mhurhangee/ep-ind-claims huggingface dataset:
A two-way valve for a sanitary fitting, having at least: - one valve housing with a liquid inflow port, a first liquid outlet port and a second liquid outlet port; - one valve body that can be shifted by a first shape memory wire to a first release position to release the first liquid outlet port and by a second shape memory wire to a second release position to release the second liquid outlet port; and - in a characterizing manner having a first magnet for holding the valve body in the first release position and a second magnet for holding the valve body in the second release position, wherein the first magnet and/or the second magnet is a permanent magnet. - one valve housing with a liquid inflow port, a first liquid outlet port and a second liquid outlet port; - one valve body that can be shifted by a first shape memory wire to a first release position to release the first liquid outlet port and by a second shape memory wire to a second release position to release the second liquid outlet port; and - in a characterizing manner having a first magnet for holding the valve body in the first release position and a second magnet for holding the valve body in the second release position, wherein the first magnet and/or the second magnet is a permanent magnet.
A mobile station for a mobile network (14, 16), in which identification and authentication for accessing the mobile network (14, 16) is made by a subscriber identification module (32, 38), the mobile station comprising a) at least two smart card reader/writer units (26, 28) for inserting at least two smart cards (30, 36) each including a subscriber identification modules (32, 38) for subscriber numbers of one or different mobile networks (14, 16), b) a manipulation mechanism for activating/deactivating one or more functions of at least one of the at least two smart cards (30, 36) inserted in the at least two smart card reader/writer units (26, 28), c) a detection unit for detecting of mobile networks (14, 16), d) a controller unit for controlling the manipulation mechanism depending on the detected mobile networks (14, 16), characterised in that e) the mobile station comprises voice call function means enabling or supporting the manipulation mechanism to activate or deactivate a voice call function of at least one of the at least two smart cards (30, 36) separately, and f) messaging functions means enabling or supporting the manipulation mechanism to activate or deactivate a text messaging function, especially SMS functionality, of at least one of the at least two smart cards (30, 36) independent from the respective voice call function. a) at least two smart card reader/writer units (26, 28) for inserting at least two smart cards (30, 36) each including a subscriber identification modules (32, 38) for subscriber numbers of one or different mobile networks (14, 16), b) a manipulation mechanism for activating/deactivating one or more functions of at least one of the at least two smart cards (30, 36) inserted in the at least two smart card reader/writer units (26, 28), c) a detection unit for detecting of mobile networks (14, 16), d) a controller unit for controlling the manipulation mechanism depending on the detected mobile networks (14, 16), characterised in that e) the mobile station comprises voice call function means enabling or supporting the manipulation mechanism to activate or deactivate a voice call function of at least one of the at least two smart cards (30, 36) separately, and f) messaging functions means enabling or supporting the manipulation mechanism to activate or deactivate a text messaging function, especially SMS functionality, of at least one of the at least two smart cards (30, 36) independent from the respective voice call function.
A method of forming a cap assembly for use with a container in forming a container assembly, the cap assembly including a seal formed from a first material and a cap formed from a second material having one or both of a greater hardness when solidified than the first material and/or a higher melting temperature than the first material, the method comprising: providing, in a mold having a portion which defines the shape of the cap assembly, the first material in a groove in a first portion of the mold such that only a single surface of the first material is exposed to a vacant portion of the mold; wherein the mold further has a portion which defines the shape of the container; providing, via an injection molding process, the second material in liquid form in the portion of the mold which defines the shape of the container, providing the second material in liquid form in the vacant portion of the mold, which defines the shape of the cap adjacent to, and in engagement with, the first material; allowing the second material to solidify and become directly coupled to the first material, thus forming the cap assembly, and allowing the second material to solidify, thus forming the container assembly in which the container is formed integrally with the cap. providing, in a mold having a portion which defines the shape of the cap assembly, the first material in a groove in a first portion of the mold such that only a single surface of the first material is exposed to a vacant portion of the mold; wherein the mold further has a portion which defines the shape of the container; providing, via an injection molding process, the second material in liquid form in the portion of the mold which defines the shape of the container, providing the second material in liquid form in the vacant portion of the mold, which defines the shape of the cap adjacent to, and in engagement with, the first material; allowing the second material to solidify and become directly coupled to the first material, thus forming the cap assembly, and allowing the second material to solidify, thus forming the container assembly in which the container is formed integrally with the cap.
Fluid filter, in particular a fuel filter, with a housing formed by a pot and a lid and in which is arranged a ring filter element that is flowed through radially from outside to inside, that separates an outward-lying crude space from an inward-lying clean space and that has an upper and a lower end disc (8,9), wherein - in the pot is arranged a filter element carrier that is sealed against a wall of the pot and that has a first sealing contour facing the ring filter element, - the lower end disc of the ring filter element has a first counter-contour formed complementarily to the first sealing contour, - the lid, in particular an inner part thereof, has a second sealing contour facing the ring filter element and the upper end disc of the ring filter element has a second counter-contour formed complementarily to the second sealing contour, - a water collection space is arranged underneath the filter element carrier, - the first sealing contour is formed as a ring protruding tube-like in the axial direction and the first counter-contour is formed as a groove formed complementarily thereto, - in the clean space is arranged an end separator with a water repellent / - separating material, characterised in that, the lid is formed of an outer part of metal and an inner part of plastic. - in the pot is arranged a filter element carrier that is sealed against a wall of the pot and that has a first sealing contour facing the ring filter element, - the lower end disc of the ring filter element has a first counter-contour formed complementarily to the first sealing contour, - the lid, in particular an inner part thereof, has a second sealing contour facing the ring filter element and the upper end disc of the ring filter element has a second counter-contour formed complementarily to the second sealing contour, - a water collection space is arranged underneath the filter element carrier, - the first sealing contour is formed as a ring protruding tube-like in the axial direction and the first counter-contour is formed as a groove formed complementarily thereto, - in the clean space is arranged an end separator with a water repellent / - separating material, characterised in that, the lid is formed of an outer part of metal and an inner part of plastic.
Use in lubricating a four-stroke engine of an engine lubricant comprising at least 15 wt% of at least one monoester and not more than 20 wt% of additives, wherein: said at least one monoester is the reaction product of a monohydric alcohol and a monocarboxylic acid wherein said monohydric alcohol is at least one saturated branched-chain aliphatic monohydric alcohol having between 20 and 24 carbon atoms and wherein said monocarboxylic acid is at least one saturated straight-chain aliphatic monocarboxylic acid having between 5 and 10 carbon atoms; and wherein said at least one monoester, or mixture of said monoesters if more than one is present, has a kinematic viscosity at 100°C of not more than 3.3, a viscosity index of at least 130 and a Noack evaporation loss of not more than 15 wt%. said at least one monoester is the reaction product of a monohydric alcohol and a monocarboxylic acid wherein said monohydric alcohol is at least one saturated branched-chain aliphatic monohydric alcohol having between 20 and 24 carbon atoms and wherein said monocarboxylic acid is at least one saturated straight-chain aliphatic monocarboxylic acid having between 5 and 10 carbon atoms; and wherein said at least one monoester, or mixture of said monoesters if more than one is present, has a kinematic viscosity at 100°C of not more than 3.3, a viscosity index of at least 130 and a Noack evaporation loss of not more than 15 wt%.
A chip-less radio-frequency identification device, said device generating an identification code readable by an electromagnetic wave transceiver reader and characterized by a multi-layer composition comprising - a substrate, - a pattern digitally printed on the substrate and consisting of a print product such as an ink, a varnish and/or a toner, - an identical pattern superimposed over the printed pattern and consisting of a conductive film comprising an application film layer in contact with the print product and a conductive film layer. - a substrate, - a pattern digitally printed on the substrate and consisting of a print product such as an ink, a varnish and/or a toner, - an identical pattern superimposed over the printed pattern and consisting of a conductive film comprising an application film layer in contact with the print product and a conductive film layer.
A spray nozzle comprising: a nozzle seat having a liquid inlet and an expansion cavity in fluid communication with the liquid inlet, the expansion cavity terminating at a downstream end wall; a nozzle body having a generally hollow cylindrical configuration defining an internal circumferential surface; and an internal nozzle core arranged within the nozzle body, said nozzle core including a teardrop shaped pintle having an upstream end section adjacent to the upstream end wall of the expansion cavity, a radially outward curved section adjacent to the upstream end section and a radially inwardly tapered conical terminal end section, an annular discharge passage being defined between an outer surface of the pintle and the internal circumferential surface of the nozzle body that is in fluid communication with the expansion cavity of the nozzle seat; characterized by the annular discharge passage including an expansion section defined by the radially inwardly tapered conical terminal end section, wherein the expansion section has a cross-sectional area that progressively increases as the expansion section extends in the downstream direction. a nozzle seat having a liquid inlet and an expansion cavity in fluid communication with the liquid inlet, the expansion cavity terminating at a downstream end wall; a nozzle body having a generally hollow cylindrical configuration defining an internal circumferential surface; and an internal nozzle core arranged within the nozzle body, said nozzle core including a teardrop shaped pintle having an upstream end section adjacent to the upstream end wall of the expansion cavity, a radially outward curved section adjacent to the upstream end section and a radially inwardly tapered conical terminal end section, an annular discharge passage being defined between an outer surface of the pintle and the internal circumferential surface of the nozzle body that is in fluid communication with the expansion cavity of the nozzle seat; characterized by the annular discharge passage including an expansion section defined by the radially inwardly tapered conical terminal end section, wherein the expansion section has a cross-sectional area that progressively increases as the expansion section extends in the downstream direction.
A telecommunications network configured for wirelessly establishing a connection with a terminal located at a location in said network by a server, the terminal being identified by a terminal identifier in the telecommunications network, wherein the telecommunications network containing a first network node and a second network node, and wherein, the first network node is configured for receiving a data unit for the terminal from the server, the data unit comprising the terminal identifier, the first network node being configured for receiving a location identifier indicative of the location of the terminal in the telecommunications network and for deriving an address of the second network node using the location identifier and transmitting a first connection request to the derived second network node for establishing a connection to the terminal, the second network node is configured for receiving the first connection request from the first network node and for transmitting a second connection request for establishing the connection towards the terminal, characterized in that the first network node is configured for receiving the location identifier from the server.
A sensor module comprising: a bottomed-cylindrical module body (10, 7) comprising a diaphragm (12, 9A); and a detector (20, 20A) configured to detect a pressure, the detector being provided by a conductive material on a flat portion of the diaphragm (12, 9A), wherein, the detector (20, 20A) comprises: a plurality of resistor elements each configured to detect a strain; a pair of first and second resistor element electrodes, mutually opposed parts of each of the resistor elements being respectively overlapped with the pair of resistor element electrodes; and a conductor (5, 6) connected to an end of each of the pair of resistor element electrodes, wherein the pair of resistor element electrodes each comprise: a linear portion having a linear inner side, the inner side of the first resistor element electrode facing the inner side of the second resistor element electrode; and peripheral portions on both ends of the linear portion, characterized in that at least one of the peripheral portions being connected to the conductor (5, 6), the linear portion being arranged so that all of the inner sides are parallel with each other, and the resistor element is connected with the linear portion and the peripheral portions are exposed without being connected with the resistor element. a bottomed-cylindrical module body (10, 7) comprising a diaphragm (12, 9A); and a detector (20, 20A) configured to detect a pressure, the detector being provided by a conductive material on a flat portion of the diaphragm (12, 9A), wherein, the detector (20, 20A) comprises: a plurality of resistor elements each configured to detect a strain; a pair of first and second resistor element electrodes, mutually opposed parts of each of the resistor elements being respectively overlapped with the pair of resistor element electrodes; and a conductor (5, 6) connected to an end of each of the pair of resistor element electrodes, wherein the pair of resistor element electrodes each comprise: a linear portion having a linear inner side, the inner side of the first resistor element electrode facing the inner side of the second resistor element electrode; and peripheral portions on both ends of the linear portion, characterized in that at least one of the peripheral portions being connected to the conductor (5, 6), the linear portion being arranged so that all of the inner sides are parallel with each other, and the resistor element is connected with the linear portion and the peripheral portions are exposed without being connected with the resistor element.
Door for a domestic appliance, wherein the door is embodied to close a receiving zone of the domestic appliance which can be applied with heat, having a support element, which is embodied in a plate-like manner and at least in regions from a material with a specific thermal conductivity of less than or equal to 55 Jm -1 s -1 K -1, and which is embodied to receive at least one functional unit of the domestic appliance, and has at least one continuous recess (7, 8, 9), on or in which a functional unit is arranged, wherein a plurality of recesses (7, 8, 9) is provided, which are embodied one below the other, wherein a topmost and a lowermost recess is embodied to receive at least one functional unit in each case, and at least one first window, in particular a window package, of the door can be positioned in a central recess, characterised in that on the side facing the receiving zone the support element is connected to a plate-like cover, which has a sealing element, by means of which a moisture-proofing of the receiving zone is embodied and a thermal decoupling of a second window of the door from other components of the door is embodied, said second window of the door being disposed closer to the receiving zone than a first window.
A wafer level package comprising: a) at least two self-supporting elements (1,5) connected to each other for forming a hollow inside space (8.1,..., 8.7), b) an opening (3.1,..., 3.7) connecting the hollow inside space to an outside surface of the at least two elements (1, 5), c) a getter material (4.1,..., 4.7) provided at an outside main face (1.1) of the at least two of the self-supporting elements (1, 5). a) at least two self-supporting elements (1,5) connected to each other for forming a hollow inside space (8.1,..., 8.7), b) an opening (3.1,..., 3.7) connecting the hollow inside space to an outside surface of the at least two elements (1, 5), c) a getter material (4.1,..., 4.7) provided at an outside main face (1.1) of the at least two of the self-supporting elements (1, 5).
A trampoline with a jumping mat attached to a frame structure by elastic elements, and with a frame cover which covers the upper side of the frame structure and the elastic elements, wherein the frame cover has a multilayer structure, the layers of which consist of different materials, and/or the frame cover has a spatially varying height profile, characterised in that the multilayer structure has a base layer, which consists of a PE (polyethylene) based foam, and a build-up layer, which consists of a PU (polyurethane) based foam, in that the multi-layer structure has a base layer, which consists of a PE (polyethylene-based) foam, and a superstructure layer, which consists of a PU (polyurethane-based) foam, and in that the superstructure layer extends only over the region of the upper side of the frame structure or only over the region of the upper side of the frame structure with a connection region of the elastic elements to the frame structure.
An enclosure (1,1a,1b) for an optoelectronic sensor comprising: • a first chamber which is thermodynamically open; • a second chamber arranged adjacent to the first chamber, wherein the second chamber is thermodynamically closed, characterised in that the enclosure further comprises • a rotor extending from the first chamber into the second chamber, wherein the rotor comprises • a shaft part arranged in the second chamber coaxially to a rotational axis of the rotor, wherein the shaft part comprises means for mounting an optoelectronic sensor device; and • a head part which is arranged in the first chamber coaxially to the rotational axis of the rotor, wherein a heat dissipation fan is fixedly arranged on the head part and surrounding the head part, wherein the head part and the heat dissipation fan are rotatably and thermally coupled to the shaft part in order to rotate simultaneously with the shaft part around the rotational axis of the rotor, wherein the rotor is configured to transfer heat over the shaft part from the second chamber to the head part arranged in the first chamber and the heat dissipation fan of the head part is configured to dissipate the heat, transferred from the second chamber to the first chamber over the rotor, to an environment by an external air flow entering the first chamber and/or by generating a forced convection heat transfer due to its rotation. • a first chamber which is thermodynamically open; • a second chamber arranged adjacent to the first chamber, wherein the second chamber is thermodynamically closed, • a rotor extending from the first chamber into the second chamber, wherein the rotor comprises • a shaft part arranged in the second chamber coaxially to a rotational axis of the rotor, wherein the shaft part comprises means for mounting an optoelectronic sensor device; and • a head part which is arranged in the first chamber coaxially to the rotational axis of the rotor, wherein a heat dissipation fan is fixedly arranged on the head part and surrounding the head part, wherein the head part and the heat dissipation fan are rotatably and thermally coupled to the shaft part in order to rotate simultaneously with the shaft part around the rotational axis of the rotor,
A machine tool system including tools for serially cold forming workpieces comprising: a first rotatable tool having a first die (20, 120) which is configured to engage a workpiece W; a second rotatable tool having a second die (30, 130) which is configured to engage said workpiece W and having a reference feature (24, 124); a sensor which senses the position of said reference feature and generates a matching signal; characterized in that the machine tool system comprises a processor which is configured to receive said matching signal and generate a positioning signal; and a positioner (70, 70A, 70B) which is configured to receive said positioning signal and adjust the relative position of said first and second dies (20, 30) to match said dies.