JP2006112854A - Machine for mounting measure tape - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To facilitate the work of aligning the position of the leader of a measure tape to the position of a start point of a distance to be surveyed in a measure tape mounting machine, having a horizontal position adjusting part, vertical directions, forward and backward position adjusting part, and a vertical position adjusting part for survey, using the measure tape. <P>SOLUTION: Two first and second rod-like members each connecting the upward, downward, forward, and backward position adjustment part to the vertical position adjustment part and the upward, downward, forward, and backward position adjustment part to the horizontal position adjustment part are connected to each other via a moving frame body, by passing the rod-like members through the moving frame body in such a way as to be slid through the moving frame body common to both rod-like members and be each fixed at the desired positions. Furthermore, the two rod-like members are provided adjustably, in such a way that the angles between the two rod-like members can be changed. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention makes it possible for one person to accurately and easily perform surveying with a measuring tape such as distance measurement for boundary survey, distance measurement for center pile measurement, distance measurement for flat plate measurement, or distance measurement for overhanging at a construction site. It relates to a measure tape mounting machine that makes it possible.

  Conventionally, when measuring a relatively short distance with a measuring tape, such as a distance measuring for a boundary survey, a distance measuring for a center pile measuring, a distance measuring for a flat plate or an overhanging distance measuring at a construction site, this measuring tape It is necessary to have two workers: the starting point of the distance to be surveyed, that is, the person who holds it according to the reference point, and the person who reads the distance from the starting point to the end point on the measuring tape. The present inventor previously proposed a measure tape attaching machine that enables such surveying to be performed by one person (see Patent Document 1).

  As shown in the side view of FIG. 5, the measure tape attaching machine which has already been proposed as a whole has a support weight section 10 for supporting the measure tape attaching machine M itself and stabilizing its posture, The measuring tape t includes a fixing frame 51 having a U-shaped cross section for fixing the tape, a measuring tape fastening plate 56 for pressing the measuring tape against the fixing frame 51, and a measuring tape fastening screw 55. The lower end portion slides and rotates with respect to the support member 21 or the mounting member 23 by the measuring tape fixing portion 50 for fixing the starting end p to the measuring tape attaching machine M and the mounting member 23 with or without the supporting member 21 interposed therebetween. A vertical bar 22 that is supported so that the lower end is mounted on the support weight 10 and the lower end of the vertical bar 22 is supported by the support member 21. Includes a supporting member fixing tool 25 or a mounting member fixing tool 26 for fixing to the mounting member 23 respectively, and a horizontal position adjusting unit 20 for adjusting the position of the starting end p of the measuring tape t in the horizontal direction, and the vertical bar 22. And the horizontal bar 32, and the vertical bar fixtures (25, 26) and the horizontal bar fixture 33 for fixing the vertical bar 22 and the horizontal bar 32 to the movable frame 31, respectively. It is connected to the vertical / perspective position adjusting unit 30 for adjusting the position of the starting end p of the measuring tape t in the vertical and perspective directions, and to the vertical hanging rod 44 on the bottom surface and to the horizontal bar 32 on the side surface. A sphere 41, a vertical adjustment frame 42 in which the sphere 41 is rotatably fitted, and a vertical adjustment frame for fixing the rotation position of the vertical adjustment frame 42 relative to the sphere 41 with respect to the sphere 41. A fixing tool 43, a rotating mandrel 52 coupled to the fixing frame 51 in the measuring tape fixing unit 50, and a lower end portion of the drooping shaft 44 are slidably and upwardly received. An intermediate frame 45 that rotatably receives the rotating mandrel large-diameter portion 53 formed at the upper end, and the drooping shaft 44 are prevented from sliding and rotating, and the position of the drooping shaft 44 with respect to the intermediate frame 45 is fixed. And a vertical position adjustment unit 40 for adjusting the position of the start end p in the vertical direction immediately above the start point P of the distance to be measured, and the vertical / perspective view In the moving frame 31 in the position adjusting unit 30, the vertical bar 22 and the vertical / perspective position adjusting unit 30 that connect the vertical / perspective position adjusting unit 30 and the horizontal position adjusting unit 20 to each other. The horizontal bars 32 that connect the vertical position adjusting unit 40 to each other are integrally held so as to penetrate each other in a crossed manner so as to be able to move and be fixed separately. A vertical bar fixture (not shown) and a horizontal bar fixture 33 are provided for fixing the bar 22 and the horizontal bar 32, respectively.

  In surveying using such a measure tape attaching machine M, as shown in FIG. 5, an arbitrary interval from the position of the starting point P is provided, and the inclined ground 1 having a difference between the height of the starting point P and the height is measured. When the supporting weight part 10 is placed at an arbitrary place Q, the horizontal position adjusting part 20 slides the vertical bar 22 to align the position of the starting end p of the measuring tape t with the position immediately above the starting point P. The support bar 21 or the mounting member 23 that is rotatably supported to loosen the support member fixing tool 25 or the mounting member fixing tool 26 provided to fix the vertical bar 22 respectively, and the vertical bar 22 can be rotated freely. In this state, the vertical bar fixtures (25, 26) and the horizontal bar fixture 33 are loosened so that the vertical bar 22 and the horizontal bar 32 can be moved up and down and far from the moving frame 31, respectively. Adjustment frame fixed 43 is loosened to allow the vertical adjustment frame 42 to rotate freely with respect to the sphere 41, and the position of the starting end p of the measuring tape t is aligned so that the position of the central axis of the pendulum 44 is directly above the starting point P. After that, by tightening the support member fixing tool 25 or the mounting member fixing tool 26, the vertical bar fixing tools (25, 26), the horizontal bar fixing tool 33, and the adjustment frame fixing tool 43, the vertical bar 22 is moved in the vertical direction. The position of the central axis of the vertical bar 22, the positions of the vertical bar 22 and the horizontal bar 32 with respect to the moving frame 31, and the rotation position of the vertical adjustment frame 42 with respect to the sphere 41 can be specified.

  By using such a measure, if the measure tape attaching machine M is used, even one person can accurately and easily perform surveying.

Further, the applicant has already proposed a measure tape attaching machine improved for the supporting weight portion 10 in such a measure tape attaching machine (see Patent Document 2), and this measure tape attaching machine is also improved. The configuration and operation other than the support weight portion 10 is the same as that of the major tape attaching machine described above.
JP-A-2004-3956 Japanese Patent Application No. 2003-343034

  By using these previously proposed measure tape attaching machines, even one person can accurately and easily perform surveying by the above-described operation. However, in the vertical / perspective position adjustment unit 30 described above, The bar 22 and the horizontal bar 32 are always held in the movable frame 31 in such a manner that they cross each other in a cross shape, that is, while maintaining a constant angle of approximately 90 ° between these bar members. Therefore, when the position of the starting end p of the measuring tape is adjusted to a position immediately above the starting point P by the operation as described above, the vertical bar fixing tool (25, 26) and the horizontal bar in the vertical / perspective position adjusting unit 30 The measuring range of the vertical bar 22 and the horizontal bar 32 obtained by loosening the fixing tool 33 is narrowed. Therefore, the measuring tape attaching machine including the vertical / perspective position adjusting unit 30 is included. In order to adjust the position of the starting end p of the measuring tape to the position immediately above the starting point P, the operation requires the operation of both the vertical / perspective position adjusting unit 30 and the vertical position adjusting unit 40, and thus the operation is difficult. was there.

  The present invention has been invented as an object to solve such a problem, and this problem is that the vertical bar and the horizontal bar as described above are respectively provided in the moving frame as described above common to these bar members. The vertical bar 22 and the horizontal bar 32 are coupled to each other through the moving frame by passing through the moving frame so as to be slidable and fixable at arbitrary positions. The problem could be solved by providing these vertical bars and horizontal bars so that the angle between the two bar members could be changed.

Therefore, the present invention
By aligning the starting position of the measuring tape used for surveying with the position immediately above the starting point of the distance to be measured, and reading the distance from the starting point to the ending point of the distance to be measured on the scale of the measuring tape A measure tape attaching machine used for measuring the distance to be measured, wherein the measure tape attaching machine supports the measure tape attaching machine itself and stabilizes its posture, and the measure A horizontal position adjusting unit that adjusts the starting end position of the tape in the horizontal direction, an up / down / front / rear position adjusting unit that adjusts the starting end position of the measuring tape in the up / down / front / rear direction, and a starting position of the measuring tape in the vertical direction. A vertical position adjustment unit and a measuring tape fixing unit that fixes the starting end of the measuring tape to the measuring tape mounting machine. And the vertical / front / rear position adjustment unit, the horizontal position adjustment unit, and the vertical / front / rear position adjustment unit and the vertical position adjustment unit are connected to each other by first and second rod-shaped members, respectively. In the up / down / front / rear position adjusting section, the two rod-like members are slidable on the movable frame common to the rod-like members, and are fixed at arbitrary positions with respect to the movable frame. The two rod-shaped members are coupled to each other via the movable frame body by being penetrated so that the two rod-shaped members can be adjusted so that the angle between the two rod-shaped members can be changed. It is provided, It is related with the said major tape mounting machine characterized by the above-mentioned.

  In the present invention, as described above, these rod-shaped members are respectively provided on the common moving frame so that the angle between the first rod-shaped member and the second rod-shaped member can be changed. However, such a feature is, for example, the first moving frame body through which the first rod-like member is slidable and can be fixed at an arbitrary position. A frame portion and a second frame portion through which the second rod-like member is slidably and fixedly fixed at an arbitrary position; and A male disk-shaped convex part formed on one side surface of the first and second frame parts, and a female disk formed on the side surface of the other frame part of these frame parts The male disk-shaped member and the female-shaped disk disk-shaped recess. It can obtain by making it adjustable at the predetermined rotation position so that the angle between the two rod-shaped members can be changed, and the present invention that requires such a configuration. A preferred embodiment is described in claim 2.

  According to the present invention specified by claim 1, in the up / down / front / rear position adjusting section, the two rod-like members are slidable by a moving frame common to these rod-like members, and the movement In addition to being fixedly penetrating each frame at an arbitrary position, the two rod-like members are provided so as to be adjustable so that the angle between them can be changed. As a result of being able to freely adjust the angle between these two rod-shaped members, the position adjustment operation for adjusting the starting end position of the measuring tape to the position immediately above the starting point of the distance to be surveyed is the measure according to the prior invention. The effect that it becomes easy compared with a tape mounting machine is acquired.

  Hereinafter, the best mode of the present invention will be described, but the present invention is of course not limited to these modes. In the drawings, the same reference numerals as those indicating the same configuration indicate the same configuration, and thus the description thereof may be omitted.

  FIG. 1 is a side view showing an example of a major tape attaching machine according to the present invention as a whole. In the major tape attaching machine M ′ shown in FIG. The operation of the major tape mounting machine described in Patent Document 1 including the major tape mounting machine M described with reference to FIG. 5 and the up / down / perspective of the major tape mounting machine shown in Patent Document 2 are as follows. Since it is the same as the configuration and operation of the portion other than the position adjustment unit, the configuration and operation of the portion other than the vertical / front / rear position adjustment unit will be briefly described below.

  In FIG. 1, a measure tape attaching machine M ′ includes a base 10 for supporting the attaching machine itself and stabilizing its posture, and a horizontal position adjusting unit for adjusting the position of the starting end p of the measure tape t in the horizontal direction. 20, a vertical / front / rear position adjustment unit 30 that adjusts the position of the start end p of the measure tape t in the up / down / front / rear direction, and a vertical position adjustment unit 40 that adjusts the position of the start end p of the measure tape t in the vertical direction. , And a measure tape fixing part 50 for fixing the starting end p of the measure tape t to a measure tape attaching machine.

  FIG. 2 is an enlarged perspective view showing the moving frame body 31 and its peripheral part in the up / down / front / rear position adjusting unit 30, and in FIG. 2, two parts constituting the moving frame body 31, That is, the first frame body portion 31a and the second frame body portion 31b are drawn in a state where they are not engaged with each other.

  The first frame member 31a is slidably penetrated by a rectangular tube-shaped first rod-shaped member 22 that connects the vertical / front / rear position adjustment unit 30 and the horizontal position adjustment unit 20, and this sliding is fixed. Sliding is stopped by a screw 34 as a tool, and the first rod-like member 22 is fixed to the first frame portion 31a at a desired arbitrary position.

  On the other hand, the second frame portion 31b that is integrally coupled to the first frame portion 31a has a square rod-like second rod shape that connects the vertical / front / rear position adjustment unit 30 and the vertical position adjustment unit 40. The member 32 is slidably penetrated, and the sliding is stopped by a screw 33 as a fixing tool, and the second rod-shaped member 32 is in any desired position with respect to the second frame portion 31b. Fixed.

  A male disk-shaped convex portion 35 is formed on the side surface of the second frame body portion 31b, and this disk-shaped convex portion 35 is a female mold formed on the side surface of the first frame body portion 31a. The disc-shaped concave portion 36 is fitted into the disc-shaped concave portion 36 in the direction of arrow R in the figure so as to be rotatable, and this rotation is stopped by a screw 37 as a fixture. Thus, the disk-shaped convex portion 35 is fixed (fixed) to the disk-shaped concave portion 36 at a desired arbitrary rotation position.

In order to stop the rotation of the disk-shaped convex portion 35 with respect to the disk-shaped concave portion 36 by the screw 37 as described above, for example, a circular shape effective for receiving the tip end portion of the screw 37 and strengthening the fixing. May be provided in an appropriate number in the circumferential direction of the surface of the disk-shaped convex portion 35, and such depressions are not only fixed to the disk-shaped concave portion 36 of the disk-shaped convex portion 35, It can also be used for fixing in the horizontal position adjusting unit 20, the vertical position adjusting unit 40, the measuring tape fixing unit 50 and the like in which screws as fixing tools are used.

  In the moving frame 31 described with reference to FIG. 2, a female disk-shaped recess 36 is formed on the side surface of the first frame portion 31a through which the first rod-shaped member 22 passes, and A male disk-shaped convex portion 35 is formed on the side surface of the second frame portion 31b through which the second rod-shaped member 32 penetrates. The disk-shaped convex portion 35 and the female disk-shaped concave portion are formed. In contrast to these frame portions 36, the male disk-shaped convex portion 35 is formed in the first frame portion 31a, and the female disk-shaped concave portion 36 is formed in the second frame portion 31b. You may let them.

  Regardless of whether the male disk-shaped convex part 35 and the female disk-shaped concave part 36 are formed on the first frame part 31a or the second frame part 31b, respectively, Since the member 22 and the second rod-shaped member 32 are fitted to each other so as to be rotatable between them, the rotation position of the second rod-shaped member 32 with respect to the first rod-shaped member 22. That is, the angle can be arbitrarily changed over a wide range.

  The measure tape attaching machine having the vertical / front / rear position adjusting unit 30 configured as described above is described in claim 2 as described above.

  1 includes a fixed frame 51 having a U-shaped cross section for fixing the measure tape, and a measure tape fastening plate for pressing the measure tape against the fixed frame 51. A major tape attaching machine including a particular major tape fixing portion 50 as a requirement, including a major tape fastening screw 55 and a major tape fastening screw 55 is described in claim 3.

  In the vertical position adjustment unit 40 shown in FIG. 1, a sphere 41 that is coupled to the vertical hanging shaft 44 on the bottom surface and is coupled to one end of the second rod-shaped member 32 on the side surface, and the sphere 41 includes A vertical adjustment frame 42 that is rotatably fitted, a vertical adjustment frame fixing tool 43 for fixing the rotation position of the vertical adjustment frame 42 with respect to the sphere 41, and the fixing frame in the measure tape fixing portion 50. The rotating mandrel 52 coupled to the body 51 and the lower end of the drooping shaft 44 are slidably and rotatably received upward, and the rotating mandrel large diameter portion 53 formed at the upper end of the rotating mandrel 52 is moved downward. And an intermediate frame body 45 that is rotatably received by the apparatus, and a drooping fixture 46 for stopping the sliding and rotation of the drooping shaft 44 and fixing the position of the drooping shaft 44 with respect to the intermediate frame 45. And Measuring tape attacher which the vertical position adjusting section 40 which has been identified and requirements as is described in claim 4.

  On the surface of the sphere 41, a recess 41a as shown in FIG. 2 may be formed so that the vertical adjustment frame 42 is firmly fixed by a screw 43 as a fixture.

In the horizontal position adjusting unit 20 shown in FIG. 1, a rod-shaped member mounting member 23 that receives the lower end portion of the first rod-shaped member 22 and supports it in a slidable and rotatable manner, and the rod-shaped member 22. A screw 26 is provided as a mounting member fixing tool for stopping sliding and rotation and fixing the position of the first rod-shaped member 22 with respect to the mounting member 23 with respect to the mounting member 23. The major tape attaching machine which requires the horizontal position adjusting unit 20 specified in the above is described in claim 5 .

  Between the lower end portion of the second rod-shaped member 22 and the rod-shaped member mounting member 23, there is a rod-shaped member support member 21 that receives the lower end portion and supports it so as to be slidable and rotatable. Well, when the rod-shaped member support member 21 is interposed as described above, the support member 21 is fixed to the rod-shaped member mounting member 23, and the screw 26 is omitted. A screw 25 is provided as a support member fixing tool for stopping the sliding and rotation of the first rod-shaped member 22 and fixing the position of the rod-shaped member 22 with respect to the support member 21. A major tape attaching machine which requires the horizontal position adjusting unit 20 specified as described above is described in claim 6.

  The horizontal position adjusting unit 20 may be configured as shown in the side view of FIG. 3, and the horizontal position adjusting unit 70 shown in FIG. 3 is coupled to the lower end of the second rod-shaped member 22. The sphere 71 is rotatably supported by the mounting member 23 in the recess 71a of the rod-shaped member mounting member 23, and the recess 71b is provided in the sphere 71a which is the vertical bar support member 71. The screw 72 is fixed so that it does not fall off the head 23. In addition, the spherical body 71 has a lid 77 placed on the spherical body 71 fixed to the mounting member 23 with a screw 75.

  Thus, the rod-like member mounting member 23 holding the sphere 71 in the recess 71a is fixed to the side surface of the base 10 by screws 74, and the rotation of the sphere 71 with respect to the recess 71a is a screw as a sphere fixture. By being stopped at 72, the mounting portion at the lower end of the first rod-shaped member 22 is made.

  The above-described structure in which the lower end of the first rod-shaped member 22 is supported by the sphere 71 is mounted on the upper surface of the base 10 together with the rod-shaped member mounting member 23 as shown in the side view of FIG. It may be shaped. In FIG. 4, the sphere 71 coupled to the lower end of the first rod-shaped member 22 is placed on the upper surface of the base 10 together with the rod-shaped member mounting member 23, and the mounting member 23 is based on screws (not shown). As in the case described above, the rotation of the sphere 71 with respect to the recess 71a is stopped by a screw (not shown) as a sphere fixing tool, and the lid 77 is placed on the sphere 71. Is fixed to the mounting member 23 by screws 75.

  Thus, a measure tape attaching machine which requires the horizontal position adjusting unit 20 having a structure in which the lower end of the first rod-like member 22 is supported by the sphere 71 is described in claim 7.

  In addition, what is indicated by reference numerals 2 and 3 in FIG. 1 are piles provided at the start point P and the end point P ′ of the distance to be measured, respectively. Threads 60 hanging from the position of p and the position of the scale read on the measuring tape are respectively drawn. From the tips of these threads 60, the position of the starting end p and the position of the scale to be read are described above. The hanging balls 61 are respectively hung down to match the starting point and the ending point.

  For example, as shown in FIG. 1 or FIG. 3, the base 10 is coupled to the first rod-shaped member mounting member 23 in the horizontal position adjusting unit 20 on the side surface, and the measure is passed through the mounting member 23. A major tape attaching machine comprising a heavy object 11 that stably supports the entire tape attaching machine and including a base having such a configuration as a requirement is described in claim 8.

  For example, as shown in FIG. 4, the base 10 receives the weight of the bar-shaped member mounting member 23 in the horizontal position adjusting unit 20 on the upper surface, and the entire measuring tape mounting machine through the mounting member 23. A measure tape attaching machine comprising a heavy object 11 that stably supports the base and having a base with such a configuration as a requirement is described in claim 9.

  The base 10 may further include a handle 12 that facilitates carrying of the base 10 as shown in FIGS. 1, 3 and 4, for example. 4, the installation height of the base 10 is increased, and a tripod attachment mechanism such as a screw hole 10a for attaching the tripod 14 that stably supports the base 10 to the base 10 is provided. A major tape attaching machine including a base having these characteristics as a requirement is described in claim 10.

  Various modifications apparent to those skilled in the art can be made to each of the above members without departing from the spirit of the present invention. For example, the spheres 41 and 71 are solid and hollow. Moreover, the cross section of the rod-shaped member may have an appropriate shape other than a square.

  In measuring the distance between the starting point P of the distance to be measured and the end point P ′ thereof, as shown in FIG. 1, using the measuring tape attaching machine as shown in FIG. 1 to FIG. The base 10 is placed at an arbitrary place Q on the inclined ground 1 having a difference between the height and the height of the starting point P at an arbitrary interval from the position of the starting point P, and the starting end p of the measuring tape t Is adjusted to a position immediately above the starting point P, the mounting member fixture 26 or the support member fixture 25 in the horizontal position adjustment unit 20 is loosened to make the first rod-like member 22 rotatable, and the fixture 33, 34 and 37 are loosened so that the first rod-like member 22, the second rod-like member 32 and the male convex portion 35 are slidable and rotatable, respectively, and the adjustment frame fixture 43 is loosened. Vertical adjustment frame 4 for the sphere 41 The position of the starting point p of the measuring tape t is measured at the starting point P of the distance to be measured by the hanging ball 61 so that the position of the central axis of the hanging rod 44 is located immediately above the starting point P. After adjusting the pile 2 indicating the position, the support member fixture 25 or the support member fixture 26, the fixtures 33, 34, and 37 and the adjustment frame fixture 43 are tightened to move the first rod-like member 22 up and down. The position of the central axis of the rod-shaped member 22 with respect to the direction, the positions of the second rod-shaped member 32 and the first rod-shaped member 22 with respect to the moving frame 31, and the rotational position of the vertical adjustment frame 42 with respect to the sphere 41 are specified.

  Note that in the measure tape attaching machine of the present invention, the configuration and operation of the parts other than the vertical / front / rear position adjusting unit 30 that are characteristic of the attacher are the same as the measure tape attaching machine shown in the above-mentioned Patent Documents 1 and 2. In the surveying using the measure tape attaching machine M ′ according to the present invention, the measure tape attachment shown in the above-mentioned Patent Documents 1 and 2 is the same as the configuration and operation of the parts other than the vertical / perspective position adjustment unit 30 in FIG. A position adjustment operation similar to that performed in surveying using a machine is employed, and a similar configuration and operation according to the major tape mounting machine shown in Patent Documents 1 and 2 and a position adjustment operation are described in this specification. It is assumed that it is disclosed.

  In such a position adjustment operation, the angle between the first rod-shaped member 22 and the second rod-shaped member 32 can be appropriately changed freely in the up / down / front / rear adjustment section 30. There is an advantage that it becomes easier compared to the conventional major tape mounting machines.

  The above-described measure tape attaching machine according to the present invention has the above-described excellent effects due to the above-described features. Therefore, the distance measurement for boundary surveying, the distance measurement for center pile measurement, the distance measurement for flat plate surveying, or the construction site It can be used advantageously in various civil engineering and construction surveying where surveying by measuring tape such as overhang ranging is used.

It is a side view which shows an example of the measure tape attaching machine by this invention as a whole. It is a perspective view which expands and shows the up-down and front-back position adjustment part in the measure tape mounting machine by this invention. It is a side view which expands and shows the mounting part in the horizontal position adjustment part of the measure tape mounting machine by this invention. It is a side view which shows another mounting part in the horizontal position adjustment part of the measure tape mounting machine by this invention with a tripod. It is a side view which shows an example of the major tape mounting machine by a prior art as a whole.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Topography 2,3 Pile 10 Supporting weight part or base 10a Screw hole 11 Heavy object 12 Handle 14 Tripod 20 Horizontal position adjustment part 21 Bar-shaped member support member 22 Vertical bar or first bar-shaped member 23. .... Vertical bar mounting member or first bar-shaped member mounting member 25 Support member fixing tool 26 Mounting member fixing tool 30 Vertical / perspective position adjusting unit or vertical / front / rear position adjusting unit 31 Moving frame or moving frame body 31a First frame part 31b Second frame part 32 Horizontal bar or second bar-shaped member 33 Horizontal bar fixing tool 34, 37 ... ... Fixing tool 35 Male disk-shaped convex part 36 Female disk-shaped recess 38, 41a... Depression 40 vertical position adjustment unit 41, 71 sphere 42 vertical adjustment frame 43 vertical adjustment frame fixture 44 droop 45 intermediate frame or intermediate frame 46 Drooping fixture 50 Major Tape fixing portion 51 Measure tape fixing frame or measure tape fixing frame 52 Rotating mandrel 53 Rotating mandrel diameter large portion 55 Measure tape tightening screw 56 Measure tape tightening plate 60 Thread 61 Hanging ball 71 Vertical rod support member 71a Spherical body 71b Recessed portion (Spherical surface)
75 Screw 77 Lid M, M 'Measure tape mounting machine t Measure tape P Starting point of the distance to be measured P' End point of the distance to be measured p Starting point of the measuring tape Q Place of base or supporting weight part

Claims (10)

  By aligning the starting position of the measuring tape used for surveying with the position immediately above the starting point of the distance to be measured, and reading the distance from the starting point to the ending point of the distance to be measured on the scale of the measuring tape A measure tape attaching machine used for measuring the distance to be measured, wherein the measure tape attaching machine supports the measure tape attaching machine itself and stabilizes its posture; and the measure A horizontal position adjusting unit that adjusts the starting end position of the tape in the horizontal direction, an up / down / front / rear position adjusting unit that adjusts the starting end position of the measuring tape in the up / down / front / rear direction, and a starting position of the measuring tape in the vertical direction. A vertical position adjustment unit and a measuring tape fixing unit that fixes the starting end of the measuring tape to the measuring tape mounting machine. And the vertical / front / rear position adjustment unit, the horizontal position adjustment unit, and the vertical / front / rear position adjustment unit and the vertical position adjustment unit are connected to each other by first and second rod-shaped members, respectively. In the up / down / front / rear position adjusting section, the two rod-shaped members are slidable on the movable frame common to the rod-shaped members, and are fixed at arbitrary positions with respect to the movable frame. The two bar-shaped members are coupled to each other via the movable frame body by being penetrated so that the angle between the two bar-shaped members can be changed. The measure tape attaching machine, wherein the measure tape attaching machine is provided.   The movable frame body allows the first rod-like member to slide and allows the second rod-like member to slide and the first frame body portion penetrating through the first rod-like member so as to be fixed at an arbitrary position. And a second frame portion that is fixedly penetrated at an arbitrary position, and is formed on one side surface of the first and second frame portions. A convex part is rotatably fitted to a female disk-shaped concave part formed on the side surface of one of these frame parts, and the male disk-shaped member is the female part. The measure according to claim 1, wherein the angle between the two rod-shaped members can be adjusted by being fixed at a predetermined rotational position with respect to the disk-shaped concave portion of the mold member. Tape mounting machine.   The measure tape fixing part includes a fixed frame for fixing the measure tape to the measure tape attaching machine, a measure tape fastening plate and a measure tape fastening screw for pressing the measure tape against the fixed frame. The measure tape attaching machine according to claim 1 or 2.   A sphere that is coupled to the vertical pendulum on the bottom surface and is coupled to the second rod-shaped member on the side surface, a vertical adjustment frame that is rotatably fitted to the sphere, and the perpendicular to the sphere A vertical adjustment frame fixing tool for fixing the rotation position of the adjustment frame, a rotating mandrel coupled to the fixing frame in the fixing portion, and a lower end portion of the drooping member being slidable and rotatable upward. An intermediate frame that receives and accepts a large diameter portion of the rotating mandrel formed at the upper end of the rotating mandrel so as to be able to rotate downward, and the drooping against the intermediate frame by stopping sliding and rotation of the drooping The measuring tape attachment according to any one of claims 1 to 3, wherein the vertical position adjusting portion including a drooping fixture for fixing the position of the measuring tape is provided immediately above the starting position of the measuring tape. Machine.   The horizontal position adjusting portion receives the lower end portion of the first rod-shaped member and supports the rod-shaped member mounting member so as to be slidable / rotatable. The measure tape attaching machine according to any one of claims 1 to 4, comprising a rod-shaped member fixing tool for fixing the position of the rod-shaped member with respect to the head.   In the horizontal position adjusting portion, the first rod-shaped member is mounted on the rod-shaped member mounting member via a rod-shaped member support member that receives the lower end portion of the first rod-shaped member and supports the lower end portion so as to be slidable and rotatable. 6. A measuring tape mounting machine according to claim 5, further comprising a support member fixture for fixing the position of the rod-shaped member with respect to the support member by stopping sliding and rotation of the rod-shaped member. .   A frame that receives the sphere, a sphere that is rotatably fitted in the frame, and a sphere fixture that stops the rotation and fixes the position of the sphere relative to the frame. The measure tape attaching machine according to any one of claims 1 to 4, wherein a lower end of the first bar-like member is coupled to the sphere.   The base is made of a heavy load that is coupled to the mounting member or the frame body in the horizontal position adjusting portion on the side surface and supports the entire measuring tape mounting machine via the mounting member or the frame body. The major tape mounting machine described in any one of 1 to 7.   The base is made of a heavy load that receives the weight of the mounting member or the frame body in the horizontal position adjustment unit on the upper surface and supports the entire measuring tape attaching machine via the mounting member or the frame body. The major tape mounting machine described in any one of 1 to 7. A handle that is convenient for carrying the base, or a tripod attachment mechanism for attaching a tripod that stably supports the base by increasing the installation height of the base from the ground is provided on the base. The measure tape attaching machine according to claim 8 or 9.