CN220133547U - Multifunctional clay tile cutter - Google Patents

Abstract

The utility model relates to a multifunctional tile cutter which comprises a cutter body, wherein a shovel part is arranged at the front side of the cutter body, a tooth part is arranged at the upper side of the cutter body, a handle part is arranged at the rear side of the cutter body, a handle part is provided with a handle, a crow bar with a tip is arranged at the rear end of the handle part, a vertical ball is arranged at the tail end of the crow bar, a hammer body is arranged at one end of the cutter body, which is close to the handle part, and a rubber hammer sleeve is arranged on the hammer body. The multifunctional combined tool integrates multiple tool functions, has the functions of shoveling, smearing, spreading, scraping, combing, drawing, cutting, prying, inserting, poking, measuring, hanging and knocking, is convenient to carry, is convenient to handle various problems of civil construction operation, improves the working efficiency and the construction operation quality, occupies small space for placing tools, and is safe, convenient and effective to use.

Description

Multifunctional clay tile cutter

Technical Field

The utility model relates to the field of civil structure building construction, in particular to a multifunctional clay trowel.

Background

In all the building construction fields of civil structures, various binding materials are used for effectively connecting other building structures, such as component masonry like bricks, stones, concrete blocks and the like, and paste pavement of ceramic tiles, rock plates, concrete prefabricated small blocks and the like, or a building structure, such as concrete, steel bars, prestressed reinforced concrete components and the like, is formed by hardening a molding material with certain fluidity. The building structures are formed by using different tools, so that the working procedures and quality requirements of paving bonding materials, locally supplementing the bonding materials on a working surface, compacting the bonding materials by a knocking component, ensuring flatness and elevation, cutting off building materials with lower strength, cleaning a lower bearing layer, inserting and tamping slurry by a grouted block stone, poking and tamping stone blocks, correcting templates, squeezing slurry for construction, discharging bubbles from a plugging side die during concrete pouring, improving compactness, paving slurry and knocking porcelain rock bodies when ceramic tiles and rock plates are paved, paving corners of asphalt concrete, measuring verticality of the masonry or leaning slope, slightly moving the positions of small precast concrete components and correcting a steel reinforcement framework are met.

The existing common tools comprise a tile cutter, a pointed shovel, an iron plate, a stone hammer, a rubber hammer, a steel drill, a plumb ball, a small steel ruler and the like, each constructor needs to carry a plurality of tools according to construction projects and put the tools on a working face, different tools are selected according to sequential working procedures to use, the tools are repeatedly and alternately changed, the labor intensity is improved, the invalid working time is increased, the working efficiency and the working quality are reduced, the working face is narrow, the tools are difficult to put, the working table can be dropped, and the safety of workers below is endangered. When the smooth-mouth tile cutter is adopted to construct a brickwork, the smooth-mouth tile cutter is used for spreading mortar, the edges at two sides are high, the middle part is low, meanwhile, bricks are manually placed after the brick is used for filling mortar, the smooth-mouth tile cutter is used for knocking the brick body to squeeze mortar for forming, as the mortar is not paved to form a comb shape, the full degree of the mortar of the brickwork is low, the knocking contact surface of the smooth-mouth tile cutter is linear, the bricks are sometimes cut off, the knocking contact surface is small, and the mortar squeezing effect is poor; when the pointed shovel and the iron plate are paved to support ceramic tiles or rock plates or concrete small prefabricated components, as the mortar cannot be paved into a uniform comb shape, compaction gaps are not uniformly left, the whole compaction or non-hollow supporting of the mortar cannot be ensured by knocking the plate surface through the rubber hammer, the engineering quality and the service life are affected, and early diseases can be formed due to water seepage.

Disclosure of Invention

In order to solve the problems, the utility model provides the multifunctional clay trowel which can integrate the functions of various construction tools, is convenient to carry and operate and improves the construction efficiency and quality effect.

The technical scheme of the utility model is as follows:

the utility model provides a multi-functional mud tile sword, includes the cutter body, and the cutter body front side is equipped with shovel portion, and the upside is equipped with tooth portion, and the rear side is equipped with the stalk portion, and the stalk portion is equipped with the handle, and the stalk portion rear end is the round cross-section or the polygon bore rod crow bar of taking the point, and the crow bar end is equipped with the plumb bob, and cutter body leans on stalk portion one end to be equipped with the hammer block, is equipped with the rubber hammer cover on the hammer block.

Further, the tail end of the handle part is detachably connected with the drop ball, and the rubber hammer sleeve can be connected with the top of the drop ball to form a suspension wire drop hammer. The handle part is a circular or polygonal drill rod and is integrated with the cutter body.

Further, the drop ball comprises a top and a bottom, the top is cylindrical, a round hole is formed in the middle, and a clamping bolt is arranged in the hole; the bottom is the toper, and the plumb top is rubber hammer cover link, and the plumb bottom is equipped with bottom through-hole and taper hole, and bottom through-hole is connected with the taper hole, and the handle end passes bottom through-hole and taper hole contact, and then is connected with the plumb.

Further, the hammer body is cylindrical, and threads are arranged on the outer side of the hammer body; the rubber hammer sleeve is round, is internally hollow and cylindrical, and is internally provided with threads.

Further, the rubber hammer sleeve comprises a hammer sleeve and a rubber hammer arranged at the bottom of the hammer sleeve, wire holes are formed in the bottom of the hammer sleeve and the rubber hammer, and when the rubber hammer sleeve is used as a hanging wire plumb, engineering wires penetrate through the wire holes.

Further, the rubber hammer sleeve is clamped with the hammer body, screwed with the hammer body or sleeved with the hammer body.

Further, the hammer sleeve is in threaded connection or sleeved connection with the hammer body.

Further, the two surfaces below the tooth part are also provided with scale bars.

Further, the shovel part is narrowed from the bottom to the end, the thickness is gradually thinned, and the tip part has toughness in a certain range.

The hammer body is fixedly connected or clamped with the cutter body; the cutter body is sheet-shaped, the holding handle can be round or polygonal, and the holding handle and the handle can be sleeved or fixedly connected.

Compared with the prior art, the utility model has the following beneficial effects:

the utility model integrates the functions of tools such as a tile cutter, a pointed shovel, a stoneware hammer, a rubber hammer, a plumb ball, a ruler, a crowbar and the like, has the functions of shoveling, smearing, spreading, scraping, combing, drawing, cutting, prying, inserting, poking, measuring, hanging and knocking, is convenient to carry, is convenient to treat various operation problems of civil construction, improves the working efficiency and the construction operation quality, occupies smaller space for placing tools, and is safe and convenient to use.

Drawings

FIG. 1 is a schematic view of the structure of a multifunctional clay trowel of the present utility model;

FIG. 2 is a schematic view of a rubber hammer sleeve and drop ball of the present utility model used as a plumb line drop hammer;

fig. 3 is a schematic view of the construction wire through wire hole of the present utility model for use as a plumb.

Detailed Description

The following description of the embodiments will be made clearly and fully with reference to the accompanying drawings, in which it is evident that the embodiments described are only some, but not all embodiments of the utility model. Based on the embodiments, all other embodiments that may be obtained by a person of ordinary skill in the art without making any inventive effort are within the scope of the present utility model.

Unless otherwise defined, technical or scientific terms used in the embodiments of the present utility model should be given the ordinary meaning as understood by one of ordinary skill in the art. The terms "first," "second," and the like, as used in this embodiment, do not denote any order, quantity, or importance, but rather are used to distinguish one element from another. The word "comprising" or "comprises", and the like, means that elements or items preceding the word are included in the element or item listed after the word and equivalents thereof, but does not exclude other elements or items. "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. "upper", "lower", "left", "right", "transverse", and "vertical", etc. are used only with respect to the orientation of the components in the drawings, these directional terms are relative terms, which are used for descriptive and clarity with respect thereto and which may vary accordingly with respect to the orientation in which the components are disposed in the drawings.

Example 1

As shown in fig. 1, the multifunctional tile cutter of the embodiment comprises a cutter body 1, a shovel part 2 is arranged on the front side of the cutter body 1, a tooth part 3 is arranged on the upper side of the cutter body, a handle part 4 is arranged on the rear side of the cutter body, a grip handle is arranged on the handle part 4, the rear end of the handle part is a circular section or polygonal drill rod crow bar with a tip, a vertical ball 5 is arranged at the tail end of the crow bar, a hammer body 6 is arranged at one end, close to the handle part 4, of the cutter body 1, and the hammer body 6 is in threaded connection or sleeved connection with a rubber hammer sleeve 7. The rubber hammer sleeve 7 can be in threaded connection or sleeve connection with the top 5.2 of the drop ball 5 to form a suspension wire drop ball.

The vertical ball 5 comprises a top and a bottom, the top is a cylinder, a clamping bolt is arranged on the hollow cylinder, the bottom is conical, the top of the vertical ball 5 is a rubber hammer sleeve connecting end 5.2, threads or clamping bolts can be arranged outside the rubber hammer sleeve connecting end 5.2, the rubber hammer sleeve connecting end is provided with a through hole 7.1 through which an engineering line passes, a round hole is formed in the middle of the top of the vertical ball 5, the clamping bolt is arranged in the round hole, a bottom through hole 5.1 of the bottom is connected with a taper hole, a clamping groove and a taper point are arranged at the tail end of a handle part 4, and the vertical ball is connected with the vertical ball 5 through clamping.

The hammer body 6 is cylindrical, is fixedly connected with the cutter body into a whole or is clamped, threads or clamping bolts are arranged on the cylinder on the outer side of the hammer body 6, the rubber hammer sleeve 7 is circular and is matched with the bottom of the hammer body 6 in shape, the hollow cylinder is internally provided with threads, and the hollow wall is provided with threads or clamping grooves.

The rubber hammer sleeve 7 comprises a hammer sleeve and a rubber hammer 7.2 arranged at the bottom of the hammer sleeve, and wire holes 7.1 are formed in the bottom of the hammer sleeve and the rubber hammer 7.2, and when the combined vertical hammer is used, wires 8 penetrate through the wire holes 7.1. The surface of the rubber hammer 7.2 is provided with a 'well' -shaped rubber path. The rubber hammer sleeve 7 is clamped, screwed or sleeved with the 5.2 through the connecting end of the rubber hammer sleeve

The hammer sleeve is clamped with the hammer body 6, screwed with the hammer body or sleeved with the hammer body.

The cutter body 1, the shovel part 2, the tooth part 3, the handle part 4, the drop ball 5, the hammer body 6 and the hammer sleeve of the rubber hammer sleeve 7 are all made of iron, stainless steel or alloy materials.

The shovel part is gradually thinned from a wide and narrow thickness, and the tip part has toughness in a certain range. The hammer body 6 can be fixedly connected or clamped with the cutter body 1. The knife body 1 is sheet-shaped, the holding handle can be round or polygonal, the holding handle and the handle 4 can be sleeved or fixedly connected, and the holding handle material can be wood, iron, steel, alloy and the like.

The main using method of the multifunctional clay trowel of the embodiment comprises the following steps:

1. clay brick and concrete brick

When clay bricks or concrete bricks are laid on the outer wall, the inner partition wall and other civil engineering of urban building, a rubber hammer sleeve 7 is screwed off, mortar and bricks are ready to be mixed, a mud tile cutter handle is held by the right hand, mortar is shoveled from a sand ash basin to a lower bearing layer of the masonry by a cutter body 1 and a front side shovel part 2, the cutter body is scraped and evenly flattened, the shovel part 2 is then smoothed and compacted properly, the cutter body is scraped into a tooth shape by a tooth part 3, the bricks are taken by the left hand, bucket opening mortar is picked and put, the bricks are placed according to hanging lines, a hammer body 6 is applied to strike the middle part and four corners of the bricks, the mortar is compacted and laid stably, the mortar compaction strength is ensured, when the length of one layer is equal to a non-brick modulus, the size is measured by a scale 9, and the masonry is fully filled by cutting and cutting the bricks by the cutter body. And (3) carrying out slurry supplementing compaction and cutting on the brickwork joint into corner joints or round and concave brickwork joints by utilizing the shovel part 2. After 3-5 layers are built, the drop balls 5 are detached, the engineering wires 8 with wire ends 8.1 pass through the wire holes 7.1 in the rubber hammer sleeve 7, the rubber hammer sleeve 7 is connected to the tops of the drop balls 5 in a screwed mode to form the drop balls, and the verticality of the masonry is tested and corrected.

2. Slurry block stone masonry

The civil engineering slurry block stone is a common masonry support and foundation structure, and the rubber hammer sleeve 7 and the pendulous ball 5 are screwed off by the clay trowel. The right hand holds the mud tile handle of a knife, uses shovel part 2, tooth part 3 and cutter body to clear up the foundation ditch, and the hammer body 6 tamps the substrate to improve the bearing capacity. Pre-stirring mortar, processing face stone and surrounding stone, cleaning sundries on the surface of the piece stone by using a shovel part 2 and a cutter body, and sprinkling water. The mortar is shoveled from the sand-lime basin to the lower bearing layer of the veneering stone masonry by using the cutter body and the front side shovel part 2, the cutter body is scraped to be evenly flattened, the shovel part 2 is then smoothed and properly compacted, the tooth part 3 is used for scraping the mortar into a tooth shape, the veneering stone is placed according to a hanging line, the tail end of the drill rod tip of the handle is used for poking and prying, the movement is accurate in position, the hammer body 6 is knocked at the middle part and four corners of the veneering stone, mortar is compacted, the veneering stone is stably laid, and the mortar compaction strength is ensured. In addition, the peripheral stone is built, mortar is shoveled from the sand-lime basin to the lower bearing layer of the peripheral stone masonry by using a cutter body and a front side shovel part 2, the cutter body is scraped to be basically flattened, zhou Biandan is placed according to a hanging line, the tail end of a handle drill rod tip is used for poking and prying, the hammer body 6 is knocked at the middle part and four corners of the peripheral stone, the mortar is compacted, the veneered stone is stably built, and the mortar compaction strength is ensured. When filling core stones, shoveling mortar from a sand-lime basin to a lower bearing layer by using a cutter body and a front side shovel part 2, placing the stones in a large-surface downward manner, and if necessary, using the tail end of a handle drill rod to pick and move to prevent overlarge gaps between the stones, and knocking the stones by a hammer body 6 to compact the mortar; the mortar is shoveled from the sand-lime basin to gaps among the stones by using the cutter body and the front side shovel part 2, the front side shovel part 2 is used for pumping and inserting in the gaps among the stones to enable the gaps to be full, small stones smaller than the gaps among the stones are found by the left hand to be plugged in, the hammer body 6 is used for knocking the small stones to enable the mortar to overflow fully, and meanwhile, the tail end of the handle drill rod tip can be used for pumping and inserting to tamp the mortar. The hammer body 6 can strike the sharp protruding part of the stone to further normalize the stone and change the small stone for caulking. And (5) carrying out slurry supplementing compaction on the brickwork joint by utilizing the shovel part 2, and forming a flat joint or hooking the flat joint into a concave brickwork joint. After 3-5 layers are built, the rubber hammer sleeve 7 passes the engineering line 8 with the line head 8.1 through the line hole 7.1, the rubber hammer sleeve 7 is connected to the top of the drop ball 5 in a screwed mode to form the drop ball, the line hanging is carried out on the perpendicularity and the slope collection of the masonry, and the scale 9 is used for measuring and correcting deviation.

3. Ceramic tile and stone slab (concrete small thin block) paving and pasting

When civil engineering such as urban building construction, municipal administration, subway, field level, highway, water conservancy needs large tracts of land to carry out ceramic tile, slabstone to pave and paste, screw up the rubber hammer cover, ready mixed mortar, the water deashing of brick board, lower layer of bearing is moist in advance, right hand hold mud tile handle of a knife, with cutter body and front side shovel portion 2 from the mortar basin shovel mortar or special daub to the lower layer of bearing of brickwork, the cutter body is scraped and is evenly spread out the level, shovel portion 2 is trowelled again and is suitably compacted, scrape it into tooth shape with tooth portion 3, take brick, board according to the string of hanging lay brick, board, rubber hammer 7 is at the middle part and four angles of brick, evenly distributed hammering point, squeeze close mortar and make brick, board lay steadily, guarantee that mortar is crowded dense intensity and distribution are even. And (5) performing slurry supplementing compaction on the joint by using the shovel part 2 to form a flat joint, and then preserving the health.

4. Small-sized concrete prefabricated member and mechanically processed stone block mounting block

When civil engineering such as town house construction, municipal administration, subway, highway, field level, water conservancy and the like is built, mechanical processing stone such as curb stone, running stone, blocking soil stone and the like is carried out, rubber hammer sleeve 7 is screwed down, drop ball 5 is screwed down, scale 9 is calibrated to the standard line size, pre-mixed mortar is carried out, the mud tile handle is held on the right hand, the leveling base layer is cleaned and wetted by shovel part 2, tooth part 3 and the cutter body, mortar is shoveled from the sand basin to the lower bearing layer of the masonry by the cutter body and front shovel part 2, the cutter body is scraped to evenly spread and level, the shovel part 2 is then smoothed and properly compacted, tooth part 3 is used for scraping the mortar into tooth shape, a member is placed according to the line, the tail end of a drill rod is poked and moved accurately in place, the rubber hammer 7 is applied to the middle part, two ends and four corners of the member, the hammering points are evenly distributed and knocked, the mortar is compacted and the member is enabled to be stably built, and the shovel part 2 is used for delivering the socket mortar to ensure the strength of the mortar. And (5) performing slurry supplementing compaction on the joint by using the shovel part 2 to form a circular concave or flat joint, and then preserving the health.

5. Concrete construction

Cement concrete is a main building structure in all civil construction engineering, and is generally molded, and due to vibration and concrete materials, bubbles are formed at the contact position of the templates, according to the layered pouring process requirements of the concrete, a rubber hammer sleeve 7 and a vertical ball 5 are unscrewed, a mud tile cutter handle is held by hands, a shovel part 2 is used for inserting and exhausting along the inner side of the templates, and the tail ends of drill rod tips of the handles are used for inserting and exhausting steam at other positions, so that the compactness of the concrete is enhanced. When the surface of the concrete is finished, the cutter body and the shovel part 2 are used for scraping or shoveling the concrete to level and slap the surface, and the hammer body 6 can be used for knocking and pressing in the aggregate outcrop, so that the shovel part 2 is flattened and troweled, and the quality of the surface of the concrete is ensured. The prefabricated concrete member is required to be connected by wet joints, the prefabricated concrete member is scraped into a tooth shape by adopting the tooth part 3 or is cut into a rough surface with uniform concave-convex by using the tooth part 3, and then the prefabricated concrete member is cured.

6. Steel reinforcement framework and formwork for correcting and modeling reinforced concrete structure

Before the concrete is poured, the datum line or the axis is restored to the molded reinforced concrete structure, and the plane positions, the geometric dimensions and the perpendicularity of the reinforced skeleton and the template of the molded reinforced concrete structure are corrected. The rubber hammer sleeve 7 and the drop ball 5 are unscrewed, the rubber hammer sleeve 7 passes the engineering wire 8 with the wire head 8.1 through the wire hole 7.1, and the rubber hammer sleeve 7 is screwed on the top of the drop ball 5 to form the drop ball. And measuring the plane positions of the steel reinforcement framework and the template by using a scale 9 according to the datum line or the axis, checking the interval size between the steel reinforcement, if the positions of the steel reinforcement framework and the template need to be moved, holding a mud tile cutter handle, poking the tail end of a handle drill rod to move the steel reinforcement framework and the bottom of the template to be accurately positioned, measuring the verticality of the steel reinforcement framework and the template by using a pendant ball and matching with the scale 9, and measuring and rectifying.

7. Asphalt concrete corner paving and crack treatment

And (3) paving and compacting blank points such as edges and corner materials in the construction of an asphalt concrete paver or small equipment. The rubber hammer sleeve 7 and the vertical ball 5 are unscrewed for storage, sundries and loose materials are cleaned and cleaned by the shovel part 2, the tooth part 3 and the cutter body, asphalt concrete materials are shoveled by the shovel part 2 and the cutter body, the asphalt concrete materials are scraped and paved in a layered manner, and the hammer body 6 is used for compacting in time.

8. Slit cleaning

Before the expansion joint of the cement concrete pavement slab is poured or re-poured, before the bridge expansion joint is installed or overhauled, various joints such as the water stop strip is installed on the joint of the tunnel lining structure, and the like, all the joints need to be cleaned. Unscrewing the rubber hammer sleeve 7 and the drop ball 5, holding the mud tile cutter handle, and for regular seams, pushing and pulling back materials in the loose seams by using the tooth parts 3; for irregular slits, the front end or the rear end of the tooth part 3 is obliquely used for pushing and pulling back the materials in the loose slits in the slits; the larger seam is matched with the tail end of the handle drill rod tip to pry, and then the high-power dust collector or the air compressor is used for cleaning and then the joint filling material is constructed.

Example 2

As shown in fig. 2 and 3, the tail end of the handle 4 of the multifunctional tile cutter of the embodiment is connected with the drop ball 5 through a clamping connection, the hammer body 6 is cylindrical and is fixedly connected with the cutter body to form an integrated structure or a clamping connection, the shape of the multifunctional tile cutter is similar to that of the bottom of the rubber hammer sleeve 7, the use material of the rotary connection part of the multifunctional tile cutter with the hammer body 6 is consistent with that of the hammer body, the upper part of the rubber hammer sleeve 7 is made of a deformable material, when the multifunctional tile cutter is used as a drop hammer, the rubber hammer sleeve 7 and the drop ball 5 are taken down, an engineering line 8 with a thread end 8.1 passes through the line hole 7.1, and then the rubber hammer sleeve 7 is rotationally sleeved at the top of the drop ball 5, so that the multifunctional tile cutter can be used as a drop hammer for measuring verticality.

Example 3

As shown in fig. 1, the multifunctional clapper knife of the present embodiment is provided with a scale bar 9 on both sides below the tooth portion 3, and the rest is the same as in embodiment 1.

The foregoing description of the preferred embodiments of the utility model is not intended to be limiting, but rather is intended to cover all modifications, equivalents, alternatives, and improvements that fall within the spirit and scope of the utility model.

Claims (10)

1. A multifunctional clay trowel is characterized in that: including cutter body (1), cutter body (1) front side is equipped with shovel portion (2), and the upside is equipped with tooth portion (3), and the rear side is equipped with stalk portion (4), and stalk portion (4) are equipped with the handle, and stalk portion rear end is the round cross-section or the polygon crow bar of taking the point, and the crow bar end is equipped with vertical ball (5), and cutter body (1) leans on stalk portion (4) one end to be equipped with hammer block (6), is equipped with rubber hammer cover (7) on hammer block (6).

2. The multi-function tiling knife of claim 1 wherein: the tail end of the handle part (4) is detachably connected with the drop ball (5), and the rubber hammer sleeve (7) can be connected with the top of the drop ball (5) to form a hanging wire drop hammer; the handle part (4) is a circular or polygonal drill rod and is integrated with the cutter body (1).

3. The multi-function tiling knife of claim 1 wherein: the drop ball (5) comprises a top and a bottom, the top is cylindrical, a round hole is arranged in the middle, and a clamping bolt is arranged in the hole; the bottom is the toper, and the top of plumb ball (5) is rubber hammer cover link (5.2), and plumb ball (5) bottom is equipped with bottom through-hole (5.1) and taper hole, and bottom through-hole (5.1) are connected with the taper hole, and handle (4) end passes bottom through-hole (5.1) and taper hole contact, and then is connected with plumb ball (5).

4. The multi-function tiling knife of claim 1 wherein: the hammer body (6) is cylindrical, and threads are arranged on the outer side of the hammer body; the rubber hammer sleeve (7) is round, is hollow and cylindrical, and is internally provided with threads.

5. The multi-functional dawsonite according to claim 4, wherein: the rubber hammer sleeve (7) comprises a hammer sleeve and a rubber hammer (7.2) arranged at the bottom of the hammer sleeve, and wire holes (7.1) are formed in the bottom of the hammer sleeve and the rubber hammer (7.2), and when the rubber hammer sleeve is used as a hanging wire plumb, wires (8) penetrate through the wire holes (7.1).

6. The multi-functional dawsonite according to claim 4, wherein: the rubber hammer sleeve (7) is in threaded connection, sleeve connection or clamping connection with the drop ball (5).

7. The multi-functional dawsonite according to claim 5, wherein: the rubber hammer sleeve is clamped with the hammer body (6), screwed with the hammer body or sleeved with the hammer body.

8. The multi-function tiling knife of claim 1 wherein: the two surfaces below the tooth part (3) are also provided with scale bars (9).

9. The multi-function tiling knife of claim 1 wherein: the shovel part is narrowed from the bottom to the end, and the thickness is gradually thinned.

10. The multi-function tiling knife of claim 1 wherein: the hammer body (6) and the cutter body (1) are fixedly connected or clamped; the cutter body (1) is sheet-shaped, the grip handle is round and polygonal, and is sleeved or fixedly connected with the handle (4).