mhurhangee/ep-ind-claims huggingface dataset:
A telescopic washing device for cleaning a surface, the device comprising: - a first telescopic member adapted for receiving pressurized fluid from a fluid source; - a second telescopic member arranged to be telescopically moved by the pressurized fluid relative to the first telescopic member according to a first path between a retracted position and an extended position, the first path being linear and parallel to a longitudinal axis Z of the first and second telescopic members (200, 300); - a wiper element coupled to the second telescopic member such that the wiper element can be moved according to a second path, the second path lying on a plane XY substantially perpendicular to the longitudinal axis Z; - a second guiding area associated with one of the first telescopic member or the wiper element and according to the second path; and - a guiding element complementarily associated with the other of the first telescopic member or the wiper element configured to slide relative to the second guiding area as the first and second telescopic members (200, 300) move relative to each other, whereby as pressurized fluid is supplied to the first telescopic member, the wiper element is at least rotated according to the second path. - a first telescopic member adapted for receiving pressurized fluid from a fluid source; - a second telescopic member arranged to be telescopically moved by the pressurized fluid relative to the first telescopic member according to a first path between a retracted position and an extended position, the first path being linear and parallel to a longitudinal axis Z of the first and second telescopic members (200, 300); - a wiper element coupled to the second telescopic member such that the wiper element can be moved according to a second path, the second path lying on a plane XY substantially perpendicular to the longitudinal axis Z; - a second guiding area associated with one of the first telescopic member or the wiper element and according to the second path; and - a guiding element complementarily associated with the other of the first telescopic member or the wiper element configured to slide relative to the second guiding area as the first and second telescopic members (200, 300) move relative to each other,
Method for dispensing a cigarette from cigarette dispensing device; designed for smokers who want to regulate their smoking habit, in which said device comprises: - a cigarette case with a body which defines an interior receptacle for the arrangement of the cigarettes to be dispensed, a lid with a closure controlled by an electric actuator, an electronic plate and a rechargeable battery for powering the electronic plate and the electric actuator; and - a mobile handset wherein an application is installed to said mobile handset, carrying out said application the opening of said cigarette case, in that said mobile handset comprises: a microprocessor with memory, a screen which is suitable for presenting menus and a variety of information, a battery to power it and wireless means of communication suitable for establishing communication with, at least, means of wireless communication associated with the electronic plate in the cigarette case and controlling remotely the activation of the electric actuator and the opening of the cigarette case, said method including the following steps: - receiving a remote request from the user to open the cigarette case; - establishing a variable delay time between the user's request to open the cigarette case and the transmission to the cigarette case, by wireless communication, of an order to open; and - emitting during the variable delay time an information message on the screen of the mobile handset. - a cigarette case with a body which defines an interior receptacle for the arrangement of the cigarettes to be dispensed, a lid with a closure controlled by an electric actuator, an electronic plate and a rechargeable battery for powering the electronic plate and the electric actuator; and - a mobile handset wherein an application is installed to said mobile handset, carrying out said application the opening of said cigarette case, in that said mobile handset comprises: a microprocessor with memory, a screen which is suitable for presenting menus and a variety of information, a battery to power it and wireless means of communication suitable for establishing communication with, at least, means of wireless communication associated with the electronic plate in the cigarette case and controlling remotely the activation of the electric actuator and the opening of the cigarette case, said method including the following steps: - receiving a remote request from the user to open the cigarette case; - establishing a variable delay time between the user's request to open the cigarette case and the transmission to the cigarette case, by wireless communication, of an order to open; and - emitting during the variable delay time an information message on the screen of the mobile handset. - receiving a remote request from the user to open the cigarette case; - establishing a variable delay time between the user's request to open the cigarette case and the transmission to the cigarette case, by wireless communication, of an order to open; and - emitting during the variable delay time an information message on the screen of the mobile handset.
A position detection system comprising: a magnetic field generator configured to generate a time-varying magnetic field, the magnetic field generator comprising: a carrier assembly that defines a first axis of rotation and comprises a permanent magnet having a center of mass; and a drive assembly coupled to the carrier assembly and configured to act on the carrier assembly to rotate the permanent magnet simultaneously about the first axis of rotation and a second axis of rotation, the second axis of rotation intersecting the first axis of rotation at an intersection that is offset from the center of mass of the permanent magnet; a computer device configured to determine a position of a sensor based on magnetic field measurements obtained by the sensor in the time-varying magnetic field. a magnetic field generator configured to generate a time-varying magnetic field, the magnetic field generator comprising: a carrier assembly that defines a first axis of rotation and comprises a permanent magnet having a center of mass; and a drive assembly coupled to the carrier assembly and configured to act on the carrier assembly to rotate the permanent magnet simultaneously about the first axis of rotation and a second axis of rotation, the second axis of rotation intersecting the first axis of rotation at an intersection that is offset from the center of mass of the permanent magnet; a carrier assembly that defines a first axis of rotation and comprises a permanent magnet having a center of mass; and a drive assembly coupled to the carrier assembly and configured to act on the carrier assembly to rotate the permanent magnet simultaneously about the first axis of rotation and a second axis of rotation, the second axis of rotation intersecting the first axis of rotation at an intersection that is offset from the center of mass of the permanent magnet; a computer device configured to determine a position of a sensor based on magnetic field measurements obtained by the sensor in the time-varying magnetic field.
System for operating and monitoring power cables of high and/or medium and/or low voltage comprising: a) Tower comprising a power transformer; b) Cable and circuit breaker; c) Electric distribution enclosure; d) Master module, comprising a GSM/GPRS module; e) Cable for supplying power to the master module and HF communication; f) Power cable (s); g) Circuit breaker; h) Cable(s) connecting the circuit breaker to the bypass module; i) Bypass module(s); j) Motor's connector terminals; k) Cable for supplying power to the slave module and HF communication; l) Slave module; m) Motor/pump; n) Support operative software, wherein the master module is located upstream to the power cable and communicates bi-directionally to the slave(s) module(s), which are located downstream to the power cable and wherein a circuit breaker located downstream to the, at least one, power cable is connected to the, at least one, bypass module through cable (s). a) Tower comprising a power transformer; b) Cable and circuit breaker; c) Electric distribution enclosure; d) Master module, comprising a GSM/GPRS module; e) Cable for supplying power to the master module and HF communication; f) Power cable (s); g) Circuit breaker; h) Cable(s) connecting the circuit breaker to the bypass module; i) Bypass module(s); j) Motor's connector terminals; k) Cable for supplying power to the slave module and HF communication; l) Slave module; m) Motor/pump; n) Support operative software,
Vehicle tyre, wherein the vehicle tyre is a solid rubber tyre and comprises two sidewalls (2, 3), wherein the solid rubber tyre has a minimum tread depth in the radial direction, characterized in that a marking component (4, 5) is arranged on at least one sidewall (2, 3) of the vehicle tyre, wherein the marking component (4, 5) has in cross section a depth of at least 5 mm, wherein the marking component (4, 5) is recessed in a groove in the sidewall (2, 3), wherein the marking component (4, 5) completely fills the groove, wherein the marking component (4, 5) indicates a minimum tread depth of the solid rubber tyre by a visual identification, wherein the marking component (4, 5) is arranged directly above the minimum tread depth of the solid tyre in the radial direction of the vehicle tyre.
Vertically-opening goods-handling door comprising a screen or flexible curtain driven between an open position and a closed position and guided laterally as it moves inside lateral uprights (13, 14), said door comprising an elastic retaining device which consists of retaining means said door being characterized in that said retaining means comprise anchoring elements able to move in a vertical direction inside a profile formed in the lateral and vertical uprights (13, 14) and flexible and elastic elements housed inside sheaths arranged within the thickness of the screen or of the flexible curtain and at regular intervals along the entire height thereof, said retaining means, on the one hand, allowing the screen or the flexible curtain to be kept in a movement path between an open position and a closed position and, on the other hand, in the event of an anomaly, allowing the screen or the flexible curtain to deform elastically without the risk of said screen or of said flexible curtain becoming unhinged or ejected from the lateral uprights (13, 14) and to revert to its initial shape after the anomaly has disappeared.
A computer implemented method for implementing run-time instrumentation sampling in transactional-execution mode, wherein in transactional-execution mode multiple instructions may be grouped to form a single transaction, the method characterised as comprising: for a processor having the transactional-execution mode installed, configuring the processor to execute instructions of an instruction stream in the transactional-execution mode, the instructions defining a transaction; interlocking completion of storage operations of the instructions to prevent the completion of the storage operations to a memory area until completion of the transaction; in response to recognizing a sample point during execution of the instructions while in the transactional-execution mode, the sample point corresponding to an instruction executed inside of the transaction, wherein the recognizing is based on one of a plurality of modes governing sampling, collecting run-time instrumentation events obtained at the sample point in a collection buffer while in the transactional-execution mode, the collection buffer located in the processor, wherein the run-time instrumentation events are events recognized by the processor during execution of the instructions storing, by the run-time instrumentation, upon successful completion of the transaction, run-time instrumentation information obtained at the sample point. for a processor having the transactional-execution mode installed, configuring the processor to execute instructions of an instruction stream in the transactional-execution mode, the instructions defining a transaction; interlocking completion of storage operations of the instructions to prevent the completion of the storage operations to a memory area until completion of the transaction; in response to recognizing a sample point during execution of the instructions while in the transactional-execution mode, the sample point corresponding to an instruction executed inside of the transaction, wherein the recognizing is based on one of a plurality of modes governing sampling, collecting run-time instrumentation events obtained at the sample point in a collection buffer while in the transactional-execution mode, the collection buffer located in the processor, wherein the run-time instrumentation events are events recognized by the processor during execution of the instructions storing, by the run-time instrumentation, upon successful completion of the transaction, run-time instrumentation information obtained at the sample point.
Electromotive furniture drive having a drive motor, wherein the drive motor has a drive shaft which is mechanically coupled to a brake device, wherein the brake device has a looping wrap spring, wherein the brake device comprises a brake element, which is designed to apply a braking torque to the drive shaft in one direction of rotation, wherein the brake element is in mechanical operative connection with a coupling element, and wherein the wrap spring is placed on an outer jacket surface of the coupling element, characterized in that the brake element is mounted on the drive shaft of the electromotive furniture drive, and that the brake element has an internal clearance in the unassembled state that is slightly smaller than the external diameter of the drive shaft.
A fouling inhibitor for a porous filtration membrane, comprising: a copolymer having a weight average molecular weight of 10000 to 300000 and comprising a 2-methacryloyloxyethyl phosphorylcholine unit and a n-butyl methacrylate unit, wherein a ratio of to ( /) by mole is 10/90 to 70/30, and polyvinyl alcohol having a saponification degree of 72 to 93 mol% and a polymerization degree of 300 to 1000, wherein a ratio of component to component ( /) by mass is 25/75 to 75/25. a copolymer having a weight average molecular weight of 10000 to 300000 and comprising a 2-methacryloyloxyethyl phosphorylcholine unit and a n-butyl methacrylate unit, wherein a ratio of to ( /) by mole is 10/90 to 70/30, and polyvinyl alcohol having a saponification degree of 72 to 93 mol% and a polymerization degree of 300 to 1000,
A directional translating clamping device (10; 44; 70), comprising: a housing comprising a distal housing end and proximate housing end separated along a central axis by a peripheral sidewall; a housing recess at the proximate housing end and extending along the central axis toward the distal housing end; a slide located in the housing recess and comprising a slide recess at a slide proximate end co-axial with the housing recess, and further comprising a detent to prevent the slide from translating along the central axis within the housing recess beyond an axial length of the detent extending along the central axis; a resilient member within the housing recess that exerts an axial force on a distal end of the slide; a stub shaft (34; 72) extending from the distal end of the housing; and a roller ball assembly that engages with the slide recess to removably and replaceably couple the roller ball assembly to the slide. a housing comprising a distal housing end and proximate housing end separated along a central axis by a peripheral sidewall; a housing recess at the proximate housing end and extending along the central axis toward the distal housing end; a distal housing end and proximate housing end separated along a central axis by a peripheral sidewall; a housing recess at the proximate housing end and extending along the central axis toward the distal housing end; a slide located in the housing recess and comprising a slide recess at a slide proximate end co-axial with the housing recess, and further comprising a detent to prevent the slide from translating along the central axis within the housing recess beyond an axial length of the detent extending along the central axis; a resilient member within the housing recess that exerts an axial force on a distal end of the slide; a stub shaft (34; 72) extending from the distal end of the housing; and a roller ball assembly that engages with the slide recess to removably and replaceably couple the roller ball assembly to the slide.
A method for charging raw materials into a blast furnace, the blast furnace including a bell-less charging device (1a, 1b) that includes a plurality of main hoppers and an auxiliary hopper at a furnace top portion, the auxiliary hopper having a smaller capacity than the main hoppers, the method comprising discharging ore (x) charged in at least one of the plurality of main hoppers, the ore (x) having a JIS reducibility index, RI, measured by using the reducibility testing method specified in JIS M 8713, of greater than 550, and then sequentially charging the ore (x) from a furnace wall side toward a furnace center side by using a rotating chute, wherein discharging of low-reactivity ore (y) charged in the auxiliary hopper is started simultaneously with a start of charging of the ore (x) or at a point in time after the start of the charging, the low-reactivity ore (y) having a JIS reducibility index, RI, of 55% or less, and then the low-reactivity ore (y) is charged together with the ore (x) from the rotating chute; and charging of the low-reactivity ore (y) is stopped at least before a point in time at which charging of 56 mass% of the ore (x) is completed based on a total amount of the ore (x) to be charged per batch. the method comprising discharging ore (x) charged in at least one of the plurality of main hoppers, the ore (x) having a JIS reducibility index, RI, measured by using the reducibility testing method specified in JIS M 8713, of greater than 550, and then sequentially charging the ore (x) from a furnace wall side toward a furnace center side by using a rotating chute, wherein discharging of low-reactivity ore (y) charged in the auxiliary hopper is started simultaneously with a start of charging of the ore (x) or at a point in time after the start of the charging, the low-reactivity ore (y) having a JIS reducibility index, RI, of 55% or less, and then the low-reactivity ore (y) is charged together with the ore (x) from the rotating chute; and charging of the low-reactivity ore (y) is stopped at least before a point in time at which charging of 56 mass% of the ore (x) is completed based on a total amount of the ore (x) to be charged per batch.
A braided article of footwear comprising: a sole; a unitary braided upper formed from a first yarn and coupled to the sole and having a toe portion, a heel portion, a midfoot portion extending between the toe portion and the heel portion, and a throat portion; and at least one braided lace (122, 124, 160, 162) formed from a second yarn different from the first yarn, the braided lace (122, 124, 160, 162) integrated with the braided upper, at a lace integration portion of the braided upper, characterized in that the second yarn is a high-performance yarn.
An ultrasonic gas detector comprising: a piezoelectric element configured to convert the pressure of sound waves from mechanical energy into electric signal; one or more perforated metal electrodes (104 and 108) located proximate to the piezoelectric element and comprising a plurality of openings (112 and 114); one or more layers of solder (105 and 107) configured to attach the one or more electrodes (104 and 108) to the piezoelectric element, and configured to fill the plurality of openings (112 and 114) of the one or more electrodes (104 and 108); a protective cover located on a first surface of the combined piezoelectric element and one or more electrodes (104 and 108); a hot melt adhesive configured to attach the protective cover to the first surface of the combined piezoelectric element and one or more electrodes (104 and 108); and one or more support elements located proximate to the combined piezoelectric element and one or more electrodes (104 and 108), wherein the ultrasonic gas detector is configured to detect an ultrasound. a piezoelectric element configured to convert the pressure of sound waves from mechanical energy into electric signal; one or more perforated metal electrodes (104 and 108) located proximate to the piezoelectric element and comprising a plurality of openings (112 and 114); one or more layers of solder (105 and 107) configured to attach the one or more electrodes (104 and 108) to the piezoelectric element, and configured to fill the plurality of openings (112 and 114) of the one or more electrodes (104 and 108); a protective cover located on a first surface of the combined piezoelectric element and one or more electrodes (104 and 108); a hot melt adhesive configured to attach the protective cover to the first surface of the combined piezoelectric element and one or more electrodes (104 and 108); and one or more support elements located proximate to the combined piezoelectric element and one or more electrodes (104 and 108), wherein the ultrasonic gas detector is configured to detect an ultrasound.
Beverage valve for a beverage container, comprising a base element and a snap ring or snap fingers extending therefrom, positioned around an opening through the base element, wherein within the ring or between the fingers a valve housing is provided, having at least one inlet opening and a spring loaded valve body, biased towards the base element and closing off the opening, wherein the valve body is operable through the opening for opening a fluid connection between the inlet opening or openings and the opening in the base element, wherein the valve is provided with a safety element, which after mounting of the valve in a mounting opening of a neck of the container or in a mounting opening of a mounting ring mounted at a neck of the container, catches the valve when being expelled by pressure in the container, wherein the safety element comprises a number of wings, wherein a combined maximum width of the wings in rest is wider than a cross section defined by the snap fingers or snap ring.