CN101930209A

CN101930209A - Running pointer type curve dial clock

Info

Publication number: CN101930209A
Application number: CN2009101486463A
Authority: CN
Inventors: 余志刚
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-06-25
Filing date: 2009-06-25
Publication date: 2010-12-29

Abstract

The invention discloses a clock with dial in curve shape. Each pointer rotates along the curve clock dial; the pointer is connected with a pointer driving shaft, so that the pointer can operate in one direction and can swing up and down vertical to the operational direction thereof, thus the pointer can fluctuate and rotate along the curve dial; the pointer is provided with a sliding device, so that constant distance is kept between the pointer and the dial, and the constant distances of all the pointers are different, so that the pointers can not contact when rotating, thus ensuring each pointer to operate smoothly. The invention changes that the traditional pointer type clock dial is a plane and all the pointers operate on the same plane, and the pointer can fluctuate and operate on the curve dial, so that the clock has changing and artistic senses.

Description

Running pointer type curve dial clock

Technical field

The present invention relates to a kind of indicator type clock and watch, especially its dial plate bending, the clock and watch that pointer rotates on the dial plate of bending.

Background technology

At present, the dial plate of known indicator type clock and watch is planes, and the running orbit of its pointer is one and the parallel plane circumference of dial plate.

Summary of the invention

Be confined to the problem on a plane for the dial plate that solves existing indicator type clock and watch; And the running orbit of pointer is confined to the problem of a surface level circumference.The invention provides dial plate is the clock and watch of curve form, and the hand-manipulating of needle is rotated up and down along curve dial.

The present invention solves the scheme that its technical matters adopts: adopt crooked timepiece dial; The driving shaft and the pointer of pointer are hinged, make on the perpendicular direction of pointer and its direct of travel to swing; Settle carriage on the pointer end points opposite, make the pointer walking and maintain a certain distance, and avoid contacting with other pointers with dial plate with driving shaft.

The invention has the beneficial effects as follows, changed all the time that the dial plate of indicator type clock and watch can only be a plane, and pointer is limited in doing in the plane limitation that circumference rotates; Making dial plate is curve form, and pointer is moved along curve dial, makes clock and watch be rich in and changes and the artistic visual sense organ.

Description of drawings

The present invention is further described below in conjunction with drawings and Examples.

Fig. 1 is hour hands of the present invention and hour hands driving shaft structural drawing.

Fig. 2 is minute hand of the present invention and minute hand driving shaft structural drawing.

Fig. 3 is second hand of the present invention and second hand driving shaft structural drawing.

Fig. 4 is one of mechanical schematic of the present invention.

Fig. 5 is two of a mechanical schematic of the present invention.

Fig. 6 is three of a mechanical schematic of the present invention.

Embodiment

In Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6,1. curve dial, 2. hour hands, 3. hour hands driving shaft, 4. hour hands carriage, 5. minute hand, 6. minute hand driving shaft, 7. minute hand carriage, 8. second hand, 9. second hand driving shaft, 10. second hand carriage.

In Fig. 1, hour hands driving shaft (3) and hour hands (2) are hinged, make hour hands driving shaft (3) drive hour hands (2) and move in the direction of the clock, with the perpendicular direction of traffic direction on hour hands (2) can swing; Hour hands carriage (4) one ends and hour hands (2) are fixedly linked, and the other end is a carriage, and make hour hands (2) and curve dial (1) be maintained fixed distance; Go up arrangement magnet at hour hands carriage (4), the curve dial made from containing metal (1) produces absorption, breaks away from the influence of gravity when making hour hands (2) operation.

In Fig. 2, minute hand driving shaft (6) and minute hand (5) are hinged, make minute hand driving shaft (6) drive minute hand (5) and move in the direction of the clock, with the perpendicular direction of clockwise direction on minute hand (5) can swing; Minute hand carriage (7) one ends and minute hand (5) are fixedly linked, and the other end is a carriage, and make minute hand (5) and curve dial (1) be maintained fixed distance; Go up arrangement magnet at minute hand carriage (7), the curve dial made from containing metal (1) produces absorption, breaks away from the influence of gravity when making minute hand (5) operation.

In Fig. 3, second hand driving shaft (9) and second hand (8) are hinged, make second hand driving shaft (9) drive second hand (8) and move in the direction of the clock, with the perpendicular direction of clockwise direction on second hand (8) can swing; Second hand carriage (10) one ends and second hand (8) are fixedly linked, and the other end is a carriage, and make second hand (8) and curve dial (1) be maintained fixed distance; Go up arrangement magnet at second hand carriage (10), the curve dial made from containing metal (1) produces absorption, breaks away from the influence of gravity when making second hand (8) operation.

In Fig. 4 and Fig. 5, minute hand driving shaft (6) drives minute hand (5) in the direction of the clock along curve dial (1) rotation, when curve dial (1) fluctuations, with the perpendicular direction of clockwise direction on minute hand (5) can swing and make minute hand (5) to pass through; Hour hands driving shaft (3) drives hour hands (2) in the direction of the clock along curve dial (1) rotation of bending, when curve dial (1) fluctuations, with the perpendicular direction of clockwise direction on hour hands (2) can swing and make hour hands (2) to pass through; Second hand driving shaft (9) drives second hand (8) in the direction of the clock along curve dial (1) rotation of bending, when curve dial (1) fluctuations, with the perpendicular direction of clockwise direction on second hand (8) can swing and make second hand (8) to pass through; Minute hand carriage (7) makes minute hand (5) and curve dial (1) be maintained fixed distance, hour hands carriage (4) makes hour hands (2) and curve dial (1) be maintained fixed distance, second hand carriage (10) makes second hand (8) and curve dial (1) be maintained fixed distance, these distances have nothing in common with each other, and make minute hand (5), hour hands (2) and second hand (8) not contact.

In Fig. 6, curve dial (1) is near upright state, hour hands (2), minute hand (5) and second hand (8) have kept fixing distance respectively because the magnet in hour hands carriage (4), minute hand carriage (7) and the second hand carriage (10) inhales mutually with metallic curve dial (1), make hour hands (2), minute hand (5) and second hand (8) not sagging because of gravity effect.

Claims

1. the clock and watch that pointer can move on curve dial comprise curve dial (1), hour hands (2), hour hands driving shaft (3), hour hands carriage (4), minute hand (5), minute hand driving shaft (6), minute hand carriage (7), second hand (8), second hand driving shaft (9), second hand carriage (10);

It is characterized in that: curve dial (1) is the curved surface of a bending, but not known plane;

Hour hands (2) are connected with hour hands driving shaft (3), and hour hands driving shaft (3) drives hour hands (2) rotation, can swing on the perpendicular direction of hour hands (2) and its sense of rotation;

Hour hands carriage (4) one ends and hour hands (2) are fixing, and the other end is a carriage, and the distance of maintenance and curve dial (1);

Minute hand (5) is connected with minute hand driving shaft (6), and minute hand driving shaft (6) drives minute hand (5) rotation, can swing on the perpendicular direction of minute hand (5) and its sense of rotation;

Minute hand carriage (7) one ends and minute hand (5) are fixing, and the other end is a carriage, and the distance of maintenance and curve dial (1);

Second hand (8) is connected with second hand driving shaft (9), and second hand driving shaft (8) drives second hand (9) rotation, can swing on the perpendicular direction of second hand (8) and its sense of rotation;

Second hand carriage (10) one ends and second hand (8) are fixing, and the other end is a carriage, keep the distance with curve dial (1);

The distance that hour hands carriage (4), minute hand carriage (7) and second hand carriage (10) are produced is individual inequality, and makes hour hands (2), minute hand (5) and second hand (8) avoid contacting;

Hour hands carriage (4), minute hand carriage (7) and second hand carriage (10) contain magnet, avoid hour hands (2), minute hand (5) and second hand (8) to enlarge and the distance that contains the curve dial (1) of metal because of the influence of gravity.

2. the clock and watch that pointer according to claim 1 can move on curve dial is characterized in that: making curve dial (1) is the curved surface of a bending.

3. the clock and watch that pointer according to claim 1 can move on curve dial is characterized in that: make hour hands (2), minute hand (5) and second hand (8) as required with the perpendicular direction of its sense of rotation on swing.

4. the clock and watch that pointer according to claim 1 can move on curve dial is characterized in that: make hour hands (2), minute hand (5) and second hand (8) along curve dial (1) by turning clockwise.

5. the clock and watch that pointer according to claim 1 can move on curve dial is characterized in that: the rotational trajectory that makes hour hands (2), minute hand (5) and second hand (8) is not on a surface level.

6. the clock and watch that pointer according to claim 1 can move on curve dial is characterized in that: make hour hands (2), minute hand (5) and second hand (8) keep separately fixed range with curve dial (1) when rotated, these distances have nothing in common with each other.

7. the clock and watch that pointer according to claim 1 can move on curve dial is characterized in that: hour hands (2), minute hand (5) and second hand (8) are not come in contact when rotated each other.