mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic relay in which a movable contact plate unit having a plurality of stacked movable contact plates (51, 52, 53, 54) is moved by an actuator plate which moves reciprocatingly by magnetic force generated by an application of electric current to an electromagnetic unit so that first and second movable contacts (57, 58) mounted on respective first and second divided plate portions (51a, 51b) extending in parallel in their longitudinal directions make and break contacts with respective first and second stationary contacts (31, 32) mounted on a stationary contact terminal, wherein the first stationary contact is an opening/closing stationary contact and the second stationary contact is a conducting stationary contact, and wherein the first movable contact is an opening/closing movable contact and the second movable contact is a conducting movable contact, characterized in that the first and second divided plate portions (51a, 51b) are bent at different portions to form respective elastically deformable bent portions such that the bent portion supporting the conducting movable contact in the second divided plate portion is shorter than the bent portion supporting the conducting movable contact in the first divided plate portion, which causes that the first movable contact makes a contact with the first stationary contact and then the second movable contact makes a contact with the second stationary contact.
Virtual reality system, comprising: A virtual reality device including a virtual reality module including a display device configured to project an image sequence in the visual field of a user; an audio playback device configured to produce a first sound signal comprising a soundtrack, a second sound signal having a first frequency and being audible by one ear of the user, a third soundtrack having a second frequency and being audible by the other ear of the user, and a fourth soundtrack comprising a spoken presentation; and A control unit configured to control the virtual reality module characterized in that: the display device projects the image sequence and the audio playback device produces the first sound signal, the second sound signal, the third sound signal and the fourth sound signal during a period of stimulation comprising an initial portion (ti), a median portion (tm) and a final portion (tf); and in which the display device further produces an induction signal during the initial portion (ti), the induction signal comprises a projection of a light signal superimposed on the image sequence or a dual-channel sound displacing rythmically and in a to-and-fro movement between the first and a second area in the space surrounding the user. A virtual reality device including a virtual reality module including a display device configured to project an image sequence in the visual field of a user; an audio playback device configured to produce a first sound signal comprising a soundtrack, a second sound signal having a first frequency and being audible by one ear of the user, a third soundtrack having a second frequency and being audible by the other ear of the user, and a fourth soundtrack comprising a spoken presentation; and A control unit configured to control the virtual reality module characterized in that: the display device projects the image sequence and the audio playback device produces the first sound signal, the second sound signal, the third sound signal and the fourth sound signal during a period of stimulation comprising an initial portion (ti), a median portion (tm) and a final portion (tf); and in which the display device further produces an induction signal during the initial portion (ti), the induction signal comprises a projection of a light signal superimposed on the image sequence or a dual-channel sound displacing rythmically and in a to-and-fro movement between the first and a second area in the space surrounding the user. the display device projects the image sequence and the audio playback device produces the first sound signal, the second sound signal, the third sound signal and the fourth sound signal during a period of stimulation comprising an initial portion (ti), a median portion (tm) and a final portion (tf); and in which the display device further produces an induction signal during the initial portion (ti), the induction signal comprises a projection of a light signal superimposed on the image sequence or a dual-channel sound displacing rythmically and in a to-and-fro movement between the first and a second area in the space surrounding the user.
A water-developable photosensitive resin printing original plate, comprising at least: a support; and a photosensitive resin layer arranged on the support, in which a peripheral side surface of the water-developable photosensitive resin printing original plate is covered with a light-blocking layer, the peripheral side surface being a side surface in the thickness direction of the water-developable photosensitive resin printing original plate; the light-blocking layer contains carbon black and a vinyl polymer at a mass ratio of 80/20 to 30/70; and the vinyl polymer is an alcohol-soluble vinyl polymer containing 25 to 65 mol% of a hydroxyl group with respect to a constituent monomer unit in a molecule or, in the case of being chemically modified, to a constituent monomer unit after the modification.
A silicon-carbon particulate composite suitable for use as active material in a negative electrode of a Li-ion battery, characterized by: (i) a microporosity of from about 5.0 % to about 20 %, wherein said microporosity in relation to the total BET surface area is determined using the t-plot method; (ii) a BJH average pore width of from about 5 nm to about 20 nm, (iii) a BJH volume of pores of at least about 0.10 cm 3 /g; and (iv) an average particle size of about 5-200nm, wherein said average particle size is calculated from the BET specific surface area assuming nonporous spherical particles and the theoretical density of the carbon/silicon composite; optionally wherein the carbon comprises or is natural and/or synthetic graphite, or a mixture of natural and synthetic graphite, preferably wherein the natural or synthetic graphite is exfoliated graphite or expanded graphite. (i) a microporosity of from about 5.0 % to about 20 %, wherein said microporosity in relation to the total BET surface area is determined using the t-plot method; (ii) a BJH average pore width of from about 5 nm to about 20 nm, (iii) a BJH volume of pores of at least about 0.10 cm 3 /g; and (iv) an average particle size of about 5-200nm, wherein said average particle size is calculated from the BET specific surface area assuming nonporous spherical particles and the theoretical density of the carbon/silicon composite;
Method for measuring core temperature in a frozen object in a horizontal or vertical plate freezer, where a temperature sensor (10,23) is arranged projecting from an inside wall (2,3,20) of a freezer into a freezing space, said freezing space is adapted to be filled with material to be frozen, and where the sensor (10,23) has means for registering the temperature accessible outside the freezer, where the material to be frozen is placed around the sensor (10,23) inside the freezer such that the sensor (10,23) is embedded in the material to be frozen, and where the freezing process is controlled at least in part by data collected from the temperature sensor (10,23).
A liquid dripper comprising: a container having a first opening and a second opening of different sizes; a sidewall connecting the first opening to the second opening; and ridges formed on an inside surface of the sidewall and extending in straight lines between the first opening and the second opening, characterized in that the ridges grow thicker as they approach the second opening. a container having a first opening and a second opening of different sizes; a sidewall connecting the first opening to the second opening; and ridges formed on an inside surface of the sidewall and extending in straight lines between the first opening and the second opening, characterized in that the ridges grow thicker as they approach the second opening.
Method of cooling a surface of cast material, rolling stock or a roll, comprising the following steps: providing a nozzle, which comprises an inlet and an outlet which is opposite the surface to be cooled, and providing a preferably single-phase volume flow of a cooling fluid, which Is fed to the nozzle by way of the inlet and leaves the nozzle through the outlet, characterised in that at least the nozzle outlet is mounted at a variable spacing (d) from the surface to be cooled and the volume flow of the cooling fluid fed to the inlet of the nozzle is set in such a way that the nozzle firmly sucks against the surface, which is to be cooled, in accordance with the Bernoulli principle. providing a nozzle, which comprises an inlet and an outlet which is opposite the surface to be cooled, and providing a preferably single-phase volume flow of a cooling fluid, which Is fed to the nozzle by way of the inlet and leaves the nozzle through the outlet, characterised in that at least the nozzle outlet is mounted at a variable spacing (d) from the surface to be cooled and the volume flow of the cooling fluid fed to the inlet of the nozzle is set in such a way that the nozzle firmly sucks against the surface, which is to be cooled, in accordance with the Bernoulli principle.
Mechanism for a container for applying a cosmetic product, the mechanism being designed to cause the cosmetic product to exit by at least one rotation movement, said mechanism comprising at least: - a sheath internally comprising at least one helical groove; - a guide rotatably mounted in the sheath; - a cup carrying the cosmetic product, said cup being mounted in the guide; - an outer envelope surrounding the sheath; the sheath and the envelope being integral in rotation and in translation, and made of a plastic material selected from among polypropylene and/or polyethylene terephthalate. - a sheath internally comprising at least one helical groove; - a guide rotatably mounted in the sheath; - a cup carrying the cosmetic product, said cup being mounted in the guide; - an outer envelope surrounding the sheath;
Lighting device comprising: - an electronic microcontroller having an input terminal adapted to be connected to an electrical source supplying a first electric current supply, - lighting means suitable for emitting a light signal when the value of a variable on the first electric current supply is zero or less than a predetermined threshold, - a single energy storage element connected to the lighting means, the energy storage element being adapted to supply, when the value of the variable on the first electric current supply is zero or less than a predetermine d threshold, a second electrical supply current, for the joint supply of the lighting means and the microcontroller, - a booster module connected between the energy storage element and the input terminal of the microcontroller, - a member for measuring an electric voltage of the power input of the microcontroller, connected to the microcontroller, with the microcontroller adapted to emit a signal for controlling the booster module, for controlling said module according to the value of the voltage of measured power input; characterised in that it further comprises a booster circuit, connected between the energy storage element and the lighting means, and in that the input terminal of the electronic microcontroller is connected to the lighting means. - an electronic microcontroller having an input terminal adapted to be connected to an electrical source supplying a first electric current supply, - lighting means suitable for emitting a light signal when the value of a variable on the first electric current supply is zero or less than a predetermined threshold, - a single energy storage element connected to the lighting means, the energy storage element being adapted to supply, when the value of the variable on the first electric current supply is zero or less than a predetermine d threshold, a second electrical supply current, for the joint supply of the lighting means and the microcontroller, - a booster module connected between the energy storage element and the input terminal of the microcontroller, - a member for measuring an electric voltage of the power input of the microcontroller, connected to the microcontroller, with the microcontroller adapted to emit a signal for controlling the booster module, for controlling said module according to the value of the voltage of measured power input;
An endodontic obturator for obturating a root canal comprising: a wire made of a conductive material; a carrier configured to releasably couple to the wire, the carrier being made of a first thermoset material; and a sheath configured to slidably receive the carrier, the sheath being made of a second thermoset material; wherein a melting temperature of the second thermoset material is lower than a melting temperature of the first thermoset material. a wire made of a conductive material; a carrier configured to releasably couple to the wire, the carrier being made of a first thermoset material; and a sheath configured to slidably receive the carrier, the sheath being made of a second thermoset material; wherein a melting temperature of the second thermoset material is lower than a melting temperature of the first thermoset material.
A training device for human casualties consisting of: a human skeleton-like structure comprising a torso, neck, and skull, wherein the torso consists of ribs, a sternum, a left proximal humeral head, a right proximal humeral head, a lumbar spine, a thoracic spine, and a cervical spine, and where the human skeleton-like structure is cast from rigid polyurethane and filled with a low density rigid urethane foam void filler and the cervical spine is embedded with a flexible wire to provide flexure; removable pucks for needles and catheters, a removable puck being located at the top of the sternum, and a removable puck being located at at least one of the left proximal humeral head and right proximal humeral head,_and where the removable pucks are comprised of polycarbonate resin thermoplastic and a layer of polystyrene which simulates an intraosseous infusion site by approximating human bone density, fastened to the skeleton with silicone elastomer; a human skin-like material that covers the skeleton; and a removable trachea module, where the skull comprises a mouth with movable jaw and tongue, nasal passage, and eye sockets, where the neck section comprises an opening configured to receive the removable trachea module. a human skeleton-like structure comprising a torso, neck, and skull, wherein the torso consists of ribs, a sternum, a left proximal humeral head, a right proximal humeral head, a lumbar spine, a thoracic spine, and a cervical spine, and where the human skeleton-like structure is cast from rigid polyurethane and filled with a low density rigid urethane foam void filler and the cervical spine is embedded with a flexible wire to provide flexure; removable pucks for needles and catheters, a removable puck being located at the top of the sternum, and a removable puck being located at at least one of the left proximal humeral head and right proximal humeral head,_and where the removable pucks are comprised of polycarbonate resin thermoplastic and a layer of polystyrene which simulates an intraosseous infusion site by approximating human bone density, fastened to the skeleton with silicone elastomer; a human skin-like material that covers the skeleton; and a removable trachea module,
A combined imaging apparatus for x-ray imaging of a subject in multiple modes, the imaging apparatus comprising a supporting structure having an extended rotary arm, wherein the rotary arm comprises: a computed tomography detector and a panoramic imaging detector, both mounted adjacently on the same side of a movable platen; and a detector positioning apparatus actuable to translate the position of the movable platen along a curvilinear translation path for the detectors in a plane orthogonal to an axis that is substantially parallel to the length of the rotary arm to either of at least first and second positions with respect to an x-ray source, wherein the first position disposes the computed tomography detector in the direct path of the x-ray source and wherein the second position disposes the panoramic imaging detector in the direct path of the x-ray source. a computed tomography detector and a panoramic imaging detector, both mounted adjacently on the same side of a movable platen; and a detector positioning apparatus actuable to translate the position of the movable platen along a curvilinear translation path for the detectors in a plane orthogonal to an axis that is substantially parallel to the length of the rotary arm to either of at least first and second positions with respect to an x-ray source, wherein the first position disposes the computed tomography detector in the direct path of the x-ray source and wherein the second position disposes the panoramic imaging detector in the direct path of the x-ray source.
A method of conducting a microbiological process on a bulk material in which a quantity of the bulk material is loaded onto a waterproof lining forming part of a bio cell with a heat transfer arrangement below the quantity of bulk material or within its volume, or both, and wherein the moisture content of the bulk material is controlled by periodic or intermittent distribution of water into the bulk material in order to promote microbiological activity within the bulk material by means of microbes that may be either naturally occurring within the bulk material or may be selected and introduced into the bulk material according to a desired result, and a leachate recovery installation (22, 23) for collecting leachate draining from the bulk material, in use, wherein the temperature within the bulk material is monitored and the heat transfer arrangement is heated or cooled, as may be required, in order to control the temperature thereof to cause the temperature of the bulk material to approach a target temperature associated with enhanced microbial activity of microbes present within the bulk material wherein the heat transfer arrangement operates to heat or cool air that is fed into an air inlet arrangement prior to its discharge into the bulk material, the heat transfer arrangement including a heat exchanger that may be heated or cooled by fluid circulated through the heat exchanger from a suitable source and wherein water is heated in a solar water heater for circulation through the heat exchanger as and when heating of air introduced into the bulk material is required.
An oxidized avidin in which at least one mannose residue per avidin molecule is replaced by a residue of the following formula wherein said oxidized avidin contains about 8 to 15 aldehyde moieties and has a thermal stability equal or greater than 78°C.
A liquid discharge head comprising: a flow passage member comprising: a plurality of discharge holes; a plurality of pressurizing chambers respectively connected to the plurality of the discharge holes; a plurality of first flow passages respectively connected to the plurality of the pressurizing chambers; a second flow passage connected in common to the plurality of the first flow passages; a plurality of third flow passages respectively connected to the plurality of the pressurizing chambers; and a fourth flow passage connected in common to the plurality of the third flow passages; and a plurality of pressurizing sections respectively pressurizing liquid in the plurality of the pressurizing chambers, wherein each third flow passage comprises a wide section connected to the respective pressurizing chamber, and a narrow section connecting the wide section and the fourth flow passage, the wide section being disposed toward the respective discharge hole of the pressurizing chamber, characterized in that, when viewed in a plane, each pressurizing chamber comprises a connection region connected to the wide section and a first region surrounded by a virtual line connecting an end and another end of the connection region, the first region being disposed with the discharge hole. a flow passage member comprising: a plurality of discharge holes; a plurality of pressurizing chambers respectively connected to the plurality of the discharge holes; a plurality of first flow passages respectively connected to the plurality of the pressurizing chambers; a second flow passage connected in common to the plurality of the first flow passages; a plurality of third flow passages respectively connected to the plurality of the pressurizing chambers; and a fourth flow passage connected in common to the plurality of the third flow passages; and a plurality of discharge holes; a plurality of pressurizing chambers respectively connected to the plurality of the discharge holes; a plurality of first flow passages respectively connected to the plurality of the pressurizing chambers; a second flow passage connected in common to the plurality of the first flow passages; a plurality of third flow passages respectively connected to the plurality of the pressurizing chambers; and a fourth flow passage connected in common to the plurality of the third flow passages; and a plurality of pressurizing sections respectively pressurizing liquid in the plurality of the pressurizing chambers, wherein each third flow passage comprises a wide section connected to the respective pressurizing chamber, and a narrow section connecting the wide section and the fourth flow passage, the wide section being disposed toward the respective discharge hole of the pressurizing chamber, characterized in that, when viewed in a plane, each pressurizing chamber comprises a connection region connected to the wide section and a first region surrounded by a virtual line connecting an end and another end of the connection region, the first region being disposed with the discharge hole.
A power module comprising a first conducting layer, a second conducting layer, an insulating layer between the first and second conducting layers (22, 24), and a liquid cooling mechanism, wherein: the first conducting layer is structured in order to increase surface area available for heat removal; circuit elements (28a, 28b) of the power module are provided on the second conducting layer; the first and second conducting layers (22, 24), the insulating layer and the circuit elements (28a, 28b) are encapsulated leaving the first conducting layer exposed to the liquid cooling mechanism; and the liquid cooling mechanism is configured to direct liquid into contact with the first conducting layer in order to remove heat therefrom, characterized in that the liquid cooling mechanism comprises a plurality of cells (38, 39, 40, 41, 54), wherein each cell (38, 39, 40, 41, 54) is configured to direct liquid into contact with the first conducting layer in order to remove heat therefrom, and wherein the first conducting layer is structured by removing material from the first conducting layer, wherein sufficient material is removed from the first conducting layer to expose the insulating layer. the first conducting layer is structured in order to increase surface area available for heat removal; circuit elements (28a, 28b) of the power module are provided on the second conducting layer; the first and second conducting layers (22, 24), the insulating layer and the circuit elements (28a, 28b) are encapsulated leaving the first conducting layer exposed to the liquid cooling mechanism; and the liquid cooling mechanism is configured to direct liquid into contact with the first conducting layer in order to remove heat therefrom, characterized in that the liquid cooling mechanism comprises a plurality of cells (38, 39, 40, 41, 54), wherein each cell (38, 39, 40, 41, 54) is configured to direct liquid into contact with the first conducting layer in order to remove heat therefrom, and wherein the first conducting layer is structured by removing material from the first conducting layer, wherein sufficient material is removed from the first conducting layer to expose the insulating layer.