35results about How to "Reduce the difficulty of maintenance and management" patented technology

The invention relates to an automatic weighing and feeding device for an electronic kiln, belonging to the technical field of the supporting facilities of electronic kilns. The automatic weighing and feeding device comprises a material conveying rack, an automatic material conveying mechanism, a metering rack, a weighing mechanism and a weighing disk moving mechanism, wherein the automatic material conveying mechanism is arranged at the top of the material conveying rack, the metering rack is arranged at one end of the material conveying rack, a first guide rail is fixedly arranged at one side of the top of the metering rack in the length direction, a second guide rail is fixedly arranged at the other side of the top of the metering rack in the length direction, the weighing mechanism is matched with the first guide rail and the second guide rail in a sliding manner and also corresponds to the automatic material conveying mechanism, and the weighing disk moving mechanism is arranged on the metering rack and is in transmission connection with the weighing mechanism. The automatic weighing and feeding device for the electronic kiln has the advantages that the requirements of uninterrupted weighing and metering are met by only one device, and then, the material conveying mechanism is guaranteed to uninterruptedly take materials, so that the design and the investment can be saved, the difficulty in the management and the maintenance of the device can be reduced, the efficiency can be increased, and the occupied space of a production site can be saved.

The invention discloses a cleaning type high-strength plastic grinder, belonging to the technical field of breaking devices. The cleaning type high-strength plastic grinder comprises a rack, a shatter box, a power plant, an upper shim, a lower shim, a material sieve plate, a power driven device and a feeding hopper. The cleaning type high-strength plastic grinder is characterized in that at least one inner wall of the feeding hopper is fixedly provided with a spraying and cleaning device; the lower part of one side of the rack is fixedly provided with a drainage layout device which corresponds to the lower part of the material sieve plate. The invention does not need to install a washing device singly, saves the occupied floor area, lowers the management and protection difficulty, saves labor and can prevent the sewage from spreading by the drainage layout device so as to protect the on-site operation environment.

The invention provides a multi-system verification method. The multi-system verification method comprises the following steps: receiving a user request, and determining a request category; verifying an operation authority when the category is an operation request, and performing the corresponding operation when the verification is passed; determining whether a token Assertion exists in the requestor not when the category is an access request; verifying whether the token Assertion is legal or not when the token Assertion exists in the request, and allowing to access to a client system when thetoken Assertion is legal; determining whether a service ticket ST exists in the request or not when the token Assertion does not exist; verifying whether the service ticket ST is legal or not when the service ticket ST exists, and allowing the user to access the client system when the service ticket ST is legal; and requiring the user to log in to obtain a new service ticket ST for verification when the service ticket ST does not exist, and allowing the user to access the client system when the new service ticket ST is legal. By applying the multi-system verification method provided by the invention, the user can use the client system without repeated login; therefore, the convenience of users to use the client system is increased, and the cost and difficulty of maintenance and managementof an enterprise to the client system is reduced.

The invention discloses a method of constructing a clustered tree landscape. The method comprises the specific steps of carrying out topographic prospecting and designing, selecting available trees,carrying out planting hole preparing and planting according to different planting positions, setting out drainage, breathable and supporting facilities according to the different planting positions, and carrying out maintenance measures. The modes, such as deep digging and planting, erection on the low-lying land and slope filling, are adopted herein; the materials, such as stones and wooden trestles, and the protective structures, such as drain pipes and breathable troughs, are adopted; conventional trees can be shaped into a surface clustered tree landscape in quick, efficient, economic andlong-lasting manner, and the problem that current cultivation of clustered plantlets experiences long cycle and high cost is solved. The method has good application value.

The invention discloses a gas well remote high-voltage well switching device and a control method thereof and belongs to the technical field of natural gas exploitation. The gas well remote high-voltage well switching device comprises a switch valve, a reducing valve and a first elastic piece, wherein the switch valve comprises a valve body, a valve cover, a valve core sleeve, and a valve core fixed with the reducing valve; the valve body is provided with a valve cavity, a gas outlet channel and a gas inlet channel, and the first end of the valve core sleeve and the valve cover and the valve cavity form a valve core sleeve upper cavity; the first elastic piece is fixed with the first end of the valve core sleeve and the valve cover; the valve core is operable to close or open the gas outlet channel, and the second end of the valve core sleeve is operable to prop against the valve core; the valve core upper cavity is formed between the first end of the reducing valve and the valve cover; the reducing valve is provided with a gas inlet and a gas outlet, the valve core sleeve can slide along the valve cavity to block or communicate the gas inlet channel and the gas inlet; and the valve core and the reducing valve can slide along the valve cavity to enable the gas inlet channel and the gas outlet channel to be blocked or closed, as a result, automatic switching of the gas well is remotely achieved at high voltage, and management and maintenance difficulty of the gas well as well as manpower and material resources are reduced.

The invention discloses a swage station's remote cluster control system, comprising a monitoring layer, a first transmission layer, a relay station, a second transmission layer and an execution layer, wherein the monitoring layer comprises a sever used to analyze the data transmitted from the swage station; the first transmission layer is used to complete the communications between the monitoring layer and the relay station; the relay station is used to forward the data information of the monitoring layer and/or the executing layer; the second transmission layer is used to complete the communications between the relay station and the execution layer; and the execution layer comprises a plurality of areas divided according to the region, and each of the area contains one or more swage stations that are remotely controlled. The swage station's remote cluster control system is capable of administering effective and uniformed monitoring and treatment to a plurality of swage stations of a plurality of regions so as to reduce the management difficulty brought about by the scattering distribution of the swage stations.

The invention belongs to the technical field of filling devices for down products and relates to a down transfer unit for a down-feeding fan of a down-filling machine. The down transfer unit comprises a switching mechanism fitting pipe, a down-feeding switching mechanism, and a down-changing switching mechanism; the upper end of the switching mechanism fitting pipe is provided with a down-feeding switching mechanism fixing flange by expanding, and the lower end thereof is provided with a down-changing switching mechanism fixing flange by expanding; one side of the switching mechanism fitting pipe is provided with a fan connecting sleeve connector by extension; a fan connecting sleeve is fixed to the fan connecting sleeve connector; the down-feeding switching mechanism is connected with the down-feeding switching mechanism fixing flange; the down-changing switching mechanism is connected with the down-changing switching mechanism fixing flange. After the fan connecting sleeve is connected with a fan, down feeding or down changing can be achieved through switching between the down-feeding mechanism and the down-changing switching mechanism; the manufacture cost of the down-filling machine is evidently reduced; availability of the fan is improved, and resources are saved; floor area is saved, and the ability to adapt to the places limited by mounting space is improved; equipment is easier to manage and protect, and maintenance cost is reduced.

The invention belongs to the technical field of natural gas extraction, and particularly relates to an electromagnetic type medium-low pressure gas collection well remote control well opening and closing device, system and method. The device comprises a valve body, a downstream flange, a pressure reduction mechanism, a high-pressure sleeve, a valve cover, a full-opening mechanism, a high-pressure sleeve pressurizing electromagnetic head group, a full-opening pressurizing electromagnetic head group, an upstream flange, a pressure reduction mechanism compression spring, a high-pressure sleeve compression spring, an air cylinder piston, an air cylinder, a high-pressure sleeve pressure relief electromagnetic head group and a full-opening pressure relief electromagnetic head group. In addition, a remote terminal unit RTU, an electric bypass valve and a flow meter form a remote control well opening and closing system, the problems that an existing well mouth remote control valve does not have the pressure reduction function and the flow meter is blocked to cause well opening failure are solved, the safety of the gas well is enhanced, and fine management of the gas well is achieved.

The invention discloses a power transmission device with a working part height difference compensation function, and belongs to the technical field of gardens and agricultural facilities. The power transmission device comprises a reduction gearbox shell, a reduction gearbox shell cover and a speed reduction transmission chain, the reduction gearbox shell is provided with a shell cavity, and the reduction gearbox shell cover is fixed to the reduction gearbox shell; a power input transmission mechanism is arranged between the reduction gearbox shell and the left end of the reduction gearbox shell cover, and the power output transmission mechanism is arranged between the reduction gearbox shell and the right end of the reduction gearbox shell cover; the left end of the speed reduction transmission chain is in transmission connection with the power input transmission mechanism, and the right end of the speed reduction transmission chain is in transmission connection with the power output transmission mechanism. The power transmission device has the following characteristics: the left end of the reduction gearbox shell and the left end of the reduction gearbox shell cover form a rectangular structure, the right end of the reduction gearbox shell and the right end of the reduction gearbox shell cover are raised upwards, and a working part height difference compensation angle is formed between the right end of the reduction gearbox shell and the right end of the reduction gearbox shell cover and the bottom plane of the left end of the reduction gearbox shell and the left end of the reduction gearbox shell cover. The power transmission device has the following advantages: the structure is simplified, equipment investment cost is saved, and daily management and protection difficulty is reduced.

The invention provides a method and a system for establishing a cluster service. The method for establishing the cluster service comprises following steps: group calling initiating BSS receives a voice group calling request sent by an initiator and sends a service request message carrying supported voice coding-decoding types to a mobile switching center (MSC) according to the voice group calling request; the MSC receives a first group calling establishing request message sent by the initiator after the service of the MSC and the initiator is connected, wherein the first group calling establishing request message carries the voice coding-decoding types supported by the initiator and the group calling receiving BSS information; the MSC selects a first voice coding-decoding type for the use of the group calling initiating BSS through the group calling initiating BSS according to the service request message and the first group calling establishing request message; the MSC selects a second voice coding-decoding type for the use of the group calling receiving BSS through the group calling BSS according to the first voice coding-decoding type; group calling receiving BSS assigns the selected results to corresponding users. According to the technical scheme, by means of the IP-based A interface, voice group calling service is carried out with increased voice service quality and reduced network cost.