TWM495800U - Tea tray device - Google Patents

Description

Tea tray device

The creation is a tea tray device, especially in the technical field of tea trays which do not need to assemble a diversion pipe, but is advantageous for pouring water and cleaning work.

According to the ancient times, the tea culture has been a way for literati to treat relatives and friends and entertain people. The tea tray is one of the main tools that cannot be missed. However, the tea tray 10 is mostly bulky as shown in the first and second figures. It is mainly composed of a chassis 101 and a drain pan 102, and in order to prevent the tea from overflowing, a peripheral portion of the chassis 101 is protruded upward. The side 101a, in addition, is provided with a drain pipe 20 connected to the chassis 101. Overall, it is extremely lacking in beauty and elegance; the tea ceremony is simple, easy to clean but elegant tea tray, which has always been owned by the tea people. The necessary tools.

The above-mentioned existing tea trays, although having the basic efficacy of providing tea, lack the tea ceremony Yaxing which cannot be overcome, and thus need to be improved and innovated.

Based on the lack of the existing tea trays, the creators of the case proceeded to improve, mainly aiming at improving the flatness of the tea tray, and making it easy to guide water and clean, and to enhance the elegance of brewing tea, and the main purpose.

In order to achieve the above-mentioned expected goals, the technical structure adopted by this creation is: A tea tray device comprises at least one chassis and one middle plate, the chassis has an inner space of the disk, and the inner space of the disk is suitable for the middle plate; and the main improvement is that the tea tray device further has a main plate made of copper, and the main plate is placed Above the middle plate and the chassis, the interior of the main plate is a hollow chamber, and the main plate has a flow guiding region in the center of the top surface, the guiding region has an outer guiding groove and an inner guiding ring groove, and the outer guiding ring The groove and the inner guide ring groove each have a plurality of first drainage holes that are connected to the hollow chamber, and the flow guiding region is provided with a plurality of second drainage holes between the outer guide ring groove and the inner guide ring groove, and the inner portion of the inner guide ring groove A central hole is disposed in the center, and a plurality of second drainage holes are disposed at an outer distance of the central hole, and a long groove is disposed between the inner portion of the inner guide groove and the second drainage hole, and the long grooves each have a length The split hole, the second drain hole, the central hole and the long split hole are all connected to the hollow chamber, and the central hole is larger than the second drain hole, and the second drain hole is larger than the first drain hole. In addition, at least one pouring hole is disposed on the outer surface of the main disk at the outer side of the flow guiding region, and the pouring water hole is electrically connected to the hollow chamber. In addition, the main disc is provided with a handle unit, which can be hidden; according to this, the main disc of the tea tray device of the present invention is made flat as a whole, and the drainage is designed by the drainage area to achieve smooth drainage and easy cleaning. It has a classical and elegant texture.

Secondly, a first auxiliary guide ring groove and a second auxiliary guide are additionally added to the flow guiding area. a ring and a third auxiliary guide ring groove, and the first auxiliary guide ring groove, the second auxiliary guide ring groove and the third auxiliary guide ring groove, and the first auxiliary guide ring groove, the second auxiliary guide ring groove and the third The interior of the auxiliary guide groove has a plurality of first drainage holes that are conducted to the hollow chamber.

Furthermore, the first auxiliary guide ring groove, the second auxiliary guide ring groove and the third auxiliary guide ring The grooves are respectively located in the direction of the three equal divisions of the flow guiding region, and are located between the outer guide ring groove and the inner guide ring groove.

In addition, a magnetic moisture absorbing pad is added inside the inner guide ring groove, and the magnetic moisture absorbing pad is added. Magnetically positioned on the main disc due to magnetic powder. Wherein, the magnetic moisture absorption pad has a middle tube hole and a plurality of water leakage holes located around the middle tube hole, and the middle tube hole corresponds to the central hole of the main disk.

In addition, the main disc is provided with a handle unit, and each side of the main disc is provided with one Perforation, and the handle unit is formed by a telescopic rod member and two handles, the telescopic rod member is disposed in the hollow chamber, and the two handles are respectively disposed on one side of the telescopic rod member, and the two handles can be simultaneously inward Retracting the perforations or simultaneously extending outwardly from the perforations to form a concealed handle.

In addition, the chassis, the middle plate and the main plate are grouped together by a plurality of bolts. And telescopic The rod has a central pivoting portion and is threaded through a central pivoting portion. Furthermore, the chassis group is provided with a plurality of foot pads.

Therefore, it can be seen that the purpose of this creation is to reorganize the tea tray to achieve a smooth surface, smooth drainage, easy cleaning, and a classical and elegant tea ceremony culture.

(conventional example)

10‧‧‧tea tray

101‧‧‧Chassis

101a‧‧‧

102‧‧‧Drainage tray

20‧‧‧Drainage pipe

(This creation example)

1‧‧‧Chassis

11‧‧‧Intra-panel space

12‧‧‧ foot pads

2‧‧‧ mid-disc

3‧‧‧Main disk

3A‧‧‧Guide area

3B‧‧‧Perforation

31‧‧‧ hollow room

32‧‧‧External guide groove

33‧‧‧Internal guide groove

341‧‧‧First drain hole

342‧‧‧Second drain hole

343‧‧‧Central hole

35‧‧‧long groove

351‧‧‧Long section hole

36‧‧‧Water hole

37‧‧‧First auxiliary guide ring groove

38‧‧‧Second auxiliary guide ring groove

39‧‧‧ Third auxiliary guide groove

4‧‧‧ bolt

5‧‧‧Hand unit

51‧‧‧ Telescopic rods

511‧‧‧Central pivotal department

52‧‧‧Hands

P‧‧ magnetic absorptive pad

P1‧‧‧中管孔

P2‧‧‧ drain hole

The first figure is a three-dimensional exploded embodiment of a conventional tea tray.

The second drawing is a schematic cross-sectional view of the first figure.

The third figure is a three-dimensional combination embodiment of the present creation.

The fourth figure is a three-dimensional decomposition embodiment of the present creation.

The fifth picture is a schematic view of the main disk of this creation.

The sixth picture is a cross-sectional view of the plane combination of the creation.

The seventh figure is a schematic diagram of an embodiment of the inward condensation of the handle unit of the present invention.

The eighth figure is a schematic diagram of an embodiment in which the handle unit of the present invention is stretched outward.

Please refer to the third and fourth figures. The creation of the "tea tray device" consists of a chassis 1, a middle plate 2 and a main plate 3, wherein: the chassis 1 has an inner space 11 (as shown in the fourth figure). And a plurality of foot pads 12 are assembled at the bottom end of the chassis 1.

The middle plate 2 is made of an insulating material and is housed in the inner space 11 of the chassis 1.

The main disc 3 is made of copper and is placed above the middle disc 2 and the chassis 1. The chassis 1, the middle disc 2 and the main disc 3 can be put together by a plurality of bolts 4. The inside of the main disc 3 is a hollow chamber 31. And the main disk 3 has a flow guiding area 3A in the center of the top surface (see also the fifth figure). The flow guiding area 3A has an outer guiding groove 32 and an inner guiding groove 33, and each of the grooves has a plurality of grooves. The first drain hole 341, the first drain hole 341 can be connected to the hollow chamber 31, and the flow guiding region 3A is provided with a plurality of second drain holes 342 between the outer guide ring groove 32 and the inner guide ring groove 33, and the second drain hole The aperture of 342 is larger than the first drain hole 341. A central hole 343 is defined in the inner center of the inner guide ring groove 33, and a plurality of second drain holes 342 are also disposed on the outer side of the central hole 343, and the inner portion of the inner guide ring groove 33 is disposed between the second drain holes 342. a long groove 35, and the long groove 35 has a long hole 351, and the second drain hole 342, the central hole 343 and the long hole 351 are both connected to the hollow chamber 31, and the hole of the central hole 343 is larger than the first hole Two drainage holes 342. Moreover, a new one is added inside the inner guide ring groove 33. The magnetic moisture absorption pad P (see the fourth and sixth figures), and the magnetic moisture absorption pad P is magnetically positioned on the main disk 3 due to the magnetic powder; wherein the magnetic moisture absorption pad P has a middle tube hole P1 and a plurality of middle holes The drain hole P2 around the pipe hole P1, and the middle pipe hole P1 corresponds to the center hole 343 of the master disk 3.

In addition, at least one of the top surface of the main disk 3 is disposed on the outer side of the flow guiding area 3A. The water hole 36 is cut (as in the fourth figure, the two water holes are taken as an example), and the water pouring hole 36 is electrically connected to the hollow chamber 31. In addition, referring to the fifth figure, the main disc 3 is further provided with a first auxiliary guide ring groove 37, a second auxiliary guide ring groove 38 and a third auxiliary guide ring groove 39 in the flow guiding area 3A, and is in the groove. And the inner region thereof has a plurality of first drainage holes 341 which are connected to the hollow chamber 31. Further, the first auxiliary guide groove groove 37, the second auxiliary guide ring groove 38 and the third auxiliary guide ring groove 39 are respectively located in the flow guiding region. The direction of the third bisector of 3A, for example, the first auxiliary guide ring groove 37 is located in the northwest direction, the second auxiliary guide ring groove 38 is located in the northeast east direction, and the third auxiliary guide ring groove 39 is located in the southwest south direction, and the first Both the auxiliary guide ring groove 37 and the second auxiliary guide ring groove 38 are located between the outer guide ring groove 32 and the inner guide ring groove 33.

In addition, the main disc 3 is provided with a handle unit 5 (see the fourth and sixth figures), and the main Each of the two sides of the disc 3 is provided with a perforation 3B, and the handle unit 5 is formed by combining a telescopic rod 51 and a two-handle 52. The telescopic rod 51 is accommodated in the hollow chamber 31, and the telescopic rod 51 has a central pivoting portion 511, and the central pivoting portion 511 is formed by one of the bolts 4, so that the telescopic rod member 51 can be stretched outwardly by the central pivoting portion 511 as a positioning pivot point (see the eighth figure). Or inward condensation (see Figure 7), and the two handles 52 are respectively disposed on one side of the telescopic rod member 51, and the two handles 52 can be simultaneously retracted into the perforation 3B at the same time (see the sixth figure), or simultaneously The perforations 3B extend outwardly to form an implementation of a hidden handle.

When the structure is improved and implemented, the top surface of the main tray 3 of the tea tray device of the present creation The teapot and the teacup are placed in the flow guiding area 3A. In fact, the teapot can be placed on the magnetic moisture absorbing pad P, and the magnetic moisture absorbing pad P can absorb the water stain at the bottom of the teapot, and the tea cup is It can be placed in the area between the outer guide ring groove 32 and the inner guide ring groove 33. Thus, by the drainage design of the flow guiding area 3A, the tea can pass through the outer guide ring groove 32, the inner guide ring groove 33, and the first auxiliary guide. The flow of the annular groove 37, the second auxiliary guide groove 38 and the third auxiliary guide groove 39 flows downward into the hollow chamber 31 via the plurality of first drain holes 341, the second drain holes 342, and the long split holes 351. The first auxiliary guide ring groove 37, the second auxiliary guide ring groove 38 and the third auxiliary guide ring groove 39 are respectively located in the direction of the three-division of the flow guiding area 3A, which is provided to the user. The teat can be smoothly guided by the left hand or the right hand holding teapot. Then, if the water is to be poured, the handle 52 is pulled out, and the tea is poured out from the pouring hole 36, which is very convenient, and the main plate 3 is made of copper. It has antibacterial effect and is not easy to produce mildew, so it can be rinsed and exported after washing. Hence making it extremely easy, and has a classical and elegant texture.

According to the structural composition and implementation instructions, it can be seen that this creation is very ergonomic. The drainage drainage creation has eliminated the above-mentioned lack of users, and the flat surface is not only easy to clean, but also has a classical and elegant literati style, which makes the tea culture more enhance the texture.

In summary, when knowing the creation of the book, it does increase the practical and progressive performance. Therefore, it has industrial utilization, novelty and progress, and conforms to the new patent requirements. However, the above description is only for the preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, the equal changes and modifications made by the patent application scope of this creation are covered by the scope of the creation patent.

1‧‧‧Chassis

2‧‧‧ mid-disc

3‧‧‧Main disk

3A‧‧‧Guide area

3B‧‧‧Perforation

31‧‧‧ hollow room

36‧‧‧Water hole

5‧‧‧Hand unit

51‧‧‧ Telescopic rods

52‧‧‧Hands

P‧‧ magnetic absorptive pad

Claims (11)

A tea tray device comprising at least one chassis and one middle tray, the chassis having an inner space, and the inner space of the tray provides the intermediate tray; and the feature is: another main tray, the main tray is placed Above the middle plate and the chassis, the interior of the main disk is a hollow chamber, and the main disk has a flow guiding area at the center of the top surface, and the guiding area has an outer guiding groove and an inner guiding groove. The outer guide ring groove and the inner guide ring groove each have a plurality of first drainage holes that are electrically connected to the hollow chamber, and the flow guiding region is provided with a plurality of second between the outer guide ring groove and the inner guide ring groove. a drain hole, wherein a central hole is disposed in a center of the inner guide groove, and a plurality of second drain holes are disposed at an outer distance of the central hole, and an inner portion of the inner guide groove is between the second drain holes a long groove is provided, and each of the long grooves has a long hole, and the second drain hole, the central hole and the long hole are both connected to the hollow chamber, and the central hole is larger than the second drain And the second drain hole is larger than the first drain hole. The tea tray device according to claim 1, wherein the main tray is further provided with at least one pouring hole on the outer side of the top surface of the flow guiding area, and the pouring water hole is electrically connected to the hollow chamber. The tea tray device of claim 2, wherein a first auxiliary guide ring groove, a second auxiliary guide ring groove and a third auxiliary guide ring groove are additionally added to the flow guiding region, and the first auxiliary The guide ring groove, the second auxiliary guide ring groove and the third auxiliary guide ring groove, and the inside of the first auxiliary guide ring groove, the second auxiliary guide ring groove and the third auxiliary guide ring groove also have conduction a plurality of first drainage holes to the hollow chamber. The tea tray device of claim 3, wherein the first auxiliary guide ring groove, the second auxiliary guide ring groove and the third auxiliary guide ring groove are respectively located in a direction of three equal divisions of the flow guiding region. And both are located between the outer guide ring groove and the inner guide ring groove. The tea tray device according to claim 4, wherein a magnetic moisture absorbing pad is disposed inside the inner guide ring groove, and the magnetic moisture absorbing pad is magnetically positioned on the main disk made of copper. The tea tray device of claim 5, wherein the magnetic moisture absorption pad has a middle tube hole and a plurality of water leakage holes located around the middle tube hole, and the middle tube hole corresponds to the central hole. The tea tray device according to any one of claims 1 to 6, wherein the master tray is provided with a handle unit. The tea tray device according to the seventh aspect of the invention, wherein the two sides of the main disc are provided with a perforation, and the handle unit is formed by a telescopic rod member and a two-handle assembly. The two handles are respectively disposed on one side of the telescopic rod member, and the two handles can be retracted into the respective perforations at the same time, or simultaneously protrude from the perforations. The tea tray device of claim 8, wherein the chassis, the intermediate plate and the main disk are assembled by a plurality of bolts. The tea tray device of claim 9, wherein the telescopic rod member has a central pivoting portion, and the central pivoting portion is formed by the bolt. The tea tray device of claim 10, wherein the chassis group is connected to a plurality of foot pads.