83results about How to "Orderly flow" patented technology

The invention discloses a production system for producing building plaster by using desulphurization gypsum. The production system comprises a feeding system, a drying system, a calcining system, a dust removing system, a burning system and a material storing and packaging system, wherein the feeding system is used for feeding plaster materials; the drying system is used for drying the plaster materials; the calcimining system and the burning system are used for calcining the plaster materials into the building plaster; the material storing and packaging system is used for packaging the building plaster; the dust removing system is applied to all subsystems of the production system for removing dust in the production. The production system has the following advantages that the building plaster is prepared by a drying and calcining two-step method of a spiral dryer and a fluidized bed combustion boiler; the production system has remarkable advantages of low energy consumption, simple technology, stable quality of a product, easiness in control and the like.

The invention relates to a plain area urban river network water circulation regulation and control method based on an ecological restoration target, and the method comprises the steps: building a water volume-hydrodynamic force-water quality-water ecological index system through the investigation of the basic conditions of an urban river network and taking the aquatic organism diversity as the basic target of the urban river network water ecological restoration; constructing a river network hydraulics-water quality-water ecology refined simulation model, optimizing a flowing water engineeringregulation and control scheme by utilizing a hydrodynamic force-water quality simulation result of each scene scheme, constructing an urban river network large circulation system, and adjusting a section structure of a local end river segment to realize local small circulation; and comprehensively evaluating the flood control safety, the environment improvement benefit and the influence on the water supply source of the regulation and control scheme. Under an existing engineering system, a flowing water source and kinetic energy of the flowing water source are fully utilized, dispatching of hydraulic engineering such as gates and pumps serves as a main way, ordered movement of inland river water flow is promoted, and the inland river self-cleaning capacity is recovered and improved.

A liquid heat dissipation structure for a motor controller comprises a heat dissipation plate main body and a cover plate arranged in parallel with the heat dissipation plate main body; wherein the heat dissipation plate main body comprises a heat dissipation substrate, a side plate with a liquid inlet and a liquid outlet, a plurality of flow baffles, and a plurality of diversion fin groups; the side plate is perpendicular to the heat dissipation substrate, a semi-closure containing cavity is enclosed by the side plate and the heat dissipation substrate; and the flow baffles and the diversion fin groups are arranged in the containing cavity. The liquid heat dissipation structure has the advantages that: with the design of at least two S-shaped main flow channels connected in series and the diversion fin groups, a flow diversion function is provided, and at the same time, dissipation of the heat in the motor controller is effectively accelerated; with the design of S-shaped bosses, which are in seamless connection with the S-shaped main flow channels on the heat dissipation substrate, on the cover plate, closure of the motor controller is improved, and at the same time, liquid having the heat dissipation effect can flow orderly between the main flow channels and secondary flow channels, so as to achieve the purpose of liquid heat dissipation.

The invention provides an electrical heating continuous coal pyrogenation coking furnace which includes a furnace body, the furnace body is equipped with a hopper, a pre-heating segment, an electrical heating main body segment, a gas cycle cooling segment and a coke discharge segment orderly from upper to down; control valves are set among the hopper, the pre-heating segment, the electrical heating main body segment, the gas cycle cooling segment and the coke discharge segment. The coking furnace has advantages as follows: 1. the furnace can control rolling speed and heating effect of moulded coal efficiently in rolling process of coking coal; 2. the furnace solves temperature and environment atmosphere required by the coal pyrogenation coking; 3. the furnace changes traditional coke cooling method by water into inert gas cycle for realizing heat energy utilizing fully, is energy-saving and environmental-friendly; 4. the furnace reduces raw material cost, increases coke quality and reduces coke foam and coke particle generating; 5. the furnace can replace full coal gas by electrical heating which can solve smoke pollution efficiently.

The invention discloses a radio-frequency circuit and a method for reducing harmonic interference of the radio-frequency circuit. The circuit comprises a radio-frequency transceiving module, a matching module, a shunt switch and a filter module; one end of the matching module is connected with the radio-frequency transceiving module, and the other end is connected with the filter module via the shunt switch. The method comprises the following steps: S10, detecting the frequency of signals; and S20, selecting a signal channel according to the frequency detection result of the signals. The radio-frequency circuit can recognize signals and transmit the signals in different channels, and can further filter more harmonic interference generated therein, thus greatly reducing harmonic power no matter on conduction or coupling, and solving the problem of electromagnetic compatibility stray.

Method and system for transferring items (2) from an inlet flow or a bulk of items at a first area to a second area, from which the items are transferred in an orderly flow of items,

• • whereby a plurality of gripping means (18) are used for transferring said items and
  • whereby said method comprises the steps of
  • moving at least one of said plurality of gripping means (18) towards at least part of said first area or vice versa,
  • engaging one of said items by said at least one of said plurality of gripping means (18),
  • moving said engaged item away from said first area, or vice versa,
  • placing said engaged item at a selected position, and whereby
  • said item is moved away from said second area in an orderly flow with at least one further item handled by another of said plurality of gripping means.

The invention discloses a proportional electromagnet for controlling a position of a valve core of a hydraulic valve. The proportional electromagnet comprises an electromagneticinduction component and an armature component, wherein the armature component is arranged in the electromagneticinduction component and is in sliding fit with the electromagneticinduction component; the proportional electromagnet is also provided with a hydraulic passage which is communicated with an upper end face and a lower end face of the armature component and forms a hydraulic loop with a valve core cavity of the hydraulic valve; a hydraulic loop is formed between the upper end face as well as the lower end face of the armature component and the valve core cavity of thehydraulic valve, so that the upper end face as well as the lower end face of the armature component and the valve core cavity of thehydraulic valve are hydraulically balanced, hydraulic disturbance is effectively eliminated, the output power of the proportional electromagnet is stably output, and the positional relation of the valve core and a valve seat of the hydraulic valve is effectively controlled; and thus, the flow velocity of oil in the hydraulic valve is controlled, the hydraulic pressure of the oil in an executing element of the hydraulic system is stably adjusted, and the hydraulic equipment stably works.

The invention relates to an assembly prefabricated component series-connection sleeve connecting structure and a grouting method thereof, and belongs to the field of residential PC industrialization.The assembly prefabricated component series-connection sleeve connecting structure comprises one or more sets of series-connection sleeves and connecting pipes; a gap is formed between an assembly prefabricated upper component and an assembly prefabricated lower component; each set of series-connection sleeves is formed by a plurality of sleeves which are connected in series through the corresponding connecting pipe, and the two ends of the connecting pipes are connected with upper openings and lower openings of the adjacent sleeves correspondingly; and a shear key forming groove is formed inthe bottom end of the upper component, communicates with the gap between the upper component and the lower component and is poured with a primary grouting material, and the series-connection sleeves are poured with secondary grouting materials. The grouting method of the assembly prefabricated component series-connection sleeve connecting structure comprises the steps: primary pouring, still standing and secondary pouring. The assembly prefabricated component series-connection sleeve connecting structure is improved based on a single-point grouting method, and has the characteristics of beingeasy to construct, excellent in performance and free of grouting defects.

The invention provides a comprehensive treatment method for cocoons without ends and basinetto silks on an end neatening and groping head of an automatic silk reeling machine. By the comprehensive treatment method, the working conditions of the end neatening and groping head can be comprehensively treated systematically by taking environment-friendly and energy-saving measures. According to the comprehensive treatment method for the cocoons without the ends and the basinetto silks on the end neatening and groping head of the automatic silk reeling machine, fluid of an end neatening pot at a hopper for feeding cocoons with correct ends returns and rushes out from a slope of the bottom of the end neatening pot in front of an opening for feeding the cocoons with the correct ends in the end neatening pot to form water flow through a first water pressing valve by using the descending action of the hopper for feeding the cocoons with the correct ends on the end neatening pot, the cocoons without ends on the slope on the bottom of the end neatening pot are washed away from the opening for feeding the cocoons with correct ends and are fed in running water flow of a hopper for lifting the cocoons without the ends, and the hopper for lifting the cocoons without the ends is a conveying mechanism for feeding the cocoons without the ends to an end groping pot from the end neatening pot. By using water circulation, the structure is simple, the comprehensive treatment method is multipurpose, cocoons can be discharged, and water in the end groping pot can be heated, and negative effects on cocoons in the end groping pot due to the fact that the fluid in the end groping pot is directly heated by steam are avoided.

The invention provides a floating bed with a frame structure that can be suspended in water for a long time, and a paddy field equipped with a water lifting device powered by natural energy. The water lifting device lifts water from the outside of the paddy field and sends it into the paddy field. Under the action, the water in the paddy field will seep and flow from the soil and sand in the paddy field from top to bottom and return to the external water area, using the soil, sand and its cultivated organisms to intercept the sludge and bacteria in the water body, Digest the pollutants in the water body and sludge to achieve the purpose of purifying the water body; adjust the ratio of the water level to the air in the lower buoyancy chamber, so that the conversion between the water pool and the dry land can be shown in the upper material chamber, realizing the use of water space, The purpose of creating cultivated land, green land and wetland provides an infrastructure for the sustainable development of human society in harmony with the natural environment.

The invention provides a swirling sand removing device and a swirling sand removing method. A hollow center pipe is arranged in a connecting pipe in a sliding manner, the front end of the connecting pipe is connected with a rotary front nozzle component, and a rear nozzle component is arranged at the side wall of the connecting pipe; a side through hole is formed in the side wall of the center pipe, and the side through hole is communicated with a rear nozzle of the rear nozzle component when the center pipe is located at an axial position; a piston component is arranged in the connecting pipe, a piston through hole is formed in the piston component, and the piston through hole is communicated with a front nozzle of the front nozzle component; when the central pipe moves axially, the piston is closed or started by the central pipe; a spring which enables the center pipe to be far away from the front nozzle component is further arranged between the central pipe and the connecting pipe. By adopting the structure and the method provided by the invention, the axial movement of the central pipe can be controlled by feeding fluid supply pressure of the connecting pipe, and the forwards rotary liquid injection of the front nozzle component and the backwards liquid injection of the rear nozzle component can be realized, therefore the sand can flow orderly in a shaft bottom, the turbulence is low in the sand removing process, and the sand cleaning effect of the shaft bottom can be improved.

The invention discloses a deposition reaction device for manufacturing a low-loss optical fiber preform rod and a pressure adjusting method, and relates to the technical field of manufacturing of optical fiber preform rods. The device comprises a pressure gauge, a controller and a reaction vessel with an open top, wherein the pressure gauge and the reaction vessel are connected, and high-purity inert gas with purity higher than 99 percent circulates in the reaction vessel; a first blast burner for making a cladding layer and a second blast burner for making a core layer are arranged on one side of the reaction vessel, and the second blast burner is located between the first blast burner and a plane of the bottom of the reaction vessel; the bottom of the reaction vessel is connected with a matching pipe, the matching pipe is communicated with the inside of the reaction vessel, a flow adjuster is arranged on the matching pipe and the flow adjuster is connected with the pressure gauge through the controller. According to the deposition reaction device for manufacturing the low-loss optical fiber preform rod and the pressure adjusting method, metal impurities can be effectively prevented from entering glass micro-particle sedimentary bodies, the content of metal impurities in the manufactured optical fiber preform rod is low and the impurity absorption loss is smaller.

The invention relates to an assembly line station storage structure and a control method which are used in cooperation with a main assembly line. The assembly line station storage structure comprises a work region and a control module. The main assembly line comprises bearing and moving devices used for moving products on the main assembly line out of the main assembly line. The work region comprises work tables, the storage structure further comprises a storage region, and the storage region comprises storage tables. The storage region and the work region are arranged on the two sides of the main assembly line respectively so that the bearing and moving devices can horizontally move the products to the storage tables or the work tables. The control module is connected with the bearing and moving devices, the work tables and the storage tables. The assembly line station storage control method includes the steps that the state of the work region is judged; whether the products to be input are conveyed to the work tables or the storage tables is judged according to the state of the work region. Through the adoption of the assembly line station storage control method and structure, the length of the assembly line can be shortened and space can be saved.

The invention discloses a tungsten inert gas shielded welding torch capable of compressing electric arc, and a water cooling heat dissipation device composed of an electrode handle, an electrode seat,a water inlet pipe, a water outlet pipe, an electrode cap and a sealing gasket. The head part of the electrode handle is a tungsten electrode seat for installing tungsten electrodes, a positioning table is arranged on the middle part of the electrode handle, the tail part of the electrode handle is a heat dissipation cylinder, the tungsten electrodes are in interference fit with the tungsten electrode seat, and the tungsten electrodes and the electrode handle are integrated through hard connection, namely a combined electrode. The electrode handle enables the combined electrode and the electrode seat to be accurately connected through the positioning table and the electrode seat. An air passage is formed between a welding torch shell and the electrode seat, a cooling water cavity is formed between the heat dissipation cylinder and the electrode seat, the water inlet pipe and the water outlet pipe are both connected with the cooling water cavity, the water inlet pipe is arranged in thewater outlet pipe, a plurality of guide holes are formed in the peripheral wall of the heat dissipation cylinder, and an opening of the heat dissipation cylinder is opposite to a nozzle of the waterinlet pipe. The tungsten inert gas shielded welding torch capable of compressing the electric arc has good cooling effect, large welding penetration depth, convenient electrode replacement and no influence on the welding effect after each electrode replacement.

The invention relates to a thick plate laser cutting method. The thick plate laser cutting method is characterized by comprising the following steps of 1, fixing an electromagnetic coil onto a laser cutting head, wherein the electromagnetic coil can move along with the laser cutting head; 2, vertically placing and fixing a workpiece to be cut; 3, defining a corner cutting leading-in section and aleading-out section in a laser cutting track; 4, activating a laser cutting system, cutting auxiliary gas and an electromagnetic field power source, perpendicularly irradiating the surface of the workpiece to be cut by laser beams to realize laser cutting of a thick plate; 5, adjusting the electromagnetic field power source when the laser beams move to a starting point of the corner cutting leading-in section to start corner region cutting; 6, adjusting the electromagnetic field power source when the laser beams move to an end point of the corner cutting leading-out section to finish corner region cutting; and 7, turning off a laser generator, the electromagnetic field power source and the cutting auxiliary gas to complete the cutting process when a cutting tail end point is reached. Compared with the prior art, the thick plate laser cutting method is good in cutting effect.

The invention relates to the technical field of energy storage equipment, and particularly relates to a battery PACK cooling assembly, an energy storage container and a cooling method. The battery PACK cooling assembly makes the cold air flow into a first air supply cavity and flows into a first air collection cavity from a gap between battery PACKs to cool the battery PACKs. The battery PACK cooling assembly has the effects of ordered flow of a wind field, small temperature difference in the box and stable cooling effect. The energy storage container comprises at least two battery PACK cooling assemblies. The first air supply cavities of two adjacent battery PACK cooling assemblies are communicated or the first air collection cavities of the two adjacent battery PACK cooling assemblies are communicated, so that the unit design volume of the energy storage container is reduced, and the occupied area of the energy storage container is also reduced. According to the cooling method, cooling is achieved by making the cold air pass through the space between the two adjacent battery PACKs, so that the cooling effect is good; and the first air collection cavity and the first air supply cavity separate the two sides of a battery rack, the air field flows orderly, and the temperature difference in the energy storage container is small.

Provided is a protective conveying mechanism for high-cleanliness working spaces. The defect that an existing Cartesian-coordinate robot cannot be used for high-cleanliness working spaces is overcome. The protective conveying mechanism for high-cleanliness working spaces is technically characterized in that a unique structure combining sealing and negative pressure adsorption is adopted, that is, a channel opening needed for movement of a rotor of a linear motor and an external standby fixing plate assembled together with a positioning supporting connecting plate is sealed by a dustproof belt; a sealed chamber is formed by an inner cavity of a base body, and a whole driving main body is packaged in the inner cavity of the base body; under the action of negative pressure adsorption in the sealed chamber communicating with an external negative pressure source, generated airflow flows in sequence and is exhausted through a corresponding exhaust opening in the closed chamber, and the effect that micro dust produced by all movement units is not leaked out of the sealed chamber of the base body is guaranteed. The protective conveying mechanism for high-cleanliness working spaces is reasonable in structural design, wide in operation range, high in operation speed, accurate in positioning accuracy and capable of meeting the requirement of various high-cleanliness working spaces, the micro dust produced by the movement units is not leaked out, and the ambient environment and materials are prevented from being polluted.

An embodiment of the invention provides a heat exchange plate applied to a heat exchanger. The heat exchange plate is characterized by comprising a body and a first guide assembly, wherein the first guide assembly is arranged on the upper surface of the body to guide a fluid flowing through the upper surface of the body to flow. The heat exchange efficiency of the heat exchange plate is improved. The invention further provides the heat exchanger and a cabinet of a communication base station.

The invention relates to a centrifugal concrete pile production line which comprises a feeding and die locking area, a centrifugal area and a curing area. The centrifugal concrete pile production lineis characterized by additionally comprising a die conveying vehicle, a first span of a factory building, a second span of the factory building and a third span of the factory building; the first spanof a factory building, the second span of the factory building and the third span of the factory building are orderly arranged in a neighboring manner; a first area used for placing cured dies containing piles is arranged in the first span of the factory building, a second area used for lifting upper half die sections of the dies is arranged in the second span of the factory building, and a thirdarea used for mounting steel reinforcement cages on lower half die sections of the dies is arranged in the third span of the factory building; or the third area used for mounting the steel reinforcement cages on lower half die sections of the dies is arranged in the second span of the factory building, and the second area used for lifting the upper half die sections of the dies is arranged in thethird span of the factory building; the die conveying vehicle can move to and fro between the first span of the factory building and the second span of the factory building, and the die conveying vehicle can move to and fro between the second span of the factory building and the third span of the factory building. The centrifugal concrete pile production line is reasonable in layout and capable of ensuring orderly operation of die disassembling and manufacturing, and improvement of an automation level of concrete pile production can be facilitated.

The invention discloses an environment-friendly firework launching rack capable of being filled repeatedly. The environment-friendly firework launching rack comprises a lower die holder (1) and an upper die holder (3); supporting platforms (15) are arranged on the lower die holder at intervals; platform sinking holes matched with the supporting platforms are formed in the upper die holder; an air duct capable of connecting and communicating with the supporting platforms in series is formed between the upper die holder and the lower die holder; the side edge of the first supporting platform is provided with a fire-leading channel (17) capable of being filled with a detonating fuse head; the periphery of the air duct is correspondingly provided with a sealing device capable of sealing the air duct; and the sealing device comprises sealing grooves (14) located in the lower die holder and sealing stripes (16) which are located on the upper die holder and can be embedded into the sealing grooves. According to the environment-friendly firework launching rack capable of being filled repeatedly, as the periphery of the hot airflow air duct is provided with the sealing device, thus, hot airflow can be controlled to be not leaked outwards, so that the hot airflow is enough to be subjected to ignition discharging, moreover, the hot airflow can flow orderly, and normal discharging of fireworks is ensured. The launching rack is compact in structure, convenient to manufacture, lightweight and high in durability.

The invention discloses a device for detecting the air tightness of a dissipative muffler. The device comprises an engine case, a working cavity and a sliding valve, wherein a rotating roll is arranged on a side surface of the sliding valve; the periphery of the top surface of the engine case is bulged upward; screw holes are formed in the bulged part; a cooling water cover is arranged above the engine case; through holes are formed in the cooling water cover; bolts penetrate through the through holes and are inserted into the screw holes; a plurality of baffle plates are arranged under the cooling water cover; cavities are formed in the baffle plates; springs and supporting plates are arranged in the cavities; the lower parts of the supporting plates are connected with bases; a water inlet and a water outlet are respectively mounted on two mutually parallel side surfaces of the cooling water cover; when the cooling water is mounted on the engine case, the bottoms of the baffle plates are in contact with the engine case, and the baffle plates are perpendicular to side surfaces of the bulged part; and the baffle plates are parallel to one another, and every two adjacent baffle plates are connected onto the different side surfaces of the bulged part. The device not only is convenient to clean, but also has the advantage that the engine case assembly is prevented from being repeatedly dismounted from and mounted in a screw rod compressor, so that the working strength of operating personnel can be reduced and the service life of the engine case can be prolonged.