32results about How to "Full automation" patented technology

The invention discloses a safety cone automatic collection and placement vehicle. The safety cone automatic collection and placement vehicle comprises a storage device, a gripping device, a transferring device, a conveying device and a collection and placement device. The gripping device comprises an X-axis driving component, a Z-axis driving component and a gripping component, wherein the X-axisdriving component is mounted on a supporting frame; the Z-axis driving component is mounted on the X-axis driving component; the gripping component is fixed on the Z-axis driving component; the transferring device comprises a fixing platform, rolling placing platforms, a turnover component and a pushing component, wherein the rolling placing platforms are correspondingly positioned on the two sides of the fixing platform, the turnover component is mounted on the supporting frame and used for erecting safety cones horizontally placed on the placing platforms, and the pushing component is used for pushing the erected safety cones; the conveying device comprises a conveying bracket and a first belt wheel conveying line mounted on the conveying bracket; and the collection and placement devicecomprises a second belt wheel conveying line positioned at the side edge of the first belt wheel conveying line. The safety cone automatic collection and placement vehicle has the beneficial effects that the safety cones can be rapidly and full-automatically collected and placed by arranging the storage device, the gripping device, the transferring device, the conveying device and the collection and placement vehicle; the working efficiency is high; and the operation is stable.

The invention provides a high-pressure vacuum vibratory forming machine and belongs to the field of building material high-density forming equipment. The high-pressure vacuum vibratory forming machineis characterized by comprising an outer rack, an inner rack, a base, a vibrator, a vibrating table, a pressing die, a pressing die, a pressing block, a first pressure machine, a second pressure machine and a vacuum chamber. The base, the vibrator, the vibrating table, the pressing die, the pressing block and the vacuum chamber are arranged in the inner rack. The vibrator is connected with the vibrating table which is installed on the base through a spring device. The pressing die is installed on the vibrating table. The pressing die is provided with a die cavity. The pressing block is locatedabove the pressing die. The pressing block is connected with a telescoping arm of a first pressure machine. The first pressure machine is installed on the top of the inner frame. A second pressure machine is installed on the outer rack and located above the first pressure machine. The vibrator comprises a vibrating motor. The vibrating motor is installed on the bottom of the vibrating table. An eccentric rotating wheel is installed on a motor shaft of the vibrating motor. The high-pressure vacuum vibratory forming machine can solve the problem that in the quartz plate pressing production process, pressure is insufficient, and the product quality can be effectively improved.

The invention discloses an electric power retrieving method based on a load curve. The electric power retrieving method based on the load curve comprises the steps that historical data of an electric energy meter are obtained, and a current loss characteristic coefficient, a current loss ratio alarm limit value, a voltage loss ratio alarm limit value and a voltage loss characteristic value are obtained; the maximum value of current of seven days and the maximum value of electric power of seven days are calculated; a current loss characteristic value is calculated; the number of days in which a daily average current value is less than the current loss characteristic value and the number of hours in which a load curve voltage value is less than the voltage loss characteristic value are calculated; the current loss ratio and the voltage loss ratio of the electric energy meter are calculated; the minimum value of average electric power of a fault free period is calculated; total fault time and total residual electric power are calculated; and electric power required to be retrieved is calculated. Electric power retrieving can be automatically performed under the condition of voltage loss and current loss of the electric energy meter without influence of the present power consumption state of the electric energy meter so that the electric power retrieving method based on the load curve is suitable for the electric energy meters of various types of electric energy loads and various types of metering modes, wide in range of application, automatic in the whole course, accurate in calculation and high in calculation speed and is realized by using computers completely.

The invention discloses a casting forming method and a forming system for a refractory green brick. The casting forming method comprises the following steps of: casting refractory green brick pug into a continuous forming cavity at a high speed by a casting device to form a band-shaped green body; forming the side face of the band-shaped green body by using a green brick side face forming device; cutting the rough top surface of the band-shaped green body off by shaping; and cutting the band-shaped green body according to the size of a brick support plate to obtain a finished refractory green brick. According to the casting forming method, the water content of a raw material is lower than that of the raw material used in extrusion forming and pouring forming, and is higher than that of the raw material used in die forming, and the method belongs to non-pressure forming. The green body is regular in shape after forming, is free from residual inner stress, and has relatively low water content; in a green body sintering process, the deflection is small, and allowance is reduced during forming of the green body; and after sintering, the cold processing allowance is reduced, the mechanical abrasion and the energy consumption of cold cutting processing are reduced, and full automation of the green body can be realized among procedures of subsequent drying, kiln stacking before sintering, transportation after sintering and cold-cutting processing.

The invention provides an essence and perfume injector. The essence and perfume injector comprises: at least one cigarette accommodating device, wherein every cigarette accommodating device limits one or more cigarette accommodating cavities; a station device provided with the at least one cigarette accommodating device to carry the at least one accommodating device to an injection station from a cigarette inserting station; a cigarette feeding device used for making cigarettes enter all the cigarette accommodating cavities of every cigarette accommodating device when every cigarette accommodating device is positioned in the cigarette inserting device; and an injection device used for making an essence and / or a perfume enter the cigarettes in every cigarette accommodating cavities of the cigarette accommodating device when every cigarette accommodating device is positioned in the injection station. The essence and perfume injector allows the cigarettes to be automatically inserted to the cigarette accommodating cavities of the cigarette accommodating device through the cigarette feeding device and then essence and perfume injection to be carried out, so full automation is realized, and the essence and perfume injection efficiency is increased.

The invention discloses an automatic mesh grinding and collecting device of raw ore. The device comprises a box body, dust collectors fixedly connected with the ground are arranged at the front side,the rear side and the rear side of the box body, motors I which are fixedly connected with the ground are arranged at the front end and the rear end of the right side of the box body. The device andthe method have the beneficial effects that the structure is simple, the operation is simple and convenient, a crushing step is directly skipped for grinding, the cost is saved, can be used for carrying out multi-mesh grinding on the raw ore at one step, raw ore powder can be automatically collected in the grinding process, so that the condition that the raw ore can only grind a single specified mesh in the prior art is solved, the conditions of repeated feeding and discharging and changing grinding tools with different meshes are avoided, the whole process is automatic, simple, efficient, convenient and fast are achieved.

The present invention relates to the technical field of inkjet printing of circuit boards, in particular to a double-sided inkjet printing machine for circuit boards, which includes a printing body and a sheet material conveying mechanism assembly. The printing body includes a first printing part, a printing dolly and the second printing section, the printing dolly is located between the first printing section and the second printing section, the first printing section transports the circuit board to the printing trolley, and the printing trolley After inkjet printing is performed on the first side of the circuit board, the sheet material conveying mechanism assembly moves the circuit board at the first printing section to the second printing section and turns the circuit board over during the transfer process. The first surface of the circuit board is located on the second printing section, and the second printing section transports the circuit board to the printing trolley, and the inkjet printing is performed on the second surface of the circuit board by the printing trolley. The present invention also relates to a method for double-sided jet printing of a circuit board, which adopts the above-mentioned integrated machine for double-sided jet printing of a circuit board.