mhurhangee/ep-ind-claims huggingface dataset:
A system for implementing multimedia call establishment across a private network boundary, comprising a public network and at least one private network, characterized in that the system comprises: at least one media gateway for connecting with multimedia terminals of various different protocols, said media gateway and corresponding connected multimedia terminals forming a private network; at least one boundary gateway adapted to connect the private network and the public network and adapted to perform translation between a private network address used in the private network and a public network address used in the public network, wherein each boundary gateway is provided with a unique subnetwork ID to correspond to the private network connected therewith; and the boundary gateway is adapted to receive the signaling message from a media gateway connected therewith, establish a signaling tunnel from the boundary gateway to the call controller according to its own subnetwork ID, and send the signaling message to the call controller through the signaling tunnel; a call controller adapted to establish calls and adapted to control service logics, wherein in the call controller is recorded a correspondence relationship information of all said boundary gateways and their associated subnetwork IDs; wherein the call controller is adapted to receive and process the signaling of a call originating from a media gateway in the private network based on the subnetwork ID information. at least one media gateway for connecting with multimedia terminals of various different protocols, said media gateway and corresponding connected multimedia terminals forming a private network; at least one boundary gateway adapted to connect the private network and the public network and adapted to perform translation between a private network address used in the private network and a public network address used in the public network, wherein each boundary gateway is provided with a unique subnetwork ID to correspond to the private network connected therewith; and the boundary gateway is adapted to receive the signaling message from a media gateway connected therewith, establish a signaling tunnel from the boundary gateway to the call controller according to its own subnetwork ID, and send the signaling message to the call controller through the signaling tunnel; a call controller adapted to establish calls and adapted to control service logics, wherein in the call controller is recorded a correspondence relationship information of all said boundary gateways and their associated subnetwork IDs; wherein the call controller is adapted to receive and process the signaling of a call originating from a media gateway in the private network based on the subnetwork ID information.
A cooling receiver of an air conditioner, comprising: a plurality of cooling units, wherein each cooling unit comprises at least one first refrigerant flow channel configured to allow a refrigerant to flow there-through and a second refrigerant flow channel which surrounds an outer circumference of part of the at least one first refrigerant flow channel, the second refrigerant flow channel configured to allow a refrigerant to flow there-through and to supercool the refrigerant flowing through the first refrigerant flow channel; and a receiver unit configured to have at least first ends of the cooling units disposed in the receiver unit and to store the supercooled refrigerant exiting from the first refrigerant flow channels of the cooling units, wherein the receiver unit accommodates the plurality of the cooling units. a plurality of cooling units, wherein each cooling unit comprises at least one first refrigerant flow channel configured to allow a refrigerant to flow there-through and a second refrigerant flow channel which surrounds an outer circumference of part of the at least one first refrigerant flow channel, the second refrigerant flow channel configured to allow a refrigerant to flow there-through and to supercool the refrigerant flowing through the first refrigerant flow channel; and a receiver unit configured to have at least first ends of the cooling units disposed in the receiver unit and to store the supercooled refrigerant exiting from the first refrigerant flow channels of the cooling units, wherein the receiver unit accommodates the plurality of the cooling units.
Process for converting hydrocarbon inputs by thermal steamcracking to an olefin-containing product stream comprising at least ethylene and propylene, with at least partial conversion of a first hydrocarbon input in at least one first cracking furnace and of a second hydrocarbon input in at least one second cracking furnace, characterized in that the second hydrocarbon input is converted in the second cracking furnace with cracking conditions that lead to a ratio of propylene to ethylene of 0.85 to 1.6 kg/kg at the cracking furnace exit, and in that the first hydrocarbon input is converted in the first cracking furnace with cracking conditions that lead to a ratio of propylene to ethylene of 0.25 to 0.85 kg/kg at the cracking furnace exit, the value for the ratio of propylene to ethylene for the second hydrocarbon input being above the value for the ratio of propylene to ethylene for the first hydrocarbon input and the second hydrocarbon input comprising predominantly hydrocarbons having a maximum carbon number of 5.
System for alternative operation of an instrument cluster of a vehicle and a mobile electronic device which can be mounted detachably on a vehicle-side holder and which has a display device for displaying a first type of information, said system comprising an instrument cluster with a display device (2, 2', 2", 2"') for displaying a second type of information, a holder for detachable mounting of the mobile electronic device, an interface for transmitting signals to the mobile electronic device and for detecting whether a mobile electronic device is present in the holder, as well as an operating device (5, 5', 5") for alternative operation of the mobile electronic device and of the instrument cluster, said operating device (5, 5', 5") being designed so as to be spatially separate from the mobile electronic device, and said system further comprising a processing device which is configured automatically to process operating inputs into the operating device (5, 5', 5") as operating inputs for the operation of the instrument cluster if there is no mobile electronic device present in the holder, and as operating inputs for the operation of the mobile electronic device if the mobile electronic device is present in the holder, characterised in that the processing device and the instrument cluster are configured such that, where an operating input to the operating device (5, 5', 5") initiates a particular functionality in the mobile electronic device when there is a mobile electronic device present in the holder, if the same operating input is given to the operating device (5, 5', 5") while no mobile electronic device is present in the holder, the same functionality is initiated in the instrument cluster.
A shaped flexible polymeric material having a three-dimensional configuration with one or more angular displacements, wherein the polymeric material is formed from a thermoplastic composition containing a continuous phase that includes a matrix polymer, and further wherein a polymeric microinclusion additive and a polymeric nanoinclusion additive are dispersed within the continuous phase in the form of discrete domains, and wherein a porous network is defined in the material wherein the microinclusion additive constitutes from 1 wt.% to 30 wt.% of the composition, based on the weight of the continuous phase; wherein the nanoinclusion additive constitutes from 0.05 wt.% to 20 wt.% of the composition, based on the weight of the continuous phase; wherein the porous network includes a plurality of nanopores having an average cross-sectional dimension of 800 nanometers or less; wherein the discrete domains of nanoinclusion additive have an average cross-sectional dimension of from 1 to 500 nanometers; and wherein the discrete domains of microinclusion additive have an average cross-sectional dimension of from 0.5 to 50 micrometers.
An inlet assembly for a radiant burner, a turbulent flame burner or an electrically heated oxidiser, said inlet assembly comprising: an inlet nozzle defining a circular inlet aperture coupleable with an inlet conduit providing an effluent gas stream for treatment by said burner, a non-circular outlet aperture, and a nozzle bore extending along a longitudinal axis between said inlet aperture and said outlet aperture for conveying said effluent gas stream from said inlet aperture to said outlet aperture for delivery to said combustion chamber of said burner, said nozzle bore having a circular inlet portion extending from said inlet aperture, and an outlet portion extending to said non-circular outlet aperture, wherein a cross-sectional area of said inlet portion reduces along said longitudinal axis from said inlet aperture towards said outlet portion, and characterised in that the inlet assembly further comprises a baffle portion coupling said inlet portion with said outlet portion, said baffle portion defining a baffle aperture positioned within said nozzle bore, said baffle aperture shape: matching that of said outlet portion adjacent said portion, being symmetrically located within the baffle portion, and having a reduced cross-sectional area compared to that of said outlet portion adjacent said portion; wherein a cross-sectional area of said inlet portion transitions along said longitudinal axis from the cylindrical shape of said inlet aperture to a shape of said baffle aperture and reduces along said longitudinal axis from said inlet aperture towards said outlet portion to match said cross-sectional area of said baffle aperture. an inlet nozzle defining a circular inlet aperture coupleable with an inlet conduit providing an effluent gas stream for treatment by said burner, a non-circular outlet aperture, and a nozzle bore extending along a longitudinal axis between said inlet aperture and said outlet aperture for conveying said effluent gas stream from said inlet aperture to said outlet aperture for delivery to said combustion chamber of said burner, said nozzle bore having a circular inlet portion extending from said inlet aperture, and an outlet portion extending to said non-circular outlet aperture, wherein a cross-sectional area of said inlet portion reduces along said longitudinal axis from said inlet aperture towards said outlet portion, and characterised in that the inlet assembly further comprises a baffle portion coupling said inlet portion with said outlet portion, said baffle portion defining a baffle aperture positioned within said nozzle bore, said baffle aperture shape: matching that of said outlet portion adjacent said portion, being symmetrically located within the baffle portion, and having a reduced cross-sectional area compared to that of said outlet portion adjacent said portion; wherein a cross-sectional area of said inlet portion transitions along said longitudinal axis from the cylindrical shape of said inlet aperture to a shape of said baffle aperture and reduces along said longitudinal axis from said inlet aperture towards said outlet portion to match said cross-sectional area of said baffle aperture.
Device for adjusting a closing position of a drawer, which is accommodated movably on a furniture carcass of an item of furniture via a rail guide, wherein the rail guide comprises a carcass rail, which can be affixed to the furniture carcass, and a drawer rail, which is displaceable relative to the carcass rail and which can be connected to the drawer, wherein the device is configured for an attachment to the carcass rail in such a manner that the closing position of the drawer can be set with respect to a direction of movement of the drawer provided with the rail guide, wherein the device comprises an adjusting element provided rotatably on the device, wherein when the device is mounted on the furniture, a stop of the device can be brought into different adjustment positions on the device by turning the adjusting element, wherein the stop predefines the closing position of the drawer in such a manner that the displacement movement of the drawer rail is limited in the closing direction of the drawer, whereby a counter stop of the drawer rail is present on the stop, wherein the adjusting element of the device and a sliding element of the device coupled to the adjusting element are configured in such a manner that the sliding element is linearly adjustable by a turning movement of the adjusting element, wherein the stop is provided on the sliding element, wherein the device comprises a base plate which can be plugged on the carcass rail, characterized in that, for linear guidance of the sliding element on the base plate, a straight web is provided on the underside of the base plate, said web engaging suitably in a slot in the sliding element, wherein the sliding element is U-shaped with an upper leg which partially covers the base plate at the top and with a lower leg having the slot, wherein the lower leg partially covers the base plate at the bottom.
A nasal delivery device for delivering substance to a nasal cavity of a subject, the delivery device comprising: a housing; a nosepiece for fitting to a nasal cavity of the subject; a mouthpiece through which the subject in use exhales; and a flexible coupling which couples the mouthpiece to the housing; characterized in that the flexible coupling provides for asymmetric translation of the mouthpiece relative to the nosepiece by allowing for greater movement of the mouthpiece in a direction along the axis of the nosepiece than in a direction laterally to the nosepiece. a housing; a nosepiece for fitting to a nasal cavity of the subject; a mouthpiece through which the subject in use exhales; and a flexible coupling which couples the mouthpiece to the housing; characterized in that the flexible coupling provides for asymmetric translation of the mouthpiece relative to the nosepiece by allowing for greater movement of the mouthpiece in a direction along the axis of the nosepiece than in a direction laterally to the nosepiece.
A nerve growth factor mutant comprising Phe12Glu with respect to the amino acid position set forth in a parental nerve growth factor, wherein the parental nerve growth factor is a parental wild-type human nerve growth factor; and wherein the parental wild-type human nerve growth factor has the amino acid sequence of SEQ ID No: 2.
A cell connection device, configured to electrically connect a first cell and a second cell in a battery, comprising: a housing comprising a conductive upper cover, a conductive lower cover, and an electrically insulated side wall; a metal sheet electrically connecting the conductive upper cover and the conductive lower cover, and separating the housing into a first space and a second space, a first connecting terminal, electrically connecting an anode of the first cell and the conductive upper cover; a second connecting terminal, electrically connecting a cathode of the second cell and the conductive lower cover; and at least one pressure changing unit disposed in the first space, configured to receive a sample voltage of a sample cell in the battery, wherein the pressure changing unit comprises at least one electrochemical unit, wherein the electrochemical unit comprises a cathode, an anode, an electrolyte solution and a shell having at least one opening, wherein the cathode and the anode of the electrochemical unit are respectively electrically connected to the anode and cathode of the sample cell, wherein the inner chamber of the electrochemical unit communicates with the first space; wherein the electrochemical unit is configured to start to work and produce at least one gas to increase the pressure within the first space when the sample voltage is equal to or greater than a predetermined value, so as to break down the electrical connection between the metal sheet and the conductive upper cover or the conductive lower cover and cut off the current of the battery. a housing comprising a conductive upper cover, a conductive lower cover, and an electrically insulated side wall; a metal sheet electrically connecting the conductive upper cover and the conductive lower cover, and separating the housing into a first space and a second space, a first connecting terminal, electrically connecting an anode of the first cell and the conductive upper cover; a second connecting terminal, electrically connecting a cathode of the second cell and the conductive lower cover; and at least one pressure changing unit disposed in the first space, configured to receive a sample voltage of a sample cell in the battery, wherein the pressure changing unit comprises at least one electrochemical unit, wherein the electrochemical unit comprises a cathode, an anode, an electrolyte solution and a shell having at least one opening, wherein the cathode and the anode of the electrochemical unit are respectively electrically connected to the anode and cathode of the sample cell, wherein the inner chamber of the electrochemical unit communicates with the first space; wherein the electrochemical unit is configured to start to work and produce at least one gas to increase the pressure within the first space when the sample voltage is equal to or greater than a predetermined value, so as to break down the electrical connection between the metal sheet and the conductive upper cover or the conductive lower cover and cut off the current of the battery.
A method of making a near-net superhard material body, comprising: preparing a slurry from a mixture of materials consisting of diamond powder, silicon, silicon nitride, a temporary organic binder and a fluid; drying the slurry to remove the fluid and to form granules; compacting the granules to form a soft green body of defined shape; heating the soft green body in a furnace to form a hard green body; embedding one or more of the hard green body in a containment powder and compacting the containment powder to form a containment means or inserting one or more of the hard green body in a containment means for containing said hard green body; providing additional silicon adjacent to and to infiltrate the hard green body; and sintering the hard green body positioned within the containment means at high pressure and high temperature; and removing the containment means to provide the near-net superhard material body. preparing a slurry from a mixture of materials consisting of diamond powder, silicon, silicon nitride, a temporary organic binder and a fluid; drying the slurry to remove the fluid and to form granules; compacting the granules to form a soft green body of defined shape; heating the soft green body in a furnace to form a hard green body; embedding one or more of the hard green body in a containment powder and compacting the containment powder to form a containment means or inserting one or more of the hard green body in a containment means for containing said hard green body; providing additional silicon adjacent to and to infiltrate the hard green body; and sintering the hard green body positioned within the containment means at high pressure and high temperature; and removing the containment means to provide the near-net superhard material body.
A drying system for items of clothing, comprising at least one hanger formed with pipes and a feed pipe, wherein the at least one hanger and the feed pipe are detachably connected to one another by a pipe coupling system, so that a gaseous medium conducted through the feed pipe flows through the at least one hanger, wherein the pipe coupling system comprises a coupling body and multiple pipes connected to the coupling body, characterised in that at least one pipe is detachably connected to the coupling body in a positive-locking manner, in that an axial mobility of the pipe relative to the coupling body is made possible to a limited extent.
Device for producing pellets from a melt material, having a perforated plate with nozzles located therein from which the melt material emerges, wherein located opposite the perforated plate is a motor-driven cutter arrangement having a cutter head with at least one blade, and a cutter shaft, so that the at least one blade passes over the nozzles in the perforated plate in a rotating manner and in so doing cuts pellets of the melt material emerging there, wherein the device has a cutting chamber in a housing (6, 6a, 6b), which chamber adjoins the perforated plate and encloses at least the at least one blade of the cutter arrangement, and through which chamber flows a coolant that is introduced into the cutting chamber from an inlet apparatus (8,9) so that in the process the pellets of the melt material are solidified in the coolant, wherein the inlet apparatus has a separate inlet chamber that circumferentially encloses the cutting chamber in the area of rotation of the at least one blade, and has an inlet nozzle arrangement located circumferentially around the cutting chamber between the inlet chamber and the cutting chamber, so that the coolant can be introduced there into the cutting chamber circumferentially from different sides radially inward from the outside, or essentially radially inward from the outside, wherein a centripetal or at least substantially centripetal flow of the coolant is produced at least in the area of rotation, and subsequently the coolant and the pellets located therein are conveyed to an outlet of the cutting chamber, wherein the inlet nozzle arrangement is implemented as an annular slot nozzle with an adjustable slot width, characterized in that at least the slot nozzle and/or the inlet chamber is/are lined with a thermally insulating and/or nonstick material, preferably consisting of Teflon® or vitreous enamel.
A formwork system for producing a formwork for a precast concrete component including formwork profiles (7 to 26, 65) which each have two longitudinal sides (27, 28, 29, 30) and two end sides (31, 32, 33, 34) therebetween, wherein the formwork profiles can be subdivided into a first group and a second group and the formwork profiles (7 to 24, 65) of the second group are provided to be arranged substantially perpendicularly to one or more formwork profiles (25, 26) of the first group and at least the formwork profiles (25, 26) of the first group at at least one longitudinal side (29, 30) have a projecting inclined surface for forming a bevel in a precast concrete component, wherein the second group of formwork profiles (7 to 24, 65) can be subdivided into a first subgroup, a second subgroup and a third subgroup, wherein the formwork profiles (7 to 13) of the first subgroup at precisely one first end side viewed from a direction perpendicular to one of the longitudinal sides (27, 28) have a recess for receiving the inclined surface of a formwork profile from the first group, the formwork profiles (14 to 20) of the second subgroup at precisely one end side opposite to the first end side viewed from a direction perpendicular to one of the longitudinal sides (27, 28) have a recess for receiving the inclined surface of a formwork profile from the first group, and the formwork profiles (21 to 24, 65) of the third subgroup at none of the two end sides (31, 32) viewed from a direction perpendicular to one of the longitudinal sides (27, 28) have a recess for receiving the inclined surface of a formwork profile from the first group, wherein the formwork system comprises formwork profiles (7 to 26, 65) of fixed lengths so that any desired formwork can be built up from the formwork system comprising formwork profiles (7 to 26, 65), in particular to centimetre accuracy, characterised in that the formwork profiles each have at least one means for releasably fixing the formwork profiles on a substrate, wherein the releasable fixing means include an actuating element which in the position of use of the formwork profiles is accessible from the top side (42, 43) thereof.