CN202895459U - Metal mesh laying device - Google Patents
Metal mesh laying device Download PDFInfo
- Publication number
- CN202895459U CN202895459U CN 201220559615 CN201220559615U CN202895459U CN 202895459 U CN202895459 U CN 202895459U CN 201220559615 CN201220559615 CN 201220559615 CN 201220559615 U CN201220559615 U CN 201220559615U CN 202895459 U CN202895459 U CN 202895459U
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- fork
- nail
- rotating shaft
- trailing arm
- group
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Abstract
Provided is a metal mesh laying device. Two to five corbels are arranged on a rotating shaft of a rack, each corbel is connected with an upper peg-shaped material assembly and a lower peg-shaped material assembly, wherein at least one of nail assemblies is flexible nail assembly, and the peg-shaped material used for fixing nail assembly is vertically fixed on the front lateral plate of each corbel. The peg-shaped material of the flexible nail assembly is connected with the corbel through a connecting component. The corbel can rotate along the rotating shaft. When the corbel is placed on the initial position, the peg-shaped material of the corbel is arranged toward the side of installing mesh, the metal mesh falls down to the corbel with the peg-shaped material, and then rotates around the centre of the rotating shaft. The peg-shaped material arranged on the corbel rotates about 180 degrees to reach a near horizontal position, and a light metal mesh falls into to the building material processing mould under the action of gravity. Compared with the prior art, the metal mesh laying device is provided with the metal mesh for laying which can achieve high efficiency and accuracy; the metal mesh laying device has the advantages of being suitable for a large-scale batch production, safe and reliable in work, and convenient to operate.
Description
Technical field the utility model relates to a kind of construction material processing unit (plant), relates in particular to a kind of laying apparatus of wire netting.
The graticule of background technology light-weight metal net (such as steel wire) is welded by electric welding machine, and product becomes the net laminated structure, the general curling packing of finished product.In numerous construction materials, the light-weight metal net sandwich can effectively prevent cracking, improves tensile property, fracture resistance etc., is widely used in construction material, heat preserving and insulating material, decorative encasing material and the sound-absorbing material.Aborning, align after the uncoiling of light-weight metal net, then cut into scale, supply with the processing of construction material and use.Most of steel wire is welded with finer wire or zinc-coated wire, has different reticular densities and size, in use, because its quality is little, area is large, the numerous layings to the light-weight metal net of mesh bring certain difficulty.
The mode of laying at present the light-weight metal net in the production mould has two kinds, and a kind of is hand lay-up, and another kind is that machine automatization is laid.Hand lay-up light-weight metal net can guarantee laying quality, but poor working environment, working strength is large, production efficiency is low, is not suitable for the scale batch production of construction material.Machine automatization is laid can alleviate labor strength, and still general light-weight metal net laying is established device and mostly is the electromagnetic sucker type structure, and misoperation easily occurs complicated in mechanical structure, so that the light-weight metal net can not accurately be routed in the production mould.
The summary of the invention the purpose of this utility model is to provide a kind of and not only can realizes efficiently, lays accurately, is fit to the scale batch production, and is safe and reliable; simple operation, and technique, simple in structure, production efficiency is high; cost of manufacture is low, the wire netting laying apparatus of long service life.
The laying apparatus of a kind of wire netting that the utility model proposes, technical scheme is as follows:
The utility model mainly includes frame, rotating shaft, trailing arm, spike thing, coupling assembling, bearing block, roller, roller bearing, cam and spring.Be provided with the rotating shaft of a level in the bearing block on the frame, this rotating shaft is by motor or fluid motor-driven; Fix 2～5 trailing arms in the above-mentioned rotating shaft, described trailing arm is strip metal spare, its cross section can be the various shapes such as " H " font, " T " font, " I " font or " mouth " font, and described trailing arm is fixed in the rotating shaft near rotating shaft one end, realizes the synchronous rotation of rotating shaft and trailing arm; At each trailing arm two groups of spike things are installed, the quantity of every group of spike thing is determined according to the size of light-weight metal net and the size of mesh, is generally 1～50 piece; Have at least one group to be the relative spike thing that fascinates before and after the trailing arm length direction of trailing arm in above-mentioned two groups of spike things, be called the movable nail group;
Having one group in two groups of spike things is the movable nail group, and when another group spike thing be vertical with the trailing arm maintenance all the time staple group, on the trailing arm length direction, the movable nail group can be located at close rotating shaft one side of trailing arm, also can be located at trailing arm away from rotating shaft one side; The spike thing of described staple group vertically fixing (for example welding) on trailing arm, and tip that should group spike thing is towards online one side; The spike thing of above-mentioned movable nail group links to each other with trailing arm by coupling assembling, described coupling assembling is by the nail fork, connecting rod and driving fork form, before each nail fork is provided with, latter two revolute pair, the nail fork is articulated on the trailing arm, the non-tip of the movable nail group spike thing that the front end of nail fork is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of each nail fork is 1～4 piece, the spike thing tip of movable nail group is also towards online one side, the rear end of nail fork is articulated on the connecting rod, the top of connecting rod is articulated in and drives the fork tail end, the middle part of this driving fork is hinged on the trailing arm, the front end that drives fork is connected to an axis and is parallel on the roller bearing of shaft axis, driving fork on described 2～5 trailing arms has two two ends that are connected to roller bearing at least, also be provided with two coaxial rollers on the roller bearing, the work side of roller and the cam work contacts side surfaces that is installed in the rotating shaft, described cam is installed in the rotating shaft by its inner bearing, and keeps static with frame; The spring straining of above-mentioned roller bearing by being connected with rotating shaft.
Two groups of spike things on each trailing arm are the movable nail group, and when two groups of movable nail groups link mutually, spike thing near rotating shaft place movable nail group (hereinafter to be referred as top movable nail group) on each trailing arm links to each other with trailing arm by upper coupling assembling, described upper coupling assembling is by upper nail fork, upper connecting rod and upper driving fork form, before the nail fork is provided with on each, latter two revolute pair, upper nail fork is hinged on the trailing arm, the non-tip of the top movable nail group spike thing that the front end of upper nail fork is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of nail fork is 1～4 piece on each, the spike thing tip of top movable nail group is towards online one side, the rear end of upper nail fork is articulated on the connecting rod, the top of upper connecting rod is articulated in driving fork tail end, should be hinged on the trailing arm at the upper middle part that drives fork, the front end of upper driving fork is connected to an axis and is parallel on the roller bearing of shaft axis, also be provided with coaxial roller on the roller bearing, the work side of roller and the cam work contacts side surfaces that is installed in the rotating shaft, described cam is installed in the rotating shaft by its inner bearing, keeps static with frame; The spring straining of above-mentioned roller bearing by being connected with rotating shaft; Spike thing away from rotating shaft place movable nail group (hereinafter to be referred as bottom movable nail group) on each trailing arm links to each other with trailing arm by lower coupling assembling, described lower coupling assembling is comprised of lower nail fork and lower link, before each lower nail fork is provided with, latter two revolute pair, lower nail fork is hinged on the trailing arm, the non-tip of the bottom movable nail group spike thing that the front end of lower nail fork is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of each nail fork is 1～4 piece, the spike thing tip of bottom movable nail group is towards online one side, the rear end of lower nail fork is articulated on the lower link, the axis of lower link is parallel with the axis of upper connecting rod, and lower link links to each other by the intermediate connecting rod group with upper connecting rod, when adopting a lower nail fork in the movable nail group of bottom, lower nail fork rear end directly can be hinged to the intermediate connecting rod group, do not adopt lower link, this intermediate connecting rod group forms by hinged rod member by three, wherein the lower end of the upper end of first of intermediate connecting rod group bar and described upper connecting rod is hinged, one end of the lower end of first rod member and second rod member is hinged, middle part and the trailing arm of second rod member are hinged, the upper end of the other end of second rod member and the 3rd bar is hinged, and the rear end of the lower end of the 3rd rod member and the upper end of described lower link or lower nail fork is hinged.
Two groups of spike things on each trailing arm are the movable nail group, and during two groups of movable nail group self contained functions, the spike thing of the top movable nail group on each trailing arm links to each other with trailing arm by the coupling assembling I, described coupling assembling I is by nail fork I, connecting rod I and driving fork I form, before each nail fork I is provided with, latter two revolute pair, nail fork I is hinged on the trailing arm, the non-tip of the top movable nail group spike thing that the front end of nail fork I is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of each nail fork I is 1～4 piece, the spike thing tip of top movable nail group is towards online one side, the rear end of nail fork I is articulated on the connecting rod I, the top of connecting rod I is articulated in and drives fork I tail end, the middle part of this driving fork I is hinged on the trailing arm, the front end that drives the fork I is connected on the roller bearing I that an axis is parallel to shaft axis, also be provided with coaxial roller I on the roller bearing I, the work side of roller I and the cam I work contacts side surfaces that is installed in the rotating shaft, described cam I is installed in the rotating shaft by its inner bearing, keeps static with frame; The spring straining of above-mentioned roller bearing I by being connected with rotating shaft; The spike thing of the bottom movable nail group on each trailing arm links to each other with trailing arm by the coupling assembling II, described coupling assembling II is by nail fork II, connecting rod II and driving fork II form, before each nail fork II is provided with, latter two revolute pair, nail fork II is hinged on the trailing arm, the non-tip of the bottom movable nail group spike thing that the front end of nail fork II is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of each nail fork II is 1～4 piece, the spike thing tip of bottom movable nail group is towards online one side, the rear end of nail fork II is articulated on the connecting rod II, the top of connecting rod II is articulated in and drives fork II tail end, the middle part of this driving fork II is hinged on the trailing arm, the front end that drives the fork II is connected on the roller bearing II that an axis is parallel to shaft axis, also be provided with coaxial roller II on the roller bearing II, the work side of roller II and the cam II work contacts side surfaces that is installed in the rotating shaft, described cam II is installed in the rotating shaft by its inner bearing; The spring II tension of above-mentioned roller bearing II by being connected with rotating shaft.
The utility model can be realized the efficient of light-weight metal net (for example steel wire), lay accurately, 2～5 trailing arms in the rotating shaft can be followed the rotating shaft synchronous rotary on the frame, when horizontal trailing arm is positioned at initial position, the spike thing is towards online one side on the trailing arm, the light-weight metal net of smooth aligning and customized cut-off is fallen on the trailing arm with the spike thing, subsequently around the shaft central axis rotation of trailing arm, spike thing on the trailing arm tangle the light-weight metal net rotate about 180 ° near behind the horizontal level, the light-weight metal net falls under gravity into the construction material processing mold, then the trailing arm backward rotation returns to initial position, prepares to add net operation next time.In switching process for preventing that the light-weight metal net from coming off, two groups of spike things are installed on each trailing arm, when trailing arm keeps level, namely when the light-weight metal net is fallen on the trailing arm and is laid the light-weight metal net, the movable nail group keeps vertical with trailing arm, make things convenient for the spike thing to be inserted in the mesh of light-weight metal net, and the light-weight metal net drop down onto the processing mold of construction material smoothly from trailing arm; In switching process, the movable nail group is rotated 5～85 ° of corners relative to trailing arm, one group of staple and one group of movable nail cooperate, perhaps cooperated by two groups of movable nails that rotate round about, in certain tensile force or the thrust of the online formation of light-weight metal, prevent that the light-weight metal net from coming off, movable nail is fixed on nail fork one end, and nail fork and driving fork one end are hinged on the trailing arm other end and rod hinge connection, it is also hinged with roller bearing to drive fork, so just formed a four bar linkage, roller bearing is by spring straining, and roller is installed on the roller bearing, and keep in touch with cam all the time, cam is fixed on the driving shaft by bearing, keeps static with frame, in the trailing arm switching process, roller is along with the surface rolling of cam drives the four bar linkage motion, and rotating relative to trailing arm occurs the movable nail on the nail fork thereupon.
The utility model compared with prior art has following advantage:
1, can realize efficiently, lay accurately wire netting, be fit to the scale batch production, safe and reliable, simple operation;
2, technique, simple in structure, production efficiency is high, and cost of manufacture is low, long service life.
Description of drawings Fig. 1 is the top cross-sectional view of the trailing arm of the utility model embodiment 1～5.
Fig. 2 is that schematic diagram is looked on the trailing arm left side of the utility model embodiment 1～5.
Fig. 3 is the A-A sectional schematic diagram of Fig. 2.
Fig. 4 is the schematic top plan view of the utility model embodiment 1.
Fig. 5 is that generalized section is looked on the right side of the utility model embodiment 1.
Fig. 6 is the schematic top plan view of the utility model embodiment 2.
Fig. 7 is that generalized section is looked on the left side of the utility model embodiment 2.
Fig. 8 is the schematic top plan view of the utility model embodiment 3 and embodiment 5.
Fig. 9 is that generalized section is looked on the left side of the utility model embodiment 3.
Figure 10 is the schematic top plan view of the utility model embodiment 4.
Figure 11 is that generalized section is looked on the right side of the utility model embodiment 4.
Figure 12 is that generalized section is looked on the left side of the utility model embodiment 4.
Figure 13 is that generalized section is looked on the left side of the utility model embodiment 5.
The specific embodiment
Claims (5)
1. wire netting laying apparatus, comprise frame, rotating shaft, trailing arm, spike thing, coupling assembling, bearing block, roller, roller bearing, cam and spring, it is characterized in that: the bearing block on the frame is provided with the rotating shaft of a level, fix 2～5 trailing arms in the above-mentioned rotating shaft, at each trailing arm two groups of spike things are installed, the quantity of every group of spike thing is 1～50 piece; Having one group in two groups of spike things is the movable nail group, and another group spike thing is the staple group, and on the trailing arm length direction, the movable nail group is located near rotating shaft place or away from rotating shaft place; The spike thing of staple group is vertically fixed on the trailing arm, and the tip of this group spike thing is towards online one side; The spike thing of movable nail group links to each other with trailing arm by coupling assembling, described coupling assembling is by the nail fork, connecting rod and driving fork form, the nail fork is articulated on the trailing arm, the non-tip of the movable nail group spike thing that the front end of nail fork is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of each nail fork is 1～4 piece, the spike thing tip of movable nail group is also towards online one side, the rear end of nail fork is articulated on the connecting rod, the top of connecting rod is articulated in and drives the fork tail end, the middle part of this driving fork is hinged on the trailing arm, the front end that drives fork is connected to an axis and is parallel on the roller bearing of shaft axis, driving fork on described 2～5 trailing arms has two two ends that are connected to roller bearing at least, also be provided with two coaxial rollers on the roller bearing, the work side of roller and the cam work contacts side surfaces that is installed in the rotating shaft; Described cam is installed in the rotating shaft by its inner bearing; The spring straining of above-mentioned roller bearing by being connected with rotating shaft.
2. a wire netting laying apparatus comprises frame, rotating shaft, trailing arm, spike thing, coupling assembling, bearing block, roller, roller bearing, cam and spring, it is characterized in that: be hinged with the rotating shaft of a level on the frame by bearing block; 2～5 trailing arms are installed in the above-mentioned rotating shaft; At each trailing arm two groups of spike things are installed, the quantity of every group of spike thing is 1～50 piece, two groups of spike things on each trailing arm are the movable nail group, the spike thing of the top movable nail group of each trailing arm links to each other with trailing arm by upper coupling assembling, described upper coupling assembling is by upper nail fork, upper connecting rod and upper driving fork form, upper nail fork is hinged on the trailing arm, the non-tip of the top movable nail group spike thing that the front end of upper nail fork is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of nail fork is 1～4 piece on each, the spike thing tip of top movable nail group is towards online one side, the rear end of upper nail fork is articulated on the connecting rod, the top of upper connecting rod is articulated in driving fork tail end, should be hinged on the trailing arm at the upper middle part that drives fork, the front end of upper driving fork is connected to an axis and is parallel on the roller bearing of shaft axis, also be provided with coaxial roller on the roller bearing, the work side of roller and the cam work contacts side surfaces that is installed in the rotating shaft, described cam is installed in the rotating shaft by its inner bearing; The spring straining of above-mentioned roller bearing by being connected with rotating shaft; The spike thing of the bottom movable nail group on each trailing arm links to each other with trailing arm by lower coupling assembling, described lower coupling assembling is comprised of lower nail fork and lower link, lower nail fork is hinged on the trailing arm, the non-tip of the bottom movable nail group spike thing that the front end of lower nail fork is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of each lower nail fork is 1～4 piece, the spike thing tip of bottom movable nail group is towards online one side, the rear end of lower nail fork is articulated on the lower link, the axis of lower link is parallel with the axis of upper connecting rod, and lower link links to each other by the intermediate connecting rod group with upper connecting rod, when adopting a lower nail fork in the movable nail group of bottom, lower nail fork rear end directly can be hinged to the intermediate connecting rod group, do not adopt lower link, this intermediate connecting rod group forms by hinged rod member by three, wherein the lower end of the upper end of first of intermediate connecting rod group bar and described upper connecting rod is hinged, one end of the lower end of first rod member and second rod member is hinged, middle part and the trailing arm of second rod member are hinged, the upper end of the other end of second rod member and the 3rd bar is hinged, and the rear end of the lower end of the 3rd rod member and the upper end of described lower link or lower nail fork is hinged.
3. wire netting laying apparatus, comprise frame, rotating shaft, trailing arm, spike thing, coupling assembling, bearing block, roller, roller bearing, cam and spring, it is characterized in that: be provided with the rotating shaft of a level in the bearing block on the frame, 2～5 trailing arms are installed in the above-mentioned rotating shaft; At each trailing arm two groups of spike things are installed, the quantity of every group of spike thing is 1～50 piece, two groups of spike things on each trailing arm are the movable nail group, the spike thing of the top movable nail group on each trailing arm links to each other with trailing arm by the coupling assembling I, described coupling assembling I is by nail fork I, connecting rod I and driving fork I form, before each nail fork I is provided with, latter two revolute pair, nail fork I is hinged on the trailing arm, the non-tip of the top movable nail group spike thing that the front end of nail fork I is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of each nail fork I is 1～4 piece, the spike thing tip of top movable nail group is towards online one side, the rear end of nail fork I is articulated on the connecting rod I, the top of connecting rod I is articulated in and drives fork I tail end, the middle part of this driving fork I is hinged on the trailing arm, the front end that drives the fork I is connected on the roller bearing I that an axis is parallel to shaft axis, also be provided with coaxial roller I on the roller bearing I, the work side of roller I and the work contacts side surfaces that is installed in the cam I in the rotating shaft, described cam I is installed in the rotating shaft by its inner bearing, keeps static with frame; The spring straining of above-mentioned roller bearing I by being connected with rotating shaft; The spike thing of the bottom movable nail group on each trailing arm links to each other with trailing arm by the coupling assembling II, described coupling assembling II is by nail fork II, connecting rod II and driving fork II form, nail fork II is hinged on the trailing arm, the non-tip of the bottom movable nail group spike thing that the front end of nail fork II is corresponding with it is fixed, the movable nail group spike thing quantity of the front end of each nail fork II is 1～4 piece, the spike thing tip of bottom movable nail group is towards online one side, the rear end of nail fork II is articulated on the connecting rod II, the top of connecting rod II is articulated in and drives fork II tail end, the middle part of this driving fork II is hinged on the trailing arm, the front end that drives the fork II is connected on the roller bearing II that an axis is parallel to shaft axis, also be provided with coaxial roller II on the roller bearing II, the work side of roller II and the work contacts side surfaces that is installed in the cam II in the rotating shaft; Described cam II is installed in the rotating shaft by its inner bearing; The spring II tension of above-mentioned roller bearing II by being connected with rotating shaft.
4. according to claim 1 wire netting laying apparatus, it is characterized in that: the movable nail group is located at close rotating shaft one side of trailing arm.
5. according to claim 1 wire netting laying apparatus is characterized in that: the movable nail group be located at trailing arm away from rotating shaft one side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220559615 CN202895459U (en) | 2012-10-29 | 2012-10-29 | Metal mesh laying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220559615 CN202895459U (en) | 2012-10-29 | 2012-10-29 | Metal mesh laying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202895459U true CN202895459U (en) | 2013-04-24 |
Family
ID=48116169
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220559615 Withdrawn - After Issue CN202895459U (en) | 2012-10-29 | 2012-10-29 | Metal mesh laying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202895459U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102935660A (en) * | 2012-10-29 | 2013-02-20 | 燕山大学 | Metal net paving device |
-
2012
- 2012-10-29 CN CN 201220559615 patent/CN202895459U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102935660A (en) * | 2012-10-29 | 2013-02-20 | 燕山大学 | Metal net paving device |
| CN102935660B (en) * | 2012-10-29 | 2014-10-15 | 燕山大学 | Metal net paving device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130424 Effective date of abandoning: 20141015 |
|
| RGAV | Abandon patent right to avoid regrant |