JP4757600B2 - Coffin handle device and coffin - Google Patents

Description

  The present invention relates to a heel handle device and a heel.

Regarding the assembly of the dial lock to the handle device of the bag, what has been conventionally proposed in the suitcase described in Patent Document 1 is known. In this conventional example, a handle case for retractably storing a pair of legs formed on the handle is provided near the shoulder of the suitcase, and a wire lock is attached by utilizing a dead space generated between the legs to be stored. Is done. The handle case includes, for example, a pair of leg holes into which the legs are put in and out, a recess formed slightly below a portion sandwiched between the leg holes, and a lid that covers the recess. It is formed by covering the wire lock fitted in the recess with a lid. This wire lock is a so-called dial lock that inputs a password necessary for the locking / unlocking operation according to the rotational position of the three dials, and the outside of the suitcase is formed by a dial operation window opened between the leg holes of the handle case. The number can be adjusted using the dial.
Utility Model Registration No. 3099512

  However, the conventional example has a drawback that the dial panel is easily operated erroneously. That is, the three dial panels are arranged side by side so as to be substantially continuous on a straight line connecting a pair of leg holes, while the handle is a grip portion above the dial operation window in a state where the legs are stored in the handle case. Therefore, it is easy to rotate the dial board by mistake when trying to grasp the grip part to pull out the handle.

  This erroneous operation can be eliminated, for example, by increasing the distance between the dial board and the handle grip in the storage state.For this reason, increasing the protruding dimension of the handle from the suitcase in the storage state is an obstacle. In the case where the dial board, that is, the dial lock is embedded deeper into the suitcase, the luggage storage space inside the suitcase is compressed.

  In addition, the above-described conventional example can prevent the compression of the luggage storage space of the suitcase due to the attachment of the wire lock by effectively using the dead space generated by the so-called carry handle leg as described above. There is a drawback that the position where the lock is attached is limited, that is, the degree of freedom in arrangement is low.

  The present invention has been made to eliminate the above-described drawbacks, and an object of the present invention is to provide a heel handle device and a heel that can prevent erroneous operation of the dial and can increase the degree of freedom in arrangement.

According to the present invention, the object is
It is formed by assembling a dial lock 4 to a case-like handle base 3 that is connected with an appropriate distance D such that a finger passes along the gripping hand 2 via the handle arm 1, and orthogonal to the direction in which the finger passes. Ri Na by setting the rotational direction of the dial 5 of the dial lock 4 in the direction,
The dial 5 is printed on the outermost peripheral portion of the surface at the same intervals in the circumferential direction. When the handle base 3 is suspended by gripping the grip 2, the dial 5 faces the grip 3. This is achieved by providing a handle device for the heel that is covered with the handle base 3 and is exposed to the outside of the handle base 3 so that a single symbol can be seen from the operation opening 18 opened in the handle base 3 .

  According to the present invention, the handle device for the heel is formed by connecting the handle base 3 serving as a base for attachment to the heel to the grip 2. The handle base 3 and the gripping hand 2 are separated from each other by an appropriate distance D such that a finger can pass through the handle arm 1. Therefore, the handle base 3 can be easily carried by simply fixing the handle base 3 to the outer surface of the bag. It can be put into a state, that is, when carrying the bag full of luggage by grasping the hand 2 and making the balance between the hand 2 and the center of gravity of the bag closer, An appropriate fit and a sense of security can be obtained between the fingertip holding the grip 2 and the handle base 3.

  Further, the handle base 3 is formed in a case shape and the dial lock 4 is assembled. Therefore, by attaching the handle base 3 to the bag, the crime prevention property of the bag can be improved at the same time. For example, the dial lock 4 can be configured as a wire lock in combination with a wire as in the above-described conventional example, in addition to a function that prevents the hook from opening in the locked state. Since it becomes possible to tether the bag, it is possible to prevent the withdrawal. Further, by using the dial lock 4 in this way, it is not necessary to use a key like a cylinder lock, just to remember the password, so that it is possible to improve the usability when traveling with carrying belongings. it can. Furthermore, the dial lock 4 for inputting the locking / unlocking code by the combination of the rotational positions of the dial 5 has a larger number of locking / unlocking codes with a smaller number of input portions such as the dial 5 than the button lock which is another code lock. Since it can be set, safety can be improved more compactly.

The dial lock 4 is assembled to the handle base 3 when the dial 5 is brought into contact with the fingertip or the like when the finger is inserted between the handle 2 and the handle base 3 to hold the handle 2. In order not to rotate, the dial 5 rotates in a direction orthogonal to the direction in which the fingers around the grip 2 are inserted, that is, the dial 5 rotates along the longitudinal direction of the grip 2. To be. Therefore, the dial 5 that can be freely rotated from the handle base 3 by the assembly of the dial lock 4 can prevent erroneous operation when carrying the bag while the dial lock 4 is locked / unlocked. Security and ease of use can be improved by reliably maintaining the unlocked state. Rotating direction of the dial 5, specifically, the handle base 3 by grasping the handgrip 2, i.e. when the hanging bag, it is possible to set the water plane and the like, a dial 5 In the case of horizontal rotation, the substantially coin-shaped rotation area occupied by the dial 5 can be made parallel to the outer surface to which the handle base 3 of the bag base 6 is fixed. The amount of protrusion from the fixed outer surface 7 which is a fixed surface can be further reduced, and the pressure on the luggage storage space of the bag can be further reduced, and the degree of freedom in arrangement can be greatly improved.

Further, reducing the dial 5 of the dial lock 4 can reduce the rotation area occupied by the dial 5 to make the dial lock 4 and the handle base 3 to which the dial lock 4 is assembled more compact, and the degree of freedom in arranging the handle device on the bag. In this case, a large number of dials 5 are provided to maintain the operability of the dial 5 while maintaining the operability and safety of the dial lock 4 while maintaining the operability of the dial 5. Need arises. In this case, when the dial 5 is continuously provided in the longitudinal direction along the handle 2 of the handle base 3, the longitudinal direction of the handle base 3 is effective as an arrangement space for arranging a plurality of dials 5, 5,. Can be used. Thus when the dial 5 as described above for horizontal rotation can be further reduced height of the handle base 3.

  As is clear from the above description, according to the present invention, it is possible to provide a bag handle device and a bag that can prevent erroneous operation of the dial and can increase the degree of freedom of arrangement. By securing a wider space, you can make a bag with excellent design and ease of use.

  1 to 8 show an embodiment of the present invention. In this embodiment, the heel handle device A is formed by connecting a handle body 10 to a handle base 3 as shown in FIGS. 1 to 3. The handle body 10 is formed in a substantially U shape integrally including the grip 2 and the handle arms 1 and 1 by injection molding of a synthetic resin material as shown in FIG. The handle arm 1 extends in a direction substantially orthogonal to the above. At both ends of the handle body 10, that is, at the respective distal ends of the handle arm 1, as shown in FIGS. 4 (a) and 4 (b), a substantially cylindrical connecting shaft portion serving as a connecting portion to the handle base 3 is provided. 11 bulges in the direction along the handgrip 2 so as to face each other.

  As shown in FIG. 1 and the like, the handle base 3 has a U-shaped side view, and handle holding portions 12 connected to the connecting shaft portion 11 are formed symmetrically on both ends in the longitudinal direction. The handle base 3 is formed of a synthetic resin material in a hollow case shape, and is formed by overlapping an upper case 3a on a lower case 3b as shown in FIG. 4 (b).

  The upper case 3a has a pair of handle holding portions 12 and 12 formed in a substantially box shape without a bottom wall. The base portion 13 is shorter than the handle holding portion 12 and similarly has a box shape without a bottom wall. As shown in FIGS. 6A and 6B, the handle holding portion 12 and the base portion 13 have a hollow portion defined by the ribs 14 only at the top, and the handle holding portion 12 As shown in FIGS. 3 (a), 4 (a), and 4 (b), the end portions of the side walls are notched from below and the connecting shaft portion 11 is inserted. A notch 15 is formed. As shown in FIG. 1 (a), FIG. 2 (a), etc., 16 and 17 are provided on the upper surface and the side surface of the base portion 13, and a wire drawing hole and a wire insertion hole, which will be described later, are formed at the upper corner of the base portion 13. Opened 18 is the operation opening of the dial 5, 19 is opened facing the side wall of the handle holding part 12 and the base part 13, 19 is the opening of the operation body 20, and the operation opening side bulges from the side wall of the handle holding part 12. Reference numeral 21 denotes a collar portion of the operating body, and 22 formed integrally with the rib 14 described above with reference to FIG. 4B is a screw hole for attaching the handle base 3 to the collar.

  The lower case 3b is a substantially plate-like member that fits in the lower part of the upper case 3a and constitutes the bottom wall of the handle base 3, and has a downward open end on the shaft insertion notch 15 at both ends in the longitudinal direction. A side wall portion 23 that is closed and forms a shaft hole having a cross-sectional shape substantially close to the cross section of the connecting shaft portion 11 is provided upright. The lower case 3b is substantially in contact with the lower end edge of the rib 14 described above in the fitted state and is disposed slightly above the lower end edge of the upper case 3a. In order to increase the stability in this state, the side wall portion 23 is The lower end is also hanged downward, and the lower end edge is arranged on substantially the same plane as the lower end edge of the upper case 3a.

  Therefore, when the upper case 3a is put on the lower case 3b, as shown in FIGS. 2B and 6B, the upper case 3b is in contact with the lower surface of the rib 14 of the upper case 3a. The lower case 3b is fitted and fixed to the lower portion of the upper case 3a so as to be surrounded by the side walls of the upper case 3a. In this state, the shaft portion insertion notch 15 of the upper case 3a is closed by the side wall portion 23 of the lower case 3b. As a result, a shaft hole that is substantially close to the cross-sectional area of the connecting shaft portion 11 of the handle arm 1 is formed, and the lower end edge of the side wall of the upper case 3a and the lower end edge of the side wall portion 23 of the lower case 3b are located on the same plane. The so-called lower case 3b is in a state like a raised bottom of the handle base 3. In this way, by inserting the connecting shaft portion 11 of the handle arm 1 into the shaft portion insertion notch 15 in advance before covering the lower case 3b with the upper case 3a, the handle body 10 is connected to the connecting shaft portion 11 through the shaft hole. An appropriate height that allows a finger to pass through the handle device A in cooperation with the handle base 3 by being connected to the handle base 3 so as to be rotatable around and causing the handle body 10 as shown in FIG. An annular hand hole of dimension D is formed. Further, as shown in FIGS. 4A and 4B, by locking the displacement preventing portion 11a formed in a flange shape at the distal end of one connecting shaft portion 11 to the periphery of the shaft portion insertion notch 15, The handle body 10 is prevented from shifting in the longitudinal direction of the connecting shaft portion 11 with respect to the handle base 3. Further, as shown in FIGS. 4A and 4B, a slit 11 b is provided on the other side of the connecting shaft portion 11 where the stopper portion 11 a is not formed, and one end is locked to the inner wall surface of the handle holding portion 12. By locking the other end of the torsion spring 53, the handle body 10 is urged toward the storage posture side substantially horizontal to the handle base 3 shown in FIG.

  As shown in FIGS. 4B and 6A, the handle base 3 is assembled with a wire lock 25 that can fasten the wire 24 in a closed loop by operating the dial 5. The wire lock 25 includes the wire 24, a wire housing portion 26 in which the wire 24 can be wound and accommodated, and a dial lock portion (dial lock 4) as locking / unlocking means.

  The wire 24 is formed by twisting a thin metal wire, and a stepped pin-shaped connection fitting 24a is attached to one end as shown in FIG. 6B and the other end is connected and fixed to the wire accommodating portion 26. . The wire accommodating portion 26 includes a reel 27 that is wound around and accommodated by winding one end of the wire 24 and a reel accommodating portion 28 that rotatably accommodates the reel 27. The reel accommodating portion 28 is illustrated in FIG. As shown in 3 (a) and the like, the reel housing pieces 28a and 28a made of a synthetic resin material are divided into two parts and assembled by combining the reel housing pieces 28a and 28a. One of the reel receiving pieces 28a is integrally formed on the bottom surface side of the lower case 3b described above, and the other reel receiving piece 28a is formed with a boss 29 formed on one side as shown in FIG. The reel accommodating portion 28, that is, the wire accommodating portion 26 is fixed below the handle base 3 by being press-fitted into the boss receiving hole 30. The wire 24 is pulled out from the wire accommodating portion 26 by pulling the wire 24 through the lower case 3b and the upper case 3a from the upper surface of the handle base 3 to the outside of the handle base 3 through the wire drawing hole 16 described above. The drawn wire 24 is folded back into a loop shape, inserted into the wire insertion hole 17 on the side surface of the handle base 3 and restrained, thereby forming a closed loop that can be anchored to a pillar or the like.

  As shown in FIG. 4B, a reel rotation shaft 31 that rotatably supports the reel 27 is provided on one of the reel receiving pieces 28 a, and the reel 27 is perpendicular to the reel rotation shaft 31. It is supported rotatably. Further, the reel rotation shaft 31 is provided with a slit 31a for locking one end of a spring spring (not shown), and the other end of the spring spring is fastened at an appropriate position such as the outer periphery of the reel 27, whereby the reel 27 is rotated and wound. When the wire 24 is unwound and pulled out, the mainspring is wound in the winding direction of the wire 27 of the reel 27 by the amount of rotation of the reel 27, and the urging force generated thereby returns the reel 27 to the rotational position where the wire 24 is wound. Thus, the drawn wire 24 can be wound around the reel 27.

  In addition, the reel 27 is formed with a ratchet wheel 32 having protrusions 32a, 32a,... Protruding at equal intervals in the circumferential direction of the reel 27. The reel housing portion 28 has a rotation shaft parallel to the reel 27. A trigger member 33 is provided that is rotatably mounted around the wheel and prohibits or allows rotation of the reel 27 in the winding direction of the wire 24 by being engaged with and disengaged from the ratchet wheel 32. As shown in FIGS. 4 (b) and 6 (b), the trigger member 33 is substantially L-shaped. A claw piece 33a is formed at one end, and an operation piece 33b is formed at the other end. It is supported by a trigger rotation shaft 33c parallel to the rotation shaft 31 so as to be vertically rotatable. As shown in the figure, the trigger member 33 is placed in the locking rotation position where the claw piece 33a is locked to the protrusion 32a of the ratchet wheel 32, thereby resisting the biasing force of the mainspring spring in the winding direction of the wire 24 of the reel 27. Thus, the wire 24 is held in a state where it is pulled out from the handle base 3, and the length of the wire 24 is maintained. In this state, the claw piece 33a and the protrusion 32a of the ratchet wheel 32 are locked in the winding direction of the wire 24 of the reel 27, and therefore the reel 27 is allowed to rotate in the drawing direction of the wire 24. Further, as shown in FIG. 5B, when the trigger member 33 is rotated to unlock the claw pieces 33a and the protrusions 32a, the reel 27 rotated by the urging force of the spring spring in the state where the wire 24 is pulled out becomes the wire 24. Is wound, and the wire 24 is wound and housed in the reel housing portion 28. The trigger member 33 is biased to a locking rotation position where the trigger member 33 is locked to the ratchet wheel 32 by a spring 34 as shown in FIG.

  The dial lock unit 4 includes a dial 5 for inputting a locking / unlocking code and an operating body 20 for the above-described locking / unlocking operation. As shown in FIGS. 4 (a), 5 (a), 6 (a), etc., the dial 5 is substantially coin-shaped with a jagged periphery and is rotated horizontally by a dial rotation shaft 35 depending from the upper case 3a. A rib 5a that is pivotally supported and protrudes in the thickness direction is formed at the peripheral edge. A substantially cylindrical sleeve 36 is held in a relatively non-rotatable manner on the bottom surface side of the dial 5 so as to be nested in the rib 5a, and the side surface of the sleeve 36 is dug to respond to the rotation of the dial 5. An engaging convex portion 36a extending substantially linearly in the diameter direction of the rotating dial 5 is formed (see FIG. 5B). In this embodiment, the dial 5 is formed to have a diameter of 12 to 13 mm and is evenly spaced in the circumferential direction, that is, in order to diversify the locking and unlocking codes and to increase the security while ensuring the operability of the dial 5. Numbers from 0 to 9 are printed along the outermost periphery for each uniform angle, and as shown in FIGS. 5A and 5B, the three dials 5, 5, and 5 are arranged in the longitudinal direction of the handle case. Along with the horizontal posture.

  The operation body 20 is configured by dividing the function into two parts, a first operation body 37 and a second operation body 38, so that a finer operation can be performed. The first operating body 37 can be moved when the locking / unlocking code inputted by the dial 5 matches a preset one, and the movement of the free end of the wire 24 drawn out of the handle base 3 by this movement. The connecting bracket 24a is constrained to or released from the handle base 3 to form and eliminate a closed loop by the wire 24. As shown in FIG. 5A, the synthetic resin material is formed in an approximately L shape in side view. It is formed. An operation button 39 is formed on the upper portion thereof, and the lower portion thereof is engaged with the engagement convex portion 36a so that the dial 5 takes a predetermined rotational position. A substantially flat slide plate 40 having an engagement recess 40a that allows movement is formed, and a wire restraining protrusion 41 that can be engaged and disengaged with the coupling fitting 24a is formed.

  The slide plate 40 is placed on the upper surface of the lower case 3b and can be moved forward and backward along the longitudinal direction of the handle base 3. The operation button 39 is opened from the operation opening 19 of the operation body 20 which is opened in the upper case 3a. It is exposed to the outside of the handle base 3 and moved from the protruding position protruding from the collar part 21 to the pushing position hidden behind the collar part 21 by being pushed into the handle holding part 12 inward. The movement of the operation button 39 from the projecting position to the pushing position is accompanied by a relative movement of the slide plate 40 with respect to the sleeve 36 as shown in FIG. 6 (a). In FIG. 6B, by rotating the dial 5 in the direction of the arrow from the rotational position arranged at the right end in FIG. 6A, the rotational position can be moved relative to the engagement recess 40a shown in FIG. It becomes possible by becoming. Further, the wire restraining protrusion 41 that moves in the longitudinal direction of the handle base 3 together with the slide plate 40 and the operation button 39 moves forward and backward with respect to the wire insertion hole 17 described above by the movement between the protruding position and the pushing position of the operation button 39. 4 (b) and FIG. 5 (b), or FIG. 6 (a) and FIG. 6 (b), the coupling metal 24a is engaged with and disengaged from the wire insertion hole 17, and the restriction is released. A closed loop formed by the wire 24 is formed and eliminated. The first operating body 37 is biased toward the protruding position of the operation button 39 by a spring 34 ′ interposed between the back surface of the operation button 39 and the side wall of the handle holding portion 12.

  As shown in FIG. 4B, the second operation body 38 is provided with an operation button 39 ′ substantially the same as the first operation body 37 at the upper portion, and the lower portion described above by pushing the operation button 39. A wire restraining protrusion 41 ′ that moves forward and backward in the wire drawing hole 16 and a ratchet operation protrusion 42 that passes through the lower case 3 b and moves forward and backward in the reel housing portion 28 are provided. As shown in FIG. 6A, the first operation is performed along the longitudinal direction of the handle base 3 by pushing the operation button 39 ′ from the protruding position to the pushing position against the urging force of the spring 34 ″. When the wire restraining protrusion 41 ′ is retracted from the wire pull-out hole 16 and is locked to the connection fitting 24 a, the lock is released, and the connection in the wire pull-out hole 16 is performed. The restraint of the metal fitting 24a is released to allow the wire 24 to be pulled out of the handle base 3 from the wire housing portion 26. Further, the ratchet operation protrusion that moves forward and backward in the reel housing portion 28 by the movement of the second operation body 38. 42 pushes the operation piece 33b described above, rotates the trigger member 33 to release the protrusion 32a of the ratchet wheel 32 and the claw piece 33a, and winds the reel 27 around the wire 24. To rotatable state. Thus, when the wire 24 is pulled out to the handle base 3 outside the reel 27 is rotated by the urging force of the spiral spring, it is housed into the reel housing section 28.

  Therefore, in a steady state where the wire 24 is wound around the reel 27 by the urging force of the mainspring spring and is accommodated in the wire accommodating portion 26, the second operating body 38 has the collar portion 21 of the operation button 39 'by the urging force of the spring 34 ". The wire restraining protrusion 41 ′ is locked to the connecting metal fitting 24a accommodated in the wire lead-out hole 16 to prohibit the wire 24 from being pulled out of the handle base 3. In order to pull out, the operation button 39 ′ of the second operating body 38 may be pushed in, so that the wire restraining protrusion 41 ′ is retracted from the wire pulling hole 16 and the restraint of the connecting fitting 24 a is released, and the ratchet wheel 32. Since the trigger member 33 locked to the wire 27 does not hinder the rotation of the reel 27 in the wire 24 pull-out direction, That is, the wire 24 can be pulled out of the handle base 3 from the wire pull-out hole 16. Further, the trigger member 33 that is urged by the spring 34 and locked to the ratchet wheel 32 in the state where the wire 24 is pulled out as appropriate is a reel. In order to restrict the rotation of the wire 27 in the winding direction of the wire 27, the drawn wire 24 is not housed in the wire housing portion 26 unless the operation button 39 ′ of the second operation body 38 is pressed again.

  Next, after the drawn wire 24 is wound around a pillar or the like, the connection fitting 24 a at the tip of the wire 24 is inserted into the wire insertion hole 17. The wire insertion hole 17 is in a state where the wire restricting protrusion 41 is always protruded by the first operating body 37 being urged by the spring 34 ′, but as shown in FIG. By forming an inclined surface at the tip, the wire restraining protrusion 41 can be temporarily moved in the retracting direction from the wire insertion hole 17 by being pushed in by the connecting fitting 24a. The movement of the wire restraining protrusion 41 is the movement of the first operating body 37, that is, the engagement projection 36a of the sleeve 36 is moved relative to the engagement recess 40a of the slide plate 40 with the dial 5 set to a predetermined rotational position. Since it cannot be performed unless it is in a ready state, unless the lock / unlock code is input by the dial 5, the lock is inadvertently disabled. After the connection fitting 24a is inserted into the wire insertion hole 17, the dial 5 is appropriately rotated to complete the locking. In this state, the handle device A is secured to the pillar or the like by the wire 24.

  When unlocking, contrary to the above, first, the dial 5 is rotated to input the locking / unlocking code, and the operation button 39 of the first operating body 37 is pressed. The restraint in the wire insertion hole 17 is released, and the wire 24 can be released from the pillar or the like. At this time, since the trigger member 33 is locked to the ratchet wheel 32 by the urging force of the spring 34 and the rotation of the reel 27 in the winding direction of the wire 24 is restricted, the wire 24 is pulled when being unwound from the pillar or the like. In other words, the wire 24 can be accommodated in the wire accommodating portion 26 by pressing the operation button 39 ′ of the second operation body 38 after the wire 24 is unwound. Finally, when the operation button 39 of the second operation body 38 is pressed again in a state where the wire 24 is pulled into the wire pull-out hole 16, the connection fitting 24a is firmly fixed in the wire pull-out hole 16 by the wire restraining protrusion 41 '. Be bound.

  Further, in the present embodiment, the handle device A described above is attached to a suitcase B (bag) as shown in FIGS. As shown in FIG. 7, the suitcase B is formed by a box-like suitcase main body (鞄) formed by rotatably connecting a main body side case 43 and a lid side case 44 formed of ABS resin or the like with a hinge (not shown). The luggage storage chamber 45 is opened and closed by relatively rotating a main body side case 43 and a lid side case 44 which have a main body 6) and are divided around the trunk of the suitcase main body 6. A wheel 46 is rotatably mounted on the lower end portion of the suitcase body 6, and the suitcase B can be easily transported by rotating the wheel when pushing the suitcase B or holding and grasping the grip 2 by hand. The In FIG. 8, 47 attached to the side surface of the suitcase body 6 around the waist is for improving the usability by allowing the suitcase body 6 to be gripped in a vertical position rotated 90 degrees from the horizontal position in FIG. Auxiliary handle.

  A thin plate-like frame 48 made of EVA material or the like is interposed for reinforcement around the trunk, which is a connecting portion between the main body side case 43 and the lid side case 44 of the suitcase main body 6. The suitcase body 6 is attached to the upper surface (fixed outer surface 7) by being screwed to a frame 48 interposed in the case 43. As shown in FIGS. 8A and 8B, the main body side case 43 is formed by disposing an ABS resin layer 49 on the outer surface of the frame 48 and a lining 50 such as nylon on the inner surface side. The mounting is carried out by screwing the mounting screw 51 through the frame 48 and the like from the baggage storage chamber 45 side, which is inside the upper surface 7 of the main body side case 43, to the mounting screw hole 22 of the upper case 3a. The handle device A is attached along the joint surface of the main body side case 43 with the lid side case 44, that is, around the trunk of the suitcase main body 6 along the longitudinal direction of the grip 2 and the handle base 3, and thus the suitcase main body. On the upper surface of 6, a wire 24 lead-out hole 16 is opened, and an operation opening 18 of the dial 5 is opened so that numbers printed on the dial 5 can be seen. The wire insertion hole 17 opens toward the side surface in the thickness direction of the suitcase main body 6, and the handle main body 10 faces the opposite side of the wire insertion hole 17 so as to be along the side surface of the suitcase main body 6. Take. Further, the operation buttons 39 and 39 ′ arranged close to the distal end portion of the handle arm 1 of the handle body 10 are slightly hidden by the handle holding portions 12 and 12 of the handle base 3 and the handle body 10 taking the storage position. Further, the periphery of the dial 5 is also hidden by the handle body 10 so that it cannot be operated carelessly.

  Therefore, to fix the suitcase B to the pillar, the fingertip between the handle holding portions 12 and 12 is inserted and the operation button 39 'of the second operating body 38 is pushed, and the suitcase body 6 upper surface 7 side is pushed as shown in FIG. The wire 24 drawn upward from the suitcase B through the wire lead-out hole 16 that opens to the top of the suitcase B is wound around the column 52 and then inserted into the wire insertion hole 17 that opens to the side of the suitcase B as it is. Further, in the state where the dial 5 is appropriately rotated and locked thereafter, the operation button 39 and the like are prevented from being accidentally operated by being hidden by the handle body 10 and the like as described above. There is no case where the button 39 is pushed and the wire 24 is wound up. Further, when the wire 24 is accommodated by aligning the rotational position of the dial 5 with the locking / unlocking cord and holding the handle 2 while causing the grip 2 of the handle device A as it is, the handle is assumed to lie on the side of the handle base 3. The dial 5 disposed on the surface of the main body 10 is difficult to touch with the fingertips, and the dial 5 is in contact with the rotation surface around the gripping hand 2 even when the handle body 10 is raised and the gripping hand 2 is gripped by the hand. Since it rotates on an orthogonal horizontal plane, it will hardly rotate even if a fingertip touches it. For this reason, when the user holds the grip 2 of the handle body 10 and transports the suitcase B in this way, and then wants to connect it again to the column 52, the dial 5 is held at the position where the previous unlocking operation was performed. Therefore, re-locking can be performed smoothly.

  In the above embodiment, the case where the handle body 10 is rotatably connected to the handle base 3 to constitute the handle device has been shown. However, for example, the handle body 10 and the handle base 3 are integrally molded with a synthetic resin material. It is also possible to configure more concisely. In addition to the suitcase B, the handle device A can be improved in crime prevention by being mounted on various bags such as a carry case, a Boston bag, and an attache case. Further, the second operation body 38 and the upper case 3a and the lower case 3b are slightly widened so that the gap is adjusted appropriately. For example, the second operation body 38 is supported by the spring 34 ″ for urging the operation button 39 ′. It is also possible to swing the body 38 by pushing the operation button 39 ′ so as to cause the wire restraining projection 41 to move upward. In this case, when the wire 24 is accommodated in the wire accommodating portion 26, the connecting fitting 24 a is connected to the wire. When the wire 24 is pulled out by being housed deeply in the pull-out hole 16, it is possible to enhance the usability by causing the connecting metal fitting 24 a to jump out of the wire pull-out hole 16 by the wire restraining protrusion 41 caused by the operation of the operation button 39 ′.

It is a figure which shows the handle | steering-wheel apparatus of a bag, (a) is a front view, (b) is a rear view. It is a figure which shows the handle | steering-wheel apparatus of a scissors, (a) is a top view, (b) is a bottom view. It is a figure which shows the handle apparatus of a bag, (a) is a left view, (b) is a figure which shows the state which raised the handle body. It is a figure explaining the connection state of a handle base and a handle main part, (a) is a principal part cross-sectional view, (b) is a principal part longitudinal cross-sectional view. 5A and 5B are diagrams for explaining a relationship between a dial and an operation button, in which FIG. 4A is a vertical cross-sectional view of a main part when viewed in the direction of 5A in FIG. 4A, and FIG. It is a figure explaining wire drawing-out operation and unlocking operation, (a) is a principal part cross-sectional view, (b) is a principal part longitudinal cross-sectional view. It is a perspective view which shows the state which tied the collar to the pillar. It is principal part sectional drawing explaining the attachment state to the bag of a handle apparatus, (a) is the figure seen from the left side of a handle apparatus, (b) is the figure which looked at the handle apparatus from the front side.

Explanation of symbols

1 Handle arm 2 Grip hand 3 Handle base 4 Dial lock 5 Dial 6 鞄 Body 7 Fixed outer surface D Interval

Claims (3)

It is formed by assembling a dial lock to a case-like handle base that is connected at an appropriate interval to the extent that a finger passes through the handle arm through the handle arm, and the dial lock is formed in a direction orthogonal to the direction in which the finger passes. Ri name to set the direction of rotation of the dial,
The dial is printed at regular intervals in the circumferential direction along the outermost peripheral portion of the surface, and when the handle base is suspended by gripping the grip hand, the surface side facing the grip hand is defined by the handle base. A heel handle device that is covered and exposed to the outside of the handle base so that a single symbol can be seen from an operation opening formed in the handle base .   The scissor handle device according to claim 1, wherein a plurality of dials are continuously provided in a longitudinal direction along the handle base grip. A handle base in which the handle base of the handle apparatus of the bag according to claim 1 is fixed to the outer surface of the bag main body, and the rotation direction of the dial is set substantially parallel to the fixed outer surface.

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