32results about How to "Realize fool-like operation" patented technology

The invention discloses a chocolate melting furnace. The furnace comprises a shell, a melting pot and a heater group, wherein an aluminum coated liner with excellent heat conducting performance is fixed and embedded in the shell; the melting pot is arranged in the heat cavity of the aluminum coated liner; the heater group is arranged under the aluminum coated liner and closely attached to the outer wall of the bottom of the aluminum coated liner; the heater group is connected and matched with a slide switch and a power supply connecting wire for controlling the heater group; and a neon lamp indicating work states is connected in series with the slide switch. The chocolate melting furnace can be used for preparing chocolate cakes, ensures nice appearance of common foods, can prepare handmade chocolate and other foods, and has the characteristics of uniform heating, high heat efficiency, nice and elegant product, precise process, energy conservation and the like, and is convenient in use. The chocolate melting furnace has small volume and cute model, and is suitable for household, handmade chocolate shops and the like.

The invention discloses a method for making and displaying a flow chart on a computer, comprising: an electronic display screen coupled to a processor, the processor receives an input signal on the electronic display screen and operates the flow arrangement of a corresponding program in the computer system The process card in the figure; the process layout diagram refers to the layout diagram of multiple cards used to complete the process operation in a parallel or sequential relationship; in a specific display mode, by changing the position of the process cards existing in the display screen The electronic display screen is intended to respond to the operation of directional movement in a certain direction; when editing the flow chart, the present invention does not need to enter the editing interface separately and directly edits the steps in the flow chart, which is very convenient and intuitive, making editing The process becomes extremely simple, and it is easier for users to focus their attention resources on each refined step, improving efficiency.

The invention relates to a fixed-size round corner polishing device. The fixed-size round corner polishing device comprises a polishing machine for polishing a round corner on a workpiece to be polished. The fixed-size round corner polishing device is characterized by further comprising a support, a rotary shaft base and a rocker arm, wherein a workpiece holding base for holding the workpiece to be polished is arranged on one side of the upper portion of the support; the rotary shaft base is fixed to the other side of the upper portion of the support and provided with a rotary shaft capable of rotating around the axis of the rotary shaft, and the axis of the rotary shaft is coaxial with the center of the to-be-polished round corner of the workpiece to be polished; and the front end of the rocker arm is fixed to the rotary shaft, the rocker arm can rotate along with the rotary shaft, and the polishing machine is mounted on the rocker arm and can swing along with the rocker arm. The rocker arm is used for limiting the motion trail of the polishing machine so that the radius of the polished round corner can be controlled accurately. During polishing, the workpiece to be polished is mounted on the workpiece holding base, then the polishing machine is started to slowly get close to the to-be-polished edge of the workpiece, after an abrasive belt makes contact with the workpiece, the rocker arm starts to rotate, polishing is completed after the rocker arm moves along the polishing trail by a circle, and thus simple operation is achieved.

The invention discloses an automatic control system for a glass edging machine, which includes a central control module, a measurement module connected to the central control module, a conveying module, an induction electric eye, an edge guiding positioning module, an upper pressing component control module, and an edge detection module. Module, lower chamfering control module, edge trimming control module, upper chamfering control module, lower chamfering control module, side processing control module and current detector; Compared with the prior art, the glass edge grinding machine of the present invention Automatic control system, during the whole processing process, the operator does not need to adjust the equipment, the central control module issues instructions, and controls the automatic positioning of the tool, the real-time adjustment of the polishing amount, and the real-time adjustment of the conveying speed of the workpiece by the conveying component to ensure The workpiece is in a stable processing state during the entire processing process, which ensures the integrity of the workpiece processing and greatly improves the processing speed of the equipment.

The invention discloses an automatic letter sorting mechanism. The automatic letter sorting mechanism comprises a sorting machine. A conveying belt is arranged below the sorting machine and vertically provided with a plurality of letter storing grids. At least one storage rotary disc is arranged beside the conveying belt. The sorting machine comprises a shell. An inlet is formed in the upper surface of the shell, an outlet is formed in the lower surface of the shell, and a suction cup is arranged on one side face of the shell. A friction stop block is arranged at the outlet position. A guiding groove is formed in the lower portion of the shell. Scanning devices are symmetrically arranged on the two sides of the guiding groove. The guiding groove corresponds to the side face, provided with the suction cup, of the shell. According to the provided technical scheme in the embodiment, after the sorting machine is used for scanning letters, the letters are temporally stored and then distributed into the corresponding storage rotary discs, high-efficiency, large-batch and continuous letter sorting can be achieved, it can be made that large-batch letter sorting work can be finished only by few people as much as possible, and manual operation links are simple. Meanwhile, the automatic letter sorting mechanism can be integrated with an intelligent express cabinet, and the fool-style operation of express and letter delivery is achieved.

The invention discloses an automatic meter adjustment instrument, which comprises a bottom cabinet, a CCD (Charge Coupled Device) visual system and an adjustment system arranged in the bottom cabinet,wherein the CCD visual system comprises an industrial control host and a vision camera, and the industrial control host and the vision camera are arranged on the upper table board of the bottom cabinet; the vision camera is arranged on the upper table board of the bottom cabinet, and height is adjustable; the upper table board of the bottom cabinet is provided with a working window; the adjustment system comprises an angle adjustment device and an opening angle adjustment device, wherein the angle adjustment device comprises a sliding block A and a servo system A; the sliding block A is provided with an angle regulation rotation angle and an angle adjustment servo motor; the opening angle adjustment device comprises a sliding block B and a servo system B which is connected with the sliding block B and can push the sliding block B to vertically slide; the sliding block B is provided with a servo system C; the servo system C is provided with a clip capable of regulating the opening degree of a workpiece, and the servo motor C controls the clip to be opened and closed; and the angle regulation rotation rod corresponds to the working window. The automatic meter adjustment instrument has the characteristics of being automatic in adjustment, detection and calculation, manual work is saved, and efficiency is improved.

The invention relates to a supporting plate mechanism that can be installed on a general-purpose shearing machine for positioning the cutting angle of a rectangular plate, including a platen fixed on the platen shearing machine; it is characterized in that at least two sets of positioning structures are fixed on the platen , each group of positioning structures includes two pairs of electric telescopic rods, wherein the rods of one pair of electric telescopic rods limit one side of the rectangular plate, and the rods of the other pair of electric telescopic rods limit the other side of the adjacent rectangular plate. The side is limited, and each pair of electric telescopic rods includes two electric telescopic rods fixed at the bottom of the table. The rods of each electric telescopic rod can extend upwards or retract downwards and hide on the top surface of the table. below. The positioning dimension of this mechanism is stable and accurate. At the same time, the shearing angular speed is greatly increased, and it is not affected by the light on site, and there is no need to visually observe whether the position of the drawn line is aligned with the edge of the plate, which realizes foolish operation and greatly improves the working efficiency of the shearing plate.

The invention provides an optical self-driven intelligent vessel sewage recycling apparatus and a control method thereof; a solar panel is arranged at the top of a vessel and connected with a controller, the controller is connected with two battery packs, the battery packs are connected with an inverter, the inverter is connected with an electric cabinet which is suspended in the front of the vessel sewage recycling apparatus and is connected with a level meter, a temperature and a heater in the vessel sewage recycling apparatus as well as a device to be controlled through internal junction terminals. In order to overcome the technical barriers of an existing vessel sewage treatment apparatus supporting system, such as poor intuitiveness of electric control process, operational difficulty, low efficiency, poor reliability and low operating performance, and also the problem that the vessel sewage recycling apparatus is unable to operate independently of a power supply system of the vessel, the invention provides an remotely-operable photovoltaic generation system and electric control system combine allowing optical self-driven intelligent operation for the vessel sewage treatment apparatus.

The invention discloses full-automatic bun steaming equipment, which comprises a box body. A pressure sensing device is arranged in the box body. A steam generator is arranged at the external part of the box body. A control panel is arranged on the box body. The control panel is connected with an actuating mechanism through a control circuit. The actuating mechanism comprises a proportional valve. A valve opening sensor is additionally arranged on the proportional valve. By arranging the proportional valve at the steam inlet of a steaming box and arranging the valve opening sensor on the proportional valve, temperature and pressure sensors can always detect the internal temperature and pressure of the steaming box, the valve opening sensor can always detect the opening of the proportional valve, logic operation is performed through a programmable controller and the opening of the proportional valve is controlled to be changed according to the need, so that the internal temperature of the steaming box, the steaming time and the pressure can be automatically adjusted according to the needs of all stages. The surfaces of the steamed buns are bright and shape of the steamed buns is intact. Moreover, the energy saving effect is remarkable. After the working is ended, a voice system can automatically remind working personnel, the fool operation is realized and the manpower is saved.

The invention relates to a tool used for machining blade holes of an axial flow pump impeller body. The tool comprises a rotary body fixed to a lathe spindle, wherein a scale dividing block is fixed on the rotary body, a fastening device used for fixing a workpiece on the scale dividing block is arranged above the scale dividing block, a first layer of positioning pin holes, a second layer of positioning pin holes and a third layer of positioning pine holes are formed in the outer side of the scale dividing block in the circumferential direction from inside to outside, and positioning pins matched with the positioning pin holes are arranged on the scale dividing block. According to the technical scheme, an installation method with the tool directly connected with a lathe is adopted, a rotating center in the direction same as the rotating direction of the lathe spindle is generated for each blade hole to be machined, and concentricity is achieved between the blade holes to be machined and the lathe spindle; by means of the cooperation between the scale dividing block and the rotary body and the utilization of a scale dividing mechanism, fast and accurate scale division is achieved easily when the blade holes rotate along with the scale dividing block during machining; a cylindrical section arranged on a pull rod enables the measuring basis of the critical dimension to be available during lathe machining.