JP3438055B2 - Hat frame holder - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hat frame holder used when attaching a hat to a hat frame for an embroidery sewing machine.

[0002]

2. Description of the Related Art To attach a hat to the hat frame, hold the hat frame with one hand and cover the hat frame with only the other hand in that state, and the embroidery area of the hat is capped. We are working to correct the misalignment so that it will be located in the window hole of the frame.

[0003]

SUMMARY OF THE INVENTION In the above conventional method,
Since the above work must be performed while operating the hat with only one hand, there are problems that the work is extremely difficult and that it takes a long time.

The present invention has been made in order to solve the above-mentioned problems (technical problems) of the prior art. When attaching the hat to the hat frame, it is very easy to support both sides of the hat with both hands. Moreover, it is an object of the present invention to provide a hat frame holder that enables quick and accurate wearing.

[0005]

In the hat frame holder according to the present invention, the configuration of the upper surface member of the base frame is a semicircle as seen from the inserting / removing direction of the hat in order to receive the embroidery area on the front surface of the hat. It is formed in an arc shape and has a window hole surrounded by a receiving part on the upper surface for locating the embroidery area on the front surface of the hat, from the front free end side of the base frame to the base frame. The embroidery area on the front surface of the hat to be put on is placed on the window hole surrounded by the receiving section, and the periphery of the embroidery area is pressed by the pressing member of the retainer toward the receiving section around the window hole. A cap frame holder for holding a cap frame, which is fixed by holding the cap frame around the embroidery area on the front surface of the cap with respect to the receiving part around the window hole. The structure is the holding member in the hat frame holder. In the standing state, the rear free end of the base frame of the hat frame is provided on the side of the holding member on the side of the front side in a protruding state in which the front free end of the base frame is farthest from the front wall of the holding member, and The shape of the base frame as viewed from the front free end direction is a semi-arcuate shape, and the window hole is located at the upper part, and the embroidery area on the front part of the hat is located from the front free end side of the base frame. A connecting member for detachably connecting the semicircular arc-shaped rear free end of the base frame to the front side of the holding member in a state in which it can be put over the window hole, and the connecting member Are juxtaposed at positions corresponding to the projecting abutment members of the plurality of connecting elements that are juxtaposed to the semicircular rear free end of the base frame, and each of the connecting members is carried out from the holding member. A plurality of receiving members protruding in a shape of Each of the receiving members has a plurality of fitting bodies movably arranged only in the perspective direction with respect to the receiving member at a radial position, and further, a fitting hole is formed in each of the abutting members. On the other hand,
A surface of the plurality of fitting bodies facing the receiving member is formed into an arc surface, and each of the plurality of fitting bodies is biased toward the receiving member, and the abutting member is placed on the upper surface of the receiving member. In the state in which the fitting member is inserted toward the fitting member, the fitting member falls into the fitting hole with the arc surface of the fitting member abutting the hole edge of the fitting hole of each of the fitting members, and positioning of the fitting member is performed. , It is designed to be fixed.

[0006]

When the connecting portion of the base portion of the hat frame is connected to the connecting member of the holder, the hat frame is in a self-supporting state with the window facing upward and the protruding state. In this state, the operator supports both sides of the hat with both hands, puts the hat on the hat frame in that state, and positions the embroidery area in the window hole.

[0007]

Embodiments of the present invention will be described below with reference to the drawings. In FIG. 1, A is a cap frame for an embroidery sewing machine, B is a cap frame holder, and C is a cap. First, the hat frame A will be described. Reference numerals 1 to 32 show members generally known in this type of hat frame, 1 being a base frame, 2 its body, 3
Is an adjustment frame that is slidable in the direction of arrow 3a with respect to the main body 2,
Reference numeral 4 is a long hole for allowing the adjustment frame to slide, and 5 is a fixing screw rod for fixing the adjustment frame 3 to the main body 2. Reference numeral 6 denotes the upper surface of the base frame 1, and the member here is formed in an arcuate cross section as shown in the figure for receiving the front surface portion of the hat. 7 is a window hole formed on the upper surface 6 for positioning the embroidery area on the front surface of the hat, and 8, 9, 10, and 11 are receiving portions for receiving the front surface portion of the hat on the four circumferences of the window hole 7. The parts 8, 9, 10 have the upper surface of the main body 2, and the receiving part 11 has the adjusting frame 3
The upper surface of the window 3 is adapted to the embroidery area by sliding the adjustment frame 3. Rubber is attached to each of the receiving parts to prevent the cap from slipping. Reference numeral 12 is a bed storage space of the embroidery sewing machine provided on the lower side (inner side) of the base frame 1, and 13 is a connecting portion provided at a base portion of the base frame 1 for connecting to a hat frame driving section of the embroidery sewing machine. A plurality of (4 in this example) connecting elements 14 are provided for mechanically connecting in a fixed positional relationship. As shown in FIG. 6, each connecting element 14 is composed of an abutment member 15 integrally formed with the main body 2 and a fitting hole 16 formed therein. Reference numeral 17 is a brim for reinforcing the main body 2, which is integrated with the main body 2 by welding. Reference numerals 18 and 19 are connecting pieces for connecting the presser, and are arranged apart from the outer peripheral surface of the base frame 1 by the gaps 18a and 19a for inserting the main body of the hat, as shown in FIG. It is fixed to the collar 17 by a mounting block 20. Reference numeral 21 denotes a fastener hook fixed to the connecting piece 19.

Next, 25 is a retainer, which is a window hole 7 in the base frame 1.
In order to press the front part of the hat against each of the receiving parts 8, 9, 10, 11 on the four circumferences of the above, the base side member 28, the left and right lateral side members 26, 27 and the free end side member 29 are provided. Prepare Rubber for preventing slippage is attached to the surface of each of the members facing the receiving portion. The member 29 has an arrow 29a similar to the adjusting frame 3 described above.
Both ends are connected to the members 26 and 27 so that the position can be changed in any direction. 30 is a window for exposing the embroidery area, 31 is a connecting body for rotatably connecting one end of the presser foot 25 to the connecting piece 18, and 32 is a presser foot 25.
The other end is attached to the fastener hook 21 so as to be freely detachable from the fastener hook, and a fastener having a known structure capable of expansion and contraction is used. In addition, 28a of FIG. 11 is a base portion of the eaves 85 of the hat C.
An abutting portion provided on the base side member 28 for abutting on the surface 85a "of the base 85a, and is constituted by an edge portion of the base side member 28.

Next, the structure for confirming the position of the cap provided on the base frame 1 of the cap frame A will be described with reference to FIG. 41 is a base material for mounting the position confirmation body, and the stopper 42
It is provided with a screw hole (as an example), and is fixed to the collar 17 in a state where a gap 41a for inserting the sweat remover 86 of the cap C is formed between the outer peripheral surface of the main body 2 and the outer peripheral surface of the main body 2 as shown in FIG. 43 is a scale marked on the upper surface of the main body 2 for use in setting the position of the position confirmation member with respect to the base frame 1. Next, the position confirmation body 44 will be described. 45 is a holding material for holding the two position confirming members together, and an arrow mark according to the thickness of the eaves 85 of the hat C
In order to adjust the position in the direction of 45a (direction parallel to the axis of the base frame 1), it has a long hole 46 and is fastened to the fastening portion 42 with a fastening tool 47. 48 and 49 are the back side 85 of the base portion 85a of the eaves 85 of the hat.
The position confirmation member for confirming the position of a'is shown in this example such that the position is confirmed by receiving the eaves of the hat. Reference numeral 50 is a receiving portion for receiving the back surface 85a ', and 51 is a relief portion for preventing the position confirmation member from interfering with the eaves 85 in a tilted state as shown in FIG.
The position confirming members 48, 49 as described above have both edges 85 of the base portion 85a of the eaves 85 when the cap C is put on the base frame 1.
At a position facing the back surface 85a 'between b and 85c, the members 48 and 49 are spaced from each other, and as shown in FIG. 3, a gap 48a for inserting the sweat remover 86 to the outer peripheral surface of the base frame 1 is provided. , 49a are arranged so as to be separated from each other, and are attached to the holding member 45 by the fasteners 52. The distance between the two position confirmation members 48, 49 should be as large as possible in order to improve the accuracy of the position confirmation of the hat. For example, the distance between the both edge portions 85b, 85c is 1 /
It is good to set it to 4 or more. Reference numeral 53 is a member for holding the eaves 85 so as not to interfere with the sewing, and is composed of elastically expandable elastic cords (for example, rubber cords), and one end and the other end are attached to the brim 17, respectively. It is fixed to the support piece 54.

Next, referring again to FIG. 1, the hat frame holder B will be described. Reference numeral 55 is a holding member for a hat frame, which is made of a hard plate body such as an iron plate. Reference numeral 56 is a base member provided in a part of the holding member 55 for making the holding member self-supporting, and a table 57
An example of a fastening piece that is fastened with a screw 58 is shown. 59
Is a through hole for inserting a hand formed in the holding member 55, and is provided at a position facing the opening 88 in the cap C as shown in FIG. Reference numeral 60 denotes a space for holding the hat frame, which is formed on the side of the holding member 55 in the self-supporting state.

Next, in order to position the hat frame A in the space 60 provided on the side of the holding member 55 on the front side, the rear free end of the base frame of the hat frame A is detachable. The connecting member provided on the side of the holding member 55 on the front side for connection is shown, and the number of elements 61 corresponding to the connecting element 14 is shown.
It is composed of a. Hereinafter, FIG.
It will be described with reference to FIG. Reference numeral 62 is a receiving member for receiving the attaching member of the hat frame, and is attached to the holding member 55 by an attaching piece 63 integrated with the attaching member. 64 is a receiving member 62
On the other hand, a stopper for fixing the abutting member 15 in a pressing manner is shown. A holding frame 65 of the stopper 64 is formed by press-molding a hard metal plate. 66 is a side plate in the holding frame, which is a support member 66 for supporting the fitting body 71.
At the position of the receiving member 62 in the radial direction, as shown in FIG. 6 (A), there is formed a long hole 67 for holding the fitting body 71 relative to the receiving member 62 in the perspective direction. It has been drilled. Reference numeral 68 is an upper plate for integrally connecting both side plates 66, 66 and supporting one arm of a spring described later. Reference numeral 69 denotes a retaining piece for fixing the retaining frame to the retaining member 55, and 70 denotes a retaining screw rod. Next, in order to facilitate the introduction of the abutting member 15, the fitting body 71 is a roller so that the surface facing the abutting member 15 is an arc surface as shown in FIGS. 6 (A) and 6 (B). The shaft piece 72 is left in the elongated hole 67.
73 and 74 are a large-diameter portion and a C-ring, respectively, which are used to prevent them from coming off. next
75 is a spring for urging the fitting body 71 toward the receiving member 62 side, and has two spring elements 76, 76. Reference numeral 77 is a connecting portion that connects both spring elements. Each spring element 76 comprises two arms 78, 79 whose respective bases are connected together, one arm
78 is attached to the upper plate 68 as a spring seat, and the other arm 79
Is brought into contact with the shaft piece 72 so as to exert a downward biasing force. Reference numeral 80 is a stopper for preventing the spring 75 from slipping, and is fitted in a stopper hole 81 formed in the side plate 66. Next, reference numeral 82 denotes an auxiliary connecting member for more securely holding the connected state of the hat frame A to the holder B, which is provided with engaging pieces 82a and 82b for the respective opposite surfaces of the collar 17 and the mounting piece 63. And is pivotally attached to the attachment piece 63 for changing the position between the engaged position and the disengaged position.

Next, the work of mounting the cap C on the cap frame A will be described. First, from the state of FIG. 1, hold the hat frame A to the holder B.
, As shown in FIG. In this connection, as shown in FIGS. 6A and 6B, the abutting member 15 of the connecting element 14 is inserted between the fitting member 71 and the upper surface of the receiving member 62 of the element 61a. In the insertion process, first, the fitting body 71 is pushed up by the abutment member 15 against the biasing force of the spring 75, and the abutment member 15 is inserted to the position where the fitting hole 16 faces the fitting body 71. When the mating body
71 is shown in FIG. 6 with respect to the fitting hole 16 by the urging force of the spring 75.
Drop like (B). However, the arcuate surface formed on the lower side of the fitting body 71 is larger than the opening size of the fitting hole 16 in the insertion direction as shown in FIG. The arcuate surfaces facing 16 are fitted to the front and rear edges of the fitting hole 16 in a pressure contact state. As a result, the respective connecting elements 14 are in the correct fixed state with respect to the elements 61a of the corresponding connecting members. Such accurate fixing is achieved by a plurality of connecting elements 14, 1 arranged side by side on the semicircular rear free end of the base frame.
The base frame 1 of the hat frame A is carried out evenly in 4 and 14, respectively.
As is clear from FIG. 2, the front free end 1a has a holding member.
In the projecting state that is farthest away from the front wall of 55, it is in a state of being attached in a state of going straight to the holder B without tilting to the left and right. The eaves of the hat C to be attached next
Position confirmation member using the scale 43 according to the thickness of 85
Set the positions of 48 and 49.

Next, as shown in FIG. 3, the sweat removing member 86 of the hat C is bent out toward the lower side of the hat, and the hat in this state is connected to the base frame 1 from the side of the free end 1a on the front side of the connecting element.
Put it in the direction of 14 (insertion / removal direction). In this covering, both side surfaces of the main body 83 of the hat C are provided with the gaps 18a, 19a.
Then, the sweat removal 86 further enters the gaps 41a, 48a, 49a, and the embroidery area of the front surface portion 84 is located in the window hole 7. The depth of the covering is determined by visually observing the relative positional relationship of the back surface 85a ′ of the base portion 85a of the eaves 85 with respect to the two position confirmation members 48 and 49, as shown in FIGS. 7 and 11. Motobu 85
The process is performed until the back surface 85a 'of a contacts the receiving portions 50 of the left and right position confirmation members 48, 49. This work is done with both hands of the hat body 83
It is easy to do it by holding both sides of the. By performing the above covering, the hat C is put on the hat frame A in a predetermined position in a straight state.

Then, as is generally known, the presser foot 25 is put on the front face portion 84 of the hat, and the fastener 32 is hooked on the fastener hook 21 for tightening. In this case, as shown in FIG. 11, the contact portion 28a of the member 28 of the presser foot 25 is the surface of the base portion 85a of the eaves 85.
85a ", and the abutment portion 28a and the receiving portion 50 form the base portion.
85a is caught. Next, the front part 84 and the top part 87 of the hat C
Pushing in the direction of the arrow 91 in the vicinity of the boundary with or pulling the side surface portion 83a of the main body 83 in the direction of the arrow 93 with the left and right hands 92, 90 is repeated to extend the wrinkle of the embroidery area 84 in the hat. That is, the embroidery area is set in a state in which the window hole 7 is taut. Next, as shown in FIG. 10, the cord-like body 53 is hung on the eaves 85 and is laid in a retracted state. This completes the attachment of the hat C to the hat frame A. The hat frame A on which the hat has been attached is then removed from the holder B. To remove the cap frame A, the cap frame A may be separated from the holder B so that the abutting member 15 is pulled out between the receiving member 62 and the fitting body 71. That is, FIG. 6 (B)
When the abutting member 15 of the main body 2 is strongly pulled to the left in the state of, since the lower side of the fitting body 71 is an arc surface,
Lifted by the hole edge of the fitting hole 16, the abutting member 15 makes it possible to slip out from between the receiving member 62 and the fitting body 71.
As is well known, the hat frame A is mounted on the embroidery sewing machine by connecting the connecting tool 14 to the drive portion of the embroidery sewing machine. In this case, the proper wearing state of the hat C can be reconfirmed by visually observing the relationship between the back surface 85a 'of the eaves 85 and the position confirmation members 48 and 49. After mounting, embroidery is performed on the embroidery area 84 on the front surface as is well known. In the case of the embroidery, as described above, the contact portion 28a and the receiving portion 28a
Since the base part 85a is sandwiched between 50 and 50, it is an anchor that keeps the cap integrity to the cap frame extremely high, and the front part 84 of the cap is a thick one that gives a great resistance as the needle passes. Even if there is, the embroidery area 84 can be prevented from being displaced with respect to the window hole 7 and the embroidery can be performed accurately.

Next, when it is not required to pinch the base portion 85a of the eaves 85, such as when it is expected that the deviation does not occur or is very small when performing the embroidery, the above-mentioned The position confirmation members 48, 49 may be those configured to visually confirm the distance from the rear surface 85a 'of the eaves. In this case, the receiving portions 48a and 49a in the above description should be read as the position confirming portion, and the cap is put on the back surface 85a 'of the eave 85 and the left and right position confirming portions 48a and 49a at the same intervals. Understand what you do to depth.

Next, FIGS. 12 and 13 show different examples of the structure of the hat frame holding member. In the figure, the holding member 55e is formed in a semi-cylindrical shape so that a large through hole 59e for inserting a hand can be formed.
e is pivotally attached to the base member 56e by a pivotal fastener, for example, a screw rod 101, in order to make the connecting member 61e for connecting the hat frame obliquely upward or obliquely downward, and a fastening tool for fixing, for example, a screw with a knob. It can be fixed at a desired position by 102. Incidentally, 103 is a long hole for allowing the movement of the screw 102.

Next, FIG. 14 shows, for example, FIGS. 12 and 1 in order to equip the hat frame holder with the position confirmation members 48e and 49e.
3 is provided in the auxiliary connecting member 82e of the hat frame holding tool Be (3) (when provided in the hat frame holding tool B of FIG. 1, the auxiliary connecting member 82 of FIG. 1 is provided at the positions indicated by reference numerals 48e and 49e). In this example, when the hat Ce is attached to the hat frame Ae, the position confirmation members 48e and 49e come to a position facing the back surface of the base of the eaves 85e, and the hat frame A to which the hat Ce is attached is shown.
When removing e from the holder Be, the auxiliary connecting member 82e is arranged so that the position confirming member retracts to a position where it does not interfere.
Is attached to the engaging piece 82ae. When the hat frame holder is provided with the position confirmation member in this manner, when the hats are attached to a large number of hat frames, the hats can be positioned by using the same position confirmation members 48e and 49e at all times. In contrast, you can always wear a hat in a fixed positional relationship. Note that FIG.
In FIG. 14, parts that are functionally considered to be the same as or equivalent to those in FIGS. 1 to 11 described above are denoted by the same reference numerals as those in the above figures with the letter e added to omit redundant description.

[0018]

As described above, according to the present invention, when the cap C is attached to the cap frame A, the base frame 1 of the cap frame A is inserted into and removed from the holding member 55 in the standing state. In a state in which the shape of the base frame 1 as viewed from the direction is a semi-arcuate shape, and the window hole 7 for locating the embroidery area 84 in the front surface portion of the hat provided on the upper surface is positioned above, The holding member 55 has a feature that it can be mounted in a state where the base frame 1 projects from the front wall. Therefore, when the worker wears the cap C on the base frame 1 of the cap frame A, the operator supports both sides of the main body 83 of the cap C with both hands toward the front free end 1a of the base frame so that the cap C is in a cylindrical state. While keeping it, the embroidery area 84 selected on one surface of the tubular body of the hat is opened by the operation of inserting the cap with the opening side of the hat at the top and the embroidery area 84 being positioned at the top. There is an extremely beneficial effect in terms of work in which the frame 7 can be correspondingly matched and temporarily placed in a stable state. Therefore, thereafter, the embroidery area 84 can be immediately pressed and stopped by the presser member 28 of the presser tool 25 with both hands, which has a great effect that extremely quick work can be expected.

Moreover, when the cap C is attached to the base frame 1, the window hole 7 in the base frame 1 is located at the upper position of the base frame 1, so that there is an eaves 85 as shown in FIG. 1, for example. In the mounted state in which the embroidery area 84 on the front surface of the hat C is made to correspond to the window frame 7, the eaves 85 has a feature that it can be positioned immediately above without being biased to the left and right. This means that if the eaves 85 are unevenly distributed to the left (or right), the tubular body of the cap C may rotate left (or right) due to its weight, but it should be located in a well-balanced central position. Even if the tubular main body 83 of the hat C is released from the tubular main body 83, the tubular main body 83 does not rotate right and left, and the embroidery area 84 is fixed at an accurate position in the upper position of the window frame 7, It has an excellent effect that it can be used as a work clamp and beautiful embroidery can be applied at the correct position.

In addition, in the present invention, the holding member of the hat frame holder is made upright, and the semicircular arc-shaped rear free end of the base frame is detachably connectable to the lateral front side of the holding member. Is provided with a connecting member 61, and the connecting member 61 is a projecting abutment member 15 in a plurality of connecting elements arranged side by side on the semicircular arc-shaped rear free end of the base frame.
Are arranged side by side at positions corresponding to
A plurality of receiving members 62 protruding from the holding member 55 in a take-out manner, and a plurality of fitting bodies 71 arranged so as to be movable only in the perspective direction with respect to the receiving members 62 at the radial position of each receiving member. And each of the abutting members 15
Is formed with a fitting hole 16, and a surface of the plurality of fitting bodies 71 facing the receiving member 62 is formed into an arc surface, and each of the plurality of fitting bodies 71 faces the receiving member 62. Because of the biased configuration, the base frame 1 of the hat frame A is oriented so that the shape of the base frame 1 as viewed from the inserting / removing direction of the hat C becomes a semi-circular shape with respect to the holding member 55 in the standing state, Further, with the window hole 7 for locating the embroidery area 84 in the front surface portion of the hat provided on the upper surface being located at the upper portion, and further, the holding member.
When the base member 1 is mounted in a state in which the base frame 1 projects from the front wall at 55, when the abutting member 15 is inserted between the upper surface of the receiving member 62 and the fitting body 71, the fitting of the respective abutting members is performed. With the arcuate surface of the fitting body 71 in contact with the hole edge of the fitting hole 16, the fitting body 71 falls into the fitting hole 16,
There is an effect of transmitting a tactile sensation to the operator, and on top of that, the fitting hole 16 of the abutment member is prevented from levitating upward and moving forward and backward. It has the feature of positioning and fixing members at the same time. As a result, there is an effect that it is possible to mount the holding member 55 in a standing state in a state where the central axis of the base frame 1 of the hat frame A is accurately orthogonal to the front surface of the holding member 55. If the center axis of the base frame 1 of the hat frame A is obliquely (unsuitably) attached to the front surface of the holding member 55 in the standing state, the semicircular arc-shaped rear side of the base frame can be freely moved. The fitting body 71 does not fall into the fitting holes 16 associated with the plurality of connecting elements arranged side by side, and the tactile feeling is
Alternatively, there is an effect that the inappropriateness of fitting can be visually notified.

Further, according to the present invention, with the above-mentioned configuration, when the base frame 1 is removed from the holding member 55 in the standing state, the base frame 1 is simply removed from the holding member 55.
It has a working feature that the base frame 1 can be easily and quickly pulled out from the holding member 55 simply by pulling it out with force. That is, in the state where the contact member 15 is inserted toward the upper surface of the receiving member 62, the fitting holes 1 of the respective contact members 1
Since the fitting body 71 falls into the fitting hole 16 with the arc surface of the fitting body 71 in contact with the hole edge of 6, the positioning and fixing of the abutting member is performed. The plurality of abutting members 15, 15 arranged side by side on the arc-shaped rear free end are respectively strongly pulled out toward the left direction in FIG. 6B to correspond to the abutting members 15, 15 respectively. The fitting bodies 71, 71 float at the same time and contact members 15, 15
Is allowed, and the work of removing the base frame 1 is made efficient.

Further, in the present invention, each of the fitting members 71 arranged movably in the perspective direction with respect to the receiving member 62 at the radial position of the receiving member 62 has the holding member 55.
The support member 66 protruding from the elastically moves the receiving member 62 in the radial direction, but does not move the contact member 15 in the advancing / retreating direction. Even if it is moved back and forth, there is no risk that the fitting body 71 will move in the forward and backward direction thereof, and it will always fit into the fitting hole 16 of the abutting member 15 at a fixed position, and the holding member 55.
There is an effect that the central axis of the base frame 1 of the hat frame A can be attached and held in a state where the central axis of the base frame 1 is accurately orthogonal to the front surface of

[Brief description of drawings]

FIG. 1 is a perspective view showing a state before a hat frame is attached to a hat frame holder.

FIG. 2 is a perspective view showing a mounted state.

FIG. 3 is a view showing a front surface of a hat frame and a hat.

FIG. 4 is an exploded perspective view of a position confirmation body.

FIG. 5 is a vertical sectional view of a stopper.

6A and 6B are vertical cross-sectional views showing a process of connecting a connecting portion to a connecting member.

FIG. 7 is a plan view showing how the hat is positioned.

FIG. 8 is a vertical cross-sectional view illustrating a wrinkle-extending state of the embroidery area.

FIG. 9 is another vertical cross-sectional view showing a wrinkle-extending state of the embroidery area.

FIG. 10 is a side view showing a state in which the eaves are retracted.

11 is a sectional view taken along line XI-XI in FIG.

FIG. 12 is a perspective view showing another embodiment of the hat frame holder.

FIG. 13 is a side view showing a state in which the hat frame holder is tilted.

FIG. 14 is a plan view showing an example in which the location of the position confirmation member is different.

[Explanation of symbols]

A hat frame B Hat frame holder C hat 55 Holding member 56 base members 59 through hole 61 Connecting member

─────────────────────────────────────────────────── ─── Continuation of the front page (56) References JP-A-2-251662 (JP, A) JP-A-1-229858 (JP, A) JP-B 59-36024 (JP, B1) JP-B 7- 18381 (JP, Y1) Patent 3289156 (JP, B2) Patent 3289157 (JP, B2) Patent 3219891 (JP, B2) Patent 2958946 (JP, B2) (58) Fields investigated (Int.Cl. ⁷ , DB name) D05C 9/04-9/06 D05B 39/00

Claims (2)

(57) [Claims] 1. The structure of the upper surface member of the base frame is formed in a semi-circular shape when viewed from the inserting / removing direction of the hat in order to receive the embroidery area in the front surface portion of the hat, and the upper surface of the cap member is formed. A window hole is provided to surround the embroidery area on the front surface, and the surrounding area is surrounded by a receiving portion. The embroidery area on the front surface of the hat to be put on the base frame from the front free end side is received. The embroidery area around the window hole, and the peripheral portion of the embroidery area is pressed against the receiving portion around the window hole by the pressing member of the retainer to secure the receiving portion around the window hole. A cap frame holder for holding a cap frame which is fixed around the embroidery area on the front surface of the cap, and the cap frame holder has a structure in which the cap member holding member is set up. And the front side of the side of the holding member , The rear free end of the base frame in the hat frame is in a projecting state in which the front free end of the base frame is farthest from the front wall of the holding member, and the shape of the base frame seen from the front free end direction is With the orientation of the semi-circular shape, and with the window hole positioned at the upper part, the embroidery area on the front part of the hat can be covered over the window hole from the front free end side of the base frame. A connecting member for detachably connecting the semi-circular rear free end of the base frame to the front side of the member is provided, and the connecting member is a semi-circular rear free end of the base frame. A plurality of receiving members that are juxtaposed from the holding member and that are arranged side by side at positions corresponding to the projecting abutment members of the plurality of connecting elements that are juxtaposed to each other; At the radial position of each receiving member, And a plurality of fitting bodies that are arranged so as to be movable only in the perspective direction, respectively, and further, a fitting hole is formed in each of the abutting members, while the receiving members of the plurality of fitting bodies are provided. The surface opposite to
While being formed in an arcuate surface, each of the plurality of fitting bodies is biased toward the receiving member, and when the abutting member is inserted toward the upper surface of the receiving member, each abutting member is The fitting frame falls into the fitting hole in a state where the arc surface of the fitting body is in contact with the hole edge of the fitting hole, and the fitting member is positioned and fixed. Holding device. 2. The upper surface member of the base frame is formed in a semi-circular shape as viewed from the inserting / removing direction of the cap in order to receive the embroidery area on the front surface of the cap, and the upper surface of the cap member is formed. A window hole is provided to surround the embroidery area on the front surface, and the surrounding area is surrounded by a receiving portion. The embroidery area on the front surface of the hat to be put on the base frame from the front free end side is received. The embroidery area around the window hole, and the peripheral portion of the embroidery area is pressed against the receiving portion around the window hole by the pressing member of the retainer to secure the receiving portion around the window hole. A hat frame holder for holding a hat frame which is fixed around the embroidery area on the front surface of the hat, and the hat frame holder has a structure in which the holding member in the hat frame holder is formed in a standing shape. And the front side of the side of the holding member , The rear free end of the base frame in the hat frame is in a projecting state in which the front free end of the base frame is farthest from the front wall of the holding member, and the shape of the base frame seen from the front free end direction is With the orientation of the semi-circular shape, and with the window hole positioned at the upper part, the embroidery area on the front part of the hat can be covered over the window hole from the front free end side of the base frame. A connecting member for detachably connecting the semi-circular rear free end of the base frame to the front side of the member is provided, and the connecting member is a semi-circular rear free end of the base frame. A plurality of receiving members that are juxtaposed from the holding member and that are arranged side by side at positions corresponding to the projecting abutting members of the plurality of connecting elements that are juxtaposed with each other. Fitting body support protruding from the holding member in a take-out shape A plurality of supporting members for use, and a fitting body supported by radial holes in the supporting members so as to be movable only in the perspective direction with respect to the receiving members at the radial positions of the receiving members. Further, a fitting hole is formed in each of the abutting members, while a surface of the plurality of fitting bodies facing the receiving member is
While being formed in an arcuate surface, each of the plurality of fitting bodies is biased toward the receiving member, and when the abutting member is inserted toward the upper surface of the receiving member, each abutting member is The fitting frame falls into the fitting hole in a state where the arc surface of the fitting body is in contact with the hole edge of the fitting hole, and the fitting member is positioned and fixed. Holding device.