CN208646299U - Staving surface printing drying equipment - Google Patents

Abstract

The utility model discloses a kind of staving surface printing drying equipments, it is related to drying equipment technology, its key points of the technical solution are that include rack and the supply line for being installed on frame top, the top of rack is equipped with two groups of blowing components, and the blowing of two groups of blowing components and the loop direction of air inlet are opposite；Every group of blowing component includes air exhaust box, air-suction trunk, negative pressure part and heating bobbin carriage；Air exhaust box and air-suction trunk are vertically arranged to the two sides of housing top wall respectively, and air exhaust box and air-suction trunk relative inner are respectively equipped with multiple through-holes；The top of rack is equipped with connecting box, and the both ends of connecting box are fixedly connected with air exhaust box and air-suction trunk respectively；Negative pressure part is installed on the roof of connecting box, and negative pressure part is equipped with air inlet and the first exhaust outlet, air inlet are connected to air-suction trunk；First exhaust outlet is connected to air exhaust box.The utility model solves the problems, such as that plastic barrel naturally dry after mopping is slow, and having achieved the effect that can be quickly by the paint drying on plastic barrel.

Description

Staving surface printing drying equipment

Technical field

The utility model relates to a kind of drying equipments, more specifically, it is related to a kind of staving surface printing drying equipment.

Background technique

The full name in English of drying equipment is Drying equipment, is referred to through certain technological means, dried object body surface A series of combination of mechanical equipments of the moisture in face or other liquid.Currently a popular drying technology is mainly ultraviolet drying, Infrared drying, electromagnetic drying and hot-air seasoning.They have their own characteristics each, and are widely used in the drying of various mechanical equipments and food.

Currently, the paint on plastic barrel surface passes through naturally dry, oil after the information such as some labels are printed on plastic barrel surface Paint is slow by naturally dry speed, thus will cause the accumulation of plastic barrel, and the accumulation of plastic barrel can occupy a large amount of places, in this way may be used Construction site confusion can be will cause.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of drying of staving surface printing to set It is standby, can be quickly by the paint drying on plastic barrel surface by drying equipment, the plastic barrel after paint drying can enter in time Library can promote construction site cleaner and tidier in this way.

To achieve the above object, the utility model provides following technical solution: a kind of staving surface printing drying equipment, Including rack and it is installed on the supply line of frame top, the top of the rack is successively arranged two along the transporting direction of supply line Group blowing component, the blowing for component of drying described in two groups and the loop direction of air inlet are opposite；Blowing component described in every group includes row Bellows, air-suction trunk, negative pressure part and the heating bobbin carriage to heat wind；The air exhaust box and air-suction trunk are vertically arranged to respectively The two sides of the housing top wall, the air exhaust box and air-suction trunk relative inner are respectively equipped with multiple through-holes；The top of the rack Equipped with connecting box, the both ends of the connecting box are fixedly connected with the air exhaust box and air-suction trunk respectively；The negative pressure part is installed on The roof of the connecting box, the negative pressure part are equipped with air inlet and the first exhaust outlet, and the air inlet and the air-suction trunk connect It is logical；First exhaust outlet is connected to the air exhaust box.

By using above-mentioned technical proposal, the heating tube power transmission in bobbin carriage will be heated, heating tube, which generates heat, makes heating tube Certain temperature is generated inside case, starts negative pressure part, and wind is blown into heating bobbin carriage by negative pressure part, and wind heats shape in heating bobbin carriage At hot wind, hot wind from heating bobbin carriage be drained into air exhaust box, then from the first through hole on air exhaust box to rack above blow, these machines Hot wind above frame is flowed into from the second through-hole into air-suction trunk, and the hot wind in air-suction trunk is sucked by negative pressure part, and such wind is with regard to shape It is recycled at one.The plastic barrel for having printed the information such as upper some labels is put on supply line, supply line is by these plastics Bucket is transported between air exhaust box and air-suction trunk, and the wind direction of two groups of blowing components is on the contrary, the hot wind that such two groups of blowing components generate It can blow to the whole circumference face of plastic barrel, thus the hot wind that generates of such two groups of blowing components can quickly will be on plastic barrel Paint drying.

The utility model is further arranged to: the air inlet is equipped with first pipe, and the first pipe is far from air draught One end of mouth is connected to the air-suction trunk；First exhaust outlet is connected to the heating bobbin carriage, and the heating bobbin carriage is equipped with the Two exhaust outlets, second exhaust outlet be equipped with second pipe, the one end of the second pipe far from the second exhaust outlet with it is described Air exhaust box connection；The partition that muti-piece is parallel to each other is equipped in the air exhaust box, the air exhaust box is divided by partition described in muti-piece Multiple disconnected compartments, the roof of the compartment are communicated with third pipeline, and the third pipeline is connected to the second pipe.

By using above-mentioned technical proposal, the hot wind in bobbin carriage is heated by multiple third pipeline shunts, each third pipeline Hot wind is blowed in compartment corresponding with the third pipeline, can make the hot wind being distributed in air exhaust box relatively uniform in this way, thus this Sample can enable hot wind adequately with plastic barrel periphery face contact, Gu in this way can be effectively by the paint drying on plastic barrel.

The utility model is further arranged to: the connecting box roof is equipped with waste discharge component, and the waste discharge component includes Two waste suction tracheaes, connecting tube, vacuum pump and waste discharge tracheae；Two waste suction tracheorrhaphies are installed on the connecting box roof Both ends, the waste suction tracheae extends vertically through the connecting box, the two described one end of waste suction tracheae far from the connecting box Be connected to the connecting tube, the connecting tube is connected to the air inlet of the vacuum pump, do not state vacuum pump be installed on it is described The outside of rack, the gas outlet of the vacuum pump are connected to the waste discharge tracheae, and the end of the waste discharge tracheae can be inserted into water.

By using above-mentioned technical proposal, the both ends of rack are not blowed to respectively by the hot wind that air-suction trunk sucks, these heat Wind can generate some toxic gases after contacting with paint, thus respectively connect a waste suction tracheae at the both ends of connecting box roof, very Empty pump startup makes waste suction tracheae generate negative pressure, these toxic gases in this way enter in waste suction tracheae, into waste suction tracheae Toxic gas successively passes through vacuum pump and waste discharge tracheae, is finally flowed into water, and water can be filtered these toxic gases. The both ends of rack are usually the job site of operator, these toxic gases are siphoned away discharge by waste discharge component, in this way may be used To reduce injury of these toxic gases to operator.

The utility model is further arranged to: the negative pressure part is blower.

By using above-mentioned technical proposal, blower fan structure and manufacturing process are fairly simple, and cost is relatively low, have efficient Rate, low noise, the long-life and it is cheap the advantages that.And blower can be run under high pressure, high temperature and high-speed condition, thus Blower is a preferably selection.

The utility model is further arranged to: being connected with insulating layer on the inner wall of the compartment.

By using above-mentioned technical proposal, insulating layer has certain insulation effect to the hot wind in compartment, in this way can be with Scattering and disappearing for heat in hot wind is reduced, thus hot wind can effectively paint plastic barrel drying in compartment.

The utility model is further arranged to: the supply line includes active transfer roller, driven transfer roller, conveyer belt and driving The chain kit of the active transfer roller rotation；The active transfer roller is rotationally connected with one end of the housing top wall；It is described from Turn roller is rotationally connected with the other end of the housing top wall；The conveyer belt makes active transfer roller and driven transfer roller link；It is described Chain kit is installed on the inside of the rack, and the chain kit is arranged close to the active transfer roller.

By using above-mentioned technical proposal, chain conveyer is had many advantages, and compared with V belt translation, nonelastic sliding and skidding are existing As average ratios are accurate, reliable operation, high-efficient；Transmitting power is big, and overload capacity is strong, the transmission size under identical operating condition It is small；Required tensile force is small, and the pressure acted on axis is small；Can in high temperature, humidity, more dirt, have pollution etc. and work in adverse circumstances.

The utility model is further arranged to: the conveyer belt is metal mesh belt.

By using above-mentioned technical proposal, metal mesh belt is a kind of machinery of friction-driven transported material in a continuous manner. Using it, material can be placed on certain pipeline, from it is initial for shots to forming a kind of object final emptying point The conveying process of material.It can both carry out the conveying of granular material, can also carry out the conveying of work piece.It is pure except carrying out Material conveying is outer, can also match with the requirement of the technical process in each industrial enterprise's production procedure, form rhythmical stream Water operation supply line.So metal mesh belt is widely used in the various industrial enterprises of modernization.Be every profession and trade automatic device and Essential important accessory in modern automation assembly line.Furthermore metal mesh belt can high temperature resistant, in this way it can containing heat It works long hours under the working environment of wind.

The utility model is further arranged to: component central symmetry of drying described in two groups.

By using above-mentioned technical proposal, one group of blowing component is first to the half outer peripheral surface blowing hot-air of plastic barrel, then, For another group of blowing group to the other half outer peripheral surface blowing hot-air of plastic barrel, such two groups of blowing components can be by the entire outer of plastic barrel Paint drying on circumferential surface.

In conclusion the utility model has the advantages that compared with the prior art

1. the hot wind that two groups of blowing components generate can blow to the whole circumference face of plastic barrel, thus such two groups of blowing groups The hot wind that part generates can be quickly by the paint drying on plastic barrel；

2. heating the hot wind in bobbin carriage by multiple third pipeline shunts, each third pipeline blows to hot wind and the third pipe It in the corresponding compartment in road, can make the hot wind being distributed in air exhaust box relatively uniform in this way, thus hot wind can be enable sufficient in this way With plastic barrel periphery face contact, Gu in this way can be effectively by the paint drying on plastic barrel；

3. insulating layer has certain insulation effect to the hot wind in compartment, dissipating for heat in hot wind can be reduced in this way It loses, thus hot wind can effectively paint plastic barrel drying in compartment.

Detailed description of the invention

Fig. 1 is the overall structure diagram of embodiment；

Fig. 2 is the structural schematic diagram that blowing component is highlighted in embodiment；

Fig. 3 is the partial sectional view that air exhaust box internal structure is highlighted in embodiment.

In figure: 1, rack；2, supply line；21, active transfer roller；22, driven transfer roller；23, metal mesh belt；24, chain conveyer group Part；3, blowing component；31, air exhaust box；311, first through hole；312, partition；313, compartment；314, insulating layer；315, third pipe Road；32, air-suction trunk；321, the second through-hole；33, blower；331, air inlet；332, first pipe；333, the first exhaust outlet；34, Heat bobbin carriage；341, heating tube；342, the second exhaust outlet；343, second pipe；35, connecting box；4, waste discharge component；41, waste suction Tracheae；42, connecting tube；43, vacuum pump；44, waste discharge tracheae.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawing.The wherein identical attached drawing of identical components Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to It is the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry The direction at center.

Embodiment: as shown in Figure 1, a kind of staving surface printing drying equipment, including rack 1 and it is installed on the top of rack 1 The supply line 2 in portion, the top of rack 1 are equipped with two groups of blowing components 3 along the transmission direction of supply line 2, two groups of blowing components 3 Structure is identical, and two groups of blowing components 3 are centrosymmetric, and can make one group of blowing component 3 and another group of blowing component 3 in this way The loop direction of wind is opposite.The plastic barrel for having printed the information such as upper some labels is put on supply line 2, supply line 2 will be moulded Charging basket is transported at one group of blowing component 3, which dries component 3 for the paint drying on the half periphery of plastic barrel；Transport Plastic barrel is transported at another group of blowing component 3 by line 2 again, which dries component 3 will be on the other half periphery of plastic barrel Paint drying.Such two groups of blowing components 3 can be by the paint drying on the whole circumference face of plastic barrel.

As shown in Figure 1, supply line 2 includes 21 turns of active transfer roller of active transfer roller 21, driven transfer roller 22, conveyer belt and driving Dynamic chain kit 24；Active transfer roller 21 is rotationally connected with one end of 1 roof of rack；Driven transfer roller 22 is rotationally connected with rack The other end of 1 roof；Conveyer belt select metal mesh belt 23, metal mesh belt 23 can high temperature resistant, in this way it can contain hot wind It works long hours under working environment.Metal mesh belt 23 makes active transfer roller 21 and driven transfer roller 22 link；Chain kit 24 is installed In the inside of rack 1, chain kit 24 is arranged close to active transfer roller 21.Chain kit 24 drives active transfer roller 21 to rotate, Active transfer roller 21 drives metal mesh belt 23 to rotate, and plastic barrel is put on metal mesh belt 23, metal mesh belt 23 can be to plastic barrel It is transported, the labor intensity of operator can be reduced in this way.

As depicted in figs. 1 and 2, every group of blowing component 3 includes air exhaust box 31, air-suction trunk 32, negative pressure part and heating bobbin carriage 34；Air exhaust box 31 is vertically arranged to the side at the top of rack 1, and air exhaust box 31 is provided with multiple the close to the side array of rack 1 One through-hole 311, first through hole 311 are used for plastic barrel blowing hot-air；Air-suction trunk 32 is vertically arranged to the other side of 1 roof of rack, Air-suction trunk 32 is provided with multiple second through-holes 321 close to the side array of rack 1, and the second through-hole 321 is for absorbing hot wind；Rack 1 top is equipped with connecting box 35, and the both ends of connecting box 35 are fixedly connected with air exhaust box 31 and air-suction trunk 32 respectively, such air exhaust box 31, a channel is collectively formed in air-suction trunk 32 and connecting box 35；Negative pressure part selects blower 33, and blower 33 is installed on connecting box 35 Roof, offer air inlet 331 on blower 33, first pipe 332, the end of first pipe 332 be connected on air inlet 331 It is connected to through connecting box 35 with air-suction trunk 32；Blower 33 offers the first exhaust outlet 333, the first exhaust outlet 333 and heating bobbin carriage 34 connections, blower 33 can work at high temperature, this kind of drying equipment can work long hours under the high temperature conditions in this way；Heating Bobbin carriage 34 is installed on the roof of connecting box 35, heats and is connected with several heating tubes 341 in bobbin carriage 34, and heating bobbin carriage 34 offers the Two exhaust outlets 342, are connected with second pipe 343 on the second exhaust outlet 342, the end of second pipe 343 through connecting box 35 with Air exhaust box 31 is connected to.

As shown in figure 3, be fixedly connected with two pieces of partitions being parallel to each other 312 in air exhaust box 31, two pieces of partitions 312 are by air draft Case 31 is divided into three disconnected compartments 313, is connected with insulating layer 314 on the inner wall of compartment 313, insulating layer 314 is to compartment Hot wind in 313 has certain insulation effect, can reduce scattering and disappearing for heat in hot wind in this way.The roof of compartment 313 is connected to There is third pipeline 315, the end of third pipeline 315 is connected to through connecting box 35 with second pipe 343, and such compartment 313 just leads to Third pipeline 315 is crossed to be connected to heating bobbin carriage 34.

As shown in Figure 1, do not blowed to the both ends of rack 1 respectively by the hot wind that air-suction trunk 32 sucks, these hot winds and paint Some toxic gases can be generated after contact, thus waste discharge component 4 is installed in 35 roof of connecting box.Waste discharge component 4 includes two Waste suction tracheae 41, connecting tube 42, vacuum pump 43 and waste discharge tracheae 44；Two waste suction tracheaes 41 are respectively arranged in the top of connecting box 35 The both ends of wall, one end of waste suction tracheae 41 extend vertically through connecting box 35, two one end of waste suction tracheae 41 far from connecting box 35 It is connected to connecting tube 42, connecting tube 42 is connected to the air inlet of vacuum pump 43, and vacuum pump 43 is installed on the outside of rack 1, very The gas outlet of sky pump 43 is connected to waste discharge tracheae 44, and the end of waste discharge tracheae 44 can be inserted into water.The both ends of 35 roof of connecting box Respectively one waste suction tracheae 41 of connection, the starting of vacuum pump 43 make waste suction tracheae 41 generate negative pressure, these toxic gases in this way enter In waste suction tracheae 41, successively passes through vacuum pump 43 and waste discharge tracheae 44 into the toxic gas in waste suction tracheae 41, finally flow into Into water, water can be filtered these toxic gases.

The working principle of this kind of staving surface printing drying equipment is as follows:

341 power transmission of heating tube in bobbin carriage 34 will be heated, heating tube 341, which generates heat, to be made to generate one inside heating bobbin carriage 34 Fixed temperature starts blower 33, and wind is blown into heating bobbin carriage 34 by blower 33, and wind is thermally formed hot wind in heating bobbin carriage 34, Hot wind from heating bobbin carriage 34 be drained into air exhaust box 31, then from the first through hole 311 on air exhaust box 31 to rack 1 above blow, this The hot wind of a little 1 tops of rack is flowed into from the second through-hole 321 into air-suction trunk 32, and the hot wind in air-suction trunk 32 is inhaled by blower 33 Enter, such wind is formed a circulation.

The plastic barrel for having printed the information such as upper some labels is put on metal mesh belt 23, the driving master of chain kit 24 Turn roller 21 rotates, and active transfer roller 21 drives metal mesh belt 23 to rotate, and metal mesh belt 23 can transport plastic barrel.Metal Plastic barrel is transported at one group of blowing component 3 by mesh belt 23, which dries component 3 for the paint on the half periphery of plastic barrel Drying；Plastic barrel is transported at another group of blowing component 3 by metal mesh belt 23 again, which dries component 3 for the another of plastic barrel Paint drying on semicircle circumferential surface, the hot wind that such two groups of blowing components 3 generate can quickly dry the paint on plastic barrel It is dry.

In drying equipment operational process, the starting of vacuum pump 43 makes waste suction tracheae 41 generate negative pressure, these have poison gas in this way Body enters in waste suction tracheae 41, successively passes through vacuum pump 43 and waste discharge tracheae 44 into the toxic gas in waste suction tracheae 41, It is finally flowed into water, water can be filtered these toxic gases.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (8)

1. a kind of staving surface printing drying equipment, including rack (1) and the supply line (2) being installed at the top of rack (1), Be characterized in that: the top of the rack (1) is successively arranged two groups of blowing components (3), two groups of institutes along the transporting direction of supply line (2) The loop direction of the blowing and air inlet of stating blowing component (3) is opposite；Blowing component (3) described in every group includes air exhaust box (31), inhales Bellows (32), negative pressure part and the heating bobbin carriage (34) to heat wind；The air exhaust box (31) and air-suction trunk (32) are respectively The two sides of the rack (1) roof are vertically arranged to, the air exhaust box (31) and air-suction trunk (32) relative inner are respectively equipped with more A through-hole；The top of the rack (1) be equipped with connecting box (35), the both ends of the connecting box (35) respectively with the air exhaust box (31) it is fixedly connected with air-suction trunk (32)；The negative pressure part is installed on the roof of the connecting box (35), sets on the negative pressure part There are air inlet (331) and the first exhaust outlet (333), the air inlet (331) is connected to the air-suction trunk (32)；The first row Air port (333) is connected to the air exhaust box (31).

2. staving surface printing drying equipment according to claim 1, it is characterised in that: set on the air inlet (331) Have first pipe (332), the first pipe (332) is connected to far from the one end of air inlet (331) with the air-suction trunk (32)；Institute The first exhaust outlet (333) to be stated to be connected to the heating bobbin carriage (34), the heating bobbin carriage (34) is equipped with the second exhaust outlet (342), Second exhaust outlet (342) is equipped with second pipe (343), and the second pipe (343) is far from the second exhaust outlet (342) One end is connected to the air exhaust box (31)；The partition (312) that is parallel to each other of muti-piece is equipped in the air exhaust box (31), described in muti-piece The air exhaust box (31) is divided into multiple disconnected compartments (313), the roof connection of the compartment (313) by partition (312) Have third pipeline (315), the third pipeline (315) is connected to the second pipe (343).

3. staving surface printing drying equipment according to claim 1, it is characterised in that: connecting box (35) the roof peace Equipped with waste discharge component (4), the waste discharge component (4) include two waste suction tracheaes (41), connecting tube (42), vacuum pump (43) and Waste discharge tracheae (44)；Two waste suction tracheaes (41) are respectively arranged in the both ends of the connecting box (35) roof, the waste suction Tracheae (41) extends vertically through the connecting box (35), the one end of two waste suction tracheaes (41) far from the connecting box (35) It is connected to the connecting tube (42), the connecting tube (42) is connected to the air inlet of the vacuum pump (43), the vacuum pump (43) it is installed on the outside of the rack (1), the gas outlet of the vacuum pump (43) is connected to the waste discharge tracheae (44), described The end of waste discharge tracheae (44) can be inserted into water.

4. staving surface printing drying equipment according to claim 1, it is characterised in that: the negative pressure part is blower (33)。

5. staving surface printing drying equipment according to claim 2, it is characterised in that: the inner wall of the compartment (313) On be connected with insulating layer (314).

6. staving surface printing drying equipment according to claim 1, it is characterised in that: the supply line (2) includes master Turn roller (21), driven transfer roller (22), conveyer belt and the chain kit (24) of driving active transfer roller (21) rotation；Institute State one end that active transfer roller (21) is rotationally connected with the rack (1) roof；The driven transfer roller (22) is rotationally connected with described The other end of rack (1) roof；The conveyer belt makes active transfer roller (21) and driven transfer roller (22) to link；The chain kit (24) it is installed on the inside of the rack (1), the chain kit (24) is arranged close to the active transfer roller (21).

7. staving surface printing drying equipment according to claim 6, it is characterised in that: the conveyer belt is metal mesh belt (23)。

8. staving surface printing drying equipment according to claim 1, it is characterised in that: dry component (3) described in two groups It is centrosymmetric.