CN2498959Y

CN2498959Y - Pouring and regulating device for electric coffee machine

Info

Publication number: CN2498959Y
Application number: CN 01228534
Authority: CN
Inventors: 陈建章
Original assignee: AMERICA CANKUN Co
Current assignee: AMERICA CANKUN Co
Priority date: 2001-08-20
Filing date: 2001-08-20
Publication date: 2002-07-10
Anticipated expiration: 2011-08-20

Abstract

The utility model relates to a brewing device of electric motor coffee machine, which comprises a base, a water inlet unit arranged on the base, an outer sleeve unit and a solid-pressing unit that both can slide horizontally between a feeding position, a brewing position and a dreg-removing position. The water inlet unit is provided with a water inlet head. The outer sleeve unit is provided with a sleeve surrounded at the periphery of the water inlet head, the solid-pressing unit is provided with a water outlet head which can be sleeved in the sleeve. The electric motor coffee machine can convey coffee powder and hot water to the brewing device, when the sleeve and the water outlet head are controlled and moved in order to the feeding position, the brewing position and the dreg-removing position, coffee can be brewed and the coffee dregs can drop automatically.

Description

The electric coffee machine reconstitute device

[technical field]

The utility model relates to a kind of device that reconstitutes of electric coffee machine, particularly relates to a kind of device that reconstitutes that is installed in standalone module formula in the electric coffee machine.

[background technology]

General electric coffee machine is in start, be to utilize a bean milling device that the coffee bean of certain deal is ground to form coffee powder, again described coffee powder being sent into one reconstitutes in the device, by the described device that reconstitutes with described coffee powder compacting, then utilize a water sending device to send into described reconstituting in the device through the hot water of heating, and coffee powder by being compacted, again by described reconstitute in the device to flow out become coffee, drink for splendid attire, at this moment, described reconstitute device can start spent coffee after with described reconstituting remove, to treat the next operation that reconstitutes.

Though the above-mentioned device that reconstitutes can be in order to reconstituting coffee, and described reconstitute device normally one be packed in the electric coffee machine, so on cleaning and inconvenient, and in cleaning, soak circuit easily, the electric coffee machine is suffered damage.The described device that reconstitutes is to come start in the mode of upright transmission, therefore the described device that reconstitutes is except must be after coffee powder is admitted to, with a compacting element with described coffee powder compacting, outside reconstituting for hot water input, also need to shift out removing with the coffee grounds of a clean-out assembly after with described reconstituting, comparatively inconvenient in start.

[summary of the invention]

A purpose of the present utility model is to provide a kind of device that reconstitutes of electric coffee machine, and the described device that reconstitutes can separate taking-up independently, so that clean.

Another purpose of the present utility model is to provide a kind of device that reconstitutes of electric coffee machine, and the described device that reconstitutes is with horizontal kind of drive start, can make coffee grounds because of the deadweight removing of dropping simply.

Electric coffee machine of the present utility model reconstitute device, be characterized in that it comprises: a support, have one along a horizontal axis around the tube wall that forms, an and perisporium that is enclosed in the periphery of described tube wall defines a slideway between tube wall and perisporium; One water inlet unit has one and stretches through and be fixed on siphunculus in the described tube wall, and a water inlet head that is installed in a front end of described siphunculus; One overcoat unit, have and enclose the sleeve that is enclosed within described water inlet head periphery and extends along described horizontal axis direction, and the overcoat driving mechanism of the described sleeve of driving front and back slippage in slideway, described sleeve has a back edge, that supports towards the water inlet head and supports edge in contrast to the back to the preceding of edge, and one is positioned at the forward and backward intermarginal feed openings of supporting; An and compacting unit, have two draw runners, that stretch through between described sleeve and perisporium and be connected a front end of described draw runner and can overlap the preceding Water outlet that supports on the edge that is against described sleeve, and one drives the compacting driving mechanism that draw runner drives the front and back slippage in slideway of described Water outlet; Described sleeve and Water outlet are positioned at a feed entrance point, in regular turn and reconstitute a position and a slagging-off position; When feed entrance point, described back is supported edge and is nested in into water head periphery, and described Water outlet embedding is against the preceding of described sleeve and supports on the edge, and described feed openings is positioned at into and out of between head, coffee can be sent in the sleeve from feed openings; When reconstituting the position, described feed openings is positioned at a described water inlet rear, described Water outlet is near described water inlet head, and reconstitute the space at sleeve and into and out of what the head boundary was made a sealing, and described coffee is compacted and is folded in described reconstituting in the space, then hot water can be entered and be sent into by described water inlet head and reconstitute in the space by described siphunculus, sends coffee by a front end of Water outlet again through behind the coffee raw material; When described slagging-off position, the preceding edge that supports of sleeve is positioned at the into periphery of water head, makes through the spent coffee after reconstituting and can drop downwards because of own wt.

[description of drawings] is elaborated below by most preferred embodiment and the accompanying drawing device that reconstitutes to electric coffee machine of the present utility model, in the accompanying drawing:

Fig. 1 is the three-dimensional exploded view that the utility model reconstitutes a preferred embodiment of device, and a sleeve of an overcoat unit is described, and a draw runner, a Water outlet of a compacting unit, has been assembled with the state that shifts out in the support of a water inlet unit by one;

Fig. 2 is the assembling stereogram of described preferred embodiment, illustrates by the rear to see the assembled state of looking;

Fig. 3 is an assembling radial cross-section of described preferred embodiment;

Fig. 4 is the stereogram of the overcoat unit of described preferred embodiment;

Fig. 5 is the stereogram of the compacting unit of described preferred embodiment;

Fig. 6 is the assembling view of a length direction of described preferred embodiment, and described water inlet unit, overcoat unit and position, the compacting unit state at a feed entrance point is described;

Fig. 7 is the assembling view of a length direction of described preferred embodiment, illustrates that described water inlet unit, overcoat unit and position, compacting unit are at a state that reconstitutes the position;

Fig. 8 is the assembling view of a length direction of described preferred embodiment, and described water inlet unit, overcoat unit and position, the compacting unit state in a slagging-off position is described.

[specific embodiment]

For convenience of description, following embodiment, identical assembly is represented with identical label.

As shown in Figure 1, 2, a preferred embodiment that reconstitutes device of the present utility model is mounted in the casing of an electric coffee machine, only demonstrates the structure that reconstitutes device among the figure, and does not demonstrate other structure of described electric coffee machine.Shown in Fig. 6,7, above-mentioned electric coffee machine is except comprising described casing and described reconstituting the device, comprise that also one can send a coffee raw material 1 into the described bean milling device that reconstitutes in the device when feed entrance point, and one can send into hot water 2 the described water sending device that reconstitutes in the device when reconstituting the position.But because of the bean milling device and the water sending device of described electric coffee is general common technology, so structure is not described in detail in detail, yet not expression in the drawings at this.In use, described coffee raw material 1 can be coffee bean and grinds the coffee powder that the back is become through bean milling device, also can be a coffee filter that is installed in coffee powder and wraps.As shown in Figure 1, the described device that reconstitutes comprises: a support 3, a water inlet unit 4, an overcoat unit 5, and a compacting unit 6.

Shown in Fig. 1,2,6, described support 3 have that upstanding wall 31, with a through hole 311 is extended through in the described through hole 311 and along a horizontal axis around the tube wall that forms 32, one from a rear end of described tube wall 32 towards perpendicular to the outward extending connecting wall 33 of the direction of horizontal axis, and a periphery from described connecting wall 33 extends the perisporium 34 that is enclosed in described tube wall 32 peripheries forward.Define a slideway 35 at described perisporium 34 and 32 of tube walls.Described tube wall 32 has one and extends internally with the tube head 322 that defines a mouth of pipe 321 from a front end, and a pipe box 323 that is extended back by the periphery of the corresponding described mouth of pipe 321 in a rear end of described tube head 322.Shown in Fig. 3,6, one front end one of described perisporium 34 is connected in the peripheral region that described upstanding wall 31 is positioned at through hole 311, and have one and be formed at the bottom and be communicated with slideway 35 and the kerve 341 of through hole 311, and two are formed at and arranged on left and right sides and are communicated with the side channel 342 of slideway 35 and through hole 311.

Shown in Fig. 1,6, described water inlet unit 4 has stretch through a siphunculus 41, in the pipe box 323 that is fixed in described tube wall 32 and is communicated with the water inlet 42 that described siphunculus 41 and installing are fixed on a front end of described tube head 322, and a snare is at the O shape ring 43 of the periphery of described water inlet 42.Described water inlet 42 has several inlet openings that is communicated with the described mouth of pipe 321 421.

Shown in Fig. 3,4,6, described overcoat unit 5 have one can before and after stretch through slippingly sleeve 51 in described slideway 35, an and overcoat driving mechanism 52 that drives described sleeve 51 horizontal slidings.Described sleeve 51 have enclose be enclosed within the peripheral and barrel that extend along described horizontal axis direction of described water inlet 42 511, one in a rear end of barrel 511 and cover be against water head 42 peripheries into afterwards support edge 512, the preceding edge 513, that supports at a front end of barrel 511 is positioned at forward and backward feed openings 514, a tooth bar 515 that protrudes out along described horizontal axis direction from a bottom of barrel 511 that supports 513,512 at edge and be formed at the top of barrel 511 down, and two pairs from the and arranged on left and right sides of barrel 511 outside upper and lower slide rails that protrude out 516 respectively.Described barrel 511 defines an accommodation space 517.Described tooth bar 515 can stretch through in described kerve 341 front and back slippingly.Each can be extended through in the described side channel 342 front and back slippingly to slide rail 516, and defines a wedge-shaped slot 518 that is formed on the lateral surface.Described overcoat driving mechanism 52 has a locating rack 521, that is fixed in support 3 rears and is installed in overcoat motor 522 on the described locating rack 521, and one can be driven by described overcoat motor 522 and the screw rod 523 that rotates.As shown in Figure 6, described locating rack 521 has a fixed part 524 against the solid rear at upstanding wall 31 of spiral shell, the extension 525 that a upside from described fixed part 524 bends extension backward, and one by a rear side of described extension 525 installing department 526 that extends of bending upwards.Described overcoat motor 522 has an axostylus axostyle 527 that is extended through in the installing department 526 of described locating rack 521.Described screw rod 523 is connected a front end of described axostylus axostyle 527, and Nie is connected to described tooth bar 515 relatively.Described overcoat motor 522 can drive described screw rod 523 rotations when using, and drives described sleeve 51 front and back slippages to mesh described tooth bar 515.

As Fig. 3,5, shown in 6, described compacting unit 6 have two stretch through respectively in the side channel 342 of perisporium 34 and the position at the draw runner 61 of slide rail 516 peripheries of sleeve 51, one is connected the preceding follow block 62 between a front end of described draw runner 61, one before described central authorities of follow block 62 extend back and can overlap the preceding Water outlet 63 that supports in the edge 513 that is against described sleeve 51, one is installed in a rear end of Water outlet 63 and can stretches into the filter screen 64 of a front end of described accommodation space 517, one consubstantiality extends a front end of described Water outlet 63 and stretches through out described preceding follow block 62 mouth pipe 65 outward, one snare is at the O of the periphery of described Water outlet 63 shape ring 66, and the described draw runner 61 of a driving is to drive the compacting driving mechanism 67 of described Water outlet 63 horizontal slidings.Described draw runner 61 has one respectively and is formed at a medial surface and agrees with the lozenges 611 of described wedge-shaped slot 518, and several be formed on the lateral surface directly to double wedge 612.Described Water outlet 63 has the water outlet 631 of described mouth pipe 65 of a connection and accommodation space 517.Described filter screen 64 has several filter openings 641 that is communicated with water outlet 631.Described compacting driving mechanism 67 has a rotatably spacing ring shape ring gear 671, that is nested with in described perisporium 34 peripheries and is connected to gear 672 on the outside of described ring gear 671, and one connects and drives the compacting motor 673 that described gear 672 rotates.Described ring gear 671 has several and is formed on the medial surface and the corresponding loop shaped annular groove 674 that meshes described double wedge 612, and several radial shape are formed on the lateral surface and the latch 675 of the described gear 672 of corresponding engagement.Described compacting motor 673 is installed on the described machine 3, and can when using, drive described gear 672 and rotate, and described ring gear 671 rotations of synchro-meshing, to drive described wait draw runner 61 and Water outlet 63 front and back slippages.

When using, start described overcoat driving mechanism 52 and compacting driving mechanism 67, reconstitute horizontal sliding between a position and a slagging-off position to control described sleeve 51 and Water outlet 63 at a feed entrance point.As shown in Figure 6, when described sleeve 51 and Water outlet 63 are controlled when moving forward to described feed entrance point, described sleeve 51 is positioned at described into and out of 42,62 at head, described back is supported edge 512 and is nested in into water head 42 peripheries, and described Water outlet 63 stretches into embedding and is butted on described preceding supporting in the

edge

513, and 514 of described feed openings can be sent into coffee raw material 1 in the accommodation space 517 of sleeve 51 from feed openings 514 at

water inlet

42 and 64 of filter screens at this moment.As shown in Figure 7, then move backward to described when reconstituting the position in pairs when described sleeve 51 and Water outlet 63, described feed openings 514 is displaced to described water inlet 42 rear backward, and described Water outlet 63 moves after pushing described coffee raw material 1, described coffee raw material 1 is compacted is folded in reconstituting in the space 68 in sleeve 51 in described filter screen 64 and water inlet 42 sealings of being defined, then described hot water 2 is sent into from water inlet 42 and reconstituted in the space 68, make the hot water 2 described coffee raw material 1 of flowing through, and through filter screen 64 filtrations, the water outlet 631 by Water outlet 63 flows out the described mouth pipe 65 outer coffees 7 that become again.As shown in Figure 8, move backward when described sleeve 51 is controlled again, and when Water outlet 63 moves forward to described slagging-off position, it is backward shifts in the periphery of water inlet 42 that described sleeve 51 preceding supports edge 513, and move away the preceding edge 513 that supports of described sleeve 51 before the described Water outlet 63, the spent coffee 8 after described process is reconstituted, the support that loses sleeve 51 is installed in and the clipping of Water outlet 63, so spent coffee 8 can drop downwards because of own wt, with self-skimming.After slagging-off, can control and be resisted against into water head 42 the place aheads, in order to reconstituting operation next time with moving to behind the described Water outlet 63.

In addition, in design, the appearance cup of a splendid attire coffee 7 can be installed below described mouth pipe 65, and can below described water inlet 42, install one can the splendid attire spent coffee container.

Take a broad view of above-mentionedly, structure of the present utility model, feature can provide a kind of device that reconstitutes of electric coffee machine really, are the device that reconstitutes of a standalone module formula in design, thus the described device that reconstitutes can take out individually, for cleaning easily and safely.And the described device that reconstitutes is with horizontal kind of drive start, can remove simply when slagging-off, so can reach predetermined utility model purpose.

Claims

An electric coffee machine reconstitute device, it is characterized in that it comprises:

One support has one along a horizontal axis around the tube wall that forms, and a perisporium that is enclosed in the periphery of described tube wall, defines a slideway between tube wall and perisporium;

One water inlet unit has one and stretches through and be fixed on siphunculus in the described tube wall, and a water inlet head that is installed in a front end of described siphunculus;

One overcoat unit, have and enclose the sleeve that is enclosed within described water inlet head periphery and extends along described horizontal axis direction, and the overcoat driving mechanism of the described sleeve of driving front and back slippage in slideway, described sleeve has a back edge, that supports towards the water inlet head and supports edge in contrast to the back to the preceding of edge, and one is positioned at the forward and backward intermarginal feed openings of supporting; And

One compacting unit, have two draw runners, that stretch through between described sleeve and perisporium and be connected a front end of described draw runner and can overlap the preceding Water outlet that supports on the edge that is against described sleeve, and one drives the compacting driving mechanism that draw runner drives the front and back slippage in slideway of described Water outlet;

Described sleeve and Water outlet are positioned at a feed entrance point, in regular turn and reconstitute a position and a slagging-off position; When feed entrance point, described back is supported edge and is nested in into water head periphery, and described Water outlet embedding is against the preceding of described sleeve and supports on the edge, and described feed openings is positioned at into and out of between head, coffee can be sent in the sleeve from feed openings; When reconstituting the position, described feed openings is positioned at a described water inlet rear, described Water outlet is near described water inlet head, and reconstitute the space at sleeve and into and out of what the head boundary was made a sealing, and described coffee is compacted and is folded in described reconstituting in the space, then hot water can be entered and be sent into by described water inlet head and reconstitute in the space by described siphunculus, sends coffee by a front end of Water outlet again through behind the coffee raw material; When described slagging-off position, the preceding edge that supports of sleeve is positioned at the into periphery of water head, makes through the spent coffee after reconstituting and can drop downwards because of own wt.
2. electric coffee machine as claimed in claim 1 reconstitute device, it is characterized in that: the sleeve of described overcoat unit also has a tooth bar that is formed at a bottom and protrudes out along described horizontal axis direction down, and the overcoat driving mechanism of described overcoat unit has the screw rod of the described tooth bar of an engagement, and one is installed on the described support and drives the overcoat motor that described screw rod rotates.
3. electric coffee machine as claimed in claim 1 reconstitute device, it is characterized in that: the described draw runner of described compacting unit has several respectively and is formed at double wedge on the lateral surface, the compacting driving mechanism of described compacting unit then has one and rotatably is nested with ring gear, in described perisporium periphery and is engaged on gear on the outside of described ring gear, and one connects and drives the compacting motor that described gear rotates.
4. electric coffee machine as claimed in claim 1 reconstitute device, it is characterized in that: described compacting is single also to have a filter screen that is installed in a rear end of Water outlet, and a mouth pipe that is connected a front end of described Water outlet.