CN202862490U - Foaming production line of water storage tank of solar water heater - Google Patents
Foaming production line of water storage tank of solar water heater Download PDFInfo
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- CN202862490U CN202862490U CN 201220448121 CN201220448121U CN202862490U CN 202862490 U CN202862490 U CN 202862490U CN 201220448121 CN201220448121 CN 201220448121 CN 201220448121 U CN201220448121 U CN 201220448121U CN 202862490 U CN202862490 U CN 202862490U
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Abstract
The utility model discloses a foaming production line of a water storage tank of a solar water heater. The foaming production line comprises an inflation device, wherein the inflation device comprises a plurality of air storage tanks, a main air pipe, a plurality of branch air pipes and a plurality of unidirectional safety valves, wherein the branch air pipes correspond to the unidirectional safety valves one to one; the air storage tanks are arranged on a fixture trolley and flow together with the foaming production line; all air storage tanks are communicated in series by the main air pipe; a plurality of branch air pipes are arranged on the main air pipes; the branch air pipes are communicated with the water storage tank through the respective unidirectional safety valves and are used for inflating the water storage tank; and the unidirectional safety valves are used for controlling inflation of the water storage tank. A plurality of air storage tanks arranged on the foaming production line are communicated in series by the main air pipe; the main air pipe is provided with a plurality of branch air pipes connected with the water storage tank through the unidirectional safety valves for inflation; air pressure in the branch air pipes is the same under the same condition; the water storage tanks are relatively high in consistency after being inflated; the unidirectional safety valves can prevent an inner container from being broken by excessive inflation; and the foaming quality of polyurethane is guaranteed.
Description
Technical field
The utility model relates to the water heater manufacture field, particularly a kind of solar water heater storage water tank foaming production line.
Background technology
Solar water heater storage water tank includes inner bag and shell.At present, pressure-bearing type and open type solar water heater storage water tank are carried out the filling polyurethane foaming, its technique is: be filled with certain gas and make its suitable expansion in inner bag, then pour into insulation material polyurethane and make its foaming in the interlayer of shell and inner bag.At present, usually adopt ring-like pushing-type foaming production line, this production line from start to finish comprises successively: assembly section, preheating zone, material feeding district, slaking district and dismounting district.In the production storage tank to be processed successively by each processing district to finish production and processing, concrete production process comprises: locate in the assembly section, the storage tank parts are assemblied on the fixture vehicle, adopt gas tube that water storage tank inner container is inflated, until finish in the preheating zone preheating; Storage tank enters production line material feeding district, and the interlayer of water storage tank inner container and shell is carried out the urethane raw perfusion; After perfusion is finished, namely enter production line slaking district; Fixture vehicle moved to the form removal district after maturing process finished, and storage tank is disassembled the operation of finishing a production cycle from fixture vehicle.Branched gas tube joint is set in this production line, and each gas tube joint connects with supply gas with the air accumulator of being connected respectively, thus to the inner bag of storage tank inflate, pressurize.
In realizing process of the present utility model, the inventor finds that there is following problem at least in prior art:
Each gas tube joint connects with the air accumulator of being connected respectively in the production line of prior art, because the difference of the conditions such as each air accumulator air pressure inside, uniformity is relatively poor after causing each storage tank inflation, and cause easily interior gallbladder break or aeration quantity inadequate, thereby the foaming quality of the insulation material polyurethane that impact is poured between water storage tank inner container and shell.
The utility model content
For solve prior art continuously after the inflation of continuous productive process, storage tank effect can not guarantee, and the relatively poor problem of uniformity, the utility model embodiment provides a kind of solar water heater storage water tank foaming production line.Described technical scheme is as follows:
A kind of solar water heater storage water tank foaming production line, described foaming production line comprises successively: the assembly section, the preheating zone, the material feeding district, slaking district and dismounting district, be provided with the fixture vehicle that can roll on the described foaming production line, described storage tank is installed in each district that passes through successively described foaming production line on the described fixture vehicle, described foaming production line also comprises aerating device, described aerating device comprises a plurality of air accumulators, a main tracheae, many bronchuses and a plurality of one-way relief valves, described many bronchuses and described a plurality of one-way relief valves be corresponding the setting one by one, described a plurality of air accumulator is installed on the described fixture vehicle, and described a plurality of air accumulator flows jointly with described foaming production line, described a plurality of air accumulator is connected in series UNICOM by a described main tracheae, be provided with described many bronchuses on the described main tracheae, described many bronchuses are connected through separately one-way relief valves and described storage tank, described many bronchuses are used for described storage tank is inflated, described a plurality of one-way relief valves is controlled described storage tank inflation, when described a plurality of air accumulators begin to inflate to described storage tank, described a plurality of one-way relief valves is opened automatically, when gas reaches rated capacity in the described storage tank, described a plurality of one-way relief valves autoshutdowns.
Particularly, as preferably, described aerating device also comprises air bleeding valve and Pressure gauge, described air bleeding valve is installed on the described storage tank, described Pressure gauge is installed on the described air bleeding valve, when gas in the described storage tank surpassed the scope of described Pressure gauge setting, described air bleeding valve was automatically opened and is carried out exhaust.
As preferably, described aerating device also comprises a plurality of snap joints, described a plurality of snap joint is corresponding one by one with described many bronchuses, and described a plurality of snap joints are installed on bronchial end separately, and described a plurality of snap joints are used for and described storage tank rapid abutting joint.
Particularly, as preferably, described foaming production line also comprises guide rail and pulley, described guide rail is located at the top of described foaming production line, described guide rail is annular, described fixture vehicle upper end is provided with described pulley, and described fixture vehicle is realized traction by the relatively described guide rail motion of described pulley.
Further, described guide rail is divided into parallel portion, the inside portion, the first connecting portion and the second connecting portion, described parallel portion be located at described assembly section and described dismounting district directly over and parallel with them, described preheating zone is located in described inside portion, the inboard in described material feeding district and described slaking district and parallel with them, and described inside portion is concordant with described fixture vehicle lower end, described the first connecting portion is connected to the terminal of described parallel portion and the top of described inside portion, described the second connecting portion is connected to the top of terminal and the described parallel portion of described inside portion, described the first connecting portion be connected the second connecting portion and be used for described parallel portion and be connected the connection transition of inside portion, described the first connecting portion and described the second connecting portion are evenly round and smooth.
Particularly, as preferably, described foaming production line also comprises the automatic-feeding device, and described automatic-feeding device is arranged on described material feeding district, and described automatic-feeding device is used for described storage tank automatic filling polyurethane.
Further, described automatic-feeding device comprises: mechanical arm, code is pasted in bar shaped, barcode scanner and high pressure foaming machine, described bar shaped is pasted code and is affixed on the described storage tank, described bar shaped is pasted code and is divided into a plurality of types, respectively corresponding different types of storage tank of code is pasted in the bar shaped of a plurality of types, described barcode scanner links to each other with described mechanical arm, described mechanical arm links to each other with described high pressure foaming machine, described barcode scanner is used for gathering the information that code is pasted in described bar shaped, described high pressure foaming machine is used for described storage tank filling polyurethane, during work, the information that described high pressure foaming machine pastes code according to the described bar shaped that described barcode scanner collects, determine the amount of the described polyurethane that described storage tank need to pour into, described mechanical arm drives described high pressure foaming machine described storage tank is poured into operation.
Further, described automatic-feeding device also comprises information and sight surveymeter, described information and sight surveymeter are installed on the described high pressure foaming machine, described information and sight surveymeter are used for the perfusion position of described storage tank is scanned, and seek the perfusion position of described storage tank to instruct described mechanical arm.
As preferably, described foaming production line also comprises temperature control equipment, is provided with described temperature control equipment in described preheating zone and described slaking district, and described temperature control equipment carries out temperature control through temperature rise period, constant temperature stage and temperature-fall period successively.
The beneficial effect that the technical scheme that the utility model embodiment provides is brought is:
The utility model is by arranging a plurality of air accumulators at foaming production line, and each air accumulator is connected in series UNICOM by main tracheae, main tracheae is told many bronchuses, bronchus is connected with storage tank by one-way relief valves inflates operation, can guarantee that so the conditions such as each bronchus internal gas pressure are all identical, uniformity is better after each storage tank inflation, and one-way relief valves can be according to the inflation situation automatic switch of storage tank, guarantee the aeration quantity of storage tank, prevent that inner bag from too much causing breaking because inflating, thereby guarantee the foaming quality of the insulation material polyurethane of storage tank perfusion.
Description of drawings
In order to be illustrated more clearly in the technical scheme among the utility model embodiment, the accompanying drawing of required use was done to introduce simply during the below will describe embodiment, apparently, accompanying drawing in the following describes only is embodiment more of the present utility model, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the structural representation of the described foaming production line of the utility model embodiment;
Fig. 2 is the structural representation of the described aerating device of the utility model embodiment;
Fig. 3 is the top view of the described traction track of the utility model embodiment;
Fig. 4 is the A-A cutaway view of Fig. 3;
Fig. 5 is the structural representation of the described automatic-feeding device of the utility model embodiment;
Fig. 6 is the temperature control curve figure of the described temperature control equipment of the utility model embodiment.
Wherein: 11 assembly sections, 12 preheating zones, 13 material feeding districts, 14 slaking districts, 15 dismounting districts,
2 fixture vehicles,
3 storage tanks,
41 air accumulators, 42 main tracheaes, 43 bronchuses, 44 one-way relief valves, 45 air bleeding valves,
46 snap joints
5 guide rails,
51 parallel portion, the top of 511 parallel portion, the terminal of 512 parallel portion,
52 first connecting portions,
53 inside portions, the top of 531 inside portions, the terminal of 532 inside portions,
54 second connecting portions,
6 automatic-feeding devices,
61 mechanical arms, code is pasted in 62 bar shapeds, 63 barcode scanners, 64 high pressure foaming machines,
65 information and sight surveymeter.
The specific embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing the utility model embodiment is described in further detail.
As shown in Figure 1, also can be referring to Fig. 2, described a kind of solar water heater storage water tank 3 foaming production lines of the utility model embodiment, described foaming production line comprises successively: assembly section 11, preheating zone 12, material feeding district 13, slaking district 14 and dismounting district 15, be provided with the fixture vehicle 2 that can roll on the described foaming production line, described storage tank 3 is installed in each district that passes through successively described foaming production line on the described fixture vehicle 2, described foaming production line also comprises aerating device, described aerating device comprises a plurality of air accumulators 41, a main tracheae 42, many bronchuses 43 and a plurality of one-way relief valves 44, described many bronchuses 43 and described a plurality of one-way relief valves 44 be corresponding the setting one by one, described a plurality of air accumulator 41 is installed on the described fixture vehicle 2, and described a plurality of air accumulator 41 flows jointly with described foaming production line, described a plurality of air accumulator 41 is connected in series UNICOMs by a described main tracheae 42, be provided with described many bronchuses 43 on the described main tracheae 42, described many bronchuses 43 are connected with described storage tank 3 through one-way relief valves 44 separately, described many bronchuses 43 are used for described storage tank 3 is inflated, 44 pairs of described storage tank 3 inflations of described a plurality of one-way relief valves are controlled, when 41 pairs of described storage tanks 3 of described a plurality of air accumulators begin to inflate, described a plurality of one-way relief valves 44 is opened automatically, when described storage tank 3 interior gases reach rated capacity, described a plurality of one-way relief valves 44 autoshutdowns.
Wherein, be provided with chain on the foaming production line of the utility model embodiment, each fixture vehicle 2 of chain-driving moves and successively by each processing district along production line, one-way relief valves 44 is prior art, one-way relief valves 44 can be opened or close by arranging with automatic control itself, such as can be according to own switch situation of pressure differential control of one-way relief valves 44 both sides etc., thereby the inflation situation of storage tank 3 be controlled, guaranteed storage tank 3 safety inflateds.
The utility model embodiment is by arranging a plurality of air accumulators 41 at foaming production line, and each air accumulator 41 is connected in series UNICOMs by main tracheae 42, main tracheae 42 is told many bronchuses 43, bronchus 43 is connected with storage tank to connect by one-way relief valves 44 and is inflated operation, the caliber size of main tracheae 42 and bronchus 43 can be determined according to needs of production and production technology, flexible Application, can guarantee that so the conditions such as each bronchus 43 internal gas pressure are even and identical, uniformity is better after each storage tank 3 inflation, and one-way relief valves 44 can be according to the inflation situation automatic switch of storage tank 3, guarantee the aeration quantity of storage tank 3, prevent that inner bag from too much causing breaking because inflating, thereby guarantee the foaming quality of the insulation material polyurethane of storage tank 3 perfusions.
As shown in Figure 2, particularly, as preferably, described aerating device also comprises air bleeding valve 45 and Pressure gauge, described air bleeding valve 45 is installed on the described storage tank 3, on the described air bleeding valve 45 described Pressure gauge is installed, when described storage tank 3 interior gases surpassed the scope of described Pressure gauge setting, described air bleeding valve 45 was automatically opened and is carried out exhaust.For the situation of accurately controlling storage tank 3 interior stored-gas arranges one with manometric air bleeding valve 45 at storage tank 3, according to practical condition, Pressure gauge arranges safe range in advance, and by Pressure gauge Real Time Monitoring storage tank 3 internal pressure situations, if storage tank 3 interior gas pressures exceed the scope that Pressure gauge is set, air bleeding valve 45 is automatically opened and is carried out exhaust, until storage tank 3 interior gas pressures fall the scope of setting to Pressure gauge, air bleeding valve 45 autoshutdowns after rise.
As shown in Figure 2, as preferably, described aerating device also comprises a plurality of snap joints 46, described a plurality of snap joint 46 is corresponding one by one with described many bronchuses 43, described a plurality of snap joint 46 is installed on the end of bronchus 43 separately, and described a plurality of snap joints 46 are used for and described storage tank 3 rapid abutting joint.Snap joint 46 is prior art, its characteristic is can Fast Installation, in the utility model, 11 carry out rapid abutting joint with snap joint 46 and storage tank 3 in the assembly section, and storage tank 3 is inflated, simple to operate fast, can improve the production efficiency of storage tank 3 when reducing workman's workload.
As shown in Figure 3, also can be referring to Fig. 1, particularly, as preferably, described foaming production line also comprises guide rail and pulley, and described guide rail is located at the top of described foaming production line, and described guide rail is annular, described fixture vehicle upper end is provided with described pulley, and described fixture vehicle is realized traction by the relatively described guide rail motion of described pulley.
Described foaming production line also comprises guide rail 5 and pulley, described guide rail 5 is located at the top of described foaming production line, described guide rail 5 is annular, and described fixture vehicle 2 upper ends are provided with described pulley, and described fixture vehicle 2 is realized traction by relatively described guide rail 5 motions of described pulley.In actual production, generally be that guide rail 5 is stuck between the pulley closely, pulley is moved along the direction of guide rail 5, also can firmly protect fixture vehicle 2 simultaneously, prevent that fixture vehicle 2 from skidding off foaming production line in motion process.
As shown in Figure 3, also can be referring to Fig. 4, further, described guide rail 5 is divided into parallel portion 51, inside portion 53, the first connecting portion 52 and the second connecting portion 54, described parallel portion 51 be located at described assembly section 11 and described dismounting district 15 directly over and parallel with them, described preheating zone 12 is located in described inside portion 53, the inboard in described material feeding district 13 and described slaking district 14 and parallel with them, and described inside portion 53 is concordant with described fixture vehicle 2 lower ends, described the first connecting portion 52 is connected to the terminal 512 of described parallel portion and the top 531 of described inside portion, described the second connecting portion 54 is connected to the top 511 of terminal 531 and the described parallel portion of described inside portion, described the first connecting portion 52 be connected the second connecting portion 54 and be used for described parallel portion 51 and be connected the connection transition of inside portion 53, described the first connecting portion 52 and described the second connecting portion 54 are evenly round and smooth.
Wherein, because the position of guide rail 5 each several parts is different with shape, make corresponding the changing of movement locus of storage tank 3, since parallel portion 51 be positioned at assembly section 11 and dismounting district 15 directly over, so guiding fixture vehicle 2 is in the assembly section 11 and be vertical state during dismounting district 15, and inside portion 53 is concordant with fixture vehicle 2 lower ends and be positioned at the inboard in material feeding district 13 and slaking district 14, it is concordant with fixture vehicle 2 lower ends that fixture vehicle 2 upper ends are displaced downwardly to, be that fixture vehicle 2 and storage tank 3 are the Horizontal type state when material feeding district 13 and slaking district 14, the first connecting portion 52 be connected connecting portion 54 and be used for the connection transition that parallel portion 51 is connected with the inside portion, parallel portion 51 is consistent with the flow direction of inside portion 53 direction from the beginning to the end and foaming production line, the first connecting portion 52 is connected to the terminal 512 of parallel portion and the top 531 of inside portion, i.e. the first connecting portion 52 correspondences between assembly section 11 and preheating zone 12, the second connecting portion 54 is connected to the top 511 of terminal 532 and the parallel portion of inside portion, i.e. the second connecting portion 54 correspondences between slaking district 14 and dismounting district 15, as a same reason, when fixture vehicle 2 and storage tank 3 move to the first connecting portion 52 and the second connecting portion 54, fixture vehicle 2 and storage tank 3 are the mutual variation transition state of Horizontal type and vertical two states, be specially: when assembly section 11, on the fixture vehicle that is assemblied in setting 2 with storage tank 3 settings, 12 move to the preheating zone, when moving to the first connecting portion 52, parallel portion 51 is inside portion 53 through 52 transition of the first connecting portion, as shown in Figure 4, the track of the first connecting portion 52 is for from top to bottom, by even round and smooth crooked and transition change to the inside directly over the fixture vehicle 2, and storage tank 3 becomes the Horizontal type state with fixture vehicle 2 by vertical state, fixture vehicle 2 continues mobile until the second connecting portion 54 of slaking district 14 ends, the 26S Proteasome Structure and Function of the second connecting portion 54 is all opposite with the first connecting portion 52, namely the second connecting portion 54 from down to up, by even round and smooth crooked and transition change directly over the fixture vehicle 2 interior side direction fixture vehicles 2, inside portion 53 is parallel portion 51 through 54 transition of the second connecting portion, and storage tank 3 then becomes vertical state with fixture vehicle 2 by the Horizontal type state;
In the prior art foaming production line, because the restriction of equipment, cause each processing district of foaming production line can not the Automatic continuous continuous productive process, middle must artificial participation the cooperation, be that storage tank is after the assembling of assembly section, need to put into the preheating zone through manually storage tank being taken out and it is droped to the ground, and after by the slaking district, also need manually again storage tank to be taken out and make it vertically put into the dismounting district, in order to next step operation processing, so cause labor strength large, and production efficiency is not high, the utility model so arranges the structure of guide rail 5, and purpose is, can realize storage tank 3 automatically realization Horizontal type state and the vertically mutual transformation of state, and can automatically enter each processing district of foaming production line, and do not need artificial the participation to pick and place, thus realize the automation processing of whole foaming production line, alleviate labor strength and also improved production and processing efficient simultaneously.
As shown in Figure 1, particularly, as preferably, described foaming production line also comprises automatic-feeding device 6, and described automatic-feeding device 6 is arranged on described material feeding district 13, and described automatic-feeding device 6 is used for described storage tank 3 automatic filling polyurethane.
As shown in Figure 5, further, described automatic-feeding device 6 comprises: mechanical arm 61, code 62 is pasted in bar shaped, barcode scanner 63 and high pressure foaming machine 64, described bar shaped is pasted code 62 and is affixed on the described storage tank 3, described bar shaped is pasted code 62 and is divided into a plurality of types, respectively corresponding different types of described storage tank 3, described barcode scanner 63 links to each other with described mechanical arm 61, described mechanical arm 61 links to each other with described high pressure foaming machine 64, described barcode scanner 63 is used for gathering the information that code 62 is pasted in described bar shaped, described high pressure foaming machine 64 is used for described storage tank 3 filling polyurethanes, during work, the information that described high pressure foaming machine 64 pastes code 62 according to the described bar shaped that described barcode scanner 63 collects, determine that described storage tank 3 needs the amount of the described polyurethane of perfusion, described mechanical arm 61 drives 64 pairs of described storage tanks 3 of described high pressure foaming machine and pours into operation.
As shown in Figure 5, further, described automatic-feeding device 6 also comprises information and sight surveymeter 65, described information and sight surveymeter 65 are installed on the described high pressure foaming machine 64, described information and sight surveymeter 65 are used for the perfusion position of described storage tank 3 is scanned, and seek the perfusion position of described storage tank 3 to instruct described mechanical arm 61.
Wherein, because in actual production, storage tank 3 has dissimilar, for ease of producing, code 62 is pasted in the bar shaped that a plurality of types are set, the corresponding different types of storage tank 3 of difference, bar shaped paste code 62 in the assembly section 11 by the assigned address that manually is attached to storage tank 3, know storage tank 3 types of bar shaped subsides code 62 representatives by barcode scanner 63 scannings in material feeding district 13, definite amount that needs the polyurethane of perfusion, drive 64 pairs of storage tanks 3 of high pressure foaming machine by mechanical arm 61 and pour into operation, because the perfusion position of storage tank 3 can be variant, so need 65 pairs of perfusions of configuration information and sight surveymeter position to scan, seek the perfusion position of storage tank 3 to instruct mechanical arm 61.
As preferably, be provided with described temperature control equipment in described preheating zone 12 and described slaking district 14, described temperature control equipment carries out temperature control through temperature rise period, constant temperature stage and temperature-fall period successively.
In the practical application, generally all roof insulating to be installed in preheating zone 12 and the slaking district 14 of solar water heater storage water tank 3 foaming production lines, storage tank 3 is carried out sealing thermal insulation, the corresponding temperature control equipment of each roof insulating, roof insulating generally adopts polyurethane or polyphenyl foamed board material, the gateway of roof insulating adopts air curtain and the external world to completely cut off, at a plurality of temperature sensors of roof insulating installed inside, temperature information by the temperature sensor collection passes to temperature control equipment, temperature control equipment is regulated and control the insulation temperature of shed, in the prior art, temperature control equipment generally is to adopt the overall process thermostatic control, and in the reality, utility model people finds to pass through the temperature rise period successively, constant temperature stage and temperature-fall period carry out temperature control to roof insulating, better effects if, and namely storage tank 3 is by preheating zone 12 and slaking district 14 time, all will be through heating up, constant temperature and three processes of cooling can be referring to Fig. 6; Suitable environment temperature makes polyurethane unaffected in course of reaction, can guarantee the polyurethane foam quality.
Above-mentioned the utility model embodiment sequence number does not represent the quality of embodiment just to description.
The above only is preferred embodiment of the present utility model, and is in order to limit the utility model, not all within spirit of the present utility model and principle, any modification of doing, is equal to replacement, improvement etc., all should be included within the protection domain of the present utility model.
Claims (9)
1. solar water heater storage water tank foaming production line, described foaming production line comprises successively: the assembly section, the preheating zone, the material feeding district, slaking district and dismounting district, be provided with the fixture vehicle that can roll on the described foaming production line, described storage tank is installed in each district that passes through successively described foaming production line on the described fixture vehicle, it is characterized in that, described foaming production line also comprises aerating device, described aerating device comprises a plurality of air accumulators, a main tracheae, many bronchuses and a plurality of one-way relief valves, described many bronchuses and described a plurality of one-way relief valves be corresponding the setting one by one, described a plurality of air accumulator is installed on the described fixture vehicle, and described a plurality of air accumulator flows jointly with described foaming production line, described a plurality of air accumulator is connected in series UNICOM by a described main tracheae, be provided with described many bronchuses on the described main tracheae, described many bronchuses are connected through separately one-way relief valves and described storage tank, described many bronchuses are used for described storage tank is inflated, described a plurality of one-way relief valves is controlled described storage tank inflation, when described a plurality of air accumulators begin to inflate to described storage tank, described a plurality of one-way relief valves is opened automatically, when gas reaches rated capacity in the described storage tank, described a plurality of one-way relief valves autoshutdowns.
2. foaming production line according to claim 1, it is characterized in that, described aerating device also comprises air bleeding valve and Pressure gauge, described air bleeding valve is installed on the described storage tank, described Pressure gauge is installed on the described air bleeding valve, when gas in the described storage tank surpassed the scope of described Pressure gauge setting, described air bleeding valve was automatically opened and is carried out exhaust.
3. foaming production line according to claim 1, it is characterized in that, described aerating device also comprises a plurality of snap joints, described a plurality of snap joint is corresponding one by one with described many bronchuses, described a plurality of snap joint is installed on bronchial end separately, and described a plurality of snap joints are used for and described storage tank rapid abutting joint.
4. foaming production line according to claim 1, it is characterized in that, described foaming production line also comprises guide rail and pulley, described guide rail is located at the top of described foaming production line, described guide rail is annular, described fixture vehicle upper end is provided with described pulley, and described fixture vehicle is realized traction by the relatively described guide rail motion of described pulley.
5. foaming production line according to claim 4, it is characterized in that, described guide rail is divided into parallel portion, the inside portion, the first connecting portion and the second connecting portion, described parallel portion be located at described assembly section and described dismounting district directly over and parallel with them, described preheating zone is located in described inside portion, the inboard in described material feeding district and described slaking district and parallel with them, and described inside portion is concordant with described fixture vehicle lower end, described the first connecting portion is connected to the terminal of described parallel portion and the top of described inside portion, described the second connecting portion is connected to the top of terminal and the described parallel portion of described inside portion, described the first connecting portion be connected the second connecting portion and be used for described parallel portion and be connected the connection transition of inside portion, described the first connecting portion and described the second connecting portion are evenly round and smooth.
6. foaming production line according to claim 1 is characterized in that, described foaming production line also comprises the automatic-feeding device, and described automatic-feeding device is arranged on described material feeding district, and described automatic-feeding device is used for described storage tank automatic filling polyurethane.
7. foaming production line according to claim 6, it is characterized in that, described automatic-feeding device comprises: mechanical arm, code is pasted in bar shaped, barcode scanner and high pressure foaming machine, described bar shaped is pasted code and is affixed on the described storage tank, described bar shaped is pasted code and is divided into a plurality of types, respectively corresponding different types of storage tank of code is pasted in the bar shaped of a plurality of types, described barcode scanner links to each other with described mechanical arm, described mechanical arm links to each other with described high pressure foaming machine, described barcode scanner is used for gathering the information that code is pasted in described bar shaped, described high pressure foaming machine is used for described storage tank filling polyurethane, during work, the information that described high pressure foaming machine pastes code according to the described bar shaped that described barcode scanner collects, determine the amount of the described polyurethane that described storage tank need to pour into, described mechanical arm drives described high pressure foaming machine described storage tank is poured into operation.
8. foaming production line according to claim 7, it is characterized in that, described automatic-feeding device also comprises information and sight surveymeter, described information and sight surveymeter are installed on the described high pressure foaming machine, described information and sight surveymeter are used for the perfusion position of described storage tank is scanned, and seek the perfusion position of described storage tank to instruct described mechanical arm.
9. the described foaming production line of each claim according to claim 1-8, it is characterized in that, described foaming production line also comprises temperature control equipment, be provided with described temperature control equipment in described preheating zone and described slaking district, described temperature control equipment carries out temperature control through temperature rise period, constant temperature stage and temperature-fall period successively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220448121 CN202862490U (en) | 2012-09-04 | 2012-09-04 | Foaming production line of water storage tank of solar water heater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220448121 CN202862490U (en) | 2012-09-04 | 2012-09-04 | Foaming production line of water storage tank of solar water heater |
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| Publication Number | Publication Date |
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| CN202862490U true CN202862490U (en) | 2013-04-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220448121 Withdrawn - After Issue CN202862490U (en) | 2012-09-04 | 2012-09-04 | Foaming production line of water storage tank of solar water heater |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102848512A (en) * | 2012-09-04 | 2013-01-02 | 皇明太阳能股份有限公司 | Solar water heater water storage tank foaming production line |
| CN104908192A (en) * | 2015-05-31 | 2015-09-16 | 扬州市君睿创智工业设计有限公司 | Water tank foaming process method |
| CN105538578A (en) * | 2016-02-25 | 2016-05-04 | 江苏祺洋航碳纤科技有限公司 | Carbon fiber badminton racket wind-pressure-free forming technology automatic production line |
| CN105619683A (en) * | 2015-12-30 | 2016-06-01 | 广船国际有限公司 | Foaming production method and foaming production line for refrigerator bodies of refrigerators |
-
2012
- 2012-09-04 CN CN 201220448121 patent/CN202862490U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102848512A (en) * | 2012-09-04 | 2013-01-02 | 皇明太阳能股份有限公司 | Solar water heater water storage tank foaming production line |
| CN104908192A (en) * | 2015-05-31 | 2015-09-16 | 扬州市君睿创智工业设计有限公司 | Water tank foaming process method |
| CN105619683A (en) * | 2015-12-30 | 2016-06-01 | 广船国际有限公司 | Foaming production method and foaming production line for refrigerator bodies of refrigerators |
| CN105538578A (en) * | 2016-02-25 | 2016-05-04 | 江苏祺洋航碳纤科技有限公司 | Carbon fiber badminton racket wind-pressure-free forming technology automatic production line |
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