharide(s) of natural origin containing hyaluronic acid or one of the salts thereof in a content of 1 to 100 mg/ml and optionally one or more other polysaccharides of natural origin, and one or more polyols selected from among propylene glycol, sorbitol, mannitol alone or in a mixture in a content of 0.0001 to 100 mg/ml, after heat sterilisation conducted in an autoclave of the mixture of polysaccharide(s) and polyol(s), the gel obtained having a crossover frequency of the elastic modulus G' and viscous modulus G" of between 0 and 10 Hz, preferably between 0.41 ± 0.41 Hz, G' being higher than G" at high frequency, for preparing an injectable formulation used in the treatment of joint degeneration via intra-articular injection.
Process of preparing tocotrienol quinone of formula comprising the steps a) providing an isomeric mixture of compounds of formula (I-A) b) chemically transforming compound of formula (I-A) to compound of formula (I-B) c) chemically transforming compound of formula (I-B) or of formula (I-A) to compound of formula (I-C) d) chromatographic separation of the mixture of isomers of formula (I-A) or (I-B) or (I-C) by means of a chiral phase into the R-isomer and residual (I'); e) collecting the R-isomer being obtained by step d); f) chemically transforming the R-isomer of compound of formula (I-C), represented by formula, to tocotrienol quinone of formula wherein R 1, R 3 and R 4 are independently from each other hydrogen or methyl groups; R 2 represents hydrogen or a phenol protection group; R 5 represents a residue of formula (II-B) and wherein * represents the chiral centre of the chiral isomer of formula (I-A) or (I-B) or (I-C); characterized in that step b) is optional and that the steps d) and e) take place either after step a) or after step b) or after step c). a) providing an isomeric mixture of compounds of formula (I-A) b) chemically transforming compound of formula (I-A) to compound of formula (I-B) c) chemically transforming compound of formula (I-B) or of formula (I-A) to compound of formula (I-C) d) chromatographic separation of the mixture of isomers of formula (I-A) or (I-B) or (I-C) by means of a chiral phase into the R-isomer and residual (I'); e) collecting the R-isomer being obtained by step d); f) chemically transforming the R-isomer of compound of formula (I-C), represented by formula, to tocotrienol quinone of formula wherein R 1, R 3 and R 4 are independently from each other hydrogen or methyl groups; R 2 represents hydrogen or a phenol protection group; R 5 represents a residue of formula (II-B) and wherein * represents the chiral centre of the chiral isomer of formula (I-A) or (I-B) or (I-C);
Method of purifying oils by membrane filtration, wherein the method comprises the steps of i) oil and powdered or granulated ad- or absorbing agent are filled into a feeding tank, ii) a pump is used to circulate and pressurise the oil with AA through tubing to tubular ceramic membranes with a pore size smaller than the particle size of the AA where the purified oil permeate is separated from the retentate, iii) the retentate is recycled to the feeding tank, wherein the content of persistant bioaccumulating toxins (PBTs) are reduced by 20 - 100%, compared to the levels in the untreated oils. i) oil and powdered or granulated ad- or absorbing agent are filled into a feeding tank, ii) a pump is used to circulate and pressurise the oil with AA through tubing to tubular ceramic membranes with a pore size smaller than the particle size of the AA where the purified oil permeate is separated from the retentate, iii) the retentate is recycled to the feeding tank,
A method of controlling a telecommunications server for controlling a plurality of telecommunications terminals (40, 41) connected to a packet switched telecommunications system via different connections resulting in differences in arrival time of signals, wherein the server responds to an incoming call event by processing and transmitting notifications (251, 252) to each of the terminals, and wherein each terminal has a set of associated notification modes by which call events of specified types are notified to the user, and wherein the set of notification modes for each terminal are maintained in a store associated with the server and, for each call event, the server identifies the call event type and processes the event notifications (251, 252) for the respective terminals in a sequence according to the notification modes specified for the respective terminals for the call event type associated with the current call event so as to initiate simultaneous call alerts at each terminal.
A sealed plug-in circuit breaker panel comprising: an enclosure (4, 12, 14) defining an interior portion sealed from an exterior portion, the enclosure including: a housing; a face plate removably coupled to the housing, the face plate having a number of apertures formed therein; and a front seal member disposed between the face plate and the housing in a manner such that the face plate and the housing are sealingly engaged; an electrical bus structure coupled to the housing; a plurality of first plug-in members coupled to the electrical bus structure; a number of circuit breakers disposed in the enclosure, each of the number of circuit breakers comprising a manual operator and at least a pair of second plug-in members, the manual operator protruding through and extending from a corresponding one of the number of apertures of the face plate, each of the second plug-in members being electrically coupled to a corresponding one of the first plug-in members; a number of feeders (16, 18,20) having a number of terminals provided on, and scaled to the enclosure, each terminal of the number of terminals electrically coupled to the electrical bus structure and structured to provide power to the bus structure; and a number of load connectors (22, 24) provided on and sealed to the enclosure, each of the load connectors having a number of load pins electrically coupled to the bus structure. an enclosure (4, 12, 14) defining an interior portion sealed from an exterior portion, the enclosure including: a housing; a face plate removably coupled to the housing, the face plate having a number of apertures formed therein; and a front seal member disposed between the face plate and the housing in a manner such that the face plate and the housing are sealingly engaged; a housing; a face plate removably coupled to the housing, the face plate having a number of apertures formed therein; and a front seal member disposed between the face plate and the housing in a manner such that the face plate and the housing are sealingly engaged; an electrical bus structure coupled to the housing; a plurality of first plug-in members coupled to the electrical bus structure; a number of circuit breakers disposed in the enclosure, each of the number of circuit breakers comprising a manual operator and at least a pair of second plug-in members, the manual operator protruding through and extending from a corresponding one of the number of apertures of the face plate, each of the second plug-in members being electrically coupled to a corresponding one of the first plug-in members; a number of feeders (16, 18,20) having a number of terminals provided on, and scaled to the enclosure, each terminal of the number of terminals electrically coupled to the electrical bus structure and structured to provide power to the bus structure; and a number of load connectors (22, 24) provided on and sealed to the enclosure, each of the load connectors having a number of load pins electrically coupled to the bus structure.