CN104848804B - Cutting angle analyzer - Google Patents

Abstract

The invention discloses a kind of cutting angle analyzer, it is included：First module, containing the first face and second face parallel with first face, and with certain length；Second unit, is rotatably engaged the one end in the first module, and is housed between first face and second face, and one is formed with the first module, to forming angle after the one end rotation taking-up of the first module；And Unit the 3rd, possess in the side of first module, spinning movement calculation and output angle change according to the first module and the second unit, can accurately at high speed determine in two cutting angles of the section bar that meets of the boundary part of adjacent wall body two the present invention relates to being not only, and the cutting angle analyzer of various functions such as horizontal and vertical degree and range determination can be realized.

Description

Cutting angle analyzer

Technical field

The present invention relates to a kind of cutting angle analyzer, more specifically, being not only can determine in two phases accurately at high speed The cutting angle of the section bar that meets of boundary part two of adjacent wall body, and various work(such as horizontal and vertical degree and range determination can be realized The cutting angle analyzer of energy.

Background technology

Generally interior section bar (hereinafter referred to as " section bar ") is with various shapes in the ceiling of building and the boundary portion of inwall State is constructed, for one of building decorative means inside beautiful decorative architecture thing.

Construct this section bar when, the parts that two section bars are combined are connected inclined-plane and applied after being cut with mutually corresponding angle Work.

In the boundary portion of two adjacent wall bodies, i.e., the composition surface of two section bars constructed in interior corner should be with correspondence The angle that two wall bodies are formed is cut and is constructed.

That is, when the angle that two wall bodies are formed is 90 °, the composition surface cutting angle of two section bars is 45 °, when the formation of two wall bodies When angle is 120 °, the composition surface cutting angle of two section bars is 60 °, and when the angle that two wall bodies are formed is 60 °, two section bars Composition surface cutting angle is 30 °.

Proposed based on viewpoint as described above, " indoor section bar is cut can to enumerate registered patent the 10-1122849th Chamfer determines device ", and registered patent the 10-1045170th " cutting angle of indoor section bar determines device " etc..

But, because that device be all to take Sloped rotating to after the angle to be determined, read the quarter for indicating Spend to determine the mode of cutting angle, angle is copied so with misreading the angle of measure by accidentally dropping for worker, or after determining During the stagger state of Sloped rotating produce the problem of error etc..

Prior art literature

(patent document 1) registered patent the 10-1122849th

(patent document 2) registered patent the 10-1045170th

The content of the invention

The technical problem to be addressed by invention

The present invention is proposed to improve problem as described above, can not only surveyed accurately at high speed the purpose is to provide Two cutting angles of the section bar that meets of the boundary part of adjacent wall body two are scheduled on, and can realize that horizontal and vertical degree and distance are surveyed The cutting angle analyzer of various functions such as fixed.

Solve the technical scheme of problem

In order to complete purpose as described above, cutting angle analyzer of the invention, it is included：First module, contains first Face and second face parallel with first face, and with certain length；Second unit, is rotatably engaged described first The one end of unit, and be housed between first face and second face, one is formed with the first module, to institute Angle is formed after the one end rotation taking-up for stating first module；And Unit the 3rd, possess in the side of first module, according to institute The spinning movement calculation and output angle change of first module and the second unit are stated, and, also include：Rotation is combined in institute State the rotary gemel portion that the one end of the second unit of first module has；Combined with the rotary gemel portion, and combined The one end of the second unit be recessed to be formed installation groove installation sheet；And from the other end of the second unit Side corner angle extension, the other end for the second unit formed with transparent material protrudes, with transparent respectively from above and below Material forms the limited block of triangle post shapes prism, and, also include：The installation sheet is shone the limited block as prism Laser is penetrated and received, the vertical collimator of perpendicularity is can confirm that by Unit the 3rd.

And, the first module, it is characterised in that include：Measure basis with the described 1st, 2 faces；And along The length direction depression in the 3rd face of first face and the lateral edges of the second face one is connected respectively, is formed space and is housed described The accepting groove of second unit, wherein, the one end of the second unit is revolvably incorporated into the one end of the accepting groove.

And, the one end of the first module combined with the one end rotation of the second unit is with circular shape Formed.

And, the second unit, it is characterised in that include：One end revolvably combines described first module one end The measure piece in portion；And the corner angle extension from the outside of the other end of the measure piece, from the above and below difference of the measure piece It is prominent, fixed limited block is caught on the outside of the other end of the first module, wherein, the measure piece is from connecting respectively Take out and house in the 3rd face for connecing first face and the lateral edges of the second face one.

And, the cutting angle analyzer, it is characterised in that be also included in the second face depression sets what groove was installed Level meter.

And, the cutting angle analyzer, it is characterised in that the side for being also included in the first module is formed, to institute State the action supply power supply of Unit the 3rd and the power management port charged.

And, the cutting angle analyzer, it is characterised in that also comprising containing being formed in the side of the first module Laser irradiation device, and using the laser with the 3rd unit linkwork action irradiation, the distance of the near measuring object of energy is to institute State the rangefinder of the output of Unit the 3rd.

Beneficial effect

According to the present invention for constituting as described above, following effect can be obtained.

First, the present invention is to include to be accommodated in the structure that first module forms one and can rotate the second unit of combination Into, neat and tidy taking-up and collecting is carried out, the convenience of carrying can be greatly improved.

And, the present invention is that the 3rd to operations such as picture outputs is performed comprising the angle change rotated according to second unit The composition of unit, can be greatly decreased as existing device and misread the leeway that error can occur by user, and can Such as determine the cutting angle that angle is exported to picture immediately correctly to obtain at a high speed.

And, the present invention can not only realize the level meter and rangefinder possessed in first module, can also realize basis 1st, the linkwork action of 2 units can determine the additional functions that vertical collimator of perpendicularity etc. can be utilized at practice of construction scene, It is possible thereby to greatly improve the operation convenience of worker.

In addition, the present invention is to be connected charging with USB or power outlet using the power management port possessed in first module, It is available for being continuing with, it is possible thereby to obtain the efficiency of power management.

Brief description of the drawings

Fig. 1 is the overall structure oblique view of cutting angle analyzer according to an embodiment of the invention, and its display is relative to the The state that Unit one rotates to an angle second unit.

Fig. 2 is the overall structure oblique view of cutting angle analyzer according to an embodiment of the invention, and its display is relative to the The state that second unit is housed and integrally changed with first module by Unit one.

Fig. 3 is the overall structure plan of cutting angle analyzer according to an embodiment of the invention, and its display is overall electrically Wiring state.

Fig. 4 to Fig. 6 is the schematic diagram of various use states of cutting angle analyzer according to an embodiment of the invention.

Main Reference Numerals explanation：

100- first modules, the faces of 101- first, the faces of 102- second, the faces of 103- the 3rd, the faces of 104- the 4th, the faces of 105- the 5th, 106- sets groove, and 110- determines basis, and 120- accepting grooves, 130- inclinations are facial, 200- second units, 201- rotary gemels portion, 202- installation grooves, 210- measure pieces, 220- limited blocks, 230- installation sheets, the units of 300- the 3rd, 310- test sections, 311- is forever Long magnet, 312- magnetic sensors, 320- calculation unit, 330- output operating portions, 331- display panels, 332- model selections are pressed Button, 333- zero points adjustment button, 334- hold buttons, 400- level meters, 500- power managements port, 600- laser irradiation devices, 650- rangefinders, 700- vertical collimators, 710- illuminating parts, 720- light absorbing parts.

Specific embodiment

Advantages of the present invention, feature and these method is completed by accompanying drawing and embodiment described later will be bright in detail Really.

But, the present invention is not limited to embodiment described herein, can be presented as other different forms.

On the contrary, make the present invention more complete in this embodiments of the disclosure, and those skilled in the art in the invention are carried For complete thought of the invention.

In the accompanying drawings, the thickness in layer and region is exaggerated to increase definition.

The term such as upper end, lower end, above, below or top, bottom is made for respectively constituting the relative position of factor .

For example, for convenience's sake, the upside of drawing is referred to as top, and the downside of drawing is referred to as bottom, in fact, neither taking off From claims of the present invention, top is properly termed as bottom, and bottom is properly termed as top.

In term used in this application simply to illustrate that specific embodiment and use, be not to limit this hair intentionally It is bright.

The expression of odd number in the case of context special instruction useless, comprising plural number expression.

In the application, the term of "comprising" or " having " etc. is used to refer to determine feature, numeral, the step recorded on specification Suddenly, action, constituent element, part or these combination presence, it should be appreciated that this be not in advance exclude one or one with On other features, or numeral, step, action, constituent element, part or these combination presence or additional possibility.

Without other definition when, comprising technology or scientific terminology, all terms as used herein be with belonging to the present invention The implication that the technical staff with usual knowledge is understood in technical field is identical.

With defined term identical term on usually used dictionary should be construed to in the context about technology The implication having is consistent, and in the case where the application is without especially defining, shall not be construed as the implication of preferable or exaggerated form.

Hereinafter, presently preferred embodiments of the present invention is described in detail with reference to accompanying drawing.

Fig. 1 is the overall structure oblique view of cutting angle analyzer according to an embodiment of the invention, and its display is relative to the The state that Unit one rotates to an angle second unit, Fig. 2 is the whole of cutting angle analyzer according to an embodiment of the invention Second unit is housed the state with first module integralization relative to first module for body structure oblique view, its display.

As shown in figure 1, can confirm that the present invention is to rotate second unit 200 relative to first module 100, and angle is surveyed It is the structure exported by the 3rd unit 300 to determine result.

First module 100 includes the first face 101 and second face 102 (referring to Fig. 4) parallel with the first face 101, and With certain length.

Second unit 200 is as shown in figure 1, be rotatably engaged the one end in the first module 100, and be housed in Between first face 101 and the second face 102, as shown in Fig. 2 one is formed with first module 100, to one end of first module 100 Portion's rotation forms angle after taking out.

3rd unit 300 is that possess in the side of first module 100, and is performed according to first module 100 and second unit 200 spinning movement calculation and the operation of output angle change.

Embodiment as described above is present invention can be suitably applied to, following various embodiments are also applicable to certainly.

First module 100 is rotation and the receiving space for equally providing second unit 200 as described above, and comprising-have The measure basis in the 1st, 2 faces 101,102；With along the 3rd face for connecting the first face 101 and the lateral edges of the second face 102 1 respectively 103 length direction depression, forms the accepting groove 120 that space houses second unit 200.

The one end of second unit described later 200 is revolvably incorporated into the one end of accepting groove 120.

Even if being rotated in accepting groove 120 here, can confirm that, as shown in Fig. 2 the outside of the second unit 200 being received A part as the 3rd face 103.

Now, first module 100 is cut in the 1st, 2 faces 101 also comprising the other end both sides for being formed in accepting groove 120, The 3rd face and adjacent the 4th face 104 are formed between 102 corner angle and the inclination face 130 that is formed.

That is, the other end of second unit 200 is that face 130 is accessible to be rotated inclining.

In particular, it can be seen that being rotated on the outside of the other end of second unit 200 being received and the in accepting groove 120 The shape that three faces 103 and the 4th face 104 are formed between the first face 101 and the second face 102 is, and the 1st, 2 faces 101,102 it Between the 5th face 105 (referring to Fig. 3) that faces of threeth face 103 adjacent with the 4th face 104 and the 4th face 104 meet the rib to be formed The periphery shape that angle is formed is identical.

In addition, the one end of the first module 100 combined with the one end rotation of second unit 200 is for the ease of action Formed preferably with circular shape.

On the other hand, second unit 200 as previously described, is rotated for determining cutting relative to first module 100 Angle, revolvably combine the measure piece 210 in the one end of first module 100 comprising-one end, and from the measure piece 210 The other end on the outside of corner angle extension, from it is described measure piece 210 above and below protrude respectively, by the first module 100 Fixed limited block 220 is caught on the outside of the other end.

In addition, keep sustained height preferably above limited block 220 and separately below with the first face 101 and the second face, with Just determine piece 210 and be housed in one body-sensing of formation of first module 100.

Therefore, determining piece 210 is taken out simultaneously from the 3rd face 103 for connecting the first face 101 and the lateral edges of the second face one respectively House.

More specifically, in first module 100 along connecting the 3rd of the first face 101 and the lateral edges of the second face 102 1 respectively The length direction depression in face 103, forms space and houses the accepting groove 120 for determining piece 210,

And, the medial surface contact of limited block 220 inclines face 130, and such as second unit 200 is formed with first module 100 Integrally, state as shown in Figure 2 is become.

On the other hand, the 3rd unit 300 as previously described, is performed for according to second unit 200 relative to first The operation such as the spinning movement output angle change of unit 100 and its measurement result, as shown in figure 3, can be included with sure its structure Test section 310, calculation unit 320 and output operating portion 330.

Test section 310 is that possess the position mutually rotated in first module 100 and second unit 200, is detection according to the Two units 200 are relative to the angle change that first module 100 is rotated.

Calculation unit 320 is electrically connected with test section 310, with the data comparative analysis angle being input into error range Change.

Output operating portion 330 is electrically connected with calculation unit 320, and the angle change that test section 310 is detected is by calculation unit The result of 320 treatment is exported in picture, can select to keep or 45/45 or 38/52 pattern.

Here, it can be seen that the structure of test section 310 comprising-in the second unit 200 rotated relative to first module 100 Rotary gemel portion 201 install permanent magnet 311；And fix peace in the first module 100 corresponding to rotary gemel portion 201 The magnetic sensor 312 of dress.

At this point it is possible to find out the structure of output operating portion 330 comprising-first face 101 of first module 100 load it is aobvious Show mode selecting button 332, zero point the adjustment button 333 and hold button 334 etc. of the side of panel 331 configuration.

Mode selecting button 332 is disposed on the side of display panel 331, can be selected with pressing operation or touch operation Pattern.

Zero point operation button 333 is disposed on the side of display panel 331, can be carried out with pressing operation or touch operation Zero point is adjusted.

Hold button 334 is disposed on the side of display panel 331, can keep determining with push-botton operation or touch operation Angle.

When therefore, by a mode selecting button 332,45/45 ° of mould that (a) picture of selection such as Fig. 5 shows can be changed Formula, then during by a mode selecting button 332,38/52 ° of pattern that (b) picture of selection such as Fig. 5 shows can be changed.

In other words, references angle, fixture angle and the cutter angle tried to achieve in calculation unit 320 are displayed in display panel 331。

For example, the angle that (a) picture of Fig. 5 is section bar inclined plane is 45/45 ° of situation, this 038 be references angle i.e. Angle between wall body, 64.1 and 41.9 is to represent fixture angle and cutter angle, and+mark represents that the angle of section bar inclined plane is 45/45°。

And, (b) picture of Fig. 5 is that the angle of section bar inclined plane is 38/52 ° of situation, this 038 be references angle i.e. Angle between wall body, 60.8 and 48.2 is to represent fixture angle and cutter angle, and * marks represent that the angle of section bar inclined plane is 38/52°。

That is, references angle be with 38 it is identical when, can be 45/45 ° and 38/52 ° with 2 kinds of patterns and represent fixture angle and cut Nose angle degree.

On the other hand, cutting angle analyzer according to an embodiment of the invention is as shown in Figure 4, it is also possible to which applicable embodiment is also It is included in the structure of the setting built-in level meter 400 of groove 106 of the depression of the second face 102.

That is, the present invention is in addition to determining cutting angle, in operation post or the table of the operation object for needing alignment level First module 100 is placed on face and can confirm that levelness with level meter 400.

And, the present invention can also be applicable embodiment and be also included in the side of first module 100 and be formed as shown in the figure, to the The action supply power supply and the structure of the power management port 500 charged of three units 300.

Here, power management port 500 is formed with the form of USB port, charged using USB cable, or can also The deformation and application made using the port form being connected with the adapter for being connected to general power outlet.

In addition, the present invention can also be applicable embodiment also being shone comprising the laser contained in the side formation of first module 100 Emitter 600, and using the laser with the action irradiation of the 3rd unit linkwork, the distance of the near measuring object of energy is to Unit the 3rd The structure of the rangefinder 650 (referring to Fig. 3) of 300 outputs.

Therefore, user repeatedly presses or touches the mode selecting button 332 of output operating portion 330, is altered to distance and surveys The distance of laser irradiation device 600, the near measuring object of energy is driven correctly to export in display panel 331 after mould-fixed.

On the other hand, the present invention include-can also be combined using embodiment with rotary gemel portion 201, and be combined second The one end of unit 200 be recessed to be formed installation groove 202 installation sheet 230；From the other end side corner angle for determining piece 210 Extension, the other end for the measure piece 210 formed with transparent material, is protruded respectively from above and below, and triangle is formed with transparent material The limited block 220 of post shapes prism；And using the vertical collimator 700. of limited block 220

That is, vertical collimator 700 is that limited block 220 is irradiated by installation sheet 230 as prism and laser is received, single by the 3rd Unit can confirm that perpendicularity, and reference picture 5 and Fig. 6 can be seen that its structure includes illuminating part 710 and light absorbing part 720.

Used as reference, in Fig. 5 and Fig. 6, the part represented with double dot dash line and the direction of arrow show laser movement respectively Path,

Limited block 220 is that square is done into bisection with diagonal in order to correctly determine perpendicularity to form equilateral triangle The post of shape, that is, form equilateral triangle post shapes preferable.

Illuminating part 710 is arranged on installation sheet 230, as shown in figure 5, to the inclination surface irradiation laser of limited block 220, Er Qieshou Light portion 720 is arranged on installation sheet 230, as shown in fig. 6, receiving what is returned by inclined plane and measuring object from illuminating part 710 Laser.

Therefore, worker repeatedly presses or touch mode select button 332 is altered to perpendicularity mode determination, and drives hair Light portion 710 and light absorbing part 720, by the angle of measure by the display panel that is electrically connected with illuminating part 710 and light absorbing part 720 331 to export perpendicularity.

As set forth above, it is possible to find out that basic fundamental thought of the invention is to provide one kind and is not only and can determine accurately at high speed In two cutting angles of the section bar that meets of the boundary part of adjacent wall body two, and horizontal and vertical degree and range determination can be realized Etc. the cutting angle analyzer of various functions.

And, in the case where basic fundamental thought range of the present invention is not departed from, it is all in the art have generally know The technical staff of knowledge can implement other various deformations and application.

Claims (7)

1. a kind of cutting angle analyzer, it is characterised in that the cutting angle analyzer is included：

First module, containing the first face and second face parallel with first face, and with certain length；

Second unit, can rotatably combine the one end in the first module, and be housed in first face and described Between second face, one is formed with the first module, to forming angle after the one end rotation taking-up of the first module；With And

Unit the 3rd, possesses in the side of first module, and the spinning movement according to the first module and the second unit is drilled Calculate and output angle change,

The cutting angle analyzer is also included：

The rotary gemel portion that rotation combination has in the one end of the second unit of the first module；

Combined with the rotary gemel portion, and the installation for installing groove to be formed that is recessed with reference to the one end in the second unit Piece；And

From the other end side corner angle extension of the second unit, the other end of the second unit formed with transparent material Portion, is protruded respectively from above and below, and the limited block of triangle post shapes prism is formed with transparent material,

The cutting angle analyzer is also included：

The limited block is irradiated by the installation sheet as prism and laser is received, be can confirm that vertically by Unit the 3rd The vertical collimator of degree；And

Containing the laser irradiation device formed in the side of the first module, and irradiated using being acted with the 3rd unit linkwork Laser, can near measuring object the rangefinder that is exported to Unit the 3rd of distance.

2. cutting angle analyzer according to claim 1, it is characterised in that the first module is included：

Measure basis with first and second face；And

Length direction along the 3rd face for connecting first face and the lateral edges of the second face one respectively is recessed, and forms space The accepting groove of the second unit is housed,

Wherein, the one end of the second unit is revolvably incorporated into the one end of the accepting groove.

3. cutting angle analyzer according to claim 1, it is characterised in that the one end with the second unit rotates knot The one end of the first module closed is formed with circular shape.

4. cutting angle analyzer according to claim 1, it is characterised in that the second unit is included：

One end is revolvably with reference to the measure piece of the first module one end；And

Corner angle extension from the outside of the other end of the measure piece, protrudes respectively from the above and below of the measure piece, described Fixed limited block is caught on the outside of the other end of first module,

Wherein, the measure piece is taken out and receives from the 3rd face for connecting first face and the lateral edges of the second face one respectively Hold.

5. cutting angle analyzer according to claim 1, it is characterised in that be also included in the setting of the second face depression The level meter that groove is installed.

6. cutting angle analyzer according to claim 1, it is characterised in that be also included in the side shape of the first module Into to the action supply power supply of Unit the 3rd and the power management port charged.

7. cutting angle analyzer according to claim 1, it is characterised in that the vertical collimator is included：

Illuminating part, installed in the installation sheet, to the inclination surface irradiation laser of limited block；And

Light absorbing part, installed in the installation sheet, what reception was returned from the illuminating part by the inclined plane and measuring object Laser,

Wherein, the angle of measure is exported by the display panel being electrically connected with the illuminating part and the light absorbing part.