CN203528878U - Conveyor belt pressing device - Google Patents
Conveyor belt pressing device Download PDFInfo
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- CN203528878U CN203528878U CN201320617478.XU CN201320617478U CN203528878U CN 203528878 U CN203528878 U CN 203528878U CN 201320617478 U CN201320617478 U CN 201320617478U CN 203528878 U CN203528878 U CN 203528878U
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- 239000011159 matrix material Substances 0.000 claims abstract description 10
- 230000001105 regulatory effect Effects 0.000 claims description 47
- 239000003814 drug Substances 0.000 claims description 26
- 239000000969 carrier Substances 0.000 claims description 21
- 230000005540 biological transmission Effects 0.000 claims description 13
- 229910000838 Al alloy Inorganic materials 0.000 claims description 5
- 239000004809 Teflon Substances 0.000 claims description 5
- 229920006362 Teflon® Polymers 0.000 claims description 5
- 230000008676 import Effects 0.000 claims description 5
- 239000010935 stainless steel Substances 0.000 claims description 5
- 238000004519 manufacturing process Methods 0.000 abstract description 15
- 239000006187 pill Substances 0.000 abstract 3
- 238000004140 cleaning Methods 0.000 abstract 1
- 239000000463 material Substances 0.000 abstract 1
- 230000002035 prolonged effect Effects 0.000 abstract 1
- 238000004806 packaging method and process Methods 0.000 description 5
- 230000009286 beneficial effect Effects 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 238000010586 diagram Methods 0.000 description 2
- 238000012423 maintenance Methods 0.000 description 2
- 230000007774 longterm Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000012858 packaging process Methods 0.000 description 1
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Abstract
The utility model discloses a conveyor belt pressing device which comprises a plurality of pinch rollers above a conveyor belt, and the pinch rollers distribute at least one row in the width direction of the corresponding conveyor belt and a multi-line matrix form in the conveying direction of the corresponding conveyor belt. The axis of each line of the pinch rollers is coaxial and is perpendicular to the conveying direction of the conveyor belt. The pinch rollers distributed in the multi-line matrix form are evenly arranged above the conveyor belt from an entrance to an exit. The distance between axes of the two adjacent lines of pinch rollers is less than the length of a pill case in the conveying direction of the conveyor belt. The conveyor belt pressing device can assure the speed of the pill case in the conveying period is in a matching state, so that damage of the pill case and poor wrapping quality can be avoided, the service life of a conveyor belt is further prolonged, the material cost is reduced heavily, the labor cost of cleaning the old conveyor belt is removed and the overall efficiency of the production line is stable.
Description
Technical field
The utility model relates to pharmaceutical equipment technical field, relates in particular to a kind of belt conveyor pinch device for automatic medicine packaging production line.
Background technology
Fully-automatic packaging production line of the prior art transmits medicine by belt conveyor.In medicine packaging process, fully-automatic packaging production line whole efficiency is particularly crucial.Newly imported fully-automatic packaging production line is in initial production process, and its mode of operation is good, and output and quality are all highly stable.But, used after a period of time, there is medicine box and transmitted the unmatched problem of link speed at wrapping machine, medicine box damages once in a while, wraps up in bag quality bad, even cannot wrap up in package operation, has greatly affected the whole efficiency of manufacturing line.The applicant has consulted a large amount of technical materialses for this problem, but does not find out the reason that produces above-mentioned technical matters, and final and manufacturer contacts the way of the above-mentioned technical matters that is not also resolved.Through long-term observation and test repeatedly, do not find out the reason that produces above-mentioned technical matters yet.After only having the feed belt more renewing, above-mentioned technical matters just disappears, but produces again above-mentioned technical matters after a while, the feed belt that must more renew again.Like this, not only greatly improved the consumables cost of equipment, and, need to shut down the feed belt more renewing, still affected the whole efficiency of manufacturing line.In order to reduce the consumables cost of equipment; the feed belt that the applicant does not more renew when producing above-mentioned technical matters; but to the surperficial wiped clean of the transmission of old feed belt, can solve the problems of the technologies described above equally, but also need to shut down the old feed belt of wiped clean.Like this, not only increase the cost of labor of the old feed belt of wiped clean, and affected the whole efficiency of manufacturing line.
Utility model content
The technical problems to be solved in the utility model has been to provide a kind of belt conveyor pinch device for automatic medicine packaging production line.Use this belt conveyor pinch device not only can guarantee that medicine box transmits link speed in matching status at wrapping machine, avoid medicine box damage, wrapped up in the generation of the bag problems such as quality is bad, and, greatly extended the service life of feed belt, greatly reduce the consumables cost of equipment, eliminate the cost of labor of the old feed belt of wiped clean, stablized the whole efficiency of manufacturing line.
In order to solve the problems of the technologies described above, a kind of belt conveyor pinch device of the present utility model, comprises a plurality of contact rollers that are distributed in belt conveyor top; The matrix form that the direction of transfer that the Width of the corresponding belt conveyor of a plurality of described contact rollers is at least one row, corresponding belt conveyor is multirow distributes; Described in every row, the axis of contact roller is coaxial and perpendicular to the direction of transfer of belt conveyor; The described contact roller that multirow is matrix form distribution is evenly distributed in described belt conveyor from import to the top outlet; Described in adjacent two row, the distance between shafts of contact roller is less than the length of medicine box on described belt conveyor direction of transfer.
The columns of described contact roller is even column; Described even column contact roller is equally divided into two row groups along the Width of belt conveyor; Described in multirow, contact roller is divided at least one row group along the direction of transfer of belt conveyor; Two row groups in each row group are furnished with respectively wheel carrier; Two row in each row group are organized the bottom that described contact roller is arranged on respectively two described wheel carriers; Two described wheel carriers are by for regulating the regulating mechanism of distance between these two wheel carrier height and this two wheel carriers to be connected with bracing frame.
Described regulating mechanism comprises and highly regulates guide rod and highly regulate guide block; Described height regulates guide rod perpendicular to the transmission plane of belt conveyor and is arranged on belt conveyor one side; Described height regulates at least one end of guide rod to be fixedly connected with support frame as described above; Described height regulates guide block to be provided with and highly regulates guide hole and width adjusting guide rod; Described height regulates the sidewall of guide hole to be provided with screw thread fixed orifice; Described screw thread fixed orifice disposes tightening screw; Highly regulate guide block regulate on guide rod and be fixedly connected with highly regulating guide rod by tightening screw by highly regulating guide hole to be nested with at described height, make described width adjusting guide rod be horizontally placed on the top of belt conveyor and perpendicular to belt conveyor direction of transfer; The top of two described wheel carriers is respectively arranged with width adjusting guide block, and described in each, width adjusting guide block is respectively arranged with width adjusting guide hole; Described in each, the sidewall of width adjusting guide hole is respectively arranged with screw thread fixed orifice; Each screw thread fixed orifice disposes respectively tightening screw; Described in each width adjusting guide block by individual from width adjusting guide hole be nested with successively on described width adjusting guide rod and by individual from tightening screw be fixedly connected with width adjusting guide rod, make described wheel carrier be positioned at the both sides of Width above belt conveyor.
Described height regulates the cross-sectional plane of guide rod rectangular or square; Correspondingly, described height regulates the height on guide block to regulate guide hole rectangular or square.
The fixed end of described width adjusting guide rod is provided with turning cylinder; Described height regulates the turning cylinder of the corresponding described width adjusting guide rod of guide block to be provided with rotational axis hole; The Axis Cross of described rotational axis hole regulates the axis of guide hole perpendicular to described height; The sidewall of described rotational axis hole is provided with screw thread fixed orifice; Described screw thread fixed orifice disposes tightening screw; Described turning cylinder inserts in described rotational axis hole and by tightening screw and is fixedly connected with; The cross-sectional plane of described width adjusting guide rod is rectangular or square; Correspondingly, the guide hole on described width adjusting guide block is rectangular or square.
Described regulating mechanism comprises width adjusting guide rod and two width adjusting guide blocks; Described width adjusting guide rod is horizontally placed on the top of belt conveyor and perpendicular to belt conveyor direction of transfer; At least one end of described width adjusting guide rod is fixedly connected with support frame as described above; Described in each, width adjusting guide block is provided with width adjusting guide hole and highly regulates guide hole; The axis of described width adjusting guide hole regulates the axis of guide hole mutually to intersect vertical with described height; The sidewall of described width adjusting guide hole is provided with screw thread fixed orifice, and described screw thread fixed orifice disposes tightening screw; Described height regulates the sidewall of guide hole to be provided with screw thread fixed orifice, and described screw thread fixed orifice disposes tightening screw; Described in each width adjusting guide block by individual from width adjusting guide hole be nested with successively on described width adjusting guide rod and by tightening screw and be fixedly connected with width adjusting guide rod, make described height regulate the axis of guide hole perpendicular to the transmission plane of belt conveyor; The top of two described wheel carriers is respectively arranged with and highly regulates guide rod, the height that highly regulates guide rod to insert respectively described width adjusting guide block described in each regulates in guide hole and is fixedly connected with by tightening screw, makes described wheel carrier be positioned at the both sides of belt conveyor top Width.
Described height regulates guide rod and described width adjusting guide rod to be carved with respectively scale.
The columns of described contact roller is eight row; Described eight row contact rollers are equally divided into two row groups along the Width of belt conveyor; The line number of described contact roller is 18 row; Described 18 row contact rollers are equally divided into two row groups along the direction of transfer of belt conveyor; Described regulating mechanism has two.
Described wheel carrier is made by corrosion-resistant steel; Support frame as described above is made by aluminum alloy.
Described contact roller is teflon roller.
Method of the present utility model compared with prior art has following beneficial effect.
1, the technical program is because the contact roller that has adopted multirow to be matrix form distribution is evenly distributed in belt conveyor from import to the top outlet, the distance between shafts of adjacent two row contact rollers is less than the technological means of the length of medicine box on belt conveyor direction of transfer, make medicine box on belt conveyor, remain impaction state, between medicine box and belt conveyor, do not produce and relatively move, so, not only can guarantee that medicine box transmits link speed in matching status at wrapping machine, avoided medicine box damage, wrap up in the generation of the bag problems such as quality is bad, and, greatly extended the service life of feed belt, greatly reduce the consumables cost of equipment, eliminated the cost of labor of the old feed belt of wiped clean, stablized the whole efficiency of manufacturing line.
2, the technical program is even column owing to having adopted the columns of contact roller; Even column contact roller is equally divided into two row groups along the Width of belt conveyor; Multirow contact roller is divided at least one row group along the direction of transfer of belt conveyor; Two row groups in each row group are furnished with respectively wheel carrier; In each row group, the contact roller of two row groups is arranged on respectively the bottom of two wheel carriers; Two technological means that wheel carrier is connected with bracing frame by regulating mechanism, so, applicable to the transmission of different size medicine box.
3, the technical program highly regulates guide rod and highly regulates guide block owing to having adopted regulating mechanism to comprise, highly regulate guide rod perpendicular to the transmission plane of belt conveyor and be arranged on belt conveyor one side, highly regulate at least one end of guide rod to be fixedly connected with bracing frame, highly regulate guide block to be provided with and highly regulate guide hole and width adjusting guide rod, highly regulate the sidewall of guide hole to be provided with screw thread fixed orifice, screw thread fixed orifice disposes tightening screw, highly regulate guide block to be fixedly connected with highly regulating guide rod highly regulating on guide rod and by tightening screw by highly regulating guide hole to be nested with, make width adjusting guide rod be horizontally placed on the top of belt conveyor and perpendicular to belt conveyor direction of transfer, the top of two wheel carriers is respectively arranged with width adjusting guide block, each width adjusting guide block is respectively arranged with width adjusting guide hole, the sidewall of each width adjusting guide hole is respectively arranged with screw thread fixed orifice, each screw thread fixed orifice disposes respectively tightening screw, each width adjusting guide block by individual from width adjusting guide hole be nested with successively on width adjusting guide rod and by individual from tightening screw be fixedly connected with width adjusting guide rod, make wheel carrier be positioned at the technological means of the both sides of belt conveyor top Width, so, regulating mechanism simple in structure, manufacture craft is simple, with low cost, it is convenient and firm to install, be beneficial to clean simultaneously, convenient adjusting.
4, the technical program highly regulates the cross-sectional plane of guide rod rectangular or square owing to having adopted; Correspondingly, highly regulate height on guide block to regulate the rectangular or foursquare technological means of guide hole, highly regulate guide block to move up and down, can not be around highly regulating guide rod to rotate, so regulating mechanism easily regulates.
5, the technical program is owing to having adopted the fixed end of width adjusting guide rod to be provided with turning cylinder, highly regulate the turning cylinder of the corresponding width adjusting guide rod of guide block to be provided with rotational axis hole, the Axis Cross of rotational axis hole regulates the axis of guide hole perpendicular to described height, the sidewall of described rotational axis hole is provided with screw thread fixed orifice, screw thread fixed orifice disposes tightening screw, turning cylinder inserts in described rotational axis hole and by tightening screw and is fixedly connected with, the cross-sectional plane of width adjusting guide rod is rectangular or square, correspondingly, rectangular or the foursquare technological means of guide hole on width adjusting guide block, so, regulating mechanism is more prone to regulate.
6, the technical program is owing to having adopted regulating mechanism to comprise width adjusting guide rod and two width adjusting guide blocks; Width adjusting guide rod is horizontally placed on the top of belt conveyor and perpendicular to belt conveyor direction of transfer; At least one end of width adjusting guide rod is fixedly connected with support frame as described above; Described in each, width adjusting guide block is provided with width adjusting guide hole and highly regulates guide hole; The axis of width adjusting guide hole regulates the axis of guide hole mutually to intersect vertical with described height; The sidewall of width adjusting guide hole is provided with screw thread fixed orifice, and described screw thread fixed orifice disposes tightening screw; Highly regulate the sidewall of guide hole to be provided with screw thread fixed orifice, screw thread fixed orifice disposes tightening screw; Each width adjusting guide block by individual from width adjusting guide hole be nested with successively on width adjusting guide rod and by tightening screw and be fixedly connected with width adjusting guide rod, make highly to regulate the axis of guide hole perpendicular to the transmission plane of belt conveyor; The top of two described wheel carriers is respectively arranged with and highly regulates guide rod, each height that highly regulates guide rod to insert respectively width adjusting guide block regulates in guide hole and is fixedly connected with by tightening screw, make wheel carrier be positioned at the technological means of the both sides of belt conveyor top Width, so, the flexible adjustment of regulating mechanism.
7, the technical program is owing to having adopted the technological means that highly regulates guide rod and width adjusting guide rod to be carved with respectively scale, so the adjusting efficiency of regulating mechanism improves greatly.
8, the technical program is eight row owing to having adopted the columns of contact roller; Eight row contact rollers are equally divided into two row groups along the Width of belt conveyor, the line number of contact roller is 18 row, and 18 row contact rollers are equally divided into two row groups along the direction of transfer of belt conveyor, and regulating mechanism has the technological means of two, so, applicable to most conveyer mechanism.
9, the technical program is owing to having adopted wheel carrier to be made by corrosion-resistant steel; The technological means that bracing frame is made by aluminum alloy, so, be conducive to plant maintenance.
10, the technical program is the technological means of teflon roller owing to having adopted contact roller, so, minimum to the damage on medicine box surface.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, belt conveyor pinch device of the present utility model is described in further detail.
Fig. 1 is the structural representation of the utility model the first belt conveyor pinch device.
Fig. 2 is the plan structure enlarged diagram of Fig. 1.
Fig. 3 is the structural representation of the utility model the second belt conveyor pinch device.
Fig. 4 is the plan structure enlarged diagram of Fig. 3.
The specific embodiment
As depicted in figs. 1 and 2, the first belt conveyor pinch device that present embodiment provides, comprises a plurality of contact rollers 3 that are distributed in belt conveyor 1 top; Contact roller 3 is pressed on mobile medicine box 2, and the matrix form that the direction of transfer that the Width of the corresponding belt conveyor 1 of a plurality of described contact roller 3 is at least one row, corresponding belt conveyor 1 is multirow distributes; Described in every row, the axis of contact roller 3 is coaxial and perpendicular to the direction of transfer of belt conveyor; The described contact roller 3 that multirow is matrix form distribution is evenly distributed in described belt conveyor 1 from import to the top outlet; Described in adjacent two row, the distance between shafts of contact roller 3 is less than the length of medicine box 2 on described belt conveyor 1 direction of transfer.
Present embodiment is because the contact roller that has adopted multirow to be matrix form distribution is evenly distributed in belt conveyor from import to the top outlet, the distance between shafts of adjacent two row contact rollers is less than the technological means of the length of medicine box on belt conveyor direction of transfer, make medicine box on belt conveyor, remain impaction state, between medicine box and belt conveyor, do not produce and relatively move, so, not only can guarantee that medicine box transmits link speed in matching status at wrapping machine, avoided medicine box damage, wrap up in the generation of the bag problems such as quality is bad, and, greatly extended the service life of feed belt, greatly reduce the consumables cost of equipment, eliminated the cost of labor of the old feed belt of wiped clean, stablized the whole efficiency of manufacturing line.
As a kind of improvement of present embodiment, as depicted in figs. 1 and 2, the columns of described contact roller 2 is even column; Described even column contact roller 2 is equally divided into two row groups along the Width of belt conveyor 1; Described in multirow, contact roller 3 is divided at least one row group along the direction of transfer of belt conveyor 1; Two row groups in each row group are furnished with respectively wheel carrier 4; Two row in each row group are organized the bottom that described contact roller 3 is arranged on respectively two described wheel carriers 4; Two described wheel carriers 4 are by for regulating the regulating mechanism of distance between these two wheel carrier height and this two wheel carriers to be connected with bracing frame (figure does not draw).
Present embodiment is even column owing to having adopted the columns of contact roller; Even column contact roller is equally divided into two row groups along the Width of belt conveyor; Multirow contact roller is divided at least one row group along the direction of transfer of belt conveyor; Two row groups in each row group are furnished with respectively wheel carrier; In each row group, the contact roller of two row groups is arranged on respectively the bottom of two wheel carriers; Two technological means that wheel carrier is connected with bracing frame by regulating mechanism, so, applicable to the transmission of different size medicine box.
As present embodiment, further improve, as depicted in figs. 1 and 2, described regulating mechanism comprises and highly regulates guide rod 5 and highly regulate guide block 6; Described height regulates guide rod 5 perpendicular to the transmission plane of belt conveyor 1 and is arranged on a side of belt conveyor 1; Described height regulates the upper end of guide rod 5 to be fixedly connected with (certainly with the support frame as described above that is placed in belt conveyor top, also can be that described height regulates the lower end of guide rod 5 to be fixedly connected with the support frame as described above that is placed in belt conveyor below, can also be that described height regulates the upper end of guide rod 5 to be fixedly connected with the support frame as described above that is placed in belt conveyor top, and described height regulate the lower end of guide rod 5 to be fixedly connected with the support frame as described above that is placed in belt conveyor below); Described height regulates guide block 6 to be provided with and highly regulates guide hole and width adjusting guide rod 8; Described height regulates the sidewall of guide hole to be provided with screw thread fixed orifice; Described screw thread fixed orifice disposes tightening screw 7; Highly regulate guide block 6 regulate on guide rod 5 and be fixedly connected with highly regulating guide rod 5 by tightening screw 7 by highly regulating guide hole to be nested with at described height, make described width adjusting guide rod 8 be horizontally placed on the top of belt conveyor 1 and perpendicular to belt conveyor 1 direction of transfer; The top of two described wheel carriers 4 is respectively arranged with width adjusting guide block 10, and described in each, width adjusting guide block 10 is respectively arranged with width adjusting guide hole; Described in each, the sidewall of width adjusting guide hole is respectively arranged with screw thread fixed orifice; Each screw thread fixed orifice disposes respectively tightening screw 11; Described in each width adjusting guide block 10 by individual from width adjusting guide hole be nested with successively on described width adjusting guide rod 8 and by individual from tightening screw 11 be fixedly connected with width adjusting guide rod, make described wheel carrier 4 be positioned at the both sides of Width above belt conveyor.
Present embodiment highly regulates guide rod and highly regulates guide block owing to having adopted regulating mechanism to comprise, highly regulate guide rod perpendicular to the transmission plane of belt conveyor and be arranged on belt conveyor one side, highly regulate at least one end of guide rod to be fixedly connected with bracing frame, highly regulate guide block to be provided with and highly regulate guide hole and width adjusting guide rod, highly regulate the sidewall of guide hole to be provided with screw thread fixed orifice, screw thread fixed orifice disposes tightening screw, highly regulate guide block to be fixedly connected with highly regulating guide rod highly regulating on guide rod and by tightening screw by highly regulating guide hole to be nested with, make width adjusting guide rod be horizontally placed on the top of belt conveyor and perpendicular to belt conveyor direction of transfer, the top of two wheel carriers is respectively arranged with width adjusting guide block, each width adjusting guide block is respectively arranged with width adjusting guide hole, the sidewall of each width adjusting guide hole is respectively arranged with screw thread fixed orifice, each screw thread fixed orifice disposes respectively tightening screw, each width adjusting guide block by individual from width adjusting guide hole be nested with successively on width adjusting guide rod and by individual from tightening screw be fixedly connected with width adjusting guide rod, make wheel carrier be positioned at the technological means of the both sides of belt conveyor top Width, so, regulating mechanism simple in structure, manufacture craft is simple, with low cost, it is convenient and firm to install, be beneficial to clean simultaneously, convenient adjusting.
As present embodiment, further improve, as depicted in figs. 1 and 2, described height regulates the cross-sectional plane of guide rod 5 rectangular or square; Correspondingly, described height regulates the height on guide block 6 to regulate guide hole rectangular or square.
Present embodiment highly regulates the cross-sectional plane of guide rod rectangular or square owing to having adopted; Correspondingly, highly regulate height on guide block to regulate the rectangular or foursquare technological means of guide hole, highly regulate guide block to move up and down, can not be around highly regulating guide rod to rotate, so regulating mechanism easily regulates.
As present embodiment, also further improve, as depicted in figs. 1 and 2, the fixed end of described width adjusting guide rod 8 is provided with turning cylinder; Described height regulates the turning cylinder of the corresponding described width adjusting guide rod 8 of guide block 6 to be provided with rotational axis hole; The Axis Cross of described rotational axis hole regulates the axis of guide hole perpendicular to described height; The sidewall of described rotational axis hole is provided with screw thread fixed orifice; Described screw thread fixed orifice disposes tightening screw 9; Described turning cylinder inserts in described rotational axis hole and by tightening screw 9 and is fixedly connected with; The cross-sectional plane of described width adjusting guide rod 8 is rectangular or square; Correspondingly, the guide hole on described width adjusting guide block 10 is rectangular or square.
Present embodiment is owing to having adopted the fixed end of width adjusting guide rod to be provided with turning cylinder, highly regulate the turning cylinder of the corresponding width adjusting guide rod of guide block to be provided with rotational axis hole, the Axis Cross of rotational axis hole regulates the axis of guide hole perpendicular to described height, the sidewall of described rotational axis hole is provided with screw thread fixed orifice, screw thread fixed orifice disposes tightening screw, turning cylinder inserts in described rotational axis hole and by tightening screw and is fixedly connected with, the cross-sectional plane of width adjusting guide rod is rectangular or square, correspondingly, rectangular or the foursquare technological means of guide hole on width adjusting guide block, so, regulating mechanism is more prone to regulate.
As present embodiment, further improve again, as depicted in figs. 1 and 2, described height regulates guide rod 5 and described width adjusting guide rod 8 to be carved with respectively scale 12.
Present embodiment is owing to having adopted the technological means that highly regulates guide rod and width adjusting guide rod to be carved with respectively scale, so the adjusting efficiency of regulating mechanism improves greatly.
As present embodiment, further improve, as depicted in figs. 1 and 2, the columns of described contact roller 3 is eight row; Described eight row contact rollers 3 are equally divided into two row groups along the Width of belt conveyor; The line number of described contact roller 3 is 18 row; Described 18 row contact rollers 3 are equally divided into two row groups along the direction of transfer of belt conveyor 1; Described regulating mechanism has two.
Present embodiment is eight row owing to having adopted the columns of contact roller; Eight row contact rollers are equally divided into two row groups along the Width of belt conveyor, the line number of contact roller is 18 row, and 18 row contact rollers are equally divided into two row groups along the direction of transfer of belt conveyor, and regulating mechanism has the technological means of two, so, applicable to most conveyer mechanism.
As present embodiment, further improve, as depicted in figs. 1 and 2, described wheel carrier 4 is made by corrosion-resistant steel again; Support frame as described above is made by aluminum alloy.
Present embodiment is owing to having adopted wheel carrier to be made by corrosion-resistant steel; The technological means that bracing frame is made by aluminum alloy, so, be conducive to plant maintenance.
As present embodiment, also further improve, as depicted in figs. 1 and 2, described contact roller 3 is teflon roller.
Present embodiment is the technological means of teflon roller owing to having adopted contact roller, so, minimum to the damage on medicine box surface.
As present embodiment the second belt conveyor pinch device, as shown in Figure 3 and Figure 4, described regulating mechanism comprises width adjusting guide rod 8 and two width adjusting guide blocks 10; Described width adjusting guide rod 8 is horizontally placed on the top of belt conveyor 1 and perpendicular to belt conveyor 1 direction of transfer; The left end of described width adjusting guide rod 8 is fixedly connected with (certainly with the support frame as described above that is arranged on belt conveyor left side, the right-hand member that can be also described width adjusting guide rod 8 is fixedly connected with the support frame as described above that is placed in belt conveyor right side, the left end that can also be described width adjusting guide rod 8 is fixedly connected with the support frame as described above that is placed in belt conveyor left side, and the right-hand member of described width adjusting guide rod 8 is fixedly connected with the support frame as described above that is placed in belt conveyor right side); Described in each, width adjusting guide block 10 is provided with width adjusting guide hole and highly regulates guide hole; The axis of described width adjusting guide hole regulates the axis of guide hole mutually to intersect vertical with described height; The sidewall of described width adjusting guide hole is provided with screw thread fixed orifice, and described screw thread fixed orifice disposes tightening screw 11; Described height regulates the sidewall of guide hole to be provided with screw thread fixed orifice, and described screw thread fixed orifice disposes tightening screw 7; Described in each width adjusting guide block 10 by individual from width adjusting guide hole be nested with successively on described width adjusting guide rod 8 and by tightening screw 11 and be fixedly connected with width adjusting guide rod 8, make described height regulate the axis of guide hole perpendicular to the transmission plane of belt conveyor 1; The top of two described wheel carriers 4 is respectively arranged with and highly regulates guide rod 5, the height that highly regulates guide rod 5 to insert respectively described width adjusting guide block 10 described in each regulates in guide hole and is fixedly connected with by tightening screw 7, makes described wheel carrier 4 be positioned at the both sides of belt conveyor 1 top Width.From Fig. 3 and Fig. 4, can find out, described height regulates guide rod 5 and described width adjusting guide rod 8 to be carved with respectively scale 12.
Present embodiment is owing to having adopted regulating mechanism to comprise width adjusting guide rod and two width adjusting guide blocks; Width adjusting guide rod is horizontally placed on the top of belt conveyor and perpendicular to belt conveyor direction of transfer; At least one end of width adjusting guide rod is fixedly connected with support frame as described above; Described in each, width adjusting guide block is provided with width adjusting guide hole and highly regulates guide hole; The axis of width adjusting guide hole regulates the axis of guide hole mutually to intersect vertical with described height; The sidewall of width adjusting guide hole is provided with screw thread fixed orifice, and described screw thread fixed orifice disposes tightening screw; Highly regulate the sidewall of guide hole to be provided with screw thread fixed orifice, screw thread fixed orifice disposes tightening screw; Each width adjusting guide block by individual from width adjusting guide hole be nested with successively on width adjusting guide rod and by tightening screw and be fixedly connected with width adjusting guide rod, make highly to regulate the axis of guide hole perpendicular to the transmission plane of belt conveyor; The top of two described wheel carriers is respectively arranged with and highly regulates guide rod, each height that highly regulates guide rod to insert respectively width adjusting guide block regulates in guide hole and is fixedly connected with by tightening screw, make wheel carrier be positioned at the technological means of the both sides of belt conveyor top Width, so, the flexible adjustment of regulating mechanism.
Claims (10)
1. a belt conveyor pinch device, comprises a plurality of contact rollers that are distributed in belt conveyor top; The matrix form that the direction of transfer that the Width of the corresponding belt conveyor of a plurality of described contact rollers is at least one row, corresponding belt conveyor is multirow distributes; Described in every row, the axis of contact roller is coaxial and perpendicular to the direction of transfer of belt conveyor; It is characterized in that: the described contact roller that multirow is matrix form distribution is evenly distributed in described belt conveyor from import to the top outlet; Described in adjacent two row, the distance between shafts of contact roller is less than the length of medicine box on described belt conveyor direction of transfer.
2. belt conveyor pinch device according to claim 1, is characterized in that: the columns of described contact roller is even column; Described even column contact roller is equally divided into two row groups along the Width of belt conveyor; Described in multirow, contact roller is divided at least one row group along the direction of transfer of belt conveyor; Two row groups in each row group are furnished with respectively wheel carrier; Two row in each row group are organized the bottom that described contact roller is arranged on respectively two described wheel carriers; Two described wheel carriers are by for regulating the regulating mechanism of distance between these two wheel carrier height and this two wheel carriers to be connected with bracing frame.
3. belt conveyor pinch device according to claim 2, is characterized in that: described regulating mechanism comprises and highly regulates guide rod and highly regulate guide block; Described height regulates guide rod perpendicular to the transmission plane of belt conveyor and is arranged on belt conveyor one side; Described height regulates at least one end of guide rod to be fixedly connected with support frame as described above; Described height regulates guide block to be provided with and highly regulates guide hole and width adjusting guide rod; Described height regulates the sidewall of guide hole to be provided with screw thread fixed orifice; Described screw thread fixed orifice disposes tightening screw; Highly regulate guide block regulate on guide rod and be fixedly connected with highly regulating guide rod by tightening screw by highly regulating guide hole to be nested with at described height, make described width adjusting guide rod be horizontally placed on the top of belt conveyor and perpendicular to belt conveyor direction of transfer; The top of two described wheel carriers is respectively arranged with width adjusting guide block, and described in each, width adjusting guide block is respectively arranged with width adjusting guide hole; Described in each, the sidewall of width adjusting guide hole is respectively arranged with screw thread fixed orifice; Each screw thread fixed orifice disposes respectively tightening screw; Described in each width adjusting guide block by individual from width adjusting guide hole be nested with successively on described width adjusting guide rod and by individual from tightening screw be fixedly connected with width adjusting guide rod, make described wheel carrier be positioned at the both sides of Width above belt conveyor.
4. belt conveyor pinch device according to claim 3, is characterized in that: described height regulates the cross-sectional plane of guide rod rectangular or square; Correspondingly, described height regulates the height on guide block to regulate guide hole rectangular or square.
5. belt conveyor pinch device according to claim 3, is characterized in that: the fixed end of described width adjusting guide rod is provided with turning cylinder; Described height regulates the turning cylinder of the corresponding described width adjusting guide rod of guide block to be provided with rotational axis hole; The Axis Cross of described rotational axis hole regulates the axis of guide hole perpendicular to described height; The sidewall of described rotational axis hole is provided with screw thread fixed orifice; Described screw thread fixed orifice disposes tightening screw; Described turning cylinder inserts in described rotational axis hole and by tightening screw and is fixedly connected with; The cross-sectional plane of described width adjusting guide rod is rectangular or square; Correspondingly, the guide hole on described width adjusting guide block is rectangular or square.
6. belt conveyor pinch device according to claim 2, is characterized in that: described regulating mechanism comprises width adjusting guide rod and two width adjusting guide blocks; Described width adjusting guide rod is horizontally placed on the top of belt conveyor and perpendicular to belt conveyor direction of transfer; At least one end of described width adjusting guide rod is fixedly connected with support frame as described above; Described in each, width adjusting guide block is provided with width adjusting guide hole and highly regulates guide hole; The axis of described width adjusting guide hole regulates the axis of guide hole mutually to intersect vertical with described height; The sidewall of described width adjusting guide hole is provided with screw thread fixed orifice, and described screw thread fixed orifice disposes tightening screw; Described height regulates the sidewall of guide hole to be provided with screw thread fixed orifice, and described screw thread fixed orifice disposes tightening screw; Described in each width adjusting guide block by individual from width adjusting guide hole be nested with successively on described width adjusting guide rod and by tightening screw and be fixedly connected with width adjusting guide rod, make described height regulate the axis of guide hole perpendicular to the transmission plane of belt conveyor; The top of two described wheel carriers is respectively arranged with and highly regulates guide rod, the height that highly regulates guide rod to insert respectively described width adjusting guide block described in each regulates in guide hole and is fixedly connected with by tightening screw, makes described wheel carrier be positioned at the both sides of belt conveyor top Width.
7. according to the belt conveyor pinch device one of claim 3 to 6 Suo Shu, it is characterized in that: described height regulates guide rod and described width adjusting guide rod to be carved with respectively scale.
8. belt conveyor pinch device according to claim 2, is characterized in that: the columns of described contact roller is eight row; Described eight row contact rollers are equally divided into two row groups along the Width of belt conveyor; The line number of described contact roller is 18 row; Described 18 row contact rollers are equally divided into two row groups along the direction of transfer of belt conveyor; Described regulating mechanism has two.
9. belt conveyor pinch device according to claim 2, is characterized in that: described wheel carrier is made by corrosion-resistant steel; Support frame as described above is made by aluminum alloy.
10. belt conveyor pinch device according to claim 1, is characterized in that: described contact roller is teflon roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320617478.XU CN203528878U (en) | 2013-10-09 | 2013-10-09 | Conveyor belt pressing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320617478.XU CN203528878U (en) | 2013-10-09 | 2013-10-09 | Conveyor belt pressing device |
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| Publication Number | Publication Date |
|---|---|
| CN203528878U true CN203528878U (en) | 2014-04-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320617478.XU Expired - Lifetime CN203528878U (en) | 2013-10-09 | 2013-10-09 | Conveyor belt pressing device |
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| Country | Link |
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| CN (1) | CN203528878U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103921569A (en) * | 2014-04-22 | 2014-07-16 | 成都中牧生物药业有限公司 | Feeding platform of inkjet coding machine |
| CN116659758A (en) * | 2023-08-02 | 2023-08-29 | 烟台盈德精密机械有限公司 | Air-tightness test platform for air-driven urea nozzle |
-
2013
- 2013-10-09 CN CN201320617478.XU patent/CN203528878U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103921569A (en) * | 2014-04-22 | 2014-07-16 | 成都中牧生物药业有限公司 | Feeding platform of inkjet coding machine |
| CN116659758A (en) * | 2023-08-02 | 2023-08-29 | 烟台盈德精密机械有限公司 | Air-tightness test platform for air-driven urea nozzle |
| CN116659758B (en) * | 2023-08-02 | 2023-10-10 | 烟台盈德精密机械有限公司 | Air-tightness test platform for air-driven urea nozzle |
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