TW538325B - Rotary members having reflective members - Google Patents

Abstract

The invention relates to a timepiece including one or more rotary members each having one or more holes for receiving a light generated by a light emitting device, and one or more orifices. One or more reflective members may be easily and quickly shaped and attached to the back of the rotary members for reflecting the light, without precisely aligning the reflective members with the rotary members.

Description

538325

The detailed description of each item is set, and there is a special background description of the invention. Press: f clocks or watches and other clock products or time devices will have the second hand, and the current word f has an hour and a minute hand, and some There will be v% day-watches or watches and other clocks and watches are fully automated and green: t 'Currently in the world, & has been developed-a kind of clock you can get by Lin Shishi f: two cases of radio, Or the second cell sent by TV station ... and it can use the received standard second message to automatically correct its time, or the structure of the minute or hour hand or second measurement or correction device is provided with multiple rotations I, and on these turntables, they will both: for the light ㈣ 'and / yes, there will be more than one mirror or reflective element on these turntables for the purpose of reflecting light. “", Ϊ́: 2 7 Γ The mirror or reflective element of the clock must be carefully cut ii: inch: and ㈣, and must be carefully adhered to the mirror and reflective element cutting and mounting like 3f Private t: Difficult to combine 2 and must be carefully attached to these turntables, so that no malfunction will occur. However, these tasks need to be performed manually, so that their manufacturing costs are quite high ' So far, it has not been able to reach the stage of mass production ', and they can only be produced in small quantities, which has caused its price to remain high at 538325.

V. Description of the invention (2) The following is so '/ that it can be applied to a small amount that cannot be installed or is suitable for light and thin. In view of this, the inventor has constructed a time zone to facilitate the manufacture of rainbow clothes. High clock. The reason is that short, small watches go inside. Active research and development, with a view to inventing a light-emitting element placement structure for a rotating body

G Ι: I: The purpose is to provide a reflective device a of the rotating body of a time device. A structure is provided, which is provided with more than one hole in the turntable, and then the reflective element is pasted with% A / N ^ , The dry paste is on the back of the turntable, so that the light can be reflected through the reflective element in the hole. Another object of the present invention is to provide a reflective 7L piece setting structure of a rotating body of a time device, which is convenient to manufacture and assemble, so that its manufacturing can be greatly reduced. The outline of the present invention describes a light-emitting element setting structure of a rotating body of a time device according to the present invention, which includes a signal transmitting device for transmitting light, a first rotating body, and a first signal reflecting member. The first rotating body is provided with a perforation, and the first signal reflecting member is attached to the back of the first rotating body, and the back is facing the signal transmitting device, so that the light or the signal can pass the first signal through the perforation. The reflecting member reflects. It can further include a second rotating body containing at least one perforation, and at least a second signal reflecting member attached to the back of the second rotating body, and can pass through

C: \ My Docuinents \ Patents \ 3779JE.ptd Page 5 538325 V. Description of the invention (3) Or pass through the perforation and face the signal transmitting device 'so that the light or signal can be transmitted through the perforation by the second The signal reflector reflects that the first rotating body has at least one hole for light or a signal to pass through the first rotating body and reach the second rotating body. It can further include a third rotating body containing at least one perforation 'and at least a third signal reflector attached to the back of the third rotating body, and the signal transmitting device can be faced through or passing through the perforation, so that The light or signal can be reflected by the third signal reflector through the perforation. The second rotating body has at least one hole for the light or signal to pass through the second rotating body and reach the third rotating body. It may further include a fourth rotating body containing at least one perforation, and at least a fourth signal reflector is attached to the back of the fourth rotating body, and the signal transmitting device may be faced through or through the perforated rain, so that Light or signals can be reflected by the fourth signal reflecting member through the perforation. The third rotating body has at least one hole for the light or signals to pass through the third rotating body to reach the fourth rotating body. Brief description of the drawings The preferred embodiment of the present invention will be described in detail with the accompanying drawings, so that the present invention can be further understood, where the first picture is part of a time device A top perspective view; the second view is a partial bottom perspective view of this time device; the third view is a partial exploded view of this time device; and the fourth A, four B, four C, four Figure D is a schematic top view of some rotating bodies; and the fifth A, fifth

C: \ My Documents \ Patents \ 3779JE.ptd Page 6 538325__ V. Description of the invention (4) B, F. C, and J D are bottom perspective three-dimensional schematic diagrams of these rotating bodies to implement the structure of the present invention, please time the device owner Needle or even), and set up a non-fixed coupling machine. For example, the detailed description of the embodiment of the coupling device is related to a time device. Refer to the first to third figures. The system includes one or one with 2 3), which can be separately These are other turntables, which are erected in a coaxial state at the same time, respectively. The reflecting element of the rotating body is not provided. Among them, the rotating body of the present invention (20, 2 is, for example, a minute hand, an hour hand, and a second = ~ some axes (25, 2) is a plate body ( 1 0 can rotate relatively, that is, these rotating bodies (20-structure (7 1, 7 2)) or one or more drivers (70), (70), wherein the rotating body (2 3) can be, for example, 1 or 72) The axis (2 5-2 7) of one of the rotating bodies (0-23) is used to rotate these 7 4 7 -7 5) can be used as a debt collection (8 1) device ( 8 3), so that the rotating body (2 can be used by the driver (7 Q measuring device (80) for testing or calibration of workers, so as to emit light) can be used to receive reflections 2 3) to connect 'for example The rotating body is among them 2 3) each connection 0-2) driving light, which includes light for lines. It is connected by one or one and stepper motor etc. (one of 20-2. These are rotated to a pointer (3) and the pointer to rotate. The launch and anti-coupled drive is 3) 〇 structure (7 Body (2 7 3, (73)

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538325 V. Description of the invention (5) (2 0 — 2 3) and the integrated measuring device (80) are traditional zero-level components, so I will not repeat them here. Then 'please refer to the fourth A, four B, four C, and four D drawings and the fifth A, five B, five C, and five D drawings, and the rotating bodies (20, 23, 2 1) each include one or one The above holes (30, 31, 32) can be used for the light emitted by the signal transmitting device (81) to pass through. Each of these rotating bodies (20-23) is provided with one or more signal reflecting members (3, 3, 4, 3, 3, 3, 6), such as reflective elements, for users who reflect signals or reflect light. Among them, these rotating bodies (2 0-2 3) are preferably made of materials that do not reflect light or signals, and the signal reflectors (3 3, 3 4, 3, 5, 3 6) can be used to The light emitted by the signal transmitting device (8 1) is reflected to the signal receiving device (8 3). These rotating bodies (20—23) each have one or more perforations (37, 38, 39, 40), wherein these perforations (37—40) can be reported quickly and accurately in the rotating body (2 〇 2 3) For example, it is accurately formed at the same time when molding. After the perforations (37-40) of the rotating bodies (20-23) are molded, for example, we can quickly attach the signal reflectors (33, 34, 35, 3Θ) to the rotating The back side (41) of the body (2 0—2 3), or the perforations (37—40) are located facing the signal transmitting device (81), so that light or signals can pass through or pass through the rotating bodies ( 2 0 2 3) these perforations (3 7-40) and these signal reflectors (3 3, 3

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4 3 5 ′ 3 6) reflect these lights or signals back to the signal receiving device (8 3). V. Description of the invention (6) Among them, it must be noted that these signal reflecting members (3 3 _ 3 6) do not need to be cut and formed very accurately, and can be quickly and conveniently attached to these turning bodies (2 〇 — 2 3) at the back (4 1), so that they can be quickly and accurately attached to the rotating bodies (2012-2 3) near or to seal the perforations (37 ~ 40), and This allows light to be reflected back through the signal reflector (3 3-36) through or through these perforations (37-40). Furthermore, I can also apply a transparent or translucent Thai rubber layer on the surface of the signal reflection members (3 3-3 6) to be adhered to the rotating bodies (201-23). Therefore, Users can quickly and easily attach these signal reflectors (3 3 _ 3 6) to these rotating bodies (20-23) in a similar way to self-adhesive label weaving. Furthermore, as long as the signal reflecting members (3 3-3 6) are long or wide enough, or the length and width are larger than the sizes of the penetrating L (37-40) of the rotating bodies (20_23), As long as the signal reflecting members 3-36) can be adhered to the surfaces of the rotating bodies (20-23), it is not necessary to completely seal these rotating bodies (20 ~ 23). The perforation (3 7 — 4 0), as long as these signal reflectors (3 3-3 6) can reflect light or signals. During operation, please refer to the third figure. The driver (70) and Associated Press (71) can rotate the rotating body (20) to make the hole% (30) or perforated (37). ) Respectively with the signal transmitting device (8 1)

538325 V. Description of the invention (7), so that the signal transmitting device or the signal reflecting member (3 3 device (8 3)) can be provided. When the signal transmitting device passes through the hole (2 0) of the rotating body (2 0), 3) The driver can be rotated to align the holes (3 1 emitting device (8 1)), and the emitted light is reflected by the hole (3 1 (3 6)) to the light and the signal The transmitting device (8 hole of the rotating body (20, 23) can be driven by the driver 2) to rotate to its hole 8) and the signal emitting device (8 1) emits light. The signal reflecting member (3 4) will (83). When the signal transmitting device passes the rotating body (20, 23, 3 2), the rotating body () and the coupling mechanism (7 2) are driven ( 3 9) Pass the light emitted by the signal transmitting device (8 1) (8 1), respectively, and reflect the light to the signal receiving (8 1). The light emitted can pass through (3 0 ), The rotating body 7 0) and the coupling mechanism (7 2) drive) or the perforation (40) are separately available for signal transmission equipment (81)) through 'or signal receiving device by signal reflection member (83). 1) When the emitted light can pass through the hole (30, 31), the actuator (70) is aligned with the coupling mechanism (7 (3 2)) or any one of the perforations (3 8 1) so that The signal transmission line passes through the hole (3 2), or the light can be reflected to the signal receiving device (8 1). The light emitted by the signal receiving device (8 1) can pass through the hole (3 0, 3 1, 2 2). The driver (70) is rotated so that any one of its perforations (81) is aligned so that the available light is reflected by its signal reflector (3 5

538325 V. Description of the invention (8)) The light is reflected to the signal receiving device (8 3). It must be noted that these rotating bodies (20-23) can each be provided with one or more perforations (37-7-40), and one or one can be passed through these perforations (37-7-40) respectively. The above signal reflectors (3 3-3 6) reflect light or signals. Furthermore, the remote signal reflectors (3 3-3 6) do not need to be cut or cut with high precision, but can be quickly and easily attached to the back (41) of these rotating bodies (20-2 3). 'So as to be located at the positions of these perforations (37-7-40), and these perforations (37-40) can be accurately formed at the same time when the rotating bodies (20-23) are molded, so that they It is quite convenient and fast to manufacture. As shown in the second figure, the plate body (10) may include one or more channels (11) for light to pass through. A hood (1 2) may further be provided with a 〆 or more than one hole slot (1 4) for restriction, or guide light or a signal through the hole slot (1 4). The joint mechanism (7 1, 7 2) may further include one or more rotating bodies (77), and the rotating body (77) may also have one or more channels (7 8), and signal transmission. The device (81) is aligned so that the light emitted by the signal transmitting device (81) can pass through. Therefore, as long as one or more perforations (3 7-40) are provided on the rotating body (20-23), and at least one signal reflecting member (3 3-36) is quickly attached to the rotating body (20-23) All structures or methods for reflecting light or signals are included in the scope and scope of the present invention and should be protected.

538325 V. Description of the invention (9) In summary, the reflective element setting structure of the rotating body of the time device of the present invention is quite simple, and it is quite easy to manufacture and assemble, and the manufacturing cost is low. The features of the present invention are indeed better than those of conventional ones. The clock is more advanced. It conforms to the requirements of the patent law for new invention patents in China, and is based on a patent application. 1223337778 Brief description of drawing number 0) Plate body (1 1) Channel 0, 21, 22, 23, 77) Rotating body 5, 2 6, 2 7) Axes 0, 3 1, 3 2) Holes 3, 34 , 35, 36) Signal reflectors 7, 38, 39, 40) Perforation 0) Driver (7 1, 7 2) Connection mechanism 3, 7 4 and 7 5) Pointer 8) Channel (80) Detection device 1) Signal transmitting device (8 3) signal receiving device

Claims (1)

538325 VI. Scope of patent application1. A reflective element setting structure of a rotating body of a time device, including a signal transmitting device (81) for transmitting light, a first rotating body (20), and a first signal The reflecting member (33), wherein: the first rotating body (20) is provided with at least one perforation (37), and the first signal reflecting member (3 3) is attached to the first rotating body (2 0). The back side of the light emitting device enables the light or signal emitted by the signal transmitting device (81) to be reflected by the first signal reflecting member (33) through or through the perforation (37) of the rotating body (20). 2. The reflective element setting structure of the rotating body of the time device according to item 1 of the scope of patent application, which further includes a second rotating body (23) containing at least one perforation (40), and at least one second A signal reflector (36) is attached to the back of the second rotating body (23), and can face the signal transmitting device (81) through or through the perforation (40), so that light or signals can pass through The perforation (40) is reflected by the second signal reflector (36). The first rotating body (20) has at least one hole (30) so that light or signals can pass through the first rotating body. (20) and reach the second rotating body (23). 3. The reflective element setting structure of the rotating body of the time device according to item 2 of the scope of patent application, which further includes a third rotating body (21) containing at least one perforation (38), and at least one first The three-signal reflector (3 4) is attached to the back of the third rotating body (2 1), and can pass through C: \ My Documents, patents \ 3779JE.ptd Page 13 538325 VI. Scope of patent application ------- ~ Facing the signal transmitting device by or through the perforation (3 8) (the light or signal can be Through the perforation (3 8) and the 8-1), the shooting piece (3 4) is reflected, and the second rotating body (2 3) belongs to! There are two signal anti-holes (3 1) for light or signal It can pass through the second ^ at least one hole (23) to the third rotating body (21). The body movement number and the rotation information, the movement is set on the four sides, the back is equipped with the first one, the shooting room is the smallest N rounds, the number 1 to 2 is included, and the 2 message is packaged with C, the body, and the body. 3, 9 turns to 3rd 4th round} around the 9th fan of C, the hole 3 passes through to C, a hole is set up, please put less through the application m to j, the document has 5 roots and 3 passes • Light} C or 4 anti 2 pieces of 2-radiation body {anti-can 9 (3-body C ground hole turns through three verses of the warp, to shoot reversible & b ^) X 5 or 3-line C light Anti-Jgu, # \ " " " N News 1 4 8th C should be the reason and 2 3rd time to pass. Jtuu sends} 2 or 2 lines of C light body powered to turn, 4th 2nd up to 3 to C and ^) hole 1 1 2 less C to body with moving gear C: \ My Documents \ Patents \ 3779JE.ptd Page 14