CN204115757U - A kind of vertical combined high-speed protective cover test bench installation - Google Patents
A kind of vertical combined high-speed protective cover test bench installation Download PDFInfo
- Publication number
- CN204115757U CN204115757U CN201420602126.1U CN201420602126U CN204115757U CN 204115757 U CN204115757 U CN 204115757U CN 201420602126 U CN201420602126 U CN 201420602126U CN 204115757 U CN204115757 U CN 204115757U
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- China
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- guard shield
- erecting frame
- protective cover
- bracket base
- gear train
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Abstract
Vertical combined high-speed protective cover test bench installation is the mode by square tubes soldering, composition basic frame structure, and wherein Y-direction protective cover erecting frame can, under the effect of X to protective cover gear train, drive X to carry out bilateral reciprocation to protective cover; Y-direction protective cover is connected on Y-direction protective cover erecting frame by Y-direction protective cover link, and can pump under the effect of Y-direction protective cover gear train; By the combination of corresponding sports, realize the action of simulated machine tool processing.The beneficial effect of technical scheme described in the utility model is: simulated machine tool working motion at low cost, detects combined protecting hood fluency; By servomotor adjustment movement speed, the actual performance of combined protecting hood effectively can be detected; Not only can detect the vertical protective cover of different directions, also can detect Combined type protective cover; Different stroke can be met to the screw mandrel on guard shield erecting frame, the Combined type protective cover of different size by X; Can be used as the displaying that show stand carries out combined protecting hood, be convenient to transport.
Description
Technical field
The utility model relates to machine tool field, particularly a kind of vertical combined high-speed protective cover test bench installation of lathe.
Background technology
After the vertical protective cover of horizontal Machining centers has been produced, need operation more than 24 hours, to carry out factory testing, current Cutter Body Processing with Machining Center speed reaches 60m/min and is at a high speed, and oneself warp of experiment detection device that can meet 60m/min is enough.
Current external leading company adopts high-speed test (HST) platform to carry out factory testing, but testing table price is high, price all more than 1,000,000 yuan, domestic manufacturer mostly adopt be installed to client lathe above carry out verification experimental verification, but for operation observe and image data cause difficulty.
Summary of the invention
The utility model is for the deficiencies in the prior art, the one vertical combined high-speed protective cover test bench installation proposed, described test bench installation can be used for the quality of testing vertical protective cover, can also be used for the show stand of vertical protective cover, described test unit has the features such as low, the easy to process and data acquisition of cost is easy in addition.
One described in the utility model vertical combined high-speed protective cover test bench installation, by X to guard shield erecting frame, Y-direction guard shield erecting frame, Y-direction guard shield gear train, X is to guard shield gear train, and Y-direction guard shield link, X is to guard shield link and balancing weight composition.
Described X is the bracket base of a steel construction to guard shield erecting frame, and the surrounding end points of described bracket base arranges four vertical steel bar columns, is welded with crossbeam between the top of described four vertical steel bar columns, forms the rear guardrail of bracket base, left guardrail and right guardrail; The upper surface of described bracket base is parallel is provided with two guide rails, and be provided with screw mandrel between described guide rail, described bracket base be provided with X to guard shield gear train, described X is to guard shield gear train direct-connected screw rod.
Described Y-direction guard shield erecting frame is the bracket base of a steel construction, the side end points of the bracket base of described Y-direction guard shield erecting frame is welded with two vertical steel columns, and be welded with the front guardrail that a crossbeam forms the bracket base of Y-direction guard shield erecting frame between steel column top, before described Y-direction guard shield erecting frame guardrail two vertical steel columns on all guide rail is installed.The lower surface of the bracket base of described Y-direction guard shield erecting frame is provided with guide rail slide block, described guide rail slide block is fixed with a screw mandrel.The Y-direction guard shield gear train with screw mandrel is vertically installed in the crossbeam centre position of described front guardrail, the top of described Y-direction guard shield gear train screw mandrel is arranged in the bracket base of Y-direction guard shield erecting frame, makes the screw mandrel of Y-direction guard shield gear train keep plumbness in the running.
Described Y-direction guard shield erecting frame is provided with a leading screw, before the two ends of described Y-direction guard shield link are arranged on Y-direction guard shield erecting frame respectively by guide rail slide block guardrail two vertical steel columns on and leading screw on described Y-direction guard shield erecting frame agree with mutually with the screw mandrel of Y-direction guard shield gear train; Before described Y-direction guard shield erecting frame, two vertical steel column both sides of guardrail are separately installed with X to guard shield link.
The bracket base of described Y-direction guard shield erecting frame is connected to the guide rail of the bracket base of guard shield erecting frame with X by the guide rail slide block of its lower surface, and the screw mandrel of the bracket base of described Y-direction guard shield erecting frame agrees with to guard shield erecting frame screw mandrel mutually with X; Described balancing weight is positioned over X to guard shield erecting frame.
Further, described Y-direction guard shield gear train and X are servomotor to guard shield gear train.
Further, described X is provided with combined protecting hood fixed mount on the vertical reinforcing bar of guardrail before guard shield erecting frame, and described X is provided with combined protecting hood bracing frame to two ends, guard shield erecting frame bottom, for keeping the stability testing guard shield.
The beneficial effect of technical scheme described in the utility model is: simulated machine tool working motion at low cost, detects combined protecting hood fluency; By servomotor adjustment movement speed, the actual performance of combined protecting hood effectively can be detected; Not only can detect the vertical protective cover of different directions, also can detect Combined type protective cover; Different stroke can be met to the screw mandrel on guard shield erecting frame, the Combined type protective cover of different size by X; This equipment can be used as the displaying that show stand carries out combined protecting hood simultaneously, is convenient to transport.
Accompanying drawing explanation
Fig. 1 one described in the utility model vertical combined high-speed protective cover test bench installation X is to guard shield erecting frame structural representation;
Fig. 2 one described in the utility model vertical combined high-speed protective cover test bench installation Y-direction guard shield erecting frame structural representation;
Fig. 3 one described in the utility model vertical combined high-speed protective cover test bench installation side structure schematic diagram;
Fig. 4 one described in the utility model vertical combined high-speed protective cover test bench installation Facad structure schematic diagram;
In figure: 1, X is to protective cover erecting frame, 2, Y-direction protective cover erecting frame, 3, Y-direction protective cover gear train, 4, X is to protective cover gear train, and 5, Y-direction protective cover link, 6, X is to protective cover link, 7, Combined type protective cover fixed mount, 8, Combined type protective cover bracing frame, 9, balancing weight, 10, X is to protective cover erecting frame bracket base, and 11, vertical steel bar column, 12, crossbeam, 13 guide rails, 14 screw mandrels, 15, Y-direction protective cover erecting frame bracket base, 16, guide rail slide block.
Embodiment
One described in the utility model vertical combined high-speed protective cover test bench installation, by X to guard shield erecting frame 1, Y-direction guard shield erecting frame 2, Y-direction guard shield gear train 3, X is to guard shield gear train 4, and Y-direction guard shield link 5, X is to guard shield link 6 and counterweight 9 pieces composition.
Described X is the bracket base 8 of a steel construction to guard shield erecting frame 1, described X arranges four vertical steel bar columns 11 to the surrounding end points of protective cover erecting frame bracket base 10, be welded with crossbeam 12 between the top of described four vertical steel bar columns 11, form X to guardrail, left guardrail and right guardrail before protective cover erecting frame bracket base 10; Described X is provided with two guide rails 13 to the upper surface of protective cover erecting frame bracket base 10 is parallel, screw mandrel 14 is installed between described guide rail, described X is provided with X to guard shield gear train 4 on protective cover erecting frame bracket base 10, and described X is to guard shield gear train 4 direct-connected screw rod 14.
Described Y-direction guard shield erecting frame 2 is the bracket base 15 of a steel construction, the side end points of described Y-direction guard shield erecting frame bracket base 15 is welded with two vertical steel columns 11, and be welded with the front guardrail that a crossbeam 12 forms Y-direction guard shield erecting frame bracket base between steel column top, before described Y-direction guard shield erecting frame guardrail two vertical steel columns 11 on guide rail 13 is all installed.The lower surface of described Y-direction guard shield erecting frame bracket base 15 is provided with guide rail slide block 16, described guide rail slide block 16 is fixed with a screw mandrel 14.The Y-direction guard shield gear train 3 with screw mandrel is vertically installed in crossbeam 12 centre position of described front guardrail, the top of described Y-direction guard shield gear train 3 screw mandrel is arranged in Y-direction guard shield erecting frame bracket base 15, makes the screw mandrel of Y-direction guard shield gear train 3 keep plumbness in the running.
Described Y-direction guard shield erecting frame 2 is provided with a leading screw 14, before the two ends of described Y-direction guard shield link 5 are arranged on Y-direction guard shield erecting frame 2 respectively by guide rail slide block 16 guardrail two vertical steel columns 11 on and leading screw on described Y-direction guard shield erecting frame 2 agree with mutually with the screw mandrel of Y-direction guard shield gear train 3; Before described Y-direction guard shield erecting frame 2, two of guardrail vertical steel column 11 both sides are separately installed with X to guard shield link 6.
Described Y-direction guard shield erecting frame bracket base 15 is connected to the guide rail 13 of guard shield erecting frame bracket base 10 with X by the guide rail slide block 16 of its lower surface, and the screw mandrel 14 of described Y-direction guard shield erecting frame bracket base 15 agrees with to the screw mandrel 14 of guard shield erecting frame 1 mutually with X; Described balancing weight 9 is positioned over X to guard shield erecting frame 1.
A kind of sleeping X adding type Combined type protective cover test bench installation described in the utility model adopts steel-pipe welding to form support to protective cover erecting frame bracket base and Y-direction protective cover erecting frame bracket base, supporting structure according to actual needs and mechanical structure design.
A kind of sleeping working method adding type Combined type protective cover test bench installation described in the utility model is:
Y-direction protective cover erecting frame 2 on protective cover erecting frame 1, and under the effect of X to protective cover gear train 4, can carry out bilateral reciprocation as X; Y-direction protective cover is connected on Y-direction protective cover erecting frame 2 by Y-direction protective cover link 5, and can pump under the effect of Y-direction protective cover gear train 3; X is connected to X to protective cover erecting frame on by X to protective cover link 6 to protective cover, and under the effect of X to protective cover gear train 4, carries out bilateral reciprocation; X forms Combined type protective cover to protective cover and Y-direction protective cover, X is fixed on on protective cover erecting frame respectively by Combined type protective cover fixed mount 7 and Combined type protective cover bracing frame 8, connected by two links again, finally coordinate upper balancing weight 9, input corresponding program, Combined type protective cover gets final product the action of simulated machine tool processing.
Claims (3)
1. a vertical combined high-speed protective cover test bench installation, is characterized in that, described protective cover test bench installation by X to guard shield erecting frame, Y-direction guard shield erecting frame, Y-direction guard shield gear train, X is to guard shield gear train, Y-direction guard shield link, X is to guard shield link and balancing weight composition;
Described X is the bracket base of a steel construction to guard shield erecting frame, and the surrounding end points of described bracket base arranges four vertical steel bar columns, is welded with crossbeam between the top of described four vertical steel bar columns, forms the front guardrail of bracket base, left guardrail and right guardrail; The upper surface of described bracket base is parallel is provided with two guide rails, and be provided with screw mandrel between described guide rail, described bracket base be provided with X to guard shield gear train, described X is to guard shield gear train direct-connected screw rod;
Described Y-direction guard shield erecting frame is the bracket base of a steel construction, the side end points of the bracket base of described Y-direction guard shield erecting frame is welded with two vertical steel columns, and be welded with the front guardrail that a crossbeam forms the bracket base of Y-direction guard shield erecting frame between steel column top, before described Y-direction guard shield erecting frame guardrail two vertical steel columns on all guide rail is installed;
The lower surface of the bracket base of described Y-direction guard shield erecting frame is provided with guide rail slide block, described guide rail slide block is fixed with a screw mandrel; The Y-direction guard shield gear train with screw mandrel is vertically installed in the crossbeam centre position of described front guardrail, the top of described Y-direction guard shield gear train screw mandrel is arranged in the bracket base of Y-direction guard shield erecting frame, makes the screw mandrel of Y-direction guard shield gear train keep plumbness in the running;
Described Y-direction guard shield erecting frame is provided with a leading screw, before the two ends of described Y-direction guard shield link are arranged on Y-direction guard shield erecting frame respectively by guide rail slide block guardrail two vertical steel columns on and leading screw on described Y-direction guard shield erecting frame agree with mutually with the screw mandrel of Y-direction guard shield gear train; Before described Y-direction guard shield erecting frame, two vertical steel column both sides of guardrail are separately installed with X to guard shield link;
The bracket base of described Y-direction guard shield erecting frame is connected to the guide rail of the bracket base of guard shield erecting frame with X by the guide rail slide block of its lower surface, and the screw mandrel of the bracket base of described Y-direction guard shield erecting frame agrees with to guard shield erecting frame screw mandrel mutually with X; Described balancing weight is positioned over X to guard shield erecting frame.
2. a kind of vertical combined high-speed protective cover test bench installation as claimed in claim 1, is characterized in that: described Y-direction guard shield gear train and X are servomotor to guard shield gear train.
3. a kind of vertical combined high-speed protective cover test bench installation as claimed in claim 1, it is characterized in that: described X is provided with combined protecting hood fixed mount on the vertical reinforcing bar of guardrail before guard shield erecting frame, described X is provided with combined protecting hood bracing frame to two ends, guard shield erecting frame bottom, for keeping the stability testing guard shield.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420602126.1U CN204115757U (en) | 2014-10-17 | 2014-10-17 | A kind of vertical combined high-speed protective cover test bench installation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420602126.1U CN204115757U (en) | 2014-10-17 | 2014-10-17 | A kind of vertical combined high-speed protective cover test bench installation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204115757U true CN204115757U (en) | 2015-01-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420602126.1U Active CN204115757U (en) | 2014-10-17 | 2014-10-17 | A kind of vertical combined high-speed protective cover test bench installation |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113894615A (en) * | 2021-11-05 | 2022-01-07 | 珠海格力智能装备有限公司 | Telescopic protection casing performance detection device of lathe |
-
2014
- 2014-10-17 CN CN201420602126.1U patent/CN204115757U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113894615A (en) * | 2021-11-05 | 2022-01-07 | 珠海格力智能装备有限公司 | Telescopic protection casing performance detection device of lathe |
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