JP2019098490A - Slicer - Google Patents

Abstract

To provide a slicer which suppresses that a cut object and a fragment thereof enter into a gripping table or a cooking table, whereby movement of an operation body to a loading body and vertical motion of a lifting body can be smoothly performed.SOLUTION: A slicer 1 which can adjust a thickness of a slice object. In the slicer, in the state a cooking table 2 is fitted in a storage hole 7 in a gripping table 6, an outer peripheral edge of a slide surface 21 of a lifting body 5 is located along an inner peripheral edge, which is shaped by a tip 11a of a blade body 11 existing at a rear end edge of the slide surface 10 of the gripping table 6 and a surrounding wall 8 of the gripping table 6, at an opening 9 of the storage hole 7, and further, the cooking table 2 in the storage hole 7 is surrounded by the surrounding wall 8 of the gripping table 6, and also a vacant room formed under the slide surface 10 of the gripping table 6 is surrounded by the surrounding wall 8 together with the storage hole 7. In the cooking table 2 which sequentially supports an operation body 4 and the lifting body 5 on a loading body 3 connected to the gripping table 6, peripheral walls 32, 20 are provided on a loading plate 31 and a lifting plate 19.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a slicer capable of adjusting the thickness of a slice.

  The slicer according to Patent Document 1 described below includes a cooking table having a control plate 4 (lifting body) and an operation unit 6 (operating body), and a storage hole for accommodating the control plate 4 so as to be vertically movable. And a main body 1 (gripping base) provided inside the surrounding wall). On the front side of the main body 1, an upper opening of the accommodation hole is provided inside the upper end edge of the frame 2, and an upper side (slide surface) of the fixing plate 3 is provided adjacent to the upper opening. Slits are formed on both sides of the frame 2 of the main body 1 adjacent to the accommodation holes. A slide surface is provided on the upper side of the adjustment plate 4, and a cutting blade 5 (blade body) is attached to the end edge of the slide surface adjacent to the end edge of the fixing plate 3 of the main body 1. Cam holes are provided on both sides of the adjustment plate 4. The operating portion 6 which is a U-shaped rod has an operation knob between the base ends of both arms and has a cam shaft at the tip of both arms. In a state in which the adjustment plate 4 is accommodated in the accommodation hole of the main body 1, both arms are inserted into both slits of the frame 2 of the main body 1 in the operation unit 6, and the operation knob is on the opposite side to the cutting blade 5. The two cam shafts are engaged with the two cam holes of the adjusting plate 4 at the open end of the receiving hole. When the operation unit 6 is moved along the slits of the frame 2, both cam shafts are guided along the cam holes, and the adjustment plate 4 moves up and down together with the cutting blade 5, thereby cutting the main body 1 relative to the fixed plate 3 The vertical movement position of the blade 5 can be changed.

  When an object to be cut is placed on the slide surface of the fixed plate 3 of the main body 1 and reciprocated in the slide direction between the slide surface of the adjustment plate 4, the height between the cutting blade 5 and the slide surface of the fixed plate 3 The material to be cut is cut into slices at a thickness corresponding to the difference of

Japanese Utility Model Publication 7-20291

  In the slicer according to Patent Document 1 described above, the object to be cut, its fragments, etc. enter into the accommodation hole in the main body 1 (gripping table) or the open end of the accommodation hole or both slits of the frame 2 (enclosed wall). , There was a possibility that the vertical movement of the adjustment plate 4 (lifting body) would be disturbed.

  The present invention is a slicer capable of adjusting the thickness of a sliced product, and by improving the structure for changing the vertical movement position of the cooking platform with respect to the gripping platform, the object to be cut and its fragments etc. The purpose is to control the entry into the

The present invention will be described using the reference numerals of the drawings (FIGS. 1 to 7) of the embodiment described later.
The slicer (1) according to the invention of claim 1 movably supports the operating body (4) on the upper side of the mounting body (3) and raises and lowers the elevating body (5) on the upper side of the operating body (4). A cooking table (2) capable of movably supporting and positioning the operating body (4) and the elevating body (5) on the mounting body (3), and a receiving hole (7 for inserting the cooking table (2) And a holding table (6) provided inside the surrounding wall (8). An upper opening (9) of the accommodation hole (7) is provided inside the upper end edge of the surrounding wall (8) on the front side of the holding table (6), and a slide surface (10) adjacent to the upper opening (9) Is provided. In the cooking table (2), an operation knob (28) is provided on the operating body (4), a slide surface (21) is provided on the upper side of the elevating body (5), and the holding hole (7) of the holding table (6) is provided. In the inserted state of the cooking table (2), the mounting body (3) is connected to the surrounding wall (8) of the holding table (6), and the upper opening (9) of the accommodation hole (7) The outer peripheral edge of the slide surface (21) of the lift (5) is disposed along the inner peripheral edge formed by the slide surface (10) and the surrounding wall (8). With the movement of the operating body (4) by the operation knob (28) between the operating body (4) and the elevating body (5), the elevating body (5) is placed on the surrounding wall (8) of the holding table (6) A cam mechanism (22) which moves up and down is provided. On the front side of the grip base (6), the slide of the lift (5) relative to the slide surface (10) of the grip base (6) by the vertical movement of the lift (5) at the upper opening (9) of the accommodation hole (7). The vertical movement position of the surface (21) can be changed. A blade body (11) is provided at one of the edges of the two slide surfaces (10, 21) adjacent to each other.

  In the invention according to claim 1, in the slicer (1) capable of adjusting the thickness of the sliced object, the operating body (4) and the elevating body (5) on the mounting body (3) connected to the holding table (6) The slide surface (2) of the holding table (6) at the upper opening (9) of the holding hole (7) in a state where the cooking table (2) supporting the 10) and the surrounding wall (8), not only the outer periphery of the slide surface (21) of the lifting and lowering body (5) is disposed along the inner periphery, but the cooking plate (2) in the housing hole (7) ) Is surrounded by the surrounding wall (8) of the holding table (6), so that an object to be cut or fragments thereof can be suppressed from entering the holding table (6) or the cooking table (2).

  In the invention according to claim 1, the blade body (11) is provided at the edge of the slide surface (10) of the holding table (6), and the slide surface (21) of the elevating body (5) The outer peripheral edge of) is disposed along the inner peripheral edge formed by the surrounding wall (8) and the cutting edge (11a) of the blade (11) at the upper opening (9) of the housing hole (7). In the invention of claim 2, since the blade body (11) is provided at the edge of the slide surface (10) of the holding table (6), the blade edge (11a) of the blade body (11) is positioned and the blade edge (11a) Vertical position of the slide surface (21) of the elevating body (5) with respect to

  On the back side of the gripper stand (6) according to the invention of claim 1 or claim 2 of the invention, the lower opening (13) of the accommodation hole (7) inside the lower end edge of the surrounding wall (8) ) And the operation knob (28) of the operation body (4) below the lower side of the mounting body (3) in the insertion state of the cooking table (2) with respect to the accommodation hole (7) of the holding table (6) Exposed in (13). In the third aspect of the present invention, the operation knob (28) of the operating body (4) can be easily operated at the lower opening (13) of the housing hole (7).

  In the holding stand (6) according to the invention of claim 4 on the premise of the invention of any one of claims 1 to 3, the surrounding wall (8) has a receiving hole (7) and a slide surface (10) And an inner space (12) continuous with the receiving hole (7) below the slide surface (10) inside the surrounding wall (8). According to the invention of claim 4, the space (12) generated below the slide surface (10) in the holding table (6) is also surrounded by the surrounding wall (8) together with the accommodation hole (7). Can be suppressed from entering the holding table (6) and the cooking table (2).

  In the cooking table (2) according to the invention of claim 5 on the premise of the invention of any one of claims 1 to 4, the mounting body (3) is a mounting on which the operation knob (28) is exposed The elevator (5) has a plate (31), and the elevator (5) has an elevator (19) having a slide surface (21). The operating body (4) has the mounting plate (31) and the elevator (19) Between the mounting plate (31) and the raising / lowering plate (19), and is surrounded by the peripheral walls (32, 20). In the invention of claim 5, the object to be cut and fragments thereof are prevented from entering into the cooking platform (2) by the mounting plate (31) and the peripheral walls (32, 20) of the elevating plate (19). it can.

  In the invention of claim 6, based on the invention of any one of claims 1 to 5, the cam mechanism (22) is any one of an operating body (4) and an elevating body (5). It has a cam shaft (30) provided on one side and a cam hole (24) provided on the other side, and the cam shaft (30) is guided along the cam hole (24) to make the elevating body (5) Move up and down along the surrounding wall (8) of the holding table (6). In the invention of claim 6, the cam mechanism (22) can be easily provided.

  In the invention according to claim 6, the cam shaft (30) of the operating body (4) is inserted into the cam hole (24) of the elevating body (5), and the holding table The operating body (4) and the lifting and lowering body (5) are engaged with the recess (17) formed in the surrounding wall (8) of (6) from the surrounding wall (8) of the holding table (6) upward It is prevented that the cam shaft (30) is disengaged from the recess (17) by the engagement with the recess (17), and is lowered by the mounting body (3) from the surrounding wall (8) of the grip base (6). It is blocked. In the invention of claim 7, the operating body (4) and the elevating body (5) can be positioned between the holding base (6) and the mounting body (3) to prevent their detachment.

Next, technical ideas other than claims will be described using the reference numerals of the embodiments.
In the eighth invention based on the invention of claim 6 or 7, the operating body (4) has a cam shaft (30) provided separately from the main body (26) in addition to the main body (26). The elevating body (5) has a cam hole (24), and with the main body (26) and the elevating body (5) assembled to each other, the cam shaft (30) is inserted into the cam hole (24). insert. In the eighth invention, since the main body (26) and the cam shaft (30) are provided separately from each other in the operating body (4), the main body (26) of the operating body (4) and the elevating body (5) are operated It can be assembled with one another unhindered by the cam shaft (30) of the body (4), and the cam shaft (30) can be easily inserted into the cam hole (24) after their assembly. Accordingly, the elevating body (5) and the operating body (4) can be easily assembled.

  In the invention according to any one of claims 1 to 7 or the ninth invention based on the eighth invention, the mounting body (3) and the operating body (4) are placed Positioning portions (29, 35, 36) for determining the position of the operating body (4) relative to the body (3) are provided. In the ninth invention, the operating body (4) is positioned on the mounting body (3) and the elevating body (5) is positioned on the operating body (4) to prevent the careless up and down movement of the elevating body (5). It can be blocked.

  In the tenth invention based on the ninth invention, the mount body (3) has a guide hole (34) to which the operation knob (28) of the operating body (4) is exposed, and the positioning portion (29) , 35, 36) are provided on the outer periphery of the guide hole (34) above the mounting body (3) and are provided on the operation knob (28). In the tenth invention, the positioning portions (29, 35, 36) can be easily provided.

  In the eleventh invention based on the ninth invention or the tenth invention, a blade (11) is provided at an end edge of the slide surface (10) of the holding table (6), and the positioning portion (29, 35) , 36) are the cutting edges (11a) of the blade (11) in addition to the cuttable state (P) in which the slide surface (21) of the elevating body (5) is positioned lower than the cutting edge (11a) of the blade (11). ) It is possible to take a non-disconnectable state (Q) located above. In the eleventh invention, the object to be cut placed on the slide surface (21) of the lift (5) in the cuttable state (P) is slid (X) between the slide surface (10) of the holding table (6) Not only can be reciprocated to the cutting edge (11a) to reciprocate, but in the non-cutting state (Q), the finger placed on the slide surface (21) of the lifting and lowering body (5) is unreliable on the cutting edge (11a) And the cutting edge (11a) is not easily damaged during storage.

  A slide surface (6) of a holding table (6) according to the invention of any one of claims 1 to 7 or the invention of any one of the eighth to eleventh inventions 10) with respect to the sliding direction (X) connecting the slide surface (10) side of the holding table (6) and the slide surface (21) side of the lift (5) in the blade body (11) provided at the end edge The blade edges (11a) arranged on both sides in the width direction (Y) orthogonal to each other have the distance between the blade edges (11a) from the slide surface (21) side of the elevating body (5) It is formed in V shape which cross | intersects mutually so that it may be narrowed as it goes to the side. In the twelfth aspect of the invention, since the blade edges (11a) arranged in a V shape are inclined with respect to the slide direction (X), the object placed on the slide surface (21) of the elevating body (5) When reciprocating with the slide surface (10) of 6) in the slide direction (X), the object to be cut is cut off by the both cutting edges (11a) and cut easily.

  In the thirteenth invention based on the invention of any one of claims 1 to 7 or the invention of any one of the eighth to twelfth inventions, the sliding surface of the holding table (6) (10) and the slide surface (21) of the elevating body (5) are provided in parallel with each other. In the thirteenth invention, the object placed on the slide surface (21) of the elevating body (5) is stably reciprocated in the slide direction (X) with the slide surface (10) of the grip base (6). It can be done. Moreover, even when the blade edge (11a) is not orthogonal to the slice direction (X) as in the V-shaped double blade edge (11a) shown in the embodiment described later, the thickness of the sliced object can be made uniform.

  In the fourteenth invention based on the invention of any one of claims 1 to 7 or the invention of any one of the eighth to thirteenth inventions, the holding table (6) is a cover thereof It has a grip (14) projecting outward from the wall (8). In the fourteenth aspect, it is possible to easily use the slicer (1) by gripping the grip portion (14).

  According to the present invention, in the slicer (1) capable of adjusting the thickness of a sliced object, an object to be cut and fragments thereof get into the receiving hole (7) and the cooking plate (2) in the holding table (6). The movement of the operating body (4) relative to the mounting body (3) and the vertical movement of the elevating body (5) can be smoothly performed.

(A) is the assembly perspective view which looked at the slicer which assembled a grasping stand and a cooking stand mutually from the front side, (b) disassembles a mounting body of a grasping stand and a cooking stand, operation body, and raising / lowering body mutually Is an exploded perspective view seen from the front side. (A) is the assembly perspective view which looked at the slicer which assembled a grasping stand and a cooking stand mutually from the back side, and (b) disassembles a mounting body of a grasping stand and a cooking stand, operation body, and raising / lowering body mutually And it is an exploded perspective view seen from the back side. (A) is a perspective view in which the main body of the operating body and the elevating body are combined with each other in the cooking table and the cam member of the operating body is separated therefrom and viewed from the back side; (b) and (c) are operations in the cooking table It is the perspective view which the body of a body, the cam member, and the raising / lowering body were combined mutually, and it saw from the back. (A) is a perspective view of the mounting body, the operating body, and the elevating body as viewed from the front side in the cooking table, and (b) is a combination of the mounting body, the operating body, and the elevating body in the cooking table Is a perspective view seen from the back side. (A) is a partially cutaway plan view of the slicer, (b) is a partially cutaway front view of the slicer, and (c) is a partially cut away bottom view of the slicer. (A) is a partially cutaway cross-sectional view of the slicer in a cuttable state as viewed from the front, (b) is a partially cutaway cross-sectional view similarly viewed from the plane, and (c) is partially viewed from the plane It is a notch sectional view. (A) is a partially cutaway sectional view of the slicer in an uncuttable state as viewed from the front, (b) is a partially cutaway sectional view similarly viewed from the plane, and (c) is partially viewed from the plane It is a notch sectional view.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
The slicer 1 shown in FIGS. 1 and 2 has a cooking table 2 having a mounting body 3, an operating body 4 and an elevator 5 combined with each other, and a housing hole 7 for inserting the cooking table 2 inside the surrounding wall 8. And a holding table 6.

  On the front side of the holding table 6, the accommodation hole 7 is opened upward by the upper opening 9 inside the upper end edge of the surrounding wall 8, and the sliding surface 10 adjacent on the front side with respect to the upper opening 9 is formed upward. The surrounding wall 8 is formed in an annular shape surrounding the receiving hole 7 and the slide surface 10. A blade 11 is attached to the rear end edge of the slide surface 10 so as to be adjacent to the accommodation hole 7, and a width direction Y orthogonal to the slide direction X (front and rear direction) connecting the accommodation hole 7 and the slide surface 10 side The cutting edges 11a disposed on both sides in the left-right direction are formed in a V shape crossing each other so that the distance between the cutting edges 11a gradually narrows from the accommodation hole 7 side toward the slide surface 10 side. A space 12 is continuously provided in front of the accommodation hole 7 below the slide surface 10 and the blade 11 inside the annular surrounding wall 8 in the holding table 6. On the back side of the holding table 6, the receiving hole 7 and the cavity 12 are opened downward by the lower opening 13 inside the lower end edge of the surrounding wall 8. The holding table 6 has a holding portion 14 which protrudes outward along the sliding direction X from the rear end portion of the surrounding wall 8 on the accommodation hole 7 side. On the inner side of the surrounding wall 8 near the base end of the grip portion 14, three vertical ridges 15 extend downward from the horizontal ridges 16 on both sides in the width direction Y and between the two vertical ridges 15 adjacent to each other The recesses 17 opened downward at the same time are arranged in parallel in the slide direction X, and one guide groove 18 is extended in the vertical direction Z adjacent to one vertical protrusion 15 on the rear side and opened It is done.

  In the elevating body 5 of the cooking table 2, the peripheral wall 20 is formed on the entire outer periphery of the elevating plate 19, and the slide surface 21 is formed upward on the upper side of the elevating plate 19. The outer peripheral edge of the slide surface 21 is formed in a form that matches the inner peripheral edge formed by the rear end edge of the slide surface 10 and the blade edge 11 a of the blade 11 and the surrounding wall 8 at the upper opening 9. Cam holes 24 of the cam mechanism 22 are extended on the front and rear sides of the cam plate 23 formed on the left and right sides of the peripheral wall 20 of the elevating body 5 so as to be gradually inclined upward from the front side to the rear side. Guide protrusions 25 are formed on the outer peripheral edge of the slide surface 21 slightly behind the left and right cam plates 23.

  The operating body 4 of the cooktop 2 has a main body 26 and a pair of cam members 27. The main body 26 has an outer peripheral edge that matches the outer peripheral edge of the slide surface 21 of the lift plate 19. Connection holes 26 a are formed on the left and right sides of the outer peripheral edge of the main body 26. On the lower side of the main body 26, a cantilever-like operation knob 28 having elasticity in the vertical direction Z is formed. Positioning shafts 29 (positioning portions) are formed on the left and right sides of the operation knob 28. The cam shaft 30 of the cam mechanism 22 is provided on both the front and rear sides of the left and right cam members 27 so as to project therefrom, and a locking claw portion 27a having elasticity is formed. When assembling the left and right cam members 27 to the main body 26, first, as shown in FIG. 3A, the upper side of the main body 26 is superimposed on the lower side of the lift plate 19, and then as shown in FIG. The left and right cam members 27 are inserted into the left and right sides of the main body 26. Further, as shown in FIGS. 3C and 6B, when the left and right cam members 27 are inserted into the left and right connection holes 26a of the main body 26, the front and rear locking claws 27a of the cam member 27 have elasticity. The connection hole 26a is non-removably inserted into the connection hole 26a. At this time, a pair of front and rear camshafts 30 of the cam member 27 are inserted into the front and rear cam holes 24 of the elevating body 5 and the main body 26 of the operating body 4 and the left and right cam members 27 are surrounded by the peripheral wall 20 of the elevating body 5 It becomes attached state.

  In the mounting body 3 of the cooking table 2, the mounting plate 31 has an outer peripheral edge aligned with the outer peripheral edge of the slide surface 21 of the elevating plate 19, and peripheral walls 32 are formed on the left and right sides of the outer periphery of the mounting plate 31. In addition, cuts 33 are formed on the front and rear sides of the left and right peripheral walls 32. A guide hole 34 is extended in the longitudinal direction X at the central portion in the left-right direction Y of the mounting plate 31, and a plurality of positioning recesses 35 (positioning portions) are front and rear on the left and right sides of the guide hole 34 above the mounting plate 31. One positioning recess 36 (positioning portion) is formed at a position slightly parallel to the direction X and slightly forward from the positioning recess 35. 3C, the front and rear camshafts 30 of the cam member 27 are inserted into the front and rear cam holes 24 of the elevator 5 in the operation body 4 as shown in FIG. When the lower side of the main body 26 is stacked on the upper side of the mounting plate 31, the cooking table 2 shown in FIGS. 4 (a) and 4 (b) is combined. In the cooking table 2, the operation knob 28 of the operation body 4 is exposed to the lower side of the mounting plate 31 through the guide hole 34, and both left and right positioning shafts 29 of the operation knob 28 are on the left and right sides of the mounting plate 31. The operating body 4 is positioned on the mounting plate 31 by being engaged with any one of the positioning recesses 35 and 36. The operating body 4 is sandwiched between the mounting plate 31 and the lifting and lowering plate 19, and the peripheral walls 20 of the lifting and lowering body 5 line the operating body 4 and the peripheral wall 32 of the mounting body 3 is on the peripheral wall 20 of the lifting and lowering body 5. line up.

  4 (a) and 4 (b), in a state where the combined cooking table 2 is fitted into the accommodation hole 7 of the holding table 6 from the lower opening 13, as shown in FIGS. The two guide projections 25 are vertically movably inserted into the left and right guide grooves 18 of the surrounding wall 8 of the holding table 6, and the respective longitudinal protrusions 15 of the surrounding wall 8 of the holding table 6 are peripheral walls 32 of the mounting body 3. The mounting body 3 is connected to the holding table 6 by being pushed into each of the notches 33. That is, a locking projection is formed at the lower end of each vertical projection 15, a locking recess is formed at the inner bottom of each cut 33, and when each vertical projection 15 is pushed into each cut 33 The locking projection and the locking recess are engaged with each other to connect the mounting body 3 to the holding table 6. The respective cam shafts 30 of the operating body 4 inserted into the respective cam holes 24 of the elevating body 5 are engaged with the respective recesses 17 of the surrounding wall 8 of the holding table 6. The operating body 4 and the elevating body 5 are prevented from being separated upward from the surrounding wall 8 of the holding table 6 by the contact of the cam shaft 30 with the lateral ridges 16 of the respective recesses 17 and the mounting body 3 By the contact of the operating body 4 with respect to this, the downward detachment from the surrounding wall 8 of the holding table 6 is prevented. The outer peripheral edge of the slide surface 21 of the lift plate 19 disposed in the upper opening 9 of the accommodation hole 7 is along the inner peripheral edge formed by the surrounding wall 8 and the cutting edge 11 a of the blade 11 in the upper opening 9 of the accommodation hole 7. It is placed with a slight gap. The mounting plate 31 and the operation knob 28 are disposed in the lower opening 13 of the housing hole 7. The slide surface 21 of the elevating body 5 is disposed parallel to the slide surface 10 of the holding table 6.

  The operation knob 28 is operated to move the operating body 4 along the guide hole 34 in the slide direction X with respect to the mounting body 3 to position the positioning shaft 29 of the operation knob 28 in each positioning recess 35, 36 of the mounting body 3 When one of them is engaged and positioned, the cam shaft 30 of the operating body 4 is guided along the cam hole 24 and the elevating body 5 moves in the vertical direction Z along the surrounding wall 8 of the holding table 6 . Therefore, on the front side of the holding table 6, the vertical movement position of the sliding surface 21 of the moving body 5 with respect to the slide surface 10 of the holding table 6 and the cutting edge 11a of the blade 11 by the vertical movement of the moving body 5 at the upper opening 9 of the accommodation hole 7. Can be changed.

Next, how to use the slicer 1 will be described.
As shown in FIGS. 5 and 6, when the positioning shaft 29 of the operation knob 28 is engaged with and positioned in any one of the positioning recesses 35 of the mounting body 3, the slide surface of the elevating body 5 A cutting enabled state P in which 21 is positioned below the cutting edge 11 a of the blade 11 is taken. In the cuttable state P, since the blade edge 11 a of the blade 11 is at a position above the slide surface 21 of the elevating body 5, the object to be cut is placed on the slide surface 21 of the elevating body 5. When it is made to reciprocate in the sliding direction X between them, the object to be cut is cut into slices at a thickness corresponding to the difference in height between the cutting edge 11 a and the sliding surface 21.

  As shown in FIG. 7, when the positioning shaft 29 of the operation knob 28 is engaged with the positioning recess 36 of the mounting body 3 and positioned, the slide surface 21 of the elevating body 5 is from the cutting edge 11 a of the blade 11. Take the uncleavable state Q located above. In the non-cuttable state Q, since the blade edge 11a of the blade 11 is located below the slide surface 21 of the elevating body 5, the object to be cut is placed on the slide surface 21 of the elevating body 5 and the slide surface 10 of the holding table 6 Even if it is made to reciprocate in the sliding direction X between them, the object to be cut does not hit the cutting edge 11a and is not cut. In addition, the blade tip 11a is less likely to be damaged during storage.

The present embodiment has the following effects.
(1) In the slicer 1 capable of adjusting the thickness of the sliced product, with the cooking table 2 fitted in the receiving hole 7 in the holding table 6, the cooking table 2 in the receiving hole 7 is a surrounding wall of the holding table 6 A space 12 formed under the slide surface 10 of the holding table 6 is surrounded by the surrounding wall 8 together with the accommodation hole 7 while being surrounded by 8. Therefore, the surrounding wall 8 prevents the object to be cut or its fragments from entering the inside of the holding table 6 or the cooking table 2, so that movement of the operating body 4 with respect to the mounting body 3 in the cooking table 2 or elevating body 5 Can move up and down smoothly.

  (2) In the slicer 1 capable of adjusting the thickness of a sliced object, the rear end edge of the slide surface 10 of the holding table 6 and the cutting edge 11a of the blade 11 at the upper opening 9 of the accommodation hole 7 in the holding table 6 The outer peripheral edge of the slide surface 21 of the elevating body 5 is disposed along the inner peripheral edge formed by the surrounding wall 8 of the holding table 6. Therefore, the object to be cut and its fragments are prevented from entering the holding table 6 and the cooking table 2 from between the inner and outer peripheral edges thereof, and the operating body 4 for the mounting body 3 on the cooking table 2 The movement and the vertical movement of the elevating body 5 can be smoothly performed.

  (3) In the slicer 1 capable of adjusting the thickness of the sliced object, the mounting plate 31 is mounted on the cooking platform 2 in which the operating body 4 and the elevating body 5 are sequentially supported on the mounting body 3 connected to the holding table 6. The peripheral walls 20 and 32 are provided on the lift plate 19. Therefore, the peripheral wall 20, 32 prevents the object to be cut or its fragments from entering into the cooking table 2, and the movement of the operating body 4 with respect to the mounting body 3 and the vertical movement of the elevating body 5 in the cooking table 2 It can be done smoothly.

  (4) The lower end 13 of the accommodation hole 7 provided inside the lower end edge of the surrounding wall 8 in the holding table 6 exposes the lower part of the mounting body 3 and the operation knob 28 of the operating body 4. Therefore, the operation knob 28 of the operating body 4 can be easily operated at the lower opening 13 of the housing hole 7.

  (5) The cam shaft 30 of the operating body 4 is inserted into the cam hole 24 of the elevating body 5, and is engaged with the recess 17 formed in the surrounding wall 8 of the holding table 6. Is prevented by the engagement of the cam shaft 30 with the recess 17 from being separated upward from the surrounding wall 8 and by the mounting body 3 from being separated downward from the surrounding wall 8. Therefore, the operating body 4 and the elevating body 5 can be positioned between the holding base 6 and the mounting body 3 to prevent their detachment.

  (6) As shown in FIGS. 4 (a) and 4 (b), the cooking table 2 combined on the outside of the holding table 6 is inserted into the accommodation hole 7 of the holding table 6 from the lower opening 13 and connected to the holding table 6 The elevator body 5, the operating body 4, and the mounting body 3 are sequentially inserted into the housing hole 7 of the holding table 6 from the lower opening 13 and the combined cooking table 2 is connected to the holding table 6 by the housing hole 7 be able to. Therefore, the holding stand 6, the elevating body 5, the operating body 4 and the mounting body 3 can be easily assembled.

For example, the following configuration may be employed other than the above embodiment.
-Although not shown, the blade 11 is attached to the front end edge of the slide surface 21 of the elevating body 5 instead of the blade 11 attached to the rear end edge of the slide surface 10 of the grip base 6. In that case, change it as follows.

  The cutting edges 11a disposed on both sides in the width direction Y (left and right direction) in the holding table 6 are formed in V shapes crossing each other so that the distance between the cutting edges 11a gradually narrows from the slide surface 10 side to the accommodation hole 7 side. It is done. Cam holes 24 of the cam mechanism 22 are extended on the front and rear sides of the left and right cam plates 23 of the elevating body 5 so as to be gradually inclined downward as going from the front side to the rear side. A plurality of positioning recesses 35 (positioning portions) are provided in parallel in the front-rear direction X on the upper side of the mounting plate 31 on both the left and right sides of the guide holes 34 of the mounting plate 31 One positioning recess 36 (positioning portion) is formed at a remote position. The holding table 6 has a holding portion 14 that protrudes outward along the sliding direction X from the front end of the surrounding wall 8 on the sliding surface 10 side.

  When the positioning shaft 29 of the operation knob 28 is engaged with and positioned in any of the positioning recesses 35 of the mounting body 3, the slide surface 10 of the holding table 6 is from the cutting edge 11 a of the blade 11. Take the disconnectable state P located below. In the cuttable state P, since the blade edge 11 a of the blade 11 is located above the slide surface 10 of the holding table 6, the object to be cut is placed on the sliding surface 10 of the holding table 6. When it is made to reciprocate in the sliding direction X between them, the object to be cut is cut into slices at a thickness corresponding to the difference in height between the cutting edge 11a and the sliding surface 10.

  When the positioning shaft 29 of the operation knob 28 is engaged with the positioning recess 36 of the mounting body 3 and positioned, the slide surface 10 of the holding table 6 is positioned above the cutting edge 11 a of the blade 11 and can not be cut off Take Q. In the uncuttable state Q, since the blade edge 11a of the blade 11 is located below the slide surface 10 of the holding table 6, the object to be cut is placed on the slide surface 10 of the holding table 6 and the slide surface 21 of the elevating body 5 Even if it is made to reciprocate in the sliding direction X between them, the object to be cut does not hit the cutting edge 11a and is not cut.

In the above embodiment, the accommodation hole 7 and the cavity 12 are communicated with each other in the holding table 6, but a partition wall as a surrounding wall is provided between the accommodation hole 7 and the space 12 in the grasping table 6 It is also good.
The blade edge 11 a of the blade 11 may be formed in a linear shape orthogonal to or inclined with respect to the slide direction X other than the V shape.

  In the cam mechanism 22 of the above embodiment, the cam shaft 30 is provided on the operating body 4 and the cam hole 24 is provided on the elevating body 5. Conversely, the cam hole 24 is provided on the operating body 4 and the cam on the elevating body 5 An axis 30 may be provided.

  In the embodiment, the left and right cam plates 23 of the elevating body 5 are disposed outside the left and right cam members 27 of the operation body 4, and the front and rear cam shafts 30 of the left and right cam members 27 face outward. It is extended and inserted into the front and rear cam holes 24 of the left and right cam plates 23, but the left and right cam plates 23 are disposed inside the left and right cam members 27 and the front and rear camshafts 30 are directed inward. It may be extended and inserted into the front and rear cam holes 24.

In the gripping base 6, the gripping portion 14 may be omitted.
A container for receiving a slice dropped from the slide surfaces 10 and 21 may be detachably mounted on the lower side of the holding table 6 with respect to the holding table 6.

  DESCRIPTION OF SYMBOLS 1 ... slicer, 2 ... cooking platform, 3 ... mounting body of a cooking platform, 4 ... operation body of a cooking platform, 5 ... lifting body of a cooking platform, 6 ... holding platform, 7 ... accommodation hole of a holding platform, 8 ... gripping Base surrounding wall, 9: upper opening of housing hole, 10: sliding surface of holding base, 11: blade, 11a: cutting edge, 12: empty space of holding base, 13: lower opening of housing hole, 17: surrounding wall Recesses of 19; lift board of lift body 20: peripheral wall of lift body 21: slide surface of lift body 22: cam mechanism 24: cam hole of lift body 28: operation knob of operating body 30: 30 Cam shaft of the operating body, 31: mounting plate of the operating body, 32: peripheral wall of the mounting body.

Claims (7)

A cooking platform capable of movably supporting the operating body above the mounting body and vertically movably supporting the elevating body above the operating body and positioning the operating body and the elevating body on the mounting body; And a holding table provided inside the surrounding wall with an accommodation hole into which the cooking table is fitted;
On the front side of the holding table, an upper opening of the accommodation hole is provided inside the upper edge of the surrounding wall, and a sliding surface is provided adjacent to the upper opening;
In the cooking table, the operation knob is provided on the operating body, the slide surface is provided on the upper side of the elevating body, and the mounting body is connected to the surrounding wall of the holding table in a fitted state of the cooking table with respect to the receiving hole of the holding table The outer periphery of the sliding surface of the elevator is arranged along the inner periphery which is formed by the sliding surface of the holding table and the surrounding wall at the upper opening of the hole,
Between the operating body and the elevating body, there is provided a cam mechanism for moving the elevating body up and down along the surrounding wall of the holding table in accordance with the movement of the operating body by the operation knob.
On the front side of the holding table, the vertical movement position of the sliding surface of the moving body relative to the sliding surface of the holding table can be changed by the vertical movement of the moving body at the upper opening of the accommodation hole. A slicer characterized in that a blade is provided at one of the edges.   The blade is provided at the edge of the slide surface of the holding table, and the outer periphery of the slide surface of the elevating body is disposed along the inner periphery formed by the surrounding wall and the blade edge of the blade at the upper opening of the accommodation hole. The slicer according to claim 1, characterized in that:   The lower opening of the accommodation hole is provided inside the lower edge of the surrounding wall on the back side of the holding table, and the lower side of the mounting body and the operation knob of the operating body are the lower openings when the cooking table is fitted into the accommodation hole of the holding table. The slicer according to claim 1 or 2, characterized in that   In the holding table, the surrounding wall is formed in an annular shape surrounding the receiving hole and the sliding surface, and an inner space is provided inside the surrounding wall and connected to the receiving hole below the sliding surface. The slicer according to any one of claims 1 to 3.   In the cooking table, the placing body has a placing plate on which the operation knob is exposed, and the elevating body has a raising and lowering plate having a slide surface, and the operating body is held between the placing plate and the raising and lowering plate The slicer according to any one of claims 1 to 4, wherein the slicer is surrounded by a mounting plate and a peripheral wall provided on the outer periphery of the elevating plate.   The cam mechanism has a cam shaft provided on either one of the operating body and the elevating body, and a cam hole provided on the other, and the cam shaft is guided along the cam hole, and the elevating body is The slicer according to any one of claims 1 to 5, wherein the slicer moves up and down along a surrounding wall of the holding table.   The cam shaft of the operating body is inserted into the cam hole of the elevating body, and is engaged with a recess formed in the surrounding wall of the holding table, and the operating body and the elevating body are upward from the surrounding wall of the holding table 7. The device according to claim 6, wherein the disengagement of the holding table is blocked by the engagement of the cam shaft with the recess, and the lowering of the downward movement from the surrounding wall of the holding table is blocked by the mounting body. Slicer.