CN209072102U - A kind of electric energy mould group and electronic equipment - Google Patents
A kind of electric energy mould group and electronic equipment Download PDFInfo
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- CN209072102U CN209072102U CN201821792622.2U CN201821792622U CN209072102U CN 209072102 U CN209072102 U CN 209072102U CN 201821792622 U CN201821792622 U CN 201821792622U CN 209072102 U CN209072102 U CN 209072102U
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Abstract
The utility model discloses a kind of electric energy mould groups, comprising: rotary part；To with the power supply part of rotary part synchronous rotary and realization charging and discharging: being connected with power supply part, the charging unit to charge to power supply part；Charging unit includes: the periphery positioned at rotary part and the positive conductive part and negative conductive part that are arranged along the vertical direction；It is located at the two sides of rotary part, charged to be separately connected positive conductive part and negative conductive part when rotary part is static with realizing to power supply part, and the movement of the direction to be directed away from rotary part under the action of the centrifugal force when rotary part rotates is to realize the trigger unit for being each turned off positive conductive part and negative conductive part.The invention also discloses a kind of electronic equipments including above-mentioned electric energy mould group.
Description
Technical field
The utility model relates to a kind of electric energy mould group and electronic equipments.
Background technique
Presently, there are rotation status under the electronic equipment that works, power supply unit generally use the mode of rotation power supply into
Row power supply.
In the prior art, the electronic equipment to work under rotation status generally includes rotational display screen, the lamps and lanterns of rotation
Deng；As it can be seen that solving powerup issue under rotation status is the key point for designing the electronic equipment to work under rotation status.
The electric energy mould group of this class of electronic devices generally includes a metal clips structure and static external power at present, passes through
Metal clips structure realizes the rotation power supply of the electronic equipment circuit conducting of external power and rotation static under rotation status；Metal
Elastic piece structure rotation power supply refers to that, by stationary metal elastic slice and the contact of high-speed rotating copper ring, external power connects metal clips,
Copper ring then follows the electronic equipment of rotation to rotate, and copper ring is connected with electronic equipment electrode, thus rotation when realizing high speed rotation
Power supply.There are frictional noises for such electric energy mould group greatly, bounce occurs when the copper ring with rotation contacts and causes to be connected for metal clips
The problems such as discontinuous.
Above-mentioned electric energy mould group is since frictional noise is big and supplies to conduct discontinuously to be unsuitable on electronic equipment for consumption, such as
What provides a kind of electric energy mould group, and the powerup issue for solving slewing becomes the skill that those skilled in the art need to solve
Art problem.
Utility model content
The purpose of the utility model is to provide a kind of electric energy mould groups, can realize that nothing is made an uproar for the electronic equipment under rotation status
The continuous power supply of sound is suitble to electronic equipment for consumption to use.It includes above-mentioned electricity that the another object of the utility model, which is to provide a kind of,
Can mould group electronic equipment, it is easy to use, user experience is good.
To achieve the above object, the utility model provides a kind of electric energy mould group, comprising:
Rotary part；
To the power supply part with rotary part synchronous rotary and realization charging and discharging:
It is connected with power supply part, the charging unit to charge to power supply part；
Charging unit includes:
Periphery and the positive conductive part and negative conductive part that are arranged along the vertical direction positioned at rotary part；
It is located at the two sides of rotary part, to be separately connected positive conductive part and negative conductive part when rotary part is static
It is charged with realizing to power supply part, and to be directed away from rotary part under the action of the centrifugal force when rotary part rotates
Direction is moved to realize the trigger unit for being each turned off positive conductive part and negative conductive part.
Preferably, further include runing rest to accommodate trigger unit and with rotary part synchronous rotary；It further include being set to
On runing rest, it is located at two elastic portions of rotary part two sides, the one end of elastic portion far from rotary part and rotation branch
The side wall of frame offsets, and elastic portion offsets close to one end of rotary part with trigger unit.
Preferably, trigger unit includes the mass body to generate centrifugal force in rotary course, further includes and mass body phase
Even, the contact flat spring being in contact to respectively and just conductive part or negative conductive part.
Preferably, contact flat spring include with mass body clamping elastic groove, further include set on elastic groove lateral wall, to
The spring contact to offset respectively with positive conductive part or negative conductive part.
Preferably, spring contact has the arc fold bending side to play buffer function.
Preferably, trigger unit further includes the rotary conductive portion that one end is connected with power supply part, the other end is connected with elastic groove,
And/or；
Further include two to be connected with positive conductive part and negative conductive part respectively, to provide the fixation conductive part of external electric energy.
Preferably, positive conductive part and negative conductive part be in a ring；It further include consolidating to the positive conductive part of fixation and negative conductive part
Fixed rack；And fixed branch is provided with the axially-extending portion to be arranged for positive conductive part and negative conductive part, is additionally provided with and is located at axially
The bottom of extension and the end face radially extended.
Preferably, runing rest includes the supporting plate to support trigger unit, and supporting plate is equipped with via hole；Runing rest further includes setting
The protruding shaft extended in via hole, towards rotary part direction, protruding shaft are equipped with the mounting hole to be fixedly connected with rotary part；Protruding shaft
Have between via hole with the gap worn for axially-extending portion, axially-extending portion is equipped with the limit to be sheathed on protruding shaft
Hole.
Preferably, compared with end face far from supporting plate, rotary part is equipped with positive stop lug boss for the bottom of protruding shaft；It further include that inner ring is fixed on
The bearing of rotary part periphery, the upper and lower end face of bearing fit in bottom and the positive stop lug boss of protruding shaft respectively.
The utility model also provides a kind of electronic equipment, the electric energy mould group including any of the above-described.
It preferably, further include to the display unit with trigger unit synchronous rotary, electric energy mould group connects display unit, to aobvious
Show that portion provides electric energy.
Preferably, further include shell to accommodate display unit and electric energy mould group, and be additionally provided with audio mould group in shell.
Relative to above-mentioned background technique, electric energy mould group provided by the utility model is realized charging using power supply part and is put
Electricity Functional, power supply part connect charging unit；Wherein, power supply part is used to provide electric energy to rotary part, realizes rotary part
Rotation；Charging unit includes two trigger units, positive conductive part and negative conductive part；Under static state, trigger unit with just
Conductive part is connected, another trigger unit is connected with negative conductive part, realizes the conducting of charging unit, and then realize and fill to power supply part
Electricity；When power supply part rotation, two trigger units are moved along the direction far from rotary part under the action of the centrifugal force, a triggering
Portion is disconnected with positive conductive part, another trigger unit is disconnected with negative conductive part, flows to power without charging current at this time
Component, power supply part electric discharge, and then electric energy needed for offer rotation status.As can be seen that charging unit is disconnected under rotation status
It opens, the offer of electric energy is realized in the electric discharge for fully relying on power supply part at this time, since power supply part being capable of synchronous rotation with rotary part
Turn, relative rotation is thus had no between power supply part and rotary part, and then avoids rotation power supply knot in the prior art
It the problems such as friction noise brought by structure, discontinuous friction dust and conducting, realizes the noise under rotation status and significantly drops
It is low, it is suitble to be powered consumer electronic equipment.
It include the electronic equipment of above-mentioned electric energy mould group provided by utility model, it is easy to use, user experience is good.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is the embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, also
Other attached drawings can be obtained according to the attached drawing of offer.
Fig. 1 is the front view of electronic equipment provided by the utility model embodiment；
Fig. 2 is the side view of Fig. 1；
Fig. 3 is the schematic diagram of the securing part in Fig. 1；
Fig. 4 is the schematic diagram of the rotating parts in Fig. 1；
Fig. 5 is the explosive view of Fig. 1；
Fig. 6 is the schematic diagram of electric energy mould group under static state in Fig. 1；
Fig. 7 is schematic diagram of the electric energy mould group under rotation status in Fig. 1；
Fig. 8 is the partial enlargement diagram of part A in Fig. 6；
Fig. 9 is the partial enlargement diagram of part A in Fig. 7.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
In order to make those skilled in the art more fully understand the utility model, with reference to the accompanying drawing and specifically
The utility model is described in further detail for embodiment.
The utility model provides a kind of electric energy mould group, is applied to electronic equipment；Electric energy mould group mainly include rotary part 16,
Power supply part 5 and charging unit, wherein charging unit includes two trigger units, positive conductive part 12 and negative conductive part 13, such as explanation
Shown in book attached drawing 1 to attached drawing 5.
Power supply part 5 can be realized charging and discharging function, and specifically may be configured as rechargeable battery in the prior art (can be with
Specially nickel-metal hydride battery, lithium battery or super capacitor etc.), charging unit is connected with power supply part 5, realizes to power supply part 5
Charging；Namely charging unit should be connected to external electric energy, realize the electric energy of external electric energy being transferred to power supply part 5, so that
Power supply part 5 executes charge function.
Rotary part 16 is considered as rotation reference, and the rotation axis of rotary part 16 is arranged along the vertical direction, such as explanation
Shown in book attached drawing 5.Power supply part 5 and two trigger units can be installed on rotary part 16 by way of direct or indirect connection,
5, two trigger units of power supply part and 16 synchronous rotary of rotary part；Positive conductive part 12 and negative conductive part 13 are set along the vertical direction
It sets, and positive conductive part 12 and negative conductive part 13 are located at the periphery of rotary part 16, both positive conductive part 12 and negative conductive part 13 are no
It is rotated with the rotation of rotary part 16.
Specifically, under static state, 16, two trigger units of rotary part, positive conductive part 12 and negative conductive part 13 are equal
Static, a trigger unit is connected with positive conductive part 12 at this time, another trigger unit is connected with negative conductive part 13, and charging unit is led
It is logical；Herein, above-mentioned " trigger unit is connected with positive conductive part 12, another trigger unit is connected with negative conductive part 13 " and not only
It is only limitted to connect, as long as ensuring to can be realized the transmitting of electric energy between the two；And charging unit conducting then means
The electric energy of external electric energy is transferred to power supply part 5, realizes the charging to power supply part 5.
When needing rotary part 16 to rotate, electric energy is provided to rotary part 16 first with power supply part 5, is then supplied
Electrical components 5 and 16 synchronous rotary of rotary part；During revolving speed gradually rises, trigger unit is increasingly towards far from rotary part
16 direction movement, when the rotation of rotary part 16 to certain revolving speed, a trigger unit and positive conductive part 12 are disengaged, separately
One trigger unit and negative conductive part 13 disengage, and charging unit disconnects, and fully rely on power supply part 5 and mention to rotary part 16
The synchronous of the two can be realized by attachment in the prior art for electric energy, and between power supply part 5 and rotary part 16
Rotation.
Figure of description 5 is please referred to attached drawing 7, electric energy mould group provided by the utility model further includes 7 He of runing rest
Elastic portion 9；Runing rest 7 is moved to accommodate trigger unit, and with for trigger unit；Under the turning effort of rotary part 16,
Drive power supply part 5 and two trigger unit synchronous rotaries.
Runing rest 7 can extend along the direction perpendicular to 16 rotary shaft of rotary part, and the both ends of runing rest 7 are located at
The two sides of 16 rotary shaft of rotary part；Specifically, runing rest 7 is specific in long strip, is cavity body structure, two elastic portions 9
It is located in cavity body structure with two trigger units, elastic portion 9 and trigger unit is avoided to be detached from runing rest 7.One elastic portion 9 and one
A trigger unit is located at the side of rotary part 16, another elastic portion 9 and another trigger unit are located at the another of rotary part 16
Side, as shown in Figure of description 5 to attached drawing 7.
By taking Figure of description 5 to attached left and right orientation shown in Fig. 7 as an example, two elastic portions 9 are respectively the bullet positioned at left side
Property the portion 9 and elastic portion 9 positioned at right side, two trigger units are respectively the trigger unit for being located at left side and the trigger unit positioned at right side.
Two elastic portions 9 are horizontally disposed, offset positioned at the left end of the elastic portion 9 in left side and the left side wall of runing rest 7, positioned at right side
The right end of elastic portion 9 and the right side wall of runing rest 7 offset；Positioned at the right end of the elastic portion 9 in left side and positioned at the triggering in left side
Portion offsets, and offsets positioned at the left end of the elastic portion 9 on right side and the trigger unit positioned at right side, and two trigger units are located at rotation
The two sides of component 16.
When rotary part 16 stops rotating, under the action of two elastic portion 9, positive conductive part 12 and 13 liang of negative conductive part
One of person is connected with the trigger unit positioned at left side, another and positioned at right side in 13 the two of positive conductive part 12 and negative conductive part
Trigger unit is connected；Reference book attached drawing 6 and attached drawing 7, positive conductive part 12 and negative conductive part 13 are vertically arranged, and the two is not led mutually
Logical, the trigger unit positioned at left side can be connected with positive conductive part 12, then the trigger unit positioned at right side should be connected with negative conductive part 13；
Certainly, the trigger unit positioned at left side can also be connected with negative conductive part 13, then the trigger unit positioned at right side should be with positive conductive part 12
It is connected.
Namely under static state, two trigger units are connected with positive conductive part 12 with negative conductive part 13 respectively, charging unit
Conducting is charged using charging unit to power supply part 5.
When rotary part 16 starts rotation, due to 16 synchronous rotary of trigger unit and rotary part, trigger unit is when rotated
The direction movement of rotary part 16 is directed away under the centrifugal force effect of generation；Reference book attached drawing 6 and attached drawing 7 are located at a left side
The trigger unit of side is moved towards left side, and the trigger unit positioned at right side is moved towards right side；Trigger unit and positive conduction positioned at left side
Portion 12 is disconnected, and the trigger unit positioned at right side should be detached from negative conductive part 13 to be connected.
Namely under rotation status, two trigger units are connected with positive conductive part 12 with the disengaging of negative conductive part 13 respectively, charge
Device disconnects, and charging unit charges without normal direction power supply part 5, and power supply part 5 should directly provide electric energy, revolves for rotary part 16
Turn.
When power supply part 5 and gradually static rotary part 16, then centrifugal force suffered by two trigger units gradually becomes smaller,
The elastic potential energy of elastic portion 9 is gradually discharged at this time, pushes trigger unit to rotary part 16, and finally realizes two triggering parts
It is not connected with positive conductive part 12 with negative conductive part 13, charging unit conducting.
Wherein, elastic portion 9 is provided with the spring of certain coefficient of elasticity, and the coefficient of elasticity of spring should not be too large, and uses
To prevent the centrifugal force of the trigger unit generation under rotation status still less than the elastic force of spring, it can not achieve and charge under rotation status
The disconnection of device；Certainly, elastic portion 9 can also realize above-mentioned function using other elastomeric elements such as metal clips.
To improve two trigger units separating effect with positive conductive part 12 and negative conductive part 13 respectively under rotation status,
The sensitivity that electric energy mould group cuts off charging unit under rotation status is further increased, for the specific set-up mode of trigger unit,
The utility model provides a kind of following specific embodiment.
Trigger unit includes mass body 8, realize when rotated increase centrifugal force and accelerate two trigger units respectively with positive conduction
The separation in portion 12 and negative conductive part 13, and then disconnect charging unit；Namely under the premise of not changing above-mentioned working principle, pass through
The working sensitivity that the raising trigger unit of mass body 8 is arranged generates biggish centrifugal force under lesser revolving speed with elasticity of compression portion
9 realize the separation with positive conductive part 12 and negative conductive part 13 respectively of two trigger units, into disconnect charging unit.
Wherein, trigger unit further includes the contact flat spring 19 being connected with mass body 8, and both mass body 8 and contact flat spring 19 are same
Step movement.Reference book attached drawing 6,12 phase of contact flat spring 19 and positive conductive part when rotary part 16 is static, positioned at left side
Even, the contact flat spring 19 positioned at right side is connected with negative conductive part 13, realizes the conducting of charging unit.Reference book attached drawing 7, when
Rotary part 16 rotate when, two mass bodies 8 positioned at 16 two sides of rotary part relative to 16 synchronous rotary of rotary part, and
Under the action of centrifugal force, two mass bodies 8 are directed away from the direction movement of rotary part 16；That is, being located at the mass body 8 in left side
It is moved towards left side, the mass body 8 positioned at right side is moved towards right side, to drive 19 direction of contact flat spring for being located at left side
Left side movement, the contact flat spring 19 positioned at right side are moved towards right side, and then are realized the contact flat spring 19 for being located at left side and just led
Electric portion 12 is disconnected, and the contact flat spring 19 and negative conductive part 13 positioned at right side are disconnected, and charging unit disconnects.
More specifically, contact flat spring 19 includes elastic groove 191 and spring contact 192, such as Figure of description 8 and attached drawing 9
It is shown；For elastic groove 191 to be clamped with mass body 8, spring contact 192 is set to the lateral wall of elastic groove 191, two spring contacts
192 with positive conductive part 12 and negative conductive part 13 to offset respectively.
Specifically, mass body 8 can be set to metal ball, and elastic groove 191 is arc-shaped, and mass body 8 is connected in wherein,
To realize moving synchronously for mass body 8 and elastic groove 191.Spring contact 192 is disposed in proximity to the side of rotary part 16,
In, both elastic groove 191 and spring contact 192 can be integrated bending and molding, may be alternatively provided as two different components.
Electric energy mould group is when rotation status is gradually converted into stationary state, due to the disappearance of the centrifugal force of mass body 8, in bullet
Property portion 9 elastic force effect under, mass body 8 and contact flat spring 19 are accelerated towards the direction movement of rotary part 16, contact flat spring 19
Collision repeatedly may occur between positive conductive part 12 or negative conductive part 13, thus will lead to contact flat spring 19 and mass body 8
Between connection loosen, and then lead to the poor contact of charging unit；For the generation for avoiding above situation, by spring contact 192
It is designed to U-shaped bending-like, plays certain buffer function.
Namely with arc fold bending while spring contact 192 pass through its arc fold bending while buffer function, reduce contact
The impact force that elastic slice 19 is generated in collision, and then the intrinsic shape of trigger unit is kept, reduction is gradually converted into rotation status
Under stationary state because contact flat spring 19 impact several times due to caused by charging unit disconnect and connection number, it is ensured that in stationary state
Lower two contact flat springs 19 contact well with positive conductive part 12 or negative conductive part 13 respectively, help to improve the use of charging unit
Service life.
On above-mentioned basis, trigger unit can also include rotary conductive portion 10, as shown in Figure of description 4 to attached drawing 7,
The one end in rotary conductive portion 10 is connected with power supply part 5, and the other end elastic groove 191 in rotary conductive portion 10 is connected；Obviously, it is revolving
Turn under state, rotary conductive portion 10 can be with 5 synchronous rotary of power supply part.
Positive conductive part 12 and negative conductive part 13 are separately connected fixed conductive part 11, reference book attached drawing 6, positioned at left side
One end of fixed conductive part 11 connects positive conductive part 12, the other end connects external electric energy, the fixation conductive part 11 positioned at right side
One end connects negative conductive part 13, and the other end connects external electric energy.
Reference book attached drawing 6,19 He of contact flat spring when rotary part 16 and static power supply part 5, positioned at left side
Positive conductive part 12 is connected, and the rotary conductive portion 10 positioned at left side is connected to power supply part 5；Positioned at the contact flat spring 19 on right side and negative
Conductive part 13 is connected, and the rotary conductive portion 10 positioned at right side is connected to power supply part 5, realizes by positive conductive part 12 and negative conductive part
13 to the current lead-through between charging unit.Under static state, since two fixed conductive parts 11 are always by external electric energy point
It is not connected to positive conductive part 12 and negative conductive part 13, thus external electric energy can power to power supply part 5, and power supply part 5 is realized
Charging.
Wherein, rotary conductive portion 10 and fixed conductive part 11 can be the components such as conducting wire in the prior art.
Reference book attached drawing 4 and attached drawing 5, the top of runing rest 7, which can also be arranged, rotates the cover 6, is covered using rotation
Plate 6 and runing rest 7 form closed cavity, and mass body 8 and elastic portion 9 in rotary course is avoided to take off from runing rest 7
From.
Wherein, spacing edge-cut can be set in the edge of runing rest 7, rotates the cover 6 edge and the limit of runing rest 7
Notch cooperation is realized and rotates the cover 6 with the cooperation of runing rest 7 in place, and then forms closed cavity.
By taking Figure of description 6 to attached drawing 9 as an example, positive conductive part 12 is located at the top of negative conductive part 13, the touching positioned at left side
Hair portion with positive conductive part 12 to be connected, and the trigger unit positioned at right side with negative conductive part 13 to be connected；Certainly, positive conductive part 12
It can also be other with the positional relationship of negative conductive part 13 between the two, however it is not limited to the mode shown in Figure of description.
Electric energy mould group provided by the utility model further includes fixed bracket 14, wherein fixed bracket 14 is with axially extending
Portion 141 and end face 142, as shown in Figure of description 3 to attached drawing 7；Axially-extending portion 141 is with for positive conductive part 12 and negative conduction
Portion 13 is arranged, and then the relative position of the fixed bracket 14 of realization, 13 three of positive conductive part 12 and negative conductive part is fixed；End face 142
Positioned at the bottom of axially-extending portion 141, and end face 142 is radially extended.End face 142 is located at the lower section of runing rest 7, and end face
142 have support face, to the fixed conductive part 11 of support.
Fixed bracket 14 can be integrally formed setting namely axially-extending portion 141 and end face 142 is integrated setting, just
The connection type that interference fit can be used between both conductive part 12 and negative conductive part 13 and axially-extending portion 141, may be used also certainly
Realize that the relative position of 13 three of fixed bracket 14, positive conductive part 12 and negative conductive part is fixed in a manner of using threaded connection etc..
At the same time, using the fixed conductive part 11 of 142 support of end face, no matter whether power supply part 5 rotates, and fixed conductive part 11 is protected always
It holds fixed.
For the specific set-up mode of runing rest 7, reference book attached drawing 5 to attached drawing 7, including supporting plate 70 and protruding shaft
71；Supporting plate 70 to support the components such as mass body 8 and elastic portion 9, positioned at the center of supporting plate 70 be equipped with via hole, protruding shaft 71
In via hole, and protruding shaft 71 extends downwardly, and protruding shaft 71 is equipped with mounting hole, and rotary part 16 is located at the lower section of mounting hole, rotating part
Part 16 and mounting hole cooperation, realize the synchronous rotary of rotary part 16 and runing rest 7.
Runing rest 7 can be integrated setting, and supporting plate 70 and protruding shaft 71 are considered as a part of runing rest 7, protruding shaft 71
It can be connected with other positions of runing rest 7, there is gap between protruding shaft 71 and via hole, worn with for axially-extending portion 141
If.Axially-extending portion 141 is additionally provided with limit hole.
During the installation process, positive conductive part 12 and negative conductive part 13 are sheathed on axially-extending portion 141 first, will be equipped with
The axially-extending portion 141 of positive conductive part 12 and negative conductive part 13 is directed at the gap between protruding shaft 71 and via hole, by axially-extending portion
141 limit hole and the lateral wall of protruding shaft 71 are arranged, and realize the connection of axially-extending portion 141 and protruding shaft 71, namely complete just to lead
The installation in electric portion 12, negative conductive part 13, fixed bracket 14 and runing rest 7；When runing rest 7 as rotary part 16 rotates
When, whether the fixation bracket 14 of protruding shaft 71 no matter is sheathed on the rotation of runing rest 7,13 phase of positive conductive part 12 and negative conductive part
It does not change for the position of the rotation axis of rotary part 16, the technology effect that above-mentioned charging unit disconnects can be realized
Fruit.Certainly, in order to realize that fixed bracket 14 is static relative to runing rest 7, fixed bracket 14 can also be fixedly arranged on a certain position
It sets, so, the rotation of runing rest 7 not will lead to the rotation of positive conductive part 12, negative conductive part 13, fixed 14 three of bracket
Turn, is based on this, the components such as washer can also be set between axially-extending portion 141 and protruding shaft 71, avoid 141 He of axially-extending portion
It is worn between protruding shaft 71 because relatively rotating.
Reference book attached drawing 1 is to attached drawing 7, and the bottom of protruding shaft 71 is lower than the bottom of end face 142 namely the bottom of protruding shaft 71
Compared to end face 142 bottom far from supporting plate 70, the upper surface of bearing 15 fits in the bottom of protruding shaft 71；The side of rotary part 16
Wall is connected in the mounting hole of protruding shaft 71, and rotary part 16 is equipped with positive stop lug boss 161, and the lower end surface of bearing 15 fits in positive stop lug boss
On 161, as shown in Figure of description 1.
The inner ring of bearing 15 is sheathed on axle sleeve 16, and axle sleeve 16 is followed to rotate；The outer ring of bearing 15 is static, do not follow inner ring and
Axle sleeve 16 rotates, and the outer ring of bearing 15 may connect to the outer ring of fixed bracket 14 namely bearing 15, fixed bracket 14, positive conduction
Portion 12 and negative conductive part 13 are not rotated with the rotation of rotary part 16.
For the mounting means of runing rest 7 and rotary part 16, as shown in Figure of description 4, rotary part 16 has
Upper and lower two blind holes, underlying blind hole realize the output of power part 17 to be connected with the output shaft of power part 17
Axis and rotary part 16 rotate synchronously.
Reference book attached drawing 4 and attached drawing 5, protruding shaft 71 is H-shaped, and the mounting hole 711 to be arranged rotary part 16 is located at
The lower part of protruding shaft 71, the top of protruding shaft 71 have heavy through-hole 712, and heavy through-hole 712 and mounting hole 711 are interconnected, heavy through-hole 712
There is intercommunicating pore 713 between mounting hole 711, the aperture of intercommunicating pore 713 is less than the aperture of heavy through-hole 712 and mounting hole 711.?
In installation process, the top of rotary part 16 is installed in mounting hole 711, the top of rotary part 16 and mounting hole 711
Inside top wall is bonded, and the blind hole and intercommunicating pore 713 being located above in rotary part 16 are coaxial, then by secure components such as bolts
22 are locked into intercommunicating pore 713 downwards by heavy through-hole 712, and are anchored in the blind hole being located above in rotary part 16；Certainly
Internal screw thread can be set in the blind hole and intercommunicating pore 713 being located above in rotary part 16, when the secure components such as bolt 22 fasten
When to rotary part 16, the head of the secure components such as bolt 22 is connected in heavy through-hole 712, as shown in Figure of description 4.
The utility model also provides a kind of electronic equipment, including above-mentioned electric energy mould group.
The utility model also especially provides a kind of electronic equipment with virtual display function as shown in Figure 1, and Fig. 2 is figure
1 side view；Fig. 3 is the schematic diagram of the securing part in Fig. 1；Fig. 4 is the schematic diagram of the rotating parts in Fig. 1；Wherein,
Securing part refers specifically to not rotate and the components of rotation with the rotary shaft of power part 17, and rotating parts, which then refer to, to be followed
The rotary shaft of power part 17 rotates and the components of rotation.
Electronic equipment provided by the utility model with virtual display function includes aobvious above runing rest
Show portion 4, display unit 4 can be LED display, be powered by power supply part 5 to display unit 4.Display unit 4 can be shown
Preset content follows runing rest 7 and trigger unit to do high speed rotation together, using visual persistence effect, by the display of plane
It is converted into 360 ° of stereoscopic display, improves display effect and user experience.
Furthermore electronic equipment provided by the utility model further includes to fixed display unit 4 in the display of runing rest 7
Portion's fixing piece 18, display unit fixing piece 18 and runing rest 7 cooperate, and display unit 4 and power supply part 5 are fixed on rotation branch simultaneously
Frame 7 guarantees the fixation of the display unit 4 under high speed rotation.
The utility model especially provides a kind of audio mould group 21 with virtual reality function, including accommodates 4 He of display unit
The shell of electric energy mould group, shell are specifically divided into upper and lower two parts, transparent upper casing 1 and transparent lower casing as shown in Figure of description 5
2, it further includes to carry audio group that transparent upper casing 1 and transparent lower casing 2, which penetrate to be threadedly engaged and connect into a complete shell,
The bottom cover 3 of part mould group 21；Transparent lower casing 2 is along the circumferential direction also provided with sieve pore, spreads out of shell convenient for sound.21 He of audio mould group
The PCBA20 to control circuit is additionally provided between electric energy mould group, to control the working condition and display unit 4 of power part 17
The content of display, specifically as shown in Figure of description 1 to attached drawing 3.
It should be noted that in the present specification, such as first and second etc relational terms are used merely to one
Entity is distinguished with other several entities, and without necessarily requiring or implying between these entities, there are any this actual
Relationship or sequence.
Electric energy mould group provided by the utility model and electronic equipment are described in detail above.It is used herein
Specific case is expounded the principles of the present invention and embodiment, and the explanation of above example is only intended to help to manage
Solve the method and its core concept of the utility model.It should be pointed out that for those skilled in the art, not
Under the premise of being detached from the utility model principle, several improvements and modifications can be made to this utility model, these improve and repair
Decorations are also fallen into the protection scope of the utility model claims.
Claims (12)
1. a kind of electric energy mould group characterized by comprising
Rotary part (16)；
To the power supply part (5) with the rotary part (16) synchronous rotary and realization charging and discharging:
It is connected with the power supply part (5), the charging unit to charge to the power supply part (5)；
The charging unit includes:
Periphery and the positive conductive part (12) and negative conductive part (13) that are arranged along the vertical direction positioned at the rotary part (16)；
Be located at the rotary part (16) two sides, to be separately connected when the rotary part (16) is static it is described just
Conductive part (12) and the negative conductive part (13) are charged with realizing to the power supply part (5), and to work as the rotating part
Part (16) is directed away from the rotary part (16) under the action of the centrifugal force direction when rotating, which is moved, is each turned off institute to realize
State the trigger unit of positive conductive part (12) and the negative conductive part (13).
2. electric energy mould group according to claim 1, which is characterized in that further include to accommodate the trigger unit and with institute
State the runing rest (7) of rotary part (16) synchronous rotary；Further include be set on the runing rest (7), be located at it is described
Two elastic portions (9) of rotary part (16) two sides, the elastic portion (9) far from the rotary part (16) one end with it is described
The side wall of runing rest (7) offsets, the one end and the trigger unit phase of the elastic portion (9) close to the rotary part (16)
It supports.
3. electric energy mould group according to claim 2, which is characterized in that the trigger unit includes to produce in rotary course
The mass body (8) of raw centrifugal force further includes being connected with the mass body (8), to respectively and the positive conductive part (12) or institute
State the contact flat spring (19) that negative conductive part (13) is in contact.
4. electric energy mould group according to claim 3, which is characterized in that the contact flat spring (19) includes and the mass body
(8) be clamped elastic groove (191), further include set on the elastic groove (191) lateral wall, to respectively with the positive conductive part
(12) or the spring contact (192) that offsets of the negative conductive part (13).
5. electric energy mould group according to claim 4, which is characterized in that the spring contact (192) has slow to play
The arc fold bending side of punching effect.
6. electric energy mould group according to claim 4, which is characterized in that the trigger unit further includes one end and the power supply
The rotary conductive portion (10) that part (5) is connected, the other end is connected with the elastic groove (191), and/or；
Further include two to be connected, with the positive conductive part (12) and the negative conductive part (13) to provide external electric energy respectively
Fixed conductive part (11).
7. according to electric energy mould group described in claim 2 to 6 any one, which is characterized in that the positive conductive part (12) and institute
State negative conductive part (13) in a ring；It further include the fixed branch to the fixation positive conductive part (12) and the negative conductive part (13)
Frame (14)；And the fixed bracket (14) is equipped with the axis being arranged for the positive conductive part (12) and the negative conductive part (13)
To extension (141), it is additionally provided with the bottom positioned at the axially-extending portion (141) and the radially end face (142) extended.
8. electric energy mould group according to claim 7, which is characterized in that the runing rest (7) includes described to support
The supporting plate (70) of trigger unit, the supporting plate (70) are equipped with via hole；The runing rest (7) further includes in the via hole, court
The protruding shaft (71) extended to the rotary part (16) direction, the protruding shaft (71) are equipped with to be fixedly connected with the rotary part
(16) mounting hole；Have between the protruding shaft (71) and the via hole between being worn for the axially-extending portion (141)
Gap, the axially-extending portion (141) are equipped with the limit hole to be sheathed on the protruding shaft (71).
9. electric energy mould group according to claim 8, which is characterized in that the bottom end face of the protruding shaft (71)
(142) far from the supporting plate (70), the rotary part (16) is equipped with positive stop lug boss (161)；It further include described in inner ring is fixed on
The upper and lower end face of the bearing (15) of rotary part (16) periphery, the bearing (15) fits in the bottom of the protruding shaft (71) respectively
With the positive stop lug boss (161).
10. a kind of electronic equipment, which is characterized in that including electric energy mould group as described in any one of claim 1 to 9.
11. electronic equipment according to claim 10, which is characterized in that further include to the trigger unit synchronous rotary
Display unit (4), the electric energy mould group connects the display unit (4), to provide electric energy to the display unit (4).
12. electronic equipment according to claim 11, which is characterized in that further include to accommodate the display unit (4) and
The shell of the electric energy mould group, and audio mould group (21) is additionally provided in the shell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821792622.2U CN209072102U (en) | 2018-10-31 | 2018-10-31 | A kind of electric energy mould group and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821792622.2U CN209072102U (en) | 2018-10-31 | 2018-10-31 | A kind of electric energy mould group and electronic equipment |
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| Publication Number | Publication Date |
|---|---|
| CN209072102U true CN209072102U (en) | 2019-07-05 |
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| CN (1) | CN209072102U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109193867A (en) * | 2018-10-31 | 2019-01-11 | 歌尔科技有限公司 | A kind of electric energy mould group and electronic equipment |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109193867A (en) * | 2018-10-31 | 2019-01-11 | 歌尔科技有限公司 | A kind of electric energy mould group and electronic equipment |
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