mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving at an access point (135) having a network interface and a coaxial interface, a Generic Control Protocol, GCP, message comprising control plane information from a Cable Modem Termination System, CMTS, via the network interface, wherein the control plane information is designed to configure the access point (135) to enable communication over the network interface and the coaxial interface; running, based on the control plane information in the GCP message, a GCP procedure in order to configure one or more software and/or hardware parameters in the access point (135) for exchanging data via the network interface and the coaxial interface; receiving at the access point (135), data plane information from the CMTS; and transmitting the data plane information via the coaxial interface to one or more termination devices. receiving at an access point (135) having a network interface and a coaxial interface, a Generic Control Protocol, GCP, message comprising control plane information from a Cable Modem Termination System, CMTS, via the network interface, wherein the control plane information is designed to configure the access point (135) to enable communication over the network interface and the coaxial interface; running, based on the control plane information in the GCP message, a GCP procedure in order to configure one or more software and/or hardware parameters in the access point (135) for exchanging data via the network interface and the coaxial interface; receiving at the access point (135), data plane information from the CMTS; and transmitting the data plane information via the coaxial interface to one or more termination devices.
Method for packing liquid pouches, e.g. pouches of milk, into packaging cartons, in which method the liquid pouches are manufactured in their manufacturing machine, transferred to a collector conveyor and dropped into packaging cartons, wherein the pouches while being fed onto the collector conveyor are positioned into essentially the same line in the transverse direction of the collector conveyor, and wherein before being dropped into packaging cartons the liquid pouches are assembled on the collector conveyor into groups of at least two liquid pouches behind an opening and closing grouper arranged transversely over the collector conveyor, which grouper is opened when the desired number of liquid pouches has collected behind it, after which the liquid pouches proceed on the collector conveyor as a single group and are dropped as a single group into a packaging carton.
A mould for over-moulding and/or encapsulation of a sheet comprising - a punch suitable for supporting a sheet to over-press and/or encapsulate, - a matrix suitable for closing on the punch so as to delimit with the latter an injection chamber to contain the material to be injected, with the matrix and the punch being movable axially to each other relative to an opening/closing axial direction (Y-Y) of the mould, - an insert, slidably associated with said matrix along at lest said axial direction (Y-Y), with the insert interfacing with the sheet and defining together with the sheet, the matrix and the punch, the outline of said injection chamber, wherein - the mould comprises at least one closing and locking wedge provided with a thrust wall, inclined, sliding on an inclined plane associated with the insert, so that the displacement of the closing and locking wedge along an actuating direction (X-X) leads to a translation of the insert, relative to the matrix and the punch, along the axial direction (Y-Y), the closing and locking wedge is actuated by a control means slidable along said actuating direction (X-X) characterised in that between the control means and the closing and locking wedge there are arranged self-regulating elastic means which push the closing and locking wedge against the insert, so as to transmit to the closing and locking wedge 32 and thus to the insert 28 and the sheet 8, a force sufficient to avoid flashes and, at the same time, to prevent the breakage of the sheet itself. - a punch suitable for supporting a sheet to over-press and/or encapsulate, - a matrix suitable for closing on the punch so as to delimit with the latter an injection chamber to contain the material to be injected, with the matrix and the punch being movable axially to each other relative to an opening/closing axial direction (Y-Y) of the mould, - an insert, slidably associated with said matrix along at lest said axial direction (Y-Y), with the insert interfacing with the sheet and defining together with the sheet, the matrix and the punch, the outline of said injection chamber, wherein - the mould comprises at least one closing and locking wedge provided with a thrust wall, inclined, sliding on an inclined plane associated with the insert, so that the displacement of the closing and locking wedge along an actuating direction (X-X) leads to a translation of the insert, relative to the matrix and the punch, along the axial direction (Y-Y), the closing and locking wedge is actuated by a control means slidable along said actuating direction (X-X) characterised in that between the control means and the closing and locking wedge there are arranged self-regulating elastic means which push the closing and locking wedge against the insert, so as to transmit to the closing and locking wedge 32 and thus to the insert 28 and the sheet 8, a force sufficient to avoid flashes and, at the same time, to prevent the breakage of the sheet itself.
A device (20; 30; 40; 50) comprising: an at least partially transparent screen; an optical sensor; and between the sensor and the screen, at least one rigid element (32; 33; 34; 35) is arranged between microlenses of the optical sensor, said at least on rigid element forming a support element between the screen and the optical sensor. an at least partially transparent screen; an optical sensor; and between the sensor and the screen, at least one rigid element (32; 33; 34; 35) is arranged between microlenses of the optical sensor, said at least on rigid element forming a support element between the screen and the optical sensor.
A method for manufacturing a removable prosthesis intended to be fitted to a first toothless jaw of a mouth of an individual, the mouth of the individual comprising a second jaw, the method comprising: • a step of taking an impression of the first jaw and of the second jaw • a step of casting a curing material into the impression made, so as to obtain a first model of the first jaw, the first model comprising a gingival portion and a palatine portion respectively reproducing the gingivae and the palate of the first jaw, • a step of thermoforming a plate deposited on the gingival portion of the first model, reproducing the first jaw, so that the plate covers the gingival portion and the palatine portion of the first model, • a step of making a moulding of the gingival portion and of the palatine portion, by plating a volume of a moulding material against the first model, forming a hollow within the moulding material, hollow which corresponds to the negative of a connection part, • a step of casting a moulding material within the hollow made, so as to form the connection part, • a step of bonding the connection part onto a toothed part, • a step of repositioning the prosthesis on the first jaw. • a step of taking an impression of the first jaw and of the second jaw • a step of casting a curing material into the impression made, so as to obtain a first model of the first jaw, the first model comprising a gingival portion and a palatine portion respectively reproducing the gingivae and the palate of the first jaw, • a step of thermoforming a plate deposited on the gingival portion of the first model, reproducing the first jaw, so that the plate covers the gingival portion and the palatine portion of the first model, • a step of making a moulding of the gingival portion and of the palatine portion, by plating a volume of a moulding material against the first model, forming a hollow within the moulding material, hollow which corresponds to the negative of a connection part, • a step of casting a moulding material within the hollow made, so as to form the connection part, • a step of bonding the connection part onto a toothed part, • a step of repositioning the prosthesis on the first jaw.
Measuring probe for measuring and sample taking in molten metal having a measuring head arranged on a lance, whereby the measuring head bears at least one temperature sensor and one sample chamber, whereby the sample chamber is surrounded, at least in part, by the measuring head and comprises an inlet channel that extends through the measuring head, whereby the inlet channel has an inner area of length L that extends in the measuring head and has a minimum diameter D in at least in one place in said inner area, characterised in that the ratio of L/D 2 is less than 0.6 mm -1.
An electronic device (101, 201) comprising: a memory (130, 210); and at least one processor (120, 260) configured to: execute a first application among at least one application stored in the memory (130, 210), determine whether to permit to provide to a virtual file system meta information for first data included in a folder of a directory, based on first user information with which the first application is executed, wherein the meta information includes information for accessing the first data related to a first function of the first application stored in the memory (130, 210),, and provide the virtual file system with the meta information for the first data based on the determination, wherein the at least one processor (101, 201) is further configured to block providing the virtual file system with the meta information for the first data loaded onto a native file system in the memory (130, 210) as per an operation of the first function of the first application, upon not permitting to provide the meta information for the first data. a memory (130, 210); and at least one processor (120, 260) configured to: execute a first application among at least one application stored in the memory (130, 210), determine whether to permit to provide to a virtual file system meta information for first data included in a folder of a directory, based on first user information with which the first application is executed, wherein the meta information includes information for accessing the first data related to a first function of the first application stored in the memory (130, 210),, and provide the virtual file system with the meta information for the first data based on the determination, wherein the at least one processor (101, 201) is further configured to block providing the virtual file system with the meta information for the first data loaded onto a native file system in the memory (130, 210) as per an operation of the first function of the first application, upon not permitting to provide the meta information for the first data. execute a first application among at least one application stored in the memory (130, 210), determine whether to permit to provide to a virtual file system meta information for first data included in a folder of a directory, based on first user information with which the first application is executed, wherein the meta information includes information for accessing the first data related to a first function of the first application stored in the memory (130, 210),, and provide the virtual file system with the meta information for the first data based on the determination, wherein the at least one processor (101, 201) is further configured to block providing the virtual file system with the meta information for the first data loaded onto a native file system in the memory (130, 210) as per an operation of the first function of the first application, upon not permitting to provide the meta information for the first data.
Telecommunications system, intended for low-throughput data transfer between at least two users located substantially on the surface of a celestial body, comprising: at least one transmitting/receiving surface terminal REC, each associated to a user, one or more stationary means GEO above the surface of the celestial body, these stationary means being able to transmit data from and to a predetermined coverage area with a line of sight to the stationary means, and one or more signal repetition means for signals transmitted and/or received from the stationary means GEO and the surface terminals REC, said repetition means traveling above the surface of the celestial body, characterized in that a same frequency spectrum in the L band is used for communications between the surface terminals and the repetition means and for communications between the repetition means and the stationary means. at least one transmitting/receiving surface terminal REC, each associated to a user, one or more stationary means GEO above the surface of the celestial body, these stationary means being able to transmit data from and to a predetermined coverage area with a line of sight to the stationary means, and one or more signal repetition means for signals transmitted and/or received from the stationary means GEO and the surface terminals REC, said repetition means traveling above the surface of the celestial body, characterized in that a same frequency spectrum in the L band is used for communications between the surface terminals and the repetition means and for communications between the repetition means and the stationary means.
A power generation system, comprising: an electric load at least one power module comprising at least one fuel cell segment configured to generate an output power; at least one first output module comprising at least one power conditioning component electrically coupled between the at least one power module and a grid; a first bus electrically connecting the grid to an A-side power feed of the load, such that the at least one power module is configured to supply power to the A-side power feed of the load through the at least one first output module; and at least one second output module comprising at least one power conditioning component electrically coupled between the at least one power module and a B-side power feed of the load, wherein the load comprises a dual corded power supply having two sets of power electronics configured to draw power from at least one of the A-side feed and the B-side feed in an auctioneering fashion. an electric load at least one power module comprising at least one fuel cell segment configured to generate an output power; at least one first output module comprising at least one power conditioning component electrically coupled between the at least one power module and a grid; a first bus electrically connecting the grid to an A-side power feed of the load, such that the at least one power module is configured to supply power to the A-side power feed of the load through the at least one first output module; and at least one second output module comprising at least one power conditioning component electrically coupled between the at least one power module and a B-side power feed of the load, wherein the load comprises a dual corded power supply having two sets of power electronics configured to draw power from at least one of the A-side feed and the B-side feed in an auctioneering fashion.
A method performed by a wireless network to control sending of a signaling connection release indication message by a user equipment, comprising: including an inhibit transition indication in a system information message at the wireless network, the inhibit transition indication to be used in inhibiting the sending of the signaling connection release indication message by the user equipment; and sending the system information message with the inhibit transition indication to the user equipment, wherein the inhibit transition indication is an inhibit timer value to be used to set an inhibit timer in the user equipment, the inhibit timer to inhibit the user equipment from sending the signaling connection release indication message while the inhibit timer is running. including an inhibit transition indication in a system information message at the wireless network, the inhibit transition indication to be used in inhibiting the sending of the signaling connection release indication message by the user equipment; and sending the system information message with the inhibit transition indication to the user equipment, wherein the inhibit transition indication is an inhibit timer value to be used to set an inhibit timer in the user equipment, the inhibit timer to inhibit the user equipment from sending the signaling connection release indication message while the inhibit timer is running.
Tap for pressurized gas, especially for gas cylinder, comprising: - a body with an inlet, an outlet and a passageway connecting the inlet to the outlet; - a device for maintaining a residual pressure at the inlet when the tap is in service, the device being disposed in the passage between the inlet and the outlet; - a rotatable actuator disposed on the body, configured to control the forced opening of the residual pressure device in order to deactivate said device; - an auxiliary device distinct from the residual pressure device; the rotatable actuator comprising at least one track (50, 58) configured so that the rotation of the actuator can control the residual pressure device and the auxiliary device; and - a first control rod of the residual pressure device, cooperating with the track or one of the tracks of the rotatable actuator; and characterized in that the tap comprises: - a second control rod of the auxiliary device, cooperating with the track or one of the tracks of the rotatable actuator, the second rod being disposed at least substantially parallel to the first rod. - a body with an inlet, an outlet and a passageway connecting the inlet to the outlet; - a device for maintaining a residual pressure at the inlet when the tap is in service, the device being disposed in the passage between the inlet and the outlet; - a rotatable actuator disposed on the body, configured to control the forced opening of the residual pressure device in order to deactivate said device; - an auxiliary device distinct from the residual pressure device; - a first control rod of the residual pressure device, cooperating with the track or one of the tracks of the rotatable actuator; and - a second control rod of the auxiliary device, cooperating with the track or one of the tracks of the rotatable actuator, the second rod being disposed at least substantially parallel to the first rod.
A device for generating an inhalable aerosol, the device comprising: a device body comprising a cartridge receptacle having a notched body; a separable cartridge configured to be inserted into the cartridge receptacle, and an airflow path comprising: a channel comprising a portion of an air inlet passage; a second air passage in fluid communication with the channel; a heater chamber in fluid communication with the second air passage; a first condensation chamber in fluid communication with the heater chamber; a second condensation chamber in fluid communication with the first condensation chamber; and an aerosol outlet in fluid communication with the second condensation chamber; wherein a channel air inlet through which air enters the air inlet passage is left exposed when the separable cartridge is inserted into the notched body of the cartridge receptacle. a device body comprising a cartridge receptacle having a notched body; a separable cartridge configured to be inserted into the cartridge receptacle, and an airflow path comprising: a channel comprising a portion of an air inlet passage; a second air passage in fluid communication with the channel; a heater chamber in fluid communication with the second air passage; a first condensation chamber in fluid communication with the heater chamber; a second condensation chamber in fluid communication with the first condensation chamber; and an aerosol outlet in fluid communication with the second condensation chamber; wherein a channel air inlet through which air enters the air inlet passage is left exposed when the separable cartridge is inserted into the notched body of the cartridge receptacle. a channel comprising a portion of an air inlet passage; a second air passage in fluid communication with the channel; a heater chamber in fluid communication with the second air passage; a first condensation chamber in fluid communication with the heater chamber; a second condensation chamber in fluid communication with the first condensation chamber; and an aerosol outlet in fluid communication with the second condensation chamber; wherein a channel air inlet through which air enters the air inlet passage is left exposed when the separable cartridge is inserted into the notched body of the cartridge receptacle.
A ball valve adaptor assembly for connection to a ball valve cartridge and for connection to a valve actuator, wherein the adaptor comprises: an outlet connector, the outlet connector comprising an outlet connector plate and an outlet pipe, the outlet connector plate configured to connect to a housing outlet of the ball valve cartridge with the outlet pipe extending away from the housing outlet, and an inlet connector, the inlet connector comprising an inlet connector plate and an inlet pipe, the inlet connector plate configured to connect to a housing inlet of the ball valve cartridge with the inlet pipe extending away from the housing inlet, an actuator connector configured to reversibly connect to the outlet and inlet connector plates and configured to reversibly connect to the valve actuator, and wherein in use, when the outlet connector plate, inlet connector plate and actuator connector are connected, a cartridge cavity is formed between the outlet plate, inlet plate and the actuator connector, and wherein the cartridge cavity is configured to reversibly receive the ball valve cartridge. an outlet connector, the outlet connector comprising an outlet connector plate and an outlet pipe, the outlet connector plate configured to connect to a housing outlet of the ball valve cartridge with the outlet pipe extending away from the housing outlet, and an inlet connector, the inlet connector comprising an inlet connector plate and an inlet pipe, the inlet connector plate configured to connect to a housing inlet of the ball valve cartridge with the inlet pipe extending away from the housing inlet, an actuator connector configured to reversibly connect to the outlet and inlet connector plates and configured to reversibly connect to the valve actuator, and wherein in use, when the outlet connector plate, inlet connector plate and actuator connector are connected, a cartridge cavity is formed between the outlet plate, inlet plate and the actuator connector, and wherein the cartridge cavity is configured to reversibly receive the ball valve cartridge.
A process for the nitrogen doping of a material comprising a set of carbon atoms in the sp 2 hybridization state, said process comprising the following steps: a) placing said material in contact with dinitrogen; b) irradiating the material and the dinitrogen placed in contact with a beam of electrons or of light ions whose energy is greater than or equal to 0.1 MeV, to obtain a material in which all or some of the carbon atoms in the sp 2 hybridization state is nitrogen-doped; the material not being oxidized beforehand in step a). a) placing said material in contact with dinitrogen; b) irradiating the material and the dinitrogen placed in contact with a beam of electrons or of light ions whose energy is greater than or equal to 0.1 MeV, to obtain a material in which all or some of the carbon atoms in the sp 2 hybridization state is nitrogen-doped;