JP2011196095A - Scoop - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a scoop, improving workability, improving working posture, and simplifying work by solving the problems of work for scooping fluidized material arose on the floor surface or the ground surface and work for removing unnecessary deposits on the floor surface or the ground surface in the past.SOLUTION: The scoop 1 includes a square scooping part 2 and a handle part 3, wherein the scooping part 2 is provided with a recessed reservoir part 2a at the bottom of the center, a linear blade edge part 2b at the forward opening part, and side wall parts 2c at three peripheral sides. The blade edge part 2b is linearly bent downward in a boundary with the reservoir part 2a, whereby the fluidized material which has surmounted the blade edge part 2b is accumulated in the reservoir part 2a, and as long as the working angle of the scoop 1 is kept, the apex 5 as the boundary serves as a dam, so that the fluidized material accumulated in the reservoir part 2a hardly runs back to the outside of the scooping part 2.

Description

  The present invention relates to a scoop for improving the efficiency of the work of scrubbing fluids and deposits on a floor surface, soil surface, or the like.

  As a normal scoop, a square scoop is known in which a central reservoir portion of a scooping portion and a cutting edge portion at the tip are in the same plane.

  The above-mentioned square scoop has the drawback that the fluid that has entered it tends to flow out of the scoop, so it is devised not to allow the fluid that flows in to flow out by folding the edges of the four sides of the scooping section upward. A scoop is known. (Reference Example Patent Document 1)

  Conventionally, there has been no scoop effective for removal work when the fluid spreads shallowly, such as cutting fluid spilled on the floor of a factory or machine oil that has flowed out. The conventional scoop listed above can only give a little fluid at a time, and if you try to continue it, even a little fluid collected at the bottom of the scoop will flow out, so you can almost eliminate the removal effect. Absent. There is also a vacuum suction method, but there are drawbacks that it is difficult to remove when the setup time is long and curled cutting powder is mixed in the cutting fluid.

Japanese Utility Model Publication No. 6-12546 Utility model registration No.3081561

  The present inventor has been engaged in manufacturing factories for many years, and the removal of cutting fluid that has flowed to the floor surface frequently occurs, but there is no simple method, and the product of the present invention is in trouble. An object of the present invention is to provide a scoop that can solve problems, improve work efficiency, improve work posture, and simplify work.

  As a means for solving the above-mentioned problems, the invention of claim 1 is a scoop having a square scooping portion, wherein the front blade edge portion is bent downward with the boundary between the scooping portion central pool portion as a vertex. As a result, when the fluid that entered entered the reservoir, the apex became a weir and prevented it from flowing out.

  The angle between the handle portion and the road surface when the opening edge of the tip of the scoop of the present invention and the bottom of the pool portion simultaneously hit the floor surface was set so that the working posture was easy.

  When the scoop is pushed against the floor surface against the fluid that has flowed out to the floor or soil surface, the fluid easily gets over the cutting edge due to the reaction of the pushing force and enters the pool. Work can be continuously performed until the reservoir is filled with fluid, and work efficiency can be greatly improved. If the fluid is relatively viscous or if chips are mixed in the fluid, the fluid can be easily collected by pushing it with a broom or the like.

  In addition, it is possible to work continuously while maintaining a comfortable working posture, and back pain and the like can be prevented.

  Further, unlike the vacuum use, the scoop of the present invention can omit the setup before and after the work, and simplifies the work.

  The inclination of the blade edge portion of the scoop of the present invention is in the same direction as the handle, so that the work angle between the handle of the scoop and the floor surface during the work is reduced in the work of removing deposits on the floor or soil surface. The work is much easier and faster than the conventional scoop.

It is a perspective view of the scoop which concerns on this invention. It is the sectional view on the AA line of FIG. It is sectional drawing of embodiment of the scoop shown in FIG. FIG. 3 is a cross-sectional view of an embodiment of a normal square scoop. It is sectional drawing of embodiment of the scoop shown in FIG.

  Embodiments of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is a perspective view of a scoop 1 of the present invention.

  The scoop 1 is connected to the handle portion 3 by the handle attachment portion 4 at the upper end of the scooping portion 2, and the upper end portion of the handle portion 3 is provided with a grip. The scooping portion 2 includes a pool portion 2a, a blade edge portion 2b, and a side wall portion 2c, and has an integral structure.

  2 is a cross-sectional view of the scooping portion 2 of FIG. As shown in FIG. 2, the blade edge part 2b is bent so that the opening edge 6 is directed downward at the apex part 5 which is a boundary with the pool part 2a.

  The operation of the above configuration will be described below with reference to FIG. The opening edge 6 and the bottom of the pool portion 2a are simultaneously applied to the floor surface or the soil surface, the surface of which is covered with the fluid, and extruded while sliding forward. The angle between the center axis 7 of the scoop and the floor surface 8 is the working angle 11. Therefore, the handle portion 3 of the scoop 1 can be easily stabilized and workability is improved. The fluid passes through the blade edge portion 2b by the reaction of the force pushing out the scoop 1, passes over the apex portion 5, and accumulates in the reservoir portion 2a. If the work angle 11 is changed while changing the direction, a fluid spread over a wide range can be continuously collected. During this time, the apex 5 serves as a weir, and the fluid accumulated in the reservoir 2a does not have to be leaked until it reaches the maximum liquid level 9, so that the work can be performed in a smooth and easy posture.

  The scoop of Reference 1 has a cutting edge that is bent in the opposite direction to the product of the present invention, and is effective for a deep fluid. Has little effect. This is because, due to the structure, the center axis of the scoop must be changed during the work, and a small amount of fluid accumulated in the reservoir flows out of the scoop each time.

  The scoop of the present invention is much easier and faster than a normal square scoop for scraping off deposits on the floor or soil surface, in addition to the effect of efficiently scrubbing the fluid. it can. FIG. 4 shows the working angle 11 when scraping off the deposit 12 on the floor using a normal square scoop. In a normal square scoop, the cutting edge portion and the pool portion are flush with each other, and when scraping off deposits at the cutting edge portion, the central axis of the scoop stands up considerably, so that force is difficult to enter. In that respect, since the working angle 11 of the scoop 1 of the present invention is small as shown in FIG. 5, there is no unreasonable force for pushing forward, and the working efficiency can be improved.

DESCRIPTION OF SYMBOLS 1 Scoop 2 Scoop part 2a Reservoir part 2b Cutting edge part 2c Side wall part 3 Handle part 4 Handle attachment part 5 Vertex part 6 Open edge 7 Center axis of scoop 8 Floor surface 9 Maximum liquid surface
10 Floor liquid level 11 Working angle 12 Deposits

Claims (2)

  In a scoop with a square scooping part and a handle part, the scooping part has a concave reservoir at the center, a straight cutting edge at the tip opening, and a side wall at the three sides, and the cutting edge is a reservoir A scoop characterized by being bent downward with the boundary line between and the top.   The scoop according to claim 1, wherein several through holes are provided in the pool portion.

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