Cigar scissors with cutter body capable of automatically popping up

Abstract

The cigar scissors with the cutter body capable of being popped up automatically comprise a shell, the cutter body, a locking piece, a popping piece, a limiting block in the shell and an operation block, a cutter edge is formed at one end of the cutter body, a cigar stretching opening is formed in the shell, the cutter body stretches and retracts in the shell, the cigar stretching opening in the shell is opened or closed, and the cigar stretching opening in the shell is opened or closed. A knife body accommodating cavity and a communicating position which is distributed in a staggered manner with the knife body accommodating cavity are formed in the limiting block in the shell, and the communicating position is communicated with the cigar extending opening, so that the cigar scissors can be pressed by the operation block or pressed again, and the knife body can be limited in the shell through locking or unlocking of the locking piece, or after unlocking, the knife body can be fixed in the shell through the springing piece. According to the cigar scissors, the cutter bodies can move towards the side away from the shell, and the communicating position is communicated with the cigar extending opening, so that an operator can conveniently open the cigar scissors, the situation that the use convenience is affected due to insufficient opening amplitude in the prior art is avoided, and the cigar scissors are more reliable to use.

Description

Technical Field

[0001] The utility model relates to the technical field of cigar cutters, in particular to a cigar cutter with a knife body that can automatically pop out. Background Art

[0002] Currently, cigars on the market have one end sealed with tobacco leaves before they are opened, making it impossible to ignite and smoke them directly. Therefore, the sealed end of the cigar must be cut open before smoking.

[0003] Cigars are cut in the market by single-edged cigar cutters or handle-type or double-edged cigar cutters, except for some special cases where a sharp knife or blade is used. However, the existing single-edged cigar cutters or handle-type or double-edged cigar cutters are generally unreliable in structure, so that when in use, the cigar cutters are mostly opened and closed by the user in a purely manual manner. The opening and closing process is completely driven by the user manually, that is, the size of the manual opening and closing range directly represents the distance that the blade of the cigar cutter can move. Therefore, when the existing cigar cutters are opened to cut the cigar, the cigar cutting operation will not be inconvenient due to the insufficient opening range when manually operated. Summary of the invention

[0004] In view of the above-mentioned shortcomings, the utility model provides a cigar cutter which can conveniently open the position for inserting a cigar, so as to realize the subsequent cigar cutting work conveniently.

[0005] In order to achieve the above purpose, the utility model adopts a cigar cutter with a knife body that can be automatically ejected, comprising a shell, a knife body, one end of the knife body forming a knife edge, the shell is provided with a cigar insertion opening for the cigar to be cut from one side of the shell to the other side, the knife body performs a telescopic action in the shell, forming the cigar insertion opening on the shell to be opened or closed, the cigar cutter also includes a locking member, an elastic member, a shell inner limit block limited in the shell, and an operating block distributed on one side of the shell, the shell inner limit block is provided with a knife body accommodating cavity, and a communication position staggeredly distributed with the knife body accommodating cavity, the communication position being connected to the cigar insertion opening;

[0006] The blade is placed in the blade accommodating cavity, and the other end of the blade relative to the blade edge is connected to the operating block, and the end of the blade formed with the blade edge extends into the shell, and the locking element and the elastic element are distributed in the shell. The blade is pressed into the blade accommodating cavity by the limiting block in the shell, and is limited in the shell by the locking element, and the connection position formed by the blade and the cigar insertion opening are separated, and the elastic element is compressed in the shell;

[0007] Through the secondary pressing of the cutter body towards the direction of the cutter body accommodation cavity by the in-shell limiting block, and then through the locking member, the limitation of the cutter body in the shell is released, the elastic member is reset in the shell, the cutter body moves towards the side away from the shell, and the communication between the communication position and the cigar insertion port is formed.

[0008] The beneficial effects of the above structure are as follows: In addition to the shell and the cutter body, the cigar cutter also involves a locking member, an elastic member, an in-shell limiting block for limiting in the shell, and an operation block distributed on one side of the shell. A cutter body accommodation cavity is provided in the in-shell limiting block. One end of the cutter body is connected to the operation block, and the other end can move in the cutter body accommodation cavity. Through the pressing or re-pressing action of the operation block and the locking or unlocking action of the locking member, the limitation of the cutter body in the shell can be formed. After unlocking, through the action of the elastic member, the cutter body can move towards the side away from the shell, and the communication position on the in-shell limiting block is communicated with the cigar insertion port on the shell. Thus, when the operator uses the cigar cutter involved in the present invention, the cigar cutter can be conveniently opened, thereby avoiding the inconvenience of use caused by the insufficient opening amplitude in the prior art and making the use of the cigar cutter more reliable.

[0009] The present invention is further configured such that the in-shell limiting block further includes a locking member cavity distributed on one side of the cutter body accommodation cavity and an elastic member limiting cavity distributed on the other side of the cutter body accommodation cavity. The locking member includes a locking member rod body distributed in the locking member cavity and connected to the operation block, a locking body portion sleeved on the locking member rod body, a locking body driving portion distributed between the locking body portion and the operation block and sleeved on the locking member rod body, and a driving rod distributed between the operation block and the locking body driving portion and sleeved outside the locking member rod body;

[0010] The other end of the locking body driving portion relative to the connection with the driving rod is adapted to the locking body portion. The driving rod is connected to the operation block and performs a driving action of pressing and locking or unlocking to drive the locking body driving portion to move towards the locking body portion. An elastic member limiting rod and a limiting outer sleeve rod sleeved on one end of the elastic member limiting rod are provided in the elastic member limiting cavity. The other end of the elastic member limiting rod abuts against the inside of the shell. One end of the limiting outer sleeve rod is connected to the operation block, and the other end extends into the elastic member limiting cavity. A limiting portion is formed on the limiting outer sleeve rod extending into the elastic member limiting cavity. A limiting member is sleeved on the limiting outer sleeve rod relative to the end adjacent to the connection with the operation block. The elastic member is sleeved on the elastic member limiting rod and is distributed between the limiting portion and the limiting member;

[0011] After the cutter body is pressed once by the operation block and hidden in the cigar cutter, and the elastic member is compressed in the elastic member limiting cavity, during the stage of re-pressing the operation block, the limiting outer sleeve rod, the limiting member, and the elastic member move towards the direction away from the elastic member limiting rod, and an automatic movement of the cutter body towards the operation block side is performed, and the opening of the cigar insertion port is formed.

[0012] With the above settings, the blade body involved in the present utility model can be reliably driven. Meanwhile, through the action of the locking member, convenient locking or unlocking actions can be performed, and for the elastic member, reliable compression or reset actions can be carried out, thereby ensuring the reliability and rationality of the design of the cigar cutter involved in the present utility model.

[0013] The present utility model is further configured such that the lock body portion includes a plurality of lock body circumferential rib grooves opened on the circumferential surface and distributed in an equidistant manner, a plurality of lock body serrated grooves formed on the circumferential surface facing the lock body driving portion, and a lock body extension portion formed on the side facing the lock body driving portion;

[0014] The lock body driving portion includes a recessed cavity formed on the side facing the lock body portion, a plurality of driving portion serrated grooves formed on the side of the recessed cavity facing the lock body portion, and a plurality of driving portion circumferential rib grooves formed on the cavity wall of the recessed cavity. A plurality of convex ribs extending from the pressing portion side to the inside of the lock member cavity are formed on the lock member cavity. The terminals of the convex ribs extending into the lock member cavity are located near the lock body portion, and an upper locking space and an unlocking space are formed between the terminals of the convex ribs and the cavity bottom of the lock member cavity. The upper locking space is connected to the unlocking space, and the upper locking space is distributed on one side of the terminal of the convex rib;

[0015] The convex ribs are respectively adapted to the lock body circumferential rib grooves and the driving portion circumferential rib grooves. The lock body extension portion is adapted to the recessed cavity. During the cooperation stage of the lock body portion and the lock body driving portion, the lock body extension portion extends into the lock member cavity through the driving portion circumferential rib grooves along the convex ribs, and extends into the recessed cavity through the lock body extension portion on the lock body portion, so that a plurality of driving portion serrated grooves and a plurality of lock body serrated grooves are respectively in contact. By applying force in the direction of the lock member cavity through the pressing portion, the lock body and the lock body driving portion are pressed into the upper locking space, and the lock body serrated groove of the lock body contacts the terminal of the convex rib, constituting the upper locking limit of the blade body in the cigar cutter and constituting the separation between the communication position and the cigar insertion port;

[0016] By applying pressure again in the lock member cavity through the pressing portion, the driving portion serrated groove of the lock body driving portion drives the lock body serrated groove to move towards the unlocking space, so that the lock body serrated groove is disengaged from the contact with the terminal of the convex rib, and through the external force applied by the pressing portion, it makes a circumferential jumping movement around the lock member rod body, constituting the contact between the driving portion serrated groove and the adjacent lock body serrated groove, and constituting the unlocking of the upper locking of the blade body. And by the restoring force of the elastic member, it moves towards the outside of the cigar knife limiting cavity, constituting the communication between the communication position and the cigar insertion port.

[0017] With the above settings, the driving reliability of the locking member during locking or unlocking can be further ensured.

[0018] The present utility model is further configured such that there are two cigar hole openers on the cigar cutter that are staggeredly distributed with respect to the running direction of the cutter body. The two cigar hole openers are distributed on the same straight line. The housing is provided with rotation part limiting holes adapted to the number of cigar hole openers. The cigar hole opener includes an opening blade distributed at one end of the cigar hole opener, a rotating part distributed at the other end of the cigar hole opener, and a threaded part between the opening blade and the rotating part. The cigar hole opener forms a limiting installation on the housing through the cooperation of the threaded part and the rotation part limiting hole.

[0019] Through the above settings, the cigar cutter involved in the present utility model, after involving the cutter body, can also, through the function of involving two cigar hole openers, enable the operator to open the cigar in different ways according to the usage needs, greatly increasing the applicability of the cigar cutter involved in the present utility model. At the same time, these two cigar hole openers are installed on the housing through the threaded part. That is, after installation, this rotating part fits on the housing, also realizing the corresponding decorative function. The above-mentioned addition of two cigar hole openers is the first design solution for the cigar cutter involved in the present utility model.

[0020] The present utility model is further configured such that there are two rotating parts on the cigar cutter that are staggeredly distributed with respect to the running direction of the cutter body. The two rotating parts are distributed on the same straight line, and both of the two rotating parts include a rotating part, a bearing. The rotating part includes a rotating portion, an intermediate connecting portion, and a through rod distributed in sequence. The bearing is sleeved on the through rod, and the housing is provided with a rotation part limiting hole;

[0021] The rotating portion is distributed outside the housing and on one side of the rotation part limiting hole. The intermediate connecting portion and the through rod extend into the housing. The intermediate connecting portion is placed in the rotation part limiting hole. The bearing is distributed on the other side of the rotation part limiting hole, and through the two rotating portions, the housing and the cutter body can perform a rotating motion.

[0022] Through the above settings, the cigar cutter involved in the present utility model can, according to different design methods, change the two cigar hole openers to adding two rotating parts. When two rotating parts are adopted, the cigar cutter involved in the present utility model, when not in use, the operator can touch the two rotating parts with two fingers and complete the rotation of the entire housing through other fingers, thereby greatly increasing the fun of using the cigar cutter. The above-mentioned addition of two rotating parts is the second design solution for the cigar cutter involved in the present utility model.

[0023] The utility model is further configured such that two plugging members are staggeredly distributed on the cigar cutter with respect to the running direction of the cutter body. The two plugging members are distributed on the same straight line. Rotating member limiting holes adapted to the number of the plugging members are formed in the housing. One end of the plugging member is limited to the housing through the rotating member limiting hole, and a pattern for decoration is provided at the other end of the plugging member.

[0024] Through the above arrangement, the adoption of two plugging members is the third design solution for the cigar cutter involved in the utility model. When changing to the plugging members, the structural form of the plugging members is that one end is limited to the housing through the rotating member limiting hole, and a pattern for decoration is provided at the other end. That is, after the plugging members are installed, the aesthetic degree of the cigar cutter can be increased due to the function of the decorative pattern. Brief Description of the Drawings

[0025] Figure 1 is a three-dimensional schematic diagram of the cigar cutter according to a specific embodiment of the utility model;

[0026] Figure 2 is an exploded schematic diagram of the cigar cutter according to a specific embodiment of the utility model;

[0027] Figure 3 is an exploded schematic diagram between the inner housing limiting block and the cutter body, the operating block, the locking member, the locking member elastic member, the limiting outer sleeve rod, the limiting member, and the elastic member limiting rod according to a specific embodiment of the utility model;

[0028] Figure 4 is an exploded schematic diagram between the cutter body, the operating block, the locking member elastic member, the locking member and the limiting outer sleeve rod, the limiting member, and the elastic member limiting rod according to a specific embodiment of the utility model;

[0029] Figure 5 is an exploded schematic diagram between the lock body part and the lock body driving part according to a specific embodiment of the utility model;

[0030] Figure 6 is a matching schematic diagram between the lock body part and the lock body driving part according to a specific embodiment of the utility model;

[0031] Figure 7 is a structural schematic diagram of the inner housing limiting block according to a specific embodiment of the utility model;

[0032] Figure 8 is an exploded schematic diagram of the cigar cutter after adopting the rotating member according to a specific embodiment of the utility model;

[0033] Figure 9 is Figure 8 an enlarged schematic diagram of;

[0034] Figure 10 is an exploded schematic diagram of the cigar cutter after adopting the plugging members according to a specific embodiment of the utility model;

[0035] Figure 11 is a three-dimensional schematic diagram of the cigar hole opener according to a specific embodiment of the present utility model;

[0036] Figure 12 is Figure 7 an enlarged schematic diagram;

[0037] Figure 13 is a schematic cross-sectional state diagram after the locking member elastic member, the locking member, the limiting outer sleeve rod, and the elastic member limiting rod of the specific embodiment of the present utility model are matched. Specific embodiments

[0038] As Figures 1-7 shown in FIGS. 12-13, a specific embodiment of the present utility model is a cigar cutter with a knife body 4 that can automatically pop out, including a housing 3 and a knife body 4. One end of the knife body 4 forms a cutting edge 41. A cigar insertion port 31 is opened on the housing 3 for an external cigar to be cut to extend from one side of the housing 3 to the other side. The knife body 4 makes a telescopic movement in the housing 3 to open or close the cigar insertion port 31 on the housing 3. The cigar cutter further includes a locking member 9, an elastic member 50, an in-housing limiting block 5 limited in the housing 3, and an operation block 1 distributed on one side of the housing 3. A knife body accommodating cavity 51 and a communication position 52 distributed in an interleaved manner with the knife body accommodating cavity 51 are opened in the in-housing limiting block 5. The communication position 52 is communicated with the cigar insertion port 31;

[0039] The knife body 4 is placed in the knife body accommodating cavity 51, and the other end of the knife body 4 opposite to the cutting edge 41 is connected to the operation block 1. The end of the knife body 4 with the cutting edge 41 extends into the housing 3. The locking member 9 and the elastic member 50 are both distributed in the housing 3. The knife body 4 pressed into the knife body accommodating cavity 51 by the in-housing limiting block 5 is limited in the housing 3 by the locking member 9, and the communication position 52 and the cigar insertion port 31 are separated by the knife body 4, and the compression of the elastic member 50 in the housing 3 is formed;

[0040] By pressing the knife body 4 driven by the in-housing limiting block 5 towards the knife body accommodating cavity 51 for a second time, and then the locking member 9 releases the limit of the knife body 4 in the housing 3, the elastic member 50 is reset in the housing 3, the knife body 4 moves towards the side away from the housing 3, and the communication between the communication position 52 and the cigar insertion port 31 is formed.

[0041] In addition to cutting the cigar as described above, which involves the housing 3 and the blade body 4, it also involves a locking member 9, a resilient member 50, an in-housing limiting block 5 that is limited within the housing 3, and an operating block 1 distributed on one side of the housing 3. A blade accommodating cavity 51 is formed in the in-housing limiting block 5. One end of the blade body 4 is connected to the operating block 1, and the other end can move within the blade accommodating cavity 51. Also, through the action of pressing or re-pressing the operating block 1, and through the locking or unlocking action of the locking member 9, the blade body 4 can be limited within the housing 3. Or after unlocking, under the action of the resilient member 50, the blade body 4 can move towards the side away from the housing 3, and the communication position 52 on the in-housing limiting block 5 is communicated with the cigar insertion port 31 on the housing 3. Thus, when the user uses the cigar cutter involved in the present utility model, it is convenient to open the cigar cutter, thereby avoiding the inconvenience of the existing one due to insufficient opening amplitude, and making the use of the cigar cutter more reliable.

[0042] As Figures 1-7 As shown in FIGS. 12 - 13, the in-housing limiting block 5 further includes a locking member cavity 53 distributed on one side of the blade accommodating cavity 51, and a resilient member limiting cavity 54 distributed on the other side of the blade accommodating cavity 51. The locking member 9 includes a locking member rod body 93 distributed within the locking member cavity 53 and connected to the operating block 1, a locking body portion 92 sleeved on the locking member rod body 93, a locking body driving portion 91 distributed between the locking body portion 92 and the operating block 1 and sleeved on the locking member rod body 93, and a driving rod 93 distributed between the operating block 1 and the locking body driving portion 91 and sleeved outside the locking member rod body 93;

[0043] The other end of the locking body driving portion 91 relative to the end connected to the driving rod 93 is adapted to the locking body portion 92. The driving rod 93 is connected to the operating block 1 and performs a driving action of pressing and locking or unlocking to drive the locking body driving portion 91 to move towards the locking body portion 92. A resilient member limiting rod 20 and a limiting outer sleeve rod 6 sleeved on one end of the resilient member limiting rod 20 are provided in the resilient member limiting cavity 54. The other end of the resilient member limiting rod 20 abuts against the inside of the housing 3. One end of the limiting outer sleeve rod 6 is connected to the operating block 1, and the other end extends into the resilient member limiting cavity 54. And a limiting portion 61 is formed on the limiting outer sleeve rod 6 extending into the resilient member limiting cavity 54. A limiting member 10 is sleeved on the limiting outer sleeve rod 6 relative to the end adjacent to the connection with the operating block 1. The resilient member 50 is sleeved on the resilient member limiting rod 20 and is distributed between the limiting portion 61 and the limiting member 10;

[0044] After the blade body 4 is pressed once by the operating block 1 and hidden within the cigar cutter, and the resilient member 50 is compressed within the resilient member limiting cavity 54, during the stage of re-pressing the operating block 1, the limiting outer sleeve rod 6, the limiting member 10, and the resilient member 50 move towards the direction away from the resilient member limiting rod 20, and form an automatic movement of the blade body 4 towards the operating block 1 side, and constitute the opening of the cigar insertion port.

[0045] As Figures 2-7 shown in FIGS. 12-13, the above-mentioned lock body portion 92 includes a plurality of equally distributed lock body circumferential rib grooves 922 formed on the circumferential surface, a plurality of lock body serrated grooves 923 formed on the circumferential surface facing the lock body driving portion 91, and a lock body extension portion 921 formed on the side facing the lock body driving portion 91;

[0046] The lock body driving portion 91 includes a recessed cavity 914 formed on the side facing the lock body portion 92, a plurality of driving portion serrated grooves 911 formed on the side of the recessed cavity 914 facing the lock body portion 92, and a plurality of driving portion circumferential rib grooves 913 formed on the cavity wall of the recessed cavity 914. A plurality of convex ribs 531 extending from the pressing portion side to the inside of the lock member cavity 53 are formed on the lock member cavity 53. The terminal of the convex rib 531 extending into the lock member cavity 53 is located near the lock body portion 92, and an upper locking space 55 and an unlocking space 56 are formed between the terminal of the convex rib 531 and the cavity bottom of the lock member cavity 53. The upper locking space 55 is connected to the unlocking space 56, and the upper locking space 55 is distributed on one side of the terminal of the convex rib 531;

[0047] The convex rib 531 is respectively adapted to the lock body circumferential rib groove 921 and the driving portion circumferential rib groove 913. The lock body extension portion 921 is adapted to the recessed cavity 914. During the cooperation stage of the lock body portion 92 and the lock body driving portion 91, the lock body extension portion 921 extends into the lock member cavity 53 along the convex rib 531 through the driving portion circumferential rib groove 913, and extends into the recessed cavity 914 through the lock body extension portion 921 on the lock body portion 92, so that a plurality of driving portion serrated grooves 911 and a plurality of lock body serrated grooves 923 are respectively in contact. By applying force in the direction of the lock member cavity 53 through the pressing portion, the lock body and the lock body driving portion 91 are pressed into the upper locking space 55, so that the lock body serrated groove 923 of the lock body contacts the terminal of the convex rib 531, constituting the upper locking limit of the cutter body 4 in the cigar cutter, and constituting the separation between the communication position 52 and the cigar insertion port 31;

[0048] By applying pressure again into the lock member cavity 53 through the pressing portion, the driving portion serrated groove 911 of the lock body driving portion 91 drives the lock body serrated groove 923 to move into the unlocking space 56, so that the lock body serrated groove 923 is disengaged from the contact with the terminal of the convex rib 531, and makes a circumferential jump movement around the lock member rod 93 under the external pressure of the pressing portion, constituting the contact between the driving portion serrated groove 911 and the adjacent lock body serrated groove 923, and constituting the unlocking of the upper locking of the cutter body 4, and moving outward toward the outside of the cigar cutter limiting cavity by the restoring force of the elastic member 50, constituting the communication between the communication position 52 and the cigar insertion port 31.

[0049] In the specific embodiment of the present invention, the design on the cigar cutter may include the design of the cigar hole opener 2, the design of the rotating member 30, and the design of the blocking member 40. The specific design method is as follows:

[0050] ① As shown in Figure 2 , 11 , two cigar hole openers 2 on the cigar cutter are staggeredly distributed relative to the running direction of the cutter body 4. The two cigar hole openers 2 are distributed on the same straight line. The housing 3 is provided with rotation part limiting holes 31 adapted to the number of the cigar hole openers 2. The cigar hole opener 2 includes an opening blade 21 distributed at one end of the cigar hole opener 2, a rotating part 23 distributed at the other end of the cigar hole opener 2, and a threaded part 22 between the opening blade 21 and the rotating part 23. The cigar hole opener 2 forms a limiting installation on the housing 3 through the cooperation of the threaded part 22 and the rotation part limiting hole 31.

[0051] ② As shown in Figures 8-9 , two rotating parts 30 on the cigar cutter are staggeredly distributed relative to the running direction of the cutter body 4. The two rotating parts 30 are distributed on the same straight line, and both of the two rotating parts 30 include a rotating part and a bearing 303. The rotating part includes a rotating portion 301, an intermediate connecting portion 302, and a penetrating rod 304 that are sequentially distributed. The bearing 303 is sleeved on the penetrating rod 304, and the housing 3 is provided with rotation part limiting holes 31;

[0052] The rotating portion 301 is distributed outside the housing 3 and on one side of the rotation part limiting hole 31. The intermediate connecting portion 302 and the penetrating rod 304 extend into the housing 3. The intermediate connecting portion 302 is placed in the rotation part limiting hole 31. The bearing 303 is distributed on the other side of the rotation part limiting hole 31, and through the two rotating portions 301, the housing 3 and the cutter body 4 can rotate along with the two rotating portions 301.

[0053] ③ As shown in Figure 10 , two plugging parts 40 on the cigar cutter are staggeredly distributed relative to the running direction of the cutter body 4. The two plugging parts 40 are distributed on the same straight line. The housing 3 is provided with rotation part limiting holes 31 adapted to the number of the plugging parts 40. One end of the plugging part 40 is limited on the housing 3 through the rotation part limiting hole 31, and a pattern 401 for decoration is provided on the other end of the plugging part 40.

Claims

1. A cigar cutter with a blade that can be automatically ejected, comprising a housing and a blade, wherein one end of the blade forms a blade edge, and the housing is provided with a cigar insertion opening for extending a cigar to be cut from one side of the housing to the other side. The blade performs a telescopic movement in the housing to open or close the cigar insertion opening on the housing, and the characteristics are: The cigar cutter also includes a locking member, an elastic member, a housing limit block for limiting a position in the housing, and an operating block distributed on one side of the housing. The housing limit block is provided with a knife body accommodating cavity and a communication position distributed in an interlaced manner with the knife body accommodating cavity, and the communication position is connected to the cigar insertion opening. The blade is placed in the blade accommodating cavity, and the other end of the blade relative to the blade edge is connected to the operating block, and the end of the blade formed with the blade edge extends into the shell, and the locking element and the elastic element are distributed in the shell. The blade is pressed into the blade accommodating cavity by the limiting block in the shell, and is limited in the shell by the locking element, and the connection position formed by the blade and the cigar insertion opening are separated, and the elastic element is compressed in the shell; The knife body is driven to be pressed twice toward the knife body accommodating cavity by the limit block in the shell, and the limit of the knife body in the shell is released by the lock member, so that the elastic member is reset in the shell, the knife body moves toward the side away from the shell, and the communication position is connected with the cigar insertion port.

2. The cigar cutter with a blade that can be automatically ejected according to claim 1, characterized in that: The inner limit block of the shell also includes a lock cavity distributed on one side of the knife body accommodating cavity, and an elastic member limit cavity distributed on the other side of the knife body accommodating cavity. The lock includes a lock rod body distributed in the lock cavity and connected to the operating block, a lock body part sleeved on the lock rod body, a lock body driving part distributed between the lock body part and the operating block and sleeved on the lock rod body, and a driving rod distributed between the operating block and the lock body driving part and sleeved on the outside of the lock rod body; The lock body driving part is adapted to the lock body part relative to the other end connected to the driving rod, the driving rod is connected to the operating block, and executes the driving action of driving the lock body driving part to move toward one side of the lock body part to perform a pressing locking or unlocking. The elastic member limiting cavity is provided with an elastic member limiting rod and a limiting outer sleeve rod sleeved on one end of the elastic member limiting rod, the other end of the elastic member limiting rod is in conflict with the inside of the shell, one end of the limiting outer sleeve rod is connected to the operating block, and the other end extends into the elastic member limiting cavity, and a limiting portion is formed on the limiting outer sleeve rod extending into the elastic member limiting cavity, and a limiting member is sleeved on the limiting outer sleeve rod relative to the end adjacent to the operating block, and the elastic member is sleeved on the elastic member limiting rod and distributed between the limiting portion and the limiting member; After the knife body is hidden in the cigar cutter by a single press of the operating block, and the elastic member is compressed in the elastic member limiting cavity, when the operating block is pressed again, the limiting outer sleeve rod, the limiting member and the elastic member move in a direction away from the elastic member limiting rod, and the knife body automatically moves toward the side of the operating block, thereby opening the cigar insertion port.

3. The cigar cutter with a blade that can be automatically ejected according to claim 2, characterized in that: The lock body portion includes a plurality of lock body circumferential grooves opened on the circumferential surface and distributed in equal parts, a plurality of lock body serrated grooves formed on the circumferential surface on the side facing the lock body driving portion, and a lock body extension portion formed on the side facing the lock body driving portion; The lock body driving part includes a concave cavity formed toward one side of the lock body part, a plurality of driving part sawtooth grooves formed on the concave cavity toward one side of the lock body part, and a plurality of driving part circumferential ridge grooves formed on the cavity wall of the concave cavity, a plurality of convex ridges extending from one side of the pressing part into the lock cavity are formed on the lock cavity, the terminal of the convex ridge extending into the lock cavity is located near the lock body part, and a locking space and an unlocking space are formed between the terminal of the convex ridge and the cavity bottom of the lock cavity, the locking space is connected to the unlocking space, and the locking space is distributed on one side of the terminal of the convex ridge; The convex ribs are respectively adapted to the circumferential rib grooves of the lock body and the circumferential rib grooves of the driving part, and the lock body extension part is adapted to the concave cavity. In the stage of matching between the lock body part and the lock body driving part, the lock body extension part extends into the lock cavity through the circumferential rib grooves of the driving part and the convex ribs, and extends into the concave cavity through the lock body extension part on the lock body part, forming a plurality of drive part serrations and a plurality of lock body serrations. The lock body and the lock body driving part are pressed into the locking space by applying force toward the lock cavity, forming the lock body serrations of the lock body and the terminal of the convex ribs, forming a locking limit of the knife body in the cigar cutter, and forming a separation between the connecting position and the cigar insertion entrance; By applying pressure again toward the lock cavity by the pressing part, the driving part serrated groove of the lock body driving part drives the lock body serrated groove to move toward the unlocking space, so that the lock body serrated groove and the terminal end of the convex ridge are released from contact and cooperation, and the external force of the pressing part is pressed to make a circumferential jump action around the lock rod body, so that the driving part serrated groove contacts the adjacent lock body serrated groove, and the knife body is unlocked, and moves toward the outside of the cigar cutter limiting cavity through the restoring force of the elastic part, so as to form a connection between the communication position and the cigar insertion entrance.

4. The cigar cutter with a knife body that can be automatically ejected according to claim 2 or 3, characterized in that: The cigar cutter has two cigar hole openers arranged in a staggered manner relative to the running direction of the cutter body, the two cigar hole openers are arranged on the same straight line, the shell is provided with rotating part limiting holes adapted to the number of the cigar hole openers, the cigar hole opener comprises a hole opening blade distributed on one end of the cigar hole opener, a rotating part distributed on the other end of the cigar hole opener, and a threaded part between the hole opening blade and the rotating part, and the cigar hole opener is formed by the cooperation of the threaded part and the rotating part limiting hole to form a limited installation of the cigar hole opener on the shell.

5. The cigar cutter with a knife body that can be automatically ejected according to claim 2 or 3, characterized in that: The two rotating parts on the cigar cutter are staggered relative to the running direction of the cutter body, the two rotating parts are distributed on the same straight line, and the two rotating parts both include a rotating part and a bearing, the rotating part includes a rotating part, an intermediate connecting part, and a penetration rod distributed in sequence, the bearing sleeve is arranged on the penetration rod, and a rotating part limiting hole is opened on the housing; The rotating part is distributed on the outside of the shell and on one side of the rotating part limiting hole. The middle connecting part and the penetration rod extend into the shell. The middle connecting part is placed in the rotating part limiting hole. The bearing is distributed on the other side of the rotating part limiting hole. Through the two rotating parts, the execution shell and the cutter body can rotate with the two rotating parts.

6. The cigar cutter with a knife body that can be automatically ejected according to claim 2 or 3, characterized in that: The cigar cutter has two blocking pieces arranged in an alternating manner relative to the running direction of the cutter body, the two blocking pieces are arranged on the same straight line, the shell is provided with rotating piece limiting holes adapted to the number of the blocking pieces, one end of the blocking piece is limited on the shell through the rotating piece limiting hole, and the other end of the blocking piece is provided with a decorative pattern.

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