阅读说明：本技术 一种智能节能环保设备 (Intelligent energy-saving environment-friendly equipment ) 是由 张兆华 于 2019-07-31 设计创作，主要内容包括：本发明公开了一种智能节能环保设备,其结构包括：机体、挡板条、锁柱、维护窗、粉尘处理机构、振荡器、减震架,本发明的有益效果：通过在结构上设有粉尘处理机构不仅具备回收粉尘和压缩粉尘的功能,还能将粉尘切割为大小统一的规格,便于装袋处理,在这个过程中粉尘不会与外界以及操作人员发生接触,可有效避免粉尘回收后产生二次污染。(The invention discloses an intelligent energy-saving environment-friendly device, which structurally comprises: the invention relates to a machine body, a baffle plate strip, a lock column, a maintenance window, a dust treatment mechanism, an oscillator and a damping frame, which have the beneficial effects that: through structurally being equipped with dust disposal mechanism not only possess the function of retrieving the dust and compressing the dust, can also be with the dust cutting for the unified specification of size, the bagging-off of being convenient for is handled, and the dust can not take place the contact with external world and operating personnel at this in-process, can effectively avoid producing secondary pollution after the dust is retrieved.)

1. An energy-concerving and environment-protective equipment of intelligence, its structure includes: organism (1), baffle strip (2), lock post (3), maintenance window (4), dust handling mechanism (5), oscillator (6), shock attenuation frame (7), its characterized in that:

Organism (1) surface is equipped with maintenance window (4), and maintenance window (4) are connected baffle strip (2), and baffle strip (2) are equipped with lock post (3), and organism (1) inner chamber is located in dust disposal mechanism (5), and organism (1) bottom is equipped with oscillator (6) and links to each other with dust disposal mechanism (5), and shock attenuation frame (7) are connected in organism (1) bottom.

2. The intelligent energy-saving environment-friendly device according to claim 1, characterized in that: dust treatment mechanism (5) are by collecting storehouse (10), deposit storehouse (11), blast pipe (12), insulator (13), compressor (14), piecemeal ring (15), cutting seat (16), carry rail (17), bagging-off groove (18), fixture block (19) and constitute, collect storehouse (10) UNICOM and deposit storehouse (11), deposit storehouse (11) and be equipped with blast pipe (12) and insulator (13), deposit storehouse (11) bottom and connect compressor (14), the position that corresponds below compressor (14) is equipped with piecemeal ring (15), cutting seat (16) are located piecemeal ring (15) both sides, and the position UNICOM of piecemeal ring (15) both sides bottom is carried rail (17), carries rail (17) to connect through fixture block (19) and connects in bag groove (18).

3. The intelligent energy-saving environment-friendly device according to claim 2, characterized in that: the blocking ring (15) comprises an upper ring (20), a forward rotation rod (21), a forward rotation ball seat (22), a lower ring (23), a reverse rotation rod (24), a reverse rotation ball seat (25) and an upright groove (26), wherein the upper ring (20) is provided with the reverse rotation rod (24), the reverse rotation rod (24) is connected with the reverse rotation ball seat (25), the lower ring (20) is movably connected with the bottom end of the upper ring (20), the forward rotation rod (21) is connected with the lower ring (23), the forward rotation rod (21) is connected with the forward rotation ball seat (22), and the inner side wall of the upper ring (20) and the inner side wall of the lower ring (23) are equally distributed with the.

4. The intelligent energy-saving environment-friendly device according to claim 2, characterized in that: cutting seat (16) comprise blade holder (30), deep groove (31), balanced support (32), skew pole (33), catapult (34), piston rod (35), horizontal groove (36), sword comb board (37), blade holder (30) both sides are equipped with deep groove (31), and deep groove (31) connect skew pole (33) through balanced support (32), and horizontal groove (36) of blade holder (30) both sides are connected through piston rod (35) in catapult (34), and sword comb board (37) are located between deep groove (31) of blade holder (30).

5. The intelligent energy-saving environment-friendly device according to claim 2, characterized in that: the conveying rail (17) is composed of a base frame (40), side frames (41), wheel rails (42) and rollers (43), the base frame (40) is connected with the side frames (41), the wheel rails (42) are arranged on the base frame (40) and the side frames (41), and the rollers (43) are embedded in inner rings of the wheel rails (42).

Technical Field

The invention relates to the field of environment-friendly equipment, in particular to intelligent energy-saving environment-friendly equipment.

Background

Along with the stricter and improvement of environmental protection standard that the national environmental improvement requires increasingly, environmental protection equipment market demand is huge, the industry continues to grow fast, especially, higher requirement has been proposed to the production function of this kind of environmental protection equipment of dust recovery processing because haze weather condition worsens to lead to, conventional dust class recovery plant all has the function of dust solidification, can compress the dust granule of collecting into the piece so that unified processing, but the dust compression piece after handling can be because the palm is to its applied force partly with its kneading piece when the workman takes, and the dust can fall the powder when taking because the defect of compression technology and produce secondary pollution, must research and develop the structure of dust environmental protection equipment to this kind of condition and can effectively solve the problem that dust recovery equipment produced secondary pollution.

Disclosure of Invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: an energy-concerving and environment-protective equipment of intelligence, its structure includes: the machine body is provided with a maintenance window on the surface and connected with the baffle plate strip, the baffle plate strip is provided with a lock column, the dust treatment mechanism is arranged in an inner cavity of the machine body, the bottom of the machine body is provided with an oscillator and connected with the dust treatment mechanism, the shock absorption frame is connected to the bottom layer of the machine body, the machine body is a basic structure of equipment and used for bearing the connection of other running components of the equipment, the baffle plate strip is provided with a good sealing line and can prevent dust and water, the influence on the equipment caused by the invasion of external dust particles and water vapor into the equipment is avoided, the lock column is a connecting structure used for locking the maintenance window and the machine body, the anti-theft and anti-damage performance is realized, the equipment damage caused by the unauthorized opening of the equipment by operators of the equipment can be prevented, the oscillator can generate vibration and drives the dust treatment mechanism to shake after running, the power of shake can act on the output structure on the dust disposal mechanism for the dust that compresses through the dust disposal mechanism and the piecemeal slips down from the conveying rail smoothly, avoids the dust to cause frictional force because of the characteristic of self to be too big block at the in-process from conveying rail and bagging-off groove landing, and the shock attenuation frame is used for reducing the vibration that the oscillator produced the organism, and avoids the organism to cause the component to drop or the operation is not smooth because of vibrations through the shock-absorbing structure of its inlayer with the organism by the vibrational force that the influence produced.

As a further technical supplement of the invention, the dust treatment mechanism comprises a collection bin, a precipitation bin, an exhaust pipe, an insulator, a compressor, a partitioning ring, a cutting seat, a conveying rail, a bagging groove and a clamping block, wherein the collection bin is communicated with the precipitation bin, the precipitation bin is provided with the exhaust pipe and the insulator, the bottom of the precipitation bin is connected with the compressor, the partitioning ring is arranged at a corresponding position below the compressor, the cutting seat is arranged at two sides of the partitioning ring, the bottom positions at two sides of the partitioning ring are communicated with the conveying rail, the conveying rail is connected with the bagging groove through the clamping block, the collection bin is used for collecting dust recovered by equipment, the dust can uniformly and slowly settle to the precipitation bin at the bottom surface in the entering bin through a conical structure of the collection bin, the precipitation bin is mainly a storage space for waiting for the dust to automatically fall under the action of gravity and accumulate into a dust layer with a certain thickness, and the precipitation bin is also provided with the exhaust pipe for regularly discharging gas in the precipitation bin to, the dust-free bag-shaped dust collector has the advantages that the condition that dust has friction electricity generation due to overhigh pressure in the bin is avoided, the insulator is used for eliminating micro particles generated by a machine body and all members capable of enabling the dust to be electrified and conductive, the dust is prevented from generating charges, the compressor has a stamping function, high-strength stamping force can be generated at the moment of pressing down to carry out compression molding on the dust below, the dust can form a cylinder block through a cylindrical structure of a blocking ring, the dust can form a uniform specification and size to compress a dust bagging space, the blocking ring is used as an outer-layer molding shell during dust stamping and can be used for cutting the dust subjected to stamping molding into equal upper and lower blocks, the dust blocks of the cylinder are cut into uniform specifications by utilizing the acting force generated by the respective movement of the upper part and the lower part of the blocking ring in, utilize the high strength potential energy of dashing ahead to prick into in the dust piece and form similar comb-shaped slot and use this as the complete cracked prerequisite of some manufacturing dust piece, the transport rail then is the dust piece that is used for carrying after the cutting, and bagging-off groove both sides are equipped with the buckle and can hang the wrapping bag and store the dust in the collection bag that bagging-off groove both ends formed a wide-mouth, the fixture block then is the draw-in groove block structure of seting up for staggering, can make transport rail and bagging-off groove interconnect through the mode of gomphosis, and have dismouting performance.

As a further technical supplement of the invention, the partitioning ring comprises an upper ring, a forward rotating rod, a forward rotating ball seat, a lower ring, a reverse rotating rod, a reverse rotating ball seat and a vertical groove, wherein the upper ring is provided with the reverse rotating rod, the reverse rotating rod is connected with the reverse rotating ball seat, the bottom end of the upper ring is movably connected with the lower ring, the lower ring is connected with the forward rotating rod, the forward rotating rod is connected with the forward rotating ball seat, the inner side walls of the upper ring and the lower ring are uniformly distributed with the vertical groove, the upper ring and the lower ring have the same height and the same size, the upper ring and the lower ring are movably connected, a gap slightly larger than the thickness of the comb plate on the cutting seat is reserved for the comb plate to pass through, the forward rotating rod is driven by the forward rotating ball seat to form a rotating force in the clockwise and forward direction and a rotating force opposite to the counterclockwise and reverse rotating force formed by the reverse rotating rod linked with the reverse rotating ball seat, the limiting values of the two rotating forces, the counter force that forms each other from top to bottom can break off the dust piece toward different directions to the notch disconnection that forms by means of the cutting seat is two smooth discoid dust pieces, and the vertical retort makes the dust piece can not glue at the upper ring with the lower ring inboard through the groove piece that falls each other, can also accelerate the dust piece landing at the perpendicular structure of the in-process groove piece of whereabouts.

As a further technical supplement of the invention, the cutting seat consists of a tool apron, longitudinal deep grooves, a balance support, an offset rod, an ejector, a piston rod, a horizontal groove and a tool comb plate, wherein the longitudinal deep grooves are formed in two sides of the tool apron, the longitudinal deep grooves are connected with the offset rod through the balance support, the ejector is connected with the horizontal grooves in the two sides of the tool apron through the piston rod, the tool comb plate is arranged between the longitudinal deep grooves of the tool apron, the tool apron is mainly used as a bearing structure of the tool comb plate and a carrier for pushing the tool comb plate to perform forward punching, has high strength and good compression resistance and deformation resistance, the longitudinal deep grooves are used as a moving track of the offset rod for performing forward punching on the tool apron, can keep the stability of the tool apron during forward punching and keep the tool apron in a state parallel to the cutting seat, the balance support is used for enhancing the connection stability between the tool apron and the offset rod, keeps the balance of the center of gravity of the offset rod during, the ejector is provided with a power potential energy driving structure, the tool apron can be pushed forwards by high-strength high-speed impact force through the piston rod, the piston rod is a connecting part for supporting the piston to do work, a closed volume formed by a piston rod groove space surrounded by the driving piston rod, the driven piston rod and the pump shell is taken as a moving space of the rod body, the driving piston rod is arranged in the middle to drive the driven piston rods at two sides, the driving piston rod is a right-handed convex piston rod, the driven piston rod is a left-handed concave piston rod, when the driving piston rod is driven to rotate by the driving force generated by the ejector, liquid in the groove space of the three mutually meshed piston rods moves forwards to drive the tool apron to move forwards, a horizontal groove is further arranged between the piston rod and the tool apron, the tool apron can be kept horizontal in the forwards moving process to avoid vertical deviation, the tool comb plate is formed by circular comb-shaped, the high-speed front impact force brought by the tool apron can be used for pricking the dust block instantly and forming a groove-shaped fault in the middle of the dust block.

As a further technical supplement of the invention, the conveying rail consists of a base frame, side frames, wheel rails and rollers, wherein the base frame is connected with the side frames, the base frame and the side frames are both provided with the wheel rails, the rollers are embedded in the inner rings of the wheel rails, the base frame is in a V-shaped structure, the structure is used as a basic structure of the conveying rail and is connected with the side frames to form a V-shaped structure rail with the same width on the left side and the right side, the inclination angles of the side frames and the base frame in the same side direction are the same, the side frames and the base frame are parallel to each other, the side frames are also respectively provided with three connecting rods on two sides for enhancing the connection stability with the base frame, the wheel rails and the rollers are arranged on the corresponding positions of the base frame and the side frames to ensure that the base frame and the side frames form a rail structure with slidable on the two, therefore, the distance between the rollers is preferably 3mm-9mm, and the dust block can be ensured not to be broken due to collision between the tangent plane and the rollers when sliding.

advantageous effects

The invention is applied to the field of intelligent energy-saving and environment-friendly equipment, and mainly aims to solve the problems that a dust compression block treated by dust recovery equipment can be partially crushed by a worker due to the force applied by a palm to the dust compression block when the worker takes the dust compression block, and dust falls off due to the defects of a compression process to generate secondary pollution when the dust is taken;

The invention solves the problem by structurally arranging a dust processing mechanism, the dust processing mechanism not only has the functions of recovering dust and compressing dust, but also can cut the dust into a specification with uniform size so as to be convenient for bagging processing, the dust processing mechanism mainly depends on a block ring in the mechanism to shape the dust to form a cylinder, then the dust block is instantly pricked through a knife comb plate structure unique to a cutting seat and a groove-shaped fault is formed in the middle part of the dust block, then the dust block is uniformly divided into an upper powder cake and a lower powder cake in different directions by the counterforce formed between the upper part and the lower part of the block ring, finally the powder cakes are conveyed to a packaging bag hung on a bag loading groove by a conveying rail in a rolling conveying mode, the disc-shaped dust block can fall into the packaging bag to complete bagging, and the dust cannot contact with the outside and operators in the process, can effectively avoid secondary pollution after dust recovery.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

Fig. 1 is a schematic diagram of an external structure of an intelligent energy-saving environment-friendly device according to the present invention.

FIG. 2 is a structural cross-sectional view of a dust treatment mechanism of the intelligent energy-saving and environment-friendly device.

Fig. 3 is a schematic diagram of a blocking ring structure of a dust treatment mechanism of the intelligent energy-saving and environment-friendly equipment.

Fig. 4 is a top view of a cutting seat structure of a dust treatment mechanism of the intelligent energy-saving and environment-friendly device.

FIG. 5 is a front sectional view of a conveying rail structure of a dust treatment mechanism of the intelligent energy-saving and environment-friendly device.

FIG. 6 is a side sectional view of a conveying rail structure of a dust treatment mechanism of the intelligent energy-saving and environment-friendly device.

In the figure: machine body-1, baffle plate strip-2, lock column-3, maintenance window-4, dust treatment mechanism-5, oscillator-6, shock absorption frame-7, collection bin-10, precipitation bin-11, exhaust pipe-12, insulator-13, compressor-14, partitioning ring-15, cutting seat-16, conveying rail-17, bagging groove-18, clamping block-19, upper ring-20, forward rotating rod-21, forward rotating ball seat-22, lower ring-23, reverse rotating rod-24, reverse rotating ball seat-25, vertical groove-26, tool seat-30, deep groove-31, balance support-32, offset rod-33, ejector-34, piston rod-35, horizontal groove-36, knife comb plate-37, base frame-40, base frame-34, piston rod-35, horizontal groove-36, knife comb plate-37, and air duct-9, Side frame-41, wheel rail-42 and roller-43.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.