CN203241716U - Selective LED (light-emitting diode) clock - Google Patents
Selective LED (light-emitting diode) clock Download PDFInfo
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- CN203241716U CN203241716U CN 201320274915 CN201320274915U CN203241716U CN 203241716 U CN203241716 U CN 203241716U CN 201320274915 CN201320274915 CN 201320274915 CN 201320274915 U CN201320274915 U CN 201320274915U CN 203241716 U CN203241716 U CN 203241716U
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Abstract
The utility model provides a selective LED (light-emitting diode) clock which comprises a clock dial, clock hands and a clock movement, wherein time scales are arranged on the front surface of the clock dial, the clock hands are arranged on the front surface of the clock dial, point to the time scales and can rotate continuously on the clock dial under the driving of the clock movement, the clock dial is provided with a light transmitting area and a light-proof area, a plurality of light sources are arranged on the back of the clock dial, the light emitted from the light sources can penetrate through the light transmitting area, so that the time scales can be seen; the clock hands are provided with a PCB (printed circuit board), and one or more LED lamp sources are distributed on the PCB; and a rotary conductive device is arranged between the clock movement and each clock hand, so that the clock movement can continuously provide electricity for the clock hands rotating constantly. According to the selective LED clock, the rotary conductive device is arranged between the clock movement and each clock hand, so that the clock movement can continuously provide electricity for the clock hands rotating constantly, the rotary conductive device plays a good role in conductivity, and meanwhile, the probability of wire winding is lowered.
Description
Technical field
The utility model mainly relates to the time set field, relate in particular to a kind of in the relatively poor environment of light condition, the time on the crystal clock still as seen, and the low LED clock of power consumption.
Background technology
Ordinary clock to evening do not having outer lamp source or light too dark even do not have in the situation of light, be difficult for seeing clearly the moment and pointer position on the clock, for inconvenience open the illumination and do not have under the environment of lighting device, the user can't take the time, and brings inconvenience to the user; Existing clock with noctilucent function is that fluorescent material is coated on the clock, makes time scale or decoration picture and text on the clock dial, and there is following defective in this technology:
1) brightness of this light is low, and it is short to continue the luminous time, and along with the prolongation of time, the intensity of light can decline, and long-time the use just can not be seen the time clearly at night or the darker place of light;
2) even have and contain the radioactive material that human body is had harm in some fluorescent materials, although sustainable luminous, its radioactivity causes certain harm to human body.
Also some adopts neon bulb directly to make luminous scale, and this lamp illumination effect is good, but power consumption is very large, and the life-span is not long, and brightness is stable not.
The utility model content
In order to overcome above-mentioned defective, the purpose of this utility model is by being provided with the light source of low energy consumption at pointer and scale, to be implemented in the relatively poor environment of light condition, make the time of conventional quartz clock as seen, and power consumption being low.
For achieving the above object, the technical solution of the utility model is:
A kind of selectivity LED clock, it comprises clock dial, clock pin and clock movement; The front of described clock dial is provided with time scale, and described clock pin is located at the positive of clock dial and is pointed to time scale, and continues to rotate at clock dial under the driving of clock movement; Described clock dial is provided with photic zone and light tight district; The described clock dial back side is provided with some light sources, and satisfies the light transmissive photic zone that sends from light source, to realize time scale as seen; Described clock pin is provided with the PCB wiring board and in PCB wiring board distribute one or above LED lamp source; Be provided with rotary conductive device between described clock movement and each the clock pin so that clock movement sustainable be clock pin power supply in constantly rotating.
Described rotary conductive device is provided with anodal probe and negative pole probe at a clock pin at least, is provided with anode ring and negative pole ring at clock movement, and described anodal probe is connected the both positive and negative polarity that the PCB wiring board connects LED lamp source on the clock pin with the negative pole probe; Described anodal probe is different to the distance of clock pin rotating shaft with the negative pole probe, and be complementary with the radius of anode ring, negative pole ring respectively, so that the clock pin is at rotation process, positive pole control syringe needle on the clock pin leans all the time on the anode ring of clock movement, leans all the time on the negative pole ring of clock movement with the negative pole control syringe needle on the clock pin.
Described clock pin is equipped with probe slot in the position that anodal probe and negative pole probe are installed, be provided with a spring in the probe slot, described anodal probe and negative pole probe all have an end to stretch in the corresponding probe slot and are pressed against an end of spring, so that the other end Elastic Contact of anodal probe is on anode ring, the other end Elastic Contact of negative pole probe is on the negative pole ring.
Described clock pin comprises hour hands and minute hand; Described rotary conductive device is equipped with anodal probe and negative pole probe at two end faces of the clock pin of close clock dial, be provided with anode ring and negative pole ring at another clock pin away from clock dial, described anode ring is connected the connection of PCB wiring board away from the both positive and negative polarity in LED lamp source on the clock pin of clock dial with the negative pole ring; Near having at least one group of anodal probe and negative pole probe to be matched with respectively away from anode ring, negative pole ring on another clock pin of clock dial on the clock pin of clock dial, so that the clock pin is relatively rotating process, all the time lean on the anode ring away from clock dial clock pin near the positive pole control syringe needle on the clock dial clock pin, lean all the time on the negative pole ring away from clock dial clock pin near the negative pole control syringe needle on the clock dial clock pin simultaneously.
Described photic zone also can be provided with transparent decoration picture and text, so that the clock dial transparent part has outstanding visual effect.
Described time scale is located at the clear area of clock dial, or has time scale hollow out on the clock dial correspondence position at least, and the light that clock dial back light source is sent can directly transmit from hollow part, and as corresponding scale displaying time.
The front that linearly is distributed in the clock pin is pointed in described LED lamp source along the clock pin.
The described clock dial back side is provided with a light tight film, and described opaque film is in time scale or transparent decoration pictures part correspondence position hollow out.
Described LED lamp source is a kind of in monochromatic LED light source, multi-colored led color lamp or the ordinary light source.
The usefulness of technique scheme is:
1, the utility model is provided with rotary conductive device between clock movement and each clock pin so that clock movement sustainable be clock pin power supply in constantly rotating, played good electric action, reduced simultaneously the probability that circuit is intertwined.
2, basis is novel is provided with some light sources at the clock dial back side, and satisfy the light transmissive photic zone that sends from described light source, realizing time scale as seen, even in the relatively poor environment of light condition, also can clearly see the moment and pointer position on the clock clearly, and power consumption is low; Be provided with LED lamp source at the clock pin in addition, it is positive that the lamp source is preferable over the clock pin, and under the light source energising, whole clock pin presents the light that light source is arranged in a line, very obviously outstanding at night, can well identify pointer indication scale.
3, this new type light source is multi-colored led light source, and not only power consumption is little, brightness stability, the life-span is long, volume is little, and has good decorative effect.
4, this novel described led light source can be selected according to no need of production, one of also can select in monochromatic LED light source or other ordinary light sources.
5, this novel to have solved existing clock and watch luminous faint by fluorescent material, the shortcoming that the duration is short, this New LED bell structure is simple, luminosity is high and longer duration.
6, basis is novel also can connect with existing known timing circuit, only at noctilucence, has greatly saved the energy with assurance.
Below in conjunction with the drawings and specific embodiments to this novel being further described.
Description of drawings
Fig. 1 is the utility model structure front schematic view;
Fig. 2 is this practical rotary conductive device structural representation;
Fig. 3 is the explosive view of the utility model embodiment 1LED clock.
Embodiment
A kind of selectivity LED clock as shown in Figure 1, it comprises clock dial 1, clock pin 2 and clock movement 3; Described clock pin 2 comprises hour hands 21 and minute hand 22 so that hour hands 21 and minute hand 22 be installed on the clock movement 3 successively, namely minute hand 22 with respect to hour hands 21 near clock dials 1, hour hands 21 with respect to minute hand 22 away from clock dial 1; The front of described clock dial 1 is provided with time scale 4, and described pointer is located at the positive of clock dial and is pointed to time scale 4, and continues to rotate at clock dial 1 under the driving of clock movement 3; Described clock dial 1 is provided with photic zone and light tight district; Described clock dial 1 back side is provided with light source, and satisfies the light transmissive photic zone that sends from described light source, to realize time scale 4 as seen; Described photic zone also can be provided with transparent decoration picture and text, so that the clock dial transparent part has outstanding visual effect; Described clock pin is provided with PCB wiring board 5, and in PCB wiring board 5 distribution LED lamp sources 6; The front that linearly is distributed in the clock pin is pointed to along clock pin 2 in described LED lamp source 6; Be provided with probe 7 between described clock movement 3 and each the clock pin so that clock movement 3 sustainable be clock pin 2 power supplies in constantly rotating; Described clock pin 2 is provided with anodal probe 8 and negative pole probe 9, is provided with anode ring 10 and negative pole ring 11 at clock movement 3, and described anodal probe 8 is connected with the negative pole probe by the both positive and negative polarity in LED lamp source 6 on the PCB wiring board 5 connection clock pins 2.
Described clock pin 2 is equipped with probe slot 12 in the position that anodal probe 8 and negative pole probe 9 are installed, be provided with a spring 13 in the probe slot 12, described probe 7 one ends stretch in the probe slot 12 and are pressed against an end of spring, so that the other end Elastic Contact of anodal probe 8 is on anode ring 10, the other end Elastic Contact of negative pole probe 9 is on negative pole ring 11.
Be equipped with anodal probe 8 and negative pole probe 9 on two end faces of described minute hand 22, be provided with anode ring 10 and negative pole ring 11 at hour hands, described anode ring is connected the both positive and negative polarity that PCB wiring board 5 connects LED lamp source 6 on the hour hands with the negative pole ring.
Present embodiment can also be assembled in minute hand 22 and hour hands 21 on the hour hands movement 3 successively, described hour hands are with respect to the close clock dial 1 of minute hand, be minute hand 22 with respect to hour hands 21 away from clock dial 1, be equipped with anodal probe 8 and negative pole probe 9 on two end faces of described hour hands, be provided with anode ring 10 and negative pole ring 11 at minute hand, described anode ring is connected the both positive and negative polarity that PCB wiring board 5 connects LED lamp source 6 on the minute hand with the negative pole ring.
Principle of work:
As shown in the figure, described anodal probe is different to the distance of clock pin rotating shaft with the negative pole probe, and be complementary with the radius of anode ring 10, negative pole ring 11 respectively, so that the clock pin is at rotation process, positive pole control syringe needle on the clock pin leans all the time on the anode ring 10 of clock movement, leans all the time on the negative pole ring 11 of clock movement with the negative pole control syringe needle on the clock pin; In addition near having one group of anodal probe and negative pole probe to be matched with respectively away from the anode ring on another clock pin of clock dial on the clock pin of clock dial 1, the negative pole ring, so that the clock pin is relatively rotating process, all the time lean on the anode ring away from clock dial clock pin 2 near the positive pole control syringe needle on the clock dial clock pin, all the time lean on the negative pole ring away from clock dial clock pin near the negative pole control syringe needle on the clock dial clock pin with clock, conduction by probe, make that clock movement 3 is sustainable to be the clock pin power supply in constantly rotating, not only play good electric action, and reduced the probability that circuit is intertwined.
The front of clock pin is located in described LED lamp source 6, and satisfy LED lamp source 6 and be equally spaced, to be implemented in the light that the light source on the clock pin is arranged in a line in the situation that described led light source 6 emits beam, very obviously outstanding at night, can well identify pointer indication scale; Described clock dial 1 back side is provided with some light sources, and satisfy the light transmissive photic zone that sends from described light source, realizing time scale as seen, even in the relatively poor environment of light condition, also can clearly see the moment and pointer position on the clock clearly, and power consumption is low; Be provided with LED lamp source at clock pin 2 in addition, it is positive that the lamp source is preferable over the clock pin, and under the light source energising, whole clock pin presents the light that light source is arranged in a line.
Described time scale 4 is located at the clear area of clock dial 1, hollow out on ten two time scale places and clock dial correspondence position, and the light that clock dial back light source is sent can directly transmit from hollow part, and as the scale displaying time of corresponding 12 correspondences.
Used ten two time scale in the present embodiment, can certainly be provided with as required a place or more than, such as a: place, two places, everywhere, eight places; 20 everywhere; Described lamp source distribution can be one or more than, also can arrange as required a plurality of, such as one, two, three, four, five; Described clock dial 1 back side light source is provided with some, can arrange as required, as: one, two, three, four.
The pin of clock described in the present embodiment is provided with anodal probe 8 and negative pole probe 9, and this clock pin is one, also can establish as required two or three; The anodal probe that arranges on the described clock pin and negative pole probe 7 can be one group, also can arrange as required one group or more than, such as two groups, three groups; Two negative poles of two positive poles are set on the described probe 7, also can arrange according to stressed needs, such as a positive pole, a negative pole, three positive poles, three negative poles.
Obviously this new selective LED clock is not limited to above-described embodiment, can also be following arbitrary scheme at least: described LED lamp source is a kind of in monochromatic LED light source, multi-colored led color lamp or the ordinary light source.
This first novel goal of the invention is: by be provided with the light source of low energy consumption at pointer and scale, to be implemented in the relatively poor environment of light condition, make the time of conventional quartz clock as seen, and power consumption is low; More than be for preferred embodiment of the present utility model; the description that the utility model is carried out; those skilled in the art should do some suitable change within not breaking away from spirit and scope of the present utility model, it all belongs in the scope that the utility model appended claims asks for protection.
Claims (9)
1. selectivity LED clock, it comprises clock dial, clock pin and clock movement; The front of described clock dial is provided with time scale, and described clock pin is located at the positive of clock dial and is pointed to time scale, and continues to rotate at clock dial under the driving of clock movement; It is characterized in that: described clock dial is provided with photic zone and light tight district; The described clock dial back side is provided with some light sources, and satisfies the light transmissive photic zone that sends from light source, to realize time scale as seen; Described clock pin is provided with the PCB wiring board and in PCB wiring board distribute one or above LED lamp source; Be provided with rotary conductive device between described clock movement and each the clock pin so that clock movement sustainable be clock pin power supply in constantly rotating.
2. a kind of selectivity LED clock as claimed in claim 1, it is characterized in that: described rotary conductive device is provided with anodal probe and negative pole probe at a clock pin at least, be provided with anode ring and negative pole ring at clock movement, described anodal probe is connected the both positive and negative polarity that the PCB wiring board connects LED lamp source on the clock pin with the negative pole probe; Described anodal probe is different to the distance of clock pin rotating shaft with the negative pole probe, and be complementary with the radius of anode ring, negative pole ring respectively, so that the clock pin is at rotation process, positive pole control syringe needle on the clock pin leans all the time on the anode ring of clock movement, leans all the time on the negative pole ring of clock movement with the negative pole control syringe needle on the clock pin.
3. a kind of selectivity LED clock as claimed in claim 2, it is characterized in that: described clock pin is equipped with probe slot in the position that anodal probe and negative pole probe are installed, be provided with a spring in the probe slot, described anodal probe and negative pole probe all have an end to stretch in the corresponding probe slot and are pressed against an end of spring, so that the other end Elastic Contact of anodal probe is on anode ring, the other end Elastic Contact of negative pole probe is on the negative pole ring.
4. a kind of selectivity LED clock as claimed in claim 3, it is characterized in that: described clock pin comprises hour hands and minute hand; Described rotary conductive device is equipped with anodal probe and negative pole probe at two end faces of the clock pin of close clock dial, be provided with anode ring and negative pole ring at another clock pin away from clock dial, described anode ring is connected the connection of PCB wiring board away from the both positive and negative polarity in LED lamp source on the clock pin of clock dial with the negative pole ring; Near having at least one group of anodal probe and negative pole probe to be matched with respectively away from anode ring, negative pole ring on another clock pin of clock dial on the clock pin of clock dial, so that the clock pin is relatively rotating process, all the time lean on the anode ring away from clock dial clock pin near the positive pole control syringe needle on the clock dial clock pin, lean all the time on the negative pole ring away from clock dial clock pin near the negative pole control syringe needle on the clock dial clock pin simultaneously.
5. a kind of selectivity LED clock as claimed in claim 1, it is characterized in that: described photic zone also can be provided with transparent decoration picture and text, so that the clock dial transparent part has outstanding visual effect.
6. a kind of selectivity LED clock as claimed in claim 1, it is characterized in that: described time scale is located at the clear area of clock dial, or has time scale hollow out on the clock dial correspondence position at least, the light that clock dial back light source is sent can directly transmit from hollow part, and as corresponding scale displaying time.
7. a kind of selectivity LED clock as claimed in claim 1 is characterized in that: the front that linearly is distributed in the clock pin is pointed in described LED lamp source along the clock pin.
8. a kind of selectivity LED clock as claimed in claim 1, it is characterized in that: the described clock dial back side is provided with a light tight film, and described opaque film is in time scale or transparent decoration pictures part correspondence position hollow out.
9. a kind of selectivity LED clock as claimed in claim 1 is characterized in that: described LED lamp source is a kind of in monochromatic LED light source, multi-colored led color lamp or the ordinary light source.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320274915 CN203241716U (en) | 2013-05-20 | 2013-05-20 | Selective LED (light-emitting diode) clock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320274915 CN203241716U (en) | 2013-05-20 | 2013-05-20 | Selective LED (light-emitting diode) clock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203241716U true CN203241716U (en) | 2013-10-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320274915 Expired - Fee Related CN203241716U (en) | 2013-05-20 | 2013-05-20 | Selective LED (light-emitting diode) clock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203241716U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021042433A1 (en) * | 2019-09-05 | 2021-03-11 | 陈志� | Smart watch |
-
2013
- 2013-05-20 CN CN 201320274915 patent/CN203241716U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021042433A1 (en) * | 2019-09-05 | 2021-03-11 | 陈志� | Smart watch |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Selective LED (light-emitting diode) clock Effective date of registration: 20140304 Granted publication date: 20131016 Pledgee: Bank of Communications Ltd Zhangzhou branch Pledgor: Fujian Jibang Electronics Co., Ltd. Registration number: 2014350000010 |
|
| PLDC | Enforcement, change and cancellation of contracts on pledge of patent right or utility model | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131016 Termination date: 20170520 |