TWM553604U - Integrated structure of coffee powder collector and presser - Google Patents

Description

One-piece structure of coffee powder and powder compactor

The present invention relates to a coffee sizing device and a powder compactor, and more particularly to a body structure of a coffee sizing device and a powder compactor.

In general, brewing a cup of fragrant coffee is carried out by grinding the coffee beans into coffee powder with a grinder and garnishing them in a filter bowl (at this time, the coffee powder is usually stacked in a mountain shape, that is, the middle height , the surrounding is low); the coffee powder in the filter bowl is leveled with a whole powder; the flattened coffee powder in the filter bowl is compacted with a powder press to make the density of the coffee powder of each part consistent; The average compacted coffee powder in the filter bowl is brewed into coffee.

The conventional powder compactors and powder compactors are independent devices, and the devices are dispersed and inconvenient to use. Moreover, the conventional powder compactor and powder compactor cannot be adjusted to the depth of the filter bowl to match the amount of coffee, so the use effect is not perfect.

The present invention provides a one-piece and adjustable end face depth coffee powder compactor and a powder compactor.

According to one aspect of the present invention, a coffee pulverizer and a powder compactor integrated structure are provided, comprising: a cylindrical body having a circular cross section, the cylindrical body having a whole powder at opposite end faces The end face and the end face of the pressed powder; the end face of the whole powder has at least two inclined scraping faces at the apex of the center point thereof, and the end face of the whole powder forms a whole powder and has the function of whole powder; the end face of the pressed powder has a powder The surface of the powder compact forms a powder compactor and functions as a powder compact.

According to an embodiment of the invention, the pressed surface is a planar pressed surface.

According to an embodiment of the present invention, the pressed surface is a convex-shaped pressed surface having a slightly convex central portion.

According to an embodiment of the present invention, the cylindrical body comprises a relatively powdered end cylinder and a powdered end cylinder, each having a circular cross section, and the entire powder end surface is formed on the whole powder end cylinder. The end face of the powder is formed on the end face of the cylinder end of the powder compact.

According to an embodiment of the present invention, the end portion of the powder-pressing end cylinder is a screwing end portion away from the end face of the powder compacting end, and the outer diameter of the screwing end portion is smaller than the outer diameter of the powder-pressing end cylinder, and the screw end The outer wall of the portion has an external thread; the inner wall of the whole powder end cylinder has an internal thread, and the external thread of the powder end cylinder and the internal thread of the whole powder end cylinder are screwed together.

According to an embodiment of the present invention, the end portion of the whole powder end cylinder is a screwing end portion away from the end face of the whole powder, and the outer diameter of the screw end portion is smaller than the outer diameter of the entire powder end cylinder, and the screw end The outer wall of the portion has an external thread; the inner wall of the powder-pressing end cylinder has an internal thread, and the external thread of the whole powder end cylinder and the powder end column The internal threads of the body are screwed together.

According to an embodiment of the present invention, the cylindrical body comprises a whole powder end cylinder, a powder end cylinder and a joint ring, and the whole powder end cylinder and the powder end cylinder are respectively located in the joint ring. The two opposite ends, the whole powder end cylinder and the powder end cylinder each have a circular cross section, the entire powder end surface is formed on the end surface of the whole powder end cylinder, and the powder end surface is formed on the powder end cylinder. End face.

According to an embodiment of the present invention, the center portion of the joint ring has a joint internal thread, and the whole powder end cylinder has a first joint external thread at a center portion away from the end portion of the entire powder end surface, and the powder end cylinder A central portion of the end portion away from the powder end face has a second engaging external thread, and the first engaging external thread and the second engaging external thread are respectively screwed to the engaging internal thread by the opposite ends of the engaging ring.

According to an embodiment of the present invention, a whole powder end surface depth adjusting ring having an internal thread and a powder end surface depth adjusting ring are further included, and the outer wall of the whole powder end cylinder and the powder powder end cylinder are respectively provided with a powder end The external thread and the powder external end thread, the whole powder end depth adjusting ring and the powder end surface depth adjusting ring are respectively screwed to the outer end of the whole powder end and the external thread of the powder end.

According to an embodiment of the present invention, a full powder end depth adjusting ring and a powder end surface depth adjusting ring are further included; the inner circumference of the whole powder end depth adjusting ring has a first concave chamber, and the central portion of the first concave chamber Having a first joint internal thread, the whole powder end depth adjusting ring is screwed to the first joint external thread of the whole powder end cylinder with its first joint internal thread, and the whole powder end cylinder is accommodated in the first alcove The inner circumference of the powder end face depth adjusting ring has a second recess, and the central portion of the second recess has a second engaging internal thread, which is pressed The powder end surface depth adjusting ring is screwed to the second joint external thread of the powder end cylinder with its second joint internal thread, and the powder end cylinder is accommodated in the second recess.

According to the body structure of the novel coffee powder compactor and the powder compactor, the same device has the functions of whole powder and powder compaction at the same time, and the depth of the coffee filter cup can be adjusted at will, and the structure is simplified and used. Convenience.

100‧‧‧ cylindrical body

110‧‧‧ Whole powder end cylinder

111‧‧‧ Whole powder end face

111a‧‧‧Slanted shaving

112‧‧‧ internal thread

113‧‧‧Whole powder external thread

114‧‧‧First joint external thread

120‧‧‧Powder end cylinder

121‧‧‧ powder end face

122‧‧‧Powder noodles

122a‧‧‧ planar powder surface

122b‧‧‧ convex surface powder surface

123‧‧‧ screw end

124‧‧‧ external thread

125‧‧‧Powder end external thread

126‧‧‧Second joint external thread

130‧‧‧ joint ring

131‧‧‧Internal thread

200‧‧‧Whole powder end depth adjustment ring

210‧‧‧ edge

220‧‧‧First alcove

230‧‧‧First joint internal thread

300‧‧‧Powder end face depth adjustment ring

310‧‧‧ edge

320‧‧‧Second alcove

330‧‧‧Second joint internal thread

400‧‧‧ filter cup

410‧‧‧ cup edge

500‧‧‧coffee powder

FIG. 1 is an external view showing a configuration of a coffee powder compactor and a powder compactor according to a first embodiment of the present invention.

Fig. 2 is an exploded view showing a configuration of a coffee powder compactor and a powder compactor shown in Fig. 1.

Fig. 3 is a cross-sectional view showing a configuration of a coffee powder compactor and a powder compactor shown in Fig. 1.

4 to 6 are schematic diagrams showing the depth adjustment process of the whole powder end depth adjustment ring and the powder end face depth adjustment ring in a body structure of the coffee powder compactor and the powder compactor shown in FIG.

Fig. 7 is a schematic view showing the operation of one of the coffee powder compactor and the powder compactor shown in Fig. 1 in the whole powder.

Fig. 8 is a schematic view showing the operation of one of the coffee powder compactor and the powder compacter shown in Fig. 1 during powder compaction.

FIG. 9 is a side view showing a structure of a coffee sizing device and a powder compactor according to a second embodiment of the present invention.

FIG. 10 is a diagram showing a coffee according to a third embodiment of the present invention. Appearance of a body structure of a brown body and a powder compactor.

Fig. 11 is an exploded view showing the structure of one of the coffee powder compactor and the powder compactor shown in Fig. 10.

Fig. 12 is a cross-sectional view showing a configuration of a coffee powder compactor and a powder compactor shown in Fig. 10.

The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of embodiments with reference to the drawings.

Referring to FIG. 1 to FIG. 3 , a body structure of a coffee mill and a powder compactor according to an embodiment of the present invention includes a cylindrical body 100 , a whole powder end depth adjusting ring 200 and a powder end face depth. Adjustment ring 300.

The cylindrical body 100 includes a full powder end cylinder 110 and a powder pressure end cylinder 120 that are relatively screwed together. The powder end cylinder 110 and the powder end cylinder 120 each have a circular cross section. The end faces of the whole powder end cylinder 110 and the powder end cylinder 120 form a full powder end surface 111 and a powder pressure end surface 121, respectively. Therefore, the entire powder end surface 111 and the powder end surface 121 are located at opposite end faces of the cylindrical body 100.

The whole powder end surface 111 has three inclined scraping surfaces 111a with its center point as a vertex, and the inclined scraping surfaces 111a have the function of flattening the surface of the coffee powder, so that the whole powder end surface 111 forms a whole powder and has The role of the whole powder.

The powder end face 121 has a powder pressing surface 122. The pressed surface shown in Fig. 3 is a planar pressed surface 122a. The powder surface 122 has the function of compacting the ground coffee, so that the powder end face forms a powder compactor and has a powder compacting effect.

The screwing structure between the powder end cylinder 110 and the powder end cylinder 120 is as follows. The end portion of the powder end cylinder 120 away from the powder end surface 121 is a screw end portion 123. The outer diameter of the screw end portion is smaller than the outer diameter of the powder end cylinder 120, and the screw end portion 123 is The outer wall has an external thread 124; and the inner wall of the whole powder end cylinder 110 has an internal thread 112; the external thread 124 of the powder end cylinder 120 is screwed with the internal thread 112 of the whole powder end cylinder 110, and Adjust the length of its screwing.

Although not shown, the screw end portion may be provided to the whole powder end cylinder 110, and the internal thread may be provided to the powder end cylinder 120. That is, the one end portion of the whole powder end cylinder 110 away from the powder end surface 111 is a screw end portion, and the outer diameter of the screw end portion is smaller than the outer diameter of the whole powder end cylinder 110, and the screw end portion The outer wall has an external thread; and the inner wall of the powder end cylinder 120 has an internal thread; the external thread of the whole powder end cylinder 110 is screwed with the internal thread of the powder end cylinder 120, and the snail can be adjusted The length of the joint.

The outer wall of the whole powder end cylinder 110 and the powder powder end cylinder 120 are respectively provided with a whole powder end external thread 113 and a powder end external thread 125, and the whole powder end surface depth adjustment ring 200 with an internal thread and the powder end face depth adjustment The ring 300 is respectively screwed to the whole powder end external thread 113 and the powder end end external thread 125 for respectively adjusting the depth of the whole powder end surface 111 and the powder end surface 121, that is, for adjusting the whole powder end surface 111 to the whole powder end surface. The distance between the depth adjustment rings 200, And adjusting the distance between the powder end face 121 and the powder end face depth adjusting ring 300.

The adjustment process for the depth of the entire powder end surface 111 and the powder end surface 121 is as shown in Figs. 4 to 6 . Referring to FIG. 4, first, the whole powder end cylinder 110 and the powder end cylinder 120 of the cylindrical body 100 are reversely stretched and stretched to lengthen the whole powder end depth adjusting ring 200 and the powder end surface depth adjusting ring. Adjustable travel of 300. Referring to FIG. 5, the screw depth of the whole powder end depth adjusting ring 200 and the whole powder end external thread 113 of the whole powder end cylinder 110 is adjusted to adjust the whole powder end surface 111 and the whole powder end surface depth adjusting ring. The distance d1 between the distances d1; and the screwing depth of the powder end face depth adjusting ring 300 and the powder end end external thread 125 of the powder end cylinder 120 for adjusting the powder end face 121 and the powder end face depth adjusting ring The distance between the depths of 300 is d2. Referring to FIG. 6 , finally, the whole powder end cylinder 110 and the powder end cylinder 120 are relatively rotated to make the inner edge of the whole powder end depth adjusting ring 200 and the powder end surface depth adjusting ring 300 abut against each other. And position it.

Referring to FIG. 7 together, in the whole powder, the whole powder operation is performed on the inside of the filter cup 400 by grinding the coffee powder 500 which is grounded in a mountain shape by a grinder. At this time, the end edge 210 of the whole powder end depth adjusting ring 200 can abut against the cup edge 410 of the filter cup 400, and the whole powder end surface 111 penetrates the inside of the filter cup 400 with its previously adjusted distance depth d1, and then the whole powder The end face depth adjusting ring 200 and the powder end face depth adjusting ring 300 serve as a grip to rotate the powder end face 111, and the top surface of the coffee powder 500 is scraped and leveled by the three inclined scraping faces 111a.

Please refer to Figure 8 together. When pressing powder, use the powder end face. 121 The powdered coffee powder 500 which has been leveled inside the filter cup 400 is subjected to a powder compacting operation. At this time, the edge 310 of the powder end face depth adjusting ring 300 can abut against the cup edge 410 of the filter cup 400, and the powder end face 121 penetrates the inside of the filter cup 400 with its previously adjusted distance depth d2, and then the whole powder The end face depth adjusting ring 200 and the powder end face depth adjusting ring 300 are biased downwardly as a grip on the powder end face 121, and the coffee powder 500 is evenly compacted by the pressed face 122.

Referring to Fig. 9, the number of inclined scraping faces 111a is not limited, but is at least two. For example, as shown in Figs. 1 to 8, the inclined scraping surface is three; in Fig. 9, the inclined scraping surface is two. The pressed surface 122 of the powder end surface 121 may be a flat pressed surface 122a as shown in Fig. 9 or a convex portion of the central portion slightly convex as shown in Fig. 9.

Referring to FIG. 10 to FIG. 12 , a body structure of a coffee mill and a powder compactor according to a third embodiment of the present invention also includes a cylinder unit 100 , a whole powder end surface depth adjusting ring 200 and A powder end face depth adjustment ring 300.

The cylinder unit 100 includes an engagement ring 130 and a powder end cylinder 110 and a powder end cylinder 120 at opposite ends of the joint ring. The powder end cylinder 110 and the powder end cylinder 120 each have a circular cross section. The end faces of the whole powder end cylinder 110 and the powder end cylinder 120 form a full powder end surface 111 and a powder pressure end surface 121, respectively. Therefore, the entire powder end surface 111 and the powder end surface 121 are located at opposite end faces of the cylindrical body 100.

The whole powder end surface 111 has two inclined scraping surfaces 111a successively with its center point as a vertex, and the inclined scraping surfaces 111a have a flattening coffee powder table The function of the surface, so that the whole powder end surface 111 forms a whole powder and has the function of a whole powder.

The powder end face 121 has a powder pressing surface 122. The powder surface 122 has the function of compacting the coffee powder, so that the powder end surface 121 forms a powder compactor and functions as a powder.

The screwing structure between the entire powder end cylinder 110, the powder end cylinder 120, and the joint ring 130 is as follows. The center portion of the joint ring 130 has a joint internal thread 131, and the entire powder end cylinder 110 has a first joint external thread 114 at a central portion away from the end portion of the powder end surface 111, and the powder end cylinder 120 is away from the center. The central portion of the one end portion of the powder end face 121 has a second engaging external thread 126. The whole powder end cylinder 110 and the powder end cylinder 120 are respectively screwed to the joint internal thread 131 by the opposite end portions of the joint ring 130 by the first joint external thread 114 and the second joint external thread 126, respectively, and Adjust the length of its screwing.

The inner circumference of the whole powder end depth adjusting ring 200 has a first recess 220, and a central portion of the first recess has a first engaging internal thread 230. The whole powder end depth adjusting ring 200 is screwed to the first joint external thread 114 of the whole powder end cylinder 110 with its first joint internal thread 230, and the whole powder end cylinder 110 is accommodated in the whole powder end depth adjustment ring 200 The first alcove 220. The distance between the whole powder end surface 111 and the whole powder end surface depth adjusting ring 200 is adjusted, thereby adjusting the whole powder depth of the whole powder end surface 111.

The inner circumference of the powder end face depth adjusting ring 300 has a second recess 320, and the central portion of the second recess has a second engaging internal thread 330. The powder end face depth adjustment ring 300 is screwed with its second engagement internal thread 330 The second outer thread 126 of the powder end cylinder 120 is received and the powder end cylinder 120 is received in the second recess 320 of the powder end depth adjustment ring 300. The distance between the powder end face 121 and the powder end face depth adjusting ring 300 is adjusted to adjust the powder depth of the powder end face 121.

The structure according to the third embodiment of the present invention has the same use effect as that of the first embodiment.

According to the integrated structure of the coffee powder compactor and the powder compactor according to an embodiment of the present invention, the same device has the functions of whole powder and powder compaction at the same time, and the depth of the coffee filter cup can be adjusted at will, and the structure thereof Streamlined and easy to use.

Although the present invention is disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various modifications and retouchings without departing from the spirit and scope of the present invention. It is subject to the definition of the scope of the patent application attached.

100‧‧‧ cylindrical body

110‧‧‧ Whole powder end cylinder

111‧‧‧ Whole powder end face

111a‧‧‧Slanted shaving

112‧‧‧ internal thread

113‧‧‧Whole powder external thread

120‧‧‧Powder end cylinder

121‧‧‧ powder end face

122‧‧‧Powder noodles

122a‧‧‧ planar powder surface

123‧‧‧ screw end

124‧‧‧ external thread

125‧‧‧Powder end external thread

200‧‧‧Whole powder end depth adjustment ring

210‧‧‧ edge

300‧‧‧Powder end face depth adjustment ring

310‧‧‧ edge

Claims (10)

The utility model relates to a coffee powder compactor and a powder compactor, comprising: a cylindrical body having a circular cross section, the cylindrical body having a whole powder end surface and a powder end face at opposite end faces; The powder end face has at least two inclined scraping surfaces with its center point as a vertex, and the whole powder end surface forms a whole powder, which has the function of whole powder; the powder end surface has a pressed surface, and the pressed powder end surface is formed. A powder press has the function of powder compaction. The coffee powder compactor and the powder compactor according to claim 1, wherein the powder surface is a planar powder surface. The one-piece structure of the coffee pulverizer and the powder compactor according to claim 1, wherein the pressed surface is a convex convex surface of the central portion. The one-piece structure of the coffee pulverizer and the powder compactor according to claim 1, wherein the cylindrical body comprises a whole powder end cylinder and a powder end cylinder which are relatively screwed together, and the whole powder end column The body and the powder end column each have a circular cross section, and the whole powder end surface is formed on an end surface of the whole powder end cylinder, and the powder end surface is formed on an end surface of the powder end cylinder. The one-piece structure of the coffee powder compactor and the powder compactor according to claim 4, wherein the powder-end end cylinder is a screw end portion away from the end portion of the powder end face, and the screw end portion is The outer diameter is smaller than the outer diameter of the powder end cylinder, the outer wall of the screw end has an external thread; the inner wall of the whole powder end cylinder has an internal thread, and the external thread of the powder end cylinder and the whole powder Internal thread of the end cylinder Screwing. The one-piece structure of the coffee powder compactor and the powder compactor according to claim 4, wherein the whole powder end cylinder is a screw end portion away from the end portion of the whole powder end surface, and the screw end portion The outer diameter is smaller than the outer diameter of the whole powder end cylinder, and the outer wall of the screw end has an external thread; the inner wall of the powder end cylinder has an internal thread, and the external thread of the whole powder end cylinder and the powder The internal threads of the end cylinders are screwed together. The one-piece structure of the coffee pulverizer and the powder compactor according to claim 1, wherein the cylindrical body comprises a whole powder end cylinder, a powder end cylinder and a joint ring. The powder end cylinder and the powder end cylinder are respectively located at opposite ends of the joint ring, and the whole powder end cylinder and the powder end cylinder each have a circular cross section, and the whole powder end surface is formed on The end face of the whole powder end cylinder is formed on the end surface of the powder end cylinder. The one-piece structure of the coffee pulverizer and the powder compactor according to claim 7, wherein the center portion of the joint ring has a joint internal thread, and the whole powder end cylinder is away from the end portion of the whole powder end surface. The central portion has a first engagement external thread, and the powder end cylinder has a second engagement external thread at a central portion away from the end portion of the powder end face, the first engagement external thread and the second engagement external thread The opposing internal ends of the engaging ring are respectively screwed to the engaging internal threads. The one-piece structure of the coffee mill and the powder compactor according to claim 4, further comprising a whole powder end depth adjusting ring having internal threads And a powder end face depth adjusting ring, the whole powder end cylinder and the outer wall of the powder compacting end cylinder are respectively provided with a whole powder end external thread and a powder end external thread, the whole powder end depth adjusting ring and the powder The end surface depth adjusting rings are respectively screwed to the outer end of the whole powder end and the external thread of the powder pressing end. The bulk structure of the coffee mill and the powder compactor according to claim 8, further comprising a whole powder end depth adjusting ring and a powder end surface depth adjusting ring; the inner circumference of the whole powder end depth adjusting ring has a a first recess, the central portion of the first recess has a first joint internal thread, and the whole powder end depth adjustment ring is screwed to the first joint external thread of the whole powder end cylinder by the first joint internal thread And accommodating the whole powder end cylinder in the first recess; the inner circumference of the powder end surface depth adjusting ring has a second recess, and the central portion of the second recess has a second joint internal thread The powder end face depth adjustment ring is screwed to the second joint external thread of the powder end cylinder by the second joint internal thread, and the powder end cylinder is received in the second recess.