43 results about "Post discharge" patented technology

An accessory device useful for any of training, compliance, safety, and accountability of individuals in the use of firearms. An embodiment comprises a circuit board and housing with a means for attaching the accessory to a firearm. The circuit board may comprise an inertial measurement unit (IMU), a GPS receiver, memory to store data, a means for transmitting data, and a microprocessor unit for controlling operations of the printed circuit board. The IMU may comprise a gyroscope, accelerometer, and magnetometer. The accessory can provide position and movement data of such accuracy as to disclose, after transmission and analysis, a firearm user's stability prior to and during discharge, how well the user managed recoil from the discharge, and how quickly the user returned to a starting position following discharge. A reviewer may also be able to discern movements such as those caused by a user's breathing or involuntary muscle contractions.

There is provided an abnormal device determining means (CPU 51) which reads a tendency of displacement between the combination calculated weight Wc of the contents M and the post-discharge Ws measured value of the same contents M measured after such contents M have been bagged and which, based on the tendency of displacement so read, determines which one of the combination calculated value Wc and the post-discharge measured value Ws is abnormal, and a display device (54) for displaying a result of the determination. Thus, since based on the displacement tendency of the combination calculated value Wc and the post-discharge measured value Ws, which one of the combination calculated value Wc and the post-discharge measured value Ws is abnormal is determined, it can readily and easily grasped which one of the combination weighing apparatus (1) and the weight checker (300) suffers from a trouble.

This invention relates to processes for the capturing of the images of a target, and / or the shooter, at the time around the discharge of a gun, bow, or shooting device and the display of the images prior to discharge, around point of discharge, and post discharge in a manner that allows the shooter to analyze the images and data. More particularly, the present invention relates to the process in shooting where a moving target must be led in order that the projectile (or projectiles) arrives on target after the point in time where the shoot decision is made and the projectile reaches the target area. This invention will aid the shooter by letting them see images and sight pictures of successful and unsuccessful shots and how much lead, if any, they had given the targets at the point in time they decided to shoot. It also allows for the shooters technique to be recorded and analyzed.

The invention discloses an efficient cleaning and disinfecting device for aquatic products. The efficient cleaning and disinfecting device for the aquatic products comprises an installing base; a cleaning rotating barrel is arranged above the installing base; the position between the two ends of the cleaning rotating barrel is provided with a through opening; water leaking holes are evenly distributed in the surface of the cleaning rotating barrel; the outer side of the right end of the cleaning rotating barrel is sleeved with a rotating bearing; the lower end of the rotating bearing is connected and fixed to the installing base through a supporting column; a plurality of connection rods are arranged on the outer side of the left end of the cleaning rotating barrel; and the left ends of the connection rods are connected with a rotating disk. The efficient cleaning and disinfecting device for the aquatic products is simple and reasonable in structure, and effective cleaning on the aquatic products is achieved; during cleaning, a cleaning brush and the cleaning rotating barrel can independently rotate, and therefore the cleaning effect can be easily improved; meanwhile, the device can also achieve cyclic use of water resources, and the water saving effect is achieved; and besides according to the device, the inclination angle of the cleaning rotating barrel can also be adjusted,and therefore later-period discharging of the device is facilitated, and practicability is high.

A novel system and process is described for the capturing of the images of a target, and / or the shooter, at the time around the discharge of a gun, bow, or shooting device and the display of the images prior to discharge, around point of discharge, and post discharge in a manner that allows the shooter to analyze the images and data. More particularly, the process is directed to shooting a moving target that must be led in order that the projectile (or projectiles) arrives on target after the point in time where the shoot decision is made and the projectile reaches the target area. This process aids the shooter by letting them see images and sight pictures of successful and unsuccessful shots and how much lead, if any, they had given the targets at the point in time they decided to shoot. It also allows for the shooters technique to be recorded and analyzed.

The first printing mode improves gloss uniformity by setting the colorless ink discharge amount to be equal to or smaller than a reference value A at a dark image portion in input image data, and performing normal discharge printing in which printing with a colorless ink starts before completion of printing with a color ink (FIG. 11C). The second printing mode implements a wide color reproductive range by setting the colorless ink discharge amount to be larger than A at the dark image portion, and performing post-discharge printing in which discharge of the colorless ink starts after completion of printing with the color ink (FIG. 11D).

The invention relates to automatic three-dimensional tube handling equipment comprising a plurality of units, to be specific, an unbundling frame, a warehousing unit, a box-type three-dimensional shelf, a discharging unit, a post-discharging temporary storage frame, a supporting control system and a supporting warehouse management system. According to the technical scheme, a bundle of steel tubes are unbundled into single steel tubes on the unbundling frame and roll to the low end under gravitational action; the warehousing unit picks the steel tubes and stores them in the box-type three-dimensional shelf; the steel tubes roll to the low end under the gravitational action; the discharging unit picks the steel tubes and place them on the post-discharging temporary storage frame for following production. The supporting warehouse management system is used for specifying a storage location for the steel tubes and sending out a command to pick the steel tubes according to a production plan; the supporting control system is used for receiving the command and controlling the units to coordinate in action. Compared with the prior art, the automatic three-dimensional tube handling equipment is simple in structure and convenient to use; the steel tubes are picked by gravity, power resources can be greatly saved, and a storage unit in the box structure has higher strength than a common cantilever beam structure.

The present invention pertains to novel medical post-discharge patient management system and associated business method that provides a means to track patients health after post-discharge using a program that employees a plurality of mathematical algorithms and software instructions for analyzing data that results in developing customized individual care plans that incorporate all of the unique co-morbidities of each patient. The system and software components includes an individual care plan (“ICP”) engine which receives data regarding the patient, their contact information and co-morbidities and uses the data to construct custom individualized care plans for each patient, based on their unique case mix of morbidities. The system software also includes IVR engine the works in conjunction with the ICP engine to contact patients using outbound interactive voice response, email and text messaging to ask the questions in the patients' CallPaths.

The invention relates to a bloodstone post-type shortened reverse-flotation selecting method and relative device, wherein it has two systems arranged from high to low, while each one is formed by cyclone-static micro foam selecting post, slurry mixing cylinder, buffer pool, and concentrate magnetic selector; it adds material mine and flotation drug into slurry mixing cylinder to be mixed; adds the material into rough flotation post; the bottom of rough flotation post discharges the qualified bloodstone finished ore product, and the upper foam at the rough floatation post via foam absorber is absorbed into the scavenger floatation post to be scavenged; and the bottom of said scavenger floatation post discharges ore into buffer pool, while its upper foam is the final debris product; the middle ore of buffer pool, via middle ore pump is transmitted to the concentrate magnetic selector to be selected, and the finished ore will be fed back to the mixing cylinder, to be mixed with material and selected again. The invention has simple process and low cost.

The invention relates to a post-discharge sickbed disinfecting and sterilizing device. The device comprises a base, a sterilization box, a cleaning box, a mounting frame and a cleaning mechanism, wherein the lower end of the base is provided with universal wheels, the upper end of the base is provided with the sterilization box and the cleaning box in sequence from right to left, the left end of the base is provided with a sliding groove, the sliding groove is internally, slidably and cooperatively provided with the mounting frame, the mounting bracket is of a vertically telescopic structure,the upper end of the mounting frame is provided with a moving groove, the lower end of the moving groove is provided with the cleaning mechanism, the cleaning mechanism comprises mounting plates, a moving air cylinder, a rotating motor, a working cylinder, adjusting branch chains and a cleaning frame, and each adjusting branch chain comprises a fixing frame, adjusting frames, a rotating plate, a rotating motor, adjusting rods and moving frames. The post-discharge sickbed disinfecting and sterilizing device can solve the problems that in an existing sickbed disinfecting and sterilizing process,the manual dependency level is high, the cleaning efficiency is low, gaps of a bed board cannot be cleaned thoroughly, and hidden dangers of diseases and infections remain.

The invention concerns a method for sterilizing objects (19), in particular medical or surgical instruments, which consists in subjecting a gas stream circulating in a chamber wherein an industrial vacuum is created to the action of an electric field so as to create a gaseous plasma whereof the post-discharge stream which is derived therefrom is admitted into a sterilizing chamber where it is contacted with the surface of the objects to be treated. Said device is characterized in that the gas stream consists of a mixture of nitrogen, and of an amount of hydrogen less than 5 %. It comprises means for heating said objects capable of bringing the latter, during treatment, to a temperature not less than 60 DEG C. The invention also concerns a method using said device.

A flue gas dehumidification and white removal apparatus for wet desulfurization comprises a flue gas treatment chamber positioned on the upper portion of a chimney, the flue gas treatment chamber is hermetically connected with the chimney through a transitional buffer chamber, the inner upper portion of the flue gas treatment chamber is provided with a gas mixing area, the inner lower portion of the flue gas treatment chamber is provided with a plurality of spaced heat transfer partitions, forming alternated flue gas passage and air passage, the flue gas passage is connected at one end to the transitional buffer chamber and connected at the other end to the gas mixing area, the air passage is connected to an air inlet arranged on the lateral side of the flue gas treatment chamber and is communicated with the gas mixing area, and the upper end of the gas mixing area is provided with a gas outlet. Flue gas subjected to heat exchanging is mixed well with air in the gas mixing area, uniform dispersion of wet gas is facilitated, teat balance is also guaranteed for the parts of the mixed gas, and post-discharge stable rise and diffusion of the mixed gas is facilitated. The flue gas dehumidification and white removal apparatus for wet desulfurization has no additional heating device and has low energy consumption, pollutant emission is decreased at the premise of removing white smoke from the chimney, and environmental protection is benefited.

An image forming apparatus includes photoconductors. Electrifiers uniformly electrify surfaces of the photoconductors. A power source applies an electrifying voltage to the electrifiers. A current measurer measures alternating current caused to flow by application of AC voltage by the power source. A controller calculates discharge starting voltage. Environment detectors detect an environment inside of the apparatus. The controller operates the current measurer at each predetermined timing to acquire the discharge starting voltage. When acquiring the discharge starting voltage, the controller changes peak-to-peak voltage at pre-discharge voltage and at post-discharge voltage. The current measurer measures alternating current at measurement points of each of the pre-discharge and post-discharge voltages. The controller calculates a voltage value at an intersection of a first line and a second line. After acquiring the discharge starting voltage, the controller calculates environment-correction discharge starting voltage, and sets electrification voltage based on the calculated voltage.

The present invention relates to a process for sterilizing a contaminated object. The process comprises the insertion of the object in a sterilization chamber having at least one discharge tube in communication therewith. Then, the tube is fed with a liquid or gas stream, and the stream is subjected to an electric field so as to generate a plasma, thereby exposing the contaminated object to the action of sterilizing species that are present in a post-discharge zone or in a zone of excitation of the plasma. A device for carrying such a process is also provided.

The invention discloses an atrial fibrillation management method and system, wherein the method comprises the steps: acquiring, by a server, patients' medical records, survey forms and physiological data parameters to generate the patients' electronic files; generating, by the server, scoring results for the patients' anti-clotting assessment according to the electronic files; performing risk ranking on the patients according to the scoring results; generating corresponding medical care plans for the patients of different risk levels; acquiring the corresponding medical care plans for patientuser terminals, and controlling the medical care plans; acquiring, by the server, the patients' current feedback records, generating assessment results according to preset rules, and updating the electronic files according to the feedback records and the assessment results; updating the medical care plans by the server according to the updated electronic files. In the invention, post-discharged continued nursing is performed according to the medical care plans matched with the patients' risk levels after the patients are out of hospital, corresponding monitoring is taken in feedback manner through the patient user terminals, and therefore, the risk of bleeding is reduced for the patients.

The invention relates to a method for depositing a fluorinated layer onto a substrate, said method comprising the injection of a gaseous mixture containing a fluorinated compound and a carrier gas into a zone for the discharge or post-discharge of an atmospheric cold plasma at a pressure of between 0.8 and 1.2 bar. The invention is characterised in that the fluorinated compound has a boiling temperature higher than 25 DEG C at a pressure of 1 bar.

An image forming apparatus includes photoconductors. Electrifiers uniformly electrify surfaces of the photoconductors. A power source applies an electrifying voltage to the electrifiers. A current measurer measures alternating current caused to flow by application of AC voltage by the power source. A controller calculates discharge starting voltage. Environment detectors detect an environment inside of the apparatus. The controller operates the current measurer at each predetermined timing to acquire the discharge starting voltage. When acquiring the discharge starting voltage, the controller changes peak-to-peak voltage at pre-discharge voltage and at post-discharge voltage. The current measurer measures alternating current at measurement points of each of the pre-discharge and post-discharge voltages. The controller calculates a voltage value at an intersection of a first line and a second line. After acquiring the discharge starting voltage, the controller calculates environment-correction discharge starting voltage, and sets electrification voltage based on the calculated voltage.

The first printing mode improves gloss uniformity by setting the colorless ink discharge amount to be equal to or smaller than a reference value A at a dark image portion in input image data, and performing normal discharge printing in which printing with a colorless ink starts before completion of printing with a color ink (FIG. 11C). The second printing mode implements a wide color reproductive range by setting the colorless ink discharge amount to be larger than A at the dark image portion, and performing post-discharge printing in which discharge of the colorless ink starts after completion of printing with the color ink (FIG. 11D).

A method for depositing a fluorinated layer on a substrate includes the injection of a gas mixture including a fluorinated compound and a carrier gas in a discharge or post-discharge area of a cold atmospheric plasma at a pressure comprised between 0.8 and 1.2 bars. The fluorinated compound has a boiling temperature at a pressure of 1 bar above 25° C.

The invention concerns a device for controlling the charge of an aerosol comprising: —an aerosol inlet area; —a discharge area having dielectric barriers, in which charged species are generated, the discharge area and the aerosol inlet area being arranged relative to one another in such a way that the aerosol introduced in this way does not flow via the discharge area; —a mixing area for mixing the aerosol with a portion of the charged species from the discharge area; —a post-discharge area linked to the discharge area, the aerosol inlet area and the mixing area being arranged in such a way that at least a portion of a stream flowing in the post-discharge area drives at least a portion of the charged species formed in the discharge area and expelled from the discharge area by electrostatic repulsion towards said mixing area.

The invention provides a method for rapid factory inspection of a rechargeable battery. The method comprises the following steps: S1, placing rechargeable batteries after production completion on a transmission channel and carrying out discharging for 2 to 5s b using heavy currents of 1C to 5C, thereby detecting an open circuit voltage, a post-discharge voltage and an internal resistance of each battery; step two, marking detection information on the battery and pushing out the battery with the detection value deviating from a given process range; step three, packaging the qualified rechargeable batteries and moving the batteries out of the factory. On the basis of a dual-channel parallel mode, the rechargeable batteries are detected and thus the detection speed can reach 10 to 20 per minute; with the spot checking mode, the produced rechargeable batteries are detected and discharging is performed for 2 to 5s by using eavy currents of 1C to 5C so as to detect the open circuit voltage,post-discharge voltage and internal resistance of each battery; and after detection completion, the information is marked on the battery. Therefore, the work efficiency and accuracy of the work are improved substantially.

The invention relates to a device which is used for the sterilisation of objects (19), in particular medical or surgical instruments. The inventive device is of the type that can create a gaseous plasma from a gas flow which is subjected to en electric field. According to the invention, the resulting post-discharge flow is brought into contact with the surface of the objects to be treated. The device is characterised in that the gas flow comprises exclusively nitrogen. Moreover, the device comprises means for heating the aforementioned objects, which can heat said objects to a temperature of at least 60 < DEG >C during treatment. The invention also relates to a method of using the device.

A load driving device includes a pulse driving circuit which has a capacitor between an output terminal and a ground potential, a level detection circuit which detects whether an output terminal voltage on the output terminal of the pulse driving circuit is at high level or at low level, a switching discharge unit for forming a discharge path through which electric charges charged in a capacitor are discharged by switching of a switch from a non-discharge side to a discharge side, and switching the switch to the discharge side over a discharge maintenance time in a state where the application of a pulse voltage by the pulse driving circuit stops and the output terminal voltage is maintained at high level, a post-discharge detection unit, and a determination unit.

A print device is configured to perform printing by an ink jet scheme including: an ink jet head including a nozzle, an ink chamber that stores ink droplets at an upstream of the nozzle, and a piezoelectric element; and a drive signal output section that outputs a drive signal for causing the piezoelectric element to be displaced. The drive signal includes a discharge driving signal for causing the piezoelectric element displaced so that ink droplets are discharged from the nozzle, and a post-discharge controlling signal for causing the piezoelectric element displaced after the ink droplets are discharged from the nozzle, the drive signal output section outputs the discharge driving signal by which a voltage changes linearly from a first voltage to a second voltage which are predeterminedly set, at a timing when the ink droplets are to be discharged from the nozzle, and outputs a substantial sine wave.

A load driving device includes a pulse driving circuit which has a capacitor between an output terminal and a ground potential, a level detection circuit which detects whether an output terminal voltage on the output terminal of the pulse driving circuit is at high level or at low level, a switching discharge unit for forming a discharge path through which electric charges charged in a capacitor are discharged by switching of a switch from a non-discharge side to a discharge side, and switching the switch to the discharge side over a discharge maintenance time in a state where the application of a pulse voltage by the pulse driving circuit stops and the output terminal voltage is maintained at high level, a post-discharge detection unit, and a determination unit.

A sterilization device for sterilizing an object comprises a sterilization chamber defining a treatment zone in which the object for sterilizing is to be positioned; a nitrogen source; a plasma generator in communication with the nitrogen source; and a duct putting the plasma generator into communication with the sterilization chamber and through which a post-discharge stream resulting from a plasma produced by the plasma generator is to flow towards the sterilization chamber. The duct defines an injection orifice for injecting the post-discharge stream into the sterilization chamber. The device has a deflector for deflecting the post-discharge stream and positioned in the sterilization chamber facing a central portion of the injection orifice, upstream from the treatment zone. The deflector is configured to deflect the flow of a central portion of the post-discharge stream as introduced through the central portion of the injection orifice.

A battery control unit is adapted for a power supply system provided with a storage battery series-connected battery cells, a filter circuit, a discharge circuit, and a connection member connecting between the battery cell and the filter circuit.The battery control unit includes a voltage detection unit detecting voltage at the battery cell where noise is eliminated by the filter circuit, the voltage being detected immediately before / after a discharging is performed through the discharge circuit; a correction value calculation unit that calculates an amount of a voltage drop at the connection member when a discharging is performed through the discharge circuit, to be a correction value; and a voltage calculation unit that calculates voltage of the battery cell by adding the correction value calculated by the correction value calculation unit to a post-discharge voltage detected immediately after the discharging by the voltage detection unit.

The embodiment of the application provides a doctor-patient interaction method and device, a terminal and a storage medium. The method comprises the following steps: entering manager information and generating amanagement ID according to the manager information; generating a check ID according to checker information input by the management ID; creating a personal database corresponding to the check ID; granting an management permission to the management ID on the check ID and the personal database; granting a permission to the check ID for checking the corresponding personal database. The method disclosed by the invention is simple to operate and convenient to use; the doctor-patient management is convenient, and the follow-up after the patient is discharged from the hospital can be realized, and a mobile window for checking and updating the diagnosis and treatment information of the patient in real time can be provided for the patient.

Provided is a spliced ​​and combined filter basket for catering sinks, which has a filter basket body used for separating and filtering rice and soup. The four corners of the bottom of the filter basket body are provided with basket supports that support it horizontally on the bottom of the inner cavity of the sink. The extension part made on the outside of the symmetrical side of the basket body is provided with snap-in buckles that can be spliced ​​and combined with the outer extension part of another filter basket body to form a larger filter basket for catering sinks that matches the size of the bottom of the sink. The design of the high-leg type filter basket adopted in the present invention effectively solves the technical problem that the water outlet of the washing pool in public places and catering places is easily blocked in the past, realizes the separation of leftover rice and leftover soup mixture, and facilitates the discharge and cleaning in the later stage. According to the different sizes of the pools, multiple baskets are spliced ​​and combined, and the structure is simple, economical and practical.

The invention relates to an automatic three-dimensional access device for storage and retrieval of steel pipes, which consists of several units, including unbundling racks, storage units, box-shaped three-dimensional shelves, storage units, temporary storage racks for storage and supporting control systems and warehouse management systems. The technical solution is: the bundled steel pipes are disassembled into single steel pipes on the unbundling rack, and rolled to the low end by gravity, the steel pipes are taken out by the storage unit and stored in the box-shaped three-dimensional shelf, rolled to the low end by gravity, and then the steel pipes are released from the warehouse. The unit takes out the steel pipe and puts it on the outbound temporary storage rack, waiting for subsequent production. The supporting warehouse management system designates the storage location for steel pipes, and issues instructions for taking steel pipes according to the production plan, and the supporting control system controls the coordinated actions of each unit equipment after receiving the instructions. Compared with the prior art, the present invention has the advantages of simple structure and convenient use, and can save a large amount of electric power resources by using gravity to access steel pipes.