mhurhangee/ep-ind-claims huggingface dataset:
An atomizing head, comprising: a main body, the main body defining an atomizing chamber and a through hole, the through hole communicating with the atomizing chamber such that tobacco liquid can flow into the atomizing chamber; an air inlet; an exit pipe at a first end of the main body; two connecting electrodes (124, 130) arranged at an opposite second end of the main body; and a heating element in contact with the liquid conducting element, the heating element being configured for heating the tobacco liquid to form aerosol, two opposite ends of the heating element being connected to the two connecting electrodes (124, 130), characterized in that the atomizing head further comprises a liquid conducting element configured for absorbing tobacco liquid, the liquid conducting element defining at least one air passage, the liquid conducting element being capable of preventing the tobacco liquid from flowing out via the air inlet and the exit pipe, the aerosol being expelled via the at least one air passage. a main body, the main body defining an atomizing chamber and a through hole, the through hole communicating with the atomizing chamber such that tobacco liquid can flow into the atomizing chamber; an air inlet; an exit pipe at a first end of the main body; two connecting electrodes (124, 130) arranged at an opposite second end of the main body; and a heating element in contact with the liquid conducting element, the heating element being configured for heating the tobacco liquid to form aerosol, two opposite ends of the heating element being connected to the two connecting electrodes (124, 130), characterized in that the atomizing head further comprises a liquid conducting element configured for absorbing tobacco liquid, the liquid conducting element defining at least one air passage, the liquid conducting element being capable of preventing the tobacco liquid from flowing out via the air inlet and the exit pipe, the aerosol being expelled via the at least one air passage.
Covering of rectangular or square panels (1, 2) laid to form an assembly, wherein the panels (1, 2) are arranged in the form of a chessboard such that butt joints between the panels (1, 2) cross, wherein each panel (1, 2) has at its border sides (5, 10, 17, 18) grooves and tongues for the horizontal locking and vertical locking with adjacent panels (1, 2) and wherein the tongues (6, 19) are arranged for the vertical locking onto two adjacent border sides (5, 17) and the grooves are arranged for the vertical locking on the two other adjacent border sides (10, 18), wherein one of the two tongues is fixed and the other tongue is movable, wherein the first panel to be laid first engages below the second panel to be laid subsequently for the horizontal locking and wherein for the vertical locking on the first panel a locking edge and on the second panel the movable tongue is arranged in a holding groove, which can be displaced behind the locking edge, and wherein each of the two tongues (8, 19) fits in each of the grooves for the vertical locking of a panel (1, 2) of this sort, wherein the holding groove extends obliquely to the upper side of the panel, such that the movable tongue can be displaced obliquely upwards and obliquely downwards when connecting, wherein on the panel, which engages below the adjacent panel for horizontal locking with a latching tongue, is disposed a support pedestal in vertical spacing to the latching tongue, wherein the movable tongue at vertical deposition is elastically deformable by the support pedestal of the adjacent panel.
A method for bonding a first contact surface of a first substrate with a second contact surface of a second substrate with the following sequence: - formation of a reservoir in a surface layer on the first contact surface comprising pores by a plasma activation, in such a way that the pore distribution diminishes towards zero with increasing thickness, - at least partial filling of the reservoir with a first educt or a first group of educts, - contacting of the first contact surface with the second contact surface for the formation of a pre-bond connection, - formation of a permanent bond between the first and second contact surface (3, 4), at least partially reinforced by reaction of the first educt with a second educt contained in a reaction layer of the second substrate. - formation of a reservoir in a surface layer on the first contact surface comprising pores by a plasma activation, in such a way that the pore distribution diminishes towards zero with increasing thickness, - at least partial filling of the reservoir with a first educt or a first group of educts, - contacting of the first contact surface with the second contact surface for the formation of a pre-bond connection, - formation of a permanent bond between the first and second contact surface (3, 4), at least partially reinforced by reaction of the first educt with a second educt contained in a reaction layer of the second substrate.
A mobile terminal apparatus configured to perform radio communication with a base station apparatus via one or more component carriers in a mobile communication system having a system band configurable of a plurality of component carriers, the mobile terminal apparatus comprising: a multiplexing section configured to, when a plurality of component carriers are configured for uplink, multiplex an uplink control information signal to any of the component carriers; a transmission power control section configured to control total transmission power of the component carriers to be within specified transmission power, a transmission section configured to transmit an uplink signal to the base station apparatus via the component carriers configured for the uplink, wherein the transmission power control section is configured to, when the total transmission power exceeds the specified transmission power, maintain desired transmission power of the component carrier to which the uplink control information signal is multiplexed and to reduce transmission power of one or more other component carriers from desired transmission power so as to control the total transmission power not to exceed the specified transmission power, and to, when the transmission power of the one or more other component carriers is set to 0 and the total transmission power still exceeds the specified transmission power, reduce transmission power of the component carrier to which the uplink control information signal is multiplexed. a multiplexing section configured to, when a plurality of component carriers are configured for uplink, multiplex an uplink control information signal to any of the component carriers; a transmission power control section configured to control total transmission power of the component carriers to be within specified transmission power, a transmission section configured to transmit an uplink signal to the base station apparatus via the component carriers configured for the uplink, wherein the transmission power control section is configured to, when the total transmission power exceeds the specified transmission power, maintain desired transmission power of the component carrier to which the uplink control information signal is multiplexed and to reduce transmission power of one or more other component carriers from desired transmission power so as to control the total transmission power not to exceed the specified transmission power, and to, when the transmission power of the one or more other component carriers is set to 0 and the total transmission power still exceeds the specified transmission power, reduce transmission power of the component carrier to which the uplink control information signal is multiplexed.
A needle tip storage and removal device for use with a needle tip comprising a cylindrical hub and a needle extending axially therefrom, which comprises a storage compartment formed in a given forming process for containing a needle tip in a sterile environment and for being sealed by an openable seal element, a separately formed outer housing having a recess adapted to receive said storage compartment, and a closure element configured to be moveable between a retracted position in which access to the interior of said storage compartment is allowed, and a closed position in which such access is prevented or inhibited, wherein the recess is provided with stepped internal radial ribs which co-operate with formations on the outside of the needle tip storage container to prevent rotation there between.
A signal processing device, comprising: a range information storing portion configured to store a range information (414, 415) indicating a signal-level range with respect to a sound volume level of an audio signal for each category representing a signal type for the audio signal, wherein the signal-level range is a recommended signal-level range of a sound volume level of an audio signal for the signal type represented by the respective category; a gain setting portion configured to set a gain used for adjusting a sound volume level of an input audio signal according to an operation by a user; a category setting portion configured to set the category representing the signal type for the input audio signal, according to an operation by a user; and a meter portion configured to display a sound volume level of the input audio signal after a level adjustment according to the gain, with an exhibition of the recommended signal-level range of a sound volume level of an audio signal for the signal type represented by the category set by the category setting portion, wherein the meter portion is configured to receive the input signal after the level adjustment, decrease a change rate of decay of the received signal to generate a meter value which changes gradually, and display the meter value as the sound volume level of the input audio signal. a range information storing portion configured to store a range information (414, 415) indicating a signal-level range with respect to a sound volume level of an audio signal for each category representing a signal type for the audio signal, wherein the signal-level range is a recommended signal-level range of a sound volume level of an audio signal for the signal type represented by the respective category; a gain setting portion configured to set a gain used for adjusting a sound volume level of an input audio signal according to an operation by a user; a category setting portion configured to set the category representing the signal type for the input audio signal, according to an operation by a user; and a meter portion configured to display a sound volume level of the input audio signal after a level adjustment according to the gain, with an exhibition of the recommended signal-level range of a sound volume level of an audio signal for the signal type represented by the category set by the category setting portion, wherein the meter portion is configured to receive the input signal after the level adjustment, decrease a change rate of decay of the received signal to generate a meter value which changes gradually, and display the meter value as the sound volume level of the input audio signal.
Method for determining the decline time of a luminescence signal of a region of interest of a sample comprising the following steps: - Excitation of said region of interest using a time slot-modulated laser source at a given frequency; - Spectral separation (202, 203) of the luminescence signal emitted by said region of interest into a plurality of luminescence signals each associated with a given wavelength, so-called single-wavelength signals; - Transmission of said single-wavelength signals to a linear sensor comprising a plurality of single-sensors arranged linearly, each one of said single-sensors being suitable for receiving one of said single-wavelength signals; - Determination of the average intensity of each one of said single-wavelength signals received by the linear sensor; the preceding steps were repeated for a plurality of modulation frequencies of the laser source, the method further comprising a step of determining decline times of the luminescence signal of the region of interest, each decline time being determined, for a given wavelength, from the change in the average intensity of the single-wavelength signal at said wavelength according to the modulation frequency of the laser. - Excitation of said region of interest using a time slot-modulated laser source at a given frequency; - Spectral separation (202, 203) of the luminescence signal emitted by said region of interest into a plurality of luminescence signals each associated with a given wavelength, so-called single-wavelength signals; - Transmission of said single-wavelength signals to a linear sensor comprising a plurality of single-sensors arranged linearly, each one of said single-sensors being suitable for receiving one of said single-wavelength signals; - Determination of the average intensity of each one of said single-wavelength signals received by the linear sensor;
Pillow for babies and/or infants, comprising a deformable core (3, 43, 43'), which is not flat, in order to accommodate the form of the head of the baby or infant, characterised in that the deformable core (3, 43, 43') comprises externally a layer of a three-dimensional woven fabric surrounding a barrier that is impermeable to gases and liquids in order to prevent the said gases and liquids from reaching the interior of the core (3, 43, 43').
An LED filament, comprising a PCB substrate and a plurality of LED chips, wherein the PCB substrate is a glass fiber substrate, a connecting circuit is provided on the PCB substrate, a positive pin and a negative pin are provided at two ends of the connecting circuit, respectively, and each of the LED chips is electrically connected to the connecting circuit; and a fluorescent glue layer is provided outside the PCB substrate and the LED chips, and the positive pin and the negative pin are exposed from the fluorescent glue layer wherein the LED chips are connected to one side of the PCB substrate, both sides of the PCB substrate are provided with the fluorescent glue layer, characterized in that the fluorescent glue layers of two sides have different contents of fluorescent agent, so that the two sides of the LED filament have uniform light emission, preferably, the two sides of the LED filament have uniform light emission in color, and in that the connecting circuit is made by etching, and a protection circuit or a control circuit is further integrated on the PCB substrate. a fluorescent glue layer is provided outside the PCB substrate and the LED chips, and the positive pin and the negative pin are exposed from the fluorescent glue layer wherein the LED chips are connected to one side of the PCB substrate, both sides of the PCB substrate are provided with the fluorescent glue layer, characterized in that the fluorescent glue layers of two sides have different contents of fluorescent agent, so that the two sides of the LED filament have uniform light emission, preferably, the two sides of the LED filament have uniform light emission in color, and in that the connecting circuit is made by etching, and a protection circuit or a control circuit is further integrated on the PCB substrate.
A control system, configured to control an industrial device, comprising: a standard functional part configured to perform control of an operation of the industrial device; a safety functional part configured to perform control for managing safety of the industrial device; a standard function setting part configured to perform a setting of a standard functional part setting item regarding control of the standard functional part; and a safety function setting part configured to perform a setting of a safety functional part setting item regarding control of the safety functional part, the control system being characterized in that, when a value of a first setting item is set in one of the standard function setting part and the safety function setting part, a second setting item related to the first setting item is automatically set to a predetermined content corresponding to the content of the first setting item in the other of the standard function setting part and the safety function setting part. a standard functional part configured to perform control of an operation of the industrial device; a safety functional part configured to perform control for managing safety of the industrial device; a standard function setting part configured to perform a setting of a standard functional part setting item regarding control of the standard functional part; and a safety function setting part configured to perform a setting of a safety functional part setting item regarding control of the safety functional part, the control system being characterized in that, when a value of a first setting item is set in one of the standard function setting part and the safety function setting part, a second setting item related to the first setting item is automatically set to a predetermined content corresponding to the content of the first setting item in the other of the standard function setting part and the safety function setting part.
A cosmetically acceptable composition for topical skin application, comprising one or more of a vasoconstrictor consisting of tetrahydrozoline, ephedrine, naphazoline, phenylephrine, pheniramine or salts and mixtures thereof in a pharmaceutically acceptable carrier, wherein the total amount of the vasoconstrictors is 1% to 7.5% by weight.
A cartridge servicing case for servicing a fluid jet cartridge carrying a composition, the cartridge servicing case comprising: a case body having a pocket that is sized to receive the fluid jet cartridge; and a moveable cartridge servicing member that is moveable relative to the case body, wherein the moveable cartridge servicing member comprises both a wiping element and a capping element; wherein the pocket is arranged and configured to expose nozzles of the fluid jet cartridge received by the pocket to the moveable cartridge servicing member for a servicing operation using at least one of the wiping element and the capping element; characterized in that the wiping element and the capping element are located on the moveable cartridge servicing member such that moving the moveable cartridge servicing member from an open configuration to a closed configuration initiates the servicing operation on the nozzles of the cartridge using at least one of the wiping element and the capping element, where the open configuration allows for positioning of the fluid jet cartridge in the pocket and the closed configuration prevents removal of the fluid jet cartridge from the pocket. a case body having a pocket that is sized to receive the fluid jet cartridge; and a moveable cartridge servicing member that is moveable relative to the case body, wherein the moveable cartridge servicing member comprises both a wiping element and a capping element; wherein the pocket is arranged and configured to expose nozzles of the fluid jet cartridge received by the pocket to the moveable cartridge servicing member for a servicing operation using at least one of the wiping element and the capping element; characterized in that the wiping element and the capping element are located on the moveable cartridge servicing member such that moving the moveable cartridge servicing member from an open configuration to a closed configuration initiates the servicing operation on the nozzles of the cartridge using at least one of the wiping element and the capping element, where the open configuration allows for positioning of the fluid jet cartridge in the pocket and the closed configuration prevents removal of the fluid jet cartridge from the pocket.
A method for coupling at least one of a wall mount and a ceiling mount adjustable IR driver with a two way IR network of an home automation system controlled by a main controller selected from a group comprising a dedicated controller, a video interphone and a shopping terminal, said IR driver includes a plurality of adjustable IR transmitters and at least one IR receiver for propagating IR commands to at least one of hand held IR remote control units, electrical appliances and devices selected from a group comprising a remotely operated relays, AC current sensors (4+6) and keypads and receiving from at least one of said devices a status data, said IR commands include at least a power on-off command for switching an appliance on and off and said status data pertaining to the on and off statuses of a commanded appliance, comprising the steps of: a. Mounting at least one said IR driver onto at least one of said wall and said ceiling; b. adjusting at least one of said IR transmitters to be in line of sight with at least one of said appliances and said devices; c. propagating said commands from one of said main controller, said keypads and said hand held remote control units to at least one of said remotely operated relays and said appliances through said adjustable IR transmitters; and d. receiving said data pertaining said on and off statuses through said IR receiver. a. Mounting at least one said IR driver onto at least one of said wall and said ceiling; b. adjusting at least one of said IR transmitters to be in line of sight with at least one of said appliances and said devices; c. propagating said commands from one of said main controller, said keypads and said hand held remote control units to at least one of said remotely operated relays and said appliances through said adjustable IR transmitters; and d. receiving said data pertaining said on and off statuses through said IR receiver.