mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a sealing tape roll consisting of soft, compressed foam having at least one barrier layer which extends in the radial direction and which is arranged axially between two layers of foam, comprising the following steps in the order specified: - providing at least one first foam strip consisting of soft foam which is provided with at least one film strip , an adhesive tape strip and/or an adhesive-like liquid medium on at least one of its lateral flanks, - providing at least one second foam strip consisting of soft foam, - combining and connecting the at least one first foam strip with and to the at least one second foam strip in such a way that a foam barrier-layer web results in which at least one barrier layer which has resulted from the film strip , the adhesive tape strip and/or the adhesive-like liquid medium is arranged between foam strips which are adjacent to one another; and - (i) winding up the foam barrier-layer web to form a sealing tape roll , or - (ii) winding up the foam barrier-layer web to form an intermediate roll and severing the intermediate roll at one or more points in the axial direction in order to create a plurality of sealing tape rolls which are less wide than the intermediate roll , or - (iii) making at least one cut in the foam barrier-layer web in a longitudinal direction of the foam barrier-layer web to form foam barrier-layer strips and winding up the foam barrier-layer strips to form individual sealing tape rolls . - providing at least one first foam strip consisting of soft foam which is provided with at least one film strip , an adhesive tape strip and/or an adhesive-like liquid medium on at least one of its lateral flanks, - providing at least one second foam strip consisting of soft foam, - combining and connecting the at least one first foam strip with and to the at least one second foam strip in such a way that a foam barrier-layer web results in which at least one barrier layer which has resulted from the film strip , the adhesive tape strip and/or the adhesive-like liquid medium is arranged between foam strips which are adjacent to one another; and - (i) winding up the foam barrier-layer web to form a sealing tape roll , or - (ii) winding up the foam barrier-layer web to form an intermediate roll and severing the intermediate roll at one or more points in the axial direction in order to create a plurality of sealing tape rolls which are less wide than the intermediate roll , or - (iii) making at least one cut in the foam barrier-layer web in a longitudinal direction of the foam barrier-layer web to form foam barrier-layer strips and winding up the foam barrier-layer strips to form individual sealing tape rolls .
A portable compute device comprising: a lid ; a base ; a microphone ; a speaker ; a first camera on an inside surface of the lid to face a first direction; a second camera on an outside surface of the lid to face a second direction, the second direction opposite the first direction; communications circuitry; a first display on an inside of the lid; a second display separate from the first display; a hinge configured to enable the first display to rotate relative to the second display between an open position and a closed position, at least a portion of the second display capable of being visible when the first display is rotated about the hinge to the closed position, wherein the portion extends along a front edge of the base ; memory including instructions; and processor circuitry; wherein the instructions, when executed by the processor circuit, cause the processor circuitry to execute instructions to cause display of information on the portion of the second display when the first display is in the closed position; characterized in that the information and/or functionality associated with the information depends on whether a user has been authenticated and/or logged into the portable compute device. a lid ; a base ; a microphone ; a speaker ; a first camera on an inside surface of the lid to face a first direction; a second camera on an outside surface of the lid to face a second direction, the second direction opposite the first direction; communications circuitry; a first display on an inside of the lid; a second display separate from the first display; a hinge configured to enable the first display to rotate relative to the second display between an open position and a closed position, at least a portion of the second display capable of being visible when the first display is rotated about the hinge to the closed position, wherein the portion extends along a front edge of the base ; memory including instructions; and processor circuitry; wherein the instructions, when executed by the processor circuit, cause the processor circuitry to execute instructions to cause display of information on the portion of the second display when the first display is in the closed position; characterized in that the information and/or functionality associated with the information depends on whether a user has been authenticated and/or logged into the portable compute device.
An apparatus , comprising: a transceiver arranged to insertably interface with an integrated module distinct from the apparatus, the transceiver being configured to receive from the integrated module credentials enabling the apparatus to become an endpoint of a second end-to-end connection, to a subscription management server; at least one processing core configured to receive, using the second end-to-end connection, a computer program for operating the apparatus , and characterized by the at least one processing core being configured to enable the integrated module to be connected, via the apparatus , via a first end-to-end connection, to the subscription management server and to convey the credentials from the subscription management server to the integrated module over the first end-to-end connection, the apparatus not being an endpoint of the first end-to-end connection. a transceiver arranged to insertably interface with an integrated module distinct from the apparatus, the transceiver being configured to receive from the integrated module credentials enabling the apparatus to become an endpoint of a second end-to-end connection, to a subscription management server; at least one processing core configured to receive, using the second end-to-end connection, a computer program for operating the apparatus , and
Scaffolding comprising a scaffolding bay formed by standards , longitudinal ledgers , transverse ledgers , with a decking transom arranged between the longitudinal ledgers , and decks hung between a transverse ledger and the decking transom , wherein the decking transom has a mounting device on each of its two ends as well as two devices, via which one end of the decking transom is fastened to the scaffolding in each case, wherein each of the two devices comprises at least one bracket , on which a holding device is arranged, which is provided with a passage , in which a clamping wedge is received, via which the respective holding device is fastened to the respective mounting device of the decking transom , wherein the bracket has a semi-circular section , which rests on the respective longitudinal ledger , characterised in that at least one bracket is provided on its respective side facing away from the holding device with a threaded bore , in which a screw is received, via which the respective device is fixed to the respective longitudinal ledger at a desired position.
Wrapping tape for surrounding cables in automobiles, having a textile carrier in the form of a single fabric, and having an adhesive coating on at least one side of the carrier , characterized in that the single fabric is constructed with at least three plies, wherein abrasion-resistant warp threads that are not connected to each other form both an outer layer and an inner layer, and wherein an intermediate layer consisting of weft threads produced entirely or partly from an elastomer is provided, whose binding points with the outer layer do not coincide with the binding points of the inner layer. the single fabric is constructed with at least three plies, wherein abrasion-resistant warp threads that are not connected to each other form both an outer layer and an inner layer, and wherein an intermediate layer consisting of weft threads produced entirely or partly from an elastomer is provided, whose binding points with the outer layer do not coincide with the binding points of the inner layer.
A curing die for manufacturing a battery cell comprising a gel polymer electrolyte having an electrode assembly embedded therein, the curing die comprising: a first die including a recessed part in which a processing battery cell including the electrode assembly and a composition for forming a gel polymer electrolyte inside a battery case is mounted; and a second die coupled to the first die so that the die can be closed with the processing battery cell mounted in the recessed part, characterized in that the first die and the second die each include die terminals formed of a conductive material at positions suitable to be contacted with electrode terminals of the processing battery cell, and the die terminals are suitable to be connected to an external charge and discharge device. a first die including a recessed part in which a processing battery cell including the electrode assembly and a composition for forming a gel polymer electrolyte inside a battery case is mounted; and a second die coupled to the first die so that the die can be closed with the processing battery cell mounted in the recessed part, characterized in that the first die and the second die each include die terminals formed of a conductive material at positions suitable to be contacted with electrode terminals of the processing battery cell, and the die terminals are suitable to be connected to an external charge and discharge device.
Active element , in particular a decoy active element, comprising at least one active substance (10 1...n ), at least two ignition means (20 1...n ), each comprising a pyrotechnic composition for igniting the active substances (10 1...n ), characterized in that the at least two ignition means (20 1...n ) are arranged on the at least one active substance (10 1...n ) and the at least two ignition means (20 1...n ) are connected to one another via channels (30 1...n , 31 1...n ) in such a way that the at least one active substance (10 1...n ) can be ignited simultaneously from a plurality of sides. at least one active substance (10 1...n ), at least two ignition means (20 1...n ), each comprising a pyrotechnic composition for igniting the active substances (10 1...n ), characterized in that the at least two ignition means (20 1...n ) are arranged on the at least one active substance (10 1...n ) and the at least two ignition means (20 1...n ) are connected to one another via channels (30 1...n , 31 1...n ) in such a way that the at least one active substance (10 1...n ) can be ignited simultaneously from a plurality of sides.
An imaging apparatus , comprising: a coherent light source that irradiates an imaging object with coherent light; a first speckle imaging unit that captures a speckle image obtained from scattered light of the imaging object irradiated with the coherent light; a second speckle imaging unit that captures a speckle image obtained from scattered light of the imaging object irradiated with the coherent light; and an image combination unit that combines the first speckle image captured by the first speckle imaging unit and the second speckle image captured by the second speckle imaging unit, wherein the image combination unit corrects the luminance value of the speckle combined image on the basis of the luminance values of the first speckle image and the second speckle image such that the luminance distribution of the speckle combined image is uniform. a coherent light source that irradiates an imaging object with coherent light; a first speckle imaging unit that captures a speckle image obtained from scattered light of the imaging object irradiated with the coherent light; a second speckle imaging unit that captures a speckle image obtained from scattered light of the imaging object irradiated with the coherent light; and an image combination unit that combines the first speckle image captured by the first speckle imaging unit and the second speckle image captured by the second speckle imaging unit, wherein the image combination unit corrects the luminance value of the speckle combined image on the basis of the luminance values of the first speckle image and the second speckle image such that the luminance distribution of the speckle combined image is uniform.
A method performed by data processing apparatus, the method comprising: aggregating data provided by several different users of a social network that represents audible pronunciations of the name of an individual; determining an audible pronunciation from the aggregated data; identifying one or more other users that have a predetermined association with the individual; identifying one or more devices associated with the other users; and providing information that identifies the individual and data representing the audible pronunciation to the one or more identified devices. aggregating data provided by several different users of a social network that represents audible pronunciations of the name of an individual; determining an audible pronunciation from the aggregated data; identifying one or more other users that have a predetermined association with the individual; identifying one or more devices associated with the other users; and providing information that identifies the individual and data representing the audible pronunciation to the one or more identified devices.
Cartridge flowrate adjusting assembly for a hydraulic valve , comprising: a cartridge body ; a rod slidingly disposed in the cartridge body , having a first end and a second end (14") opposite to the first end; a shutter integral with the first end of said rod and, when said regulating assembly is mounted in the hydraulic valve , such to be slidingly placed against a passage opening of the valve for regulating the flow; an elastic element coaxially disposed on the rod and in a cavity of the cartridge body in order to hold the rod with the shutter in a monostable position with respect to the opening of the body ; a plunger element integral with the rod and slidingly disposed in a chamber of said cartridge body coaxial with said rod and interposed between the shutter and second end (14"); a conduit made in said rod and having: a first opening at the first end of the rod adapted to fluidically communicating with the passage opening of the valve and at least one second opening (15") fluidically communicating with a portion of the chamber disposed between the plunger and second end (14"), so that a pressure in said portion of the chamber is equal to a pressure at the passage opening ; characterised in that said plunger element is provided with fluidic sealing elements disposed between: an external surface of the plunger and an internal surface of the chamber , and between an internal surface of a central hole of the plunger and an external surface of the rod . a cartridge body ; a rod slidingly disposed in the cartridge body , having a first end and a second end (14") opposite to the first end; a shutter integral with the first end of said rod and, when said regulating assembly is mounted in the hydraulic valve , such to be slidingly placed against a passage opening of the valve for regulating the flow; an elastic element coaxially disposed on the rod and in a cavity of the cartridge body in order to hold the rod with the shutter in a monostable position with respect to the opening of the body ; a plunger element integral with the rod and slidingly disposed in a chamber of said cartridge body coaxial with said rod and interposed between the shutter and second end (14"); a conduit made in said rod and having: a first opening at the first end of the rod adapted to fluidically communicating with the passage opening of the valve and at least one second opening (15") fluidically communicating with a portion of the chamber disposed between the plunger and second end (14"), so that a pressure in said portion of the chamber is equal to a pressure at the passage opening ; characterised in that said plunger element is provided with fluidic sealing elements disposed between: an external surface of the plunger and an internal surface of the chamber , and between an internal surface of a central hole of the plunger and an external surface of the rod . an external surface of the plunger and an internal surface of the chamber , and between an internal surface of a central hole of the plunger and an external surface of the rod .
A preformed coil assembly for a stator of an electric motor, having a first and a second winding carrier located on respective opposite ends of the preformed coil assembly , a winding part wound around the first and second winding carriers such as to form a first and a second elongated winding portion with an elongated opening therebetween to be fitted around a tooth of a stator , the tooth comprising two opposite lateral sides , the preformed coil assembly further comprising a first and a second insulation film disposed around respectively said first and second winding portions , characterised in that each of said first and second insulation films comprises an upper and a lower folded portion having each a superposed insulation film portion, one side of each superposed film insulation portion resting against a corresponding portion of the insulating film on an inner side of respective first and second winding portions , the other side of each superposed insulation film portion resting against respective first and second opposite walls of respective winding carriers to ensure a first and a second distance (d1, d2) between respective opposite lateral sides of the tooth and a corresponding non-folded portion of respective first and second insulation films , said first and second distances (d1, d2) being equal so that the preformed coil assembly is centered with respect to said tooth when mounted therearound.
A method, comprising: measuring a distance from a lens to a mark ; calculating a focus position for an autofocus system that focuses the lens on the mark ; applying an offset to the calculated focus position to produce an offset focus position; setting the autofocus system to the offset focus position; acquiring an image of the mark with the autofocus system set to the offset focus position; and providing the image of the mark to a decoder for decoding; wherein the method further comprises determining the offset by calculating the offset based on one or more of: a distance between dots of the mark , the distance from the lens to the mark , and a focus position. measuring a distance from a lens to a mark ; calculating a focus position for an autofocus system that focuses the lens on the mark ; applying an offset to the calculated focus position to produce an offset focus position; setting the autofocus system to the offset focus position; acquiring an image of the mark with the autofocus system set to the offset focus position; and providing the image of the mark to a decoder for decoding; wherein the method further comprises determining the offset by calculating the offset based on one or more of: a distance between dots of the mark , the distance from the lens to the mark , and a focus position.
A system comprising: a memory system including: non-volatile storage cells; and logic to: in response to a notification that data stored in a region of the storage cells is invalid data, mark the region as storing invalid data; delay an operation to erase the region until receiving a command to re-program the region with other data; and responsive to receipt of the command to re-program the region, at least in part erase the region and program the erased region with the other data. a memory system including: non-volatile storage cells; and logic to: in response to a notification that data stored in a region of the storage cells is invalid data, mark the region as storing invalid data; delay an operation to erase the region until receiving a command to re-program the region with other data; and responsive to receipt of the command to re-program the region, at least in part erase the region and program the erased region with the other data. non-volatile storage cells; and logic to: in response to a notification that data stored in a region of the storage cells is invalid data, mark the region as storing invalid data; delay an operation to erase the region until receiving a command to re-program the region with other data; and responsive to receipt of the command to re-program the region, at least in part erase the region and program the erased region with the other data. in response to a notification that data stored in a region of the storage cells is invalid data, mark the region as storing invalid data; delay an operation to erase the region until receiving a command to re-program the region with other data; and responsive to receipt of the command to re-program the region, at least in part erase the region and program the erased region with the other data.
A method for operating an energy storage for an electric tool by - measuring or ascertaining (S1, S2) a one-dimensional or multi-dimensional state vector of the energy storage , - measuring or ascertaining (S3) a consumption value with respect to a power output of the energy storage , - determining (S4) a prediction value for the electric tool or the energy storage from the state vector and the consumption value by means of a model, and - controlling or regulating (S5) the electric tool or energy storage depending on the prediction value; characterized in that - the prediction value includes an end of a remaining runtime, and controlling (S5) includes reducing the power output of the energy storage as soon as a time difference from a current time up to the end of the remaining runtime falls below a preset threshold value. - measuring or ascertaining (S1, S2) a one-dimensional or multi-dimensional state vector of the energy storage , - measuring or ascertaining (S3) a consumption value with respect to a power output of the energy storage , - determining (S4) a prediction value for the electric tool or the energy storage from the state vector and the consumption value by means of a model, and - controlling or regulating (S5) the electric tool or energy storage depending on the prediction value; characterized in that - the prediction value includes an end of a remaining runtime, and controlling (S5) includes reducing the power output of the energy storage as soon as a time difference from a current time up to the end of the remaining runtime falls below a preset threshold value.