TWM593747U - Tea carbon roaster structure - Google Patents

Abstract

This creation provides a tea carbon baking machine structure, which is mainly composed of a body, an inner drum, a driving unit, a carbon baking unit and a control unit; thereby, this creation can be achieved by Placed in the accommodating space of the carbon baking base to conduct the heat source of carbon baking to the middle frame body and the filter screen, and further carbon baking the tea leaves inside the inner drum, the body can control the turntable through the rotation position Rotating, tilting the inner drum to achieve the function of uniform carbon baking and heating, and adjusting the heat source baffle to control the strength of the heat source, so that this creation can improve the carbon baking flavor of tea and achieve the practical progress of uniform heating.

Description

Tea carbon roaster structure

This creation relates to a tea carbon roaster structure, especially a tea carbon roaster that enhances the flavor of tea carbon roast and achieves even heating.

According to the general known tea roasting machine, such as the approved patent publication No. 391171 "Structural device of rotary drum type tea roasting machine", it includes a rack body, the rack body is pivotally provided with a roasting drum, and the roasting There is a net-shaped drum in the drum, and a placing rack is fixed on both sides and the back of the baking drum, and a hydraulic cylinder is pivotally arranged on both bottom sides of the rack body, and the piston rods of the two hydraulic cylinders are respectively connected to the The placing racks on both sides of the baking drum are respectively fixed with a positioning bolt relative to the tops of the two sides of the rack body, and the mesh drum rotates around the central axis as the main axis, when the baking operation is performed The baking cylinder can be placed against the top surfaces of the two sides of the rack body by two positioning bolts, so that the baking cylinder can be horizontally arranged for baking operation. However, the conventional roasting machine has at least the following shortcomings in use and implementation: when the conventional roasting machine roasts tea, only the electronic heating method is limited to roast tea, and the tea cannot increase the flavor of carbon roasting, and its The rotating heating of the drum does not have a tilt pivot function, so that the roasted tea is heated unevenly, which in turn affects the quality of the roasted tea.

Therefore, how to develop a more The innovative structure with ideal and practicality actually uses the ardent expectations of consumers, and it is also the goal and direction of related industries to strive for R&D breakthroughs; in view of this, the creator has many years of experience in manufacturing development and design of related products. After detailed design and careful evaluation, the goal is to have a practical and practical creation.

That is, the main purpose of this creation is to provide a tea carbon roaster structure; the problem it wants to solve is to restrict the traditional roaster to roast tea only by electronic heating when roasting tea. Rotating heating does not have the function of tilting and pivoting, so that the roasted tea is heated unevenly, and then the problem of affecting the quality of roasted tea is improved and improved; and the technical characteristics of its solution are mainly by including a body and an inner The roller, a driving unit, a carbon baking unit and a control unit are relatively composed; by this, the creation can be conducted by placing a carbon rod in the accommodating space of the carbon baking base to conduct heat of the heat source of carbon baking After reaching the middle frame and the filter net, the tea leaves inside the inner drum are further carbon-baked. The body can control the rotation of the turntable through the rotation position, and the inner drum can be tilted to achieve the function of uniform carbon baking heating, and can be adjusted by adjusting The heat source baffle is used to control the strength of the heat source, so that this creation can enhance the carbon baking flavor of tea and achieve the practical progress of uniform heating.

〔This creation〕

10‧‧‧Body

11‧‧‧Front seat

12‧‧‧Slot

13‧‧‧Front cover

131‧‧‧Switch knob

14‧‧‧Cooling device

15‧‧‧heat sink

16‧‧‧Control parts

17‧‧‧thermometer

19‧‧‧Handlebar

20‧‧‧Inner drum

21‧‧‧mesh

22‧‧‧carbon baking space

23‧‧‧ Stirring wings

24‧‧‧Shaft end

30‧‧‧Drive unit

31‧‧‧Bracket

311‧‧‧ Place in space

32‧‧‧Link

33‧‧‧Mobile rack

34‧‧‧Fixing frame

35‧‧‧rotation control dial

351‧‧‧Lead screw

352‧‧‧Guide screw seat

353‧‧‧Bearing seat

36‧‧‧Drive motor

361‧‧‧Drive shaft

362‧‧‧ Transmission

363‧‧‧The first sprocket

37‧‧‧Chain

38‧‧‧Second sprocket

381‧‧‧Coupling

39‧‧‧Connected shaft seat

40‧‧‧Carbon baking unit

41‧‧‧Carbon baking base

42‧‧‧accommodation space

43‧‧‧Medium frame

431‧‧‧Handrail

432‧‧‧Positioning side frame cover

433‧‧‧fastening piece

434‧‧‧Long slot

435‧‧‧screw firmware

44‧‧‧Control handle

45‧‧‧Pivot lever

46‧‧‧ Heat source baffle

47‧‧‧ Border Department

471‧‧‧Side frame edge

48‧‧‧Heat source penetration

49‧‧‧Filter

491‧‧‧Mesh

50‧‧‧Embedded components

51‧‧‧ Hub

52‧‧‧handle

53‧‧‧Embedded card board

54‧‧‧tightening bolt

60‧‧‧Control unit

61‧‧‧Speed adjustment knob

62‧‧‧Switch control button

X‧‧‧Hub Department

Y‧‧‧ Swing Department

S‧‧‧Pulley

F‧‧‧Carbon stick

Figure 1: This is a combined perspective view of the structure of the tea carbon baking machine of this creation.

Figure 2: This is a perspective view of the drum in this creation.

Figure 3: This is an exploded perspective view of the structure and carbon baking unit of this tea carbon baking machine.

Figure 4: Exploded perspective view of the carbon baking unit of this creation.

Figure 5: This is a perspective view of the tea carbon roaster structure of this creation from another angle.

Figure 6: This is the use state diagram of the structure of the tea carbon baking machine of this creation.

Figure 7: This is the use state diagram of the middle layer body strengthening heat source of the tea carbon roaster structure of this creation.

Figure 8: This is the use state diagram of the middle layer body of the tea carbon roaster structure of this creation to reduce the heat source.

Figure 9: This is the use state diagram of the structure of the tea carbon roaster of this creation, the tilting inner drum rotates and the carbon bake heating.

Please refer to Figures 1~9, which are the preferred embodiments of the structure of the tea carbon roaster of this creation, but these embodiments are for illustrative purposes only, and are not limited by this structure in the patent application, including: 1 The body (10), the bottom of the body (10) is hollow, and the front end of the body (10) is provided with a front seat (11), and the front seat (11) is provided with a placement slot (12) at a predetermined position, The insertion slot (12) cover is provided with a front cover body (13), and a heat dissipation device (14) is provided on the top of the body (10), and a heat dissipation fin (15) is arranged inside the heat dissipation device (14). The heat sink (15) is controlled by a control member (16) to control the shaft to open and close; wherein a predetermined position at the front end of the body (10) is provided with a thermometer (17) for detecting the temperature of the inner drum (20), and the other A handle (19) is provided on both sides of the front end of the body (10), and a switch knob (131) is provided at a predetermined position of the front cover (13) for locking the front cover (13) or Open; an inner drum (20) covered with a plurality of meshes (21) on the body (10) Inside, the front end of the inner drum (20) is opened to form a carbon baking space (22), a plurality of stirring fins (23) are provided around the inner wall of the carbon baking space (22), and the other end of the inner drum (20) is provided There is a shaft end (24); a driving unit (30), which is located at the rear end of the body (10), and includes a base frame (31), the base frame (31) is provided with a two-rotation pivot portion (X), The two pivot parts (X) are respectively axis grouped on both sides of the body (10), and the base frame (31) is positioned relative to the two pivot parts (X) and is provided with two connecting rod groups (32), the two The connecting rod set (32) is pivotally provided with a swinging part (Y) relative to the predetermined position of the body (10), the two connecting rod sets (32) are connected to a movable frame (33), and the movable frame (33) has a bottom A fixing frame (34) is provided, wherein a bearing seat (353) is provided at the center of the fixing frame (34), and a guide screw seat (352) is provided corresponding to the bearing frame (353) of the movable frame (33). The lead screw seat (352) is assembled with a lead screw (351), the end of the lead screw (351) is pivotally mounted on the bearing seat (353), and the head end of the lead screw (351) is provided with a rotary control dial (35) , So that the lead screw (351) can be rotated by the rotation control dial (35) to raise and lower the movable frame (33) and rotate the two connecting rod sets (32) and its swing part (Y) to drive the The body (10) moves in a rotating position; in addition, the base frame (31) is provided with a placement space (311) relative to the bottom of the body (10); wherein the connecting rod group (32) is provided with an inlay board (53) on one side , The clamping plate (53) is screwed with a fastening bolt (54), and the base frame (31) is pivotally provided with an clamping element (50) corresponding to the position of the fastening bolt (54), and the clamping element (50) ) Is pivotally arranged on the base frame (31) by a pivot portion (51), so that the clamping element (50) can be tightly fixed at the end position of the fastening bolt (54), the clamping element (50) ) One end is connected to a rotary handle (52); when the two link groups (32) and its swinging part (Y) drive the body (10) to rotate to a predetermined angle, it can be By turning the rotation handle (52), the clamping element (50) is tightly fixed at the end position of the fastening bolt (54), to prevent the two connecting rod sets (32) and its swing Department (Y) without warning The effect of rotation; a drive motor (36) is set at a predetermined position of the fixing frame (34), a drive shaft (361) is provided at the shaft end of the drive motor (36), and the drive shaft (361) is output to a gearbox ( 362) A first sprocket (363) is connected to the drive, and the body (10) has a second sprocket (38) and the first sprocket (38) opposite to the shaft end (24) of the inner drum (20). 363) and the second sprocket (38) are interlocked by a chain (37), so that the inner roller (20) is driven by the first sprocket (363) and the first sprocket driven by the drive motor (36) The second sprocket (38) is driven and driven, and the shaft end of the second sprocket (38) is provided with a shaft connecting member (381), and the shaft end (24) of the shaft connecting member (381) is pivotally connected to a shaft A base (39); a carbon baking unit (40), which is disposed in a space (311) of the base (31) opposite to the bottom of the body (10), the carbon baking unit (40) includes a carbon baking base (41) ), the inside of the carbon baking base (41) is opened upward to form an accommodating space (42), and a plurality of carbon rods (F) can be placed inside the accommodating space (42) to generate a heat source, and the carbon baking base (41) ) The upper end is provided with a filter screen (49); wherein the carbon baking unit (40) further includes an intermediate frame body (43), the intermediate frame body (43) is disposed on the upper position of the carbon baking base (41), the The middle frame body (43) is hollow inside to form a heat source penetration hole (48), so that the heat of the carbon rod (F) originates from the heat source penetration hole (48) and conducts heat to the inner drum (20) at the bottom of the body (10); and A control handle (44) is provided on both sides of the heat source penetration opening (48) to drive a pivot rod (45), and each pivot rod (45) is connected to a heat source baffle (46) so that the control hand By driving the pivot (44), the heat source baffle (46) can be lifted up flexibly, so that the intensity of the inner drum (20) relative to the heat source can be controlled, as shown in Figures 8-9; and The predetermined section positions of the two control handles (44) are respectively pivotally provided with a fastening piece (433), each of the fastening pieces (433) is internally provided with a long slot hole (434), the two fastening pieces (433) ) Is the right of each other It is said that the two long slots (44) are overlapped with a screw fastener (435). The screw fastener (435) is further screwed with a nut, which can be screwed by the screw fastener (435) The two fastening pieces (433) are fixed and the opening and closing angular positions of the two control handles (44) are positioned, and an edge portion (47) is provided on the top of the middle frame body (43), each of the edge portions (47) ) There are three sides of the peripheral edge and a side frame edge (471) extending upward, so that the filter screen (49) can be positioned horizontally at the position of the abutment portion (47) and limited to the side frame edge (471) , A mesh surface (491) is formed inside the filter screen (49), so that the tea leaves only fall to the filter screen (49) during roasting to prevent it from falling into the carbon baking base (41); the middle shelf The body (43) is provided with a positioning side frame cover (432) matched with the positioning of the outer ring edge of the top of the carbon baking base (41). In this embodiment, the top of the carbon baking base (41) is a circular periphery The positioning side frame cover (432) matches the shape of the arc-shaped side cover, and the middle frame (43) is provided with an armrest on both sides of the positioning side frame cover (432) upwards. 431), the user can carry the two armrests (431) to facilitate the lifting of the intermediate shelf body (43) to cover the carbon baking base (41), or lift the intermediate shelf from the top of the carbon baking base (41) The body (43) acts as an operator who adds carbon rods (F) to burn or clean the ash left by the carbon rods (F).

A control unit (60) is provided at a relative position on one side of the body (10). The control unit (60) includes a switch control button (62) coupled to the drive motor (36) by a circuit, and a control unit for controlling the The driving motor (36) drives the rotation speed adjustment knob (61) of the rotation speed of the inner drum (20).

Preferably, the bottom of the base frame (31) and the bottom of the carbon baking base (41) are respectively provided with a plurality of pulleys (S), so that the carbon baking unit (40) can slide by the pulley (S) to increase movement Convenience.

In this way, this creation can be achieved by placing a carbon rod (F) in the carbon baking base (41) In the accommodating space (42), after the heat source of carbon baking is conducted to the middle frame body (43) and the filter screen (49), the tea leaves inside the inner drum (20) and the body (10) are further carbon baked ) The rotary table (35) can be rotated through the rotary position to tilt the inner drum (20) to achieve the function of uniform carbon baking heating, and the heat source baffle (46) can be adjusted to control the size of the heat source.

Summarizing the above description, the design of the above structure can effectively overcome the shortcomings faced by the new model, and has many of the above advantages and practical value. Therefore, this creation is a new creation with excellent creativity, and the same No identical or similar product creation or public use has been seen in the technical field, so this creation has met the requirements of "novelty" and "progressiveness" of the new type of patent, and an application is submitted in accordance with the law.

10‧‧‧Body

11‧‧‧Front seat

12‧‧‧Slot

13‧‧‧Front cover

14‧‧‧Cooling device

15‧‧‧heat sink

16‧‧‧Control parts

17‧‧‧thermometer

19‧‧‧Handlebar

20‧‧‧Inner drum

30‧‧‧Drive unit

31‧‧‧Bracket

32‧‧‧Link

33‧‧‧Mobile rack

35‧‧‧rotation control dial

351‧‧‧Lead screw

352‧‧‧Guide screw seat

40‧‧‧Carbon baking unit

41‧‧‧Carbon baking base

43‧‧‧Medium frame

44‧‧‧Control handle

60‧‧‧Control unit

61‧‧‧Speed adjustment knob

62‧‧‧Switch control button

X‧‧‧Hub Department

Y‧‧‧ Swing Department

S‧‧‧Pulley

Claims (7)

A tea carbon roaster structure includes: a body, the bottom of the body is hollowed out, and a front seat is provided at the front end of the body, a placement slot is provided at a predetermined position of the front seat, and the cover of the placement slot is provided with a The front cover body is provided with a heat dissipation device on the top of the body. The heat dissipation device has a heat dissipation fin inside the shaft group. The heat dissipation fin is controlled by a control element to turn the shaft on and off; Inside the body, the front end of the inner drum is opened to form a carbon baking space, and a plurality of stirring fins are provided around the inner wall of the carbon baking space, and the other end of the inner drum is provided with a shaft end; a driving unit is provided at The rear end position of the body includes a base frame, the base frame is provided with two pivot parts, the two pivot parts are respectively axis grouped on both sides of the body, and the base frame is provided with two connecting parts relative to the positions of the two pivot parts Rod set, the two connecting rod sets are pivotally provided with a swinging portion relative to the predetermined position of the body, the two connecting rod sets are connected to a movable frame, and a fixed frame is further provided at the bottom of the movable frame, wherein the fixed frame is set at the middle position There is a bearing seat, and the movable frame is provided with a guide screw seat corresponding to the bearing seat, the guide screw seat is assembled with a lead screw, the end of the lead screw is pivotally arranged on the bearing seat, and the head end of the lead screw is provided with a rotation control Turntable, so that the lead screw can control the rotation of the turntable by the rotary position, so as to raise and lower the movable frame and rotate the two connecting rod sets and its swinging part to drive the main body to rotate; the base frame is opposite to the bottom of the main body There is a built-in space; a driving motor is arranged at a predetermined position of the fixing frame; a driving shaft is arranged at the shaft end of the driving motor; the driving shaft is outputted in a gearbox and is drivingly connected to a first sprocket; the body is opposite to the inner The shaft end of the drum has a second sprocket. The first sprocket and the second sprocket are linked and synchronized by a chain, so that the inner drum is driven by the drive motor. Sprocket and the second sprocket Driven and driven, the shaft end of the second sprocket is provided with a shaft connecting member, the shaft end of the shaft connecting member is pivoted on a shaft connecting shaft; a carbon baking unit is provided on the base relative to the bottom of the body Into the space, the carbon baking unit includes a carbon baking base, the interior of the carbon baking base is opened upward to form a containing space, the upper end of the carbon baking base is provided with a filter screen; a control unit is provided at a relative position on the side of the body, The control unit includes a switch control button with a circuit coupled to the drive motor, and a speed adjustment button for controlling the drive motor to drive the rotation speed of the inner drum. The tea carbon roaster structure according to claim 1, wherein a thermometer at the front end of the body is provided for detecting the temperature of the inner drum. The tea carbon roaster structure according to claim 1, wherein a handle is provided on both sides of the front end of the body. The tea carbon roaster structure according to claim 1, wherein a switch knob is provided at a predetermined position of the front cover body. The tea carbon baking machine structure according to claim 1, wherein an inserting plate is provided on one side of the connecting rod group, the inserting plate is provided with a fastening bolt, and the base frame is provided with a pivot corresponding to the position of the fastening bolt An inserting element, which is pivotally arranged on the base frame by a pivot portion, so that the inserting element can be tightly fixed at the end position of the fastening bolt, and one end of the inserting element is connected with a screw Handle. The tea carbon baking machine structure according to claim 1, wherein the carbon baking unit further comprises an intermediate frame body, the intermediate frame system is disposed at an upper position of the carbon baking base, and the interior of the intermediate frame body is hollow to form a heat source penetration hole Each side of the heat source penetration opening is provided with a control handle to drive a pivot rod, and each pivot rod is connected to a heat source baffle so that the control handle can drive the pivot to The heat source baffle is lifted up movably, and a fastening piece is respectively pivotally arranged at the predetermined section positions of the two control handles, and a long slot is penetrated inside each of the fastening pieces, and the two fastening pieces are symmetrical to each other After the two long slots are overlapped, a screw fastener is inserted through the two long slots, and the two fastening pieces can be screw-fastened and the opening and closing angle positions of the two control handles can be positioned by the screw fastener. There is an abutting portion, and each of the abutting portions has a peripheral edge on three sides and a side frame edge extending upwards, so that the filter can be positioned at the abutting portion and limited to the side frame edge. The mesh surface, and the middle frame body is provided with a positioning side frame cover at a matching outer cover at the top outer ring edge of the carbon baking base, and the two sides of the middle frame body are arranged upward relative to the positioning side frame cover There is a handrail. The tea carbon baking machine structure according to claim 1, wherein the bottom of the base frame and the bottom of the carbon baking base are respectively provided with a plurality of pulleys.

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