mhurhangee/ep-ind-claims huggingface dataset:
A packaged food, the packaged food comprising: a sealed bag defining therein a sealed cavity containing a food, the sealed bag being formed from a flexible packaging film characterised in that the flexible packaging file comprises a monoaxially oriented polymeric layer defining a preferential tear direction extending along the film; wherein the packaging film is configured to form first and second elongate tear-away portions (60, 62) of the sealed bag which are on opposite sides of, and adjacent to, an elongate central portion of the sealed bag, the first and second elongate tear-away portions (60, 62) and the elongate central portion extending along the preferential tear direction, whereby tearing away of the first and second elongate tear-away portions (60, 62) along the preferential tear direction to open the sealed bag leaves the elongate central portion forming a handle portion of the opened bag.
An apparatus for inspecting stacking of electrodes of a secondary battery, the apparatus, comprising: a separator supply device configured to supply a separator (s); a stacking main body having a stacking table formed on a first surface thereof and configured to allow the separator to be stacked on the stacking table; a stacking jig configured to stack an electrode plate (e1, e2) on the separator stacked on the stacking main body; a fixing jig configured to fix a first surface of the electrode plate in a stacking direction and comprising an open hole; a lighting device configured to emit light from the first surface of the stacking table to allow the light to pass through the separator and the electrode plate; the fixing jig being disposed on a path of the light that is emitted from the lighting device and passes through the separator and the electrode plate such that the open hole of the fixing jig is positioned on an extension line of the path of the light that passes through the separator and the electrode plate so that the light passing through the separator and the electrode plate passes through the open hole of the fixing jig; and a capturing unit configured to capture an image of the light that has passed through the separator, the electrode plate, and the open hole of the fixing jig. a separator supply device configured to supply a separator (s); a stacking main body having a stacking table formed on a first surface thereof and configured to allow the separator to be stacked on the stacking table; a stacking jig configured to stack an electrode plate (e1, e2) on the separator stacked on the stacking main body; a fixing jig configured to fix a first surface of the electrode plate in a stacking direction and comprising an open hole; a lighting device configured to emit light from the first surface of the stacking table to allow the light to pass through the separator and the electrode plate; the fixing jig being disposed on a path of the light that is emitted from the lighting device and passes through the separator and the electrode plate such that the open hole of the fixing jig is positioned on an extension line of the path of the light that passes through the separator and the electrode plate so that the light passing through the separator and the electrode plate passes through the open hole of the fixing jig; and a capturing unit configured to capture an image of the light that has passed through the separator, the electrode plate, and the open hole of the fixing jig.
A display device comprising: a liquid-crystal display panel; an optical layer behind the liquid-crystal display panel; an optical sheet between the liquid-crystal display panel and the optical layer and including a coupling portion; and a frame behind the optical layer, wherein the frame includes: a flange supporting a portion of a back surface of the optical layer; a plurality of first ribs extended from the flange the plurality of first ribs positioned along a periphery of the optical sheet; and a plurality of second ribs extended from the flange and positioned to be spaced apart from a side surface of the optical layer, wherein the plurality of second ribs are inserted into the coupling portion of the optical sheet to couple the optical sheet to the frame, wherein the plurality of the second ribs remains spaced with a predetermined gap from the side surface of the optical layer with the second ribs inserted into the coupling portion of the optical sheet, characterized in that the plurality of first ribs contacts and supports the side surface of the optical layer and a corresponding side surface of the optical sheet. a liquid-crystal display panel; an optical layer behind the liquid-crystal display panel; an optical sheet between the liquid-crystal display panel and the optical layer and including a coupling portion; and a frame behind the optical layer, wherein the frame includes: a flange supporting a portion of a back surface of the optical layer; a plurality of first ribs extended from the flange the plurality of first ribs positioned along a periphery of the optical sheet; and a plurality of second ribs extended from the flange and positioned to be spaced apart from a side surface of the optical layer, wherein the plurality of second ribs are inserted into the coupling portion of the optical sheet to couple the optical sheet to the frame, wherein the plurality of the second ribs remains spaced with a predetermined gap from the side surface of the optical layer with the second ribs inserted into the coupling portion of the optical sheet, characterized in that the plurality of first ribs contacts and supports the side surface of the optical layer and a corresponding side surface of the optical sheet. a flange supporting a portion of a back surface of the optical layer; a plurality of first ribs extended from the flange the plurality of first ribs positioned along a periphery of the optical sheet; and a plurality of second ribs extended from the flange and positioned to be spaced apart from a side surface of the optical layer, wherein the plurality of second ribs are inserted into the coupling portion of the optical sheet to couple the optical sheet to the frame, wherein the plurality of the second ribs remains spaced with a predetermined gap from the side surface of the optical layer with the second ribs inserted into the coupling portion of the optical sheet, characterized in that the plurality of first ribs contacts and supports the side surface of the optical layer and a corresponding side surface of the optical sheet.
A sterile surgical tray comprising: a surgical instrument; a pump fluid reservoir (30, 44, 46); characterised by further comprising: a pump (40, 48) contained within the sterile surgical tray, the pump (40, 48) operatively connected to the pump fluid reservoir (30, 44, 46); a tubing (32, 34) coupled to the surgical instrument and the pump (40, 48), the tubing (32, 34) having a length of less than 61 cm (2 feet). a surgical instrument; a pump fluid reservoir (30, 44, 46); a pump (40, 48) contained within the sterile surgical tray, the pump (40, 48) operatively connected to the pump fluid reservoir (30, 44, 46); a tubing (32, 34) coupled to the surgical instrument and the pump (40, 48), the tubing (32, 34) having a length of less than 61 cm (2 feet).
A purification method comprising: adding a mixture including a target substance to a first container; adding magnetic beads to the first container; separating the target substance from a remainder of the mixture in the first container with the magnetic beads, wherein the target substance temporarily binds to the magnetic beads; transferring a first volume of the mixture and a first quantity of the magnetic beads from the first container to a second container, wherein a volume of the second container is less than a volume of the first container; applying a magnetic field to hold the first quantity of the magnetic beads against an interior surface of the second container; removing the first volume of the mixture from the second container while the magnetic field holds the first quantity of the magnetic beads against the interior surface of the second container; transferring a second volume of the mixture and a second quantity of the magnetic beads from the first container to the second container; and removing the second volume of the mixture from the second container while the magnetic field holds the first and second quantities of the magnetic beads against the interior surface of the second container. adding a mixture including a target substance to a first container; adding magnetic beads to the first container; separating the target substance from a remainder of the mixture in the first container with the magnetic beads, wherein the target substance temporarily binds to the magnetic beads; transferring a first volume of the mixture and a first quantity of the magnetic beads from the first container to a second container, wherein a volume of the second container is less than a volume of the first container; applying a magnetic field to hold the first quantity of the magnetic beads against an interior surface of the second container; removing the first volume of the mixture from the second container while the magnetic field holds the first quantity of the magnetic beads against the interior surface of the second container; transferring a second volume of the mixture and a second quantity of the magnetic beads from the first container to the second container; and removing the second volume of the mixture from the second container while the magnetic field holds the first and second quantities of the magnetic beads against the interior surface of the second container.
A needle tip storage and removal device comprising a storage compartment for receiving in use a needle tip of a given drive configuration comprising a threaded collar with an externally splined cylindrical portion, said storage compartment having a complementarily splined drive socket for non-rotatably engaging the splined portion of a needle tip received in use in said storage compartment, said device further including a further drive socket (22 1) adapted to be fitted onto a needle tip of said given drive configuration, characterised in that said further drive socket (22 1) is complementarily splined for receiving in use the externally splined portion of a used needle tip of said given configuration, said further drive socket being provided in a removal compartment arranged alongside the storage compartment, and wherein said compartments are arranged with their open ends facing in opposite directions.
A method of preparing a sorbitol liquid and a liquid polyol using a maltitol raffinate, comprising: at step 1, obtaining a saccharification liquid by adding glucoamylase to the maltitol raffinate for saccharification; at step 2, obtaining a fermentation liquid by adding a dry yeast to the above saccharification liquid for fermentation; at step 3, obtaining the sorbitol liquid and the liquid polyol by performing decolorization filtration and membrane separation for the above fermentation liquid. at step 1, obtaining a saccharification liquid by adding glucoamylase to the maltitol raffinate for saccharification; at step 2, obtaining a fermentation liquid by adding a dry yeast to the above saccharification liquid for fermentation; at step 3, obtaining the sorbitol liquid and the liquid polyol by performing decolorization filtration and membrane separation for the above fermentation liquid.
Computer-implemented method for evaluating a vehicle wash performed on a washing system, comprising the following method steps performed at least partially on a mobile terminal: - Providing of a human-machine interface and a control interface to a control module of the washing system; - Outputting fields on the human-machine interface that are used to detect at least one evaluation signal in order to evaluate the wash; - When a negative evaluation signal is detected: Reading of a generated interactive virtualized representation of the vehicle and output on the human-machine interface of the mobile device; - Output of a request on the human-machine interface to activate objectionable areas in the interactive virtualized representation by means of activation signals (as), whereby the objectionable areas are objected to with regard to a washing quality; - Detecting of activation signals (as) in the interactive virtualized representation; - Reading in an identification of the objectionable areas on the vehicle on the basis of the detected activation signals (as); - Generating of feedback signals (rs) for forwarding to the control module via the control interface, whereby the feedback signals (rs) encode the identified objectionable areas. - Providing of a human-machine interface and a control interface to a control module of the washing system; - Outputting fields on the human-machine interface that are used to detect at least one evaluation signal in order to evaluate the wash; - When a negative evaluation signal is detected: Reading of a generated interactive virtualized representation of the vehicle and output on the human-machine interface of the mobile device; - Output of a request on the human-machine interface to activate objectionable areas in the interactive virtualized representation by means of activation signals (as), whereby the objectionable areas are objected to with regard to a washing quality; - Detecting of activation signals (as) in the interactive virtualized representation; - Reading in an identification of the objectionable areas on the vehicle on the basis of the detected activation signals (as); - Generating of feedback signals (rs) for forwarding to the control module via the control interface, whereby the feedback signals (rs) encode the identified objectionable areas.
A method for purifying mixtures comprising 4,4'methylenediphenyl diisocyanate, which comprises purifying by distillation a mixture I comprising 4,4'-methylenediphenyl diisocyanate having a hydrolyzable chlorine content as specified in ASTM D4663-10 of greater than 100 ppm by means of a column K1, wherein the gaseous stream comprising the mixture I is brought into contact in the column K1 with at least one liquid compound A which has the same or higher boiling point than 4,4'methylenediphenyl diisocyanate and which has a hydrolyzable chlorine content as specified in ASTM D4663-10 of a maximum of 100 ppm, and wherein the gaseous stream 0 obtained at the top of the column and comprising 4,4'-methylenediphenyl diisocyanate has a hydrolyzable chlorine content as specified in ASTM D4663-10 of a maximum of 100 ppm.
A ski boot, comprising a shell for receiving a user's foot, wherein: - the shell comprises a toe box for receiving toes of the user's foot, a cuff, and side portions extending between the toe box and the cuff, the shell having an upper opening bounded by the toe box, the side portions and the cuff, - the boot comprises a cover, connected to the toe box of the shell by means of a first pivot connection, the cover being able to swing between a closed position in which it partially covers the upper opening, and an open position in which it frees the upper opening, - the cover comprises a front part, partly covering the toe box in the closed position, and an upper part, partly covering the upper opening in the closed position, characterised in that the upper part is formed by two panels (30A, 30B), one of the panels overlapping the other. - the shell comprises a toe box for receiving toes of the user's foot, a cuff, and side portions extending between the toe box and the cuff, the shell having an upper opening bounded by the toe box, the side portions and the cuff, - the boot comprises a cover, connected to the toe box of the shell by means of a first pivot connection, the cover being able to swing between a closed position in which it partially covers the upper opening, and an open position in which it frees the upper opening, - the cover comprises a front part, partly covering the toe box in the closed position, and an upper part, partly covering the upper opening in the closed position,
An enbloc support body (27, 27*) for a hydraulic valve group for use in wall-mounted combined boilers for room heating and sanitary hot water; said enbloc support body (27, 27*) integrating in a main body, obtained in one piece, the following elements: - a joint for an expansion vessel; - a joint for a high pressure switch of a primary heating circuit; - a seat for a three-way valve; - a seat for a flow switch of sanitary cold water; - a joint for a safety valve of the primary heating circuit; - a joint for a centrifugal pump group; - a joint for connection with a water supply; - a joint for connection with said primary heating circuit; - two joints (27N, 27P) for a direct connection with a secondary plate heat exchanger; - a seat for a bypass valve; - a joint for a manometer; and - a hydraulic connection duct connecting one of said two joints for direct connection with said secondary plate heat exchanger with said seat for said three-way valve; said enbloc support body (27, 27*) being characterized in that it further integrates the following elements: - two joints (27F*, 27F**) for a feeding tap of the primary heating circuit; and - a joint for a plant drainage tap; - a joint for an expansion vessel; - a joint for a high pressure switch of a primary heating circuit; - a seat for a three-way valve; - a seat for a flow switch of sanitary cold water; - a joint for a safety valve of the primary heating circuit; - a joint for a centrifugal pump group; - a joint for connection with a water supply; - a joint for connection with said primary heating circuit; - two joints (27N, 27P) for a direct connection with a secondary plate heat exchanger; - a seat for a bypass valve; - a joint for a manometer; and - a hydraulic connection duct connecting one of said two joints for direct connection with said secondary plate heat exchanger with said seat for said three-way valve; - two joints (27F*, 27F**) for a feeding tap of the primary heating circuit; and - a joint for a plant drainage tap;
A fastening tool for fastening members, with an internal combustion engine, with a system for controlling the intake of a fuel into a combustion chamber of said tool, said tool furthermore comprising a source of fuel, a means (14, 16) for igniting said fuel in said combustion chamber, said system comprising a means including a normally closed valve, with an intake port arranged so as to communicate with said source of fuel, and an exhaust port arranged for communicating with said combustion chamber, characterized in that the valve is a fuel injector arranged for pressurizing the fuel at the outlet thereof and thereby micronizing it.
An azeotropic or azeotrope-like composition which consists of from 10 to 35 weight percent hydrogen fluoride, from 65 to 90 weight percent of an organic portion consisting of 2-chloro-3,3,3-trifluoropropene and 2-chloro-1,1,1,2-tetrafluoropropane, wherein the 2-chloro-3,3,3-trifluoropropene in the organic portion of the mixture is present in the amount from 50 to 90 weight percent of the organic portion, and the 2-chloro-1,1,1,2-tetrafluoropropane in the organic portion of the mixture is present in the amount from 10 to 50 weight percent of the organic portion, and the azeotropic or azeotrope-like composition has a boiling point of from 0 °C to 61 °C at a pressure of from 105 kPa (15 psia) to 752 kPa (108 psia).
A personal safety device system, comprising: a self-contained personal safety device having a housing and including at least one self-defense mechanism; said personal safety device including a transmitter for wirelessly transmitting first signals to a cellular telephone, said transmitter being activated to transmit said first signals to said cellular telephone responsive to either (i) activation of said at least one self-defense mechanism, or (ii) manual activation; an optical safety device separate from said personal safety device and comprising a camera to identify and track potential assailants coming from behind, and streaming via Bluetooth second signals to said cellular telephone, wherein said second signals comprise images captured by said optical safety device; comprise information to be provided to said cellular telephone, including that a person or persons is/are approaching said user of said personal safety device and including that said user requires assistance; and wherein said cellular telephone, when said personal safety device is manually activated by the user or when a potential assailant is detected coming from behind, issues an audio warning audible to said user and to said person or persons. a self-contained personal safety device having a housing and including at least one self-defense mechanism; said personal safety device including a transmitter for wirelessly transmitting first signals to a cellular telephone, said transmitter being activated to transmit said first signals to said cellular telephone responsive to either (i) activation of said at least one self-defense mechanism, or (ii) manual activation; an optical safety device separate from said personal safety device and comprising a camera to identify and track potential assailants coming from behind, and streaming via Bluetooth second signals to said cellular telephone, wherein said second signals comprise images captured by said optical safety device; comprise information to be provided to said cellular telephone, including that a person or persons is/are approaching said user of said personal safety device and including that said user requires assistance; and wherein said cellular telephone, when said personal safety device is manually activated by the user or when a potential assailant is detected coming from behind, issues an audio warning audible to said user and to said person or persons. comprise images captured by said optical safety device; comprise information to be provided to said cellular telephone, including that a person or persons is/are approaching said user of said personal safety device and including that said user requires assistance; and wherein said cellular telephone, when said personal safety device is manually activated by the user or when a potential assailant is detected coming from behind, issues an audio warning audible to said user and to said person or persons.
A mold comprising at least one lower portion and one upper portion delimiting a cavity inside of which a material to be molded which has to be brought to a temperature Ttr of more than 20°C, is introduced and then shaped by contact with said lower and upper portions of the mold which are heated by the action of an induced current generated by at least one electromagnetic inductor, at least one of said lower and upper portions having a heat transfer area with said molding material, said heat transfer area comprising at least one heat transfer sub-area consisting of at least one ferromagnetic material having a Curie point Tc comprised between 20 and 800°C, characterizd in that said heat transfer area is, in use, in contact with a coating consisting of a non-ferromagnetic material with a heat conductivity of more than 30 W.m -1 K -1, itself in contact with said molding material.