mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating a unique product package of an individual substrate in a series of substrates and applying package-related information on each individual substrate, the method comprising the steps of: • printing a package-related information on the substrate by means of an analogue printer device ; • generating a unique code package and registering in a database; • providing a series of serialized unique information from a source of serialized unique information, using a second set of printer device or marking device on each individual substrate, wherein the serialized unique information comprises a code, which is unique in content and/or appearance for each time it is printed, thereby making each individual substrate unique; • recording information about the printed serialized unique information on each individual unique substrate; • merging and storing the serialized unique information and the package related information; • scanning the serialized unique information on each individual unique substrate and associating the serialized unique information to package related information and comparing associated data with requirements specific for the product and the package; • printing by means of an industrial printer a set of product related data on each individual unique substrate with respect to the result of the comparison. • printing a package-related information on the substrate by means of an analogue printer device ; • generating a unique code package and registering in a database; • providing a series of serialized unique information from a source of serialized unique information, using a second set of printer device or marking device on each individual substrate, wherein the serialized unique information comprises a code, which is unique in content and/or appearance for each time it is printed, thereby making each individual substrate unique; • recording information about the printed serialized unique information on each individual unique substrate; • merging and storing the serialized unique information and the package related information; • scanning the serialized unique information on each individual unique substrate and associating the serialized unique information to package related information and comparing associated data with requirements specific for the product and the package; • printing by means of an industrial printer a set of product related data on each individual unique substrate with respect to the result of the comparison.
A tablet cassette comprising: a cassette body for storing tablets (T); and a rotor that is disposed rotatably in a bottom of a tablet container of the cassette body , the rotor having an outer peripheral surface on which a plurality of tablet guide grooves extending in a rotation axial direction are formed, wherein the tablet cassette further comprises : a plurality of tablet holding members that are rotatable together with the rotor and are elastically deformable so as to each enter a corresponding one of the tablet guide grooves from an opening end thereof and to press a tablet (T) in the corresponding tablet guide groove , the plurality of tablet holding members being provided corresponding to the plurality of tablet guide grooves ; and a pressing member that is mounted on the cassette body and presses the tablet holding members toward the corresponding tablet guide groove when the corresponding tablet guide groove is located at a position corresponding to a tablet outlet provided in the cassette body . a cassette body for storing tablets (T); and a rotor that is disposed rotatably in a bottom of a tablet container of the cassette body , the rotor having an outer peripheral surface on which a plurality of tablet guide grooves extending in a rotation axial direction are formed, wherein the tablet cassette further comprises : a plurality of tablet holding members that are rotatable together with the rotor and are elastically deformable so as to each enter a corresponding one of the tablet guide grooves from an opening end thereof and to press a tablet (T) in the corresponding tablet guide groove , the plurality of tablet holding members being provided corresponding to the plurality of tablet guide grooves ; and a pressing member that is mounted on the cassette body and presses the tablet holding members toward the corresponding tablet guide groove when the corresponding tablet guide groove is located at a position corresponding to a tablet outlet provided in the cassette body . a plurality of tablet holding members that are rotatable together with the rotor and are elastically deformable so as to each enter a corresponding one of the tablet guide grooves from an opening end thereof and to press a tablet (T) in the corresponding tablet guide groove , the plurality of tablet holding members being provided corresponding to the plurality of tablet guide grooves ; and a pressing member that is mounted on the cassette body and presses the tablet holding members toward the corresponding tablet guide groove when the corresponding tablet guide groove is located at a position corresponding to a tablet outlet provided in the cassette body .
A wedge for securing windings in a slot in the rotor poles of a rotor core of an electrical machine comprising: an elongate wedge body extending in an axial direction along a longitudinal axis, wherein the wedge body includes layers perpendicular to the axial direction, wherein the layers include alternating layers of two materials, a first material and a second material with a lower electrical conductivity than that of the first material to inhibit eddy currents within the wedge body ; and characterized in that the first material includes aluminum and in that the wedge body is additively manufactured with bi-metallic layers in a direction perpendicular to a longitudinal axis of the wedge body that vary in electrical conductivity from layer to layer to inhibit eddy currents in the wedge body .
An access point, AP, comprising: a processor configured to: send a first power save frame that includes a plurality of uplink transmission times, ULTs, associated with a plurality of stations, STAs, characterized in that the processor is further configured to: determine whether a wireless medium is idle for a time duration during a ULT of the plurality of ULTs; and on a condition that the wireless medium is idle for the time duration during the ULT, reclaim the wireless medium, wherein reclaiming the wireless medium comprises sending a second power save frame. determine whether a wireless medium is idle for a time duration during a ULT of the plurality of ULTs; and on a condition that the wireless medium is idle for the time duration during the ULT, reclaim the wireless medium, wherein reclaiming the wireless medium comprises sending a second power save frame.
Dust bag system for vacuum cleaners, with an appliance-specific connecting plate fixable to the vacuum cleaner and a universal retaining plate connected with a vacuum cleaner bag, wherein the retaining plate can be detachably coupled with the respective appliance-specific connecting plate , characterised in that retaining plates with different vacuum cleaner bags can be coupled with the connecting plate and the vacuum cleaner bags have different characteristics.
A pouch-shaped secondary battery configured such that an electrode assembly , having a structure in which a positive electrode, a separator, and a negative electrode are stacked, is received in a pouch-shaped battery case, wherein the pouch-shaped secondary battery comprises an electrode-tab-cutting device located in the pouch-shaped battery case, the electrode-tab-cutting device being configured to cut an electrode tab or an electrode lead of the electrode assembly in the pouch-shaped battery case using an elastic member that is triggered when a pressure in the pouch-shaped battery case increases, wherein the electrode-tab-cutting device comprises: a trigger linked to the pouch-shaped battery case; a thread-shaped cutting member disposed such that at least one electrode tab or at least one electrode lead protruding from the electrode assembly extends therethrough; an elastic member connected to one end of the cutting member while being fixed by the trigger; and a tubular case having an opening, through which the cutting member is movable, formed in one surface thereof, which is adjacent to the electrode tab or the electrode lead, the elastic member being disposed in the case in a state in which the elastic member is fixed to the other surface of the case. a trigger linked to the pouch-shaped battery case; a thread-shaped cutting member disposed such that at least one electrode tab or at least one electrode lead protruding from the electrode assembly extends therethrough; an elastic member connected to one end of the cutting member while being fixed by the trigger; and a tubular case having an opening, through which the cutting member is movable, formed in one surface thereof, which is adjacent to the electrode tab or the electrode lead, the elastic member being disposed in the case in a state in which the elastic member is fixed to the other surface of the case.
An integrated glucose monitoring system , comprising: a memory configured to store data relating to at least two glucose measurements of a user, a glucose safe range, and exogenous data, wherein the exogenous data comprises medically relevant patient-specific data including insulin on board information, wherein the at least two glucose measurements of the user are at different time points t1 and t2; a user interface comprising a display ; and a processor comprising computer-executable instructions to: determine a rate of change based on the at least two glucose measurements of the user; and determine , based on the determined rate of change, a projected glucose level at a future time t3; process the projected glucose level determined at the future time t3 with the stored exogenous data to result in an integrated glucose level for time t3; and provide at least one of an alarm or a recommended therapeutic response at the user interface if the integrated glucose level at future time t3 is outside of the glucose safe range. a memory configured to store data relating to at least two glucose measurements of a user, a glucose safe range, and exogenous data, wherein the exogenous data comprises medically relevant patient-specific data including insulin on board information, wherein the at least two glucose measurements of the user are at different time points t1 and t2; a user interface comprising a display ; and a processor comprising computer-executable instructions to: determine a rate of change based on the at least two glucose measurements of the user; and determine , based on the determined rate of change, a projected glucose level at a future time t3; process the projected glucose level determined at the future time t3 with the stored exogenous data to result in an integrated glucose level for time t3; and provide at least one of an alarm or a recommended therapeutic response at the user interface if the integrated glucose level at future time t3 is outside of the glucose safe range. determine a rate of change based on the at least two glucose measurements of the user; and determine , based on the determined rate of change, a projected glucose level at a future time t3; process the projected glucose level determined at the future time t3 with the stored exogenous data to result in an integrated glucose level for time t3; and provide at least one of an alarm or a recommended therapeutic response at the user interface if the integrated glucose level at future time t3 is outside of the glucose safe range.
A chromatography system arranged to perform automated chromatography column efficiency testing for a specific column to determine efficiency parameters such as column compression plate height (h) and a peak asymmetry factor (A s ) and optionally to further provide guidance to a user with respect to column efficiency, the system having a controller arranged to automatically access data to enable the calculation of the column compression plate height (h), said data being derived from at least stored parameters of the specific column and a resin to be used in that column , thereby to calculate the efficiency of the column , said chromatography system being further operable to determine if the specific column is suitable for use or is not suitable for use therein based upon the column compression plate height (h).
An installation for monitoring a plurality of vehicles , the plurality of vehicles comprising at least two distinct types of vehicle , each vehicle comprising at least one brake and a braking indicator , the brake being switchable between a braking configuration in which the brake opposes movement of the vehicle and a travel configuration in which the brake does not oppose movement of the vehicle, the indicator comprising a signalling member configured to generate at least a first signal and a second signal, each first or second signal being a visual signal observable from outside the vehicle , the indicator being configured so that the signalling member generates the first signal when the brake is in the travel configuration and generates the second signal when the brake is in the braking configuration, the installation comprising a location for receiving a vehicle from among the plurality of vehicles in a receiving position, at least one imager , a support for the imager and an electronic analysis device , the imager being configured to acquire images and to transmit at least one acquired image to the analysis device , the installation being characterised in that the support is configured to move the imager between a plurality of predetermined positions, and in that the installation comprises a control module suitable for controlling the support to move the imager as a function of the type of vehicle received in the receiving location . the installation comprising a location for receiving a vehicle from among the plurality of vehicles in a receiving position, at least one imager , a support for the imager and an electronic analysis device , the imager being configured to acquire images and to transmit at least one acquired image to the analysis device , the installation being characterised in that the support is configured to move the imager between a plurality of predetermined positions, and in that the installation comprises a control module suitable for controlling the support to move the imager as a function of the type of vehicle received in the receiving location .
A method for authorizing transactions, wherein the method includes the following steps: - generating a unique transaction number by means of a transaction unit as a reaction to a transaction request of a transaction terminal of a user; - transferring the transaction number from the transaction unit to the transaction terminal by means of a first secured communications channel; - transferring an authorization request from the transaction unit to a communications terminal of the user by means of a second communications channel, which is different from the first secured communications channel, wherein the transfer of the authentication request includes the receipt of a short message through the communications terminal , and wherein the authentication request contains a public key, with which the communications terminal can encrypt the transaction number after the receipt; - calling up an application on the communications terminal after receipt of the short message; - receipt of the transaction number by means of the application through a user input; - encrypting of the transaction number with the public key; - transferring of the encrypted transaction number by means of a short message to the transaction unit ; - decrypting of the transaction number transferred by means of short message by the transaction unit by means of a private key pertaining to the public key; and - authentication of the transaction by means of a comparison of the transaction number transferred to the transaction terminal , with the transaction number received from the communications terminal . - generating a unique transaction number by means of a transaction unit as a reaction to a transaction request of a transaction terminal of a user; - transferring the transaction number from the transaction unit to the transaction terminal by means of a first secured communications channel; - transferring an authorization request from the transaction unit to a communications terminal of the user by means of a second communications channel, which is different from the first secured communications channel, wherein the transfer of the authentication request includes the receipt of a short message through the communications terminal , and wherein the authentication request contains a public key, with which the communications terminal can encrypt the transaction number after the receipt; - calling up an application on the communications terminal after receipt of the short message; - receipt of the transaction number by means of the application through a user input; - encrypting of the transaction number with the public key; - transferring of the encrypted transaction number by means of a short message to the transaction unit ; - decrypting of the transaction number transferred by means of short message by the transaction unit by means of a private key pertaining to the public key; and - authentication of the transaction by means of a comparison of the transaction number transferred to the transaction terminal , with the transaction number received from the communications terminal .
An assembly/disassembly apparatus for flanged mechanical device wherein the apparatus comprises: - a main body provided with a rear abutment sector having at least a seat , - a coupling pin housed in part in the seat and extending from the seat in a first direction, - a grabbing device coupled to said main body , characterised in that an engagement mechanism is provided at least by a first and a second retaining arm, said first and second retaining arms being movable together at least between a first and a second positions, in which, in said first position the first retaining arm faces the rear abutment sector while in said second position the second retaining arm faces the rear abutment sector . - a main body provided with a rear abutment sector having at least a seat , - a coupling pin housed in part in the seat and extending from the seat in a first direction, - a grabbing device coupled to said main body ,
A system for producing dihydrogen comprising: - an electrolyser suitable for implementing water electrolysis and producing dioxygen and dihydrogen; - a dihydrogen compressor ; - a dihydrogen cooler ; - a main circuit of dihydrogen from the electrolyser , on which at least the compressor and the cooler are successively arranged; - an auxiliary circuit of dioxygen and residual water vapour from the electrolyser , the system being characterised in that : - it further comprises a condenser of said residual vapour; - the cooler comprises an expander , an exchanger and a heat storage module ; the condenser , the expander and the exchanger being successively arranged on the auxiliary circuit , the exchanger operating heat exchange between the dihydrogen compressed by the compressor , the dioxygen expanded by the expander and the heat storage module . - an electrolyser suitable for implementing water electrolysis and producing dioxygen and dihydrogen; - a dihydrogen compressor ; - a dihydrogen cooler ; - a main circuit of dihydrogen from the electrolyser , on which at least the compressor and the cooler are successively arranged; - an auxiliary circuit of dioxygen and residual water vapour from the electrolyser , - it further comprises a condenser of said residual vapour; - the cooler comprises an expander , an exchanger and a heat storage module ;
A control method for inhibiting the use of the product beyond a shelf life, the shelf life is the shelf life, which starts after the preparation of the product in a machine for the production and delivery of products such as ice cream, frozen drinks or granita from packets of preparation associated with such machine , the method includes the steps to: - associate the packets with means of retention of information about when the package was breached and the shelf life of the product once it is obtained from the preparation fed to the machine ; - provide the machine with means for acquiring information from said means of retention ; - acquire such information in the machine to enable the machine to full functionality of production and delivery of the product; - inhibit automatically this full functionality of the machine when the end of shelf life indicated by the acquired information is reached and in which at least one standby state, a normal operating state and end delivery state are provided for the machine , and switching from standby state and normal state being enabled by the acquisition of the information on the product shelf life from a packet and switching from normal operation state to end delivery state being controlled automatically by reaching the end of such shelf life, and in which the switching from the end delivery state to standby state is enabled by removing from the machine of a product containing tank for a time at least equal to a time that is predetermined to be suitable for washing the tank . - associate the packets with means of retention of information about when the package was breached and the shelf life of the product once it is obtained from the preparation fed to the machine ; - provide the machine with means for acquiring information from said means of retention ; - acquire such information in the machine to enable the machine to full functionality of production and delivery of the product; - inhibit automatically this full functionality of the machine when the end of shelf life indicated by the acquired information is reached and in which at least one standby state, a normal operating state and end delivery state are provided for the machine , and switching from standby state and normal state being enabled by the acquisition of the information on the product shelf life from a packet and switching from normal operation state to end delivery state being controlled automatically by reaching the end of such shelf life, and in which the switching from the end delivery state to standby state is enabled by removing from the machine of a product containing tank for a time at least equal to a time that is predetermined to be suitable for washing the tank .