mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit comprising: a plurality of on-chip-instrument-modules ; a test-controller-module configured to communicate data with the plurality of on-chip-instrument-modules; and a functional-module configured to communicate data with the plurality of on-chip-instrument-modules; the integrated circuit being characterised by further comprising: an on-chip-instrument-controller configured to: for each of the plurality of on-chip-instrument-modules, store an access-indicator; and based on a value of the access-indicatorfor each on-chip-instrument-module, enable the on-chip-instrument-module to communicate, via the on-chip-instrument-controller , with either: the test-controller-module ; or the functional-module . a plurality of on-chip-instrument-modules ; a test-controller-module configured to communicate data with the plurality of on-chip-instrument-modules; and a functional-module configured to communicate data with the plurality of on-chip-instrument-modules; the integrated circuit being characterised by further comprising: an on-chip-instrument-controller configured to: for each of the plurality of on-chip-instrument-modules, store an access-indicator; and based on a value of the access-indicatorfor each on-chip-instrument-module, enable the on-chip-instrument-module to communicate, via the on-chip-instrument-controller , with either: the test-controller-module ; or the functional-module . for each of the plurality of on-chip-instrument-modules, store an access-indicator; and based on a value of the access-indicatorfor each on-chip-instrument-module, enable the on-chip-instrument-module to communicate, via the on-chip-instrument-controller , with either: the test-controller-module ; or the functional-module . the test-controller-module ; or the functional-module .
A method of laminating a plurality of layers arranged in a stack to create a data carrier which is formed by at least one support layer with at least one electronic component and with an intermediate layer including a recess in which the at least one electronic component is positioned, and with at least one layer covering the electronic component , said method employing a laminating device which has an upper tool and a lower tool having each a lamination plate , and in which the stack to be laminated is positioned between the upper and lower lamination plates , and in which the upper and lower lamination plates are moved towards the stack and said stack is at least exposed to pressure and a lamination process is activated which includes a heating stage to cause the layers to be laminated so as to form the data carrier , characterised in that while pressure is exerted on the stack , the upper and lower lamination plates are activated and their heating temperatures (T1, T2) are respectively set in such a manner that between the upper and lower lamination plates a heating characteristic is established in the stack to be laminated in which a temperature minimum is targeted to be located in the support layer and/or in the intermediate layer .
A method for operating a baling press, in particular a channel baling press, including supplying a new, quasi-endless strapping medium from a new supply reel for the purpose of strapping a bale (B) that has been compressed out of loose pressing material, in particular in a pressing channel , in a vertical strapping plane (Uv") that lies in the pressing direction until it is in its operating state, in that, for the purpose of supply, the start of the quasi-endless strapping medium that later forms the lower strand - is guided below the pressing chamber and/or the pressing channel adjoining it in the pressing direction - forward in the pressing direction beyond a tying plane (A") that lies transversely to the pressing direction - by a projecting length (Ü) that is sufficient for tying off, wherein - the start is inserted into the rear opening (301.1) of a guide element that is located next to, above or behind but most importantly not below the pressing chamber and/or the pressing channel , - the start is pushed forward in the guide element by inserting a further length of the strapping medium into the rear opening (301.1) - until the projecting length (Ü) that is sufficient for tying off has been reached, characterised in that pushing forward of the start is terminated as soon as the start projects out of the front opening (301.2) of the guide element , which is located at a site that is visible from a viewpoint next to the baling press, - for which purpose the front opening (301b2) of the front guide element is positioned such that it is visible to an operative standing next to the baling press as a result of the front opening (301b2) being positioned next to or in front of, but as seen in plan view not below, the pressing chamber or the pressing channel , - or there is at the rear end a measuring device that indicates that a predetermined insertion length has been inserted into the rear end (301.1) of the guide element . - is guided below the pressing chamber and/or the pressing channel adjoining it in the pressing direction - forward in the pressing direction beyond a tying plane (A") that lies transversely to the pressing direction - by a projecting length (Ü) that is sufficient for tying off, - the start is inserted into the rear opening (301.1) of a guide element that is located next to, above or behind but most importantly not below the pressing chamber and/or the pressing channel , - the start is pushed forward in the guide element by inserting a further length of the strapping medium into the rear opening (301.1) - until the projecting length (Ü) that is sufficient for tying off has been reached, - for which purpose the front opening (301b2) of the front guide element is positioned such that it is visible to an operative standing next to the baling press as a result of the front opening (301b2) being positioned next to or in front of, but as seen in plan view not below, the pressing chamber or the pressing channel , - or there is at the rear end a measuring device that indicates that a predetermined insertion length has been inserted into the rear end (301.1) of the guide element .
An electrode for breaking an edge of a metal part by electrochemical machining, the electrode comprising at least one conductive zone designed to be arranged facing an edge of the part that is to be broken, the electrode being characterized in that the conductive zone is of a shape that is complementary to the shape of the broken edge to be produced and is arranged between a first portion forming an insulating extra thickness and an insulating second portion for positioning the conductive zone so that it faces the edge to be broken, the electrode comprising at least two concave curved zones extending in rectilinear and mutually parallel manner, the concave sides of the curved zones facing in opposite directions along a common axis, each conductive zone is formed at the junction between the insulating first portion and a dovetailed flank of the insulating second portion .
A method of a mobile terminal for sharing content in a home network environment, the method comprising: in response to accessing an Access Point, AP , connecting, without receiving, from a user, a request for a digital living network alliance, DLNA, service, the mobile terminal to a home network; in response to connecting the mobile terminal to the home network, searching for at least one device connected to the home network; when the at least one device is connected to the home network, identifying a type of the at least one device connected to the home network; determining , according to the type of the at least one device , whether to operate the mobile terminal as a content providing server, a player for playing content, or a controller for controlling playing the content; mapping and storing information of the at least one device connected to the home network with the AP ; and setting state information of the at least one device to an active state, wherein the step of determining comprises: determining to operate as the content providing server when the at least one device connected to the home network does not include a content providing server; and determining to operate as either the player for playing content or the controller for controlling playing the content when the at least one device connected to the home network includes the content providing server. in response to accessing an Access Point, AP , connecting, without receiving, from a user, a request for a digital living network alliance, DLNA, service, the mobile terminal to a home network; in response to connecting the mobile terminal to the home network, searching for at least one device connected to the home network; when the at least one device is connected to the home network, identifying a type of the at least one device connected to the home network; determining , according to the type of the at least one device , whether to operate the mobile terminal as a content providing server, a player for playing content, or a controller for controlling playing the content; mapping and storing information of the at least one device connected to the home network with the AP ; and setting state information of the at least one device to an active state, wherein the step of determining comprises: determining to operate as the content providing server when the at least one device connected to the home network does not include a content providing server; and determining to operate as either the player for playing content or the controller for controlling playing the content when the at least one device connected to the home network includes the content providing server. determining to operate as the content providing server when the at least one device connected to the home network does not include a content providing server; and determining to operate as either the player for playing content or the controller for controlling playing the content when the at least one device connected to the home network includes the content providing server.
Method for joining optical components , in particular micro-optical components, on a support structure using electromagnetic radiation , wherein the components and/or the support structure as components to be joined are at least partially permeable to the electromagnetic radiation , in which - a solder is applied to or introduced into at least one in each case of two surface areas that are to be connected for joining of the components and the support structure , or between each of two surface areas that are to be connected of the components and the support structure , and - the surface areas that are to be connected are then materially bonded to one another by melting the solder with the aid of the electromagnetic radiation and subsequent cooling, characterized in that : - a metal coating of the surface areas that are to be connected is dispensed with, - an active solder is used as solder, which achieves coverage of the surface areas to be connected that is sufficient for producing the solder joint without a fluxing agent, and - the electromagnetic radiation is directed onto the active solder through one of the components to be joined, which is at least partially permeable to the electromagnetic radiation . - a solder is applied to or introduced into at least one in each case of two surface areas that are to be connected for joining of the components and the support structure , or between each of two surface areas that are to be connected of the components and the support structure , and - the surface areas that are to be connected are then materially bonded to one another by melting the solder with the aid of the electromagnetic radiation and subsequent cooling, - a metal coating of the surface areas that are to be connected is dispensed with, - an active solder is used as solder, which achieves coverage of the surface areas to be connected that is sufficient for producing the solder joint without a fluxing agent, and - the electromagnetic radiation is directed onto the active solder through one of the components to be joined, which is at least partially permeable to the electromagnetic radiation .
An induction cooking hob comprising a plurality of heating units , a plurality of switching elements, and a plurality of temperature sensors, wherein each of the temperature sensors is associated and thermally connected to one of the switching elements, wherein the temperature sensors are adapted to sense the temperature of the dedicated switching element, wherein a temperature sensor of the plurality of temperature sensors and at least one leg of the dedicated switching element are sharing the same printed circuit pattern, and wherein a further temperature sensor is provided and placed in or nearby an air inlet or outlet of a cooling fan and adapted to measure the temperature of cooling air draw in or ejected by the fan. wherein the temperature sensors are adapted to sense the temperature of the dedicated switching element, wherein a temperature sensor of the plurality of temperature sensors and at least one leg of the dedicated switching element are sharing the same printed circuit pattern, and wherein a further temperature sensor is provided and placed in or nearby an air inlet or outlet of a cooling fan and adapted to measure the temperature of cooling air draw in or ejected by the fan.
A method for providing an augmented view of a real world scenery and of an occluded subsurface infrastructure , comprising: o taking at least one image of the real world scenery by a camera with an image sensor, o providing image reference information to the at least one image , wherein the image reference information is comprising a camera position and a camera orientation in the real world scenery at the time of taking the at least one image , o providing three dimensional information of a subsurface infrastructure , and o deriving from the three dimensional information of the subsurface infrastructure a two dimensional projection to the image sensor, wherein the two dimensional projection is made by using the reference information of the at least one image , and adding or combining the two dimensional projection to the image, characterized in that a projection position of a two dimensional anchor element projection of at least one anchor element of the subsurface infrastructure being visible on the at least one image of the real world scenery is compared with an image position of the anchor element image of the anchor element on the at least one image , wherein a difference between the image position and the projection position of the same anchor element is compensated for matching and overlaying the two dimensional projection derived from the three dimensional information of the subsurface infrastructure with the at least one image and thereby providing an improved augmented view . o taking at least one image of the real world scenery by a camera with an image sensor, o providing image reference information to the at least one image , wherein the image reference information is comprising a camera position and a camera orientation in the real world scenery at the time of taking the at least one image , o providing three dimensional information of a subsurface infrastructure , and o deriving from the three dimensional information of the subsurface infrastructure a two dimensional projection to the image sensor, wherein the two dimensional projection is made by using the reference information of the at least one image , and adding or combining the two dimensional projection to the image, a projection position of a two dimensional anchor element projection of at least one anchor element of the subsurface infrastructure being visible on the at least one image of the real world scenery is compared with an image position of the anchor element image of the anchor element on the at least one image , wherein a difference between the image position and the projection position of the same anchor element is compensated for matching and overlaying the two dimensional projection derived from the three dimensional information of the subsurface infrastructure with the at least one image and thereby providing an improved augmented view .
Method for manufacturing a reinforcing member for a blade of an aircraft, said method comprising at least: • a plurality of positioning steps for positioning bundles of reinforcing threads on upper faces of supports , each positioning step comprising positioning at least one bundle of reinforcing threads on a support ; • a plurality of securing steps for securing said bundles of reinforcing threads with said upper faces of said supports , each securing step comprising securing said at least one bundle of reinforcing threads with said support in order to form a monolithic sub-assembly ; • a step of overlaying a plurality of monolithic sub-assemblies in a mould in the same overlaying direction, said plurality of monolithic sub-assemblies comprising a first monolithic sub-assembly and a second monolithic sub-assembly , said at least one bundle of reinforcing threads of said first monolithic sub-assembly being overlaid with a lower face opposite said upper face of said second monolithic sub-assembly ; and • a step of polymerizing a resin in said mould . • a plurality of positioning steps for positioning bundles of reinforcing threads on upper faces of supports , each positioning step comprising positioning at least one bundle of reinforcing threads on a support ; • a plurality of securing steps for securing said bundles of reinforcing threads with said upper faces of said supports , each securing step comprising securing said at least one bundle of reinforcing threads with said support in order to form a monolithic sub-assembly ; • a step of overlaying a plurality of monolithic sub-assemblies in a mould in the same overlaying direction, said plurality of monolithic sub-assemblies comprising a first monolithic sub-assembly and a second monolithic sub-assembly , said at least one bundle of reinforcing threads of said first monolithic sub-assembly being overlaid with a lower face opposite said upper face of said second monolithic sub-assembly ; and • a step of polymerizing a resin in said mould .
An optical fiber transmission link comprising a multimode optical fiber for propagating light comprising a set of optical signals according to a set of propagation modes, each propagation mode being associated with a power value, said multimode optical fiber comprising fiber slices , wherein the optical fiber transmission link comprises at least one scrambler, each scrambler being inserted between two fiber slices , each scrambler being configured to determine a permutation of said propagation modes depending on the power values associated with said propagation modes, wherein each scrambler comprises a permutation unit for permuting the modes two by two, by applying a permutation matrix of dimension N t × N t , with N t designating the number of modes used by the scrambler, the permutation matrix associating each of the propagation modes used by the transmitter with another mode, wherein the permutation unit is configured to permute a mode associated with the i -th higher power value with the mode associated with the i -th lower power value, with i being comprised between 1 and a value representing the output of a floor function applied to N t /2, and wherein each scrambler is configured to redistribute the optical signals according to said permutation of said propagation modes.
A hearing instrument comprising an interface for reception of a message from a device , a text-to-speech processor configured for conversion of the message into audio samples of a corresponding speech message, a memory for storage of the message and/or the speech message, and a message processor configured for, at a selected time, transmitting the audio samples of the speech message to the user of the hearing instrument , characterized in that the interface of the hearing instrument is for reception of information regarding the selected time from the device . an interface for reception of a message from a device , a text-to-speech processor configured for conversion of the message into audio samples of a corresponding speech message, a memory for storage of the message and/or the speech message, and a message processor configured for, at a selected time, transmitting the audio samples of the speech message to the user of the hearing instrument ,
Method for manufacturing an industrial food cutting machine with a single-part machine housing having a housing base and a motor tower which is formed in one piece on the base and protrudes upwards from the base and is designed for holding a blade protective ring and, in its interior, defines a construction space for accommodating a cutting motor, wherein the machine housing is manufactured from an aluminium alloy by casting, characterized in that the housing is produced from an aluminium alloy with a silicon content of at least 5% by diecasting by the housing being formed integrally by diecasting and a housing surface subsequently being provided with a polymer-containing surface coating, wherein the coating of the housing surface comprises the following steps: - applying a liquid coating containing, as components, an oxide ceramic, a binder and Teflon as the polymer, - drying and baking the coating in a temperature-controlled process, and wherein - prior to the application of the liquid coating the machine housing is tempered at a temperature which is at least 20°C higher than the maximum temperature of the temperature-controlled process. - applying a liquid coating containing, as components, an oxide ceramic, a binder and Teflon as the polymer, - drying and baking the coating in a temperature-controlled process, and wherein - prior to the application of the liquid coating the machine housing is tempered at a temperature which is at least 20°C higher than the maximum temperature of the temperature-controlled process.