JP2761946B2 - Heald frame for loom, heald frame mounting device for loom, and loom having the same - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a loom, a heddle frame for a loom, and a heald frame mounting device for a loom provided with means for positioning the heald frame with respect to a mounting body.

(Prior Art) As one of the looms, a plurality of heald frames can be collectively mounted on a plurality of pairs of mounting bodies which are arranged corresponding to each heald frame on the loom and which can move up and down for opening. There is a loom in which a pair of guide members for guiding a heald frame to the mounting body are arranged above the mounting body (Japanese Patent Application Laid-Open No. Sho 63-105136). In this known loom, the heald frame is suspended from above by the guide member, and is guided to the mounting body while being positioned by the guide member.

(Problem to be Solved) However, in the known loom, the heald frame must be lifted to a position where the height position of the lower end portion is higher than the height position of the guide surface by the guide member. Such a loom is limited in the height of the ceiling of the weaving room, the type of heald frame, and the like, and therefore has a narrow applicable range.

An object of the present invention is to provide a loom, a heald frame for a loom, and a heald frame mounting device for a loom, which can mount the heald frame without greatly lifting the heald frame.

(Solution, Action, Effect) (1) The loom of the present invention is arranged at intervals in the front-rear direction for mounting a plurality of heald frames and corresponding heald frames. A plurality of pairs of mounting bodies, when mounting the heald frame to the mounting body, regulate the position of the heald frame with respect to the mounting body in the front-rear direction and the left-right direction,
A pair of left and right guides disposed above the mounting body, wherein the guides guide the heald frame inward so as to correct the position of the heald frame in the left-right direction; A second inward surface extending in the front-rear direction for maintaining the corrected position of the heald frame in the left-right direction, and a second surface for regulating the position of the heald frame in the front-rear direction with respect to the mounting body. A stopper disposed at an end opposite to the first surface.

First, the heald frame is positioned rearward (or forward) of the mounting body so that the height position of the lower end is between the mounting body and the guide.
And then integrally moved forward (or backward). The lateral displacement of the heald frame with respect to the mounting body is corrected by the first surface because the heald frame abuts on the first surface on which the heald frame is displaced when the heald frame is moved between the two guides. The corrected horizontal position of the heald frame with respect to the mounting body is maintained by the second surface on which the heald frame is guided next.

The heald frame is moved until the heald frame arranged at the front end (or the rear end) contacts the stopper, and the position of the heald frame with respect to the mounting body in the front-rear direction is regulated. In this state, the heald frame is integrally moved downward. As a result, the heald frame is moved downward while being held in the left-right direction by the second surface and in the front-rear direction by the stopper, and is received by the predetermined mounting body.

When the heald frames are moved integrally in the front-rear direction and the vertical direction, the positional relationship between the adjacent heald frames may be kept constant by the hanging device or the transfer device itself, or may be kept constant by using the spacer. May be.

(2) Another loom of the present invention comprises a plurality of heald frames, and a plurality of pairs of mounting bodies corresponding to the heald frames and arranged at intervals in the front-rear direction for mounting the corresponding heald frames. One of the heald frame and the mounting body includes a groove extending in the vertical direction to receive the other of the heald frame and the mounting body from one end in the vertical direction, and a vertical wall of one wall defining the groove. A notch formed at one end of the heald frame, the other end of the heald frame and the mounting body and another wall defining the groove when the heald frame is moved to one side in the front-rear direction. And a notch that allows the contact.

The heald frame is first suspended behind (or in front of) the corresponding mounting body such that the notch faces the corresponding heald frame and the other end of the mounting body. It is moved forward (or backward) integrally until the other end and the other wall defining the groove abut. Thereby, the position of the heald frame in the front-rear direction with respect to the attachment body is regulated. In this state, the heald frame is integrally moved downward while being guided by the cooperative action of the other end of the heald frame and the mounting body with the other wall defining the groove, and finally moves to a predetermined position. It can be received by the mounting body.

The position of the heald frame in the left-right direction can be corrected and maintained, for example, when the heald frame is moved forward (or backward) by using the guide described in (1) without a stopper. . As another means for correcting the position of the heald frame in the left-right direction, when the heald frame or the mounting body is received in the groove, the surface for guiding the heald frame so that the position of the heald frame in the left-right direction is corrected may be adjusted. It can be formed on the mounting body.

(3) Another loom of the present invention includes a plurality of heald frames, and a plurality of pairs of mounting bodies corresponding to the heald frames and arranged at intervals in the front-rear direction for mounting the corresponding heald frames. One of the heald frame and the mounting body has a groove extending vertically to receive the other of the heald frame and the mounting body from one end in the vertical direction, and the heald frame having the groove or Among the attachments, the heald frame or the attachment disposed at one end in the front-rear direction is a first cutout formed at one end in the vertical direction of one wall defining the groove, and A first notch for allowing the heald frame to move in one of the front and rear directions to allow the other end of the heald frame and the mounting body to abut on another wall defining the groove; The remaining heald frame or the mounting body having the groove has the groove A second notch formed at the end on the same side as the first notch in the pair of walls to be fixed, the second notch allowing the heald frame to move in the front-rear direction; .

The heald frame is first suspended behind (or in front of) the mounting body such that the notch faces the corresponding heald frame and the other end of the mounting body, and then the other side of the heald frame and the mounting body. Until the end and the other wall that defines the groove abut,
It is integrally moved forward (or backward). Thereby, the position of the heald frame in the front-rear direction with respect to the attachment body is regulated. In this state, the heald frame is integrally moved downward while being guided by the cooperative action of the other end of the heald frame and the mounting body with the other wall defining the groove, and finally moves to a predetermined position. It can be received by the mounting body. To correct the position of the heald frame in the left-right direction,
What is necessary is just to use the same means as said (2).

(4) Another loom of the present invention includes a plurality of heald frames, and a plurality of pairs of mounting bodies corresponding to the heald frames and mounted with the corresponding heald frames and spaced apart in the front-rear direction. One of the heald frame and the mounting body has a groove extending vertically to receive the other of the heald frame and the mounting body from one vertical end, and the heald frame or the mounting body is A tapered surface is provided for displacing the heald frame so that the position of the heald frame with respect to the mounting body is corrected when the frame is mounted on the mounting body.

The heald frame is suspended above the corresponding mounting body so that the height position of the lower edge of the heald frame is slightly higher than the height position of the upper edge of the mounting body, and is then moved downward integrally. . Thus, the other of the heald frame and the mounting body is received in the groove.

When the heald frame is displaced with respect to the mounting body when the heald frame is moved, the heald frame is displaced by the heald frame or the guide surface formed on the mounting body. Is corrected. As a result, the heald frame is received by the predetermined attachment.

(5) The heald frame of the present invention, which is mounted on a pair of mounting bodies disposed on the loom, connects the upper and lower staves extending in the horizontal direction with an interval in the up-down direction and the left and right ends of both staves. A pair of side stays, the two side stays are a groove extending in a vertical direction for receiving the mounting body from below, and a notch formed in an upper end portion of one wall defining the groove. A notch for allowing the heald frame to move in one of the front and rear directions to allow another wall defining the groove to abut on an upper end of the mounting body.

(6) Another heald frame according to the present invention includes upper and lower staves extending in the horizontal direction at an interval in the up-down direction, and a pair of side stays connecting left and right ends of both staves. The stay has a vertically extending groove for receiving the mounting body from below, and a notch formed at a lower end of a pair of walls defining the groove.

(7) Another heald frame according to the present invention includes upper and lower staves extending in the horizontal direction with an interval in the up-down direction, and a pair of side stays connecting left and right ends of both staves. The stay has a groove extending in a vertical direction for receiving the mounting body from below, and a position of the heald frame in the front-rear direction and the left-right direction with respect to the mounting body is corrected when the heald frame is mounted on the mounting body. And a tapered surface for displacing the heald frame.

(8) The apparatus for mounting a heald frame on a loom according to the present invention includes a pair of vertically extending mounting bodies arranged at an interval in the front-rear direction on the loom to receive the heald frame, the mounting bodies being provided. A vertically extending groove for receiving the heald frame from above, and a cutout formed at the upper end of one wall defining the groove, the heald frame being moved in one of the front and rear directions by moving the heald frame in one of the front and rear directions. And a notch for allowing the lower end of the heald frame to abut another wall defining the groove.

(9) Another mounting device of the present invention includes a pair of vertically extending attachment bodies arranged on the loom at an interval in the front-rear direction to receive the heald frame, and the attachment body includes the heald frame. And a notch formed at the upper end of a pair of walls defining the groove.

(10) Another mounting device of the present invention includes a pair of vertically extending attachment bodies arranged on the loom at an interval in the front-rear direction to receive the heald frame, and the attachment body includes the heald frame. A groove extending vertically to receive the heald frame from above, and displacing the heald frame so as to correct the position of the heald frame in the front-rear direction and the left-right direction with respect to the mounting body when the heald frame is mounted on the mounting body. It has a tapered surface.

According to the present invention, the heald frame may be lifted to such an extent that its lower end is positioned at the height of the upper end of the mounting body. Therefore, the height of the heald frame raised is lower than that of a conventional loom.

(Embodiment) Referring to Fig. 1, a loom 10 includes a plurality of heald frames 12,
A plurality of pairs of mounting bodies 14 arranged at intervals in the direction along the warp, that is, in the front-back direction, and corresponding to the heald frames 12, and the heald frames 12 with respect to the mounting bodies 14 when the heald frames 12 are mounted on the mounting bodies 14. And a pair of guides 16 arranged above the mounting body 14 so as to regulate the position. The mounting body 14 is a lateral guide that causes the corresponding heald frame 12 to perform an opening motion.

Each heald frame 12 has a pair of upper and lower steaves 18 and a pair of side stays 20 connecting both ends of both steves. Each side stay 20 has a groove 26 defined by walls 22 and 24. The groove 26 opens to the side of the heald frame 12.

Each mounting body 14 is in the form of a long plate, and extends vertically so as to receive the corresponding heald frame 12 from above. The mounting bodies 14 forming a pair are opposed to each other,
They are arranged at intervals in the direction along the weft, that is, in the left-right direction. The upper end of each attachment 14 is connected by a connector 30 to a rope 28 connected to a spring mechanism (not shown). In contrast, the lower end of each mounting body 14 is
Is connected to a rope 32 which is connected to a drive mechanism (not shown) for moving the vertical direction.

Each guide 16 is attached to the side frame 38 of the loom 10 by a plurality of rods 36 so as to face each other and extend in the front-rear direction. The opposing inward faces of the guide 16 include a first face 42 formed at the rear end of the guide 16 (end on the warp supply side) and a front end of the first face (woven cloth). (A winding end).

Both first surfaces 42 are tapered surfaces in which the distance between the rear ends of the first surfaces is greater than the distance between the front ends. On the other hand, both second surfaces 44 are parallel surfaces. The length dimension of the second surface 44 in the front-rear direction is slightly larger than the distance between the front end face of the mounting body 14 arranged at the forefront part and the rear end face of the mounting body 14 arranged at the rearmost part.

The guide 16 has a stopper 46 projecting inward from the front end of the second surface 44, and the interval between the second surfaces 44 is substantially the same as the length of the heald frame 12 in the left-right direction. It is arranged to become.

When the heald frame 12 is mounted on the mounting body 14, the heald frame 12 is spaced from the chuck 48 of the machine in-process device (not shown) in the front-rear direction so as to have the same pitch as the mounting pitch of the mounting body 14. Supported. In this state, the heald frame 12 is suspended from the rear of the mounting body 14 so that the height position of the lower end is located between the upper end of the mounting body 14 and the guide 16, and the foremost heald frame 12 Until the stopper 12 comes into contact with the stopper 46, it is integrally moved forward.

When the heald frame 12 is deviated in the left-right direction with respect to the mounting body 14, the heald frame 12 is moved while the side stay 20 on the deviating direction side is in contact with the first surface 42 of the guide 16. As a result, the heald frame 12 is displaced toward the center in the left-right direction, so that the lateral displacement of the heald frame 12 with respect to the mounting body 14 is corrected. When the heald frame 12 disposed at the forefront end contacts the stopper 46, the position of the heald frame 12 in the front-rear direction is regulated.

Next, the heald frame 12 is integrally moved downward while maintaining the position in the left-right direction by the second surface 44 and the position in the front-rear direction by the stopper 46. As a result, the heald frame 12 is lowered so as to receive the mounting body 14 into the groove 26 from below, and is received by the predetermined mounting body 12.
Thereafter, the heald frame 12 is fixed to the mounting body 14, whereby the mounting of the heald frame on the loom is completed.

Instead of forming the groove 26 for receiving the attachment 14 in the heald frame 12, a groove 50 for receiving the side stay 20 of the heald frame 12 may be formed in the attachment 14, as shown in FIG. Groove 50 is
It is defined by walls 52 and 54.

Instead of moving the heald frame 12 from the rear of the mounting body 14 to the front to position the heald frame 12 with respect to the mounting body 14,
The 12 may be moved from the front to the rear of the mounting body 14. In this case, the guide 16 is arranged such that the front-rear direction is opposite to that in the illustrated example, that is, the first surface 42 is forward and the stopper 46 is backward.

When the heald frame 12 is integrally moved in the front-rear direction and the up-down direction, the positional relationship between the adjacent heald frames 12 may be kept constant by the plurality of comb-shaped spacers 56. Spacer 56
As shown in FIG. 3, a rectangular parallelepiped base material has recesses 58 cut out from one surface side of the base material at intervals in a longitudinal direction of the base material. The recess 58 has the shape of a groove extending parallel to each other, and has a width dimension substantially equal to the thickness dimension of the lower steve of the heald frame. Neighboring recesses 58
, That is, the thickness dimension of the portion 60 is substantially the same as the distance between adjacent heald frames properly mounted on the loom.

As shown in FIG.
The lower stage 18 is fitted into the recess 58 of the bridge 18. However, the spacer 56 may be fitted to the upper Steve.

The heald frame 62 shown in FIG.
Has a cutout portion 66 connected to. The notch 66 is formed at the lower end of one of the pair of walls 22, 24 defining the groove 26, as shown in FIG.

When each heald frame 62 has a notch 66, the heald frame 62 is first suspended behind (or in front of) the corresponding mounting body 64 such that the notch 66 faces the corresponding mounting body 64, Next, it is integrally moved forward (or backward) until the wall portion 24 defining the groove 26 comes into contact with the upper end portion of the corresponding mounting body 64. Thereby, the position of the heald frame 62 with respect to the mounting body 64 in the front-rear direction is regulated. In this state, the heald frame 62 is integrally moved downward while being guided by the cooperative action of the wall portion 24 and the mounting body 64, and is finally received by the predetermined mounting body 64. Thereafter, the heald frame 62 is fixed to the mounting body 64, thereby completing the mounting of the heald frame on the loom.

The position of the heald frame 62 in the left-right direction may be regulated by the guide 16 shown in FIG. 1. In this case, the guide 16 without the stopper 46 can be used. Instead of using guide 16,
When the mounting body 64 is received in the groove 26, a tapered surface 68 shown in FIG. 4 with which the lower edge of the heald frame 62 abuts may be formed on the mounting body 14, or a similar type of tapered surface may be formed on the heald frame 62. May be.

When the groove 50 for receiving the heald frame 62 is formed in the mounting body 64 as shown in FIG. 6 instead of forming the groove 26 for receiving the mounting body 64 in the heald frame 62, the notch 66 defines the groove 50. It is formed on the upper end of one 52 of a pair of wall portions 52, 54.

As shown in FIG. 7, one notch 66 is formed in the heald frame 62 disposed at one end in the front-rear direction, and the other heald frames are formed.
A cutout 70 of the same type may be formed at the lower end of the two walls 22, 24 defining the groove 26. In addition, as shown in FIG. 8, when the mounting body 64 is formed with the groove 50 for receiving the heald frame, one notch 66 is formed in the mounting body 64 disposed at one end in the front-rear direction, and each other is formed. A cutout 70 of the same type may be formed at the upper end of the two walls 52, 54 that define the groove 50 of the mounting body 64.

In the embodiment shown in FIG. 7, the heald frame 62 is arranged so that the cutouts 66 and 70 are aligned and face the end of the corresponding mounting body 64.
Hanging behind (or forward) to the mounting body 64, and then.
Attachment body 64 corresponding to wall 24 of heald frame 62 having notch 66
By moving integrally forward (or backward) until it abuts against the end of the
It can be attached to a predetermined attachment.

Similarly, in the embodiment shown in FIG. 8, the loom is stopped with the upper portion of the wall portion 54 of the mounting body 64 having the notch portion 66 projecting at least above the upper surface of each notch portion 68, and the heald frame
62 is suspended behind (or forward of) the mounting body 64 so that it is aligned and its lower end faces the groove 50 of the mounting body 64, and then the heald corresponding to the mounting body 64 having the cutout 66. Until the lower end of the frame 62 is integrally moved forward (or backward) until the lower end of the frame 62 abuts on the corresponding end 54 of the mounting body 64, the frame 62 is integrally moved downward to form a predetermined mounting body. Can be installed.

In any of the embodiments shown in FIGS. 7 and 8,
By using the spacer 56 shown in FIG. 3, the interval between adjacent heald frames can be maintained at a predetermined value.

The heald frame 72 shown in FIG. 9 has a tapered surface 76 inside the lower ends of the walls 22, 24 defining the groove 26, and the mounting body 74 has a plurality of tapered surfaces 78, 80 at the upper end. Tapered surface 7 of heald frame 72
6 defines a flared guideway as shown in FIG. As shown in FIG. 11, the tapered surface 78 of the mounting body 74 is formed on the side surface so as to correspond to the tapered surface 76, and the other tapered surface 80 is a heald when the mounting body 74 is received in the groove 26. The lower end of the frame 62 is formed on the inner surface so as to abut.

A plurality of heald frames 72 having a tapered surface 76;
When using a plurality of attachment bodies 74 having zero, the heald frame 72
Is suspended above the corresponding mounting body 74 and then moved downward integrally so that the height position of its lower edge is slightly above the height position of the upper edge of the mounting body 74. . The spacing between adjacent heald frames can be maintained at a predetermined value by using the spacer 56 shown in FIG.

When the heald frame 72 is displaced in the front-rear direction with respect to the mounting body 74, the heald frame 72 and the mounting body 74 come into contact with the tapered surfaces 76, 78, so that the heald frame 72 is moved downward, Heald frame
72 is displaced, and the position of the heald frame 72 with respect to the mounting body 74 in the front-rear direction is corrected.

Similarly, when the heald frame 72 is displaced in the left-right direction with respect to the mounting body 74, the heald frame 72 is displaced by the tapered surface 80 by moving the heald frame 72 downward, and The position of the heald frame 72 in the left-right direction is corrected.

When forming the groove for receiving the heald frame 72 in the mounting body 74 instead of forming the groove 26 for receiving the mounting body 74 in the heald frame 72, the tapered surface 76 is formed on the side of the mounting body 74 and the tapered surface 78 is formed. What is necessary is just to form in the heald frame 72. But in each case,
Either one of the tapered surfaces 76 and 78 may not be formed,
Further, the tapered surface 80 may be formed on the heald frame 72.

[Brief description of the drawings]

FIG. 1 is a perspective view of a main part of a loom showing an embodiment of the present invention,
FIG. 2 is a perspective view partially showing another embodiment, FIG. 3 is a perspective view showing one embodiment of the spacer, FIG. 4 is a perspective view showing another embodiment, and FIG. 5 is FIG. FIG. 6, FIG. 7, FIG. 8, FIG. 9 and FIG. 9 are enlarged perspective views showing the main parts of the embodiment shown in FIG.
10 and 11 are enlarged perspective views each showing an essential part of the embodiment of FIG. 10: loom, 12, 62, 72: heddle frame, 14, 64, 74: mounting body, 16: guide, 22, 24, 52, 54: wall, 26, 50: groove, 42: first surface, 44: second surface, 46: stopper, 56: separator, 66, 68, 70: notch, 76, 78, 80: tapered surface.

Claims (10)

(57) [Claims] 1. A plurality of heald frames, and a plurality of pairs of mounting bodies arranged at intervals in the front-rear direction for mounting a heald frame corresponding to the heald frames and causing the heald frames to open. And a pair of guides disposed above the mounting body, which regulate the position of the heald frame in the front-rear direction and the left-right direction with respect to the mounting body when the heald frame is mounted on the mounting body, The guide has an inward first surface that guides the heald frame so that the position of the heald frame in the left-right direction is corrected, and an inward extending in the front-rear direction that regulates the position of the heald frame in the left-right direction. And a stopper portion disposed at an end of the second surface opposite to the first surface for regulating the position of the heald frame in the front-rear direction with respect to the attachment body. ,loom. 2. A plurality of heald frames, and a plurality of pairs of mounting members arranged at intervals in the front-rear direction for mounting a heald frame corresponding to and corresponding to the heald frames and causing the heald frames to open. One of the heald frame and the attachment body includes a groove extending vertically to receive the other of the heald frame and the attachment body from one end in the vertical direction, and one wall portion defining the groove. A notch formed at one end in the vertical direction, wherein the heald frame is moved to one side in the front-rear direction so that the other end of the heald frame and the mounting body and another wall defining the groove are formed. A weaving machine having a cut-out portion for allowing abutment. 3. A plurality of heald frames, and a plurality of pairs of mounting members arranged at intervals in the front-rear direction for mounting a heald frame corresponding to and corresponding to the heald frames and performing an opening movement on the heald frames. One of the heald frame and the mounting body has a groove extending in the vertical direction to receive the other of the heald frame and the mounting body from one end in the vertical direction, and the heald frame having the groove or The heald frame or the attachment body disposed at one end in the front-rear direction of the attachment body is a first cutout formed at one end in the vertical direction of one wall defining the groove. A first for allowing the heald frame to move in one of the front and rear directions to allow the other end of the heald frame and the mounting body to abut on another wall defining the groove;
And the remaining heald frame or the mounting body having the groove is formed in a pair of walls defining the groove at a second end formed on the same side as the first notch. A loom having a second notch for allowing the heald frame to move in the front-rear direction. 4. A plurality of heald frames, and a plurality of pairs of mounting members arranged at intervals in the front-rear direction for mounting a heald frame corresponding to and corresponding to the heald frames and performing an opening movement on the heald frames. One of the heald frame and the mounting body has a groove extending vertically to receive the other of the heald frame and the mounting body from one end in the vertical direction, and the heald frame or the mounting body is A loom having a tapered surface for displacing the heald frame such that a position of the heald frame with respect to the attachment body is corrected when the heald frame is attached to the attachment body. 5. A heald frame mounted on a pair of mounting bodies that perform an opening motion disposed on a loom, wherein the upper and lower staves extend in the horizontal direction at intervals in the vertical direction;
A pair of side stays connecting the left and right ends of both Steves is provided.The both side stays are provided with a groove extending in a vertical direction for receiving the mounting body from below, and an upper end of one wall defining the groove. A notch formed so as to allow the heald frame to move in one of the front-rear directions to allow another wall defining the groove to abut on an upper end of the attachment body. Heald frame in. 6. A heald frame mounted on a pair of mounting bodies that perform an opening motion disposed on a loom, wherein the upper and lower staves extend in the horizontal direction at intervals in the vertical direction;
A pair of side stays connecting the left and right ends of both Steves is provided.The both side stays are vertically extending grooves that receive the mounting body from below, and are provided at lower end portions of a pair of wall portions that define the grooves. Having a notch formed,
Heald frame on loom. 7. A heald frame mounted on a pair of mounting members disposed on a loom, wherein upper and lower steaves extending in a horizontal direction with an interval in a vertical direction are connected to left and right ends of both steepers. A pair of side stays, the both side stays are vertically extending grooves for receiving the mounting body from below, and the heald frame with respect to the mounting body when the heald frame is mounted on the mounting body. A heald frame in a loom, having a tapered surface for displacing the heald frame so that the position in the front-rear direction and the left-right direction is corrected. 8. A device for mounting a heald frame on a loom, comprising: a pair of vertically extending mounting members which perform an opening motion and are spaced apart in the front-rear direction on the loom to receive the heald frame. The mounting body includes a vertically extending groove for receiving the heald frame from above, and a cutout formed at an upper end of one wall defining the groove, the heddle frame being one of the front and rear directions. And a notch for allowing the lower end of the heald frame to contact the other wall defining the groove. 9. An apparatus for mounting a heald frame on a loom, comprising a pair of vertically extending mounting members which perform an opening motion and are spaced apart in the front-rear direction on the loom to receive the heald frame. A heald frame mounting device for a loom, the mounting body including a vertically extending groove for receiving the heald frame from above, and a notch formed at an upper end of a pair of walls defining the groove. 10. An apparatus for mounting a heald frame on a loom,
A pair of vertically extending mounting members arranged at intervals in the front-rear direction on the loom to receive the heald frame,
The mounting body is provided with a groove extending in a vertical direction for receiving the heald frame from above, and for correcting the position of the heald frame in the front-rear direction and the left-right direction with respect to the mounting body when the heald frame is mounted on the mounting body. A heald frame mounting device for a loom, further comprising a tapered surface for guiding the heald frame.