30results about How to "Eliminate manual errors" patented technology

The invention discloses an automatic and continuous batching system which is applicable to a plurality of processes of industrial production of solid materials mixed with materials with certain heat values, wherein the automatic and continuous batching system comprises an automatic raw material sampling calorimeter, a raw material quality acquiring device, a PLC (Programmable Logic Controller) data processing module, a controllable feeder, a finished product quality acquiring device, an automatic finished product sampling calorimeter, a constant-pressure controller and a display operation touch screen, wherein two parameter settings including a material proportion setting and a zero point setting are designed on the display operation touch screen. The automatic and continuous batching system has the advantages that due to the system, full-automatic and high-precision continuous batching in a batching link in the industrial production process is realized; the defects of discontinuous container measurement feeding and low efficiency are avoided; meanwhile, the error in manual operation in the links of producing and batching is eliminated; the influences on the batching precision caused due to a plurality of factors are avoided; the feeding precision is greatly improved; the materials of production enterprises are saved; the automatic and continuous batching system protects the environment; the batching labor is reduced; the capacity is improved.

The invention discloses a full-automatic service robot for collecting cash. The full-automatic service robot is applied to the cash collecting link of modern markets and shops and is characterized in that a man-machine intercom display operation screen, multifunctional grabbing hands, a cash receiving and changing device, an automatic packer and a commodity bar code recognizer are included and are respectively and independently connected with a data processing module and used for bidirectional data transmission. The full-automatic service robot has the advantages that the market cash collecting link is achieved automatically and conveniently, the defect of low manual cash collecting efficiency is overcome, the manual operation errors of the cash collecting link are eliminated, the influence caused by many factors on the cash collecting efficiency is avoided, cash collecting speed is greatly improved, the employment cost of shopping places is saved, the shopping time of consumers is saved, and the business volume of the shopping places is improved.

The utility model discloses a high-precision asphalt penetration tester. The tester comprises a rack, a measuring rod and probe module, an up-and-down walking module, a sample placing module and a control module, wherein the measuring rod and probe module comprises a connecting seat, a measuring rod and probe bracket, a measuring rod and a probe; the measuring rod is of a columnar structure and comprises a balance weight part, a main body part and a clamping part from top to bottom. An air bearing sleeve structure is fixedly arranged on the measuring rod probe support, a measuring rod hole isformed in the center of the air bearing sleeve structure, and an air cylinder cavity is formed in the lower middle position of the bearing sleeve structure. A load sensor is arranged at the lower endof the measuring rod; and the sample placing module is provided with an electronic refrigeration sheet. According to the tester, an air bearing structure and a pneumatic clamping structure are adoptedto reduce contact friction, a force measuring sensor is adopted to realize automatic needle alignment, a laser displacement sensor is adopted to realize non-contact measurement, and an electronic refrigeration sheet is adopted to realize accurate constant temperature, so that the asphalt penetration index performance detection precision is high, the operation is convenient, and the automation degree is high.

The invention discloses an automatic assembling machine for an intersecting bearing and a skeleton oil seal. The automatic assembling machine comprises a working table, a clamp mechanism, a clamping mechanism used for clamping the intersecting bearing, and a carrying mechanism used for carrying the clamp mechanism. The clamp mechanism and the carrying mechanism are arranged on the working table. The clamp mechanism is installed at the output end of the carrying mechanism. The clamping mechanism and the clamp mechanism are arranged oppositely in the same direction. The carrying mechanism drivesa clamp to move in the direction close to or away from the clamping mechanism. The clamp mechanism comprises an inner pressing ring for pressing an inner ring of the intersecting bearing in an abutting against manner, an outer pressing ring for pressing an outer ring of the intersecting bearing in an abutting against manner, and an oil seal pressing ring arranged between the inner pressing ring and the outer pressing ring in a sliding manner. The inner pressing ring, the outer pressing ring and the oil seal pressing ring define a containing cavity used for containing the skeleton oil seal together. The oil seal pressing ring slides and pushes the skeleton oil seal to be pressed into the intersecting bearing. The automatic assembling machine is high in automation degree, assembling precision and assembling efficiency, the sealing performance of the intersecting bearing is improved, and the sealing performance of a harmonic speed reducer is ensured.

The invention discloses a digestor and a digestion method for a solid environmental sample. The digestor for the solid environmental sample comprises a condensation tank, a digestion tank and a driving system used for driving the digestion tank to horizontally rotate and vertically turn over, wherein the driving system is connected with the digestion tank, and the digestion tank is suspended in the condensation tank by virtue of a support; a heater, a temperature sensor and a pressure sensor are arranged in the digestion tank, a pressure relief valve is arranged outside the digestion tank and is communicated with the interior of the digestion tank by virtue of a pipeline; and a spraying device used for cooling the digestion tank is arranged in the condensation tank. The digestor for the solid environmental sample has the characteristics of high efficiency, high automation degree, high stability, easiness for operation, easiness in maintenance and the like, an experimental period is shortened, and the cost is also reduced. The digestion method provided on the basis of the digestor has the advantages that defects of the traditional method are quickly and efficiently overcome, the analysis capability is greatly improved, the experiment cost is effectively reduced, and higher security is realized.

The invention discloses an automatic continuous water distribution system applied in multiple industrial production water distribution links. The system is characterized in that the system comprises a raw material automatic sampling and moisture measuring meter, a raw material weight acquisition device, a PLC data processing module, a controllable water supply device, a liquid flow measuring instrument, a finished product automatic sampling and moisture measuring instrument, a voltage stabilizing controller, and a display operation touch screen. The display operation touch screen is provided with two parameter settings which are a water proportion setting and a zero point setting. The automatic continuous water distribution system has the advantages that the fully automatic high precision continuous water supply of a water distributing link in an industrial production process is realized, the disadvantages of discontinuous container measurement water supply and low efficiency are avoided, the errors of artificial operations in production water distribution links are eliminated, the influence of many important factors on the water adding precision is avoided, the precision of water adding is greatly raised, the water consumption of a producer is saved, the environment is protected, the labor is reduced, and the productivity is raised.

The invention proposes a breaker managing method. The method comprising: requiring a 10KV switchgear; saving the placing position information of each breaker in a server database; establishing a storage view for the breakers in the switch chamber; if new breakers are to be taken out, inputting by a user the positions of the required breakers to the server; sending the take-out instruction by the server to the controller of the 10KV switchgear; controlling by the controller the breaker chamber to open the door plate and controlling the push device to push the breakers out; taking away the breakers by the user according to the instruction; if the breakers are to be placed, sending a storage instruction by the server to the controller of the 10KV switchgear; controlling by the controller the breaker chamber to open the door plate; and storing the breakers in the breaker chamber by the user according to the instruction. With the method, the working efficiency is raised.

The invention proposes a breaker managing method. The method comprising: requiring a 10KV switchgear; saving the placing position information of each breaker in a server database; establishing a storage view for the breakers in the switch chamber; if new breakers are to be taken out, inputting by a user the positions of the required breakers to the server; sending the take-out instruction by the server to the controller of the 10KV switchgear; controlling by the controller the breaker chamber to open the door plate and controlling the push device to push the breakers out; taking away the breakers by the user according to the instruction; if the breakers are to be placed, sending a storage instruction by the server to the controller of the 10KV switchgear; controlling by the controller the breaker chamber to open the door plate; and storing the breakers in the breaker chamber by the user according to the instruction. With the method, the working efficiency is raised.

The invention discloses a detector for a pointer shaft of an automobile instrument, relates to shaft detectors and aims at solving the problems that in traditional detection a pointer shaft is placed in a small optical axis manually, a non-key part is detected by a filler gauge, the size of a key part of the pointer shaft is obtained via theoretical reckoning, and further a detection result is fuzzy and inaccurate and has large error and the detection type is single. The detector comprises a pedestal, a vertical plate, a pointer fixing seat, a linear bearing, a pointer plate, a cylinder, a vacuum pump and two guide posts, the vertical plate is fixedly mounted on the pedestal, the two guide posts are arranged on the pedestal in parallel vertically, the vertical plate over the pointer plate is provided with the cylinder which is arranged vertically, a driving rod of the cylinder penetrates the pointer plate and is fixedly connected with the pointer plate, the tail end of the driving rod of the cylinder is connected with the pointer fixing seat, the pointer fixing seat is provided with a vacuum cavity communicated with an installation groove, and the vacuum pump is communicated with the vacuum cavity of the pointer fixing seat via a negative-pressure air tube. The detector is used for instrument pointer shaft detection.

The invention discloses a cashbox of a coin processor, comprising a box body and a box cover; a locking bar fixed on the box cover is hooked by a locking plate which is fixed on a lock cylinder and capable of rotating along with the lock cylinder, so that the box cover is locked; the box body comprises a coin cabin and an information button mounted on the box body through an information button mounting frame; and the information button is used for storing cashbox information and used as the unique identifier and identification. Through being matched with a reader-writer, the cashbox can be used for accurately and rapidly acquiring the information data in the whole circulation process of the cashbox, so that the cashbox can be effectively managed through a data processing system, and errors caused by manual operation can be stopped; and due to the adoption of a self-locking mechanism of the cashbox, working staffs cannot directly contact with coins in the cashbox if no legal opening tools are provided, so that the safety of the coins is further ensured, the problem that the coins is possibly contacted illegally by maintenance personnel during the operation of the coin processor is solved, and the cashbox can be widely applied to coin collection and transportation of financial mechanisms.

The invention discloses an instrument pointer shaft detector, relates to shaft detectors and aims at solving the problems that in traditional detection a pointer shaft is placed in a small optical axis manually, a non-key part is detected by a filler gauge, the size of a key part of the pointer shaft is obtained via theoretical reckoning, and further a detection result is fuzzy and inaccurate and has large error. The detector comprises a pedestal, a pointer plate, a probe plate, a vertical plate, a rapid clamp, a pointer fixing seat, two guide posts, two upper linear bearings and two lower linear bearings, wherein the vertical plate is fixedly mounted on the pedestal, the lower end of each guide post is provided with one lower linear bearing, the pointer plate is mounted on the two lower linear bearings, the middle of the pointer plate is provided with the pointer fixing seat, the probe plate is mounted on the two upper linear bearings, the middle of the probe plate is provided with the pointer shaft, the vertical plate over the probe plate is provided with the rapid clamp, and the pressure head end of the rapid clamp abuts against the probe plate. The detector is used for instrument pointer shaft detection.

The invention discloses a heat treatment experiment device and belongs to the field of material heat treatment and performance tests. The heat treatment experiment device mainly comprises a plurality of heating furnaces, a rotary mechanism, a quenching workbench, a normalization workbench, a tail end quenching workbench, a furnace body support rotary mechanism, a furnace body, a circulating cooling system and an atmosphere protection system. The rotary mechanism supports the heating furnaces and drives the heating furnaces to rotate along a spindle. Under driving of the spindle, the furnace body can rotate to be above the set workbench, meanwhile, under driving of the furnace body rotary mechanism, the furnace body can rotate by 90 degrees, and the process that samples from the insides of the heating furnaces are subjected to oil quenching, water quenching, normalization and tail end quenching is completed. Traditional manual operation is replaced, and thus danger and measuring errors caused by manual operation are avoided completely. Artificial intelligence software is installed on an upper computer connected to the heat treatment experiment device, estimation judgment and experiment result prediction can be conducted on the set experiment parameters, the local operation process can be simulated through a virtual laboratory, and thus misoperation in the operation process is reduced. The heat treatment experiment device has wide experiment teaching application prospects and further has the characteristics of simple operation, high efficiency, safety, water saving and the like at the same time.

The invention discloses a digestor and a digestion method for a solid environmental sample. The digestor for the solid environmental sample comprises a condensation tank, a digestion tank and a driving system used for driving the digestion tank to horizontally rotate and vertically turn over, wherein the driving system is connected with the digestion tank, and the digestion tank is suspended in the condensation tank by virtue of a support; a heater, a temperature sensor and a pressure sensor are arranged in the digestion tank, a pressure relief valve is arranged outside the digestion tank and is communicated with the interior of the digestion tank by virtue of a pipeline; and a spraying device used for cooling the digestion tank is arranged in the condensation tank. The digestor for the solid environmental sample has the characteristics of high efficiency, high automation degree, high stability, easiness for operation, easiness in maintenance and the like, an experimental period is shortened, and the cost is also reduced. The digestion method provided on the basis of the digestor has the advantages that defects of the traditional method are quickly and efficiently overcome, the analysis capability is greatly improved, the experiment cost is effectively reduced, and higher security is realized.

The invention provides a touch screen calibrating method which comprises the steps of switching the work state of a touch screen from the normal touch mode to the calibration mode, conducting regular calibration or deep calibration on a touch spot according to the touch precision change of the touch screen, and switching the work state of the touch screen from the calibration mode to the normal touch mode after the regular calibration or deep calibration is finished. The invention further discloses a touch screen calibrating system. According to the touch screen calibrating method and system, precision deterioration of the touch screen caused by transportation damage or using environment difference can be effectively amended, adaptive capacity is good, and manual operation errors can be removed effectively to realize higher precision.

The invention relates to an equipment overall efficiency detecting method. The method comprises the following steps of inputting data: 302) recording starting time; 303) turning on a proximity switch (PX1), acquiring vehicle speed, and judging whether the vehicle speed is zero or not, if so, performing the next step, otherwise, returning to the 303) step; 304) recording stop beginning time; 305) acquiring the vehicle speed through the proximity switch, and judging whether the vehicle speed is zero or not, if so, performing the next step, otherwise, returning to the 304) step; 306) recording stop ending time; 307) judging whether the continuous time is more than a stop parameter or not, if so, performing the next step, otherwise, returning to the 303) step; 308) recording the stop beginning time and the stop ending time in an equipment efficiency database; and 309) judging whether the continuous time is more than a set stop parameter or not, if so, recording stop time, otherwise, returning to the 303) step. The method also comprises the steps of outputting data, i.e. 401) acquiring Q and N, 402) researching the equipment efficiency database, 403) acquiring T1 and T0, and 404) calculating output T, P and I.