CN207365737U

CN207365737U - A kind of can transport system

Info

Publication number: CN207365737U
Application number: CN201721230218.1U
Authority: CN
Inventors: 姬洪星; 赵殿仁
Original assignee: Baoding Vegetarian Food Co Ltd
Current assignee: Baoding Vegetarian Food Co Ltd
Priority date: 2017-09-23
Filing date: 2017-09-23
Publication date: 2018-05-15
Anticipated expiration: 2027-09-23

Abstract

It the utility model is related to a kind of can transport system, belong to canned pack manufacture field, including steam chest, inlet port and outlet port are offered on the side wall of steam chest, inlet port and outlet port are connected by chain substrate transfer device, equipment for steam treatment is provided with above steam chest, equipment for steam treatment includes and the extraneous discharge tube communicated and the first collection conduit and the second collection conduit that are fixed on above inlet port and outlet port, the pipeline opening of first collection conduit and the second collection conduit is respectively facing inlet port and outlet port, the one end of first collection conduit and the second collection conduit away from inlet port and outlet port is communicated with discharge tube, second collection conduit of the first collection conduit sum is provided with condensate processing mechanism in the internal side wall of one end pipeline opening of inlet port and outlet port.It has is collected processing by the steam overflowed from steam chest inlet port and outlet port, makes the advantages of discharge of steam is to interior.

Description

A kind of can transport system

Technical field

Canned pack manufacture field is the utility model is related to, more particularly to a kind of can transport system.

Background technology

Exhausting is an important step during can processing, is common using fumer steam heating degassing method A kind of exhaust mode, food in can is heated by being heated in fumer, when gases are heated, they expand drain tank contained therein Outside, sealed cans are carrying out sterilization cooling while hot, so not only prevent that can from rising tank after sealing in sterilization process, and two and sterilization cooling After can form vacuum, stand on long-term preservation.

Existing steam heated transportation equipment, when steam heats, steam can be from the feed inlet and discharge port of steam chest Middle spilling, is discharged into either inside, with discharge of steam to workshop so that the temperature in workshop quickly rises because of hot steam It is high so that the working environment in workshop becomes damp and hot, is unfavorable for staff's work.

Utility model content

The purpose of this utility model is to provide a kind of can transport system, it has will be from steam chest feed inlet and discharging The steam overflowed in mouthful is collected processing, makes the advantages of discharge of steam is to interior.

The above-mentioned technical purpose of the utility model technical scheme is that：

A kind of can transport system, including steam chest, offer inlet port and outlet port, feed inlet on the side wall of steam chest Be connected with discharge port by chain substrate transfer device, be provided with equipment for steam treatment above steam chest, equipment for steam treatment include with The discharge tube and the first collection conduit and the second collection conduit being fixed on above inlet port and outlet port that the external world communicates, the The pipeline opening of one collection conduit and the second collection conduit is respectively facing inlet port and outlet port, and the first collection conduit and second are collected The one end of pipeline away from inlet port and outlet port is communicated with discharge tube, the second collection conduit of the first collection conduit sum close into Condensate processing mechanism is provided with the internal side wall of material mouth and one end pipeline opening of discharge port.

By using above-mentioned technical proposal, the steam overflowed from discharge port and feed inlet is passed through by equipment for steam treatment First collection conduit and the second collection conduit are collected, and outdoor is discharged into finally by discharge tube, in the first collection conduit With setting condensate processing mechanism at the pipeline opening of the second collection conduit, the droplet of steam generation is collected processing.

The utility model is further arranged to：Condensate processing mechanism includes being fixedly connected on the first collection conduit or the second receipts Collect the catch basin inside the pipeline opening of pipeline, catch basin is looped around on the side wall of the first collection conduit or the second collection conduit, is collected The slot bottom of sink is extended with tapping pipe, and drain valve is provided with tapping pipe.

By using above-mentioned technical proposal, the first collection conduit or the second collection conduit tube wall will be attached to by catch basin On droplet be collected, emitted finally by tapping pipe.

The utility model is further arranged to：The slot bottom of catch basin is set in circular arc, and tapping pipe is located at catch basin slot bottom Least significant end.

By using above-mentioned technical proposal, the water in catch basin is flowed out completely from tapping pipe, prevent catch basin inner product Water.

The utility model is further arranged to：It is provided with above steam chest and fixes the first collection conduit, the second collection conduit And the ceiling of discharge tube, ceiling are fixed on steam chest by support column.

By using above-mentioned technical proposal, by ceiling by the first collection conduit, the second collection conduit and discharge tube Support, reserve the space for operating personnel's operation.

The utility model is further arranged to：Ceiling is inclined to set from center line to both sides phase steam chest direction.

By using above-mentioned technical proposal, by inclined plane, the droplet for making to adhere on ceiling is flowed down along inclined-plane, conveniently will The water of condensation carries out unified collection.

The utility model is further arranged to：Ceiling is provided with enclosing close to the side peripheral direction of steam chest, and enclosing hangs down Directly towards steam chest direction.

By using above-mentioned technical proposal, the water for making to slide along inclined-plane is flowed on enclosing, prevents droplet from being flowed to along inclined-plane On ground, prevent that ground is moist.

The utility model is further arranged to：Enclosing is internally provided with rhone, and rhone is looped around the inside of enclosing, row The slot bottom of sink is provided with drainpipe, and drain valve is provided with drainpipe.

By using above-mentioned technical proposal, the water flowed on enclosing is collected by rhone, finally by draining Pipe discharges water, is handled.

The utility model is further arranged to：Rhone slot bottom is in arc-shaped, and the slot bottom that drainpipe is located at rhone is minimum End.

By using above-mentioned technical proposal, the water in rhone is flowed out completely from tapping pipe, prevent catch basin inner product Water.

In conclusion the utility model has the advantages that：

1st, the steam overflowed from discharge port and feed inlet is passed through by the first collection conduit and second by equipment for steam treatment Collection conduit is collected, and outdoor is discharged into finally by discharge tube, in the pipe of the first collection conduit and the second collection conduit Condensate processing mechanism is set at road junction, the droplet of steam generation is collected processing；

2nd, by being provided with rhone on enclosing, the condensation water for making to produce on ceiling because of steam is collected, is handled, Prevent water droplet from falling to the ground, make ground moist.

Brief description of the drawings

Fig. 1 is the structure diagram of can transport system；

Fig. 2 is steam chest internal structure schematic diagram；

Fig. 3 is the partial enlarged view at A positions in attached drawing 2；

Fig. 4 is the structure diagram of chain substrate transfer device；

Fig. 5 is the volume partial enlarged view at B positions in attached drawing 4；

Fig. 6 is the internal structure schematic diagram of the flight conveyor positioned at feeding mouth end；

Fig. 7 is the internal structure schematic diagram of the flight conveyor positioned at discharge port end；

Fig. 8 is the sectional view of steam jet；

Fig. 9 is the attachment structure schematic diagram of tip-up device and case lid；

Figure 10 is the configuration schematic diagram of tip-up device；

Figure 11 is the structure diagram of condensate processing mechanism；

Figure 12 is enclosing internal structure schematic diagram.

In figure, 1, rack；2nd, steam chest；21st, feed inlet；22nd, discharge port；3rd, steam conveying pipe；31st, steam jet； 32nd, temperature-detecting device；33rd, valve；4th, supporting rack；5th, chain substrate transfer device；51st, flight conveyor；511st, the first carrier bar passes Send band；512nd, the second flight conveyor；513rd, the 3rd flight conveyor；514th, carrier bar；515th, through hole；516th, convex block；517th, it is recessed Groove；52nd, driving mechanism；521st, driving shaft；522nd, driven shaft；523rd, motor；524th, travelling gear；6th, installing plate；61st, strengthen Gusset；7th, tip-up device；71st, slide；72nd, crossbeam；73rd, leading screw；74th, drive block；75th, roller；76th, connecting rod；77th, support plate； 78th, the first bevel type gear；79th, transmission mechanism；791st, rotation axis；792nd, the second bevel type gear；793rd, support base；794th, handwheel； 8th, case lid；9th, equipment for steam treatment；91st, ceiling；92nd, support column；93rd, the first collection conduit；94th, the second collection conduit；95th, coagulate Water process mechanism；951st, catch basin；952nd, tapping pipe；953rd, drain valve；96th, discharge tube；97th, enclosing；971st, rhone； 972nd, drainpipe；973rd, drain valve；10th, guidance set；101st, guide rod；102nd, supporting rod.

Embodiment

The utility model is described in further detail below in conjunction with attached drawing.

A kind of can transport system, as shown in Figure 1 and Figure 2, including rack 1, steam chest 2 is fixedly connected with rack 1.Steam Vapour case 2 is the opening up babinet that some sidings surround.In the inner bottom of steam chest 2, set the oriented inside of steam chest 2 defeated The steam conveying pipe 3 of steam is sent, steam conveying pipe 3 is supported by supporting rack 4, makes steam conveying pipe 3 and steam chest 2 Bottom wall is parallel.Wherein steam conveying pipe 3 is fixedly connected with supporting rack 4, and supporting rack 4 is fixedly connected with the bottom wall of steam chest 2. On the opposite side wall of steam chest 2, feed inlet 21 and discharge port 22 are offered, feed inlet 21 and discharge port 22 are by being arranged on steam The chain substrate transfer device 5 of 2 opening of case is connected, by chain substrate transfer device 5 by the can material entered from feed inlet 21 send to At discharge port 22.

In the overthe openings of steam chest 2, it is provided with the case lid 8 of the closure of openings of steam chest 2, case lid 8 and steam chest 2 one Hold side walls hinged.By case lid 8 by the closure of openings of steam chest 2, steam is prevented largely to be lost in.In case lid 8 and 2 side wall of steam chest Hinged side, the tip-up device 7 for pulling case lid 8 to be overturn around hinged place, tip-up device 7 are provided with the side wall of steam chest 2 It is fixedly connected on the side wall of steam chest 2.

In the top of steam chest 2, equipment for steam treatment 9 is provided with, equipment for steam treatment 9 is fixedly connected with steam chest 2, is led to Cross equipment for steam treatment 9 and the steam overflowed from feed inlet 21 and discharge port 22 is collected processing, prevent steam from freely discharging To interior, increase indoor temperature and humidity excessive.

As shown in fig. 6, the caping of case lid 8 is inclined to set along the centerline length direction phase both sides of case lid 8, the caping is set to be in The angle of angle shape, wherein caping is towards the direction of steam chest 2.By the caping of angle shape, steam is set to be produced when contacting caping Raw droplet is slided along inclined plane, so as to prevent droplet from entering in can.

As shown in Figure 3, Figure 4, chain substrate transfer device 5 includes some flight conveyors 51 being arranged in parallel and drives respectively The driving mechanism 52 that flight conveyor 51 operates.The flight conveyor provided in the present embodiment is three, is followed successively by the first carrier bar Conveyer belt 511, the second flight conveyor 512 and the 3rd flight conveyor 513.Flight conveyor 51 is by one block of block carrier bar 514 Composition.Through hole 515 is offered on the surface of carrier bar 514, the steam in steam chest 2 is passed through through hole 515 and chain by through hole 515 Can bottom on plate conveyer belt 51 is in contact, so that can bottom can be heated.Side in carrier bar 514 towards inside, Convex block 516 is provided with, convex block 516 is wholely set with carrier bar 514, in the center of convex block 516, opens up fluted 517.

In first flight conveyor 511, the second flight conveyor 512 and the 3rd flight conveyor 513, the first carrier bar passes Band 511 is sent to be communicated with feed inlet 21, the 3rd flight conveyor 513 is communicated with discharge port 22.First flight conveyor 511, second The transmission surface of 512 and the 3rd flight conveyor 513 of flight conveyor is in the same plane, the first flight conveyor 511 It is identical with the direction of transfer of the 3rd flight conveyor 513, positioned at the direction of transfer and first of the second middle flight conveyor 512 Flight conveyor 511 and 513 direction of transfer of the 3rd flight conveyor are opposite.

As shown in Figure 4, Figure 5, in the first flight conveyor 511, the second flight conveyor 512 and the 3rd flight conveyor 513 both sides, are provided with being directed to the second flight conveyor 512 from the first flight conveyor 511, and from the second chain Plate conveyer belt 512 is directed to the guidance set 10 of the second flight conveyor 512.Guidance set 10 includes transmitting positioned at the first carrier bar The guide rod 101 of both sides with the 511, second flight conveyor 512 and the 3rd flight conveyor 513, passes through supporting rod 102 Support, makes the length direction of guide rod 101 identical with direction of transfer, and supporting rod 102 is solid with steam chest 2 and guide rod 101 respectively Fixed connection.One end that guide rod 101 is located at the first flight conveyor 511 transmission end is curved to 512 direction of the second flight conveyor Song, makes can be directed on the second flight conveyor by bending circular arc, equally, end is transmitted positioned at the second flight conveyor 512 The guide rod 101 at end is bent to 513 direction of the 3rd flight conveyor.

As shown in Figure 6, Figure 7, the first flight conveyor 511, the second flight conveyor 512 and the 3rd flight conveyor 513 driving mechanism 52 is identical, therefore by taking the second flight conveyor 512 as an example.Driving mechanism 52 includes passing positioned at the second carrier bar Send the driving shaft 521 and driven shaft 522 at 512 inside both ends of band.521 one end of driving shaft is exposed at outside through the side wall of steam chest 2, The other end is free end.Driving shaft 521 and the side wall revolution of steam chest 2 connect.Run through the side wall of steam chest 2 in driving shaft 521 One end is provided with the motor 523 for driving driving shaft 521 to rotate, and motor 523 is fixedly connected on the outside side wall of steam chest 2.From 522 one end of moving axis and the side wall revolution of steam chest 2 connect, and the other end is free end.In oneself of driving shaft 521 and driven shaft 522 Travelling gear 524 is respectively arranged with by end, travelling gear 524 is fixedly connected with driving shaft 521 and travelling gear 524 respectively.Such as Shown in Fig. 3, the tooth on travelling gear 524 matches with the groove 517 on carrier bar 514, passes through travelling gear 524 and groove 517 Coordinate, driving shaft 521 and driven shaft 522 are connected with the second flight conveyor 512, when making the rotation of driving shaft 521, drive second Flight conveyor 512 rotates.

As shown in Fig. 2, 3 one end of steam conveying pipe is connected through the bottom wall of steam chest 2 with steam generation facility.Steam is defeated One section of serpentine-like inside for being coiled in steam chest 2 for sending pipeline 3 to be located in steam chest 2, passes in steam conveying pipe 3 towards carrier bar A side surface of band 51 is sent to be extended with some steam jets 31, steam jet 31 is evenly distributed on steam conveying pipe 3.Steaming Vapour conveyance conduit 3 is exposed at the one end in outside through 2 bottom wall of steam chest, and temperature-detecting device 32 is provided with steam conveying pipe 3, Temperature-detecting device 32 is fixed on steam conveying pipe 3 by flanged joint.Control is provided with steam conveying pipe 3 to steam The valve 33 of vapour conveying switch, valve 33 are fixedly connected on steam conveying pipe 3.To ensure to be exposed at the steam pipeline in outside Steam heat in road 3 is lost in, and is made on the surface of steam conveying pipe 3 covered with protective case, protective case of insulation material.

As shown in figure 8, steam jet 31 is gradually reduced from the one end for connecting steam conveying pipe 3 to spout end internal diameter.It is logical Cross the change of 31 internal diameter of steam jet so that the distance that the steam sprayed from steam jet 31 sprays is farther.

As shown in Figure 9, Figure 10, tip-up device 7 is fixed on by installing plate 6 on the side wall of steam chest 2.Installing plate 6 is horizontal It is fixed on the side wall of steam chest 2.In the lower surface of installing plate 6, be provided with stiffener plate 61, stiffener plate 61 respectively with steam The side wall of case 2 is fixedly connected with the lower surface of installing plate 6, increases the bonding strength of installing plate 6 by stiffener plate 61.

As shown in Figure 9, Figure 10, tip-up device 7 includes two opposite slides for being vertically fixed on 6 upper surface of installing plate 71, in the one end of slide 71 away from installing plate 6, crossbeam 72 is provided with, crossbeam 72 is fixedly connected with two opposite slides 71.In phase To slide 71 among, be provided with the drive block 74 being slidably connected with slide 71.At the both ends that drive block 74 is connected with slide 71, Roller 75 is provided with, the revolution of roller 75 is connected on drive block 74.Among opposite slide 71, it is provided with and drives drive block 74 The leading screw 73 moved in slide 71, the both ends of leading screw 73 are connected with installing plate 6 and the revolution of crossbeam 72 respectively.It is close in leading screw 73 One end of installing plate 6, is fixedly connected with the first bevel type gear 78.

The transmission mechanism 79 for driving leading screw 73 to rotate is provided with the upper surface of installing plate 6, transmission mechanism 79 includes passing through Support base 793, which turns round, is connected to the rotation axis 791 on 6 surface of installing plate, and 791 length direction of rotation axis is towards leading screw 73.Rotating Axis 791 is provided with the second bevel type gear 792 to match with the first bevel type gear 78 close to one end of leading screw 73.In rotation axis 791 one end away from leading screw 73 are fixedly connected with handwheel 794.Handwheel 794 is rotated, passes through the first bevel type gear 78 of mutual cooperation Leading screw 73 is driven to rotate with the second bevel type gear 792, so that drive block 74 moves on slide 71.

In drive block 74 towards a side surface of steam chest 2, connecting rod 76 is provided with, 76 one end of connecting rod is cut with scissors with drive block 74 Connect, the other end is hinged on case lid 8 away from case lid 8 and the side walls hinged one end of steam chest 2.Moved by drive block 74 in slide 71 It is dynamic, so as to drive connecting rod 76 to pull case lid 8, case lid 8 is rotated around hinged place, so that case lid 8 be opened.

As shown in Figure 2, Figure 4 shows, equipment for steam treatment 9 includes passing through branch positioned at the ceiling 91 above steam chest 2, ceiling 91 Dagger 92 supports, and makes to leave the space for operating personnel's work between ceiling 91 and steam chest 2.Support column 92 respectively with ceiling 91 It is fixedly connected with steam chest 2.One end length direction both sides of the ceiling 91 away from steam chest 2 are inclined to set.In ceiling 91 Heart position, is provided with the discharge tube 96 communicated with the external world, discharge tube 96 is fixed on ceiling 91, and discharge tube 96 runs through Ceiling 91.

As shown in figure 12, the surrounding inside ceiling 91 is provided with enclosing 97, and enclosing 97 is fixedly connected on support column 92. In the inside of enclosing 97, rhone 971 is provided with, rhone 971 is looped around the inside of enclosing 97.The slot bottom of rhone 971 is in Arc-shaped.Drainpipe 972 is extended with 971 slot bottom least significant end of rhone so that the water in rhone 971 passes through drainpipe 972 discharges.Drain valve 973 is provided with drainpipe 972, the circulation of water in drainpipe 972 is controlled by drain valve 973.

In the top of feed inlet 21, the first collection conduit 93 is provided with, 93 one end of the first collection conduit is fixed on steam chest 2 On, the other end is communicated through enclosing 97 with discharge tube 96.In the top of discharge port 22, the second collection conduit 94 is provided with, the Two collection conduits, 94 one end is fixedly connected on steam chest 2, and the other end is communicated through enclosing 97 with discharge tube 96.Pass through first The steam overflowed from feed inlet 21 and discharge port 22 is collected by 93 and second collection conduit 94 of collection conduit, and drains into discharge In pipeline 96, most afterwards through discharge tube 96 by discharge of steam to outdoor.

As shown in Fig. 4, Figure 11, in the first collection conduit 93 and the second collection conduit 94 connection feed inlet 21 and discharge port 22 One end, pipeline opening madial wall is provided with condensate processing mechanism 95, and condensate processing mechanism 95 includes being centered around pipeline opening inner wall Catch basin 951, the slot bottom of catch basin 951 are set in circular arc.Tapping pipe 952, position are extended with the slot bottom least significant end of catch basin 951 Discharged in the water in catch basin 951 by tapping pipe 952.Drain valve 953 is provided with tapping pipe 952, passes through drain valve 953 Control the circulation of water in tapping pipe 952.

This specific embodiment is only explanation to the utility model, it is not the limitation to the utility model, ability Field technique personnel as needed can make the present embodiment the modification of no creative contribution after this specification is read, but As long as all protected in the right of the utility model be subject to Patent Law.

Claims

1. a kind of can transport system, including steam chest (2), offered on the side wall of the steam chest (2) feed inlet (21) and Discharge port (22), the feed inlet (21) are connected with discharge port (22) by chain substrate transfer device (5), it is characterised in that：It is described Equipment for steam treatment (9) is provided with above steam chest (2), the equipment for steam treatment (9) includes the discharge communicated with the external world Pipeline (96) and the first collection conduit (93) and the second collection conduit being fixed on above feed inlet (21) and discharge port (22) (94), the pipeline opening of first collection conduit (93) and the second collection conduit (94) is respectively facing feed inlet (21) and discharging The one end of mouth (22), first collection conduit (93) and the second collection conduit (94) away from feed inlet (21) and discharge port (22) Communicated with discharge tube (96), first collection conduit (93) and the second collection conduit (94) close to feed inlet (21) and going out Condensate processing mechanism (95) is provided with the internal side wall of one end pipeline opening of material mouth (22).

A kind of 2. can transport system according to claim 1, it is characterised in that：The condensate processing mechanism (95) includes The catch basin (951) being fixedly connected on inside the pipeline opening of the first collection conduit (93) or the second collection conduit (94), the collection Sink (951) is looped around on the side wall of the first collection conduit (93) or the second collection conduit (94), the groove of the catch basin (951) Bottom is extended with tapping pipe (952), and drain valve (953) is provided with the tapping pipe (952).

A kind of 3. can transport system according to claim 2, it is characterised in that：The slot bottom of the catch basin (951) is in Circular arc is set, and the tapping pipe (952) is located at the least significant end of catch basin (951) slot bottom.

A kind of 4. can transport system according to claim 1, it is characterised in that：It is provided with above the steam chest (2) Fix the ceiling (91) of the first collection conduit (93), the second collection conduit (94) and discharge tube (96), the ceiling (91) Steam chest is fixed on by support column (92)（2）On.

A kind of 5. can transport system according to claim 4, it is characterised in that：The ceiling (91) is from center line to two Side is inclined to set.

A kind of 6. can transport system according to claim 5, it is characterised in that：The ceiling (91) is close to steam chest (2) side peripheral direction is provided with enclosing (97), the enclosing (97) vertically steam chest (2) direction.

A kind of 7. can transport system according to claim 6, it is characterised in that：Enclosing (97) row of being internally provided with Sink (971), the rhone (971) are looped around the inside of enclosing (97), and the slot bottom of the rhone (971) is provided with draining Manage (972), drain valve (973) is provided with the drainpipe (972).

A kind of 8. can transport system according to claim 7, it is characterised in that：Rhone (971) slot bottom is in circle Arcuation is set, and the drainpipe (972) is located at the least significant end of rhone (971) slot bottom.