Combined cigar tool

Abstract

The combined cigar tool comprises a cigar opening main body, a mounting frame and a cigar through needle, the cigar opening main body comprises a V-shaped knife component, a flat knife component and a punching knife component, and a V-shaped knife component setting area, a flat knife component setting area, a punching knife component setting area and a cigar through needle setting area are arranged on the mounting frame. The combined cigar tool relates to a V-shaped knife component used for a V-shaped shearing opening, a flat knife component used for a flat shearing opening and a punching knife component used for punching a cylindrical hole in a cigar, and further relates to a cigar through needle used under the condition that the cigar is likely to be blocked in the cigar sucking process. Therefore, the combined cigar tool disclosed by the utility model can be used for greatly solving the problem of mouth shearing when different people use the combined cigar tool, and can be used for conveniently handling the situation of suction blockage when the situation of suction blockage occurs.

Description

Technical Field

[0001] This utility model relates to the field of cigar cutters, and more particularly to a combination cigar tool. Background Technology

[0002] To prevent cigars from drying out or getting damp during storage, commercially available cigars are usually sealed at the end after production. Therefore, users need to cut the end open before smoking an unopened cigar.

[0003] Existing tools for cutting cigars generally include a guillotine (a single-edged cigar cutter), or a handle-type or double-edged cigar cutter, while in some special cases a sharp knife or blade may be used. However, regardless of the method used, cutting cigars requires multiple tools that must be carried separately, making cigar smoking cumbersome and inconvenient. Furthermore, if the size of the cut varies depending on the user, the number of tools needed will increase, further highlighting the inconvenience. Summary of the Invention

[0004] In view of the above shortcomings, this utility model provides a combination cigar tool that can meet the needs of different cigar smokers and greatly improve the convenience of opening cigars.

[0005] To achieve the above objectives, this utility model employs a combined cigar tool, including a cigar opening body, a mounting frame, and a cigar spitting needle. The cigar opening body includes a V-shaped knife component, a flat knife component, and a punching knife component. The mounting frame is provided with a V-shaped knife component setting area, a flat knife component setting area, a punching knife component setting area, and a cigar spitting needle setting area.

[0006] The V-shaped knife component setting area, flat knife component setting area, punching knife component setting area, and cigar needle setting area are used to limit the V-shaped knife component, flat knife component, punching knife component, and cigar needle on the mounting frame respectively.

[0007] The present invention is further configured such that the V-shaped knife component setting area is distributed in the upper area of ​​the mounting frame, the flat knife component setting area is distributed in the lower area of ​​the mounting frame, the punching knife component setting area is distributed in the end of the mounting frame, and the cigar needle setting area is distributed in the side of the mounting frame.

[0008] The present invention is further configured such that a hinge component is provided between the cigar squeegee setting area and the side of the mounting bracket, and the cigar squeegee is formed on the combined cigar tool to be flipped for use or flipped for storage through the hinge component.

[0009] The present invention is further configured such that the punching tool component includes punching tool component one and punching tool component two. Punching tool component one is distributed in the top area of ​​the mounting frame, and punching tool component two is distributed in the bottom area of ​​the mounting frame. Punching tool component one distributed in the top area of ​​the mounting frame and punching tool component two distributed in the bottom area of ​​the mounting frame are both hinged to be flipped for use or flipped for storage. In the stored state, the cutting edge direction of punching tool component one and punching tool component two both extend into the mounting frame.

[0010] The present invention is further configured such that the V-shaped knife component includes a V-shaped knife action drive part distributed on the side away from the cigar needle setting area, a V-shaped blade connected to the V-shaped knife action drive part and extending into the V-shaped knife component setting area, a V-shaped member covering the V-shaped knife component setting area and having an opening shape adapted to the V-shaped blade, a V-shaped knife locking member for performing pressing and locking of the V-shaped blade in the V-shaped knife component setting area and for secondary pressing and unlocking, and a V-shaped knife spring member for driving the V-shaped blade in the unlocked state to move toward the outside of the V-shaped knife component setting area;

[0011] The V-shaped blade, through the cooperation of the V-shaped blade locking member and the V-shaped blade spring member, forms the opening or closing of the V-shaped blade component for cutting cigars. In the closed state, the V-shaped blade inside the V-shaped blade component is in contact with the opening of the V-shaped component. During the opening process, the V-shaped blade and the opening of the V-shaped component move in a close sliding motion.

[0012] The present invention is further configured such that the flat knife component includes a flat knife action drive part distributed on the side away from the cigar needle setting area, a movable C-shaped blade connected to the flat knife action drive part and extending into the flat knife component setting area, a fixed C-shaped blade limited in the flat knife component setting area and in contact with the blade edge of the movable C-shaped blade and arranged opposite to it, a flat knife locking member for performing pressing and locking of the movable C-shaped blade in the flat knife component setting area and for unlocking by pressing it a second time, and a flat knife spring member for driving the movable C-shaped blade in the unlocked state to move in a direction away from the fixed C-shaped blade;

[0013] The movable C-shaped blade, through the cooperation of the flat blade locking component and the flat blade spring component, forms the opening or closing of the flat blade component for cutting cigars. In the closed state, the movable C-shaped blade is in close contact with the fixed C-shaped blade. During the opening process, the movable C-shaped blade and the fixed C-shaped blade move in a close sliding motion.

[0014] The present invention is further configured such that both the V-shaped knife component setting area and the flat knife component setting area include a knife body setting cavity for inserting the knife body, a locking cavity distributed on one side of the knife body setting cavity, and a spring-loaded limiting cavity distributed on the other side of the knife body setting cavity;

[0015] The V-shaped knife lock includes a V-shaped knife lock rod body distributed in the lock cavity of the V-shaped knife component setting area and connected to the V-shaped knife action drive part, a V-shaped knife lock body part sleeved on the V-shaped knife lock rod body, a V-shaped knife lock body drive part distributed between the V-shaped knife lock body part and the V-shaped knife action drive part and sleeved on the V-shaped knife lock rod body, and a V-shaped knife drive rod distributed between the V-shaped knife action drive part and the V-shaped knife lock body drive part and sleeved on the outside of the V-shaped knife lock rod body;

[0016] The V-shaped knife lock body driving part is adapted to the V-shaped knife lock body part at the other end connected to the V-shaped knife driving rod. The V-shaped knife driving rod is connected to the V-shaped knife action driving part and performs the driving action of driving the V-shaped knife lock body driving part to move toward the V-shaped knife lock body part to press and lock or unlock. A V-shaped knife spring limit rod is provided in the spring limit cavity of the V-shaped knife component setting area. One end of the V-shaped knife spring limit rod is connected to the V-shaped knife action driving part, and the other end extends into the spring limit cavity of the V-shaped knife component setting area. The V-shaped knife spring is sleeved on the V-shaped knife spring limit rod.

[0017] During the pressing phase of the V-shaped blade action drive unit, the V-shaped blade spring member performs the reset action of the decompression phase, forming an automatic movement of the V-shaped blade toward the V-shaped blade action drive unit, and thus opening the V-shaped cutter of the cigar tool.

[0018] The flat blade lock includes a flat blade lock rod body distributed in the lock cavity of the flat blade component setting area and connected to the flat blade action drive part, a flat blade lock body part sleeved on the flat blade lock rod body, a flat blade lock body drive part distributed between the flat blade lock body part and the flat blade action drive part and sleeved on the flat blade lock rod body, and a flat blade drive rod distributed between the flat blade action drive part and the flat blade lock body drive part and sleeved on the outside of the lock rod body;

[0019] The other end of the flat knife lock body driving part, which is connected to the flat knife driving rod, is adapted to the flat knife lock body part. The flat knife driving rod is connected to the flat knife action driving part and performs a driving action to move the flat knife lock body driving part toward the flat knife lock body part to press and lock or unlock. A flat knife spring member limiting rod is provided in the spring member limiting cavity of the flat knife component setting area. One end of the flat knife spring member limiting rod is connected to the flat knife action driving part, and the other end extends into the spring member limiting cavity of the flat knife component setting area. The flat knife spring member is sleeved on the flat knife spring member limiting rod.

[0020] During the pressing phase of the drive unit for the flat blade action, the flat blade spring member performs a reset action to release the compression phase, causing the active C-shaped blade to move automatically toward the side of the flat blade action drive unit, thus opening the cigar cutter on the cigar tool.

[0021] The present invention is further configured such that a plurality of lock body sawtooth grooves are formed on the side of the V-shaped knife lock body relative to the side facing the V-shaped knife lock body driving part and on the side of the flat knife lock body relative to the side facing the flat knife lock body driving part, respectively; a plurality of driving part sawtooth grooves are formed on the side of the V-shaped knife lock body driving part relative to the side facing the V-shaped knife lock body and on the side of the flat knife lock body driving part, respectively; and each lock body sawtooth groove on the V-shaped knife lock body is adapted to the driving part sawtooth groove on the V-shaped knife lock body driving part.

[0022] Several protrusions are formed in the locking cavity of the V-shaped blade component setting area and the locking cavity of the flat blade component setting area. Several drive part circumferential grooves adapted to the number of protrusions are formed on the circumferential surface of the flat blade lock body drive part and the circumferential surface of the V-shaped blade lock body drive part. The locking cavity of the V-shaped blade component setting area and the locking cavity of the flat blade component setting area are respectively reserved with lock body movement space.

[0023] The V-shaped knife lock body drive unit, which extends into the locking cavity of the V-shaped knife component setting area, engages with the protrusion of the locking cavity of the V-shaped knife component setting area through the circumferential groove of the drive unit on the V-shaped knife lock body drive unit. This forms a circumferential limit of the V-shaped knife lock body drive unit in the locking cavity of the V-shaped knife component setting area. The V-shaped knife component in the V-shaped knife component setting area slides axially along the protrusion in the circumferential groove of the drive unit through the V-shaped knife lock body drive unit. It also performs a reset guide action on the V-shaped knife spring member limit rod through the V-shaped knife spring member. This forms a reciprocating sliding motion of the V-shaped knife lock body in the lock body moving space. It also performs the engagement or disengagement between the drive unit serration groove and the lock body serration groove, as well as between the drive unit serration groove and the adjacent lock body serration groove. This forms the locking or unlocking of the V-shaped knife lock body in the lock body moving space of the V-shaped knife component setting area, and constitutes the closing or opening of the V-shaped cutter of the cigar tool.

[0024] The flat knife lock body drive unit, which extends into the locking cavity of the flat knife component setting area, engages with the protrusion of the locking cavity of the flat knife component setting area through the circumferential groove of the drive unit on the flat knife lock body drive unit. This forms a circumferential limit of the flat knife lock body drive unit in the locking cavity of the flat knife component setting area. The flat knife component in the flat knife component setting area slides axially along the protrusion in the circumferential groove of the drive unit through the flat knife lock body drive unit. It also performs a reset guide action on the flat knife spring member limit rod through the flat knife spring member. This forms a reciprocating sliding motion of the flat knife lock body in the lock body moving space. It also performs the engagement or disengagement between the drive unit serrated groove and the lock body serrated groove, as well as between the drive unit serrated groove and the adjacent lock body serrated groove. This forms the locking or unlocking of the flat knife lock body in the lock body moving space of the flat knife component setting area, and constitutes the closing or opening of the flat cutter of the cigar tool.

[0025] The present invention is further configured such that the cutting edge diameter of the first punching tool component is 7mm and the cutting edge diameter of the second punching tool component is 9mm.

[0026] Compared with the prior art, the beneficial effects of this utility model are as follows: In addition to the V-shaped blade component for V-shaped cuts, flat blade component for flat cuts, and punching blade component for punching cylindrical holes on cigars that are generally involved in cigar smoking, this utility model also involves a cigar cleaner needle that may be used in the event of cigar clogging during the smoking process. As a result, the combined cigar tool involved in this utility model can greatly improve the convenience of solving the cutting problem when used by different people, as well as the convenient handling of clogging situations. Attached Figure Description

[0027] Figure 1 This is a perspective view of the combined cigar tool according to an embodiment of the present invention;

[0028] Figure 2 This is an exploded schematic diagram of the combined cigar tool according to an embodiment of the present invention;

[0029] Figure 3 This is a schematic diagram of the internal structure of the combined cigar tool according to an embodiment of the present invention;

[0030] Figure 4 This is a schematic diagram of the structure of the combined cigar tool according to an embodiment of the present invention after removing the mounting bracket, V-shaped blade component and flat blade component;

[0031] Figure 5 yes Figure 2 Enlarged schematic diagram of part A;

[0032] Figure 6 yes Figure 2 Enlarged schematic diagram of part B;

[0033] Figure 7 yes Figure 3 Enlarged schematic diagram of part C;

[0034] Figure 8 This is an exploded view of the V-shaped blade component according to a specific embodiment of this utility model;

[0035] Figure 9 This is an exploded view of the flat blade component in a specific embodiment of this utility model;

[0036] Figure 10 yes Figure 8 Enlarged schematic diagram of part D;

[0037] Figure 11 yes Figure 9 Enlarged schematic diagram of part E. Detailed Implementation

[0038] like Figure 1-11 As shown, a specific embodiment of this utility model is a combined cigar tool, including a cigar opening body, a mounting frame 1, and a cigar needle 2. The cigar opening body includes a V-shaped knife component 5, a flat knife component 4, and a punching knife component 3. The mounting frame 1 is provided with a V-shaped knife component setting area 13, a flat knife component setting area 12, a punching knife component setting area 14, and a cigar needle setting area 11.

[0039] The V-shaped knife component setting area 13, the flat knife component setting area 12, the punching knife component setting area 14, and the cigar needle setting area 11 are used to limit the V-shaped knife component 5, the flat knife component 4, the punching knife component 3, and the cigar needle 2 on the mounting frame 1 respectively.

[0040] In addition to the V-shaped blade component 5 for V-shaped cuts, the flat blade component 4 for flat cuts, and the punching blade component 3 for punching cylindrical holes on cigars, this invention also includes a cigar cleaner 2 for use in cases of potential cigar blockage during cigar smoking. This makes the combined cigar tool of this invention much more convenient for solving cutting problems and handling cigar blockage when used by different users.

[0041] like Figure 1-7 As shown, the V-shaped knife component setting area 13 is distributed in the upper area of ​​the mounting frame 1, the flat knife component setting area 12 is distributed in the lower area of ​​the mounting frame 1, the punching knife component setting area 14 is distributed at the end of the mounting frame 1, and the cigar squeegee setting area 11 is distributed on the side of the mounting frame 1. Through the above, the V-shaped knife component 5, the flat knife component 4, the punching knife component 3, and the cigar squeegee 2 can be reliably distributed in the combined cigar tool involved in this utility model, thereby ensuring the reliability of the design of this utility model.

[0042] like Figure 1-5 As shown, a hinge component c is provided between the cigar squeegee setting area 11 and the side of the mounting bracket 1. Through the hinge component c, the cigar squeegee 2 can be flipped for use or flipped for storage on the combination cigar tool. The above-mentioned design ensures that the cigar squeegee 2 can be reliably set on the combination cigar tool, and also ensures reliable use or storage. That is, it avoids the possibility of accidental loss when the cigar squeegee 2 is removed from the combination cigar tool.

[0043] like Figure 2-6As shown, the punching tool component 3 includes a first punching tool component 31 and a second punching tool component 32. The first punching tool component 31 is located at the top of the mounting frame 1, and the second punching tool component 32 is located at the bottom of the mounting frame 1. Both the first punching tool component 31 located at the top of the mounting frame 1 and the second punching tool component 32 located at the bottom of the mounting frame 1 are hinged to be flipped for use or flipped for storage. In the stored state, the cutting edges of both the first punching tool component 31 and the second punching tool component 32 extend into the mounting frame 1. The cutting edge of the first punching tool component 31... The diameter is 7mm, and the cutting edge diameter of the punching knife component 32 is 9mm. This ensures the reliability of the punching knife component 3 when it is picked up or stored, and it is not easy to lose it accidentally or be accidentally cut when carrying it. At the same time, by setting the cutting edge diameters of the punching knife components 31 and 32 to two specifications, since the cutting edge of punching knives on the market is generally between 7mm and 9mm, the punching knife component 3 of the combined cigar tool involved in this utility model can be used in a wide range of applications on the market.

[0044] like Figure 1-5 As shown in / 8 / 10, the V-shaped knife component 5 includes a V-shaped knife action drive part 53 distributed on the side away from the cigar needle setting area 11, a V-shaped blade 51 connected to the V-shaped knife action drive part 53 and extending into the V-shaped knife component setting area 13, a V-shaped member 52 covering the V-shaped knife component setting area 13 and whose opening shape is adapted to the V-shaped blade 51, a V-shaped knife locking member 54 for pressing and locking the V-shaped blade 51 in the V-shaped knife component setting area 13 and for unlocking by pressing it a second time, and a V-shaped knife spring member 56 for driving the V-shaped blade 51 in the unlocked state to move toward the outside of the V-shaped knife component setting area 13.

[0045] The V-shaped blade 51, through the cooperation of the V-shaped blade locking member 54 and the V-shaped blade spring member 56, forms the opening or closing of the V-shaped blade component 5 for cutting cigars. In the closed state, the V-shaped blade 51 inside the V-shaped blade component 5 is in contact with the opening of the V-shaped member 52. During the opening process, the V-shaped blade 51 and the opening of the V-shaped member 52 move in a close sliding manner. Through the above, it is possible to further ensure the reliable distribution of the V-shaped blade component 5 within the mounting bracket 1 of the combined cigar tool, and also to ensure the reliability of the V-shaped blade component 5 in the process of cutting the sealed end of the cigar in a V-shape. The V-shaped blade spring member 56 is preferably designed as a spring.

[0046] like Figure 1-5As shown in / 9 / 11, the flat knife component 4 includes a flat knife action drive part 443 distributed on the side away from the cigar needle setting area 11, a movable C-shaped blade 41 connected to the flat knife action drive part 443 and extending into the flat knife component setting area 12, a fixed C-shaped blade 42 located in the flat knife component setting area 12 and in contact with the blade edge of the movable C-shaped blade 41 and arranged opposite to it, a flat knife locking member 44 for performing pressing and locking of the movable C-shaped blade 41 in the flat knife component setting area 12 and for unlocking by pressing it a second time, and a flat knife spring member 46 for driving the movable C-shaped blade 41 in the unlocked state to move in a direction away from the fixed C-shaped blade 42.

[0047] The movable C-shaped blade 41, through the cooperation of the flat blade locking member 44 and the flat blade spring member, forms the opening or closing of the flat blade component 4 for cutting cigars. In the closed state, the movable C-shaped blade 41 is in close contact with the fixed C-shaped blade 42. During the opening process, the movable C-shaped blade 41 and the fixed C-shaped blade 42 move in a close sliding manner. Through the above, it is possible to further ensure the reliable distribution of the flat blade component 4 within the mounting bracket 1 of the combined cigar tool, and also to ensure the reliability of the flat blade component 4 in the process of cutting the sealed end of the cigar. The flat blade spring member 46 is preferably designed as a spring.

[0048] like Figure 1-11 As shown, both the V-shaped blade component setting area 13 and the flat blade component setting area 12 include a blade body setting cavity a for inserting the blade body, a locking cavity b distributed on one side of the blade body setting cavity a, and a spring-loaded limiting cavity d distributed on the other side of the blade body setting cavity a.

[0049] V-shaped knife locking member 54 includes a V-shaped knife locking member rod 544 distributed in the locking member cavity b of the V-shaped knife member setting area 13 and connected to the V-shaped knife action drive part 53, a V-shaped knife locking body part 541 sleeved on the V-shaped knife locking member rod 544, a V-shaped knife locking body drive part 542 distributed between the V-shaped knife locking body part 541 and the V-shaped knife action drive part 53 and sleeved on the V-shaped knife locking member rod 544, and a V-shaped knife drive rod 543 distributed between the V-shaped knife action drive part 53 and the V-shaped knife locking body drive part 542 and sleeved on the outside of the V-shaped knife locking member rod 544;

[0050] The other end of the V-shaped knife lock body driving part 542, which is connected to the V-shaped knife driving rod 543, is adapted to the V-shaped knife lock body part 541. The V-shaped knife driving rod 543 is connected to the V-shaped knife action driving part 53 and performs a driving action to move the V-shaped knife lock body driving part 542 toward the V-shaped knife lock body part 541 to perform a pressing locking or unlocking action. A V-shaped knife spring member limiting rod 55 is provided in the spring member limiting cavity d of the V-shaped knife component setting area 13. One end of the V-shaped knife spring member limiting rod 55 is connected to the V-shaped knife action driving part 53, and the other end extends into the spring member limiting cavity d of the V-shaped knife component setting area 13. The V-shaped knife spring member 56 is sleeved on the V-shaped knife spring member limiting rod 55.

[0051] During the pressing phase of the V-shaped cutter action drive unit 53, the V-shaped cutter spring member 56 performs the reset action of the decompression phase, forming an automatic movement of the V-shaped blade 51 toward the V-shaped cutter action drive unit 53, and thus opening the V-shaped cutter of the cigar tool.

[0052] The flat knife locking component 44 includes a flat knife locking rod 444 distributed in the locking cavity b of the flat knife component setting area 12 and connected to the flat knife action drive part 443, a flat knife locking body part 441 sleeved on the flat knife locking rod 444, a flat knife locking body drive part 442 distributed between the flat knife locking body part 441 and the flat knife action drive part 443 and sleeved on the flat knife locking rod 444, and a flat knife drive rod 443 distributed between the flat knife action drive part 443 and the flat knife locking body drive part 442 and sleeved on the outside of the flat knife locking rod 444;

[0053] The other end of the flat knife lock body drive unit 442, which is connected to the flat knife drive rod 443, is adapted to the flat knife lock body part 441. The flat knife drive rod 443 is connected to the flat knife action drive unit 443 and performs a drive action to move the flat knife lock body drive unit 442 toward the flat knife lock body part 441 to press and lock or unlock. A flat knife spring member limiting rod 45 is provided in the spring member limiting cavity d of the flat knife component setting area 12. One end of the flat knife spring member limiting rod 45 is connected to the flat knife action drive unit 443, and the other end extends into the spring member limiting cavity d of the flat knife component setting area 12. The flat knife spring member 46 is sleeved on the flat knife spring member limiting rod 45.

[0054] During the pressing phase of the drive unit 443 for the flat blade action, the flat blade spring member 46 performs the reset action of the decompression phase, which causes the active C-shaped blade 41 to move automatically toward the side of the flat blade action drive unit 443, and thus opens the cigar cutter on the cigar tool.

[0055] The above ensures the reliable driving of the V-shaped blade component 5 and the flat blade component 4 during the locking or unlocking process, thereby further guaranteeing the reliability of the design and use of this utility model.

[0056] like Figure 1-11 As shown, a plurality of lock body serrations g are formed on the side of the V-shaped lock body 541 facing the V-shaped lock body drive 542 and on the side of the flat lock body 441 facing the flat lock body drive 442, respectively. A plurality of drive part serrations h are formed on the side of the V-shaped lock body drive 542 facing the V-shaped lock body 541 and on the side of the flat lock body drive 442 facing the flat lock body 441, respectively. Each lock body serration g on the V-shaped lock body 541 is adapted to the drive part serration h on the V-shaped lock body drive 542.

[0057] A plurality of protrusions e are formed in the locking cavity b of the V-shaped knife component setting area 13 and the locking cavity b of the flat knife component setting area 12. A plurality of drive part circumferential grooves f, which are adapted to the number of protrusions e, are formed on the circumferential surface of the flat knife lock body drive part 442 and the circumferential surface of the V-shaped knife lock body drive part 542. Lock body part movement space i is reserved in the locking cavity b of the V-shaped knife component setting area 13 and the locking cavity b of the flat knife component setting area 12.

[0058] The V-shaped knife lock body drive part 542, which extends into the locking cavity b of the V-shaped knife component setting area 13, engages with the protrusion e of the locking cavity b of the V-shaped knife component setting area 13 via the circumferential groove f on the drive part of the V-shaped knife lock body drive part 542. This forms a circumferential limit on the V-shaped knife lock body drive part 542 within the locking cavity b of the V-shaped knife component setting area 13. The V-shaped knife component 5 within the V-shaped knife component setting area 13 then slides axially along the protrusion e within the circumferential groove f of the drive part via the V-shaped knife lock body drive part 542. The V-shaped blade spring 56 performs a reset guide action on the V-shaped blade spring limit rod 55, forming the V-shaped blade lock body 541 to reciprocate sliding within the lock body movable space i, and performing the engagement or disengagement between the drive part serrated groove h and the lock body serrated groove g, as well as with the adjacent lock body serrated groove g, forming the locking or unlocking of the V-shaped blade lock body 541 within the lock body movable space i of the V-shaped blade component setting area 13, and constituting the closing or opening of the V-shaped cutter of the cigar tool;

[0059] The flat-blade lock body drive part 442, which extends into the lock cavity b of the flat-blade component setting area 12, engages with the protrusion e of the lock cavity b of the flat-blade component setting area 12 via the circumferential groove f of the drive part on the flat-blade lock body drive part 442. This forms a circumferential limit on the flat-blade lock body drive part 442 within the lock cavity b of the flat-blade component setting area 12. The flat-blade component 4 in the flat-blade component setting area 12 slides axially along the protrusion e within the circumferential groove f of the drive part via the flat-blade lock body drive part 442. The flat-blade spring member 46 performs a reset guiding action on the flat-blade spring member limiting rod 45. This forms a reciprocating sliding motion of the flat-blade lock body part 441 within the lock body part active space i. It also performs the engagement between the drive part serrated groove h and the lock body serrated groove g, as well as with the adjacent lock body serrated groove g. Alternatively, the engagement can be disengaged, forming the locking or unlocking of the flat blade lock body 441 within the lock body movement space i of the flat blade component setting area 12, and constituting the closing or opening of the flat scissor of the cigar tool; through the above, the V-shaped blade component 5 and the flat blade component 4 can reliably drive the locking part during the locking or unlocking process, and at the same time, the drive between the V-shaped blade component 5 and the flat blade component 4 can achieve a working principle similar to that of an automatic pen, that is, when the flat blade or V-shaped blade lock body driving part 542 is pressed towards the blade setting cavity a, a single press can open the flat blade or V-shaped blade, and a second press can close it, thereby ensuring the reliable drive of the V-shaped blade component 5 and the flat blade component 4 involved in this utility model on the combined cigar tool.

Claims

1. A modular cigar tool, comprising a cigar opening body and a mounting bracket, characterized in that: The combined cigar tool also includes a cigar squeegee. The cigar opening body includes a V-shaped knife component, a flat knife component, and a punching knife component. The mounting frame is provided with a V-shaped knife component setting area, a flat knife component setting area, a punching knife component setting area, and a cigar squeegee setting area. The V-shaped knife component setting area, flat knife component setting area, punching knife component setting area, and cigar needle setting area are used to limit the V-shaped knife component, flat knife component, punching knife component, and cigar needle on the mounting frame respectively.

2. The combined cigar tool according to claim 1, characterized in that: The V-shaped blade component area is located in the upper area of ​​the mounting frame, the flat blade component area is located in the lower area of ​​the mounting frame, the punching blade component area is located at the end of the mounting frame, and the cigar needle area is located on the side of the mounting frame.

3. The combined cigar tool according to claim 2, characterized in that: A hinge component is provided between the cigar squeegee setting area and the side of the mounting bracket. Through the hinge component, the cigar squeegee can be flipped on the combination cigar tool for retrieval or storage.

4. The combined cigar tool according to claim 2, characterized in that: The punching tool component includes punching tool component one and punching tool component two. Punching tool component one is distributed in the top area of ​​the mounting frame, and punching tool component two is distributed in the bottom area of ​​the mounting frame. Punching tool component one distributed in the top area of ​​the mounting frame and punching tool component two distributed in the bottom area of ​​the mounting frame are both hinged to be flipped for use or flipped for storage. In the stored state, the cutting edge direction of punching tool component one and punching tool component two both extend into the mounting frame.

5. The combined cigar tool according to claim 2, characterized in that: The V-shaped blade component includes a V-shaped blade actuation drive unit distributed on the side away from the cigar needle setting area, a V-shaped blade connected to the V-shaped blade actuation drive unit and extending into the V-shaped blade component setting area, a V-shaped member covering the V-shaped blade component setting area and having an opening shape adapted to the V-shaped blade, a V-shaped blade locking member for performing pressing and locking of the V-shaped blade in the V-shaped blade component setting area and for unlocking by secondary pressing, and a V-shaped blade spring member for driving the V-shaped blade in the unlocked state to move toward the outside of the V-shaped blade component setting area; The V-shaped blade, through the cooperation of the V-shaped blade locking member and the V-shaped blade spring member, forms the opening or closing of the V-shaped blade component for cutting cigars. In the closed state, the V-shaped blade inside the V-shaped blade component is in contact with the opening of the V-shaped component. During the opening process, the V-shaped blade and the opening of the V-shaped component move in a close sliding motion.

6. The combined cigar tool according to claim 5, characterized in that: The flat blade component includes a flat blade actuation drive unit distributed on the side away from the cigar needle setting area, a movable C-shaped blade connected to the flat blade actuation drive unit and extending into the flat blade component setting area, a fixed C-shaped blade limited within the flat blade component setting area and in contact with the blade edge of the movable C-shaped blade and arranged opposite to it, a flat blade locking member for performing pressing and locking of the movable C-shaped blade within the flat blade component setting area and for unlocking by secondary pressing, and a flat blade spring member for driving the movable C-shaped blade in the unlocked state to move away from the fixed C-shaped blade; The movable C-shaped blade, through the cooperation of the flat blade locking component and the flat blade spring component, forms the opening or closing of the flat blade component for cutting cigars. In the closed state, the movable C-shaped blade is in close contact with the fixed C-shaped blade. During the opening process, the movable C-shaped blade and the fixed C-shaped blade move in a close sliding motion.

7. The combined cigar tool according to claim 6, characterized in that: Both the V-shaped blade component setting area and the flat blade component setting area include a blade body setting cavity for inserting the blade body, a locking cavity distributed on one side of the blade body setting cavity, and a spring-loaded limiting cavity distributed on the other side of the blade body setting cavity. The V-shaped knife lock includes a V-shaped knife lock rod body distributed in the lock cavity of the V-shaped knife component setting area and connected to the V-shaped knife action drive part, a V-shaped knife lock body part sleeved on the V-shaped knife lock rod body, a V-shaped knife lock body drive part distributed between the V-shaped knife lock body part and the V-shaped knife action drive part and sleeved on the V-shaped knife lock rod body, and a V-shaped knife drive rod distributed between the V-shaped knife action drive part and the V-shaped knife lock body drive part and sleeved on the outside of the V-shaped knife lock rod body; The V-shaped knife lock body driving part is adapted to the V-shaped knife lock body part at the other end connected to the V-shaped knife driving rod. The V-shaped knife driving rod is connected to the V-shaped knife action driving part and performs the driving action of driving the V-shaped knife lock body driving part to move toward the V-shaped knife lock body part to press and lock or unlock. A V-shaped knife spring limit rod is provided in the spring limit cavity of the V-shaped knife component setting area. One end of the V-shaped knife spring limit rod is connected to the V-shaped knife action driving part, and the other end extends into the spring limit cavity of the V-shaped knife component setting area. The V-shaped knife spring is sleeved on the V-shaped knife spring limit rod. During the pressing phase of the V-shaped blade action drive unit, the V-shaped blade spring member performs the reset action of the decompression phase, forming an automatic movement of the V-shaped blade toward the V-shaped blade action drive unit, and thus opening the V-shaped cutter of the cigar tool. The flat blade lock includes a flat blade lock rod body distributed in the lock cavity of the flat blade component setting area and connected to the flat blade action drive part, a flat blade lock body part sleeved on the flat blade lock rod body, a flat blade lock body drive part distributed between the flat blade lock body part and the flat blade action drive part and sleeved on the flat blade lock rod body, and a flat blade drive rod distributed between the flat blade action drive part and the flat blade lock body drive part and sleeved on the outside of the lock rod body; The other end of the flat knife lock body driving part, which is connected to the flat knife driving rod, is adapted to the flat knife lock body part. The flat knife driving rod is connected to the flat knife action driving part and performs a driving action to move the flat knife lock body driving part toward the flat knife lock body part to press and lock or unlock. A flat knife spring member limiting rod is provided in the spring member limiting cavity of the flat knife component setting area. One end of the flat knife spring member limiting rod is connected to the flat knife action driving part, and the other end extends into the spring member limiting cavity of the flat knife component setting area. The flat knife spring member is sleeved on the flat knife spring member limiting rod. During the pressing phase of the drive unit for the flat blade action, the flat blade spring member performs a reset action to release the compression phase, causing the active C-shaped blade to move automatically toward the side of the flat blade action drive unit, thus opening the cigar cutter on the cigar tool.

8. The combined cigar tool according to claim 7, characterized in that: The V-shaped knife lock body has a plurality of lock body sawtooth grooves formed on the side facing the V-shaped knife lock body drive part and the flat knife lock body has a plurality of drive part sawtooth grooves formed on the side facing the V-shaped knife lock body and the flat knife lock body drive part, respectively. Each lock body sawtooth groove on the V-shaped knife lock body is adapted to the drive part sawtooth groove on the V-shaped knife lock body drive part. Several protrusions are formed in the locking cavity of the V-shaped blade component setting area and the locking cavity of the flat blade component setting area. Several drive part circumferential grooves adapted to the number of protrusions are formed on the circumferential surface of the flat blade lock body drive part and the circumferential surface of the V-shaped blade lock body drive part. The locking cavity of the V-shaped blade component setting area and the locking cavity of the flat blade component setting area are respectively reserved with lock body movement space. The V-shaped knife lock body drive unit, which extends into the locking cavity of the V-shaped knife component setting area, engages with the protrusion of the locking cavity of the V-shaped knife component setting area through the circumferential groove of the drive unit on the V-shaped knife lock body drive unit. This forms a circumferential limit of the V-shaped knife lock body drive unit in the locking cavity of the V-shaped knife component setting area. The V-shaped knife component in the V-shaped knife component setting area slides axially along the protrusion in the circumferential groove of the drive unit through the V-shaped knife lock body drive unit. It also performs a reset guide action on the V-shaped knife spring member limit rod through the V-shaped knife spring member. This forms a reciprocating sliding motion of the V-shaped knife lock body in the lock body moving space. It also performs the engagement or disengagement between the drive unit serration groove and the lock body serration groove, as well as between the drive unit serration groove and the adjacent lock body serration groove. This forms the locking or unlocking of the V-shaped knife lock body in the lock body moving space of the V-shaped knife component setting area, and constitutes the closing or opening of the V-shaped cutter of the cigar tool. The flat knife lock body drive unit, which extends into the locking cavity of the flat knife component setting area, engages with the protrusion of the locking cavity of the flat knife component setting area through the circumferential groove of the drive unit on the flat knife lock body drive unit. This forms a circumferential limit of the flat knife lock body drive unit in the locking cavity of the flat knife component setting area. The flat knife component in the flat knife component setting area slides axially along the protrusion in the circumferential groove of the drive unit through the flat knife lock body drive unit. It also performs a reset guide action on the flat knife spring member limit rod through the flat knife spring member. This forms a reciprocating sliding motion of the flat knife lock body in the lock body moving space. It also performs the engagement or disengagement between the drive unit serrated groove and the lock body serrated groove, as well as between the drive unit serrated groove and the adjacent lock body serrated groove. This forms the locking or unlocking of the flat knife lock body in the lock body moving space of the flat knife component setting area, and constitutes the closing or opening of the flat cutter of the cigar tool.

9. The combined cigar tool according to claim 4, characterized in that: The cutting edge diameter of the first punching tool component is 7mm, and the cutting edge diameter of the second punching tool component is 9mm.

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