mhurhangee/ep-ind-claims huggingface dataset:
A locking system for a door or a window, comprising a leaf-side lock having an electrically controllable locking function and a receiving unit for receiving control signals and a frame-side strike plate with which a lock-side locking element interacts, wherein a transmission module for sending control signals to said receiving unit is provided at said strike plate and/or in the region of the back side of said strike plate, wherein an operating unit is provided which communicates with said transmission module via electrical lines, characterized in that said operating unit and/or said electrical lines is/are part of an electric door or window opener system, wherein a leaf-side latch is releasable by means of a frame-side electric opener.
A retractable automatic twistlock arrangement for connecting a container to a load surface of a rail wagon or a trailer, wherein the retractable automatic twistlock arrangement includes: a twistlock having a fastener element, the fastener element including a rotatable fastener shaft with a twistlock head, wherein the fastener element is adapted to be operable between a locked position and an unlocked position, and wherein the rotatable fastener shaft includes a position indictor arrangement operatively coupled to a communication module which can transmit the position of the rotatable fastener shaft, wherein the position indictor arrangement includes a switch means, characterised in that the switch means is a magnetic switch having a first part attached to the rotatable fastener shaft and a stationary second part operatively connected to the communication module, wherein there is a magnetic conduit placed between the first part attached to the rotatable fastener shaft and the stationary second part operatively connected to the communication module. a twistlock having a fastener element, the fastener element including a rotatable fastener shaft with a twistlock head, wherein the fastener element is adapted to be operable between a locked position and an unlocked position, and wherein the rotatable fastener shaft includes a position indictor arrangement operatively coupled to a communication module which can transmit the position of the rotatable fastener shaft, wherein the position indictor arrangement includes a switch means, characterised in that the switch means is a magnetic switch having a first part attached to the rotatable fastener shaft and a stationary second part operatively connected to the communication module, wherein there is a magnetic conduit placed between the first part attached to the rotatable fastener shaft and the stationary second part operatively connected to the communication module.
Apparatus for compressing a multiphase fluid comprising: a first conduit for conveying the multiphase fluid; a slug suppressor connected to the first conduit; a centrifugal compressor connected to an output of the slug suppressor; and a distribution conduit connected to the compressor for conveying the compressed multiphase fluid to a desired location, characterized in that the apparatus further comprises an atomizing device positioned in the first conduit; wherein the slug suppressor and atomizing device are combined in a housing having an inlet and outlet, wherein the housing comprises a first chamber for accumulating liquid; a second chamber for accumulating gas; a plurality of baffles between the first and second chambers (107, 108) for allowing accumulated liquid in the first chamber to spill over into the second chamber; and a plurality of atomizing nozzles located at the end portion of the first chamber. a first conduit for conveying the multiphase fluid; a slug suppressor connected to the first conduit; a centrifugal compressor connected to an output of the slug suppressor; and a distribution conduit connected to the compressor for conveying the compressed multiphase fluid to a desired location, characterized in that the apparatus further comprises an atomizing device positioned in the first conduit; wherein the slug suppressor and atomizing device are combined in a housing having an inlet and outlet, wherein the housing comprises a first chamber for accumulating liquid; a second chamber for accumulating gas; a plurality of baffles between the first and second chambers (107, 108) for allowing accumulated liquid in the first chamber to spill over into the second chamber; and a plurality of atomizing nozzles located at the end portion of the first chamber. a first chamber for accumulating liquid; a second chamber for accumulating gas; a plurality of baffles between the first and second chambers (107, 108) for allowing accumulated liquid in the first chamber to spill over into the second chamber; and a plurality of atomizing nozzles located at the end portion of the first chamber.
A grommet for locating and sealably receiving at least one flexible conduit having an end to be located within a dressing at a wound site, the grommet comprising at least one aperture therethrough for sealably receiving a conduit and a first face for contacting a patient's skin adjacent the wound site and characterised in that the least one aperture through the grommet is provided with a flexible lip seal configured to co-operate with the outer surface of the conduit(s).
Fuel nozzle for a burner for burning particulate fuel, in particular powdered, carbon-containing fuel such as coal or biomass, wherein the fuel nozzle is formed as a cast portion having a fuel pipe portion to be associated with a fuel pipe or primary air pipe of the burner and an opening portion integrally connected to the fuel pipe portion and provided for forming an opening region of the fuel pipe or primary air pipe, wherein the fuel pipe portion comprises a fuel pipe side end for connection to the fuel pipe or primary air pipe and the opening portion comprises an opening side end, and wherein the opening portion of the fuel nozzle radially on the outside is formed as a flow element in the form of an air deflection groove which widens conically in the direction of the opening side end of the fuel nozzle radially outward and comprises at its opening side end a stabilizing ring provided with teeth, directed radially inwards, characterized in that the fuel nozzle comprises expansion slits, which are arranged along its circumference and extend axially in the longitudinal extension thereof in the direction of the opening side end, and end in an opening side end face of the fuel nozzle and are formed in the form of incisions which penetrate and sever the material wall of the fuel nozzle in the radial direction, for compensating for a thermally induced alternating load on the fuel nozzle, wherein the opening portion of the fuel nozzle is subdivided into separate individual segments by means of the expansion slits in such a way that the air deflection groove is subdivided due to the expansion slits into individual air deflection segments and the stabilizing ring is subdivided into individual stabilizing segments due to the expansion slits, wherein a stabilizing segment is respectively limited on the inside by a toothed rim arc integrally connected to the respective stabilizing segment, and wherein the individual segments on the outside respectively form an air deflection segment and on the inside respectively form a stabilizing segment, and wherein the fuel pipe portion and the opening portion subdivided into the individual segments are connected to each other and formed integrally by means of an unslitted cylinder pipe shaped portion of the fuel pipe portion formed on the side of the fuel pipe portion facing the fuel pipe or primary air pipe.
A water/oil repellent composition which comprises a nonionic surfactant having a melting point of from 50°C to 70°C, a fluorinated copolymer and a medium containing water, the melting point of the nonionic surfactant is a temperature measured as a dissolving peak temperature, when the nonionic surfactant is analyzed by using a differential scanning calorimetry by the method in accordance with JIS K7121-1987, wherein the nonionic surfactant is at least one member selected from the group consisting of 50 mol stearyl polyoxyethylene adduct, 40 mol stearyl polyoxyethylene adduct and 30 mol behenyl polyoxyethylene adduct, and wherein the fluorinated copolymer has structural units based on the following monomer (a) and structural units based on the following monomer (b): monomer (a): represented by (Z-Y) n X, wherein Z: a perfluoroalkyl group having at most 6 carbon atoms or a group represented by C m F 2m+1 O (CF 2 CF(CF 3)O) d CF(CF 3)- (m is an integer of from 1 to 6, and d is an integer of from 1 to 4), Y: a bivalent organic group or a single bond, n: 1 or 2; and X: a polymerizable unsaturated group, and when n is 1, X is -CR=CH 2, -COOCR=CH 2, -OCOCR=CH 2, -OCH 2 -φ-CR=CH 2 or -OCH=CH 2, and when n is 2, X is =CH(CH 2) q CR=CH 2, =CH(CH 2) q COOCR=CH 2, =CH(CH 2) q OCOCR=CH 2 or -OCOCH=CHCOO- wherein R is a hydrogen atom, a methyl group or a halogen atom, φ is a phenylene group, and q is an integer of from 0 to 4 monomer (b): an acrylate having a saturated hydrocarbon group having at least 12 carbon atoms or a methacrylate having a saturated hydrocarbon group having at least 12 carbon atoms. monomer (a): represented by (Z-Y) n X, wherein Z: a perfluoroalkyl group having at most 6 carbon atoms or a group represented by C m F 2m+1 O (CF 2 CF(CF 3)O) d CF(CF 3)- (m is an integer of from 1 to 6, and d is an integer of from 1 to 4), Y: a bivalent organic group or a single bond, n: 1 or 2; and X: a polymerizable unsaturated group, and when n is 1, X is -CR=CH 2, -COOCR=CH 2, -OCOCR=CH 2, -OCH 2 -φ-CR=CH 2 or -OCH=CH 2, and when n is 2, X is =CH(CH 2) q CR=CH 2, =CH(CH 2) q COOCR=CH 2, =CH(CH 2) q OCOCR=CH 2 or -OCOCH=CHCOO- wherein R is a hydrogen atom, a methyl group or a halogen atom, φ is a phenylene group, and q is an integer of from 0 to 4 monomer (b): an acrylate having a saturated hydrocarbon group having at least 12 carbon atoms or a methacrylate having a saturated hydrocarbon group having at least 12 carbon atoms.
Packaging machine configured for making, starting from a corrugated cardboard sheet wound in a single reel, a package for food products; said packaging machine provided with at least one system for continuously changing the corrugated cardboard reel and at least one sealing system with means, the means configured for performing the joining of the final strip of the unwound cardboard with an identical strip of another replacing reel, replaced in the meanwhile; one or more sensor means adapted to detect the finishing of the reel; pressing means, which hold the final strip of the unwound cardboard in a joining end area; the packaging machine characterised by comprising: a. an extensible container compartment, made up of protection elements, arranged to close the supply hopper which starts from the reel unwinding area up to an input point in the packaging machine; the container compartment encloses the normal sliding of the cardboard and avoiding possible contaminations by dust and dirt, b. said compartment is extensible by means of protection elements (25, 26) which are moveable and capable of expanding and defining an increased loading volume reservoir, increasing the capacity of the compartment in the cardboard accumulation step therein, and by means of c. one or more driving means, within said compartment and in opposing position, the means being configured to control the quick unwinding of the reel and at a speed greater than that required for the packaging machine and place the accumulated cardboard in an expansible compartment and characterised in that the sealing means are at least one heat sealer for electrically sealing the corrugated cardboard; the heat sealer is suitable to join the two corrugated cardboard strips, the finishing one with the replacing one, through a third portion of material wound on the reel and unwound by said heat sealer. a. an extensible container compartment, made up of protection elements, arranged to close the supply hopper which starts from the reel unwinding area up to an input point in the packaging machine; the container compartment encloses the normal sliding of the cardboard and avoiding possible contaminations by dust and dirt, b. said compartment is extensible by means of protection elements (25, 26) which are moveable and capable of expanding and defining an increased loading volume reservoir, increasing the capacity of the compartment in the cardboard accumulation step therein, and by means of c. one or more driving means, within said compartment and in opposing position, the means being configured to control the quick unwinding of the reel and at a speed greater than that required for the packaging machine and place the accumulated cardboard in an expansible compartment
A method for operating an Electronic Smart Tag, EST, comprising: harvesting, by an energy harvesting circuit of the EST (120, 200), energy from an external energy source; using the energy to power at least a receiver and a display device of the EST (120, 200); characterized by performing signal reception operations by the receiver to receive an original information bearing signal modulated in the external energy source, wherein the original information bearing signal is modulated both as magnetic field modulation and radio frequency modulation in the external energy source; processing the original information bearing signal to obtain item related information therefrom by demodulating at least one of the magnetic field and the radio frequency field; and causing the item related information to be displayed on the display device. harvesting, by an energy harvesting circuit of the EST (120, 200), energy from an external energy source; using the energy to power at least a receiver and a display device of the EST (120, 200); characterized by performing signal reception operations by the receiver to receive an original information bearing signal modulated in the external energy source, wherein the original information bearing signal is modulated both as magnetic field modulation and radio frequency modulation in the external energy source; processing the original information bearing signal to obtain item related information therefrom by demodulating at least one of the magnetic field and the radio frequency field; and causing the item related information to be displayed on the display device.
An electrode for an electrochemical cell, comprising: a base layer comprising an active electrode species; and a protective structure including at least a first composite layer comprising a patterned array of cavities within a matrix, wherein a polymer or a ceramic material forms the matrix, and the other of the polymer or ceramic material fills at least a portion of the cavities, wherein the protective structure has an average ionic conductivity of at least 10 -7 S/cm. a base layer comprising an active electrode species; and a protective structure including at least a first composite layer comprising a patterned array of cavities within a matrix, wherein a polymer or a ceramic material forms the matrix, and the other of the polymer or ceramic material fills at least a portion of the cavities, wherein the protective structure has an average ionic conductivity of at least 10 -7 S/cm.
A dihydrogen production system comprising: - a high temperature electrolyser adapted to implement steam electrolysis at a temperature higher than 500 °C and produce a steam and dihydrogen mixture; - a dihydrogen compressor; - a main water and dihydrogen circuit on which at least one evaporator, the high temperature electrolyser, a condenser and the compressor are successively disposed, a first exchanger operating heat exchange between the steam from the evaporator and the steam and dihydrogen mixture from the high temperature electrolyser so as to superheat the steam from the evaporator; the system being characterised in that - the compressor is a chemical compressor supplied with heat by heat exchange with the condenser; - the condenser is directly disposed at the outlet of the first exchanger. - a high temperature electrolyser adapted to implement steam electrolysis at a temperature higher than 500 °C and produce a steam and dihydrogen mixture; - a dihydrogen compressor; - a main water and dihydrogen circuit on which at least one evaporator, the high temperature electrolyser, a condenser and the compressor are successively disposed, a first exchanger operating heat exchange between the steam from the evaporator and the steam and dihydrogen mixture from the high temperature electrolyser so as to superheat the steam from the evaporator; - the compressor is a chemical compressor supplied with heat by heat exchange with the condenser; - the condenser is directly disposed at the outlet of the first exchanger.
A palletizing device for a stack of filled bags to form a stack of bags, having a lifting device as well as a sliding device with a sliding surface, a sliding table and a slide for moving a layer of filled bags from the sliding surface onto the sliding table, wherein for the feed of the filled bags a feed device for the feed of filled bags to the palletizing device is arranged next to the sliding device, having a main feed belt for the feed of a first row of filled bags onto the sliding surface of the palletizing device, wherein next to the main feed belt at least one secondary feed belt is arranged for the feed of a further row of filled bags onto the sliding surface next to the first row of filled bags, wherein two rows of filled bags can be fed parallel in time simultaneously or substantially simultaneously onto the sliding surface of the palletizing device, and the secondary feed belt has a smaller width than the main feed belt, the main feed belt is used for every palletizing task and the secondary feed belt can be optionally switched on and be used for palletizing tasks, which deal with smaller or narrower filled bags, wherein the main feed belt and/or the at least one secondary feed belt is designed as a conveyor belt.
A multi-layer article comprising: a first layer comprising a fluoropolymer, having a first major surface and a second major surface; a second adhesive layer overlying the first major surface of the first layer, the second adhesive layer comprising poly vinylidene fluoride-polyvinyl chloride (PVDF-PVC); and a third polymeric layer overlying the second layer, the third polymeric layer comprising polyvinyl chloride. a first layer comprising a fluoropolymer, having a first major surface and a second major surface; a second adhesive layer overlying the first major surface of the first layer, the second adhesive layer comprising poly vinylidene fluoride-polyvinyl chloride (PVDF-PVC); and a third polymeric layer overlying the second layer, the third polymeric layer comprising polyvinyl chloride.
A packaging assembly comprising: a surgical staple cartridge configured to be operably installed in a surgical stapling instrument, wherein the surgical staple cartridge comprises a body, a deck, staple cavities defined in the deck, and staples removably stored in the staple cavities; a container configured to store the surgical staple cartridge therein and permit the surgical staple cartridge to be removed therefrom; and a desiccant element (14350, 14360, 14382); characterized in that: the staple cartridge further comprises a longitudinal slot defined in the deck; the desiccant element is removably attached to the deck of the surgical staple cartridge and covers the staple cavities in the cartridge deck; and the container is hermetically sealable with the cartridge and the desiccant element removably attached to the cartridge deck stored therein. a surgical staple cartridge configured to be operably installed in a surgical stapling instrument, wherein the surgical staple cartridge comprises a body, a deck, staple cavities defined in the deck, and staples removably stored in the staple cavities; a container configured to store the surgical staple cartridge therein and permit the surgical staple cartridge to be removed therefrom; and a desiccant element (14350, 14360, 14382); characterized in that: the staple cartridge further comprises a longitudinal slot defined in the deck; the desiccant element is removably attached to the deck of the surgical staple cartridge and covers the staple cavities in the cartridge deck; and the container is hermetically sealable with the cartridge and the desiccant element removably attached to the cartridge deck stored therein. the staple cartridge further comprises a longitudinal slot defined in the deck; the desiccant element is removably attached to the deck of the surgical staple cartridge and covers the staple cavities in the cartridge deck; and the container is hermetically sealable with the cartridge and the desiccant element removably attached to the cartridge deck stored therein.
Method implemented by an apparatus of I-CSCF type for the selecting of a device of S-CSCF type of a telecommunications network of IMS type during the registration of a user apparatus for implementing communications on the telecommunications network of IMS type, comprising the following steps: a) receiving a set of characteristics associated with a subscriber of said user apparatus; b) forming (S31, S32) a first symbolic address for the interrogation of an address server, on the basis of at least some of the characteristics of said set on the one hand, and of an address domain name on the other hand; c) transmitting the first address to the address server; d) receiving on the basis of the address domain name on interrogation of said address server a list of one or more devices of S-CSCF type which are compatible with said at least some of the characteristics of said set; said list comprising for each compatible device a physical address of said compatible device; and e) selecting a device of S-CSCF type from among the list. a) receiving a set of characteristics associated with a subscriber of said user apparatus; b) forming (S31, S32) a first symbolic address for the interrogation of an address server, on the basis of at least some of the characteristics of said set on the one hand, and of an address domain name on the other hand; c) transmitting the first address to the address server; d) receiving on the basis of the address domain name on interrogation of said address server a list of one or more devices of S-CSCF type which are compatible with said at least some of the characteristics of said set; said list comprising for each compatible device a physical address of said compatible device; and e) selecting a device of S-CSCF type from among the list.
Holographic display for generating a holographic reconstruction of a three dimensional scene (3D-S) comprising single points, wherein the reconstruction of a single point only requires a sub-hologram as a subset of an entire hologram (H∑SLM) to be encoded, as encoding data, on a spatial light modulator of the holographic display, the holographic display comprises a light source, an optical system, the spatial light modulator, and a graphics card comprising graphics sub-systems implementing a 3D rendering pipeline, the light source and the optical system are arranged to illuminate the spatial light modulator, wherein the holographic display is a part of a communications system, in which two users communicate over the internet and where each user uses such a holographic display, characterized in that the holographic display is adapted to provide voice and 3D image over internet services or communications, and in that the holographic display further comprises additional processing units extending the 3D rendering pipeline of the graphics card, said additional processing units being arranged to perform sequential holographic transformation of points in three-dimensional space by executing holographic calculations to determine values of the sub-hologram immediately as soon as values of colors and depth of one processed point in space is available after having been processed by the 3D rendering pipeline.