LU100198B1 - slicer - Google Patents

Abstract

The invention relates to a slicer for foodstuffs, which is designed and intended to be held in the hand for a cutting operation, and which is a base part with a receptacle in which a cutting part with a plurality of mutually parallel planes cutting blades is arranged, and the having a movable connected to the base part press ram for pushing through to be shredded food by the cutting part. The disk cutter is characterized in that the disk cutter has a drive device by means of which the cutting part can be driven to an oscillating cutting movement

Description

description

Title: Slicer

The invention relates to a slicer for food, which is designed and intended to be held for a cutting operation in the hand, and a base arrow with a receptacle in which a cutting part is arranged with a plurality of mutually parallel planes cutting blades, and the a press stamp movably connected to the base arrow for pushing through to be shredded food by the cutting part.

From DE 102 42 65l Al a Schneidgerât for food or the like cutting material is known. The cutting device has a knife tricer with several knives arranged in parallel with cutting edges. The blades form a cutting surface for the material to be cut in order to divide it into strips or disks or the like. A punch of the cutting device has a bottom surface, which can be moved with the interposition of the material to be cut on the cutting surface and away from this. The bottom surface has with the blades substantially corresponding groove or slot-shaped recordings with intermediate webs. The bottom surface acts on the material to be cut and moves it onto the cutting surface or between the knives.

From DE 87 00 035 U a Gerdt for slicing mushrooms in slices, especially of fresh mushroom is known, which has two at its rear end hingedly connected, single-handedly gripping and compressible against a recoil spring pliers arms, wherein a pliers arm at the front end of a cutting grid carries, which is aligned on a receiving trough on the other tong arm. The receiving trough has a round, suitable for receiving an upside-down mushroom trough shape.

It is the object of the present invention to provide a disc cutter which can easily and reliably cut even difficult-to-cut foods such as tomatoes.

The object is achieved by a disk cutter, which is characterized in that it has a drive device by means of which the cutting part is drivable for an oscillating cutting movement.

The invention has the very special advantage that even hard-to-cut food items such as a tomato can be sliced simply, efficiently and quickly. The disc cutter according to the invention advantageously avoids, in particular, that soft foodstuff, in particular that which additionally has a rigid shell, is wholly or partly crushed during the comminuting process. In particular, the slicer according to the invention makes it possible to only moderately press a foodstuff by means of the press ram against the cutting blades and at the same time to wait until the cutting blades have successively worked through the food to be shredded due to the oscillating cutting movement. In this way it is advantageous to avoid crushing the material to be crushed.

Preferably, the drive device has an electric drive motor. However, it is also possible that the drive device includes a manual drive for driving the cutting tool to an oscillating cutting motion.

In a particular embodiment, the disc cutter on an electrical energy storage, which supplies the electric drive motor with energy when needed. The electrical energy store can advantageously be arranged in a grip part of the disc cutter. In particular, the eiektrische energy storage can be designed as a battery or a rechargeable battery. Of particular advantage is an embodiment in which the eiektrische energy storage, in particular destruction-free and / or tool-free, removed and reinserted or replaced with another electrical energy storage.

In a particularly advantageous embodiment, at least the drive device and the electric energy storage device are connected to form a drive block which can be removed and reinserted as a whole, in particular without tools and / or free of disruption. Such a design has the very special vortel that the drive block can be removed for a cleaning process, the blunt part of the disc cutter can safely and safely cleaned under running water or in a dishwasher without the risk that the electrical components damaged become.

The drive block may additionally include the transmission device or at least part of the transmission device. In addition, the drive block may include a switch for turning on and off the drive device.

In a particular embodiment, the cutting member is mounted linearly displaceable relative to the Basisiste and / or relative to the Pretsstempel. It is alternatively also possible that the cutting table is slidably mounted along a curved guide track, beispieltweise to perform a osziillerende pendulum motion. However, an axial displaceability has the particular advantage that it is technically easier to implement. In an advantageous embodiment, the cutting part is coupled to the drive device by means of a transmission device. The transmission device may advantageously include at least one transmission. In particular, such a transmission can be autgebildef to convert a rotational movement of an output shaft of the drive device in an iineare movement.

The transmission can be ausgebiidet example, as a linkage or as a sliding-crank or right-angle power take-off or as a crank mechanism.

In a particular embodiment, the transmission has a rotating driven coupling part with an eccentrically arranged Stiff. The Stitt is arranged in a slot of a slide acting as the output. Upon rotation of the coupling member, the item reciprocates in the slot while simultaneously pulling the slider back and forth. The cutting part can be coupled to the slide, in particular non-destructively and / or tool-free, the cutting part following the movement of the slide and in this way the oscillating cutting movement ausTM.

In another embodiment, the transmission device has a cam driven for rotation. In this case, it can be provided, in particular, that the cutting part is pressed against the cam by means of a recoil spring so that the cutting part oscillates during a rotation of the cam in a forward and backward movement, wherein the recoil spring is tensioned with each revolution of the cam and is relaxed again.

In a particularly advantageous embodiment, the transmission device has a, in particular destructive and / or tool-free, releasable coupling. Alternatively, it is also possible that a transmission of the transmission device is designed as, in particular non-destructive and / or tool-free, detachable Kuppiung. Such

Coupling design makes it possible to temporarily untie the transmission connection between the drive device and the cutting part, for example for a cleaning process. It is also possible in this way, the Schneidteii easily and uncompensated for another, similar Schneidteii exchange, for example, when the cutting blades are dulled. Likewise, it is advantageously possible that the cutting part unkompiiziert against another kind Schneidteîl, for example, have a cutting part with the double Schneidklгgenabstand or a cutting part whose cutting blades have a different cut.

In an advantageous embodiment, the disc cutter has a, in particular non-destructive and / or tool-free removable cover for covering at least a part of the transmission device. Such a design has the particular vortel that the transmission device is effectively protected against contamination and at the same time a risk of injury to the user is prevented by the contact with moving components of the transmission device.

In a particularly advantageous embodiment, a cover for covering at least a part of the transmission device is present, which is additionally designed as a guide element and the cutting part or a connected to the cutting member component of the transfer device, in particular linear leads. This can be particularly advantageously realized in such a way that the cutting part is securely guided by the patch cover and that the cutting blade can be removed from the recording after the cutting part securing cover removed wurcle.

In a particular embodiment, the cutting part has a frame carrying the cutting blades. In particular, it can be advantageously provided that the frame can be inserted into the receptacle of the receptacle in such a way that it is precisely fitting that one degree of freedom remains for carrying out the, in particular linear, cutting movement.

In an advantageous embodiment, the receptacle has at least one guide element, in particular a linear guide, for the cutting part. The guide can be designed in particular as a sliding guide. However, it is also possible that the guide includes rolling elements. In a particularly advantageous embodiment, the guide is designed as a recirculating ball guide.

Of particular advantage is an embodiment in which the frequency of the cutting movement is greater than 5 Hz, in particular greater than 10 Hz or greater than 20 Hz. In addition, it may alternatively or additionally be advantageously provided that the amplitude of the cutting movement is in the range of 2 mm to 10 mm, in particular in the range of 2 mm to 8 mm or in the range of 2 mm to 4 mm, or that the amplitude is 3 mm is. Such embodiments are particularly suitable for cutting delicate fruits or vegetables, especially for cutting tomatoes.

Basically, the slicer can be advantageously designed as a fruit and vegetable cutter. It is particularly advantageous in this case if the size of the cutting blade is dimensioned so that a (single) tomato or a (single) onion can be placed for a comminution process. Basically possible, but less advantageous in terms of ease of handling, is an extension dimensioned such that several pieces of fruit or vegetables, for example several tomatoes, can be placed on the cutting blades of the cutting table at the same time to be slotted together and cut simultaneously ,

In a particularly advantageous embodiment, at least one Dmpfungselement is present, which dampens a juxtaposition of two relatively moving parts of the disc cutter. Such a damping element has the particular vortel that the noise occurring during the performance of the oscillating cutting movement is damped and any noise pollution can be significantly reduced. The dampening element may, for example, comprise a spring and / or be at least partially made of an elastomer and / or silicone. Of particular advantage is an embodiment in which the Dmpfungselement is arranged on or in the receptacle. For example, the Dmpfungselement in a corner of the receptacle or along a transverse side which is perpendicular to

Cutting movement direction is arranged to be arranged recording. In particular, the damping element can advantageously be designed and arranged to damp a striking of the cutting movement that carries the cutting part to other parts of the receptacle.

In a particular embodiment, the damping element is produced together with a component of the cutting bit or the cutting blade in the two-component injection-molding method.

In a particularly advantageous embodiment, the disc cutter has two articulated, elongated handle parts. This can advantageously be provided in particular that at the free end of the handle parts, the base part and at the free end of the other of the handle parts of the punch is angeoräsef. Innbesondere can be advantageously provided that the handle parts are hinged together and against the force of a return spring against each other are movable. Such an automatic guide makes it possible to move the gripping parts, and thus the base side and the pressing element, like a pair of pliers, in particular one-handedly, against each other, wherein the return spring is tensioned. After the cutting operation, the return spring drives the handle parts apart again until a stop is reached, so that then the next item to be cut can be inserted and the next cutting operation can be started.

In a particular embodiment, a switch for switching on and off of the drive device is arranged on one of the handle parts. The switch can be advantageously designed in particular as a button. Particularly ergonomically operable is an embodiment in which the switch is arranged such that it is directly accessible and operable with a finger, in particular the index finger, the hand operating the disc cutter.

Particularly robust and particularly compact is an embodiment in which the drive device is at least partially disposed in one of the handle parts. Such a device has the particular vortel that the drive device against dirt and damage is particularly well protected. In addition, it is advantageously avoided that the disc cutter must provide an additional space for the drive device available.

Preferably, the ram has a plurality of slots into which the cutting blades can dip during a cutting operation. In this way, a particularly sick and reliable cutting is made possible, wherein advantageously avoided that Teiie the material to be cut between the cutting blades get stuck.

Preferably, the planes of the cutting blades are arranged parallel to the direction of the oscillating cutting motion.

In a particularly advantageous embodiment, the jewells adjacent cutting edges are aligned in unterschiedlîche directions. Alternatively or additionally, it is also possible in advance that the projections of the cutting edges of respectively adjacent cutting blades on a common plane, which is parallel to the planes in which the cutting blades are arranged, have an angle different from one another by 180 °. In this way, it is advantageously possible to form a recess for the material to be cut by means of the cutting blades, so that the material to be cut automatically centers in the recess after insertion. In addition, such a design has the particular advantage that forces are exerted on the cutting material during the cutting process, which hold the material to be cut until fully fragmented in the trough.

Preferably, the cutting edges of the cutting blades (possibly apart from a slight tendency to form the mentioned trough) are oriented counter to a push-through direction along which the food to be cut moves in a cutting operation through the cutting part. Alternatively or additionally, it can also be provided that the cutting blades are aligned parallel to a push-through direction, along which the food item to be cut moves through the cutting part during a cutting operation.

The cutting blades have in a particular embodiment straight cutting blades without ripples or prongs. However, it is advantageous in particular also possible that the cutting blades have a serrated edge. The serrated edge can include teeth. The

Using a, in particular teeth, Wellentchiifft, is especially for cutting tomatoes of special Vortell, because by means of Wellenschiiffs the usually tough shell of the tomato when performing the otziillerenden cutting movement can be cut particularly effectively, without causing bruising of the other cut material.

In the drawing, the subject invention is exemplified and shown schematically and will be described with reference to the figures below, wherein the same or equivalent elements are also provided in different Autführungtbeitpieien mostly with the same reference numerals. Showing:

Fig. 1 shows a first embodiment of an inventive

Disc Schneidets,

Fig. 2 shows a second embodiment of an inventive

Disc Schneidets,

Fig. 3 shows a dottes Ausführungsbeitpiel an inventive

Scheibenschneidess,

Fig. 4 shows a fourth embodiment of an inventive

Slice cutting, and

5 shows a fifth embodiment of an embodiment of the invention

Disc Schneidets.

FIG. 1 shows a first embodiment of a disc cutter according to the invention. The disc cutter is autogenous and intended to be held in the hand for a cutting operation. For this purpose, the disc cutter on a first elongated handle part 1 and a second elongated handle part 2, which are hingedly connected together mittes of a joint 3 and against the force of a (not shown) return spring against each other nun. This can be done in particular einhöndig. However, it is also possible to use the second hand to assist in a cutting process.

The disc cutter has a Bativfeii 4, which is arranged at the free end of the second GriffleUs 2. In the receptacle, a cutting part 5 is arranged with a plurality of mutually parallel planes located cutting blades 6. Specifically, the cutting part 5 is displaceable back and forth in the longitudinal extension direction of the second grip 2. In this case, the base part 4 has two lateral, in

Shifting DirectionCe gradations 7. On each of the gradations 7 is a projection 8 of the cutter 5 on. The projections 8 are first wound together along a transverse side of the cutting blade 5.

The cutting part 5 has a frame 9 carrying the cutting blades 6, which is so cimentioned and inserted into the receptacle in such a way that the cutter 5 retains a degree of freedom for carrying out the oscillating cutting movement. The cutting blades 6 are attached to the longitudinal sides of the frame 9.

At the free end of the first Grifftei ^ 1 is a Pretsstempel 1O for Hihdurchdrücken to be shredded food by the cutting part 5 is arranged.

The disk cutter has a drive device 11, by means of which the cutting part 5 can be driven to a otzilllerenden cutting movement. The oscillating cutting movement of the cutting blade 5 is illustrated in the figure by the double arrows drawn boldly.

The drive device 11 has an electric drive motor 12. The electric drive motor 12 is arranged in the second handle part 2. In addition, the disk cutter on an electrical energy storage 13 which supplies the electric drive motor 12 with energy and which is also arranged in the second handle part 2. The electrical energy storage device 13 may be formed, for example, as a battery or as a per-charger battery.

On the underside of the second gripping part 2, a shader 15 for switching on and off the electric drive motor 12 is arranged. The switch 15 may advantageously be designed in particular as a button. The electrical energy store 13 is connected via electrical leads to the switch 15. The switch 15, in turn, is connected to the electric drive motor 12 via further electrical assistance lines. By actuating the shader 15, a circuit is traded and the electric drive motor 12 is put into operation.

The cutting part 5 is coupled by means of a Übertnagungsvorriichtung 14 driving technology to the electric drive motor 12. The Übertragungsworriichtung 14 includes a (in this figure not dc ^ ι ^ ^ ^ ^^^^^^^) gearbox, which can be designed in particular as a coupling gear or as a thrust gear or as a right-angled cross-thrust crank mechanism or as a crank mechanism. For a shredding operation, the user places the food to be shredded on the cutting blades 6 and pivots antchließend by squeezing the handle parts 1, 2 the P ^ ^ ss ^ st ^ imiael 10, in the direction of the Basisfeit around the food to be shredded by the cutting blades 6 therethrough to press. At the same time the user actuates the switch 15, whereby the cutting table 5 is put into an oscillating cutting motion and the food to be shredded is sliced. After the cutting operation, the user switches the drive motor 12 off again by means of the switch 15 and releases that the return spring (not shown) moves the handle parts 1, 2 back to their starting position until a stop is reached. Subsequently, the next food to be shredded food can be placed on the cutting blades 6.

Fig. 2 shows a second embodiment of an inventive

Scheiöenschneidets, which differs from the embodiment shown in Figure 1 in that the transmission device 14 has a, in particular non-destructive and / or tool-free, detachable coupling 17 which is a transmission 16 nachgeschchfefef transmission. The coupling 17 makes it possible to solve the instinctual coupling of the cutting part 5 to the cutting part 5, for example, for a cleaning process, temporarily remove from the receptacle or to the cutting part 5 auszi ^ - auschen. Preferably, the coupling 17 is formed such that no additional tool is needed to release the coupling and to restore a coupling.

Fig. 3 shows an explanatory embodiment of an inventive Scheiöenschneidets. In this car guiding work, the electric drive motor 12 drives a coupling part 18 designed as a disk for rotation. On the top of the disc, a Stiff 19 is attached eccentrically. The Stiff 19 is guided in a slot 20 of a slider 21 linearly displaceable. The slider 21 is fixedly connected to the cutting part 5. By means of the transmission device 14 thus formed, a rotational movement of the electrical Antrieötmofors 12 is converted into a linear pre-and ZuiOckbewegung the slider 21 to cause a oscillerende cutting movement of the cutting blade 5. In order to be able to remove the cutting part 5 from the receptacle, the driving technology coupling of the cutting part 5 to the electric drive motor 12 can become yellow by removing the slide 21 upwards from the stand 19. In order to prevent unintentional release of the coupling, advantageously additional (not shown in this figure) holding and / or guide elements may be present, which can be yellowed for a removal operation of the cutting part 5, preferably free of erosion and / or tool-free ,

Fig. 4 shows a fourth Ausführungsöeispiel an inventive

Scheiöenschneidets, which is designed in wesentli just the same as the embodiment shown in Figure 3. In addition, the AusfOhrungsbeispiel shown in Figure 4 on a non-destructive and tool-free removable cover 22, which covers the transfer device 14 from above. The cover 22 is secured by means (not shown) locking lugs on the housing of the second handle part. This embodiment has the particular vortel that the transfer device 14 is effectively protected against contamination and at the same time a risk of injury to the user by the contact with moving components of the transfer device 14 is prevented.

The cover 22 is additionally ausgebiidet as a guide element and has a guide slot 23 which guides the slider 21 linear. The Schneidteii 5 can be removed from the receptacle, the base part 4 together with the attached slide 21 after the Schneidteii 5 and the slide 21 sheared cover 22 has been removed.

FIG. 5 shows a fifth embodiment of a disc cutter according to the invention, which has essentially the same construction as the exemplary embodiment shown in FIG. The transmission device 14 is formed in this Ausohrungsbeispiel of a first transmission element 24 and a second transmission element 25, which are solved by einanCer. In addition, the electric energy storage 13, a switch unit 26 having a switch 15, the electric drive motor and the second transfer member 25 are fixedly connected to each other to a drive block which can be removed from the second handle portion after opening a flap (not shown) , When removing automatically detach the first transmission element 24 and the second transmission element 25 from each other. When re-inserting a coupling of the first Übertragungsteleιτιentt 24 and the second transmission element is automatically

Reference Numbers: 1 First Step 2 Second Grip 3 Joint 4 Base Arrow 5 ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Gerriebe 17 Coupling 18 Coupling part 19 Sttift 20 Slot 21 Slide 22 Cover 23 Guide slot 24 First transmission element 25 Second transmission element 26 Switch unit

Claims (26)

A slicer for food, which is designed and intended to be held in the hand for a cutting operation, and which is a base part with a receptacle in which a cutting part is arranged with a plurality of mutually parallel planes cutting blades, and a movable Having associated with the base part press ram for pushing through to be shredded food by the cutting part, characterized in that the disc cutter has a drive device by means of which the cutting part is drivable for a osziillerenden cutting movement. 2. disc cutter according to claim 1, characterized in that the drive device comprises an electric drive motor. 3. Slicer according to claim 2, characterized in that a. the disc cutter has an electrical energy store, which supplies the electric drive motor with energy, or that b. a arranged in a handle portion of the disc cutter electrical energy storage supplies the electric drive motor with energy. 4. disc cutter according to one of claims 1 to 3, characterized in that the cutting part is linearly displaceable gelagerf relative to the base part and / or relative to the press temple. 5. disc cutter according to one of claims 1 to 4, characterized in that the Schneidteii mitteis a transmission device is technically angekoppeit to the drive device. 6. Slicer according to claim 5, characterized in that the transmission device comprises a transmission. 7. Slicer according to claim 6, characterized in that a. the gearbox is designed as a cogged gear or as a thrust-bevel gear or as a right-angled cross-thrust crank gear or as a crank gear, or in that b. the gearbox has a rotationally driven coupling member with an eccentrically arranged member which is arranged in a long hole of a slide acting as output, or that c. the transmission has a cam driven for rotation. 8. Slicer according to one of claims 5 to 7, characterized in that the transmission device has a, in particular nondestructive and / or werkzeugios, iösbare Kuppiung or that a transmission of the transmission device as, in particular nondestructive and / or werkzeugios, iösbare Kuppiung is ausgebiidet. 9. Slicer according to one of claims 5 to 8, characterized in that a. a cover for covering at least a part of the transfer device is present, and / or that b. a cover for covering at least a part of the transmission device is present, which is additionally designed as a guide element and the cutting part or a component connected to the cutting part of the transmission device, in particular linear leads. 10. Slicer according to one of claims 1 to 9, characterized in that a. the cutting part is guided linearly displaceable in the receptacle, or that b. the receptacle has a linear guide for the cutting part or that c. the cutting part is slidably guided in the receptacle against the force of at least one return spring, or that d. the cutting part has a frame carrying the cutting blades, which can be inserted into the receptacle, in particular with a perfect fit, so that one degree of freedom remains for the execution of the, in particular linear, cutting movement. 11. Slicer according to one of claims 1 to 10, characterized in that a. the cutting part can be detached from the receptacle without destruction and / or without tools, and / or that b. a further cutting part is present, which is used in exchange for the cutting part, in particular destruction-free and / or tool-free, in the recording. 12. A slicer according to any one of claims 1 to 11, characterized in that at least one Dämmungselement is present, which dampens a clashing of two relatively moving parts of Scheibenschneideis. 13. A slicer according to claim 12, characterized in that the damping element comprises a spring and / or that the damping element is at least partially made of an elastomer and / or Sillkon. 14. A slicer according to claim 12 or 13, characterized in that a. the damping element is arranged on or in the receptacle, or that b. the damping element is designed and arranged to damp a striking of the cutting movement exporting Schneidtells to parts of the recording. 15. Slicer according to one of claims 1 to 14, characterized in that the frequency of the cutting movement is greater than 5 Hz, in particular greater than 10 Hz or greater than 20 Hz. 16. Disc cutter according to one of claims 1 to 15, characterized in that the amplitude of the cutting movement in the range of 2 mm to 10 mm, in particular in the range of 2 mm to 4 mm, or that the amplitude of the cutting movement is 3 mm. 17. Slicer according to one of claims 1 to 16, characterized in that the disc cutter is formed like a pliers. 18. Slicer according to one of claims 1 to 17, characterized in that α. two articulated, elongated handle parts are present, wherein at the free end of a handle part, the base part and the free end of the other handle part of the press die is arranged, and / or that b. the disk cutter has two handle parts hingedly connected to each other and movable against each other against the force of a return spring, and / or that c. the disc cutter two articulated grip parts which are ausgebiidet and arranged to be moved against each other in a single-handed cutting operation. 19. A slicer according to claim 18, characterized in that a switch for switching on and off of the drive device is arranged on one of the handle parts. 20. A slicer according to claim 18 or 19, characterized in that the drive device is arranged at least partially in one of the handle parts. 21. Slicer according to one of claims 1 to 20, characterized in that the press ram has a plurality of slots into which the cutting blades can dive in a cutting operation. 22. Slicer according to one of claims 1 to 21, characterized in that a. the cutting edges of adjacent cutting planes located in parallel planes are oriented in different directions, and / or that b. the projections of the cutting edges of respectively adjacent cutting blades on a common plane have an angle different from one another by 180 degrees, and / or that c. the planes in which the cutting blades are located are parallel to the direction of the oscillating cutting motion. 23. Slicer according to one of claims 1 to 22, characterized gekennzeichnef that a. the cutting edges of the cutting blades are oriented counter to a push-through direction, along which the food to be cut moves in a cutting operation through the cutting table, and / or that b. the cutting blades are aligned parallel to a push-through direction, along which the food to be cut moves during a cutting process through the cutting table. 24. Slicer according to one of claims 1 to 23, characterized gekennzeichnef that the cutting blades have a serrated edge. 25. Slicer according to one of claims 3 to 24, characterized gekennzeichnef that at least the drive device and the electrical energy storage are connected to a drive block, which can be removed as a whole, in particular tool-free and / or non-destructive, and reinserted. SUMMARY The invention relates to a slicer for foodstuffs designed and intended to be hand-held for a cutting operation, and to a base apparatus having a receptacle in which a slicing member having a plurality of cutting blades disposed in mutually parallel planes is disposed, and comprising a pressing member movably connected to the base feeder for pushing through the cutting member to be comminuted food. The disc cutter is characterized in that the disc cutter has a drive device, by means of which the cutting member can be driven to perform an oscillating cutting movement. (Fig. 1) luP.u.qM.v Justification based on the novelty, the erflnderder activity and: the: commercial. Applicability; Documents:: and. i: Actions in support of this finding Ί Reference is made to the following documents: DE 102 42 651 A1 (REPAC PETRA [DE]) 1 April 2004 J (2004-04-01) EP 3 010 384 81 ( GENIUS GMBH) 1 February 201 7 (2017-02-01) CN 106 217 · 458 A (SUZHOU LANWANG:: 'MACHINE.' 'TOOL' TECHNOLOGY CO LTD} 14 December 2016 (2016-12-14 ) 2 D1 is considered to be the prior art in relation to the subject-matter of claim 1. It discloses (summary: Figure 1, reference numerals in parentheses refer to the document) a food slicer (10) designed and intended for use. and a base part (12) with a receptacle in which a sneezing ram is arranged with a plurality of cutting blades (14) arranged in mutually paralleled planes, and a pressing ram movably connected to the base part (22) for pushing through food to be minced having the cutting part. The subject matter of claim 1 thus differs from this known disc cutter in that the disc cutter has a drive device by means of which the Schnoidtoil is drivable for an oscillating cutting movement, and is therefore new. 4 · The technical effect of these features is that even difficult to cut foods, such as tomatoes. easy and reliable cut. 5 · The with. The problem to be solved by the present invention can thus be seen to modify a known disc cutter such that even difficult to cut foods, such as tomatoes, are easily and reliably cut. The solution proposed in claim 1 of the present application for this task is based on an inventive step for the following reasons: Cores teaching in the prior art would entail the skilled person entrusted with the solution of the technical problem to a further development of the prior art according to the invention , For example, the Document D2 beats a building-like one. Slicer in which. the operating member 3 is replaceable by a driving device 12 for rotationally driving rotary blades 1: 3, in order to enable a thorough crushing of the cuttings, for example for the preparation of salads. The document D3 proposes to provide a prismatic housing 3 on two adjacent side walls with slots 33 in which a displaceable knife block 2 dips in order to cut the material to be cut into strips by turning the housing 3 by 90 °. Thus, neither an inventive arrangement of the cutting part and Pressstempei, nor a drive device, ..mittelsrder -`this; Schnetdteil is drivable to an oscillating cutting motion, available. 7: Claims 2-25 are dependent upon a number of independent claims, the subject matter of which, as explained above, is deemed to be novel and inventive, and which is hereby inferred from the invention in its entirety. on novelty: and r: inventive '' TatigikeÉ luBjoKUM certain '. :: Deficiency: in: · the ': Application 1 r: r The features of the claims are not warranted with reference numerals. Abstract The present invention provides a child. square box, top cover, coordinate location by positioning hole with location, square box is located at the location of each other straight-line groove, the vertical cut-down motion of the row of utensils, the block is cut into a box, after cutting one side, triangle- threading.present-invention is convenient and swift, simple-in-construction, and blade, does :. not exposes, it is a user of service's · safety, and shredding effect simultaneously is notabie. A child of square yarn cutter for kitchen and technical field The present invention relates to kitchen utensils field, specifically related to a child of square yarn cutter for kitchen use. Background technology Kitchen tool is common tool in daily life, it is difficult -tp The cutting edge of the tool is cut into two kinds, a kind of shredding mold is used, and this type of cutting tool is used for cutting object by "well". although simple to operate, but for hard objects, moldknife is difficult to cut-it: -Another child is engine machine filament cutter, the method is cutting-edge, but structure is complicated, price is high, and floor space is big, , and improper-use family uses. Summary of the invention It is an object of the invention to overcome the problem of overcoming prior art. shredding of a kind of square for kitchen use device, the present invention is convenient and swift, simple in construction, can quickly shred in. kitchen. A pair of square yarn cutters for kitchen use, including pedestals (1), row's cutters (2), square boxes, and the following technical solutions (3), top cover (4), its feature exists in: described pedestal (1) is provided with floor (13), base plate (14) i Described floor (13) is provided with cutter rail groove (11); Described base plate (14) is provided with positioning hole collumn (15): Described row's cutter (2) is provided with handle of a knife post (24), blade (2.1), described blade (21) being provided with blade (22 ), it is spacing on floor (13). that. handle of a knife post (24) wants to arrange cutter (2) through cutter rail groove (11); Two sides (31) and two faces (32), institute two face (31) adjacent distributions stated square cylinder on, two B face (32) adjacent distributions square cylinder on, described A face (31) provided with straight-line groove (33), δ face (32) is provided with locating slot. post. (34): Described locating slot post (34) and location Square box (14) by Kong Zhu (15) cooperation; Described top cover (3): Vegetable to be cut into square box (3), top cover. (4), locating slot post (34) square box (3) location on base (14), face (31) the most just to row's cutter (2) , row's cutter (2) along the cutter rail groove (11) quickly to lower motion, (22) cutting square box (3), the. row's of lifting cutter (2), blade (22), upset square bGx (3), chang.es A face (31), repeat above-mentioned action, complete to treat · The two of-'Cut vegetables'Face is cut. Further, for welding or screw is connected or floor and base plate integrally :: plate. :. connected .. mode. Further, the description is also in English: "Further, the description of the structure of a baffle plate is also given It is also provided with knives, knives, cutters, knives, and knives provided.-with.hilt · *. · further, described top cover is provided with top board Further, described cutter rail groove is provided with translot, described transiot and angled-30 e-0 "of. horizontal plane.,. ..,.,.,., .... ......... ..., .., .-., ..- - The invention a child of square yarn cutter for kitchen use, including pedestal, row 'S cutter, just Rectangular box, top cover, coordinate location. bv positioning hole. collumn with locating slot post, square. box is positioned in a square box, straight-line groove is in a box, after cutting one side, overturns square box, repeats cutting action, block is cut into triangle thread. Fast, simple in construction, and blade do not expose, it is guaranteed that 'user of service's' 'safety,' shredding effect simultaneously is notable. Described above is only the genera! The invention relates to the invention of the present invention, which is hereby incorporated by reference, and which is hereby incorporated by reference nach. The detailed description of the invention is shown in detail in the following example and accompanying drawings thereof. Accompanying. drawing: .explanation5 Accompanying drawing is described in detail in the present application. This description is not intended to be construed Fig. 2 is the tridimensional schematic diagram of the present invention; Fig. 3 is an illustration of the invention The pedestal partial schematic diagram of the invention is shown in FIG. 4. FIG. 6 is row's cutter A schematic perspective view of the invention is shown in FIG. 7. FIG. 8 is a top perspective view of the present invention. FIG ntion: label declaration in figure: pedestal 1, row's cutter 2, square box 3, top cover 4, cutter rail groove 11, baffle 'plate 12, floor' 13, base plate 14, 'fixed hole, position post' 15, spike 16, blade 21, blade 22, knife rest 23, handle of a knife post 24, hilt 25, cutter shaft 26, A face 31, 8 face 32, straight line groove 33, locating slot post 34, top board 41. Detailed description of the invention Below with reference to the accompanying drawings and in conjunction with the invention is described in detail. Shown in 'reference Figs. 1-8, a kind of square yarn cutter for kitchen use, including pedestal 1 ,. row cutUr 2, square box 3, top cover 4, it is characterized in that: pedestal 1 is provided with floor 13, base plate 14: Described floor 13 is provided with cutter rail groove 11; The descriptive end of the collet 15 is shown in FIG. 1, and the blade 21 is provided with the blade. a knife '"post 2'4'wilÎ" arrange "cutter 2 through cutter rail" gröove "T1; Described" square box 3 is hollow' just square column casing, Described 'square box 3 is provided with tworA' faces' 31 "-and 'two B faces 32nd and two faces are respectively Al' A 2, two 8 faces are respectively 8 1 - B 2, two described A face 31 adjacent distributions square cylinder on, two faces 32 adjacent distributions square cylinder on, ieA 1 'A3 '81 '82, described A face 31 is provided with straight-line groove 33, and is shown with locating slot post 34; Described locating dot post 34 with positioning hole collumn 15 " coordinates' and square box '• Described top "cover 4 closely' cooperates with square box 3.Such as Fig. 1, Vegetable to be cut into square box 3, top cover 4, "is coordinated square with positioning hole collumn 15 by locating siot post 34 Box 3 is located on base plate 14, A Sharp face movement, and blade 22 passes Straight-line groove 33 is to be cut into cutting square box 3, the row's of lifting cutter 2, and blade 22 is lifted away from straight-line groove 33, overturns. square box '3, Make A. Cutter 2, takes out box 3, opens top cover. Cutter 2, takes out box 3, opens top cover 4 and for base 13 'and' base 'piate 14 ": connected::: mode' body casts, Also, as described in Fig. 2-4, floor 13 and base plate '14 integrally': pasting further, described pedestal 16 is more hanrthr ^ é ^ "^ Suchràs Fig .: 4, spike 'The quantity of' 16 'is 4. Further, as shown in Figure 3,' not straight 'at same Positioning hole coliumn 15 on line , baffle plate il.Such .as Fig. 2, Flgi-4 · before and after floor 13, it is provided with baffle pl ate 12. 'Further, ^ described · row's ·· cutter' "2 is thus.". "PrOvided'wtth knife-re-§t '.: 23, ·: hiit'2: 5, cuttershaft'ZS, and blade 21 2: 6 ': B ^^ side knife rest 23 is determined · and' · connected to fixed, and both side knife rest 23 is connected by handle of a knife pest 25, Further 'top cover 4' is provided with the top board · 4 lAs file: 8: top: 'co: ve: r'4 '-are'provided'iwith'top board 41, top board 41 compresses and treats Cut vegetables. Further, described cutter rail groove 11 is provided with tra: hslot'1'11, • and'deiscriibied i'tr ^ änsiiot'1i1.1 · is' angled with horizontal plane institute- 3 (y ~ O ".As shown in Figure 2, Figure 4 shows cutter rail groove 11 is provided with trans-111, and row's cutter 2 is in non-cutting motor process, and handle of a knife post 24'moves move to transiot 111, transit 111 a: nd'h 'o'rizoh: valley plane in chamfering make'row's cutter 2 spacing The Zhuyu locating siot post coordinates 'location, square box' so ins Deutsche: There is a straight-line groove, the cutter is placed in a vertical position square box, after cutting one side, upset Square 'box, repeats cutting action,' block vegetable ' , friangle thread.The present invention is convenient and swift, simple in construction, and blade Not exposing, it is that the user of service's safety, shredding effect smultaneously is notable. The above, in the present invention, is purely by way of example and not limited to the scope of the invention "contents to do The a little change" gone out, the equivalent variations: · · · modified · · · ': and::. : develop, be the ·:: 'Equivalent. ·:::: ·: · present invention::: · ·; ·. · Meanwhile, according to the present invention's The change of any equivalent variations. substantial technological, modify.and .differ.entiation ... etc., .all r ^ iill faii .within: the.skill .of the ...... · present invention Within the protection domain of art scheme. jClaim ^ S] :: 1. a square yarn cutter for kitchen use, including pedestal (1), row (2), square box (3), top cover (4), its feature exists in: described pedestal (1) is provided with floor (13), base plate (14); Described floor (13): Described base plate (14) is provided with positioning hole collumn (15); Described row's cutter (2) is provided with handle of a knife post (24), blade (21), Described pros (21), Described pros Shape box (3) is arranged with two faces (31) and two faces (32), institute Two A face (31) adjacent distributions two face (32) adjacent distributions square cylinder: .or> · 'A face (31) provided with straight-line groove (33), described 8 face (32) is provided with locating siot' post (34) ' Described locating slot post (34) and location Square (14) by Kong Zhu (15) cooperation Described top cover (4) closely cooperates w ith square box (3) Square box (3) is positioned. (3), top cover (4), and positioning collumn (15) on base plate (14), face (31) the cutter (2), row cutter (2) along the cutter rail groove (11) quickly to lower motion, blade (22) in straight-line groove (33), square box (3), the row of lifting cutter (2), blade (22), upset square box (3), changes A face (31), repeat above mentioned action, complete to treat the two of cut vegetables Face is. cut. One of the most in accordance with the ciaim of the yarn-making machine is: ••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••• ••• for welding or screw. One. , the "most: .according to. claim '1' squarefor-'kitchen 'use yarn · cutter,' it 'is characterized ·· in'-thatf described: pedestal (1) is upper thus Being provided with spike (16), the quantity of spike (16) is more than three. It is characterized in that: 'described. positioning hole collumn (15) Quantity. 'be-two or more. Baffled plate (12). The baffle plate (12). Row's cutter (2) is provided with knife rest (23), hilt (25), cutter shaft (26) Connecing both sides knife rest (23), both sides knife rest (23) is connected by handle of a knife post (26). , and act as a knife post (24) two ends are provided with hilt (25). One the most according to claim '6 square for kitchen, use yarn cutter, .it is. characterized '' in..th: at: .., s: et on top of the cover. (4) There is top board (41). Kothen.ösè..yarn ·, cotter, .it is characterized in that:'On 'described cutter rail groove (11) It is. 'provided · .with .t ^ ansl ^ ^. (111) ,,: described.:;tr"anslot (111) and angied'-30o -0 * of horizontal plane.