mhurhangee/ep-ind-claims huggingface dataset:
A hinge structure for rotatably connecting a first housing and a second housing of an electronic device (101, 102, 104, 200), the hinge structure comprising: a first auxiliary hinge part adapted to be connected to the first housing; a second auxiliary hinge part adapted to be connected to the second housing; the hinge structure being configured to rotatably connect the first auxiliary hinge part and the second auxiliary hinge part, wherein the hinge structure comprises: an idle gear, a first gear configured to engage with the idle gear in a first direction with respect to the idle gear, a second gear configured to engage with the idle gear in a second direction opposite to the first direction with respect to the idle gear, a first body disposed in the first direction with respect to the idle gear, integrally formed with the first gear to rotate with respect to the idle gear according to a rotation of the first gear, and slidably connected to the first auxiliary hinge part, and a second body disposed in the second direction with respect to the idle gear, integrally formed with the second gear to rotate with respect to the idle gear according to a rotation of the second gear, and slidably connected to the second auxiliary hinge part. a first auxiliary hinge part adapted to be connected to the first housing; a second auxiliary hinge part adapted to be connected to the second housing; the hinge structure being configured to rotatably connect the first auxiliary hinge part and the second auxiliary hinge part, wherein the hinge structure comprises: an idle gear, a first gear configured to engage with the idle gear in a first direction with respect to the idle gear, a second gear configured to engage with the idle gear in a second direction opposite to the first direction with respect to the idle gear, a first body disposed in the first direction with respect to the idle gear, integrally formed with the first gear to rotate with respect to the idle gear according to a rotation of the first gear, and slidably connected to the first auxiliary hinge part, and a second body disposed in the second direction with respect to the idle gear, integrally formed with the second gear to rotate with respect to the idle gear according to a rotation of the second gear, and slidably connected to the second auxiliary hinge part. an idle gear, a first gear configured to engage with the idle gear in a first direction with respect to the idle gear, a second gear configured to engage with the idle gear in a second direction opposite to the first direction with respect to the idle gear, a first body disposed in the first direction with respect to the idle gear, integrally formed with the first gear to rotate with respect to the idle gear according to a rotation of the first gear, and slidably connected to the first auxiliary hinge part, and a second body disposed in the second direction with respect to the idle gear, integrally formed with the second gear to rotate with respect to the idle gear according to a rotation of the second gear, and slidably connected to the second auxiliary hinge part.
Coupling, comprising a first part in the form of a male part and a second part in the form of a female part, the male part can be brought into the female part and thereby form a ring shaped void between the facing surfaces of male and female parts, which ring shaped void in the axial direction of the parts are delimited with an inner restriction at an inner side and an outer restriction at an outer side, and a feed-through is arranged from the outer surface of the female part to the void, for injection of glue into the void, and a feed-through is arranged from the void to the outer surface of the female part, for venting and leakage of glue when filling the void with glue, characterized in that the feed-through for venting and leakage of glue is arranged closer to the outer side of the void than the feed-through for injection of glue, the ring shaped void is asymmetrically shaped, with larger height towards the inner side than the outer side, the feed-throughs and are arranged diametrically opposite with respect to the circumference, and the male part is a FRP pipe and the female part is a FRP pipe coupling part or -socket.
A nuclear island comprising: a nuclear reactor including a nuclear reactor core comprising fissile material disposed in a reactor pressure vessel that has a plurality of vessel penetrations that in use exclusively carry flow into the nuclear reactor and at least one vessel penetration that in use carries flow out of the nuclear reactor; and an integral isolation valve, IIV, system including: a plurality of passive IIVs (30,32,38) each comprising a check valve built into a forged flange and not including an actuator, and one or more active IIVs (34,36) each comprising an active valve built into a forged flange and including an actuator, wherein: each vessel penetration that in use exclusively carries flow into the nuclear reactor is protected by a passive IIV (30,32,38) whose forged flange is directly connected to the vessel penetration, and each vessel penetration that in use carries flow out of the nuclear reactor is protected by an active IIV (34,36) whose forged flange is directly connected to the vessel penetration, characterized in that the active valve of the one or more active IIVs (34,36) is configured to be closed by reactor coolant pressure upon loss of actuator power. a nuclear reactor including a nuclear reactor core comprising fissile material disposed in a reactor pressure vessel that has a plurality of vessel penetrations that in use exclusively carry flow into the nuclear reactor and at least one vessel penetration that in use carries flow out of the nuclear reactor; and an integral isolation valve, IIV, system including: a plurality of passive IIVs (30,32,38) each comprising a check valve built into a forged flange and not including an actuator, and one or more active IIVs (34,36) each comprising an active valve built into a forged flange and including an actuator, a plurality of passive IIVs (30,32,38) each comprising a check valve built into a forged flange and not including an actuator, and one or more active IIVs (34,36) each comprising an active valve built into a forged flange and including an actuator, wherein: each vessel penetration that in use exclusively carries flow into the nuclear reactor is protected by a passive IIV (30,32,38) whose forged flange is directly connected to the vessel penetration, and each vessel penetration that in use carries flow out of the nuclear reactor is protected by an active IIV (34,36) whose forged flange is directly connected to the vessel penetration, characterized in that the active valve of the one or more active IIVs (34,36) is configured to be closed by reactor coolant pressure upon loss of actuator power. each vessel penetration that in use exclusively carries flow into the nuclear reactor is protected by a passive IIV (30,32,38) whose forged flange is directly connected to the vessel penetration, and each vessel penetration that in use carries flow out of the nuclear reactor is protected by an active IIV (34,36) whose forged flange is directly connected to the vessel penetration, characterized in that the active valve of the one or more active IIVs (34,36) is configured to be closed by reactor coolant pressure upon loss of actuator power.
Pack for cigarettes or other stick-shaped smokers' articles, having a retaining or supporting member, respectively, of thin cardboard, which is configured as a tray and at least partially surrounds a group of cigarettes that are disposed in rows and which has a front wall, a rear wall, a base wall and lateral walls from lateral flaps (20, 21) that at least partially overlap one another, wherein a unit that is composed of the group of cigarettes and the tray is surrounded by a foil to form a foil pack and/or interior pack, characterized in that the lateral flaps (20, 21) for forming the lateral walls of the tray are held in a position according to the pack, specifically so as to mutually overlap, by way of a mutual form-fitting and/or force-fitting connection, specifically by way of the latching of latching tabs (29, 79, 83) and counter tabs (30, 78, 84), wherein the latching tabs (29, 79, 83) and counter tabs (30, 78, 84) as parts of the lateral flaps (20, 21) that form the lateral walls are produced by punching or by cuts, respectively.
A transport and storage container for liquids comprising a pallet-type understructure for an inner container made of plastic, the inner container having four side walls (12, 13, 14, 15), a lower and an upper bottom (16, 17), a sealable filling socket which is formed on the upper bottom and an outlet socket which is formed on the lower portion of a side wall, said outlet socket having a tapping fitting, the transport and storage container comprising a cage having horizontal and vertical bars (23, 24) made of metal for receiving the inner container and at least a traverse bar which extends over the upper bottom of the inner container and which is formed by a hollow profile, connecting portions formed on the ends of the traverse bar by deforming the hollow profile as a flat section having a fastening opening with a wall for forming a threaded engagement with a connecting screw for connecting the cage, ends of the vertical bars, which are formed by a hollow profile, being welded to a lower and an upper circumferential edge profile (26, 28) of the cage, the upper ends of the vertical bars having a connecting portion in order to be connected to the upper edge profile, said connecting portion having a flat section which is formed from the hollow profile by deforming, characterized in that at least two vertical bars, which are disposed on opposite side walls (12, 14), are connected to the connecting sections of the traverse bar at the connecting portions in such a manner that a connecting portion of a vertical bar is connected to a connecting portion of the traverse bar by means of the connecting screw in each case, the connecting portions of the traverse bar being bent upwards with respect to a longitudinal portion, which extends over the upper bottom of the inner container, and extending towards the connecting portions of the vertical bars, and the connecting portions of the vertical bars having a passage opening for guiding the connecting screw, the vertical bars which are connected to each other via the traverse bar or the traverse bar having a cross section recess for decreasing a shear force acting on the connecting screw in transition portions (36, 35), which are formed adjacent to the connecting portions (25, 31).
Appliance stand for a radiotherapy device, in particular for UV irradiation and UV therapy, including at least one supporting column comprising at least one locking mechanism for fixing at least one irradiation appliance (28, 28'), wherein the supporting column is supported on an approximately U-shaped, crescent-shaped or semicircular, movable pedestal, characterized in that the pedestal has at least one hook-shaped connecting element (20, 22) at least in the area of an end (16, 18) facing away from the supporting column.
Method of order fulfilling by making order and product units (O, P) available from a storage facility at a picking station in a picking level wherein the storage facility comprises: - a storage racking comprising a plurality of multilevel storage racks in which order and product units (O, P) are stored, wherein the storage racks are disposed back-to-back in pairs and have an aisle between pairs and wherein the order units are stored separately from the product units within the storage facility; - at least one automatic storage and retrieval device of the shuttle type provided for each storage racking aisle, wherein the order and product units are stored and retrieved from the storage racking by the automatic storage and retrieval device; - wherein order and product units (O, P) are exchanged directly between two adjoining storage racks from a source storage rack to an adjacent destination storage rack via cross conveyance locations in the storage racks themselves; - at least one picking station for picking from product units into order units for fulfilling orders, to which order and product units are fed; - at least one lift integrated within the footprint of the storage racks for the order units used to transfer the order units vertically; - at least one further lift integrated within the footprint of the storage racks is used to transfer the product units vertically, or a separate materials handling device is used to transfer the product units from the storage racking to the picking station; wherein the said at least one lift is directly connected to the at least one picking station and the separate storage for the order units is connected to the picking station by said at least one lift. - a storage racking comprising a plurality of multilevel storage racks in which order and product units (O, P) are stored, wherein the storage racks are disposed back-to-back in pairs and have an aisle between pairs and wherein the order units are stored separately from the product units within the storage facility; - at least one automatic storage and retrieval device of the shuttle type provided for each storage racking aisle, wherein the order and product units are stored and retrieved from the storage racking by the automatic storage and retrieval device; - wherein order and product units (O, P) are exchanged directly between two adjoining storage racks from a source storage rack to an adjacent destination storage rack via cross conveyance locations in the storage racks themselves; - at least one picking station for picking from product units into order units for fulfilling orders, to which order and product units are fed; - at least one lift integrated within the footprint of the storage racks for the order units used to transfer the order units vertically; - at least one further lift integrated within the footprint of the storage racks is used to transfer the product units vertically, or a separate materials handling device is used to transfer the product units from the storage racking to the picking station;
A fabrication method of a mixed substrate comprising at least one tensile strained silicon-on-insulator portion and at least one compressive strained germanium-on-insulator portion, the method comprising a first step of producing a strained silicon-on-insulator base substrate comprising at least first and second tensile strained silicon zones, the method comprises, after the strained silicon-on-insulator base substrate has been produced, the following successive steps of: - masking the first tensile strained silicon zone of the base substrate forming the tensile strained silicon-on-insulator portion of the substrate, - germanium enrichment treatment of the second tensile strained silicon zone of the base substrate until said compressive strained germanium-on-insulator portion of the substrate is obtained, - removal of the masking. - masking the first tensile strained silicon zone of the base substrate forming the tensile strained silicon-on-insulator portion of the substrate, - germanium enrichment treatment of the second tensile strained silicon zone of the base substrate until said compressive strained germanium-on-insulator portion of the substrate is obtained, - removal of the masking.
A mounting assembly for movably mounting an item of plumbed equipment to a fixed surface, having: a support assembly comprising a fixed support and a moveable bracket configured to receive the item, the support assembly configured to movably mount the moveable bracket to a fixed surface via the fixed support, so as to move the item between a first, stowed, position, and a second, deployed, position; a water supply connection, configured to connect a water supply from a fixed supply point to the moveably mounted item; and a waste water connection, configured to moveably connect a waste outlet of the item to a fixed waste port; characterised in that the support assembly is configured to wholly support the weight of the item through the moveable bracket without contact with the ground beneath the item by providing a cantilevered support to the moveable bracket passing above a water supply connected to the water supply connection and above a waste water pipe connected to the waste water connection; and wherein the bracket comprises a waste opening and a water supply opening to allow passage of the waste water and the water supply through the bracket. a support assembly comprising a fixed support and a moveable bracket configured to receive the item, the support assembly configured to movably mount the moveable bracket to a fixed surface via the fixed support, so as to move the item between a first, stowed, position, and a second, deployed, position; a water supply connection, configured to connect a water supply from a fixed supply point to the moveably mounted item; and a waste water connection, configured to moveably connect a waste outlet of the item to a fixed waste port; characterised in that the support assembly is configured to wholly support the weight of the item through the moveable bracket without contact with the ground beneath the item by providing a cantilevered support to the moveable bracket passing above a water supply connected to the water supply connection and above a waste water pipe connected to the waste water connection; and wherein the bracket comprises a waste opening and a water supply opening to allow passage of the waste water and the water supply through the bracket.
A method of applying a sealant to a seam between a first work piece and a second work piece that abuts the first work piece, comprising: identifying a desired smooth sealant profile for sealing the seam; selecting a sealant layering sequence that is configured to produce the desired smooth sealant profile; applying a fillet layer of the sealant to the first and second work pieces, such that the fillet layer covers the seam; applying a first flaring layer of the sealant adjacent the fillet layer, such that the first flaring layer contacts the fillet layer and the first work piece; applying a second flaring layer of the sealant, such that the second flaring layer contacts the second work piece; and applying one or more filling layers of the sealant so as to substantially define the desired smooth sealant profile, wherein the one or more filling layers in combination contact each of the first flaring layer, the fillet layer, and the second flaring layer. identifying a desired smooth sealant profile for sealing the seam; selecting a sealant layering sequence that is configured to produce the desired smooth sealant profile; applying a fillet layer of the sealant to the first and second work pieces, such that the fillet layer covers the seam; applying a first flaring layer of the sealant adjacent the fillet layer, such that the first flaring layer contacts the fillet layer and the first work piece; applying a second flaring layer of the sealant, such that the second flaring layer contacts the second work piece; and applying one or more filling layers of the sealant so as to substantially define the desired smooth sealant profile, wherein the one or more filling layers in combination contact each of the first flaring layer, the fillet layer, and the second flaring layer.
Connecting interface having a circuit arrangement, in order to associate incoming data messages with available information, having a means for storing available information for comparing the available information with incoming data messages, and a multiplicity of comparison elements that have respective associated memories that together form a store for storing information relating to unassociated data messages, which comparison elements are designed for the parallel comparison of incoming messages with the information stored in the respective memories, characterized in that the memories are in the form of dual-port memories and they have directly associated circuits that are arranged for the purpose of filling gaps in the memory that arise when entries are removed from arbitrary locations by pushing together the remaining memory content, so as in this way to realize self-compacting queues.
An isolating valve which is capable of preventing powder leakage during transport of powder and/or granular material, the isolating valve comprising: a rotatable valve closure member; a pneumatically activated sealing mechanism containing a pair of resiliently deformable structures (18, 20) extending around an upper surface of the rotatable valve closure member, the pair of resiliently deformable structures (18, 20) being held in a pair of annular recesses (32, 34) which also extend around the upper surface of the rotatable valve closure member; wherein the pair of resiliently deformable structures (18, 20) are capable of being pneumatically activated to force a sealing ring against the rotatable valve closure member to form a seal to prevent leakage of powder and/or granular material; characterized in that the pair of resiliently deformable structures (18, 20) are held captive in the pair of recesses (32, 34) and therefore do not move but deform under pneumatic force. a rotatable valve closure member; a pneumatically activated sealing mechanism containing a pair of resiliently deformable structures (18, 20) extending around an upper surface of the rotatable valve closure member, the pair of resiliently deformable structures (18, 20) being held in a pair of annular recesses (32, 34) which also extend around the upper surface of the rotatable valve closure member; wherein the pair of resiliently deformable structures (18, 20) are capable of being pneumatically activated to force a sealing ring against the rotatable valve closure member to form a seal to prevent leakage of powder and/or granular material; characterized in that the pair of resiliently deformable structures (18, 20) are held captive in the pair of recesses (32, 34) and therefore do not move but deform under pneumatic force.
A grinder for beans of plant-based products, whose powder is adapted for use in the preparation of beverages, comprising a grinding chamber defined by a first cylindrical wall extending between a bottom and a top, a pair of opposed grinding wheels (22, 23), at least one whereof rotates, and which are located in said grinding chamber, an electric motor for driving the rotating grinding wheel, a hopper for loading the beans to be ground within the grinding chamber, an outlet channel for unloading the ground product out of said chamber, a first cooling duct extending around said first cylindrical wall between a first inlet and a first outlet, a temperature sensor located in said first cooling duct, a first tubular circuit extending between said first inlet and said first outlet, said first tubular circuit being in hydraulic communication with said first cooling duct and having a heat dissipating fluid flowing therethrough, said first tubular circuit comprising a motor pump for circulating the fluid in said first circuit and in said first cooling duct, heat dissipating means (57, 61), at least one valve member, an electronic control unit, for actuating said motor pump and for turning on said heat dissipating means (57, 61) according to the value of temperature sensed by said temperature sensor, characterized in that said first cooling duct extending around said cylindrical wall is formed within the thickness of the wall and in that said first cooling duct comprises a series of pairs of axial recesses (29, 30) formed in the thickness of the cylindrical wall, connected together by circumferential passageways and separated by axial ribs, said circumferential passageways being closed by plate-like members (34, 36), with the interposition of seal elements.