31 results about "Output device" patented technology

A method for providing a notification and/or an electronic device thereof are provided. The electronic device may include an output device, a communication circuitry, and a processor. The processor may be configured to receive a first notification from a first external electronic device via the communication circuitry, receive a second notification from a second external electronic device via the communication circuitry, determine whether the first notification and the second notification match, and when the first notification and the second notification match each other, output an output signal corresponding to a selected notification among the first notification and the second notification through the output device and/or an external output device operatively coupled to the electronic device, and disregard a non-selected notification among the first notification and the second notification.

The invention discloses a system optimization method and device of ship operation energy efficiency. The method comprises the steps of data acquisition, mathematical model establishment, analysis and calculation, output and execution; namely, acquiring speed over water and speed over ground of the ship, real-time rotating speed and instant oil consumption of ship main engine; when the ship is in much deeper water, establishing a mathematical model between the real-time rotating speed of the ship main engine and the ship speed over water and a mathematical model between the real-time rotating speed of the ship main engine and the instant oil consumption of the ship main engine; analyzing and calculating the mathematical models under different water flow velocities and different main engine rotating speeds to obtain the ship kilometer oil consumption valves of the ship corresponding to different conditions; displaying the ship kilometer oil consumption value and the corresponding main engine rotating speed to guide the operation. The method also includes a ship technical state judging and navigation operating optimizing method. The device comprises a central processer and a memory thereof, a data acquisition equipment, man-machine conversation equipment, output equipment, a power supply unit and the like.

A portable alveolar gas measurement device and method of determining at least one alveolar gas level are disclosed. The device includes a structure that receives a sample portion of breath, and a gas sensor in communication with the structure that detects a gas level of a gas within the sample portion and provides a first signal indicative of the level. The device further includes circuitry coupled at least indirectly to the gas sensor, where the circuitry receives at least one of the first signal and a second signal related to the first signal, and where the circuitry provides at least some assistance in determining whether a portion of information provided by the at least one signal is used as an indication of an alveolar gas level. Additionally, the device includes an output device coupled to the circuitry that provides an output indicative of the first alveolar gas level.

A counting scale can total the number of common articles transferred relative to the counting scale, when the transfers occur in stages. The scale has a weighing device for successively providing upon each staged transfer of the common articles, a weight signal signifying the current weight. The scale also has a processing device coupled to the weighing device for calculating a count in response to the weight signal provided by the weighing device upon the staged transfers. The processing device is operable to programmatically apply a series of divisors to consecutive values of the weight signal in order to automatically discern submultiples in the consecutive values. The scale also has an output device coupled to the processing device for presenting the count calculated by the processing device.

The invention relates to a mechanical combination type oscillating floater wave energy power generation device. The mechanical combination type oscillating floater wave energy power generation device comprises a power generation system and a fixing system, wherein the fixing system comprises a buoyancy tank and a fixing frame. The fixing frame is in a cubic structure and is fixedly connected with the top portion of the buoyancy tank, and stand columns are respectively arranged on four corners of a side surface of the fixing frame. The power generation system is composed of four groups of same power generation mechanisms which are respectively arranged on the stand columns of the fixing frame, each power generation mechanism comprises a floater, an energy conversion device and an energy output device, and each energy output device comprises two generators which are fixed on the top portion of the floater. Two one-way gears are respectively sleeved at the top ends of input shafts of the generators on the same side and are connected with the input shafts of the generators through keys. Two racks are respectively meshed with the one-way gears on the same side. The mechanical combination type oscillating floater wave energy power generation device contacts with a wave directly and is high in energy conversion efficiency, low in device construction cost, stable in output electric energy and wide in application.

The invention discloses a novel microchip laser supporting optical fiber output, which belongs to the fields of laser technology and non-linear optics. The novel microchip laser mainly comprises a laser diode pumping source, an optical fiber output system, an optical collimation system, a laser light gain medium and optical elements, wherein pump light enters the optical collimation system for collimating after passing through the optical fiber output system, and is focused onto the gain medium; the film-plated optical elements are arranged in front of and behind the gain medium; the gain medium and the film-plated optical elements in front of and behind the gain medium construct a laser resonant cavity with a sandwich structure; laser light generated by the laser resonant cavity returns along the incident direction of the pump light, passes through the optical collimation system once again, and is output through the optical fiber output system. The novel microchip laser has the characteristics that optical fiber output is performed during the use of an optical fiber pump without any additional output device in a sandwich microchip structure, and a fiber-core pump or a cladding pump can be adopted, so that the flexibility of a system is improved greatly; and meanwhile, the structure can also be applied to pulse modulation of materials such as semiconductor saturable absorbing mirrors, single-wall carbon nanotubes or graphene and the like, and stable pulse output is realized.

The invention relates to a device and method for detecting an environmental parameter in a lithium ion battery explosion process. The device comprises a sealed observation device provided with an oxygen-free environment therein and an observation window; a clamping device for fixing a lithium ion battery, disposed in the sealed observation device and detachably connected with the sealed observation device; an electric signal input device disposed outside the sealed observation device and connected with the positive and negative poles of the lithium ion battery via wires; a data acquisition device disposed in the sealed observation device and fixedly connected with the sealed observation device; a data output device disposed outside the sealed observation device and connected with the data acquisition device via a wire. The device and method provide a safe detection environment for the explosion tests of the lithium ion battery, separate testing equipment from testing environment, and guarantee accurate environmental parameter acquisition in the lithium ion battery explosion process.

The invention provides an atmospheric microorganism laser detection alarm system comprising a laser output device, a collection device, a detection device, a gathering device and a processing device, wherein the laser output device is used for generating 355nm pulse laser beams to induce NAD(P)H and riboflavin in microorganism to separately generate fluorescence signals; the collection device is used for receiving and transmitting the fluorescence signals; the detection device is used for converting the fluorescence signals into electrical signals; the gathering device is used for gathering the electrical signals; and the processing device is used for processing and analyzing the electrical signals. According to the atmospheric microorganism laser detection alarm system based on 355nm laser provided by the invention, air microorganism aerosol within a range of 150m in the morning and at night in an unknown area can be detected and alarmed by reasonably selecting component technical parameters and types; the system is light in weight and convenient to move and arrange, has the advantages of being real-time, stable, reliable and high in sensitivity, and can be applied to the fields of public security, epidemic prevention and environment monitoring, with wide market prospects.

A physiological sensor controller controls a physiological sensor (or ECG sensor), positioned on a patient body, for measuring physiological information (or ECG waveform) of the patient body to output a measurement signal. An acquisition device acquires a verification image containing portions of identification information of the physiological sensor and a face of the patient body. A verifier performs verification of acceptability in a combination of the physiological sensor and the patient body according to the verification image. A receiver receives the measurement signal. A detector detects normality or abnormality of receptivity of the measurement signal. A checker operates assuming that the detector determines the abnormality of the receptivity, and checks whether a retry for the verification in the verifier is required or not. An output device operates assuming that the checker determines requirement of the retry for the verification, and outputs information of encouraging the retry for the verification.

The invention discloses a method and device for monitoring ash dirt on a convection heating surface of a boiler. The device comprises a sound wave guide tube, a sound wave receiver, a sound wave generator, a signal conditioner, a junction box, an input and output device, a power amplifier and an industrial personal computer. The method comprises the steps of: firstly, sending a sound wave signal by the industrial personal computer, amplifying with the power amplifier and then sending to the sound generator; secondly emitting sound wave by the wave generator, spreading the sound wave to a hearth of the boiler through the sound wave guide tube, receiving a sound wave return signal of the hearth of the boiler by the sound wave receiver, transmitting the sound wave return signal to the industrial personal computer; thirdly, measuring sound wave crossing time by the industrial personal computer, and solving the smoke side temperature of the boiler; and finally, solving an actual heat exchange coefficient and obtaining an ash dirt coefficient. The invention adopts a non-contact measurement manner, and can be applied to environments with high temperature and much dirt and pollution; and the device is simple in operation, and provides a clear and simple visualization interface.

The invention relates to an automatic cleaning device for a pipe inner wall. The automatic cleaning device for the pipe inner wall comprises a cleaning ball input pipe, a cleaning ball output device, a gas liquid generator device and cleaning balls. The cleaning ball output device comprises a three-way valve and a valve element motor controlling the rotating of the value element of the three-way valve, and the three openings of the three-way valve face to a cleaning ball input opening, a gas liquid input opening and a cleaning ball output opening respectively. The automatic cleaning device for the pipe inner wall is characterized in that a gap communicating the inside and the outside of the cleaning ball input pipe is formed in the wall of the cleaning ball input pipe, and a cleaning ball quantity controller is arranged at the position of the gap in the cleaning ball input pipe. The cleaning ball quantity controller comprises a cleaning ball poking disk stretched into the gap, and a cleaning ball is discharged by the cleaning ball poking disk when the cleaning ball poking disk rotates an angle, the cleaning ball poking disk is a friction disk or a blade disk, and the rotation of the cleaning ball poking disk is controlled by a connection handle and/or a stepping motor. Controlling the cleaning ball discharging quantity is convenient by designing the cleaning ball quantity controller, and appropriate cleaning ball discharging quantity or appropriate cleaning ball discharging interval can be chosen to contribute to improving the pipe cleaning effect and enchancing the cleaning efficiency.

The invention relates to a digital tuner solving the problem that the power levels of television signals are lowered because of a great number of combined two-order and three-order beat interference signals generated by dense channel signals of the prior high-level cable digital televisions. The digital tuner comprises an antenna input device, a radio-frequency AGC low-noise wideband pre-amplifier, a power divider, a frequency selective network, a tracking filter, a frequency mixer, a local oscillator, an intermediate-frequency filter, a circular signal output device, a rheostatic diode, an alternating current gain controller and a delay controller, wherein the alternating current gain controller is connected in series with the frequency selective network and the tracking filter and also connected in parallel with the delay controller and a high-frequency AGC voltage. The invention adopts a step-by-step AGC control mode to control intermediate-frequency AGC, high-level AGC and radio-frequency AGC step by step so that the functions that a small signal receives a low noise factor and a large signal has a large receiving dynamic range is achieved, and the acceptable maximum cable television signal level can not be lowered.

An offset slider crank mechanism is connected a main body and an open/closed body. The open/closed body is pivoted to the main body in a foldable manner. A slot is disposed on the main body. A width between a first end of the slot and a second end of the slot is increasing. The offset slider crank mechanism includes a crank. A first end of the crank is connected to the open/closed body in a rotatable manner. The offset slider crank mechanism further includes a slider connected to a second end of the crank and set inside the slot in a slidable manner. When the slider engages at the first end of the slot, the slider deforms at a first deformation. When the slider engages at the second end of the slot, the slider deforms at a second deformation. The first deformation is greater than the second deformation.

The invention relates to an automated traditional Chinese medicine (TCM) pharmacy, in particular to a medicine output device of the automated TCM pharmacy. The medicine output device of the automated TCM pharmacy comprises a medicine storage shelf (1). Medicine storage units (2) are arranged on the medicine storage shelf (1). A partial opening is arranged at the bottom end of each medicine storage unit (2). A medicine output port (21) is arranged on the side face of each medicine storage unit (2). A medicine dispensing device (3) is arranged at the opening of the bottom end of each medicine storage unit (2). The automated TCM pharmacy can automatically fill the prescription according to a prescription, improves storing efficiency, dispersing efficiency and dispersing accuracy of TCM decoction pieces in small packages, reduces the labor intensity of the TCM pharmacy, saves manpower, reduces packaging cost consumed due to filling of the prescription, and improves service quality of the pharmacies in hospitals.

The invention relates to a function safety monitoring development and demonstration system for major hazard source equipment and belongs to the technical field of function safety monitoring. The system comprises a safety control cabinet, a safe PLC (programmable logic controller) arranged in the safety control cabinet, a pattern touch terminal, safety input equipment, and safety output equipment, and also comprises a quadrangle frame and an apparatus layer which are connected into a whole up and down, a safety grating, a non-contact magnetic safety door, a mechanical safety door, an alarm device, an operation button, and a safety carpet, wherein the safety grating, the non-contact magnetic safety door and the mechanical safety door are arranged at three sides of the quadrangle frame; the alarm device is arranged above the quadrangle frame; the operation button is arranged on a panel of the apparatus layer; the safety carpet is arranged on the ground at one side of the quadrangle frame, and monitored high-speed rotation equipment is arranged inside the quadrangle frame. The system provides four effective protective measures, and problems that operating personnel enter into a danger area or various human injuries caused by misoperation are effectively avoided.

The invention relates to a drilling machine control system and a control method of the drilling machine control system. The drilling machine control system comprises a power supply, a plurality of first switches, a frequency converter, a plurality of motors, a controller, a brake unit, inversion units, a data output device and a data input device, wherein the frequency converter comprises a control end, a circuit input end, a circuit output end, a data input end and a data output end; an output end of the power supply is connected with input ends of the first switches; output ends of the firstswitches are connected with the circuit input end of the frequency converter; the circuit output end of the frequency converter is connected with input ends of the motors; the control end of the frequency converter is connected with the controller and the brake unit; the data output device is connected with the data output end; and the data input device is connected with the data input end. Due to the design, the problems of underpower during pulling back, failure in output power adjustment and low construction precision are solved.

A printing machine includes a printing assembly and a dryer unit having a dryer, with the dryer having at least one first energy output device. The at least one first energy output device is arranged such that it can be moved over an actuating distance between at least one active position and at least one stop position. The actuating distance extends in a continuously linear manner in or opposite to an actuating direction over at least 75% of its entire length. The actuating direction deviates by a maximum of 40° from at least one horizontal direction. The actuating direction deviates by a maximum of 40° from a normal direction of an average surface normal of an entire section, located in an active region of the at least one first energy device, of a transport path which is provided for a web-type printing machine. A method of operating a printing machine is also disclosed.

It is an object of the invention to measure the change in action potential waveforms during administration of a drug by testing in cultured cells or in animals, and using this measurement to evaluate the influence of administration of the drug on biological parameters, thereby providing an approach to evaluating the effect on individual channels of a cell. The invention provides a biological parameter output apparatus that contains at least one piece of waveform information that includes at least one piece of biological parameter information, which is a set of a biological parameter identifier and a biological parameter value, and action potential waveform information, receives input of action potential waveform information, acquires at least one piece of biological parameter information based on the action potential waveform information, and outputs the at least one biological parameter information acquired. With this biological parameter output apparatus, it is possible to evaluate the effect on individual channels of a cell.

The invention discloses a voice outputting method and a voice outputting device, and a voice shielding method and a voice shielding device. The voice outputting method includes the steps of: preprocessing input voice and obtaining the waveform characteristic data of the input voice, judging whether the waveform characteristic data is matched with the waveform characteristic data of voice in a reserved voice library, if yes, calling the extension voice, corresponding to the waveform characteristic data of the voice, in the reserved voice library, and otherwise, outputting the input voice. The voice shielding method includes the steps of: only outputting the extension voice based on the voice outputting method, and meanwhile shielding the input voice by closing a sound channel transmitting the input voice or setting the amplitude of the input voice to be zero. According to the voice outputting method and device, the interference ability to the input voice is enhanced; and according to the voice shielding method and device, the stealthiness of the input voice is strengthened.

Example methods, apparatus and articles of manufacture to present changes in clinical records are disclosed. A disclosed example method includes identifying a difference between first and second clinical records of a patient, forming an animated clinical record display including the first clinical record and an animated depiction of the identified difference, and presenting the animated clinical record display at an output device.

A power generation amount output device that outputs the amount of power generated by an on-board solar panel to a display means, said device comprising: a power generation amount acquiring means for acquiring the amount of power generated by the solar panel; a fluctuation reducing means for reducing, in accordance with vehicle conditions of the vehicle, fluctuations in the power generation amount to be output by the display means; and a power generation amount output means for outputting, to the display means, a power generation amount in which said fluctuations have been reduced by the fluctuation reducing means.