CN205115107U - Hydrogen -rich water stick with two kinds of charge mode - Google Patents

Abstract

The utility model relates to the technical field of household items, a hydrogen -rich water stick with two kinds of charge mode is provided, including hydrogen -rich water stick main part and can with the charging base of external power source switch -on, the last socket that is equipped with of charging base, be equipped with the contact that charges in the socket, hydrogen -rich water stick main part is inserted and is located in the socket, be equipped with in the hydrogen -rich water stick main part can with the charge terminal of the contact that charges intercommunication, still be equipped with the USB interface that charges in the hydrogen -rich water stick main part. The utility model discloses in, when being in, can utilize charging base to charge to the hydrogen -rich water stick, while being out, can utilize USB to charge the interface and charge to the hydrogen -rich water stick, the consumer can select different charge mode according to self condition to make things convenient for the use of hydrogen -rich water stick.

Description

There is the rich hydrogen water rod of two kinds of charge modes

Technical field

The utility model technical field of living goods, more particularly, relates to a kind of rich hydrogen water rod with two kinds of charge modes.

Background technology

Existing rich hydrogen water rod, adopts internal battery mostly.When rich hydrogen water rod does not have electricity, directly change battery.Because rich hydrogen water rod is as one way of life articles for use, every day all will use, and like this, power consumption is also very fast, and life-time service battery consumption is many, is also a no small spending for human consumer.Although also there is rechargeable rich hydrogen water rod, owing to only having a kind of charged form, so sometimes limit by place, charging is also inconvenient.

Utility model content

The purpose of this utility model is the rich hydrogen water rod providing a kind of two kinds of charge modes, is intended to solve rich hydrogen water rod charge mode in prior art single, by the problem of place restriction.

For solving the problems of the technologies described above, the technical solution of the utility model is: provide a kind of rich hydrogen water rod with two kinds of charge modes, the charging base comprising rich hydrogen water rod main body and can connect with external power source, described charging base is provided with socket, charging contact is provided with in described socket, described rich hydrogen water rod main body is inserted in described socket, and described rich hydrogen water rod main body is provided with the charging terminal that can be communicated with described charging contact, and described rich hydrogen water rod main body is also provided with USB charging inlet.

Alternatively, rich hydrogen water rod main body is also provided with the pilot lamp being used to indicate charging state.

Alternatively, described pilot lamp is multiple, and multiple described pilot lamp be arranged in parallel, and during charging, the pilot lamp quantity be lit is directly proportional to charge volume.

Alternatively, described rich hydrogen water rod main body comprises housing, the battery be located in described housing, the first circuit board be electrically connected with described battery and the electrolytic bar that is electrically connected with described first circuit board, described charging terminal is located on described first circuit board, and described first circuit board is provided with the USB charging terminal be built in described USB charging inlet.

Alternatively, described electrolytic bar is three, three described electrolytic bars carry out under described first circuit board controls one just two negative temporary substitutes with a negative pairwise orthogonal do.

Alternatively, described case top is provided with the contact witch be communicated with described first circuit board.

In the utility model, when being in, charging base can be utilized to charge to rich hydrogen water rod, when going out, USB charging inlet can be utilized to charge to rich hydrogen water rod, and human consumer can select different charging modes according to own situation, thus facilitates the use of rich hydrogen water rod.

Accompanying drawing explanation

Fig. 1 is the front view of the rich hydrogen water rod that the utility model embodiment provides;

Fig. 2 is the sectional view of the rich hydrogen water rod that the utility model embodiment provides;

Fig. 3 is another angle sectional view of the rich hydrogen water rod that the utility model embodiment provides;

Fig. 4 is the decomposing schematic representation of the rich hydrogen water rod that the utility model embodiment provides;

Fig. 5 is the structural representation before the rich hydrogen water rod middle shell that provides of the utility model embodiment and charging base charge;

10-housing; 11-upper housing;

12-lower housing; 121-buckle;

13-base; 20-first circuit board;

21-USB charging terminal; 22-charging terminal;

30-battery; 40-electrolytic bar;

50-electrolytic bar support; 51-footstock;

511-draw-in groove; 52-base plate;

53-side plate; 54-briquetting;

55-second circuit board; 60-upper bracket;

61-USB charge port; 70-charging base;

71-socket; 80-light-blocking block;

81-pilot lamp; 90-contact witch;

23-electric connecting sheet.

Embodiment

In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.

It should be noted that, when element is called as " being fixed on " or " being arranged at " another element, it can directly on another element or may there is centering elements simultaneously.When an element is called as " being connected to " another element, it can be directly connected to another element or may there is centering elements simultaneously.

Also it should be noted that, the orientation term such as left and right, upper and lower in the present embodiment, is only relative concept or be reference with the normal service condition of product each other, and should not be regarded as have restrictive.

Referring to figs. 1 through Fig. 4, the rich hydrogen water rod that the utility model provides, comprise rich hydrogen water rod main body, and rich hydrogen water rod main body comprises overall in bar-shaped housing 10, the battery 30 be located at the first circuit board 20 in housing 10 and be electrically connected with first circuit board 20, also comprise three electrolytic bars 40 be located at and be electrically connected with first circuit board 20 in housing 10, electrolytic bar 40 is three, three electrolytic bars 40 carry out under first circuit board 20 control one just two negative temporary substitutes with a negative pairwise orthogonal do.

In the present embodiment, first circuit board 20 and battery 30 conducting, electrolytic bar 40 is energized, when being placed in water, electrolysis can be carried out to water, electrolysis goes out abundant hydrogen for needed by human body, has two to connect with the positive pole of power supply in three electrolytic bars 40, and the negative pole of another and power supply is connected, or, connect with the negative pole of power supply for two, the positive pole of another and power supply is connected, and is namely to form two anodes of brine electrolysis and a negative electrode or two negative electrodes and an anode.And under the transformation of circuit, the polarity of three electrolytic bars 40 hockets, ion in brine electrolysis is reciprocating, alleviate electric charge to produce electrolysis towards the motion of direction for a long time the problem of dirt, like this, not only increase the efficiency of electrolysis, and improve the work-ing life of rich hydrogen water rod.

In the present embodiment, rich hydrogen water rod also comprises an electrolytic bar support 50, electrolytic bar support 50 comprises footstock 51, base plate 52 and three side plates, 53, three side plate 53 intervals be connected between footstock 51 and base plate 52 are arranged, and three electrolytic bars 40 are individually fixed in inside three side plates 53.Three side plate 53 intervals are arranged, and the two ends of three side plates 53 are inserted in footstock 51 respectively with on base plate 52.Owing to having interval between three side plates 53, like this, after three electrolytic bars 40 are fixing, three electrolytic bars 40 are in half naked state.When electrolytic bar support 50 is placed in tap water, enters in the gap of tap water namely by three side plates 53 and fully contact with three electrolytic bars 40, thus make three electrolytic bars 40 can carry out electrolysis to tap water fully.

Particularly, housing 10 comprises the upper housing 11 of tubular and the lower housing 12 of tubular, and the external diameter of upper housing 11 mates with the external diameter of lower housing 12, thus docking good both ensureing.The bottom of tubular lower housing 12 is sealed by base 13.The top of the footstock 51 of electrolytic bar support 50 is connected in the bottom of upper housing 11, and the bottom of footstock 51, three side plates 53 and base plate 52 stretch in lower housing 12, and the bottom of the top of lower housing 12 and footstock 51 removably connects.As can be seen from Fig. 2, Fig. 3, the top of lower housing 12 is connected by buckle structure with the bottom of footstock 51.The lower sides of footstock 51 is provided with draw-in groove 511, and the top inner wall of lower housing 12 is provided with the buckle 121 with draw-in groove 511 clamping.When electrolytic bar support 50 loads lower housing 12, utilize the elasticity of lower housing 12, buckle 121 is pushed into clamping in draw-in groove 511, when disassembled, utilize the elasticity of lower housing 12 equally, twitch lower housing 12, buckle 121 and draw-in groove 511 are departed from.Like this; when carrying out electrolysis; lower housing 12 is pulled down; the lower part of electrolytic bar support 50 is inserted in water and carries out electrolysis; after electrolysis completes; be inserted in by electrolytic bar support 50 in lower housing 12, lower housing 12 pairs of electrolytic bar supports 50 play a protective role, and avoid the pollution that external dust, foreign material etc. cause electrolytic bar 40 again.

Particularly, first circuit board 20 is positioned at the top of upper housing 11, battery 30 is located at below first circuit board 20, the bottom of battery 30 is placed in footstock 51, briquetting 54 is provided with in footstock 51, be provided with the second circuit board 55 be electrically connected with three electrolytic bars 40 in briquetting 54, first circuit board 20 is provided with the electric connecting sheet that can stretch into and be electrically connected with second circuit board 55 downwards.Like this, first circuit board 20 is electrically connected with second circuit board 55 by electric connecting sheet, thus realizes first circuit board 20 and be electrically connected with three electrolytic bars 40.

In the present embodiment, briquetting 54 is provided with three the first jacks (in figure non-label), the top of three electrolytic bars 40 is stretched in three the first jacks respectively, be provided with three the second jacks (in figure non-label) in base plate 52, the bottom of three electrolytic bars 40 is placed in three the second jacks respectively.

Further, rich hydrogen water rod also comprises a upper bracket 60, upper bracket 60 is inserted by the top section of upper housing 11, first circuit board 20 is located in upper bracket 60, first circuit board 20 is provided with USB charging terminal 21, upper bracket 60 is provided with USB charge port 61, USB charging terminal 21 and is placed in formation USB charging inlet in USB charge port 61.By arranging USB charging inlet, utilize USB charging inlet can charge to rich hydrogen water rod.The work of present people all be unable to do without computer with life, also water is be unable to do without, people spend the most of the time in routine work study before computer, by arranging this USB charging structure, be convenient for people to use rich hydrogen water rod whenever and wherever possible when daily drinking-water, and can charge to rich hydrogen water rod whenever and wherever possible.

Further, with reference to Fig. 5, rich hydrogen water rod also comprises the charging base 70 can connected with external power source, charging base 70 is provided with socket 71, housing 10 is inserted in socket 71 after being inverted, be provided with charging contact (not shown) in socket 71, first circuit board 20 be provided with can with the charging terminal 22 of charging contact electric connection.Charging base 70 is set, rich hydrogen water rod is not only made to have how a kind of charging modes, and charging base 70 also has storage function, when not needing to use rich hydrogen water rod, main housing 10 is directly plugged on charging base 70, in working environment, particularly uses rich hydrogen water rod, avoid conveniently rich hydrogen water rod being placed dropping on the table or losing, and rich hydrogen water rod coordinates with charging base 70 the effect also playing and beautify desk tops.

In the present embodiment, be also provided with light-blocking block 80 in upper bracket 60, light-blocking block 80 be fixed with the pilot lamp 81 being used to indicate charging state, upper housing 11 is provided with through hole (in figure non-label), and pilot lamp 81 stretches out by through hole.Pilot lamp 81 is multiple (being three) in the present embodiment, and three pilot lamp 81 from top to bottom be arranged in parallel, and during charging, pilot lamp 81 quantity be lit is directly proportional to charge volume.When namely charging initial, only have a pilot lamp 81 to light, when continuing charging, other pilot lamp 81 is constantly lit, when three pilot lamp 81 complete bright time, represent charging complete, now user can stop charging according to prompting.Certainly, also can charging be pointed out whether to complete by the color arranging pilot lamp 81.

In the present embodiment, upper bracket 60 top is provided with the contact witch 90 be communicated with first circuit board 20.Adopt contact witch 90, be quick on the draw, be convenient to start and shutdown.

These are only preferred embodiment of the present utility model, not in order to limit the utility model, all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.

Claims (6)

1. one kind has the rich hydrogen water rod of two kinds of charge modes, it is characterized in that: the charging base comprising rich hydrogen water rod main body and can connect with external power source, described charging base is provided with socket, charging contact is provided with in described socket, described rich hydrogen water rod main body is inserted in described socket, described rich hydrogen water rod main body is provided with the charging terminal that can be communicated with described charging contact, and described rich hydrogen water rod main body is also provided with USB charging inlet.

2. there is the rich hydrogen water rod of two kinds of charge modes as claimed in claim 1, it is characterized in that: rich hydrogen water rod main body is also provided with the pilot lamp being used to indicate charging state.

3. have the rich hydrogen water rod of two kinds of charge modes as claimed in claim 2, it is characterized in that: described pilot lamp is multiple, multiple described pilot lamp be arranged in parallel, and during charging, the pilot lamp quantity be lit is directly proportional to charge volume.

4. there is the rich hydrogen water rod of two kinds of charge modes as claimed any one in claims 1 to 3, it is characterized in that: described rich hydrogen water rod main body comprises housing, the battery be located in described housing, the first circuit board be electrically connected with described battery and the electrolytic bar that is electrically connected with described first circuit board, described charging terminal is located on described first circuit board, and described first circuit board is provided with the USB charging terminal be built in described USB charging inlet.

5. there is the rich hydrogen water rod of two kinds of charge modes as claimed in claim 4, it is characterized in that: described electrolytic bar is three, three described electrolytic bars carry out under described first circuit board controls one just two negative temporary substitutes with a negative pairwise orthogonal do.

6. there is the rich hydrogen water rod of two kinds of charge modes as claimed in claim 4, it is characterized in that: described case top is provided with the contact witch be communicated with described first circuit board.