A type of Taiwanese cigar cutter

Abstract

This invention employs a tabletop cigar cutter, comprising a base and a blade. A cigar-laying cavity is formed on the base, with the end of the cigar placed horizontally in the cavity facing the cigar cutting opening on the blade. This allows the operator to place the cigar horizontally within the cavity during the opening process. The operator then adjusts the depth of the cigar within the cutting opening according to the desired opening position. After the cigar is positioned, a cigar-limiting component presses it down, limiting its position. Finally, the operator drives the blade to open the cigar conveniently. Compared to existing cigar cutters, the tabletop cigar cutter of this invention offers significantly improved operational safety.

Description

Technical Field

[0001] This utility model relates to the field of cigar cutter technology, and in particular to a tabletop cigar cutter. Background Technology

[0002] To prevent cigars from drying out or getting damp during storage, the tail of most cigars on the market is sealed after production. Therefore, users need to cut the tail open before smoking an unopened cigar.

[0003] The tools available on the market for cutting cigars are generally handheld cigar cutters (usually including "guillotine" (a type of single-bladed cigar cutter), or handle-type and double-bladed cigar cutters, etc.). They are used to cut cigars by opening and closing the palm. However, in actual use, it has been found that existing tools for cutting cigars generally require a certain amount of hand strength from the operator, and cutting too many cigars can be tiring. Therefore, tabletop cigar cutters that can be fixed or placed on a table have gradually appeared on the market. When cutting cigars, the cigar is placed in the blade groove, and the handle is pressed down simultaneously. The internal lever principle applies force, and a gentle press can cut the cigar.

[0004] However, regardless of whether it's a handheld or Taiwanese-style cigar cutter, the operator generally needs to hold the cigar with one hand and operate the tool with the other to cut the cigar. For Taiwanese-style cigar cutters, the following problems often arise: 1. If the hand holding the cigar is too close to the blade, the blade may be blocked by fingers when pressing, or if the cigar is not positioned correctly, it may cut at an angle or even crush the edges of the tobacco, affecting the smoothness of the smoke; 2. If the hand holding the cigar is not firm enough, the cigar may slip when pressing, and the blade may cut off the excess part, or pressing too hard may cut the cigar head too short, exposing the filler and causing tobacco to leak out when smoking; 3. Although Taiwanese-style cutters have a protective structure on the blade, if the hand holding the cigar is too deep, the blade may still be accidentally touched when pressing. Summary of the Invention

[0005] In view of the above shortcomings, this utility model provides a tabletop cigar cutter that can improve the safety when opening a cigar.

[0006] To achieve the above objectives, this utility model employs a tabletop cigar cutter, comprising a base and a blade plate positioned on the base and having a cigar cutting slit. A cigar horizontal placement cavity is formed on the side of the base opposite to the blade plate for horizontal cigar placement. The end of the cigar placed horizontally in the cigar horizontal placement cavity faces the cigar cutting slit on the blade plate. The cigar placed horizontally in the cigar horizontal placement cavity can extend to any length within the cigar cutting slit. A cigar limiting member is provided on one side of the cigar horizontal placement cavity. Through the cigar limiting member, a horizontal pressing or moving action is performed towards the cigar horizontal placement cavity, constraining or releasing the cigar within the cigar horizontal placement cavity.

[0007] The present invention is further configured such that the cigar horizontal cavity has an open structure, and the cigar limiting component includes a fixed part limited on the base and a movable part that is hingedly connected to the fixed part. The movable part is hinged to flip horizontally upward toward the cigar horizontal cavity or hinged to flip in the opposite direction toward the cigar horizontal cavity, thereby limiting or releasing the cigar in the cigar horizontal cavity.

[0008] The present invention is further configured such that the blade holder includes a support frame limited on the base, a fixed frame and a resetting component distributed within the support frame, a blade movable drive unit distributed above the support frame, a fixed blade limited within the support frame with its blade facing away from the base, and a movable blade limited on the fixed frame with its blade facing in the opposite direction to the blade of the fixed blade. The fixed blade and the movable blade are fitted together, and the blades of the fixed blade and the movable blade are movable relative to each other, forming the cigar cutting slit.

[0009] The reset component is distributed between the fixed frame and the base. The movable drive unit of the blade body is located on one side of the movable blade body and contacts the side of the movable blade body away from the blade edge. The movable drive unit of the blade body performs a downward pressing action towards the base, which causes relative movement between the blade edge of the fixed blade body and the blade edge of the movable blade body. This causes the reset component to perform a compression action between the fixed frame and the base. The reset component performs a reset action, which pushes the fixed frame and causes the movable blade body, which is limited on the fixed frame, to move towards the fixed blade body. This also constitutes the reset action of the movable drive unit of the blade body.

[0010] The present invention is further configured such that each side of the fixing frame includes an abutment portion and an inner extension portion facing the base and connected to the abutment portion. The support frame is provided with a guide reset cavity adapted to the number of abutment portions. The number of reset components is adapted to the number of inner extension portions. The reset components, inner extension portions and abutment portions extend into the guide reset cavity in sequence. One end of the reset component contacts the guide reset cavity, the inner extension portion passes through the other end of the reset component, and the other end of the reset component contacts the abutment portion.

[0011] The present invention is further configured such that the tool holder also includes a tool holder cover distributed outside the support frame, and the tool body movable drive part includes a rotating shaft part, and a hand-held part and a pushing part respectively connected to the rotating shaft part. The rotating shaft part and the pushing part of the tool body movable drive part are respectively placed inside the tool holder cover. The pushing part contacts the side of the movable tool body away from the cutting edge. The rotating shaft part and the tool holder cover are axially limited. The tool body movable drive part is axially limited by the rotating shaft part on the tool holder cover, thereby forming a swing connection between the tool body movable drive part and the tool holder cover.

[0012] The tool holder is driven by pressing the external hand-held part toward the base, and the axial limit of the rotating part on the tool holder cover causes the pushing part on the movable drive part of the tool body to swing inside the tool holder cover, thus causing the blade of the fixed tool body to move relative to the blade of the movable tool body.

[0013] The present invention is further configured such that the two sides of the rotating shaft include protrusions, and the tool holder cover includes recesses adapted to the protrusions. The cooperation between the protrusions and the recesses forms a limit on the movable drive part of the tool body on the tool holder cover. The pushing part includes an extension part, an auxiliary part connected to the extension part and distributed in the direction of fixing the tool body, and a limiting part distributed on both sides of the auxiliary part. The other end of the extension part connected to the auxiliary part is connected to the rotating shaft part. The pushing part contacts the movable tool body through the extension part, and the limiting part forms an anti-slip limit on the extension part during the contact stage with the movable tool body.

[0014] The present invention is further configured such that the base also includes a cigar scraps collection chamber, the cigar scraps collection chamber is distributed on one side of the cigar horizontal placement chamber, the cutter is located between the cigar scraps collection chamber and the cigar horizontal placement chamber, the side of the cigar scraps collection chamber facing the cutter is in contact with the cutter, and the cigar scraps cut off by the cigar cutting edge on the cutter are collected.

[0015] The present invention is further configured such that the base includes a collection chamber discharge component, wherein the cigar ash collection chamber is a cigar ash collection piece embedded in the base, and the base has a recessed cavity for embedding the cigar ash collection piece, and the cigar ash collection piece is ejected from the recessed cavity by the collection chamber discharge component.

[0016] The present invention is further configured such that the material discharge component of the collection chamber includes a fixing member limited to the lower part of the base, a lever member limited to the fixing member and swinging on the fixing member, and a pressing drive member and an ejector member distributed at both ends of the lever member. The pressing drive member is distributed on one side of the concave cavity and extends out of the base, and the ejector member is distributed below the concave cavity. With the pressing drive member's pressing rocker drive or the release of the pressing force, the ejector member extends or retracts in the concave cavity, and the cigar ash collection member is ejected or retracted and embedded in the concave cavity.

[0017] The present invention is further configured such that a handle is formed on the movable part relative to the side away from the cigar horizontal cavity.

[0018] Compared with the prior art, the beneficial effects of this utility model are as follows: by including a blade on the base of the tabletop cigar cutter, as well as a cigar horizontal placement cavity and a cigar limiting component, the operator can place the cigar horizontally in the cigar horizontal placement cavity during the opening process. Then, according to the position of the cigar to be opened, the insertion depth of the cigar in the cigar cutting slit can be adjusted. After the position of the cigar is adjusted, the cigar limiting component is pressed horizontally on the cigar to limit the cigar. Finally, after the operator drives the blade, the cigar can be opened conveniently. The tabletop cigar cutter involved in this utility model has greatly improved the operation safety compared with the existing ones. That is, it will not cause accidental cuts to the cigar due to incorrect hand position when holding the cigar, as is the case with the existing ones.

[0019] Furthermore, the tabletop cigar cutter of this invention, during the cigar opening process, is placed on the horizontal cigar chamber, and after the cigar opening position is adjusted, it is then limited by the cigar limiting component before the blade is driven to open the cigar. This avoids situations similar to those in existing cigar cutters where the hand holding the cigar is too close to the blade, the blade may be blocked by the fingers when pressing, or if the cigar is not placed upright, it may easily cut at an angle, or even crush the edges of the tobacco leaves, affecting the smoothness of the smoke. It also avoids situations where the cigar is not squeezed tightly, the cigar may slide when pressing, and the cigar cutting edge may cut off the excess part, or pressing too hard may directly cut the cigar head too short, exposing the tobacco filler, which may cause the tobacco to leak out when smoking. Attached Figure Description

[0020] Figure 1 This is a three-dimensional schematic diagram of a tabletop cigar cutter according to an embodiment of this utility model;

[0021] Figure 2 This is a top view schematic diagram of a tabletop cigar cutter according to an embodiment of the present invention;

[0022] Figure 3 yes Figure 2 AA sectional view;

[0023] Figure 4 yes Figure 3 Enlarged schematic diagram;

[0024] Figure 5 This is a schematic diagram of the explosion state of the tabletop cigar cutter after the cigar crumb collection chamber and the cigar limiting component have been removed according to an embodiment of this utility model;

[0025] Figure 6 yes Figure 5 Enlarged schematic diagram;

[0026] Figure 7 This is an exploded view of the tabletop cigar cutter after the blade holder has been removed, according to an embodiment of this utility model.

[0027] Figure 8 This is a three-dimensional schematic diagram of the material discharge component of the collection chamber in an embodiment of this utility model;

[0028] Figure 9 This is a three-dimensional schematic diagram of the tool holder after removing the support frame and tool holder cover according to an embodiment of this utility model;

[0029] Figure 10 yes Figure 9 Enlarged schematic diagram;

[0030] Figure 11 This is a three-dimensional schematic diagram of the cigar limiting component in an embodiment of this utility model. Detailed Implementation

[0031] like Figure 1-11 As shown, a specific embodiment of this utility model is a tabletop cigar cutter, including a base 1 and a blade 5 located on the base 1 and having a cigar cutting opening 10. A cigar horizontal placement cavity 6 for horizontally placing cigars is formed on the side of the base 1 opposite to the blade 5. The end of the cigar placed horizontally on the cigar horizontal placement cavity 6 faces the cigar cutting opening 10 on the blade 5. The cigar placed horizontally in the cigar horizontal placement cavity 6 can extend into the cigar cutting opening 10 to any length. A cigar limiting member 2 is provided on one side of the cigar horizontal placement cavity 6. By using the cigar limiting member 2 to perform a horizontal pressing or moving away action towards the cigar horizontal placement cavity 6, the cigar is limited or released from the limitation within the cigar horizontal placement cavity 6.

[0032] In addition to the blade 5, the tabletop cigar cutter also includes a cigar horizontal placement cavity 6 and a cigar limiting component 2 on its base 1. This allows the operator to place the cigar horizontally in the cigar horizontal placement cavity 6 during the cigar opening process. Then, based on the position of the cigar to be opened, the operator adjusts the insertion depth of the cigar into the cigar cutting opening 10. After the cigar position is adjusted, the cigar limiting component 2 presses horizontally onto the cigar to limit its position. Finally, after the operator drives the blade 5, the cigar can be easily opened. Compared with existing cigar cutters, the tabletop cigar cutter of this invention greatly improves the operational safety. It avoids the situation where the operator might accidentally touch the cigar cutting opening 10 due to incorrect hand position, resulting in accidental cuts, as is the case with existing cigar cutters.

[0033] Furthermore, in the process of opening a cigar, the Taiwanese-style cigar cutter of this utility model is placed on the cigar horizontal cavity 6, and after the position of the cigar opening is adjusted, it is then limited by the cigar limiting component 2 before the cigar opening is achieved by driving the blade 5. This can avoid situations similar to those in existing cigar cutters where the hand holding the cigar is too close to the blade 20, the blade may be blocked by the fingers when pressing, or if the cigar is not placed upright, it is easy to cut at an angle, or even crush the edge of the tobacco leaf, affecting the smoothness of the smoke. It can also avoid situations where the cigar is not squeezed tightly, the cigar slides when pressing, the cigar cutting edge 10 may cut the excess part, or pressing too hard may directly cut the cigar head too short, exposing the tobacco filler, which may cause the tobacco to leak out when smoking.

[0034] like Figure 1 , 7 As shown in Figure 11, the cigar horizontal cavity 6 has an open structure. The cigar limiting member 2 includes a fixed part 21 that is limited on the base 1 and a movable part 22 that is hingedly connected to the fixed part 21. By the movable part 22 being hinged to flip horizontally upward toward the cigar horizontal cavity 6 or hinged to flip in the opposite direction toward the cigar horizontal cavity 6, the cigar is limited or released in the cigar horizontal cavity 6. The above can realize the convenient operation of the cigar limiting member 2 in the process of limiting or releasing the cigar.

[0035] like Figure 3-6 As shown in Figure 9, the blade holder 5 includes a support frame 57 limited on the base 1, a fixed frame 54 and a reset member 56 distributed within the support frame 57, a blade movement drive unit 51 distributed above the support frame 57, a fixed blade 55 limited within the support frame 57 with the blade 20 facing away from the base 1, and a movable blade 53 limited on the fixed frame 54 with the blade 20 facing in the opposite direction to the blade 20 of the fixed blade 55. The fixed blade 55 and the movable blade 53 are fitted together, and the blade 20 of the fixed blade 55 and the blade 20 of the movable blade 53 move relative to each other, forming a cigar cutting slit 10.

[0036] The reset member 56 is distributed between the fixed frame 54 and the base 1. The blade movement drive unit 51 is located on one side of the movable blade 53 and contacts the side of the movable blade 53 away from the blade edge 20. The blade movement drive unit 51 performs a downward pressing action towards the base 1, forming a relative movement between the blade edge 20 of the fixed blade 55 and the blade edge 20 of the movable blade 53, and forming a compression action between the fixed frame 54 and the base 1. The reset action of the reset member 56 forms a movement that pushes the fixed frame 54 and the movable blade 53, which is limited on the fixed frame 54, towards the fixed blade 55, and forms a reset action of the blade movement drive unit 51. Through the above, a reliable setting of the cigar cutting edge 10 on the blade holder 5 can be achieved, and a reliable pressing and cutting and a reliable pressing reset can be achieved during the driving process of the blade holder 5. The design of the reset member 56 mentioned above is preferably a spring.

[0037] like Figure 3-6 As shown in Figures 9-10, the fixed frame 54 has a contact portion 541 on each side and an inner extension portion 542 facing the base 1 and connected to the contact portion 541. The support frame 57 has a guide reset cavity 571 that matches the number of contact portions 541. The number of reset pieces 56 matches the number of inner extension portions 542. The reset pieces 56, inner extension portions 542 and contact portions 541 extend into the guide reset cavity 571 in sequence. One end of the reset piece 56 contacts the guide reset cavity 571, and the inner extension portion 542 passes through the other end of the reset piece 56. The other end of the reset piece 56 contacts the contact portion 541. Through the above, the reliable reset of the tool body moving drive unit 51 on the tool holder 5 after driving the moving tool body 53 can be ensured.

[0038] like Figure 3-6 As shown in 9-10, the tool holder 5 also includes a tool holder cover 52 distributed outside the support frame 57. The tool body movable drive unit 51 includes a rotating shaft 512, and a hand-held part 511 and a pushing part 513 respectively connected to the rotating shaft 512. The rotating shaft 512 and the pushing part 513 of the tool body movable drive unit 51 are respectively placed inside the tool holder cover 52. The pushing part 513 contacts the side of the movable tool body 53 away from the cutting edge 20. The rotating shaft 512 and the tool holder cover 52 are axially limited. The tool body movable drive unit 51 is axially limited in the tool holder cover 52 through the rotating shaft 512, thus forming a swing connection between the tool body movable drive unit 51 and the tool holder cover 52.

[0039] The tool holder 5 is driven by pressing the external hand-held part 511 toward the base 1, and is axially limited on the tool holder cover 52 by the pivot part 512. This causes the pushing part 513 on the movable tool body drive part 51 to swing inside the tool holder cover 52, and causes the blade edge 20 of the fixed tool body 55 to move relative to the blade edge 20 of the movable tool body 53. This allows the movable tool body drive part 51 to move reliably at the position of the tool holder 5, and also ensures that the movable tool body 53 is reliably driven by the movable tool body drive part 51.

[0040] like Figure 3-6 As shown in Figures 9-10, the rotating shaft portion 512 includes bosses 5121 on both sides, and the tool holder cover 52 includes recesses that match the bosses 5121. The engagement of the bosses 5121 and the recesses forms a limiting position for the tool body moving drive portion 51 on the tool holder cover 52. The pushing portion 513 includes an extension portion 5133, auxiliary portions 5131 connected to the extension portion 5133 and distributed in the direction toward fixing the tool body 55, and limiting portions 5132 distributed on both sides of the auxiliary portion 5131. The other end of the extension 5133, which is connected to the auxiliary part 5131, is connected to the rotating shaft part 512. The pushing part 513 contacts the movable blade body 53 through the extension 5133, and the limiting part 5132 forms an anti-slip limiting for the extension 5133 during the contact stage with the movable blade body 53. Through the above, a reliable connection between the blade body moving drive part 51 and the blade holder cover 52 can be further guaranteed, as well as a reliable drive for the movable blade body 53 during the operation of the blade body moving drive part 51.

[0041] like Figure 1-2 As shown in Figures 5 and 7, the base 1 also includes a cigar scrap collection chamber 3. The cigar scrap collection chamber 3 is distributed on one side of the cigar horizontal placement chamber 6. The cutter 5 is located between the cigar scrap collection chamber 3 and the cigar horizontal placement chamber 6. The side of the cigar scrap collection chamber 3 facing the cutter 5 is in contact with the cutter 5, forming a collection of cigar scraps cut by the cigar cutting opening 10 on the cutter 5. Through the above, the cigar scraps cut off during the cigar opening process can be reliably collected, avoiding the situation similar to some existing tabletop cigar cutters that only involve the cutter 5, causing cigar scraps to fall randomly when the cigar is opened, requiring subsequent cleaning.

[0042] like Figure 1-2As shown in Figures 5 and 7, the base 1 includes a collection chamber discharge component 4, and the cigar ash collection chamber 3 is a cigar ash collection component embedded in the base 1. The base 1 has a recessed cavity 11 for the cigar ash collection component to be embedded. Through the collection chamber discharge component 4, the cigar ash collection component is ejected from the recessed cavity 11. By referring to the collection chamber discharge component 4, after the cigar ash collection chamber 3 has collected a certain amount of cigar ash, it can be ejected by the action of the collection chamber discharge component 4, realizing convenient cigar ash handling and avoiding the relatively inconvenient handling situation that requires the operator to clean by hand or to flip the entire tabletop cigar cutter to pour out the cigar ash.

[0043] like Figure 7 , 8 As shown, the collection chamber discharge component 4 includes a fixing member 42 located below the base 1, a lever member 44 located on the fixing member 42 and swinging on the fixing member 42, and a pressing drive member 41 and an ejector member 43 distributed at both ends of the lever member 44. The pressing drive member 41 is distributed on one side of the cavity 11 and extends into the base 1. The ejector member 43 is distributed below the cavity 11. With the pressing drive member 41 pressing and swinging or the pressing force is released, the ejector member 43 extends or retracts into the cavity 11, and the cigar ash collection member is ejected or retracted into the cavity 11. Through the above, the convenience of installing and removing the cigar ash collection chamber 3 on the tabletop cigar cutter can be further ensured during use.

[0044] like Figure 1 , 7 As shown in Figure 11, a handle 221 is formed on the side of the movable part 22 that is away from the cigar horizontal cavity 6. This allows the movable part 22 on the cigar limiting member 2 to be easily flipped up by the handle 221 during the process of limiting or releasing the cigar, and also ensures the reliable operation of the cigar limiting member 2 during the process of limiting or releasing the cigar.

Claims

1. A bench cigar cutter comprising a base, a knife table limited on the base and having a cigar cutting slot, characterized in that: The base has a cigar horizontal placement cavity formed on the side away from the cutter head for horizontal cigar placement. The end of the cigar placed horizontally on the cigar horizontal placement cavity faces the cigar cutting opening on the cutter head. The cigar placed horizontally in the cigar horizontal placement cavity can extend into the cigar cutting opening to any length. A cigar limiting member is provided on one side of the cigar horizontal placement cavity. By using the cigar limiting member to perform a horizontal pressing or moving away action towards the cigar horizontal placement cavity, the cigar is limited or released from the limitation in the cigar horizontal placement cavity.

2. The desktop cigar cutter of claim 1, wherein: The cigar horizontal cavity has an open structure. The cigar limiting component includes a fixed part that is limited on the base and a movable part that is hinged to the fixed part. The movable part can be hinged to flip horizontally upward toward the cigar horizontal cavity or hinged to flip in the opposite direction toward the cigar horizontal cavity to limit or release the cigar in the cigar horizontal cavity.

3. A desk cigar cutter according to claim 1 or 2, characterised in that: The blade holder includes a support frame limited to the base, a fixed frame and a reset component distributed within the support frame, a blade movement drive unit distributed above the support frame, a fixed blade limited to the support frame with its blade facing away from the base, and a movable blade limited to the fixed frame with its blade facing in the opposite direction to the blade of the fixed blade. The fixed blade and the movable blade are fitted together, and the blades of the fixed blade and the movable blade move relative to each other to form the cigar cutting slit. The reset component is distributed between the fixed frame and the base. The movable drive unit of the blade body is located on one side of the movable blade body and contacts the side of the movable blade body away from the blade edge. The movable drive unit of the blade body performs a downward pressing action towards the base, which causes relative movement between the blade edge of the fixed blade body and the blade edge of the movable blade body. This causes the reset component to perform a compression action between the fixed frame and the base. The reset component performs a reset action, which pushes the fixed frame and causes the movable blade body, which is limited on the fixed frame, to move towards the fixed blade body. This also constitutes the reset action of the movable drive unit of the blade body.

4. The desktop cigar cutter of claim 3, wherein: The fixed frame has a contact part on each side and an inner extension part facing the base and connected to the contact part. The support frame has a guide reset cavity that matches the number of contact parts. The number of reset parts matches the number of inner extension parts. The reset parts, inner extension parts and contact parts extend into the guide reset cavity in sequence. One end of the reset part contacts the guide reset cavity, the inner extension part passes through the other end of the reset part, and the other end of the reset part contacts the contact part.

5. The desktop cigar cutter of claim 3, wherein: The tool holder also includes a tool holder cover distributed outside the support frame. The tool body movable drive unit includes a rotating shaft, a hand-held part and a pushing part respectively connected to the rotating shaft. The rotating shaft and the pushing part of the tool body movable drive unit are respectively placed inside the tool holder cover. The pushing part contacts the side of the movable tool body away from the cutting edge. The rotating shaft and the tool holder cover are axially limited. The tool body movable drive unit is axially limited by the rotating shaft on the tool holder cover, thus forming a swing connection between the tool body movable drive unit and the tool holder cover. The tool holder is driven by pressing the external hand-held part toward the base, and the axial limit of the rotating part on the tool holder cover causes the pushing part on the movable drive part of the tool body to swing inside the tool holder cover, thus causing the blade of the fixed tool body to move relative to the blade of the movable tool body.

6. The tabletop cigar cutter according to claim 5, characterized in that: The rotating shaft has protrusions on both sides, and the tool holder cover has recesses that match the protrusions. The engagement of the protrusions and recesses forms a limit on the movable drive part of the tool body on the tool holder cover. The pushing part includes an extension, an auxiliary part connected to the extension and distributed in the direction of fixing the tool body, and a limiting part distributed on both sides of the auxiliary part. The other end of the extension, relative to the auxiliary part, is connected to the rotating shaft. The pushing part contacts the movable tool body through the extension and forms an anti-slip limit on the extension during the contact phase with the movable tool body through the limiting part.

7. The tabletop cigar cutter according to claim 5, characterized in that: The base also includes a cigar scrap collection chamber, which is located on one side of the cigar horizontal placement chamber. The cutting board is located between the cigar scrap collection chamber and the cigar horizontal placement chamber. The side of the cigar scrap collection chamber facing the cutting board is in contact with the cutting board, and the cigar scraps cut off by the cigar cutting edge on the cutting board are collected.

8. The tabletop cigar cutter according to claim 7, characterized in that: The base includes a collection chamber discharge component. The cigar ash collection chamber is a cigar ash collection piece embedded in the base. The base has a recessed cavity for the cigar ash collection piece to be embedded in the cavity. The collection chamber discharge component causes the cigar ash collection piece to be ejected from the recessed cavity.

9. The tabletop cigar cutter according to claim 8, characterized in that: The material discharge component of the collection chamber includes a fixing member located below the base, a lever member located on the fixing member and swinging on the fixing member, and a pressing drive member and an ejector member distributed at both ends of the lever member. The pressing drive member is distributed on one side of the concave cavity and extends into the base. The ejector member is distributed below the concave cavity. With the pressing drive member's pressing rocker drive or the release of the pressing force, the ejector member extends or retracts into the concave cavity, and the cigar ash collection member is ejected or retracted into the concave cavity.

10. The tabletop cigar cutter according to claim 2, characterized in that: A handle is formed on the movable part relative to the side away from the cigar compartment.

Images