mhurhangee/ep-ind-claims huggingface dataset:
A method operable at an activation server for wirelessly activating a mobile communication device, the method comprising: responsive to receiving an activation request from a mobile communication device, sending an activation summary that comprises notification of a plurality of services that the user is authorised to activate on the mobile communication device and of respective downloadable data items associated with each of the plurality of services; and responsive to receiving an activation response in which at least one service of the plurality of services is selected, downloading to the mobile communication device at least one of configuration information and routing information for the at least one service; wherein the given service is email service and the respective downloadable data items include synchronization of a number of emails with a user's email account. responsive to receiving an activation request from a mobile communication device, sending an activation summary that comprises notification of a plurality of services that the user is authorised to activate on the mobile communication device and of respective downloadable data items associated with each of the plurality of services; and responsive to receiving an activation response in which at least one service of the plurality of services is selected, downloading to the mobile communication device at least one of configuration information and routing information for the at least one service; wherein the given service is email service and the respective downloadable data items include synchronization of a number of emails with a user's email account.
A smoking article comprising: a tobacco rod; a filter connected to the tobacco rod; and a tipping wrapper circumscribing the filter and at least a portion of the tobacco rod; wherein the filter comprises: a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter, wherein the hollow tube segment is formed from polymeric material and wherein the hollow tube segment has a wall thickness of at least 150 micrometres; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, and wherein the tipping wrapper comprises paper having a basis weight of less than 70 grams per square metre. a tobacco rod; a filter connected to the tobacco rod; and a tipping wrapper circumscribing the filter and at least a portion of the tobacco rod; wherein the filter comprises: a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter, wherein the hollow tube segment is formed from polymeric material and wherein the hollow tube segment has a wall thickness of at least 150 micrometres; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, and wherein the tipping wrapper comprises paper having a basis weight of less than 70 grams per square metre. a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter, wherein the hollow tube segment is formed from polymeric material and wherein the hollow tube segment has a wall thickness of at least 150 micrometres; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, and wherein the tipping wrapper comprises paper having a basis weight of less than 70 grams per square metre.
An illumination light communication device comprising: a light source unit including light emitting elements; a power supply unit (1, 2, 3, C, 1, 5, 6, 7) which controls a load current flowing through the light source unit to be maintained at a constant value; and a switch element connected to the light source unit; characterized in that the illumination light communication device further includes a control unit (8, 9, SW1) configured to control on/off of the switch element to modulate a light intensity of illumination light from the light source unit such that a binary communication signal is superimposed on the illumination light, wherein the control unit (8, 9, SW1) has a switching circuit to open and close a path connecting the light source unit and the power supply unit (1, 2, 3, C1, 5, 6, 7), wherein the control unit (8, 9, SW1) is configured to control on/off of the switching circuit based on a dimming signal to perform a dimming control on the illumination light from the light source unit by a PWM control, and on/off of the switch element based on the communication signal only during an ON time of the switching circuit. a light source unit including light emitting elements; a power supply unit (1, 2, 3, C, 1, 5, 6, 7) which controls a load current flowing through the light source unit to be maintained at a constant value; and a switch element connected to the light source unit; characterized in that the illumination light communication device further includes a control unit (8, 9, SW1) configured to control on/off of the switch element to modulate a light intensity of illumination light from the light source unit such that a binary communication signal is superimposed on the illumination light, wherein the control unit (8, 9, SW1) has a switching circuit to open and close a path connecting the light source unit and the power supply unit (1, 2, 3, C1, 5, 6, 7), wherein the control unit (8, 9, SW1) is configured to control on/off of the switching circuit based on a dimming signal to perform a dimming control on the illumination light from the light source unit by a PWM control, and on/off of the switch element based on the communication signal only during an ON time of the switching circuit.
A method for producing an L-amino acid by a fermentation process, comprising culturing a methanol-assimilating bacterium that has an ability to produce the L-amino acid in a liquid medium containing methanol and a substance comprising a counter ion and causing the L-amino acid to be produced and accumulated in the medium, wherein the feeding of a substance comprising methanol and a substance comprising a counter ion to the medium is carried out by fed-batch culturing to control the total ionic strength in fermentation medium, wherein the ionic strength is controlled to achieve a rate of increase in total ionic strength in the medium of 0.02 mol/m 3 /hour or less, wherein said substance comprising a counter ion is one or more substances selected from the group consisting of ammonium sulfate, ammonium chloride, ammonium glutamate, ammonium succinate, ammonium fumarate, and ammonium aspartate, and wherein said methanol-assimilating bacterium is a microorganism selected from the group consisting of bacteria of the genus Acromobacter, Pseudomonas, Protaminobacter, Methanomonas, Microcyclus, Methylobacillus, Bacillus, and Methylophilus.
A film forming apparatus comprising: a substrate conveying unit configured to convey a substrate along a predetermined circle; a heating mechanism (2, 4) provided in a heating chamber (H10, H21, H22, H30) disposed along said predetermined circle, said heating mechanism being configured to perform heating treatment of heating said substrate without touching said substrate in said heating chamber; and a mist spraying unit (1H, 1L) provided in a film forming chamber (F10, F21, F22, F30) disposed along said predetermined circle, said mist spraying unit being configured to perform mist spraying treatment of spraying source mist toward said substrate in said film forming chamber, said source mist being obtained by atomizing a source solution, wherein said heating chamber and said film forming chamber are disposed separately from each other, and said substrate is conveyed along said predetermined circle by said substrate conveying unit to form a thin film on said substrate by performing said heating treatment of said heating mechanism in said heating chamber and then performing said mist spraying treatment of said mist spraying unit in said film forming chamber. a substrate conveying unit configured to convey a substrate along a predetermined circle; a heating mechanism (2, 4) provided in a heating chamber (H10, H21, H22, H30) disposed along said predetermined circle, said heating mechanism being configured to perform heating treatment of heating said substrate without touching said substrate in said heating chamber; and a mist spraying unit (1H, 1L) provided in a film forming chamber (F10, F21, F22, F30) disposed along said predetermined circle, said mist spraying unit being configured to perform mist spraying treatment of spraying source mist toward said substrate in said film forming chamber, said source mist being obtained by atomizing a source solution, wherein said heating chamber and said film forming chamber are disposed separately from each other, and said substrate is conveyed along said predetermined circle by said substrate conveying unit to form a thin film on said substrate by performing said heating treatment of said heating mechanism in said heating chamber and then performing said mist spraying treatment of said mist spraying unit in said film forming chamber.
An integrated circuit comprising: a substrate carrying a plurality of circuit elements; a metallization stack (12, 14, 16) interconnecting said circuit elements, said metallization stack (12, 14, 16) comprising a patterned upper metallization layer comprising a first metal portion of the metallization stack (12, 14, 16); a passivation stack (24, 26, 28) covering the metallization stack (12, 14, 16); and a sensor including a sensing material on the passivation stack (24, 26, 28), the passivation stack (24, 26, 28) being arranged between the metallization stack (12, 14, 16) and the sensing material, said sensor being coupled to the first metal portion by a via extending through the passivation stack (24, 26, 28), wherein the via comprises tungsten; said sensor further comprising an electrode on the passivation stack (24, 26, 28), said electrode being conductively coupled to said via, wherein the passivation stack (24, 26, 28) remains substantially impenetrable to moisture, thereby protecting the underlying metallization and circuit elements, and the passivation stack (24, 26, 28) comprises a high density plasma oxide layer arranged on the metallization stack (12,14, 16), a SiO 2 layer arranged on the high density plasma oxide layer and a Si 3 N 4 layer arranged on the SiO 2 layer. a substrate carrying a plurality of circuit elements; a metallization stack (12, 14, 16) interconnecting said circuit elements, said metallization stack (12, 14, 16) comprising a patterned upper metallization layer comprising a first metal portion of the metallization stack (12, 14, 16); a passivation stack (24, 26, 28) covering the metallization stack (12, 14, 16); and a sensor including a sensing material on the passivation stack (24, 26, 28), the passivation stack (24, 26, 28) being arranged between the metallization stack (12, 14, 16) and the sensing material, said sensor being coupled to the first metal portion by a via extending through the passivation stack (24, 26, 28), wherein the via comprises tungsten; said sensor further comprising an electrode on the passivation stack (24, 26, 28), said electrode being conductively coupled to said via, wherein the passivation stack (24, 26, 28) remains substantially impenetrable to moisture, thereby protecting the underlying metallization and circuit elements, and the passivation stack (24, 26, 28) comprises a high density plasma oxide layer arranged on the metallization stack (12,14, 16), a SiO 2 layer arranged on the high density plasma oxide layer and a Si 3 N 4 layer arranged on the SiO 2 layer.
A method for wireless data communications between a network of wireless access points and a mobile device, wherein the mobile device comprises a first radio circuit for bi-directional wireless communication with an associated access point and a second radio circuit for transmitting identification signals for the purpose of revealing at least one of mobile unit's identification and location, the method characterised by the steps of: identifying a time interval during which the first radio circuit is inactive in wireless communication with the associated access point by: sending a request-to-send frame from the mobile device to the associated access point; receiving a clear-to-send duration value from the associated access point; and reserving a time interval within the duration value exclusively for transmitting identification signals from the mobile device; activating a power save mode in the mobile device to indicate that no data transmissions are intended by the first radio circuit during the time interval, wherein the power save mode shuts down power to the first radio circuit; buffering data intended for the mobile unit in the associated access point while power to the first radio circuit is shut down; operating the second radio circuit to transmit the location and identification signals during the time interval of the identifying step while power to the first radio circuit is shut down; and periodically re-activating the first radio circuit to receive beacon transmissions from the access point according to a regular polling schedule and scheduling operation of the second radio circuit according to the polling schedule. identifying a time interval during which the first radio circuit is inactive in wireless communication with the associated access point by: sending a request-to-send frame from the mobile device to the associated access point; receiving a clear-to-send duration value from the associated access point; and reserving a time interval within the duration value exclusively for transmitting identification signals from the mobile device; sending a request-to-send frame from the mobile device to the associated access point; receiving a clear-to-send duration value from the associated access point; and reserving a time interval within the duration value exclusively for transmitting identification signals from the mobile device; activating a power save mode in the mobile device to indicate that no data transmissions are intended by the first radio circuit during the time interval, wherein the power save mode shuts down power to the first radio circuit; buffering data intended for the mobile unit in the associated access point while power to the first radio circuit is shut down; operating the second radio circuit to transmit the location and identification signals during the time interval of the identifying step while power to the first radio circuit is shut down; and periodically re-activating the first radio circuit to receive beacon transmissions from the access point according to a regular polling schedule and scheduling operation of the second radio circuit according to the polling schedule.
An RF feed (26A-26D) for a microwave oven having an enclosed cavity, the RF feed (26A-26D) comprising: an intermediate transition, the RF feed (26A-26D) being characterized in that the intermediate transition comprises: a substantially rectangular metal boundary having a first section and a second section having different dimensions than that of the first section; a first dielectric disposed in the first section; a second dielectric disposed in the second section; and a center conductor extending from a first side of the metal boundary to a second side of the metal boundary through the first dielectric and the second dielectric, where a first end of the center conductor is configured for connection to an output of a coplanar waveguide transmission line of a solid state amplifier (18A-18D) to receive amplified RF signals therefrom; and an antenna coupled to a second end of the center conductor for receiving the amplified RF signals and introducing electromagnetic radiation having frequencies and phases of the amplified RF signals into the enclosed cavity, wherein the intermediate transition provides a connection of the solid state amplifier (18A-18D) to the antenna without using a coaxial connector or cable. an intermediate transition, the RF feed (26A-26D) being characterized in that the intermediate transition comprises: a substantially rectangular metal boundary having a first section and a second section having different dimensions than that of the first section; a first dielectric disposed in the first section; a second dielectric disposed in the second section; and a center conductor extending from a first side of the metal boundary to a second side of the metal boundary through the first dielectric and the second dielectric, where a first end of the center conductor is configured for connection to an output of a coplanar waveguide transmission line of a solid state amplifier (18A-18D) to receive amplified RF signals therefrom; and a substantially rectangular metal boundary having a first section and a second section having different dimensions than that of the first section; a first dielectric disposed in the first section; a second dielectric disposed in the second section; and a center conductor extending from a first side of the metal boundary to a second side of the metal boundary through the first dielectric and the second dielectric, where a first end of the center conductor is configured for connection to an output of a coplanar waveguide transmission line of a solid state amplifier (18A-18D) to receive amplified RF signals therefrom; and an antenna coupled to a second end of the center conductor for receiving the amplified RF signals and introducing electromagnetic radiation having frequencies and phases of the amplified RF signals into the enclosed cavity, wherein the intermediate transition provides a connection of the solid state amplifier (18A-18D) to the antenna without using a coaxial connector or cable.
A battery pack with a fusing apparatus, comprising: a main connection member provided on a main path connected between a cell assembly having at least one secondary battery and a load to supply power from the cell assembly to the load, and having one side and the other side electrically connected to the main path, respectively; a sub connection member provided on a sub path for supplying power to a signal device or transmitting a signal to the signal device so as to transmit an emergency signal from the signal device to an external device when the main path is blocked due to an emergency situation, and having one side and the other side electrically connected to the sub path, respectively; and a shifting member provided between the main connection member and the sub connection member, and configured to be moved and coupled from the main connection member to the sub connection member to shift a connection relation from a connected state of the main connection member to a connected state of the sub connection member, wherein the shifting member is configured to disconnect the main path by opening the connection relation of the main connection member and to connect the sub path by closing the connection relation of the sub connection member, the shifting member being configured to be controlled by an operation member receiving an emergency signal from a microcontroller. a main connection member provided on a main path connected between a cell assembly having at least one secondary battery and a load to supply power from the cell assembly to the load, and having one side and the other side electrically connected to the main path, respectively; a sub connection member provided on a sub path for supplying power to a signal device or transmitting a signal to the signal device so as to transmit an emergency signal from the signal device to an external device when the main path is blocked due to an emergency situation, and having one side and the other side electrically connected to the sub path, respectively; and a shifting member provided between the main connection member and the sub connection member, and configured to be moved and coupled from the main connection member to the sub connection member to shift a connection relation from a connected state of the main connection member to a connected state of the sub connection member, wherein the shifting member is configured to disconnect the main path by opening the connection relation of the main connection member and to connect the sub path by closing the connection relation of the sub connection member, the shifting member being configured to be controlled by an operation member receiving an emergency signal from a microcontroller.
Method for determining an indication value for the efficiency of an industrial truck, wherein the industrial truck has data recording means for determining a lifting height of a lifting device, data recording means for determining a load weight and data recording means for determining the acceleration and/or speed and/or distance travelled by the industrial truck, and the indication value is determined by a data recording computer, characterized in that the data recording computer determines the indication value from the sum of lifting work and transportation work over a measuring time period, wherein the lifting work corresponds to the product of the load weight and raised lifting height, and the transportation work corresponds to the energy necessary to move the load weight.
Purlin beam (2,2') with connectable terminals (7,8), of the type which has a male terminal at one end and a female terminal at the other end, which can be connected to one another, one of the terminals (7,8) having on its front face projecting lower arms (19,20) to support the other terminal after it has been put into position, characterised in that one of the terminals (7,8) is provided on its front face with front projections (12,13) for guiding in vertical displacement and designed to receive a mating vertical guide form of the other terminal, which has on its front face guides (16,17) with a form which mates with the said projections (12,13) and determining a single area (10,37) of contact between adjacent purlin beams (2,2') in order to permit disconnection of the supported terminal during dismantling, by turning on the said area of contact, and in that the upper edge of the supported terminal is slightly chamfered in curvature or inclination in order to allow it to be turned without inteiference.