CN204912831U - A drilling machine that is used for simultaneous processing of ladder group of combined material cable testing bridge to go out six holes - Google Patents
A drilling machine that is used for simultaneous processing of ladder group of combined material cable testing bridge to go out six holes Download PDFInfo
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- CN204912831U CN204912831U CN201520698291.6U CN201520698291U CN204912831U CN 204912831 U CN204912831 U CN 204912831U CN 201520698291 U CN201520698291 U CN 201520698291U CN 204912831 U CN204912831 U CN 204912831U
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Abstract
The utility model relates to a drilling machine that is used for simultaneous processing of ladder group of combined material cable testing bridge to go out six holes, its characterized in that returns the type shelf location unit head of driling on having to drill the unit head both sides on, and be provided with left side drilling unit head and right side drilling unit head respectively drills the unit head below on, and is provided with the unit head multiaxis ware of driling, drills the inboard of unit head and be provided with the side direction unit head multiaxis ware of driling respectively in left side drilling unit head and right side, and the place ahead of base is provided with the feeding bed, and the rear of base is provided with the unloading bed, and the top of feeding bed is provided with servo dolly. The beneficial effects of the utility model are that, the sustainable synchronal drilling work of carrying out six holes, labour saving and time saving has avoided the drilling position ununified, installs inconvenient shortcoming, need not not measure, has saved staff's time, has improved work efficiency, through PLC's control, realizes automatic drilling.
Description
Technical field
The utility model relates to compound crane span structure industry, processes the drilling machine in six holes while the ladder side specifically for composite material cable crane span structure.
Background technology
Crane span structure is combined by ladder side, before the combination, needs ladder side to hole, then install by bolt combination, boring before the work in combination of prior art takes ruler measurement, then setting-out by work, row boring is crept in electricity consumption, easily there is deviation and bore position skew, cause last installation unsuccessful, indulge in the knowledge time, waste time and energy, inefficiency.
Summary of the invention
Technical problem to be solved in the utility model overcomes the deficiencies in the prior art, process the drilling machine in six holes while providing a kind of ladder side for composite material cable crane span structure, the utility model solves the technical scheme that its technical problem adopts and is: structure of the present utility model comprises base, left side drilling power head, right side drilling power head, upper drilling power head, charging bed, blanking bed, servo dolly, hollow frame, servo dolly power set, servo chain, chain, by master cylinder, pressing plate, depression bar, secondary cylinder, side cylinder, the stopping means of side pressure bar composition, by upper multi-shaft device casing, Linear bearing, upper multi-shaft device upper cover, upper joint sleeve, upper packing ring, upper driving shaft, upper deep groove ball bearing A, upper output shaft, upper contact bearing, upper jackshaft, the upper drilling power head multi-shaft device that upper deep groove ball bearing B forms, by side multi-shaft device casing, side multi-shaft device upper cover, side bolt, side adapter sleeve, side packing ring, side driving shaft, side deep groove ball bearing A, side deep groove ball bearing B, side jackshaft, side gear A, side output shaft, side contacts bearing, the flank hole unit head multi-shaft device that side gear B forms, it is characterized in that base is welded to each other by bar and form, base is provided with hollow frame, base top is provided with stopping means, and stopping means comprises master cylinder, pressing plate, depression bar, secondary cylinder, side cylinder and side pressure bar, master cylinder both sides are provided with depression bar, the bottom of master cylinder is arranged on pressing plate, the side of pressing plate is provided with time air cylinder pressure plate, secondary air cylinder pressure plate is provided with time cylinder, the arranged outside of secondary cylinder has side pressure bar, the longitudinal both sides of this stopping means are respectively arranged with two side cylinders, hollow frame is provided with drilling power head, upper drilling power head both sides have been respectively arranged with left side drilling power head and right side drilling power head, drilling power head multi-shaft device is provided with below upper drilling power head, the inner side of left side drilling power head and right side drilling power head is respectively arranged with flank hole unit head multi-shaft device, the front of base is provided with charging bed, the rear of seat seat is provided with blanking bed, the top of charging bed is provided with servo dolly, the side of servo dolly is provided with servo dolly power set, the side of charging bed is provided with servo chain, chain is provided with in servo chain, the side of chain is arranged on servo dolly power set, described upper drilling power head multi-shaft device is characterized in that multi-shaft device casing center is provided with driving shaft, the arranged outside of upper driving shaft has upper deep groove ball bearing A, upper driving shaft is fixed on upper drilling power head multi-shaft device by upper joint sleeve and upper packing ring, the latter half of upper driving shaft is engaged mutually by upper deep groove ball bearing B and upper jackshaft, the upper jackshaft arranged outside at upper drilling power head multi-shaft device two ends has upper contact bearing, between two upper contact bearings, output shaft is installed, the arranged outside of upper multi-shaft device casing has Linear bearing, upper multi-shaft device casing is provided with multi-shaft device upper cover, described flank hole unit head multi-shaft device is characterized in that multi-shaft device casing center, side is provided with side driving shaft, the arranged outside of side driving shaft has side deep groove ball bearing A, side driving shaft is by side adapter sleeve, side packing ring is fixed on flank hole unit head multi-shaft device, side driving shaft is engaged mutually by side deep groove ball bearing B and side jackshaft, the side jackshaft arranged outside at flank hole unit head multi-shaft device two ends has side contacts bearing, be provided with side output shaft between two side contacts bearings, side multi-shaft device casing and side multi-shaft device upper cover are interconnected by side bolt.The utility model is controlled by PLC, magnetic valve on PLC hydraulic control pump makes the fuel-displaced and oil return of hydraulic pump, the power of further hydraulic control cylinder, the power of Electric Machine Control electric drill and rotating speed, PLC also controls the operation of servo dolly and the parameter of pause distance, by controlling the spacing between prebored hole in the default operation of servo dolly of PLC input and the parameter of pause distance.
The beneficial effects of the utility model are, the boring work carrying out six holes while of sustainable, time saving and energy saving, avoid bore position disunity, inconvenient shortcoming is installed, need not measures, save the time of staff, improve operating efficiency, by the control of PLC, realize automation boring.
Accompanying drawing explanation
Fig. 1: the utility model example structure schematic diagram.
Fig. 2: drilling power head multi-shaft device sectional structure schematic diagram on the utility model.
Fig. 3: drilling power head side-looking structural representation on the left of the utility model.
Fig. 4: the utility model side drilling power head A-A is to sectional structure schematic diagram.
Fig. 5: the utility model side drilling power head B-B is to sectional structure schematic diagram.
Fig. 6: the utility model servo chain structure schematic diagram.
Fig. 7: the utility model limit device structure schematic diagram.
In figure: base 1, left side drilling power head 2, right side drilling power head 3, upper drilling power head 4, upper drilling power head multi-shaft device 5, flank hole unit head multi-shaft device 6, charging bed 7, blanking bed 8, servo dolly 9, hollow frame 10, servo dolly power set 11, servo chain 12, chain 13, stopping means 140, master cylinder 141, pressing plate 142, depression bar 143, secondary cylinder 144, side cylinder 145, side pressure bar 146, upper multi-shaft device casing 51, Linear bearing 52, upper multi-shaft device upper cover 53, upper joint sleeve 54, upper packing ring 55, upper driving shaft 56, upper deep groove ball bearing A57, upper output shaft 58, upper contact bearing 59, upper jackshaft 510, upper deep groove ball bearing B511, side multi-shaft device casing 61, side multi-shaft device upper cover 62, side bolt 63, side adapter sleeve 64, side packing ring 65, side driving shaft 66, side deep groove ball bearing A67, side deep groove ball bearing B68, side jackshaft 69, side gear A610, side output shaft 611, side contacts bearing 612, side gear B613.
Detailed description of the invention
Illustrate with reference to accompanying drawing and following concrete detailed description is done to the utility model.As shown in drawings, structure of the present utility model comprises base 1, left side drilling power head 2, right side drilling power head 3, upper drilling power head 4, charging bed 7, blanking bed 8, servo dolly 9, hollow frame 10, servo dolly power set 11, servo chain 12, chain 13, by master cylinder 141, pressing plate 142, depression bar 143, secondary cylinder 144, side cylinder 145, the stopping means 140 that side pressure bar 146 forms, by upper multi-shaft device casing 51, Linear bearing 52, upper multi-shaft device upper cover 53, upper joint sleeve 54, upper packing ring 55, upper driving shaft 56, upper deep groove ball bearing A57, upper output shaft 58, upper contact bearing 59, upper jackshaft 510, the upper drilling power head multi-shaft device 5 that upper deep groove ball bearing B511 forms, by side multi-shaft device casing 61, side multi-shaft device upper cover 62, side bolt 63, side adapter sleeve 64, side packing ring 65, side driving shaft 66, side deep groove ball bearing A67, side deep groove ball bearing B68, side jackshaft 69, side gear A610, side output shaft 611, side contacts bearing 612, the flank hole unit head multi-shaft device 6 that side gear B613 forms, it is characterized in that base 1 is welded to each other by bar and form, base 1 is provided with hollow frame 10, base 1 top is provided with stopping means 140, and stopping means comprises master cylinder 141, pressing plate 142, depression bar 143, secondary cylinder 144, side cylinder 145 and side pressure bar 146, master cylinder 141 both sides are provided with depression bar 143, the bottom of master cylinder 141 is arranged on pressing plate 142, the side of pressing plate 142 is provided with time air cylinder pressure plate, secondary air cylinder pressure plate is provided with time cylinder 144, the arranged outside of secondary cylinder 144 has side pressure bar 146, the longitudinal both sides of this stopping means are respectively arranged with two side cylinders 145, hollow frame 10 is provided with drilling power head 4, upper drilling power head 4 both sides have been respectively arranged with left side drilling power head 2 and right side drilling power head 3, drilling power head multi-shaft device 5 is provided with below upper drilling power head 4, the inner side of left side drilling power head 2 and right side drilling power head 3 is respectively arranged with flank hole unit head multi-shaft device 6, the front of base 1 is provided with charging bed 7, the rear of seat seat 1 is provided with blanking bed 8, the top of charging bed 7 is provided with servo dolly 9, the side of servo dolly 9 is provided with servo dolly power set 11, the side of charging bed 7 is provided with servo chain 12, chain 13 is provided with in servo chain 12, the side of chain 13 is arranged on servo dolly power set 11, described upper drilling power head multi-shaft device 5 is by upper multi-shaft device casing 51, Linear bearing 52, upper multi-shaft device upper cover 53, upper joint sleeve 54, upper packing ring 55, upper driving shaft 56, upper deep groove ball bearing A57, upper output shaft 58, upper contact bearing 59, upper jackshaft 510, upper deep groove ball bearing B511 combines, it is characterized in that multi-shaft device casing 51 center is provided with driving shaft 56, the arranged outside of upper driving shaft 56 has upper deep groove ball bearing A57, upper driving shaft 56 is fixed on upper drilling power head multi-shaft device 5 by upper joint sleeve 54 and upper packing ring 55, the latter half of upper driving shaft 56 is engaged mutually by upper deep groove ball bearing B511 and upper jackshaft 510, upper jackshaft 510 arranged outside at upper drilling power head multi-shaft device 5 two ends has upper contact bearing 59, between two upper contact bearings 59, output shaft 58 is installed, the arranged outside of upper multi-shaft device casing 51 has Linear bearing 52, upper multi-shaft device casing 51 is provided with multi-shaft device upper cover 53, and described flank hole unit head multi-shaft device 6 is by side multi-shaft device casing 61, side multi-shaft device upper cover 62, side bolt 63, side adapter sleeve 64, side packing ring 65, side driving shaft 66, side deep groove ball bearing A67, side deep groove ball bearing B68, side jackshaft 69, side gear A610, side output shaft 611, side contacts bearing 612, side gear B613 combines, and it is characterized in that multi-shaft device casing 61 center, side is provided with side driving shaft 66, the arranged outside of side driving shaft 66 has side deep groove ball bearing A67, and side driving shaft 66 is by side adapter sleeve 64, side packing ring 65 is fixed on flank hole unit head multi-shaft device 6, side driving shaft 66 is engaged mutually by side deep groove ball bearing B68 and side jackshaft 69, side jackshaft 69 arranged outside at flank hole unit head multi-shaft device 6 two ends has side contacts bearing 612, be provided with side output shaft 611 between two side contacts bearings 612, side multi-shaft device casing 61 and side multi-shaft device upper cover 62 are interconnected by side bolt 63.
Using method and operation principle: two ladder side composite plates are placed on six hole drill machines simultaneously, one end of two groups of ladder side composite plates is fixed on simultaneously on the fixed mechanism of servo dolly (9), the distance often organized between prebored hole is limited, the mobile drive of servo dolly (9) two groups of ladder side composite plates move to first group of prebored hole position simultaneously, stop mobile after being positioned at the working position of six hole drill machines, stopping means (140) clamping ladder side, master cylinder (141) and time cylinder (144) are by depression bar (143) and the fixing ladder side transverse gear position of side pressure bar (146), side cylinder (145) is by the longitudinal gear of the fixing ladder side of side pressure bar (146), the power of air pump makes master cylinder (141), secondary cylinder (144), side cylinder (145) compresses ladder side, open six hole drill machines, the end face of each ladder side composite plate and side are holed simultaneously, each ladder side composite plate end face longitudinally bores a longitudinal drilling, ladder side composite plate side lateral horizontal position bores two cross drillings, namely each ladder side composite plate there are three borings, two groups of ladder side composite plates add up to simultaneously six borings, after boring terminates, hydraulic pump oil return, extract drill bit out, cylinder is exitted, remove stopping means (140) spacing to ladder side, servo dolly (9) drives ladder side composite plate to move to next prebored hole position, stop mobile after being positioned at the working position of six hole drill machines, repeat above-mentioned drill process, until the equal completion of processing of all continuous aperture.
Embodiment recited above is only be described preferred embodiment of the present utility model; not design of the present utility model and scope are limited; under the prerequisite not departing from the utility model design concept; the various modification that in this area, common engineers and technicians make the technical solution of the utility model and improvement; protection domain of the present utility model all should be fallen into; the technology contents of the utility model request protection, all records in detail in the claims.
Claims (3)
1. process the drilling machine in six holes while the ladder side for composite material cable crane span structure, comprise base (1), left side drilling power head (2), right side drilling power head (3), upper drilling power head (4), charging bed (7), blanking bed (8), servo dolly (9), hollow frame (10), servo dolly power set (11), servo chain (12), chain (13), by master cylinder 141, pressing plate 142, depression bar 143, secondary cylinder 144, side cylinder 145, the stopping means 140 that side pressure bar 146 forms, by upper multi-shaft device casing (51), Linear bearing (52), upper multi-shaft device upper cover (53), upper joint sleeve (54), upper packing ring (55), upper driving shaft (56), upper deep groove ball bearing A(57), upper output shaft (58), upper contact bearing (59), upper jackshaft (510), upper deep groove ball bearing B(511) the upper drilling power head multi-shaft device (5) that forms, by side multi-shaft device casing (61), side multi-shaft device upper cover (62, side bolt (63), side adapter sleeve (64), side packing ring (65), side driving shaft 66), side deep groove ball bearing A(67), side deep groove ball bearing B(68), side jackshaft (69), side gear A(610), side output shaft (611), side contacts bearing (612), side gear B(613) the flank hole unit head multi-shaft device (6) that forms, it is characterized in that base (1) is welded to each other by bar to form, base (1) is provided with hollow frame (10), base (1) top is provided with stopping means (140), and stopping means comprises master cylinder (141), pressing plate (142), depression bar (143), secondary cylinder (144), side cylinder (145) and side pressure bar (146), master cylinder (141) both sides are provided with depression bar (143), the bottom of master cylinder (141) is arranged on pressing plate (142), the side of pressing plate (142) is provided with time air cylinder pressure plate, secondary air cylinder pressure plate is provided with time cylinder (144), the arranged outside of secondary cylinder (144) has side pressure bar (146), the longitudinal both sides of this stopping means are respectively arranged with two side cylinders (145), hollow frame (10) is provided with drilling power head (4), upper drilling power head (4) both sides have been respectively arranged with left side drilling power head (2) and right side drilling power head (3), upper drilling power head (4) below is provided with drilling power head multi-shaft device (5), the inner side of left side drilling power head (2) and right side drilling power head (3) is respectively arranged with flank hole unit head multi-shaft device (6), the front of base (1) is provided with charging bed (7), the rear of seat seat (1) is provided with blanking bed (8), the top of charging bed (7) is provided with servo dolly (9), servo dolly (9) side is provided with servo dolly power set (11), the side of charging bed (7) is provided with servo chain (12), chain (13) is provided with in servo chain (12), chain (13) side is arranged on servo dolly power set (11).
2. while the ladder side for composite material cable crane span structure according to claim 1, process the drilling machine in six holes, it is characterized in that multi-shaft device casing (51) center is provided with driving shaft (56), the arranged outside of upper driving shaft (56) has upper deep groove ball bearing A(57), upper driving shaft (56) is fixed on upper drilling power head multi-shaft device (5) by upper joint sleeve (54) and upper packing ring (55), the latter half of upper driving shaft (56) is by upper deep groove ball bearing B(511) and upper jackshaft (510) be mutually engaged, upper jackshaft (510) arranged outside at upper drilling power head multi-shaft device (5) two ends has upper contact bearing (59), between two upper contact bearings (59), output shaft (58) is installed, the arranged outside of upper multi-shaft device casing (51) has Linear bearing (52), upper multi-shaft device casing (51) is provided with multi-shaft device upper cover (53).
3. while the ladder side for composite material cable crane span structure according to claim 1, process the drilling machine in six holes, it is characterized in that multi-shaft device casing (61) center, side is provided with side driving shaft (66), the arranged outside of side driving shaft (66) has side deep groove ball bearing A(67), side driving shaft (66) is by side adapter sleeve (64), side packing ring (65) is fixed on flank hole unit head multi-shaft device (6), side driving shaft (66) is by side deep groove ball bearing B(68) and side jackshaft (69) be mutually engaged, side jackshaft (69) arranged outside at flank hole unit head multi-shaft device (6) two ends has side contacts bearing (612), between two side contacts bearings (612), side output shaft (611) is installed, side multi-shaft device casing (61 and side multi-shaft device upper cover (62) be interconnected by side bolt (63).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520698291.6U CN204912831U (en) | 2015-09-10 | 2015-09-10 | A drilling machine that is used for simultaneous processing of ladder group of combined material cable testing bridge to go out six holes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520698291.6U CN204912831U (en) | 2015-09-10 | 2015-09-10 | A drilling machine that is used for simultaneous processing of ladder group of combined material cable testing bridge to go out six holes |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204912831U true CN204912831U (en) | 2015-12-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520698291.6U Withdrawn - After Issue CN204912831U (en) | 2015-09-10 | 2015-09-10 | A drilling machine that is used for simultaneous processing of ladder group of combined material cable testing bridge to go out six holes |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204912831U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105033308A (en) * | 2015-09-10 | 2015-11-11 | 河北燕舞防爆电器有限公司 | Drilling machine used for ladder string of composite material cable bridge stand and capable of machining out six holes simultaneously |
| CN114042959A (en) * | 2021-12-03 | 2022-02-15 | 江苏新泰隆管件有限公司 | Two-way high-efficient drilling equipment is used in cable testing bridge processing |
-
2015
- 2015-09-10 CN CN201520698291.6U patent/CN204912831U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105033308A (en) * | 2015-09-10 | 2015-11-11 | 河北燕舞防爆电器有限公司 | Drilling machine used for ladder string of composite material cable bridge stand and capable of machining out six holes simultaneously |
| CN114042959A (en) * | 2021-12-03 | 2022-02-15 | 江苏新泰隆管件有限公司 | Two-way high-efficient drilling equipment is used in cable testing bridge processing |
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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: 20151230 Effective date of abandoning: 20170606 |
|
| AV01 | Patent right actively abandoned |