mhurhangee/ep-ind-claims huggingface dataset:
A container top comprising: a. a container top member comprising at least one track (2220a, 2220b) over an upper surface thereof and a sealer sealing an opening in the upper surface; and b. a slidable member having a sealing mechanism, said slidable member being slidable through said at least one track (2220a, 2220b) and positioned such that sliding of the slidable member over said at least one track (2220a, 2220b) to one direction unseals said sealer, forming the opening in the container upper surface or the top member, in the initial opening of the slidable member, and wherein sliding the slidable member back to its original position over the opening formed thereby covers and seals said opening, wherein said slidable member periphery is curved upwards, and the cross-section of the at least one track (2220a, 2220b) is curved, such as to allow engagement of the outer wall of the slidable member periphery with said at least one track (2220a, 2220b) and upper surface of said container top member for sealing the opening. a. a container top member comprising at least one track (2220a, 2220b) over an upper surface thereof and a sealer sealing an opening in the upper surface; and b. a slidable member having a sealing mechanism, said slidable member being slidable through said at least one track (2220a, 2220b) and positioned such that sliding of the slidable member over said at least one track (2220a, 2220b) to one direction unseals said sealer, forming the opening in the container upper surface or the top member, in the initial opening of the slidable member, and wherein sliding the slidable member back to its original position over the opening formed thereby covers and seals said opening, wherein said slidable member periphery is curved upwards, and the cross-section of the at least one track (2220a, 2220b) is curved, such as to allow engagement of the outer wall of the slidable member periphery with said at least one track (2220a, 2220b) and upper surface of said container top member for sealing the opening.
Time management method implemented in automatic control equipment, based on a system which comprises: - a first clock having a first counter operating on a first timebase, - a second clock having a second counter operating on a second timebase identical to the first timebase, and a third counter operating on a third timebase less than the second timebase, - a main electrical power supply for powering the first and second clocks, - an auxiliary electrical power supply for powering the first clock in the event of a main electrical power supply outage, - a periodic synchronization being performed between the first counter and the second counter, and said time management method being characterized in that it consists in: - performing a resynchronization of the second clock when the main electrical power supply is restored, this resynchronization consisting in detecting a modification of the first counter, in loading the first counter into the second counter and in zeroing the third counter during the modification of the first counter. - a first clock having a first counter operating on a first timebase, - a second clock having a second counter operating on a second timebase identical to the first timebase, and a third counter operating on a third timebase less than the second timebase, - a main electrical power supply for powering the first and second clocks, - an auxiliary electrical power supply for powering the first clock in the event of a main electrical power supply outage, - a periodic synchronization being performed between the first counter and the second counter, and said time management method being characterized in that it consists in: - performing a resynchronization of the second clock when the main electrical power supply is restored, this resynchronization consisting in detecting a modification of the first counter, in loading the first counter into the second counter and in zeroing the third counter during the modification of the first counter.
A stacker crane (3; 3A) comprising: a carriage drive unit; a traveling carriage traveling along a track attached to a ceiling of a facility; at least two masts (12, 12a) connected to a lower support base at their lower end parts suspended from the traveling carriage; an elevating platform guided along the masts (12; 12a) so as to freely move up and down; a transfer unit which is provided on the elevating platform and transfers an article; stoppers for fixing the masts (12; 12a) to a stationary object; and a switching unit for switching a state of the masts (12; 12a) between a fixed state and a released state by the stoppers; wherein the switching unit controls the stoppers to release the fixation of the stoppers and enables the lower part of each of the masts (12; 12a) to follow the upper part of each of the masts (12; 12a) in the traveling direction when the carriage drive unit drives the traveling carriage, and the switching unit controls the stoppers to fix the masts (12; 12a) when the carriage drive unit stops the traveling carriage, characterized by a detector for detecting a deviation between a predetermined target stop position and an actual stop position of the lower part of each of the masts (12; 12a) upon the masts being fixed by the stoppers, and a calibrator for correcting the deviation detected by the detector, wherein the calibrator adjusts the stroke length of a transfer unit's arm according to the detected deviation amount in the horizontal direction perpendicular to the traveling direction of the traveling carriage or, when the calibrator is configured with a unit that is mounted on the lower support base, the calibrator moves the transfer unit in the traveling direction and in the horizontal direction perpendicular to the traveling direction of the traveling carriage. a carriage drive unit; a traveling carriage traveling along a track attached to a ceiling of a facility; at least two masts (12, 12a) connected to a lower support base at their lower end parts suspended from the traveling carriage; an elevating platform guided along the masts (12; 12a) so as to freely move up and down; a transfer unit which is provided on the elevating platform and transfers an article; stoppers for fixing the masts (12; 12a) to a stationary object; and a switching unit for switching a state of the masts (12; 12a) between a fixed state and a released state by the stoppers; wherein the switching unit controls the stoppers to release the fixation of the stoppers and enables the lower part of each of the masts (12; 12a) to follow the upper part of each of the masts (12; 12a) in the traveling direction when the carriage drive unit drives the traveling carriage, and the switching unit controls the stoppers to fix the masts (12; 12a) when the carriage drive unit stops the traveling carriage, characterized by a detector for detecting a deviation between a predetermined target stop position and an actual stop position of the lower part of each of the masts (12; 12a) upon the masts being fixed by the stoppers, and a calibrator for correcting the deviation detected by the detector,
A method performed by a system that is operable to refresh memory cells, comprising: sending by a dynamic random access memory "DRAM" device (104, 106), a first signal from the memory device to a memory controller, wherein the first signal indicates to the memory controller that particular memory cells (134, 136, 154, 156) of the memory device are to be refreshed by the memory device; wherein the memory controller sends a second signal to a second memory device during a refreshing of the particular memory cells; receiving, at the memory controller, the first signal from the memory device; scheduling to start refresh operations by the memory device associated with the particular memory cells a fixed time period after sending the first signal; discontinuing by the memory controller execution of commands associated with the particular memory cells after a fixed time period in response to receiving the first signal, and refreshing, by the memory device, the particular memory cells in response an expiration of the fixed time period, and wherein the memory controller issue/executes a read/write command for memory access associated with the particular memory cells during the fixed time period. sending by a dynamic random access memory "DRAM" device (104, 106), a first signal from the memory device to a memory controller, wherein the first signal indicates to the memory controller that particular memory cells (134, 136, 154, 156) of the memory device are to be refreshed by the memory device; wherein the memory controller sends a second signal to a second memory device during a refreshing of the particular memory cells; receiving, at the memory controller, the first signal from the memory device; scheduling to start refresh operations by the memory device associated with the particular memory cells a fixed time period after sending the first signal; discontinuing by the memory controller execution of commands associated with the particular memory cells after a fixed time period in response to receiving the first signal, and refreshing, by the memory device, the particular memory cells in response an expiration of the fixed time period, and wherein the memory controller issue/executes a read/write command for memory access associated with the particular memory cells during the fixed time period.
A protective lining for an industrial furnace wall of an adiabatic combustion chamber having a refractory inner layer and a middle layer arranged between the inner layer and the industrial furnace wall, wherein the inner layer is formed from multiple wall elements (3a, 3b, 3c) which are arranged next to one another and which are mechanically coupled by means of multiple anchors to the industrial furnace wall, wherein the wall element (3a, 3b, 3c) has a rear side A3 facing the middle layer and has a surface normal N, and the middle layer has an inner side I4 facing the inner layer, characterized in that the wall element (3a, 3b, 3c) has at least one tenon (3.1) or recess (3.1) on the rear side A3 and the middle layer has at least one corresponding recess (4.1) or one corresponding tenon (4.1), wherein the tenon (3.1, 4,1) is inserted in said recess (4.1, 3.1) in direction R of the surface normal N and an interlocking engagement F, acting at right angles to the surface normal N, is formed between the tenon (3.1, 4.1) and the recess (4.1, 3.1), and a free space (11.1) which is or which can at least be filled with grouting compound is formed between the middle layer and the inner layer by the spacer which is configured as a tenon (3.1, 4.1) or a spacer element (3.5, 4.5).
A system for transfecting material into a cell comprising a single mode optical fibre that has a microlens formed at its end for directing light to a surface of the cell, and a channel for delivery of the material for transfection into the cell, wherein the microlens comprises a polymerized UV cured adhesive projection extending from a central region of an end facet of the optical fibre, the polymerized UV cured adhesive projection having a curved facet formed at an apex of the polymerized UV cured adhesive projection wherein formation of the microlens comprises: dipping the optical fibre in a drop of UV curable adhesive; raising the optical fibre from the drop of adhesive to form a hemisphere of the adhesive on the end of the optical fibre; aligning a UV laser beam and the optical fibre relative to one another so that a waist of the UV laser beam is positioned in the optical fibre behind a centre of the end facet of the optical fibre whilst keeping the optical power of the UV laser beam below a threshold optical power required for initiating curing of the adhesive; increasing the optical power of the UV laser beam above the threshold optical power to cure a portion of the adhesive exposed to the UV laser beam and thereby define a shape of the microlens; and removing unpolymerized adhesive. wherein formation of the microlens comprises: dipping the optical fibre in a drop of UV curable adhesive; raising the optical fibre from the drop of adhesive to form a hemisphere of the adhesive on the end of the optical fibre; dipping the optical fibre in a drop of UV curable adhesive; raising the optical fibre from the drop of adhesive to form a hemisphere of the adhesive on the end of the optical fibre; aligning a UV laser beam and the optical fibre relative to one another so that a waist of the UV laser beam is positioned in the optical fibre behind a centre of the end facet of the optical fibre whilst keeping the optical power of the UV laser beam below a threshold optical power required for initiating curing of the adhesive; increasing the optical power of the UV laser beam above the threshold optical power to cure a portion of the adhesive exposed to the UV laser beam and thereby define a shape of the microlens; and removing unpolymerized adhesive.
An apparatus, comprising: a first radio comprising a transmitter; and a second radio comprising a receiver, the receiver being configured to selectively monitor a channel to obtain data representative of a measurement of a predefined channel parameter, the receiver being operable to receive a signal from the first radio, the signal from the first radio providing data indicating whether the transmitter of the first radio is transmitting; wherein the second radio is configured to selectively exclude measurements of the predefined channel parameter obtained while the transmitter of the first radio is transmitting, the second radio being configured to obtain data representative of an amount of time the transmitter of the first radio was transmitting during a sampling period and determine whether the amount of time exceeds a predetermined threshold. a first radio comprising a transmitter; and a second radio comprising a receiver, the receiver being configured to selectively monitor a channel to obtain data representative of a measurement of a predefined channel parameter, the receiver being operable to receive a signal from the first radio, the signal from the first radio providing data indicating whether the transmitter of the first radio is transmitting; wherein the second radio is configured to selectively exclude measurements of the predefined channel parameter obtained while the transmitter of the first radio is transmitting, the second radio being configured to obtain data representative of an amount of time the transmitter of the first radio was transmitting during a sampling period and determine whether the amount of time exceeds a predetermined threshold.
An enclosure for a blower suitable for use in the administration of positive pressure ventilation of a patient, the enclosure comprising: an enclosure base defining a blower chamber (710.1) for the blower and a muffling chamber (710.2); an enclosure lid provided to sealingly engage the enclosure base; and a flow meter provided upstream of the blower chamber (710.1) and the muffling chamber (710.2). an enclosure base defining a blower chamber (710.1) for the blower and a muffling chamber (710.2); an enclosure lid provided to sealingly engage the enclosure base; and a flow meter provided upstream of the blower chamber (710.1) and the muffling chamber (710.2).
A device for battery formation, comprising a negative pressure mechanism, a connecting assembly and a suction joint; the negative pressure mechanism having a receiving cavity inside; the suction joint being provided to the negative pressure mechanism and communicated with the receiving cavity; the connecting assembly being provided as plurality in number, and the plurality of the connecting assemblies being provided to the negative pressure mechanism; each connecting assembly being communicated with the receiving cavity and used for being connected to a battery; each connecting assembly comprises a first connecting pipe and a nozzle, one end of the first connecting pipe is connected with the negative pressure mechanism, the other end of the first connecting pipe is connected with the nozzle; characterized in that the device for battery formation further comprises a base plate, a press plate and a positioning block; the positioning block is provided as plurality in number and the plurality of positioning blocks are positioned between the base plate and the press plate; the negative pressure mechanism is connected with the base plate, the press plate is positioned at a side of the base plate away from negative pressure mechanism and connected with the base plate; the first connecting pipe of each connecting assembly is connected with the positioning block. the negative pressure mechanism having a receiving cavity inside; the suction joint being provided to the negative pressure mechanism and communicated with the receiving cavity; the connecting assembly being provided as plurality in number, and the plurality of the connecting assemblies being provided to the negative pressure mechanism; each connecting assembly being communicated with the receiving cavity and used for being connected to a battery; each connecting assembly comprises a first connecting pipe and a nozzle, one end of the first connecting pipe is connected with the negative pressure mechanism, the other end of the first connecting pipe is connected with the nozzle; characterized in that the device for battery formation further comprises a base plate, a press plate and a positioning block; the positioning block is provided as plurality in number and the plurality of positioning blocks are positioned between the base plate and the press plate; the negative pressure mechanism is connected with the base plate, the press plate is positioned at a side of the base plate away from negative pressure mechanism and connected with the base plate; the first connecting pipe of each connecting assembly is connected with the positioning block.
A tool body including a damping apparatus for damping vibrations in a machining tool having besides the tool body a member with at least one cutting edge to be secured to the tool body, wherein the damping apparatus is arranged in an internal room of the tool body and comprises • a damper mass body) with an axial through bore, and • a central tube extending through said bore and which is rigidly secured to the damper mass body inside the through bore, wherein the central tube is at both ends (12, 13) thereof rigidly connected to a tool body fixed part (14, 15) and the central tube is made of a material with a spring property allowing the damper mass body to oscillate in the internal room perpendicularly to the longitudinal extension of the central tube, characterised in that the internal room contains a damping fluid, such as oil, in an annular cavity separating the damper mass body radially from internal walls defining the internal room. • a damper mass body) with an axial through bore, and • a central tube extending through said bore and which is rigidly secured to the damper mass body inside the through bore,
A card body for a portable data carrier having a plurality of plastic layers laminated with each other, comprising a card core of at least one core layer (60, 61, 62), at least two cover layers (80, 81) for covering both surfaces of the card core, and optionally at least one intermediate layer (70, 71) between the card core and at least one of the cover layers (80, 81), characterized in that at least one of the cover layers (80, 81) and/or at least one intermediate layer (70, 71) is a foil composite material, consisting of a first plastic outer layer, a plastic inner layer and a second plastic outer layer, wherein all layers (1, 2, 3) together form a coextruded composite, wherein the plastic inner layer of the foil composite material consists of a thermoplastic copolyester elastomer, and the two plastic outer layers (1, 2) consist of a polyethylene terephthalate glycol copolymer (PETG), a so-called glycol-modified polyethylene terephthalate, wherein the thermoplastic copolyester elastomer and the PETG respectively form only the plastic materials of the inner layer and/or of the outer layers (1, 2), wherein the thermoplastic copolyester elastomer has a Shore D hardness of 33 to 55.
A microwave resonator magnetic field measuring device for measuring alternating magnetic fields, comprising: - a base plate with at least one support/bearing/clamping point; - at least one mechanical oscillator (12 + 13) formed as a microwave resonator in the form of a cantilever having at least one magnetostrictive layer, the latter being connected and mounted at least at one point to the base plate in the at least one support/bearing/clamping point, - at least one coupling means for microwaves and - at least one decoupling means for microwaves, wherein the base plate and the mechanical oscillator (12 + 13), formed as a microwave resonator, are at least partly electrically conductive and are electrically conductively connected to one another, wherein the microwave resonator magnetic field measuring device is set up to detect, during operation, the mechanical deflection of the mechanical oscillator (12 + 13) by the influence of an alternating magnetic field to be measured on the magnetostrictive layer by means of the integrated microwave resonator. - a base plate with at least one support/bearing/clamping point; - at least one mechanical oscillator (12 + 13) formed as a microwave resonator in the form of a cantilever having at least one magnetostrictive layer, the latter being connected and mounted at least at one point to the base plate in the at least one support/bearing/clamping point, - at least one coupling means for microwaves and - at least one decoupling means for microwaves, wherein the base plate and the mechanical oscillator (12 + 13), formed as a microwave resonator, are at least partly electrically conductive and are electrically conductively connected to one another, wherein the microwave resonator magnetic field measuring device is set up to detect, during operation, the mechanical deflection of the mechanical oscillator (12 + 13) by the influence of an alternating magnetic field to be measured on the magnetostrictive layer by means of the integrated microwave resonator.
Plug connection for transmitting electrical energy by means of a releasable contacting arrangement, having at least one plug contact pin and at least one contact socket, wherein the at least one contact socket is received in a plug connector housing and the plug connector housing has a slider which is movable relative thereto, with the result that the plug connector partners (10, 20) are housed in a plugged and secondary-locked contacting position, wherein a socket contact and a spring are arranged in the plug connector housing, and at least one latching and support geometry (11, 12) is integrated in the plug contact pin and the plug connector housing is supported on the latching and support geometry by at least one latching hook of the plug connector housing, with the result that the contacting partners (10, 20) are separated from one another if their relative position with respect to one another is outside the secondary-locking position and the force for separating the contacting partner (10, 20) is a spring force of the spring.