mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the production of plastic products comprising: - a loading step in which plastic material in granular form is inserted in a containing element , - a heating step, in which said plastic material in granular form is heated by heating means associated with said containing element until the melting temperature is reached, - an extrusion step in which said plastic material is conveyed toward extrusion means and extruded to form at least one layer of film of plastic material, - a printing step in which, by means of printing means , at least one layer of printing material is deposited on said film to define information associated with said film of plastic material, characterized in that during said printing step the printing means deposit conductive material on said film of plastic material , arriving continuously from said extrusion step, said conductive material being deposited according to a predetermined and desired conformation able to define a predetermined electric circuit, said electric circuit comprising at least electronic memorization means configured to memorize at least information associated with the type of plastic product to be made. - a loading step in which plastic material in granular form is inserted in a containing element , - a heating step, in which said plastic material in granular form is heated by heating means associated with said containing element until the melting temperature is reached, - an extrusion step in which said plastic material is conveyed toward extrusion means and extruded to form at least one layer of film of plastic material, - a printing step in which, by means of printing means , at least one layer of printing material is deposited on said film to define information associated with said film of plastic material,
Position detector for generating 3D position information of an object in a position determination space for the object, wherein the position detector comprises: - a camera having a lens and an image sensor defining an imaging area , - at least one first light deflecting element arranged in the imaging area , wherein the camera and the at least one light deflecting element are adapted to simultaneously generate on the image sensor at least two images of the position determination space and thus a first image by light beams deflected at the first light deflecting element , wherein the at least two images differ with respect to the viewing direction of the position determination space, wherein the position detector further comprises at least one light source arranged to illuminate the position determination space , wherein the position detector comprises a first diffuser element for the diffused scattering of light, wherein the at least one light source is arranged to illuminate the position determination space indirectly via the first diffuser element , characterized in that the first diffuser element and the first light deflecting element are arranged opposite each other with respect to the position determination space . - a camera having a lens and an image sensor defining an imaging area , - at least one first light deflecting element arranged in the imaging area ,
A method of converting a cyclohexanol to a cyclohexanone, comprising: reacting the alcohol in the presence of a catalyst and oxygen to produce the ketone, wherein the catalyst comprises a microporous copper chloropyrophosphate framework including a plurality of noble metal nanoparticles, wherein the catalyst is either: (i) a mono-metallic noble metal catalyst wherein the noble metal is selected from platinum, palladium or gold; or (ii) a bi-metallic noble metal catalyst selected from (a) platinum and palladium; and (b) platinum and gold. (i) a mono-metallic noble metal catalyst wherein the noble metal is selected from platinum, palladium or gold; or (ii) a bi-metallic noble metal catalyst selected from (a) platinum and palladium; and (b) platinum and gold. (a) platinum and palladium; and (b) platinum and gold.
A monitoring device having a safety sensor which is designed to monitor a protective field in such a way that it generates a switching signal as a function of object detections in the protective field, a signal of a protective field violation being generated as a switching signal in the event of object interference, characterised in that an external unit is provided outside the safety sensor , which generates a control signal with an inactive and active signal state, in that a delay unit is provided in which the switching signal can be delayed by a predetermined time amount, and in that monitoring means are provided by means of which it is monitored as a muting condition whether the signal starts and/or signal ends of the signal of the protective field violation and of the active control signal lie within a predetermined time window (ZI).
A computer system for creating a fingerprint for a device, the computer system comprising at least one processor operatively coupled to at least one database , the at least one processor configured for: receiving a first payload from a device, the first payload composed by different segments comprising data, a device indicator comprising a unique identifier used for identifying the device, and an indication of a version of firmware running on the device; wherein each of the segments is in a particular format; creating a fingerprint for the device by: parsing the particular format of each of the different segments of the first payload into one or more distinct sections of the particular format; determining the section of the particular format of each of the one or more different segments; creating a record of the section of the particular format of each of the one or more different segments; and comparing the section of the particular format of each of the segments of each subsequent payload received from the device to the fingerprint for the device to determine whether the device has been compromised. receiving a first payload from a device, the first payload composed by different segments comprising data, a device indicator comprising a unique identifier used for identifying the device, and an indication of a version of firmware running on the device; wherein each of the segments is in a particular format; creating a fingerprint for the device by: parsing the particular format of each of the different segments of the first payload into one or more distinct sections of the particular format; determining the section of the particular format of each of the one or more different segments; creating a record of the section of the particular format of each of the one or more different segments; and parsing the particular format of each of the different segments of the first payload into one or more distinct sections of the particular format; determining the section of the particular format of each of the one or more different segments; creating a record of the section of the particular format of each of the one or more different segments; and comparing the section of the particular format of each of the segments of each subsequent payload received from the device to the fingerprint for the device to determine whether the device has been compromised.
A positioning method, comprising: measuring , by a user equipment, UE, positioning reference signals, PRSs, sent by a plurality of positioning reference devices to obtain a plurality of PRS measurement results; measuring , by the UE, sinusoidal positioning reference signals, SPRSs, sent by the plurality of positioning reference devices to obtain a plurality of SPRS measurement results; wherein each SPRS is a sinusoidal carrier positioning reference signal used for carrier phase positioning; performing , by the UE, a positioning operation based on the plurality of PRS measurement results and the plurality of SPRS measurement results, wherein the positioning operation comprises: sending the plurality of PRS measurement results and the plurality of SPRS measurement results to a positioning server, so that the positioning server determines a position of the UE based on the plurality of PRS measurement results and the plurality of SPRS measurement results; or the positioning operation comprises: determining, by the UE, the position of the UE based on the plurality of PRS measurement results and the plurality of SPRS measurement results. measuring , by a user equipment, UE, positioning reference signals, PRSs, sent by a plurality of positioning reference devices to obtain a plurality of PRS measurement results; measuring , by the UE, sinusoidal positioning reference signals, SPRSs, sent by the plurality of positioning reference devices to obtain a plurality of SPRS measurement results; wherein each SPRS is a sinusoidal carrier positioning reference signal used for carrier phase positioning; performing , by the UE, a positioning operation based on the plurality of PRS measurement results and the plurality of SPRS measurement results, wherein the positioning operation comprises: sending the plurality of PRS measurement results and the plurality of SPRS measurement results to a positioning server, so that the positioning server determines a position of the UE based on the plurality of PRS measurement results and the plurality of SPRS measurement results; or the positioning operation comprises: determining, by the UE, the position of the UE based on the plurality of PRS measurement results and the plurality of SPRS measurement results.
Door locking device having a movable mechanical bolt and a first handle , which is connected to the bolt , on an outside of a door and with which the mechanical bolt can be moved on a mounting plate , and having a receiving part with a guide for the bolt on a frame of the door , with a second handle on the inside of the door , with which the mechanical bolt can be moved, where the mechanical bolt can be moved via a wire rope through the second handle , the second handle being a pull handle , characterized in that an oblong hole is arranged in the mounting plate , a movable slide , which can be moved in guide rails of the oblong hole , being arranged in the oblong hole , the movable slide being connected to the pull handle via the wire rope , the mechanical bolt being movable by the slide , the mounting plate having a first magnet and the movable slide being ferromagnetic or having a second magnet, so that the slide is held on the first magnet by magnetic forces.
Trailing arm assembly for an air sprung wheel axle suspension, comprising - a trailing arm having a front end portion adapted to be pivotally arranged in a bearing bracket of a vehicle chassis, an attachment portion adapted to attach an axle body to the trailing arm , and a spring portion between the front end portion and the attachment portion , - an axle pad adapted to be arranged between the attachment portion of the trailing arm and the axle body , the axle pad defining an axle seat to receive a longitudinal portion of the axle body , - clamping means adapted to engage the axle body and to engage the trailing arm so as to clamp the axle body , the axle pad and the attachment portion of the trailing arm together, - an air spring support arm for attaching an air spring , which air spring is located between the support arm and the chassis, characterized in that the axle pad and the air spring support arm form an integral rear arm part . - a trailing arm having a front end portion adapted to be pivotally arranged in a bearing bracket of a vehicle chassis, an attachment portion adapted to attach an axle body to the trailing arm , and a spring portion between the front end portion and the attachment portion , - an axle pad adapted to be arranged between the attachment portion of the trailing arm and the axle body , the axle pad defining an axle seat to receive a longitudinal portion of the axle body , - clamping means adapted to engage the axle body and to engage the trailing arm so as to clamp the axle body , the axle pad and the attachment portion of the trailing arm together, - an air spring support arm for attaching an air spring , which air spring is located between the support arm and the chassis,
A cavitation process for preparing a water-in-oil emulsion, characterised by the steps of: a) adding water to fuel in a range of 5% to 35% of the total volume; b) feeding both water and fuel into an enclosed space, wherein the mixture is accelerated through a pressure rise induced by a pumping system ; c) forcing the mixture through an acceleration tunnel wherein it hits a first cavitation barrier with adjustable bolts ; d) feeding the mixture through a first decompression chamber causing a pressure decrease and subsequent vaporisation of the mixture to form a vaporised mixture, forming water droplets whose diameter ranges from 1 um to 3 um; e) feeding the vaporised mixture on the second cavitation barrier with adjustable bolts , to a second decompression and adjusting the number and arrangement of adjustable bolts in order to control the formation of water droplets with a diameter between 0.1 um and 1 μm. a) adding water to fuel in a range of 5% to 35% of the total volume; b) feeding both water and fuel into an enclosed space, wherein the mixture is accelerated through a pressure rise induced by a pumping system ; c) forcing the mixture through an acceleration tunnel wherein it hits a first cavitation barrier with adjustable bolts ; d) feeding the mixture through a first decompression chamber causing a pressure decrease and subsequent vaporisation of the mixture to form a vaporised mixture, forming water droplets whose diameter ranges from 1 um to 3 um; e) feeding the vaporised mixture on the second cavitation barrier with adjustable bolts , to a second decompression and adjusting the number and arrangement of adjustable bolts in order to control the formation of water droplets with a diameter between 0.1 um and 1 μm.
An implantable device comprising: a hermetic package enclosing an electronic circuit suitable to be implanted within a head; a flexible circuit including a plurality of stimulation electrodes electrically coupled to the electronic circuit suitable to contact the visual cortex; and a wireless transceiver electrically coupled to the electronic circuit for receiving data from a transceiver external to the body that determines the simulation pattern and strength for each electrode; characterized in that each of the plurality of stimulation electrodes on the flexible circuit comprise a plurality of common sub-electrodes linked by traces to make the sub-electrodes common. a hermetic package enclosing an electronic circuit suitable to be implanted within a head; a flexible circuit including a plurality of stimulation electrodes electrically coupled to the electronic circuit suitable to contact the visual cortex; and a wireless transceiver electrically coupled to the electronic circuit for receiving data from a transceiver external to the body that determines the simulation pattern and strength for each electrode; characterized in that each of the plurality of stimulation electrodes on the flexible circuit comprise a plurality of common sub-electrodes linked by traces to make the sub-electrodes common.
Use of a copolymer capable of being obtained by radical copolymerization of a mixture comprising: - monomers m1 which are ethylenically unsaturated and which carry phosphorus groups, - monomers m2 which carry a saturated or unsaturated hydrocarbon chain, as protective agent for metals and lubricating agent for metals in a naphthenic or paraffinic oil. - monomers m1 which are ethylenically unsaturated and which carry phosphorus groups, - monomers m2 which carry a saturated or unsaturated hydrocarbon chain,
Motor device for an electric bicycle , - wherein the motor device comprises an electric motor having an axis of rotation (RA), - wherein the motor device comprises a first connector unit having a first motor connector and a first connecting part which surrounds the first motor connector regionally and outwardly, - wherein the first motor connector and the first connecting part are rigidly fixed to each other, - wherein the first connector unit is electrically conductively connected to the electric motor via the first motor connector , - wherein the motor device comprises a second connector unit having a second motor connector and having a second connecting part , - wherein an electrical conductive connection can be established and released directly between the first motor connector and the second motor connector , - wherein between the first connecting part and the second connecting part a form-fitted connection transversely to the axis of rotation (RA) can be established and released, and - wherein, when the form-fitted connection between the connecting parts is established and released, the electrical conductive connection between the motor connectors can be established and released, characterized in that the first connector unit is rigidly fixed to the electric motor . - wherein the motor device comprises an electric motor having an axis of rotation (RA), - wherein the motor device comprises a first connector unit having a first motor connector and a first connecting part which surrounds the first motor connector regionally and outwardly, - wherein the first motor connector and the first connecting part are rigidly fixed to each other, - wherein the first connector unit is electrically conductively connected to the electric motor via the first motor connector , - wherein the motor device comprises a second connector unit having a second motor connector and having a second connecting part , - wherein an electrical conductive connection can be established and released directly between the first motor connector and the second motor connector , - wherein between the first connecting part and the second connecting part a form-fitted connection transversely to the axis of rotation (RA) can be established and released, and - wherein, when the form-fitted connection between the connecting parts is established and released, the electrical conductive connection between the motor connectors can be established and released, characterized in that the first connector unit is rigidly fixed to the electric motor .
A LED strip , comprising a plurality of LEDs mounted on a LED mounting surface of a flat, flexible substrate , wherein said LED mounting surface is light reflective, wherein said flexible substrate is shaped to form at least one conical structure , and a subset of said plurality of LEDs is located inside at least one of the at least one conical structure , wherein said conical structure includes a first LED strip portion and a second LED strip portion , said first and second LED strip portions being joined by a conically curved LED strip portion , such that said first and second LED strip portions intersect each other adjacent to the curved LED strip portion.
A method performed by a network element, NE, in a communication network including the executing of a lawful interception software module, Ll-SWM , comprising LI of user traffic handled by the NE , the method characterized by: - receiving via an X1 interface between a lawful interception, LI, function and the NE, from the LI function, a request for opening an injection channel between the LI function and the NE; - transmitting via the X1 interface to the LI function, a confirmation that the injection channel is open; - receiving the lawful interception software module, LI-SWM, via the injection channel via the X1 interface, the LI-SWM being configured to perform LI of user traffic handled by the NE; - transmitting via the X1 interface, to the LI function, a request to close the injection channel; and - storing the LI-SWM in a memory area that is protected from unauthorized access. - receiving via an X1 interface between a lawful interception, LI, function and the NE, from the LI function, a request for opening an injection channel between the LI function and the NE; - transmitting via the X1 interface to the LI function, a confirmation that the injection channel is open; - receiving the lawful interception software module, LI-SWM, via the injection channel via the X1 interface, the LI-SWM being configured to perform LI of user traffic handled by the NE; - transmitting via the X1 interface, to the LI function, a request to close the injection channel; and - storing the LI-SWM in a memory area that is protected from unauthorized access.
A method performed by a base station of a wireless network, for supporting radio communication between wireless devices and the base station , wherein the base station employs carrier aggregation with multiple carriers serving a primary cell, PCell, and at least one secondary cell, SCell, wherein the base station serves the PCell on licensed frequency spectrum and serves the at least one SCell on unlicensed frequency spectrum, the method comprising: - signalling (3:3) an SCell status to the wireless devices , the SCell status indicating whether the at least one SCell will be in active state where the base station transmits downlink signals on a carrier serving the at least one SCell, or in inactive state where the base station does not transmit downlink signals on the carrier serving the at least one SCell, wherein when the base station detects that the unlicensed frequency spectrum is idle and available for radio communication, the signalled SCell status indicates that the at least one SCell will be in the active state for a predetermined time duration. - signalling (3:3) an SCell status to the wireless devices , the SCell status indicating whether the at least one SCell will be in active state where the base station transmits downlink signals on a carrier serving the at least one SCell, or in inactive state where the base station does not transmit downlink signals on the carrier serving the at least one SCell, wherein when the base station detects that the unlicensed frequency spectrum is idle and available for radio communication, the signalled SCell status indicates that the at least one SCell will be in the active state for a predetermined time duration.
A method, consisting of: providing a metal substrate; applying a first coating comprising a powder coating composition with flow of no more than 40 mm; applying a second coating comprising a powder coating composition with flow of at least 40 mm; after coating heating to cause the powder particles to melt and flow together; and curing the first coating and second coating simultaneously by continued heating to form a cured coating including at the edges; wherein the first and second powder coating composition comprises a polymeric binder which is a thermoset material selected from epoxies, polyesters and acrylics; wherein the metal substrate is untreated, unprimed, clean-blasted, primed or pretreated; and wherein flow refers to the relative flow-out of a powder composition on heating, measured by placing pressed pellets of the powder composition on a preheated glass panel tilted to a 65° angle and then allowing to flow and gel, wherein the distance the composition travels across the plate in mm represents the flow of the composition. providing a metal substrate; applying a first coating comprising a powder coating composition with flow of no more than 40 mm; applying a second coating comprising a powder coating composition with flow of at least 40 mm; after coating heating to cause the powder particles to melt and flow together; and curing the first coating and second coating simultaneously by continued heating to form a cured coating including at the edges; wherein the first and second powder coating composition comprises a polymeric binder which is a thermoset material selected from epoxies, polyesters and acrylics; wherein the metal substrate is untreated, unprimed, clean-blasted, primed or pretreated; and wherein flow refers to the relative flow-out of a powder composition on heating, measured by placing pressed pellets of the powder composition on a preheated glass panel tilted to a 65° angle and then allowing to flow and gel, wherein the distance the composition travels across the plate in mm represents the flow of the composition.