JP3162241U - Angle adjustable flag holder - Google Patents

Abstract

An angle-adjustable flag holder that is attached to an in-store fixing member such as a pachinko hall is provided. SOLUTION: A bracket B and a flag pole receiving socket 10 which are attached to an in-store fixing member M, and a protractor 12 is integrally suspended from an attachment seat 11 of the bracket, and a proximal end of the socket is connected to the center of the protractor. Along the arc trajectory that keeps a constant turning radius from the center of the protractor, and a number of notches 20 that become a division scale and a fixed number of notches 20 On the other hand, while the fraction display 21 is provided at intervals, an operation piece 26 penetrating and traversing from the middle portion of the socket to the rotation guide slot of the protractor is integrally extended, and a part of the operation piece facing the notch is formed. As the pointer 27, it was determined to be detachably locked to the notch of the protractor. [Selection] Figure 1

Description

  The present invention is used to revitalize the atmosphere in stores such as pachinko halls and mass merchandise stores such as shopping supermarkets, as POP advertisements to inform customers of campaign information and product information, etc. The present invention relates to an angle-adjustable flag holder that is attached to a display stand or other in-store fixing member.

  In order to use this type of customer attracting and product sales promotion, the replaceable type described in Patent Documents 1 and 2 is known as an angle-adjustable flag stand tool that is attached to a fixed member in the store. There are very few options for adjusting the mounting angle, and in the configuration described in Patent Document 2, a flag pole (rod-like body) is formed from the outer hole (7) of the outer plate (3) to the inner hole (10) of the inner plate (4). Since (2) must be replaced, it is very bothersome and troublesome, and the stability of the inserted state is also poor.

  On the other hand, Patent Documents 3 and 4 describe rotating flag stands, and any of them is a publicly known technique that approximates the present invention in that the mounting angle of the flagpole can be adjusted by rotating operation. It can be said that.

Utility Model Registration No. 3092036 JP 2006-71867 A JP 2001-67032 A Utility Model Registration No. 3107420

  However, all of the flag stand tools described in Patent Documents 3 and 4 stand as one large flag (national flag) outdoors, and do not fall off even when subjected to strong winds. As a result of being assembled with high strength using parts, as a flag stand device for orderly attaching a large number of small flags for each gaming machine or product display stand like the present invention, it was said that the above-mentioned outdoor one was diverted It is too expensive and cannot produce a mass production effect, and the interior decoration effect cannot be achieved.

  Furthermore, even if the flag pole mounting member (adjustment seat) can be rotated with respect to the bracket (fixed seat) in the configuration of the flag holder, there are no characters, figures or symbols indicating the rotation angle. Because there is no such thing as a tool to stand that one large flag (national flag) outdoors, it is a flag that neatly attaches many small flags to the in-store fixing member as in the present invention for each gaming machine or each product display stand When applied as a standing tool, it is extremely difficult to adjust and maintain all the mounting angles of the flagpoles, which requires a lot of time and labor.

  The present invention aims to drastically solve such problems, and in order to achieve the object, in claim 1, a bracket attached to an amusement machine, its installation island, a product display stand, and other in-store fixing members; Consists of a socket with a certain depth of flagpole,

  The protractor for flag pole receiving socket is integrally suspended from the mounting seat of the bracket, and the base end portion of the flag pole receiving socket is pivotally attached to the central portion which becomes the reference point of the protractor, so that it can be freely rotated,

  Proportional display consisting of a single slotted guide slot, a number of notches that form a division scale, and letters, figures, or symbols at regular intervals along an arc trajectory that maintains a constant turning radius from the center of the protractor. While arranging

  An operation piece that penetrates and traverses from the middle part of the flagpole receiving socket to the rotation guide slot of the protractor is integrally extended, and the part of the operation piece that faces the notch can be used as a guide to freely engage and disengage to the notch of the protractor. It is characterized in that it is determined to be locked.

  Further, in claim 2, the arc plate wall is projected by a certain band width and plate thickness from between the arc edge portion of the protractor and the rotation guide slot cut out in parallel therewith, and the wall thickness is increased.

  While engraving a large number of notches that become scales along the inward corner side arc edge of the arc plate wall correspondingly corresponding to the protruding corner side opening edge of the rotation guide slot,

  Similarly, along the opening corner edge of the corner of the turning guide long hole, a proportion display distributed correspondingly with the notch is provided.

  In claim 3, both the bracket and the flag pole receiving socket are integrally formed from a synthetic resin, and the pivot shaft is projected from either the central portion of the protractor in the bracket or the base end portion of the flag pole receiving socket. A bearing boss is formed on the other side,

  The rotating pivot and its bearing boss are inserted and fitted so as to be freely inserted and removed.

  According to a fourth aspect of the present invention, one end portion of the rotation guide long hole that opens in the protractor is used as an insertion / removal opening for the operation piece of the flag pole receiving socket, and is communicated by being cut out wider than the opening width of the rotation guide long hole. To do.

  In claim 5, the flag socket receiving socket is integrally formed from a transparent or translucent synthetic resin into a bottomed funnel shape whose diameter gradually increases toward the tip, and a large number of apertures are distributed in the circular body surface. It was made to be characterized.

  In claim 6, the protractor of the bracket is formed in a substantially fan shape, and a single rotation guide slot, a large number of notches and a degree display are provided in a rotation angle range of about 90 degrees. It is characterized by that.

  Further, in claim 7, the protractor of the bracket is formed in a substantially semicircular shape, and the notch and the degree display of the rotation guide elongated hole and the division scale are displayed only in the rotation angle range of about 180 degrees. It is characterized by being arranged.

  According to the said structure of Claim 1, there exists an effect which can solve the subject of the prior art described at the beginning easily. In other words, when a large number of the flag holders of the present invention are systematically attached to the in-store fixing member of an amusement store or merchandise store for each gaming machine or product display stand, the degree carved in the protractor of the bracket is used. Not only the notch used as a scale, but also the degree indicator of letters (numbers), figures, or symbols given at regular intervals. Can be adjusted and maintained evenly without errors, and the workability of the store clerk and the interior decoration / advertisement effect are remarkably excellent.

  In particular, if the configuration of claim 2 is adopted, in the assembled state in which the operation piece protruding from the middle part of the flagpole receiving socket is passed through the rotation guide elongated hole of the protractor, the pointer protruding from the operation piece is provided. It becomes possible to be locked to the notch of the division scale carved in the arc plate wall as a corresponding positional relationship that faces each other accurately, and it has excellent fixing force and stability in the angle adjustment state.

  If the structure of Claim 3 is employ | adopted, the bracket of a synthetic resin molded product and the flag socket receiving socket of a synthetic resin molded product can be assembled easily and reliably without the need of a tool, and either one of the pivot axes With the fulcrum as a fulcrum, there is an effect that the other can be kept in a state where it can be rotated.

  If the structure of Claim 4 is employ | adopted, when assembling with the protractor of the bracket, the operation piece which protrudes from the middle part of a flag pole receiving socket penetrates and traverses to the rotation guide long hole of the protractor, and when the rotation guide is assembled, the rotation guide The above operation piece can be easily inserted and penetrated through a wide opening / closing port for the operation piece opened at one end of the long hole, and the workability of assembly and disassembly is further improved.

  If the configuration of claim 5 is adopted, the flag pole receiving socket is made of a transparent or translucent synthetic resin and can be used without being conspicuously attached to the in-store fixing member. This also has the effect of easily extracting foreign matter such as.

  If the structure of Claim 6 or Claim 7 is employ | adopted, it can ensure that it can adjust the attachment angle of the flag pole receiving socket and the flag pole inserted and used to this as much as possible, and it can be attached to an in-store fixing member. On fixing, there is an effect that the posture of the flag stand is not restricted.

It is a front view which shows the use condition of the flag stand tool which concerns on this invention. It is a front view which similarly shows the assembly state of a flag holder. FIG. 3 is a sectional view taken along line 3-3 in FIG. 2. It is sectional drawing of the state which pressed the operation piece of the flag pole receiving socket from FIG. 3 toward the center direction of the protractor. It is a perspective view which extracts and shows the bracket of a flag stand tool. FIG. 6 is a front view of FIG. 5. FIG. 7 is a rear view of FIG. 6. FIG. 7 is a plan view of FIG. 6. FIG. 7 is a right side view of FIG. 6. FIG. 10 is a cross-sectional view taken along line 10-10 in FIG. 6. It is the 11-11 line sectional view of FIG. It is a perspective view which extracts and shows the flag socket receiving socket of a flag stand tool. It is a front view of FIG. FIG. 14 is a plan view of FIG. 13. FIG. 13 is a bottom view. FIG. 14 is a side view of FIG. 13. FIG. 17 is a cross-sectional view taken along line 17-17 in FIG. 13. It is a front view corresponding to FIG. 2 which shows the deformation | transformation embodiment of the flag stand tool which concerns on this invention. It is a side view which illustrates the use condition different from FIG. 1 of this invention. FIG. 20 is a front view of FIG. 19. It is a 21-21 line sectional view of Drawing 20.

  Hereinafter, the specific configuration of the present invention will be described in detail with reference to the drawings. The flag holder of the present invention uses a small flag (F) on which various customer information such as campaign information and product information is displayed, a gaming machine and its It is assembled as shown in FIGS. 1 to 4 from two parts, a bracket (B) and a flag pole receiving socket (10), which are used to attach to the installation island, product display stand, and other in-store fixing members (M). .

  First, the bracket (B) has a rectangular seat (for example, a short side of about 30 mm × a long side of about 70 mm × a plate thickness of about 3 mm) as shown in FIGS. And a protractor (12) which is continuously suspended from the eccentric line parallel to the surface, and is integrally molded from an acrylic resin or styrene resin, preferably polycarbonate, or other transparent or translucent rigid thermoplastic resin. However, it may be integrally formed from various opaque colored synthetic resins.

  However, the protractor (12) has a size and shape (fan shape) obtained by dividing a circle drawn under a constant turning radius (for example, about 60 mm) into four equal parts, and has an arc edge (13). is doing. The thickness of the protractor (12) is about 2 mm as an example.

  The mounting seat (11) of the bracket (B) is fixed to the in-store fixing member (M) by a double-sided adhesive tape or / and a plurality of tapping screws or nails not shown. (14) is a through hole for receiving a plurality of screws, nails and the like distributed in the mounting seat (11).

  (15) is a single pivot that is continuously extended laterally from the center (O) serving as the reference point of the protractor (12) in the bracket (B) toward the center of the mounting seat (11). There is a slit (16) for calibrating the aperture as shown in FIGS.

  (17) is a rotation guide oblong hole with a constant opening width (S1) (for example, about 4 mm) extending in parallel with the arc edge (13) of the protractor (12), and the center of the protractor (12) The portion (O) is notched along an arc locus that maintains a constant turning radius (for example, about 40 mm).

  However, as is clear from FIGS. 5 to 7, the pivot guide slot (17) has a flag pole receiving socket only at one end portion that forms a boundary between the mounting seat (11) and the protractor (12) that is suspended from the mounting seat (11). As an operation piece outlet / outlet (18) to be described later in (10), it is notched and communicated with a slightly wider width (S2) (for example, about 6 mm).

  (19) is the same as that of FIG. 5 and FIGS. 9 to 11 from between the arc edge (13) of the protractor (12) and the protruding corner side opening edge (17a) of the rotation guide slot (17). As shown in the figure, the thickened arc plate wall is projected in a lateral direction opposite to the projecting direction of the pivot shaft (15) by a certain band width (W) (for example, about 7 mm) and plate thickness (T) (for example, about 2 mm). A large number of notches (20) serving as a scale along the inward corner side arc edge portion (19a) correspondingly corresponding to the protruding corner side opening edge portion (17a) of the rotation guide elongated hole (17) Is carved. Each notch (20) has, for example, a notch depth of about 2 mm and a notch width of about 2 mm.

  In this case, the arcuate plate wall (19) in which the protractor (12) is thickened by a certain band width (W) and plate thickness (T), the pivot guide oblong hole is apparent from FIGS. The operation piece outlet / inlet (18) forming one end of (17) is not reached, and the inlet / outlet (18) is kept in a wide (S2) open state.

  In the illustrated embodiment, the protractor (12) is formed in a substantially fan shape, and a rotation angle range (θ) of about 90 degrees with a large number of notches (20) serving as the division scales at a fixed interval of 5 degrees. Only carved.

  (21) is a degree display corresponding to the notch (20) which becomes the above-mentioned degree scale, and in the case of the illustrated embodiment, characters (numbers) distributed from “10 °” to “90 °” as shown in FIGS. ) Is provided along the entrance corner side opening edge (17b) of the rotation guide long hole (17) in the protractor (12). Therefore, by reading the characters, it is possible to know at a glance the mounting angle of the flagpole, which will be described later, and its adjustment angle.

  However, as long as such a purpose can be achieved, as the degree display (21), a figure such as a triangle or a symbol such as an arrow may be adopted instead of the above characters (numbers), and the distribution specification thereof may be used. If the interval is constant, for example, “0 °”, “30 °”, “60 °”, “90 °”, etc. There is no problem.

  Furthermore, the installation location of the above-mentioned degree display (21) is not limited to the relational position parallel to the entrance corner side opening edge (17b) of the rotation guide long hole (17) as in the illustrated embodiment, For example, it may be given to the arc plate wall (19) as a relational position parallel to the arc edge (13) of the protractor (12).

  In the case of the illustrated embodiment, simultaneously with the molding of the bracket (B) including the protractor (12), the degree display (21) is integrally formed, but such a degree display (21) is printed. A separate seal or the like may be applied to the above-mentioned portion of the protractor (12).

  Next, the flag pole receiving socket (10) is made of the same or different rigid synthetic resin as that of the bracket (B), and has a bottomed cylindrical shape with a constant depth (D) (for example, about 90 mm), preferably FIGS. Is integrally formed in a bottomed funnel shape in which the diameter gradually increases toward the tip, and has a thickness of about 1.5 mm to about 2.0 mm, for example.

  The flag pole receiving socket (10) of the illustrated embodiment is transparent or translucent like the bracket (B), so that it is safe and colorless, so that it does not cause a sense of incongruity with the design of the in-store fixing member (M), the coloring color, or the like. Although it can be used, a colored color different from that of the bracket (B) may be applied. This is also true for the bracket (B).

  (22) is a conical guide surface that forms the tip of the flagpole receiving socket (10), and is widened to easily receive the flagpole (23). The diameter of the conical guide surface (22) is about 20 mm as an example, and the diameter at the opposite base end is about 7 mm. (24) is a large number of elongated holes distributed in the circular body surface of the flag pole receiving socket (10), and is useful for discharging dust and reducing the weight.

  Similarly, (25) is a bearing boss continuously protruding from the base end of the flag pole receiving socket (10), and extends along a direction perpendicular to the longitudinal direction of the socket (10). In the bracket (B), the pivot (15) protruding from the central portion (O) of the protractor (12) is detachably inserted and fitted.

  In that case, the projecting tip of the pivot shaft (15) may be contracted to the closed state of the split groove (16), and the bearing boss (25) of the flag pole receiving socket (10) may be inserted and fitted. In this case, the bearing boss (25) is kept in a state of being prevented from coming off, but can be intentionally extracted and disassembled again.

  In contrast to the illustrated embodiment, the pivot (15) extends from the base end of the flag pole receiving socket (10), while its bearing boss (25) extends to the center of the protractor (12) ( O) may be correspondingly overhanged, and may be removably inserted and fitted.

  In any case, the flag socket receiving socket (10) assembled with the bracket (B) by such insertion fitting projects from the protractor (12) of the bracket (B) as suggested in FIGS. The pivoting axis (15) can be pivoted by a pivoting angle range (θ) of about 90 degrees.

  (26) is from the midway part of the flag pole receiving socket (10) positioned corresponding to a constant turning radius from the central part (O) serving as the reference point of the protractor (12) to the turning guide slot (17), As shown in FIGS. 3, 4, 12, and 15, the protractor (12) is continuously stretched by a certain length (L) (for example, about 15 mm) in the lateral direction penetrating the rotation guide slot (17). This is an operation piece that is put out, and a free tip protruding from the rotation guide elongated hole (17) to the installation side of the notch (20) is exposed to the storefront of an amusement store or a merchandise store. With a picking tool (for example, pliers or micropliers) instead of the fingertip, a pressing operation is performed toward the center of the protractor (12) to bend and deform elastically.

  In addition, a portion of the protractor (12) facing the notch (20) formed in the arcuate plate wall (19) is formed in a convex shape by the operation piece (26) penetrating and traversing the rotation guide slot (17). The guide (27) protrudes in a direction opposite to the pressing direction, and is in an urging state in which the notch (20) is always engaged and locked.

  That is, the pointer (27) protruding from the operation piece (26) of the flag pole receiving socket (10) engages and locks with the notch (20) located at the “10 °” partial scale position as shown in FIG. If the projecting tip of the operating piece (26) is pressed toward the center of the protractor (12) as shown by the arrow in FIG. 3, the operating piece (26) is free as shown in FIG. Since the convex pointer (27) is elastically bent and deformed from the tip portion and is detached from the notch (20), the operating piece (26) is rotated as it is pressed, and the pointer ( 27) may be locked to another notch (20) at a scale of 60 degrees, for example, and the rotation angle of the flag pole receiving socket (10) is changed by performing such switching. Adjust it.

  In that case, when the pressing operation of the operation piece (26) is released, the convex pointer (27) is restored to the state of being engaged and locked to the notch (20), and the flag pole receiving socket (10) is restored. The rotation angle and, in turn, the mounting angle of the flagpole (23) can be fixed and maintained in the desired adjustment state.

  When the operation piece (26) protruding from the middle part of the flag pole receiving socket (10) passes through the rotation guide slot (17) cut out in the protractor (12) of the bracket (B). As described above, when assembling the middle part of the flag pole receiving socket (10) and the protractor (12) of the bracket (B), the protractor (12) is pivoted about the pivot (15). The operation piece (26) of the socket (10) is inserted and penetrated into a wide (S2) operation piece insertion / removal port (18) communicating with one end of the rotation guide long hole (17). This is because the outlet / outlet (18) has a wide width (S2) so that not only the operation piece (26) but also the pointer (27) protruding therefrom can be smoothly received.

  Thereafter, if the operation piece (26) of the socket (10) is pressed in the central direction of the protractor (12) as described above, and the operation piece (26) is not elastically bent and deformed, it protrudes therefrom. Since the pointer (27) interferes with the arc corner edge portion (19a) of the arc corner plate wall (19), the socket (10) is rotated along the rotation guide slot (17) of the protractor (12). And the projecting pointer (27) of the operation piece (26) cannot be detachably engaged with the notch (20) serving as the division scale of the protractor (12). .

  However, in this case, due to an excessive pressing operation of the operation piece (26) from which the pointer (27) protrudes, the operation piece (26) returns from the rotation guide slot (17) of the protractor (12). With respect to the possibility of slipping, the retaining piece (28) which is taller than the pointer (27) from the position of the operation piece (26) of a certain length (L) which protrudes from the pointer (27) toward the leading end side. Can be reliably prevented by protruding as shown in FIGS.

  The operating piece (26) can be inserted and penetrated to the retaining piece (28) only at the wide (S2) operating piece outlet / outlet opening (18) opened at one end of the rotation guide elongated hole (17). It is sufficient if the pressing operation is released and the pressing operation is released after the through crossing. If such operations are performed in the reverse order, the operation piece (26) of the socket (10) can be intentionally extracted and disassembled from the operation piece outlet / outlet (18) of the protractor (12).

  It should be noted that the operation piece (26) of the socket (10) is prevented from being excessively inserted and penetrated into the rotation guide elongated hole (17) of the protractor (12) and the operation piece outlet / outlet (18). Therefore, the regulating piece (29) parallel to the operation piece (26) is continuously projected from the middle part of the circular body surface of the socket (10), and the protractor (12) is thickened at the protruding tip. The arc plate wall (19) may be determined so as to hit from behind.

  FIG. 1 exemplifies the state of use of the present invention attached to a fixing member (M) existing in a game store such as a pachinko hall, where the in-store fixing member (M) is each gaming machine itself or a gaming machine installation island. This means the upper front and side surfaces (both vertical surfaces), the top surface (horizontal surface), and other inclined surfaces corresponding to the gaming machines in line. That is, the flag holder of the present invention is attached and used as a large number corresponding to each gaming machine.

  In addition, a large number of small flags (F), which are POP advertisements that display campaign information and event information useful for attracting customers at amusement stores, introduction information about new gaming machines, and other various information, are prepared and prepared in advance. .

  Therefore, when using the flag holder of the present invention, the mounting seat (11) of the bracket (B) is attached to the in-store fixing member (M), such as a double-sided adhesive tape or / and a tapping screw or nail not shown. Fixed by. In this regard, the in-store fixing member (M) in FIG. 1 shows the upper front (vertical surface) of the gaming machine installation island.

  Since the protractor (12) of the bracket (B) and the flag pole receiving socket (10) assembled with the protractor (B) are then rotated in the direction of the arrow in FIG. 2 with the center (O) of the protractor (12) as a fulcrum. In that process, the protruding tip of the operation piece (26) passing through and traversing from the middle part of the socket (10) to the rotation guide slot (17) of the protractor (12) 3 or 4 is pressed toward the center of the protractor (12) as shown in FIGS. 3 and 4 by a fingertip or a picking tool instead thereof, and is elastically bent and deformed. The convex pointer (27) of the operation piece (26) ) Is kept detached from the notch (20) which is a minute scale.

  Then, if the flag pole receiving socket (10) is rotated to a target position on a scale with a desired degree indication (21) of "60 °", for example, as shown by a solid line in FIGS. The pressing operation hand of the operation piece (26) is released. Then, the convex pointer (27) of the operation piece (26) engages and locks with the notch (20) serving as the scale of the target position, so that it is inserted into the flag pole receiving socket (10) and used. The attachment angle of the flagpole (23) can be fixed and maintained at “60 °”, and the attachment angle of the flagpole (23) can be adjusted by performing the same operation.

  In this case, the protractor (12) of the bracket (B) includes not only the notch (20) serving as the scale, but also a specific character (number), figure, or symbol that can be recognized at a glance. Since the degree display (21) is also given to the distribution state at regular intervals, in the case of a flag stand tool that needs to be used in an orderly manner for each gaming machine lined up in the game store as in the present invention, its flagpole The mounting angle of (23) can be easily adjusted and maintained without error as a uniform one by visual observation of the above-mentioned fraction display (21), and the work efficiency and the decoration / advertisement effect in the amusement shop are remarkably improved.

  1-17, the protractor (12) of the bracket (B) has a substantially fan shape, and a number of rotation guide slots (17) and a number of division scales are formed on the protractor (12) of the bracket (B). The notch (20) and the fraction display (21) consisting of letters (numbers) are arranged and installed for a rotation angle range (θ) of about 90 degrees, but the top surface of each gaming machine itself and its gaming machine installation As is apparent from the modified embodiment of FIG. 18 corresponding to FIG. 2, the flag stand device for fixing and using the mounting base (11) of the bracket (B) to the top surface of the island, other horizontal surfaces, and inclined surfaces is also apparent. The protractor (12) of the bracket (B) is formed in a substantially semicircular shape, and a single rotation guide slot (17) along an arc locus that maintains a constant rotation radius from the center (O). And a large number of notches (20) and a fraction display (2 ) Was placed approximately 180 degrees of the rotation angle range (theta) only sequences, may be configured to the flagpole receiving socket (10) can be the rotation angle range (theta) as wide turning operation.

  In the illustrated embodiment, the flag stand bracket (B) and the flag pole receiving socket (10) are both integrally formed of synthetic resin, but either or both of them are cast from metal or plastically processed. It can be produced by such means.

  Further, the flag stand of the illustrated embodiment directly fixes the mounting seat (11) of the bracket (B) to the in-store fixing member (M) by double-sided adhesive tape, tapping screws, nails or the like. However, as shown in another variant embodiment of FIGS. 19 to 21 corresponding to FIGS. 1 to 17, a separate large base base (30) facing directly to the in-store fixing member (M) in the same manner as described above. The mounting seat (11) of the bracket (B) can be removably inserted and locked to the first channel groove rail (locking hook) (31).

  Reference numeral (32) denotes second channel groove rails (locking hooks) facing each other arranged in a row on the base table (30). Here, an elastic clip (e.g., a substantially isosceles triangle section having a mounting seat (33)). A so-called catcher (34) is also inserted and locked so as to be freely inserted and removed, and another advertising plate (P) on which campaign information similar to the small flag (F) and other various customer information are displayed, etc. As shown in FIGS. 20 and 21, the elastic clip (34) can be used for clamping.

  The bracket (B) mounting seat (11) in the flag stand device of the present invention extends and extends longer than the protractor (12) and can be clamped by an elastic clip (catcher) (34) such as the advertising plate (P). Can be integrally formed as a state attached to the extension of the mounting seat (11), and this is also included in the present invention.

  In addition, since the other structure in various modified embodiment of FIGS. 19-21 is substantially the same as the said embodiment of FIGS. 1-17, the corresponding code | symbol with FIGS. 1-17 is entered in the FIGS. Therefore, the detailed description is omitted.

(10) Flag socket receiving socket (11) Mounting seat (12) Protractor (13) Arc edge (14) Through hole (15) Rotary pivot (16) Split groove (17) Guide long hole (17a) ・ Outside corner opening edge (17b) ・ Inside corner opening edge (18) ・ Inlet / outlet for operation piece (19) ・ Arc plate wall (19a) ・ Inside corner arc edge (20 ) · Notch (21) · Proportion display (22) · Conical guide surface (23) · Flagpole (24) · Hole (25) · Bearing boss (26) · Operation piece (27) · Pointer (28) · Drop Stop piece (29), Restriction piece (30), Base stand (31), First channel groove rail (32), Second channel groove rail (33), Mounting seat (34), Elastic clip (Catcher)
(B) · Bracket (D) · Depth (F) · Small flag (L) · Length (M) · In-store fixing member (O) · Center (P) · Advertising plate (S1) (S2) · Opening Width (T), plate thickness (W), band width (θ), rotation angle range

Claims (7)

It consists of a bracket attached to an amusement machine, its island of installation, a product display stand, and other in-store fixing members, and a flag socket receiving socket of a certain depth.
The protractor for flag pole receiving socket is integrally suspended from the mounting seat of the bracket, and the base end portion of the flag pole receiving socket is pivotally attached to the central portion which becomes the reference point of the protractor, so that it can be freely rotated,
Proportional display consisting of a single slotted guide slot, a number of notches that form a division scale, and letters, figures, or symbols at regular intervals along an arc trajectory that maintains a constant turning radius from the center of the protractor. While arranging
An operation piece that penetrates and traverses from the middle part of the flagpole receiving socket to the rotation guide slot of the protractor is integrally extended, and the part of the operation piece that faces the notch can be used as a guide to freely engage and disengage to the notch of the protractor. An angle-adjustable flag holder characterized by being fixed to the From the arc edge of the protractor and the rotation guide slot cut out in parallel with this, the arc plate wall is projected by a certain band width and plate thickness, and the wall thickness is increased.
While engraving a large number of notches that become scales along the inward corner side arc edge of the arc plate wall correspondingly corresponding to the protruding corner side opening edge of the rotation guide slot,
The angle-adjustable flag stand device according to claim 1, wherein a degree of distribution correspondingly distributed with the notch is provided along the corner opening edge of the turning guide slot. Both the bracket and the flagpole receiving socket are integrally molded parts made of synthetic resin, and the pivot is pivoted from either the central portion of the protractor in the bracket or the base end of the flagpole receiving socket, and the other is a bearing. Form the boss correspondingly,
2. The angle-adjustable flag stand device according to claim 1, wherein said pivot shaft and its bearing boss are inserted and fitted so as to be freely inserted and removed.   2. One end of a rotation guide long hole that opens to the protractor is used as a slot for receiving and operating a flag pole receiving socket, and is communicated by being cut out wider than the opening width of the rotation guide long hole. Flag holder with adjustable angle as described.   The flag socket socket was integrally molded from a transparent or translucent synthetic resin into a bottomed funnel shape whose diameter gradually increased toward the tip, and a large number of holes were distributed in the circular body surface. The flag stand device with adjustable angle according to claim 1.   The protractor of the bracket is shaped into a fan shape, and a single rotation guide slot, a large number of notches and a division display are arranged in a rotation angle range of about 90 degrees. An angle-adjustable flag holder according to claim 1.   The protractor of the bracket is shaped into a semi-circular shape, and a single rotation guide slot, a large number of notches that serve as scales, and a degree display are arranged for a rotation angle range of about 180 degrees. An angle-adjustable flag holder according to claim 1.

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