CN1569607A

CN1569607A - Bottle opener

Info

Publication number: CN1569607A
Application number: CN 200410027003
Authority: CN
Inventors: 袁永和
Original assignee: Individual
Current assignee: Chen Wei
Priority date: 2004-04-27
Filing date: 2004-04-27
Publication date: 2005-01-26
Anticipated expiration: 2024-04-27
Also published as: WO2005102905A1; CN1298611C

Abstract

The invention discloses a bottle opener, which includes a cylinder, a handle crank hinged onto the cylinder; a corkscrew with spiral prick and a guiding cylinder are arranged in the cylinder, the corkscrew prick penetrates the spiral slot in the guiding cylinder; there has turning conversion hook between the corkscrew and the guiding cylinder; there has an internal pressing mechanism hinged under the cylinder, the internal pressing mechanism is arranged with a pressing block for pressing the hook and a pressing block for pressing the bottle neck, the two blocks all extend into the internal cavity of the cylinder. The opener is simple, safe and convenient.

Description

Bottle opener

Technical field

The present invention relates to a kind of bottle opener, relate in particular to a kind of bottle opener of opening cork.

Background technology

Unlatching has the bottle of cork, needs to use the cork bottle opener.The origin of cork bottle opener can be rated as with a long history.Original bottle opener is to go into to bore in the stopper with the spiral coning, firmly extracts stopper then, stopper is back-outed from the spiral awl again.This ancient mode wastes time and energy, and occurs stopper easily and break, and can't take out from bottleneck, and various safety hazard, so people has made various improvement to bottle opener, makes its more convenient use.

The Chinese patent notification number is 1094893C, the day for announcing is on November 27th, 2002, denomination of invention discloses a kind of cork bottle opener for the patent of invention of " bottle opener ", has a tube-shaped main body, main body internal fixation one helix corkscrew, by rotating main body corkscrew is pierced in the cork during use, again cork is extracted.When corkscrew was extracted from cork, the counter-rotation main body made corkscrew withdraw from from cork.It is comparatively convenient that this bottle opener uses, but because corkscrew all will rotate tubular body when piercing cork and withdrawing from cork, firmly inconvenience, the operating time is longer.

Summary of the invention

The object of the present invention is to provide a kind of easy to use, time saving and energy saving, safe bottle opener.

In order to realize above goal of the invention, the present invention has taked following technical scheme: it includes a tubular body 1, the tubular body both sides are parallel to have two pods 11,12 that run through sidewall, have a hand-held crank 2 to pass from these two pods 11,12, and the one end is hinged on the tubular body 1;

Settle one to have the corkscrew of spiral awl 66 and have spiral fluted guide cylinder 67 in tubular body 1, corkscrew is positioned at guide cylinder 67 tops, and it is 66 free to rotate that the spiral on the corkscrew is bored, and its awl body runs through and mistake from guide cylinder 67 in-to-in plug helixs; Also be provided with break-in conversion hook 65 between corkscrew and the guide cylinder 67, these break-in conversion hook 65 upper ends are articulated on the corkscrew, and make this link up with the card tip 69 that 65 hooks are provided with on guide cylinder 67 by a stage clip 60;

Below tubular body, be hinged with press mechanism 4 in, should make it be pressed towards the tubular body applying by spring 43 and block cover 45 by interior press mechanism 4, interior press mechanism is provided with the briquetting 42 that is used to bear down on one and links up with 65 briquetting 41 and be used to bear down on one bottleneck, and briquetting 41 and briquetting 42 all stretch in the inner chamber of tubular body 1.

Adopt bottle opener of the present invention, only need promote or depress hand-held crank during operation, promptly the straight-line motion of crank is transformed to the screw motion of spiral awl, make cone be pressed into stopper.Utilize break-in conversion hook, both can extract bottleneck to the stopper that screws in corkscrew, can withdraw from stopper to corkscrew easily again, time saving and energy saving, safety.Cylindrical body of this bottle opener and hand-held crank good hand touch are easy to hold, and be easy to operate.

Description of drawings

Fig. 1 is an overall schematic of the present invention.

Fig. 2 is that the present invention uses the shape scheme drawing.

Fig. 3 is each exploded sketch of the present invention.

Fig. 4 is that the present invention assembles scheme drawing.

Connection diagram when Fig. 5 is corkscrew guide cylinder of the present invention and the lifting of connecting cylinder one.

Fig. 6 is the connection diagram of corkscrew guide cylinder of the present invention when separating with connecting cylinder.

Fig. 7 is that Fig. 1 tubular body A is to cutaway view.

The specific embodiment

Shown in Fig. 1,3,4,7, bottle opener of the present invention, include a tubular body 1, the tubular body both sides are parallel to have two pods 11,12 that run through sidewall, there is a hand-held crank 2 to pass from these two pods 11,12, and the one end is hinged on the tubular body 1, and crank 2 can be swung up and down at pod 11,12.As shown in Figure 7, be the cut-away diagram of main body.Pod 12 extends one section position-limited trough 13 that is opened in inwall downwards.Position-limited trough 13 is positioned at the less top cylinder of internal diameter, and position-limited trough 13 ends are installed on a stop bit tip 131.Protrusion arc plate 70 is located on the bigger doffing of the tubular body 1 internal diameter inwall partly, and the bottom of the top of this arc and top cylinder inwall forms a space 71.

Shown in Fig. 3,4, in tubular body 1, settle one to have the corkscrew of spiral awl 66 and have spiral fluted guide cylinder 67, corkscrew is positioned at guide cylinder 67 tops.

The concrete structure of corkscrew comprises that connecting urceolus 63, briquetting 61 and spiral bores 66.The bearing body 66A that spiral is bored 66 upper ends places in the connection urceolus 63, and its awl body stretches out from connecting urceolus 63 bottoms, and free to rotate.Briquetting 61 also places and connects in the urceolus 63, and is pressed on the bearing body 66A of spiral awl 66.It is hinged with crank 2 by tip nail with briquetting 61 to connect urceolus 63, crank 2 is swung up and down drive corkscrew up-and-down movement in the inner chamber of tubular body 1.

The awl body of spiral awl 66 runs through and mistake from guide cylinder 67 in-to-in plug helixs; Also be provided with a conversion hook 65 between corkscrew and the guide cylinder 67, these conversion hook 65 upper ends are articulated on the corkscrew, and make this link up with the card tip 69 that 65 hooks are provided with on guide cylinder 67 by a stage clip 60, as shown in Figure 5, when hook 65 and the card tip 69 hooks, then guide cylinder 67 is in aggregates with corkscrew, up-and-down movement synchronously, then spiral awl up-and-down movement thereupon only then.As shown in Figure 6, as link up with 65 and break away from the card tip 69, then corkscrew with hand-held crank swing up and down and up-and-down movement, spiral awl 66 is up-and-down movement thereupon also, and guide cylinder remains static, and the plug helix of spiral awl in guide cylinder is by rotation takes place, and promptly this moment, upper and lower motion both took place the spiral awl, also rotation simultaneously forms screw motion.

In addition, guide cylinder 67 also is installed on a spacing tip 68.The spacing tip slides in position-limited trough 13, does in vertical plane and moves up and down thereby limit guide cylinder, but can self not rotate.Position-limited trough 13 ends are installed on a stop bit tip 131, prevent that guide cylinder 67 from coming off downwards.

As shown in Figure 1, 2, 3, in order to control hook 65 and the state that hooks together that blocks the tip 69, below tubular body, be hinged with press mechanism 4 in, should by spring 43 itself and tubular body be fitted by interior press mechanism 4, interior press mechanism is provided with the briquetting 42 that is used to bear down on one and links up with 65 briquetting 41 and be used to bear down on one bottleneck, and briquetting 41 and briquetting 42 all stretch in the inner chamber of tubular body 1.Before bottle not being inserted bottle opener, because bearing down on one of briquetting 41 staggered the hook 65 and the card tip 69, corkscrew and guide cylinder 67 are in released state shown in Figure 6.And ought be as shown in Figure 2, bottle is inserted in the bottle opener, bottleneck outwards compresses briquetting 42, press mechanism 4 outwards opens in making, no longer be in the state of fitting, make briquetting 41 also withdraw from the inner chamber of cylindrical body, and no longer bear down on one linking up with 65 generations with cylindrical body, stage clip 60 makes this link up with the card tip 69 that 65 hooks are provided with on guide cylinder 67, forms the state that hooks together shown in Figure 5.

Use with regard to bottle opener now is illustrated.Use was divided into for four steps:

1) as shown in Figure 1, upwards mentions crank, owing to bearing down on one of briquetting 41, the hook 65 and the card tip 69 are staggered, and corkscrew and guide cylinder 67 are in released state shown in Figure 6, and corkscrew rises with crank, and guide cylinder 67 is positioned at nadir, and is in staticly, and screw cone upwards withdraws from from plug helix.

2) when crank is lifted to vertex, the bottleneck of filling a wine cup for inserts in the bottle opener, depresses crank 2 downwards, corkscrew moves down with crank, and guide cylinder 67 is positioned at nadir, remains static, screw cone stretches out downwards from plug helix, and produces rotation, and progressively spiral inserts in the bottle stopper.

3) after crank is depressed into nadir, upwards lift crank, the briquetting 42 because the bottle neck outwards bears down on one, press mechanism 4 outwards opens in making, no longer be in the state of fitting with cylindrical body, make briquetting 41 also withdraw from the inner chamber of cylindrical body, and can not bear down on one to linking up with 65 generations again, stage clip 60 makes this link up with the card tip 69 that 65 hooks are provided with on guide cylinder 67, form the state that hooks together shown in Figure 5, in aggregates with upwards lifting of crank 2, rotation does not take place in the spiral awl, thereby bottle stopper is pulled out from bottleneck.

4) take out bottle, interior press mechanism 4 resets under spring 43 effects, and itself and tubular body are fitted, and briquetting 41 and briquetting 42 all stretch in the inner chamber of tubular body 1 again.At this moment, crank is depressed, then because guide cylinder 67 still is in the state that hooks together shown in Figure 5 with corkscrew, decline together in aggregates, spiral is bored not puberty rotation.When crank is depressed into the end, briquetting 41 hook 65 that bears down on one staggers the hook 65 and the card tip 69.Upwards mention crank 2 again, then corkscrew rises with crank, and that guide cylinder 67 rests on nadir is static, the rotation of spiral awl, and spiral withdraws from from bottle stopper.

Claims

1, a kind of bottle opener is characterized in that:

It includes a tubular body (1), and the tubular body both sides are parallel to have two pod (11), (12) of running through sidewall, have a hand-held crank (2) to pass from these two pods (11), (12), and the one end is hinged on the tubular body (1);

In tubular body (1), settle one to have the corkscrew of spiral awl (66) and have spiral fluted guide cylinder (67), corkscrew is positioned at guide cylinder (67) top, spiral awl (66) on the corkscrew is free to rotate, and its awl body runs through and mistake from guide cylinder (67) in-to-in plug helix; Also be provided with break-in conversion hook (65) between corkscrew and the guide cylinder (67), this break-in conversion hook (65) upper end is articulated on the corkscrew, and makes this hook (65) hook go up the card tip (69) that is provided with to guide cylinder (67) by a stage clip (60);

Below tubular body, be hinged with press mechanism in (4), should make it be pressed towards the tubular body applying by spring (43) and block cover (45) by interior press mechanism (4), interior press mechanism is provided with the briquetting (41) of hook (65) that are used to bear down on one and the briquetting (42) of bottleneck that is used to bear down on one, and briquetting (41) and briquetting (42) all stretch in the inner chamber of tubular body (1).

2, bottle opener according to claim 1 is characterized in that: pod (12) extends one section position-limited trough (13) that is opened in inwall downwards, and described guide cylinder (67) outer wall is installed on a spacing tip (68) that slides against above-mentioned position-limited trough (13).

3, bottle opener according to claim 2 is characterized in that: described position-limited trough (13) end is installed on a stop bit tip (131).

4, bottle opener according to claim 1, it is characterized in that described corkscrew comprises that connecting urceolus (63), briquetting (61) and spiral bores (66), spiral awl (66) places and connects in the urceolus (63), its awl body stretches out from connecting urceolus (63) bottom, and it is free to rotate, briquetting (61) also places and connects in the urceolus (63), and be pressed on the spiral awl (66), it is hinged with crank (2) by tip nail with briquetting (61) to connect urceolus (63), crank (2) is swung up and down drive corkscrew up-and-down movement in the inner chamber of tubular body (1).

5, bottle opener according to claim 2, it is characterized in that described tubular body is made up of two sections cylindrical shells that internal diameter does not wait, above-mentioned position-limited trough (13) is installed in the less top cylinder of internal diameter, protrusion arc plate (70) is located on the bigger doffing of tubular body (1) the internal diameter inwall partly, and the bottom of the top of this arc and top cylinder inwall forms a space (71).