177results about How to "Curb waste" patented technology

The invention discloses an indoor wireless energy transmission system and a wireless energy transmission method. The energy transmission system comprises a power receiving end and a power transmitting end, wherein the power transmitting end is composed of a power transmitting array, a signal analysis circuit, a signal processing module, a variable power amplifier and a power monitoring module; the power transmitting array in a receiving mode is sequentially connected with the signal analysis circuit, the signal processing module, the variable power amplifier and the power monitoring module; the power transmitting array in a transmitting mode is connected with the variable power amplifier; and the power receiving end is composed of multiple to-be-charged devices, and each to-be-charged device is composed of an energy receiving antenna and a rectifier circuit. The problems that the traditional method of using electromagnetic wave propagation for wireless energy transmission is only applied to a power transmitting array formed by antennas by regularly-arranged units with the same structure, single-frequency operation exists, the multi-target beam optimization time is long, serious interference is generated to a device in no need of charging, and safety of a person, an animal, a plant and a device in no need of charging in the energy transmission space can not be ensured can be solved.

In a mobile station, a radio section is adapted to communicate with a plurality of base stations, and a control section is connected to the radio section. The control section is adapted to search for cells of the base stations to obtain broadcast information of radio signals of the base stations received by the radio section, select a serving cell of a specified one of the base stations and neighbor cells of other ones of the base stations neighbor to the serving cell in accordance with communication qualities of the radio signals of the base stations, and to set the serving cell and the neighbor cells in a communication connection preparing state.

Each base station measures the reception states of an uplink high-speed signal from mobile terminals and periodically reports the measurement results to a radio network controller (RNC). The RNC determines cells that are to be deleted from an active set based on the reception states (for example, the reception SIR) that are reported from each base station. The RNC transmits to one base station and mobile terminal a radio line release request for releasing the radio line of the uplink high-speed signal that has been set to a cell that has been determined as a cell to be deleted from the active set. The base station and mobile terminal that have received the radio line release request from the RNC each release the radio line, whereby the cells of other base stations are eliminated from the active set.

A plate-type heat exchanger includes a first heat transfer plate and a second heat transfer plate. The first heat transfer plate has a joint projection portion. The second heat transfer plate has a joint recess portion in which the joint projection portion is fitted. The joint projection portion and the joint recess portion are brazed to each other.

When an operation of internal combustion engine is stopped, the power consumption of a control unit is lowered, to measure an elapsed time. When the elapsed time reaches a standby time, the processing of lowering the power consumption is cancelled, to diagnose whether or not the leakage occurs in an evaporation purge line of a fuel vapor processing apparatus.

When a refrigerant evaporation temperature of an interior evaporator cannot be set lower than a dew-point temperature of air flowing into the interior evaporator in a heating operation, a refrigerant circuit is switched to a normal heating operation mode in which a flow rate of the refrigerant flowing into the interior evaporator is set to zero by allowing the refrigerant to flow toward a bypass passage. In a case where the air cannot be dehumidified by the interior evaporator, an unnecessary heat exchange between the air and the refrigerant in the interior evaporator can be suppressed. Thus, the energy of the vehicle air conditioner can be effectively prevented from being wasted.

The invention provides a face recognition toilet paper robot. The robot comprises at least one face recognition module (1), a standing recognition mark (2), at least one text language prompt module (3), at least one code scanning paid area (4), at least one paper outlet (5) and a toilet paper replacement mechanism; the face recognition modules (1) are used for identifying the facial features of people taking free toilet paper and storing the facial features in a specific database, and then people with the same facial features cannot take the free toilet paper any more within the specific time; the standing recognition mark (2) is stuck to the portion, a certain distance away from the wall surface, of the front end, and therefore a clear face recognition area is defined; the text language prompt modules (3) prompt whether face recognition succeeds or not and whether a section of toilet paper with the fixed length is provided or not; on the condition that the toilet paper is still needed within the specific time after the free toilet paper is taken, the paid toilet paper of the certain length is taken by adopting multiple payment methods; after a text or voice prompt module prompts that paper is discharged, the toilet paper of a specified length is discharged from the paper outlets (5); the toilet paper replacement mechanism is used for replacing the toilet paper according to the use condition of the toilet paper. The invention further provides a use method of the face recognition toilet paper robot.

When filling a printing head (24) with ink, ink in a sub-tank (53) is circulated through a forward path port (69), a forward path (62), the printing head, a return path (64), a return path port (73), and the sub-tank by pumping ink from the forward path port side to the printing head side by a circulation pump (76) in a state where a plurality of nozzles is sealed by bringing a contact member (44) of a capping device (40) into contact with a nozzle formation surface. Thereafter, sealing of the plurality of nozzles by the capping device is released while pressurizing the sub-tank by a pressure adjusting device (80).

An image forming apparatus is provided with an image forming portion for forming an image, a nongenuine product judging portion for judging whether or not a toner cartridge as a replacement part of the image forming portion is a nongenuine product and a control portion for controlling the image forming portion according to an image forming condition input from a copy condition input screen or a print condition input screen. In a case where the toner cartridge of the image forming portion is judged as a nongenuine product by the nongenuine product judging portion, the control portion restricts input of a condition concerning recording paper among the image forming conditions capable of being input from the copy condition input screen or the print condition input screen.

An electrophotographic image forming apparatus having a photosensitive member 1, a charging roller 2 and a developing roller 31, and including an output variable power source 8 common to the charging and the developing rollers 2 and 31 for applying voltages to the charging and developing rollers 2 and 31, respectively, a power source output control portion 9, and a voltage changing device (Zener diode D1) interposed between the developing roller 31 and the power source 8, wherein, when the voltages applied to the charging and developing rollers 2 and 31 are raised to and lowered from voltages required for image formation, respectively, the control portion 9 controls an output of the power source 8 to perform the raising and lowering of the applied voltages for a predetermined time while keeping a potential difference for suppressing movement of developer onto the photosensitive member 1 between the voltages applied to the charging and developing rollers 2 and 31.

An object of the present invention is to provide a portable electronic device and A method of controlling, all of which are capable of efficiently selecting a communication processing unit. The portable electronic device includes: a first communication processing unit conforming to a first communication scheme; a second communication processing unit conforming to a second communication scheme; a third communication processing unit conforming to a third communication scheme; and a control unit. When data communication is performed, the control unit controls each processing unit so as to preferentially use the first communication processing unit, the second communication processing unit, and the third communication processing unit in this order. In a case in which a network is disconnected while data communication is being performed by the second communication processing unit, the control unit executes control so as to continue the data communication by the third communication processing unit.

There is provided a liquid jetting apparatus including: a liquid jetting head including a pressure generating element and a plurality of nozzles arranged in rows in a nozzle-row direction; and a controller. The controller is configured to: determine a basic flushing amount for each nozzle; make the liquid jetting head carry out flushing with the basic flushing amount for inner-side nozzles positioned at an inner side in the nozzle-row direction; and make the liquid jetting head carry out flushing with a flushing amount larger than the basic flushing amount, for outer-side nozzles positioned at an outer side in the nozzle-row direction, of the inner-side nozzles.

The invention is suitable for the technical field of intelligent devices and provides a monitoring device and a garbage can management method and apparatus. The device comprises a sensor module, a transfer node and a server, wherein the sensor module detects a garbage height in each garbage can and sends the first garbage height to the transfer node through a communication module when the first garbage height is not changed; the transfer node packages each first garbage height sent by the sensor module, current time and weather of that day to generate a garbage information package, and sends the garbage information package to the server; and the server determines garbage collection and transportation time, garbage collection and transportation routes and a quantity of garbage collection and transportation vehicles in each garbage collection and transportation route according to pre-stored position coordinates of each garbage can, vehicle types of the garbage collection and transportation vehicles, single vehicle loading capacity of the garbage collection and transportation vehicles and the garbage information package. The garbage collection and transportation time, the garbage collection and transportation routes and the quantity of the garbage collection and transportation vehicles are planned according to real-time conditions of all garbage cans, so that the resource waste is suppressed and the operation cost is reduced.

A process for producing easily in high efficiency an inner liner having strip pieces obtained by cutting a ribbonlike rubber strip at given length arranged in parallel relationship in the across-the-width direction, aligned in the direction of tire circumference and bonded together. The process comprises spirally winding ribbonlike rubber strip (21) round liner forming drum (10) at given pitch so as to make partial superimposition, thereby obtaining tubular matter (20), and cutting the tubular matter (20) at one position on the circumference thereof in the across-the-width direction so as to provide a sheet wherein severed strip pieces (21A) are bonded to each other in the state of being aligned in parallel relationship, having a length corresponding to the length of liner circumference on a forming drum in the tire forming step, and wherein the two ends on the starting side and terminating side of the spirally winding can be joined together on the forming drum.

An image formation system wherein a paper discharge unit of a first image formation device which forms an image using a colored printing agent, is connected with a first paper feeder of a second image formation device which forms an image using a transparent printing agent, and a printing material formed by the first image formation device is fed to the second image formation device, the image a formation system comprising: a jam detector; and an image formation unit that, when detecting a jam in the second image formation device, causes a printing material to be fed to the second image formation device from a second paper feeder separate and causes the second image formation device to form an image upon detecting a jam in the second image formation device, and second image data inputted together with the first image data using colored and transparent printing agents.

The invention relates to a cold and heat metering isenthalpic difference calibration weighting method for a central air-conditioning fan coil, comprising the following steps of: calibrating the weighted values of the fan coil at various air speeds on site; determining the thermal equivalents of the fan coil at various air speeds according to the weighted values; determining the heating cost of the fan coil according to the thermal equivalents at various air speeds, wherein the calibration of the weighted values comprises the following steps of: inputting the total heat corresponding to the high air speed, the medium air speed and the low air speed through looking up a product specification of the fan coil into a metering temperature controller; imbedding the weighted value of the fan coil under the fan stop status into the metering temperature controller; embedding the time of starting the calibration and the time of stopping the calibration into the metering temperature controller; controlling temperature by the metering temperature controller through automatically regulating the air speed of the coil fan; and after the calibration is ended, automatically generating the weighted values of the fan coil corresponding to the high air speed, the medium air speed and the high air speed through the metering temperature controller. The invention makes the fan coil metering simple and easy to implement, can realize the same comfort level and the same cost and can restrain the waste phenomenon of windowing and the like.

The invention aims at regaining the deodorization performance of a deodorant by decomposing the components of bad smells and harmful gas adsorbed on the deodorant completely in a short time with less labor without generating wastewater. A device (1) for regaining the deodorization function of a deodorant (4) on which at least one of the bad-smelling components and harmful gas components suspended in the air is adsorbed, which is provided with a casing (2) and an active species formation section (3), wherein the casing (2) can hold a deodorant and active species capable of decomposing or deactivating at least one of the bad-smelling components and harmful gas components are formed in the section (3).

Provided is a substrate processing system including a group controller which determines a combination of processing apparatuses having the shortest total processing time including the processing end time in a final processing apparatus, determines a predictable elapsed time up to a processing start time by a predetermined downstream processing apparatus for a wafer lot from a processing end time of the wafer lot by a predetermined processing apparatus in the combination of the processing apparatuses, and determines a timing of discharging the substrate to the predetermined processing apparatus or an upstream processing apparatus of the predetermined processing apparatus so that the predictable elapsed time is set within a predetermined time when the predictable elapsed time exceeds the predetermined time.