CN206108189U - Concrete adds air parcel transmission device - Google Patents

Abstract

The utility model discloses a concrete adds air parcel transmission device, comprising a frame body, first support body, the second support body, first chain, the second chain, the rotation is connected with the first live -rollers that is on a parallel with first transmission shaft on lieing in the first support body between two first transmission shafts, the rotation is connected with the second live -rollers that is on a parallel with the secondary drive axle on lieing in two second support bodys between the secondary drive axle, the both ends of first live -rollers and second live -rollers all are provided with the third sprocket, two third chains that lie in the homonymy take turns to and are provided with the third chain, the third chain passes through actuating mechanism and realizes the transmission, first chain, second chain, third chain are located same horizontal plane. The utility model has the advantages of it is following and effect: the new mechanical structure of this scheme utilization utilizes the third chain transmission concrete that sets up between first chain and second chain to add the air parcel, utilizes the steady transmission concrete of third chain to add the air parcel, and the concrete adds difficult emergence of air parcel and rocks, and the transmission ratio is more steady.

Description

A kind of concrete aerated block transmission device

Technical field

This utility model is related to concrete aerated blocks transmission equipment field, more particularly to a kind of concrete aerated blocks transmission dress Put.

Background technology

Concrete aerated blocks are a kind of new wall materials, as material internal has substantial amounts of pore and micropore, because And have good thermal and insulating performance, while concrete aerated blocks are because having this kind of loose structure, thus with certain sound absorption Ability.

At present, Publication No. CN201670595U, the day for announcing are the Chinese patent of on December 15th, 2010《Concrete segment Divide pile device》A kind of concrete block stacking device is disclosed, in particular to building block in air-entrained concrete building block packaging process Point pile device of product.Purpose be to provide it is a kind of it is simple and reliable for structure, and operate reliably easily In-line coagulation earth building blocks point pile Device.A kind of concrete block stacking device, with spaced two sections of conveying mechanisms, is provided with transition rolling between conveying mechanism Cylinder, and the upper surface of cylinder is higher by conveying mechanism conveyer belt horizontal plane.The characteristics of this kind of device be using two sections of conveying mechanisms and With different transporting velocities operate, transition roller is added between conveying mechanism, using the initial segment, subsequent segment conveyer belt speed difference come Realize the separation between continuous building block product.

But by using cylinder transmitting in this kind of device, cylinder surface is curved, when concrete aerated blocks are transmitted During at cylinder, due to the curved out-of-flatness in surface transmitted, certain swing is inevitably produced, cause a point pile transmission It is unstable, it is easily caused concrete aerated blocks run-off the straight and drops.

Utility model content

The purpose of this utility model is to provide a kind of concrete aerated block transmission device, the effect with smooth transport.

Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of concrete aerated blocks Transmitting device, including support body, the first support body positioned at the support body side, the opposite side positioned at the support body and with described first Second support body of support body docking, two the first power transmission shafts for being rotatably connected on the first support body two ends respectively, be arranged on it is described First sprocket wheel at the first power transmission shaft two ends, the first chain being arranged on the first sprocket wheel described in two the first power transmission shaft homonymies Article, and the connection of arbitrary first power transmission shaft the first motor, two be rotatably connected on the of the second support body two ends respectively Two power transmission shafts, the second sprocket wheel for being arranged on the second driving shaft two ends, it is arranged on described in two second driving shaft homonymies Second motor of the second chain and arbitrary second driving shaft connection on the second sprocket wheel, positioned at two first transmissions The first rotating roller parallel to first power transmission shaft is rotatably connected on first support body between axle, positioned at described in two The second rotating roller parallel to the second driving shaft is rotatably connected on second support body between second driving shaft, it is described The two ends of the first rotating roller and second rotating roller are provided with the 3rd sprocket wheel, on two the 3rd sprocket wheels of homonymy The 3rd chain is provided with, the 3rd chain is realized being driven by drive mechanism, first chain, the second chain, the 3rd chain Bar is located in same level.

By adopting above-mentioned technical proposal, first turn of connection on the first support body between two the first power transmission shafts, is rotated Dynamic roller, and the first rotating roller is parallel to the first power transmission shaft, and connection is rotated on the second support body between two second driving shafts Second rotating roller, and the second rotating roller is respectively provided with the two ends of the first rotating roller and the second rotating roller parallel to second driving shaft 3rd sprocket wheel, while arranging the 3rd chain on two the 3rd sprocket wheels of homonymy, wherein, the first chain, the second chain, the Three chains are located in same level, when using this kind of device transport concrete aerated blocks, will be processed without undue pile first Concrete aerated blocks be placed on the first chain on the first support body, start the first motor and the second motor, the first motor drives Dynamic first chain starts transmission, and second the second chain of Motor drive starts transmission, and the 3rd chain starts transmission using drive mechanism, The concrete aerated blocks movement thereon of first chain-driving, it is when being gradually moved into the position of close second support body, concrete aerated Block is moved on the 3rd chain, subsequently concrete aerated blocks is moved on the second chain by the transmission of the 3rd chain, most Afterwards concrete aerated blocks by the second chain drive to elsewhere, wherein it is possible to utilize drive mechanism to drive the 3rd chain so that Transmission speed of the transmission speed of the 3rd chain more than the first chain, then can realize point pile to concrete aerated blocks, the 3rd Chain is located between the first chain and the second chain, and the first chain, the second chain and the 3rd chain are located in the same horizontal plane, When concrete aerated blocks will divide pile between the first chain and the second chain, more smoothly can be transmitted using the 3rd chain Concrete aerated blocks, concrete aerated blocks are not susceptible to rock, and transfer ratio is more steady.

It is of the present utility model to be further arranged to：The drive mechanism includes being symmetricly set on the second driving shaft and institute State the 4th sprocket wheel in the second rotating roller, the 4th chain being arranged on the 4th sprocket wheel described in both sides.

By adopting above-mentioned technical proposal, the 4th sprocket wheel is set on second driving shaft and the second rotating roller, while two 4th chain is set on the 4th sprocket wheel of side, and as second driving shaft is rotated by the second motor, second driving shaft is rotated The 4th sprocket wheel thereon is driven to rotate, the 4th sprocket wheel is located at the rotation of the 4th chain in the second rotating roller using the 4th chain-driving Dynamic, the 4th sprocket wheel in the second rotating roller drives the second rotating roller to rotate, and the second rotating roller can drive disposed thereon 3rd sprocket wheel is rotated, and the 3rd sprocket wheel can drive the 3rd chain drive, realize the driving to the 3rd chain, by the second motor Different rotating speeds, you can so that transmission speed of the transmission speed of the 3rd chain more than the first chain, so as to realize that concrete is added Point pile of air parcel.

It is of the present utility model to be further arranged to：Two ends on first power transmission shaft of second support body are all provided with The 5th sprocket wheel is equipped with, the structure of the 5th sprocket wheel is identical with the structure of the 4th sprocket wheel.

By adopting above-mentioned technical proposal, the 5th chain is provided with the two ends on the first power transmission shaft of the second support body Wheel, wherein the structure of the 5th sprocket wheel is identical with the structure of the 4th sprocket wheel, when driving four chain drives using the 4th sprocket wheel, unavoidably The situation that 4th sprocket wheel is damaged due to working long hours can occur, now i.e. can utilize the first power transmission shaft on the 5th sprocket wheel come The 4th sprocket wheel in the second rotating roller is substituted, the 4th sprocket wheel in the second rotating roller is substituted for into the 5th sprocket of gear ratio The few sprocket wheel of number, while loading onto new chain, by first the first drive axis of Motor drive, the first power transmission shaft drives the 5th Sprocket wheel is rotated, and the 5th sprocket wheel is by the few sprocket wheel of the 5th sprocket wheel of gear ratio in the second rotating roller of chain-driving, you can drive second Rotating roller is rotated, and so as to drive the 3rd chain drive, realizes the driving to the 3rd chain, wherein, due in the second rotating roller Teeth number of sprocket is fewer than the number of teeth of the 5th sprocket wheel, and rotating speed is big with the number of teeth chain wheel speed few in inverse ratio, the i.e. number of teeth, i.e. the second rotating roller Velocity of rotation it is big, the transmission speed of the 3rd chain that the second rotating roller drives is bigger than the transmission speed of the first chain, you can complete Point pile of concrete aerated blocks is processed in pairs.

It is of the present utility model to be further arranged to：The equal sliding in both sides of first support body is connected with installing plate, both sides institute State, the two ends of first rotating roller are fed through bearing block described in both sides respectively.

By adopting above-mentioned technical proposal, in the both sides of the first support body, equal sliding is connected with installing plate, the first rotating roller Two ends are fed through in the bearing block on installing plate respectively, and the first rotating roller can be realized sliding on the first support body with installing plate Move, when the 3rd sprocket wheel and the 3rd chain are when transmission is cooperated, the roller on the 3rd chain can occur abrasion, subsequent 3rd chain Bar will fluff, and now may move the first rotating roller so that be again at tensioned state between the 3rd chain and the 3rd sprocket wheel, To make the 3rd chain drive stable, the phenomenon for occurring to skid because of fluffing is difficult.

It is of the present utility model to be further arranged to：It is horizontally disposed on the installing plate to have multiple chutes, the peace The positioning spiral shell for being fed through that the chute rear thread is connected on first support body is provided between dress plate and first support body Bolt.

By adopting above-mentioned technical proposal, multiple chutes are set along the direction of level on a mounting board, while in installing plate Arrange between the first support body and be fed through the bolt that chute rear thread is connected on the first support body, it is mobile first turn when needing During dynamic roller, bolt is turned first so that bolt fluffs, now may move the first rotating roller, the first rotating roller is moved Move after can tightening the position of the 3rd chain, screwed in place bolt, you can the first rotating roller is fixed on into the position, now Three chains are in tensioned state, you can so that the 3rd chain drive is stable, be difficult occur what is skidded because the 3rd chain fluffs Phenomenon.

It is of the present utility model to be further arranged to：It is provided with first support body for contradicting under first chain First gripper shoe of side, is provided with second support body for contradicting the second gripper shoe on the downside of second chain.

By adopting above-mentioned technical proposal, the first gripper shoe is set in the downside of the first chain, in the downside of the second chain Second gripper shoe is set, when being placed on concrete aerated blocks on the first chain, if being not provided with first on the downside of the first chain Gripper shoe, then the gravity of concrete aerated blocks is entirely applied on the first chain, the first chain is easily because be subject to too big External force and deform upon, occur sink may even happen that fracture, badly influence the first chain stably transmit it is concrete aerated The effect of block, the first gripper shoe can play a part of support so that the first chain can stably transmit concrete aerated blocks, when When concrete aerated blocks are sent on the second chain, the second gripper shoe also plays the effect of support, prevents the second chain to be subject to Too big external force and there is too big deformation.

It is of the present utility model to be further arranged to：It is vertically arranged with positioned at institute on first support body and second support body The support block on the downside of the 3rd chain is stated, is provided with the support block of homonymy for contradicting on the downside of the 3rd chain The 3rd gripper shoe.

By adopting above-mentioned technical proposal, it is vertically arranged with the downside of the 3rd chain on the first support body and the second support body Support block, while the 3rd gripper shoe is provided with the gripper shoe of homonymy, the 3rd gripper shoe is contradicted under the 3rd chain Side, supports the 3rd gripper shoe, the 3rd gripper shoe to also function to the effect for supporting by support block, when concrete aerated blocks move to the When on three chains, the 3rd gripper shoe can prevent the 3rd chain from too big deformation occurring, it is ensured that the stable transmission of the 3rd chain is mixed Solidifying soil aerated blocks.

It is of the present utility model to be further arranged to：It is provided with first gripper shoe for contradicting in first chain Roller on the downside of the first support bar, be provided with second gripper shoe for contradict on the downside of the roller of second chain The second support bar, be provided with the 3rd gripper shoe for contradicting the 3rd support on the downside of the roller of the 3rd chain Bar.

By adopting above-mentioned technical proposal, the first support bar in the first gripper shoe is contradicted under the roller of the first chain Side, the second support bar in the second gripper shoe contradict the 3rd support on the downside of the roller of the second chain, the 3rd gripper shoe Article contradict the 3rd chain roller downside, in the first gripper shoe, the first chain happens is that using the first support bar Rolling friction, if being not provided with the first support bar, then sliding friction can be produced between the first chain and the first gripper shoe, rolls Little many of the resistance of the suffered resistance ratios sliding friction of friction, motion is more laborsaving, the second support bar and the 3rd support bar Away from identical with the first support bar, again such that transmission is more laborsaving.

In sum, this utility model has the advantages that：Using being arranged between the first chain and the second chain The 3rd chain transmission concrete aerated blocks, while the first chain, the second chain and the 3rd chain are located in the same horizontal plane, when When concrete aerated blocks will divide pile between the first chain and the second chain, more smoothly can be transmitted using the 3rd chain mixed Solidifying soil aerated blocks, concrete aerated blocks are not susceptible to rock, and transfer ratio is more steady；First is arranged in the downside of the first chain to support Plate, arranges the second gripper shoe in the downside of the second chain, arranges the 3rd gripper shoe in the downside of the 3rd chain, supports using first Plate, the second gripper shoe and the 3rd gripper shoe play a part of to support concrete aerated blocks so that the first chain, the second chain and the Three chains will not because of by concrete aerated blocks gravity and too big deformation occur, it is ensured that the first chain, the second chain and 3rd chain stably transmits concrete aerated blocks.

Description of the drawings

Fig. 1 is structural representation of the present utility model；

Fig. 2 be the first support body in this utility model, the second support body, the first gripper shoe, the second gripper shoe, the first power transmission shaft, Annexation schematic diagram between second driving shaft, the first rotating roller, the second rotating roller；

Fig. 3 is the enlarged drawing in A portions in Fig. 2.

In figure：1st, support body；2nd, the first support body；21st, installing plate；211st, bearing block；212nd, chute；213rd, bolt； 214th, the first gripper shoe；2141st, the first support bar；3rd, the second support body；31st, the second gripper shoe；311st, the second support bar；4th, first Power transmission shaft；5th, the first sprocket wheel；6th, the first chain；7th, the first motor；8th, second driving shaft；9th, the second sprocket wheel；10th, the second chain； 11st, the second motor；12nd, the first rotating roller；13rd, the second rotating roller；14th, the 3rd sprocket wheel；15th, the 3rd chain；16th, the 4th sprocket wheel； 17th, the 4th chain；18th, the 5th sprocket wheel；19th, support block；191st, the 3rd gripper shoe；1911st, the 3rd support bar.

Specific embodiment

This utility model is described in further detail below in conjunction with accompanying drawing.

A kind of concrete aerated block transmission device, with reference to Fig. 1, Fig. 2, Fig. 3, is placed with support body 1 on ground, support body 1 includes There is positioned at first support body 2 in left side and positioned at right side the second support body 3 docked with the first support body 2, the both sides of the first support body 2 are inside The first gripper shoe 214 has been wholely set, wherein it is wholely set the first gripper shoe 214 on the first support body of homonymy 2 up and down, it is each The upside of individual first gripper shoe 214 is integrally provided with the first support bar 2141, and the both sides of the second support body 3 have inwardly been wholely set Second gripper shoe 31, wherein the second gripper shoe 31 is wholely set up and down on the second support body of homonymy 3, each second gripper shoe 31 upside is integrally provided with the second support bar 311, meanwhile, positioned at both sides where the first support body 2 and the docking of the second support body 3 Vertical three piece support block 19 is welded with inwall, three pieces of intervals of support block 19 are uniformly distributed, and three pieces positioned at homonymy are supported The upside of block 19 is welded with the 3rd gripper shoe 191, has been wholely set the 3rd support bar 1911 in the 3rd gripper shoe 191.

First power transmission shaft 4 is rotatably connected to positioned at the two ends of the first support body 2, the two ends of two the first power transmission shafts 4 lead to Cross bearing to be connected on the inwall of 2 both sides of the first support body, while the first power transmission shaft 4 leads near the both sides of 2 inwall of the first support body Cross to be bonded and be connected to the first sprocket wheel 5, be connected with the first chain 6 on two the first sprocket wheels 5 of homonymy, the first chain 6 is located at the The top of one gripper shoe 214, the first chain 6 include the first roller, and the first roller contradicts first in the first gripper shoe 214 On support bar 2141,4 one end of the first power transmission shaft near 3 side of the second support body is stretched out in the outside of the first support body 2 and is connected with First motor 7.

Second driving shaft 8 is rotatably connected to positioned at the two ends of the second support body 3, the two ends of two second driving shafts 8 lead to Cross bearing to be connected on the inwall of 3 both sides of the second support body, while second driving shaft 8 leads near the both sides of 3 inwall of the second support body Crossing to be bonded and being connected to the second sprocket wheel 9, the second chain 10 is connected with two the second sprocket wheels 9 of homonymy, the second chain 10 is located at The top of the second gripper shoe 31, the second chain 10 include the second roller, and the second roller contradicts in the second gripper shoe 31 the On two support bars 311, stretch out in the outside of the second support body 3 and be connected with away from 8 one end of second driving shaft of 2 side of the first support body Second motor 11.

The first rotating roller 12 is rotatably connected between two the first power transmission shafts 4, on the both sides inwall of the first support body 2 Sliding is connected with installing plate 21, and bearing block 211 has been connected with installing plate 21, and the two ends of the first rotating roller 12 wear respectively Bearing block 211 is crossed, meanwhile, two chutes 212, wherein installing plate 21 and the first support body are offered along level on installing plate 21 The bolt 213 for being fed through that 212 rear thread of chute is connected on 2 inwall of the first support body, the first rotating roller 12 are provided between 2 Pass through to be bonded to be connected to the 3rd sprocket wheel 14 near the both sides of 2 inwall of the first support body.

The second rotating roller 13 is rotatably connected between two second driving shafts 8, the two ends of the second rotating roller 13 pass through Bearing is rotatably connected on the inwall of 3 both sides of the second support body, while the second rotating roller 13 is equal near the both sides of 3 inwall of the second support body The 3rd sprocket wheel 14 is connected to again by being bonded, wherein the 3rd chain 15 is provided with two the 3rd sprocket wheels 14 of homonymy.

The 4th sprocket wheel 16 is connected to being bonded on second driving shaft 8, while being connected to being bonded in the second rotating roller 13 Another the 4th sprocket wheel 16, two the 4th sprocket wheels 16 are symmetrical arranged, and the 4th chain 17 is connected with two the 4th sprocket wheels 16, and two Individual 4th sprocket wheel 16 and the 4th chain 17 constitute the drive mechanism for driving the transmission of the 3rd chain 15.

Both sides on the first power transmission shaft 4 of 3 side of the second support body pass through to be bonded to be connected to the 5th sprocket wheel 18, wherein the The structure of five sprocket wheels 18 is identical with the structure of the 4th sprocket wheel 16.

Function mode：With reference to Fig. 1, when using the device transport concrete aerated blocks, will process without undue pile first Concrete aerated blocks be placed on the first chain 6 on the first support body 2, start the first motor 7 and the second motor 11, first is electric Machine 7 drives the first chain 6 to start transmission, and the second motor 11 drives the second chain 10 to start transmission, and second driving shaft 8 is rotated and driven 4th chain 17 is driven, and the 4th chain 17 drives the second rotating roller 13 to rotate, and the second rotating roller 13 drives the 3rd chain 15 to be driven, First chain 6 drives concrete aerated blocks thereon to move, when concrete aerated blocks are gradually moved near the position of the second support body 3 When putting, concrete aerated blocks are moved on the 3rd chain 15, subsequently by the transmission of the 3rd chain 15 by concrete aerated blocks Move on the second chain 10, last concrete aerated blocks are transferred to elsewhere by the second chain 10, wherein it is possible to utilize Rotating speed of the rotating speed of two motors 11 more than the first motor 7 so that transmission of the transmission speed of the 3rd chain 15 more than the first chain 6 Speed, then can realize point pile to concrete aerated blocks, and the 3rd chain 15 is located between the first chain 6 and the second chain 10, And first chain 6, the second chain 10 and the 3rd chain 15 are located in the same horizontal plane, when concrete aerated blocks will be in the first chain 6 and during the second point pile between chain 10, concrete aerated blocks can be more smoothly transmitted using the 3rd chain 15.

Specific embodiment is only which is not to restriction of the present utility model, this area to explanation of the present utility model Technical staff can make the modification for not having creative contribution after this specification is read as needed to the present embodiment, but only All to be protected by Patent Law in right of the present utility model.

Claims (8)

1. a kind of concrete aerated block transmission device, including support body（1）, positioned at the support body（1）First support body of side（2）、 Positioned at the support body（1）Opposite side and with first support body（2）Second support body of docking（3）, two rotate connection respectively In first support body（2）First power transmission shaft at two ends（4）, be arranged on first power transmission shaft（4）First sprocket wheel at two ends （5）, be arranged on two first power transmission shafts（4）First sprocket wheel described in homonymy（5）On the first chain（6）, it is and arbitrary described First power transmission shaft（4）First motor of connection（7）, two be rotatably connected on second support body respectively（3）Second biography at two ends Moving axis（8）, be arranged on the second driving shaft（8）Second sprocket wheel at two ends（9）, be arranged on two second driving shafts（8） Second sprocket wheel described in homonymy（9）On the second chain（10）, and arbitrary second driving shaft（8）Second motor of connection （11）, it is characterised in that：Positioned at two first power transmission shafts（4）Between first support body（2）On be rotatably connected to it is flat Row is in first power transmission shaft（4）The first rotating roller（12）, positioned at two second driving shafts（8）Between described second Support body（3）On be rotatably connected to parallel to the second driving shaft（8）The second rotating roller（13）, first rotating roller（12） With second rotating roller（13）Two ends be provided with the 3rd sprocket wheel（14）, positioned at two the 3rd sprocket wheels of homonymy（14） On be provided with the 3rd chain（15）, the 3rd chain（15）Realize being driven by drive mechanism, first chain（6）, Two chains（10）, the 3rd chain（15）In same level.

2. a kind of concrete aerated block transmission device according to claim 1, it is characterised in that：The drive mechanism includes It is symmetricly set on the second driving shaft（8）With second rotating roller（13）On the 4th sprocket wheel（16）, be arranged on both sides institute State the 4th sprocket wheel（16）On the 4th chain（17）.

3. a kind of concrete aerated block transmission device according to claim 2, it is characterised in that：Near second support body （3）First power transmission shaft（4）On two ends be provided with the 5th sprocket wheel（18）, the 5th sprocket wheel（18）Structure and institute State the 4th sprocket wheel（16）Structure it is identical.

4. a kind of concrete aerated block transmission device according to claim 3, it is characterised in that：First support body（2） The equal sliding in both sides be connected with installing plate（21）, installing plate described in both sides（21）On be provided with bearing block（211）, described first Rotating roller（12）Two ends be fed through bearing block described in both sides respectively（211）.

5. a kind of concrete aerated block transmission device according to claim 4, it is characterised in that：The installing plate（21）On It is horizontally disposed to have multiple chutes（212）, the installing plate（21）With first support body（2）Between be provided with and be fed through The chute（212）Rear thread is connected to first support body（2）On bolt（213）.

6. a kind of concrete aerated block transmission device according to claim 5, it is characterised in that：First support body（2） On be provided with for contradict in first chain（6）First gripper shoe of downside（214）, second support body（3）Upper setting Have for contradicting in second chain（10）Second gripper shoe of downside（31）.

7. a kind of concrete aerated block transmission device according to claim 6, it is characterised in that：First support body（2） With second support body（3）On be vertically arranged with positioned at the 3rd chain（15）The support block of downside（19）, positioned at homonymy The support block（19）On be provided with for contradict in the 3rd chain（15）3rd gripper shoe of downside（191）.

8. a kind of concrete aerated block transmission device according to claim 7, it is characterised in that：First gripper shoe （214）On be provided with for contradict in first chain（6）Roller on the downside of the first support bar（2141）, described second Fagging（31）On be provided with for contradict in second chain（10）Roller on the downside of the second support bar（311）, described Three gripper shoes（191）On be provided with for contradict in the 3rd chain（15）Roller on the downside of the 3rd support bar（1911）.