JPS5964420A - Conveying apparatus for long bar member - Google Patents

Abstract

PURPOSE:To assuredly clamp both end portions of a spacer regardless of deformation by adjusting the height of a clamp mechanism in a conveying apparatus in which a long bar material square in section is placed on the spacer and both ends of the spacer are clamped to convey the material. CONSTITUTION:When an elevating frame 1 is located at a high position, a stopper 7 of a slide table 4 is brought into contact with a projection 8 of the elevating frame 1 to restrain the falling of a clamp mechanism 2. When the elevating frame 1 descends and a positioning rod 15 is brought into contact with a spacer B, the projection 8 is separated from the stopper 7 as the elevating frame 1 descends. The elevating frame 1 is stopper at a suitable separated distance (h) to clamp the spacer B with a clamp mechanism 2. At this time, the height (h) is set to be larger than the height between both ends of the spacer B so that both end portions of the spacer B can be reliably clamped regardless of a warp of the spacer B.

Description

[Detailed description of the invention]

In the present invention, a plurality of long frame-like members having a cross-sectional angle HH+) or tr are mounted on one surface of a spacer in which a plurality of spacers are arranged in a row in a direction perpendicular to the spacer. :Cf, shi, this plural long rod-shaped: '1154'tfP+'+il J diagonal number of spacers'- in the state in which SIν is applied to the device to be transported together with the 5th base→)' 1. Generally speaking, this kind of long rod-shaped material;
) 1 flat bar-shaped spacer - Then, place several rod-shaped spacers in the old angular force direction side by side, and place this in parallel with multiple spacers 1 to 1 in 7 squares on a pallet. ``-2'' stacked in multiple tiers, or lifted from the pallet.

[In order to carry up and down this j4 case with the long rod-shaped part () placed on the XIC on multiple spacers,
On the 1'4 frame of the crane, both M of each spacer are marked.
lllf :'I can be thought of as constructing a rocky structure that clamps each space →)'' and transporting the enemy by simultaneously clamping both f, :A1 parts at the same time. However, this transportation In order to clamp both ends of each spacer at the same time, set the height position of both ends of each clamping machine (1M and each spacer) to each clamp point C and...
11. However, the spacer is deformed up and down in the h' direction by the elongated frame placed on the surface of the spacer (4. Since there is necessarily a difference in height between the phases 111 of t% at each end at JI':j, t1:
If H', +i is large, -7', H' of both ends of each space may not be clamped by the two clamping machines 1i. Therefore, the present invention has 14 frame-shaped parts on one side, (
A is 1+fl-\11 (both sides of each spacer placed) llIj part is taken to the shi1 lowering frame of the crane. When the clamp operation is 11iJ, the height position ji'i° for each clamp) with respect to the both ′′ edge parts of each clamp is,
For each clamp mechanism, adjust
':'l'i By configuring so that it can be done, 1. Even if there is a zigzag shape in the direction direction or f>, , 7%, make sure that both ends of each spacer are Ii'(+', which can really be clamped). Drawings of 1. Honkomei 4. Actual 141j example? , theory 1
Facing the figure, (A) is ';
] (to) is 1, and 111 angle/2 lines with light distribution in the j direction ()) 1 tossbeza 0s (B) (1), l, on the surface (
<Jty book,] 11 letters replaced with J+. 11 this, L sea urchin 2 spar 1 no (■tsu Osu 1-
Place it on )1. Ta-JX! , fi (shape part ii) is r+' in multi-stage form with spacer (l()(B))
i I', Gera 1], Deiro. (1) is i; L is well known U) Otsuki tLB crane (L in the diagram
51 surrender to (1: Hanged to Me1. Noni S'(
l': 'fI IJ1' is small, 1 min.
)1 this is I'l111iselfi+l+J spacey"(N3)σ3)1this Ii is l'l!I'fl)lj:
E'lf '5J for clamping ・111-・1(
)) Clamp f"! f'i1't (2) (:, ri (2) (2) is both sveza σ3)
(corresponding to 1) (1.' Rikera 11 at 1. M5 Stay on the λ. S/: c ira y1 fall l-1l
3) Slide stand on the surface of (4) Rei・, 2! 'I tr&
113 (fits in) to the kite rail (6) which is fixed at 1° I' to the plate (3). Therefore, in the vertical force direction, 1
．． The setting for the driving confession was to place the stopper (7) sunk into the back of the song slide table (4) at 1° of Qd:'d(H), which was yellowed from the writing face plate (3), and then touch it. By doing so, the slide table (4) is now 1'lj (:',) against [7 levers] 1, knee 1:1! The slide 1 is configured so that there is no L, and the surface of the slide 1 and stand (4) has a pair of right fin fingers (!11 l'l!i 1j1.!Spacer C
The bin (
1 (j iCj 41 The hook/
-;' (] I) By moving the piston, both fins J-(!l) ('+) open due to the air cylinder (1: ◇), and the piston 4 opens. 'l' o
:A's retreat (1 action) (Thus, both fin power・-(!
11 (!11 should be closed...), and 1)
11. Slide' base (4) has both fin horns (!1
1 From the 4s'H position between (, ; In this configuration, j25, j,7 descending frame (]), two spar 1 no σ5) (1 and 1- parallel -\.1 device λ1,
Ta. I (Shakusho:,), l: (I Q~), [high I 1°7. 'ii'+'. ni/Fl rotoki, +Lz,
, i9) 11f7F 1) l;-O ) Illll's rise (8) Place it in contact with the JL surface and do not fall 1-F beyond λL. Therefore, each clamp machine R1'+ (2) Move both fincars (!11 (Q) to the open position j'il', 1. By lowering the lift frame (1), +1s・j(7)・−j−1 in 11 Classic machine 1+lI′i (?.) (because °l positioning i1(?.)
The 1 end of 15) is slightly smooth as shown in Figures 6 and 7.
→J ＜+su(pa) no 1゛. Therefore, while 1・ll:'t of each clamp mechanism (2) stops at 1, only W l"f: P+' (1/) is still 1.
・In case of rain, remove the stopper (
From 7), 'y(1;:'h l:I,L(1) 1 rule, jl-: Does (8) become qlf?)?l)
, this f'ill;°1°1sa・Jθ, mountain) is ノ1:
When the distance reaches 9, f'4i1, stop <1 of Uf1 lowering frame (1) and clamp 'd' (stage weight II11 (21
At both ends of the spacer 09 with both fingers (Ill lfl)
In this case, l) 11G') fNllll rise・'' method (h) 'j, both She-- -IJ- (11) (+
(Both ends of parentheses) J. ; From the difference in height between Both QjiB j-plane has 6 I
Clamping mechanism (2) ii'i“
The deciding levers are sure to touch each other, but both sides are in contact. -sa]
(Both ends of 7) The height position relative to 71; is 9if+ for each
:It will be automatically decided about the part's / n〒. Therefore, I attached the neck clamp (2) to the ``-iharu uniform nointsuno''. R) The picture of σ3)!': A fact
1J I・Nokin 1/(There is no need to move east c'J'lrumo And in this way, both sides slide (H) (Inner end of Tri; 'lli 7a) Grip 1-ne , ha, 51+,
);”i frame (1) f I', 'r+■1 lo,
Psi''1-clamp machine 1111+1 (2) has its stopper (7) 1, 1 lowering frame (1) 1 rule () 10,000
When i (8) touches, 511 falls (卆 (1) and the moon,
llf, 1 then 1+lj sube, -the(1u)03
)'s 1-, parallel, \, 1, and 1-7 rin, (17
Frame-like j? l((to IG) Rei...), 7. p frame (+)
CI) > i By descending τ; it is possible to move 1iIJ in 0) -p, F, ro. 4 prizes, position θ (meki (15) is smooth, - the 0) 1 f on the 10th side
-'z ,i+',・:i
+, C+l: To make a mark, I\°I positioning (j(1υ
(ノ)Fte11! Nicome 1. Make contact with the subeli before. J-') Nishino,: Senryu, death, ko(
Hahan-9- gives 1' and 1σ1's 1'! J/, I
:'+ , 1: to make it -C kiru c/) -'C
tF) Su, also, both fincars, (tl) (fl) ri, 1 no 11 closed 11 υ1 riro (n, J,, l, li and 1
7. Limited to knee link, solenoid;
l'; 1st line of the song ・Jll ite mo j ↓ what's wrong ・) Sho (
-It's also 4c. Below 1. According to this, the present light is i′ and the number 4): 4・Subae', and this and Naf(+) and the number sj(!・＼
τ1 substitution l21. ,! , IV! 112 Part 117
Force member t l': +41 hyperactive descent (),
1″lil note Sveza’s both! □゛1”1j1effect;1(
At the position of (r"), one slide is placed in the direction of 11. 11. +::t L is not present.
Grip 1°j from the image side [7 Muid bow, 1 fin car, set up, 11 1) 11 on the slide stand +
Even if there is a bend in the -1, 1 direction to the positioning spacer that contacts one of the 16 sides of the spacer, the alignment device (self-supporting height due to the .',l
By i'ffi, it's really fifl
J can have multiple meanings: “rich 5re” some i;r,? +9i and hold 411 infii2 nii
r 7-+ C-tri; /:I: Ikara, ('l
) jk (1) Long rod-shaped part 4", safely connected 4-
Effect 11↓ that can be done (J).

[Brief explanation of drawings]

The drawings show an embodiment of the present invention in a smaller scale, and the first part (le<1 is longer) is shown in a perspective view showing a state in which parts 4 are extended in multiple stages through spacers, and the second part is a perspective view. The figure is 1+-u in Figure 1?
h^41), large side view, Fig. 3 is +++- of Fig. 2141
III? L/R side view, J, P, Figure 4 is Figure 2 0)
ll1-lv inkstone enlarged 1i11i side view, FIG. 5 is an enlarged cross-sectional view taken along V-V in FIG. 2, FIG. 6 is a diagram showing the reliability 1 state σ, and FIG. FIG. (A) - 11 cases of long length 41, 03)...
Spacer, (1)...1f711. : A・Frame (2)・・
・Clamp mechanism, structure, (4)...slide stand, (7)・
-・Strike l bar, (8)・・Papa koi, (()) (1
1...Fintsuno-, (1ka...-1-Ashiri)
Nri, (old...()'ノ,ii'+"l fire month.

Claims (1)

[Claims] (+) - a plurality of bar-shaped spacers,] - a plurality of bar-shaped spacers at right angles thereto)) 1. Direction 4 - For the lifting frame that moves up and down 1ν1, place the slide base in the flat curved direction at the positions corresponding to both ends of each of the spacers.
Each slide is movably provided, and each slide has a Y11
A stopper is provided to prevent the lowering frame from lowering beyond a certain level.
A device for transporting a long rod-like member, characterized in that: (1) each slide table is provided with: (1) a positioning post that contacts the 1° surface of the spacer (11);