CN204858626U - Charging device and charging system - Google Patents
Charging device and charging system Download PDFInfo
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- CN204858626U CN204858626U CN201520476595.8U CN201520476595U CN204858626U CN 204858626 U CN204858626 U CN 204858626U CN 201520476595 U CN201520476595 U CN 201520476595U CN 204858626 U CN204858626 U CN 204858626U
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Abstract
The utility model provides a charging device and charging system is even under the condition of the power of having applyed printing device, also can keep printing device reliably. Possess: guide part (31), it is being put printing device (10) when charging with the portion of accomodating (24), to printing device (10) channeling conduct, with hook component (27), it will be fixed in through printing device (10) that the guide has been carried out in guide part (31) and charge with accomodating (24).
Description
Technical field
The utility model relates to charging device and charging system.
Background technology
In recent years, such small portable electronic devices such as portable terminal device, small-print device are contained in the charging device being referred to as bracket, carry out the charging of this electronic equipment.
As the bracket of charging carrying out this electronic equipment, there is following technology: such as possess latch member, the charging electrode pin that can be electrically connected with electronic equipment and the communication electrodes pin (for example, referring to patent documentation 1) that can be electrically connected with electronic equipment that a part for electronic equipment is kept in the past.
Patent documentation 1:JP JP 2014-027731 publication
But the bracket described in patent documentation 1 is only that electronic equipment passes through to conduct oneself with dignity and structure placed thereon.Therefore, such as, when having put portable printing equipment, to be placed in the state of bracket to use printing equipment, the paper after being printed is pulled if having, the problem that printing equipment can depart from from bracket.
Utility model content
The utility model completes, even if object is to provide a kind of charging device and the charging system that also reliably can keep printing equipment when being applied with power to printing equipment in view of described problem points.
In order to reach described object, the feature of the charging device involved by the utility model is to possess: guide part, and it guides described printing equipment when putting printing equipment in incorporating section; And hook component, the described printing equipment guided by described guide part is fixed on described incorporating section by it.
According to the utility model, owing to guiding printing equipment by guide part, and by hook component, printing equipment is fixed on incorporating section, therefore, it is possible to reliably put printing equipment, and reliably can keeps printing equipment.
In addition, in described utility model, be characterised in that, when pulling this printed article from the printed article outlet of discharging the printed article after being printed in described printing equipment, described hook component hinders described printing equipment to move to the 1st direction.
According to the utility model, due to when pulling printed article from printed article outlet, hinder printing equipment to move to the 1st direction by hook component, therefore, it is possible to born the drag force putting on printing equipment by hook portion, its result reliably can keep printing equipment.
In addition, in described utility model, be characterised in that, described hook component in described incorporating section by decentralized configuration on the 2nd direction.
According to the utility model, due in incorporating section by hook component decentralized configuration on the 2nd direction, therefore, it is possible to born the drag force putting on printing equipment dispersedly by hook portion.Its result, can not apply larger power to the local of printing equipment, reliably can keep printing equipment.
In addition, in described utility model, be characterised in that, described 1st direction is the direction different from described 2nd direction.
According to the utility model, by making the 1st direction be set to the direction different from the 2nd direction, thus suitably can guide printing equipment by guide part, and printing equipment can be kept by the hook component of decentralized configuration on the 2nd direction.
In addition, in described utility model, be characterised in that, the face of putting of the described printing equipment of described incorporating section relative to described incorporating section bottom surface and tilt.
According to the utility model, owing to making face of the putting run-off the straight of incorporating section, therefore easily use when charging and using printing equipment.
In addition, in described utility model, be characterised in that, the hook portion abutted with described printing equipment when described hook component to possess when putting described printing equipment in described incorporating section or to take off described printing equipment from described incorporating section, described hook portion possesses inclined plane.
According to the utility model, owing to arranging inclined plane in hook portion, therefore when printing equipment is taken off from incorporating section, hook portion can be made to carry out action to the fixing direction of removing between printing equipment, easily can carry out the dismounting of printing equipment.
In addition, in described utility model, be characterised in that, described hook portion thereon surface and lower surface possesses described inclined plane respectively, described charging device possesses the releasing component raising described printing equipment to the fixing direction of removing between described printing equipment, described printing equipment, when to remove between described hook portion and described printing equipment fixing, is raised the summit formed by each described inclined plane to described hook portion by described releasing component.
According to the utility model, owing to printing equipment being raised to the upper surface removing component reaches the summit of hook portion, therefore, it is possible to prevent printing equipment from flying out from incorporating section.
In addition, in described utility model, be characterised in that, described printing equipment possesses the releasing operation panel making described releasing component carry out raising action, and described releasing component is configured in than the position of described hook portion closer to described releasing operation panel.
According to the utility model, be configured in than the position of hook portion closer to releasing operation panel owing to removing component, therefore, it is possible to carry out lifting printing equipment with the power of appropriateness, can prevent printing equipment from flying out from incorporating section.
In addition, the feature of the charging system involved by the utility model is, described charging system is used for charging to the printing equipment possessing printed article outlet, and described charging system possesses: guide part, it guides described printing equipment when putting described printing equipment in incorporating section; And hook component, the described printing equipment guided by described guide part is fixed on described incorporating section by it.
According to the utility model, owing to guiding printing equipment by guide part, and by hook component, printing equipment is fixed on incorporating section, therefore, it is possible to reliably put printing equipment, and reliably can keeps printing equipment.
In addition, in described utility model, be characterised in that, described hook component across described printing equipment described printed article outlet and configure.
According to the utility model, due to hook portion is configured, therefore, it is possible to bear the drag force in order to cut off when the paper after printing pulls by each hook portion across the printed article outlet of printing equipment.Thus, drag force to printing equipment can be born dispersedly by hook portion, larger power can not be applied to the local of printing equipment.Its result, reliably can keep printing equipment.
Accompanying drawing explanation
Fig. 1 is the stereoscopic figure of the 1st execution mode of the charging system represented involved by the utility model.
Fig. 2 is the stereoscopic figure representing the state of having taken off printing equipment.
Fig. 3 is the stereoscopic figure at the back side representing printing equipment.
Fig. 4 is the in-built stereoscopic figure representing charging device.
Fig. 5 is the sectional arrangement drawing of charging device.
Fig. 6 is the sectional arrangement drawing representing the state that the hook portion of charging device departs from.
Fig. 7 represents that the hook portion of charging device spans the sectional arrangement drawing of the state of the side of printing equipment.
Fig. 8 is the sectional arrangement drawing of the state of the hook portion engaging representing charging device.
Fig. 9 is the stereoscopic figure of the 2nd execution mode of the charging system represented involved by the utility model.
Figure 10 is the stereoscopic figure representing the state of having taken off charging adapter.
Figure 11 is the stereoscopic figure representing battery.
Symbol description
10 ... printing equipment, 11 ... shell main body, 12 ... printed article outlet, 13a ... power knob, 13b ... feeding button, 14,47 ... hook holding section, 15,48 ... guide part bearing piece, 16 ... battery, 17 ... charging terminal, 20 ... charging device, 21 ... electrode terminal, 24 ... charging incorporating section, 27 ... hook component, 30 ... hook portion, 31 ... guide part, 33 ... remove operation panel, 35 ... remove component, 37 ... portion of terminal, 40 ... charging adapter, 41 ... battery container portion, 44 ... operating portion.
Embodiment
Below, with reference to accompanying drawing, execution mode of the present utility model is described.
Fig. 1 is the stereogram representing charging device involved by present embodiment and portable printing equipment.In addition, Fig. 3 is the rearview of the formation at the back side representing printing equipment.
Printing equipment 10 possesses shell main body 11, contains the temperature-sensitive roll web (not shown) as printed medium in the inside of shell main body 11.In addition, contain the print-member (not shown) of such as line thermal head etc. in the inside of shell main body 11, and be configured to, by this print-member, heat is executed to temperature-sensitive roll web and come print character or image.The printed article outlet 12 of temperature-sensitive roll web after printing from the surface being arranged on shell main body 11 is discharged to the outside, and is configured to be cut off at the position of hope by not shown clipper component.On the surface of shell main body 11, be provided with the power knob 13a of power supply connection and the feeding button 13b for sending temperature-sensitive roll web.And, be configured to when the communications cable via wireless or USB cable etc. have sent printed data, start the printing action of printing equipment 10.
Printing equipment 10 is for power supply carrys out the portable printing equipment of work with battery 16.At the back side of printing equipment 10, be provided with strap clamp (beltclip) 18 as shown in Figure 3, strap clamp 18 be fixed on the clothes of operator, operator can carry printing equipment 10 and use.Battery 16 is arranged at the back side of shell main body 11 removably.In addition, under the using state shown in Fig. 3, strap clamp 18 is positioned at the position overlapping with the outside of battery 16, prevents the casual disengaging of battery 16.
In addition, in the two sides of shell main body 11, be formed for putting in the hook holding section 14 of charging device 20 respectively, 14 ...Near the hook holding section 14 of the base end side (being lower side in fig. 2) of the mesochite main body 11 of these hook holding sections 14, be formed with guide part bearing piece 15.In an end of shell main body 11, the charging terminal 17 contacting the charging carrying out battery 16 with the electrode terminal 21 of charging device 20 is set to expose in outside.
Then, with reference to Fig. 1, Fig. 2, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and Fig. 8, charging device 20 is described.
Charging device 20 is by framework 22 and cover this framework 22 with lid component 23 and form, in the upper face center portion of this lid component 23, be provided with the charging incorporating section 24 as the incorporating section making the upper surface of lid component 23 recessed for putting printing equipment 10.Face of putting base end side for the bottom surface of charging device 20 of charging incorporating section 24 is low, highland, front is formed slopely.Charging incorporating section 24 is configured to leading section and opens wide, and supports printing equipment 10 by the face of putting of charging incorporating section 24, two sides and cardinal extremity face.At the middle body of charging with incorporating section 24, be formed with the recess 25 formed lowlyer than the face of putting of charging incorporating section 24.By forming recess 25 like this, even thus be configured to the printing equipment 10 of the state being such as provided with strap clamp 18 as shown in Figure 3, also can put and put face in charging incorporating section 24.
And then, in the charging two sides of incorporating section 24 of lid component 23, be respectively arranged with two hook openings 26.In the both sides of framework 22, the hook component 27 engaged with the hook holding section 14 of printing equipment 10 respectively arranges two in side.Be arranged on each hook component 27 of the same side of framework 22, along the 2nd direction namely along charging with the direction of the side of incorporating section 24 decentralized configuration.That is, as shown in Figure 2, the 2nd direction is the direction of the side along charging incorporating section 24.By by each hook component 27 along the side of charging incorporating section 24 and decentralized configuration, thus hook component 27 be configured in the both sides of printing equipment 10 away from position.Its result, by making hook component 27 engage with the hook holding section 14 of printing equipment 10, thus reliably can keep the two end portions of printing equipment 10.
Be arranged on each hook component 27 of the same side of framework 22, be configured to the base end part being supported approximating side by supporting pin 28, thus, each hook component 27 is configured to shake freely to support centered by pin 28.Hook component 27 is configured to the not shown spring by being disposed between the inner face of lid component 23, and hook component 27 is exerted a force towards the inner side of charging incorporating section 24 all the time.
The leading section of hook component 27 is bent into approximate right angle, makes the inner side pointing to charging incorporating section 24 respectively, is formed with at the leading section of hook component 27 hook portion 30 that the section shape being configured to inclined plane up and down has triangle.This hook portion 30 is configured to give prominence to from the hook opening 26 of lid component 23.Thus, for hook portion 30, be configured to when from above or below power is applied with to inclined plane, hook component 27 resists the active force of spring and shake action is carried out in the outside to charging incorporating section 24.In addition, in the present embodiment, each hook portion 30 is configured to, when putting printing equipment 10 in charging incorporating section 24, be configured in the front and back position of the printed article outlet 12 across printing equipment 10.
In addition, near the hook portion 30 of the base end side of lid component 23, erect and be provided with the guide part 31 be inserted in the guide part bearing piece 15 of printing equipment 10.And, being configured to by making the guide part bearing piece 15 of printing equipment 10 insert guide part 31, while put printing equipment 10 in charging incorporating section 24, thus printing equipment 10 being guided to namely vertical relative to the face of putting direction, the 1st direction.That is, as shown in Figure 2, the 1st direction is the direction vertical relative to the face of putting of the charging incorporating section 24 of putting printing equipment 10.By printing equipment 10 is guided to the 1st direction, thus printing equipment 10 can be put from the direction vertical relative to each portion of terminal 37 of electrode terminal 21 described later.Its result, suitably can depress each portion of terminal 37 of electrode terminal 21, is reliably electrically connected with the charging terminal 17 of printing equipment 10.
When printing equipment 10 is put in charging incorporating section 24, while make guide part bearing piece 15 insert guide part 31, while put in charging incorporating section 24 by printing equipment 10, pushed the inclined plane of the top of hook portion 30 thus by the hook holding section 14 of printing equipment 10.Thus, hook component 27 is resisted the active force of spring and shakes, if printing equipment 10 is put in charging incorporating section 24 completely, then hook component 27 gets back to original position by the active force of spring.In this condition, be configured to hook portion 30 and engage with hook holding section 14, can be fixed printing equipment 10.
In addition, at the base end side in the face of putting of charging incorporating section 24, two releasing openings 32 are formed.At the base end side central portion of lid component 23, be provided with and remove operation panel 33.Be provided integrally with bolster 34 at releasing operation panel 33, be provided integrally with at the both ends of this bolster 34 and remove component 35.And be configured to by releasing operation panel 33 is carried out pressing operations downwards, thus releasing component 35 is moved upward centered by bolster 34, the upper part of removing component 35 is given prominence to upward from releasing opening 32.That is, be configured to, by putting under the state of charging incorporating section 24 by printing equipment 10, make releasing operation panel 33 carry out clicking action downwards, thus push the back side of printing equipment 10 to top by removing component 35.Further, if printing equipment 10 is pushed to top, then apply pushing force to the inclined plane of the below of the hook portion 30 of hook component 27, hook component 27 is resisted the active force of spring and shakes laterally.Thus, be configured to hook portion 30 and can be taken off printing equipment 10 with the engaging of hook holding section 14 by removing.
In the case, in the present embodiment, remove component 35 to be configured in than the hook portion 30 closest to releasing component 35 closer to the position of removing operation panel 33.
In addition, above by releasing component 35 back side of printing equipment 10 being pushed to when operating releasing operation panel 33, removing component 35 and being configured to the height that its upper surface rises to the summit 30a formed by upper and lower inclined plane reaching hook portion 30.
By forming like this, thus from the state that the hook portion 30 shown in Fig. 8 engages with hook holding section 14, the back side of printing equipment 10 being raised to the upper surface removing component 35 be positioned at the summit 30a of hook portion 30 by removing component 35.Thus, as shown in Figure 7, the summit 30a on the inclined plane of hook portion 30 climbs up the side of printing equipment 10 from hook holding section 14, and from this state, the summit 30a on inclined plane is raised to the position of the rear side reaching printing equipment 10 further.
Then, as shown in Figure 6, hook component 27 will get back to original position by the active force of spring, and therefore printing equipment 10 moves to the top of hook portion 30 by the inclined plane of the upside of hook portion 30.Thereby, it is possible to printing equipment 10 is taken off.
Now, in the present embodiment, removing component 35 is configured in than hook portion 30 closer to the position of removing operation panel 33, therefore, it is possible to carry out lifting printing equipment 10 with the power of appropriateness.In addition, owing to printing equipment 10 being raised to the upper surface removing component 35 is positioned at the summit 30a of hook portion 30, therefore, it is possible to prevent printing equipment 10 from flying out from charging incorporating section 24.
And then, the upper face center part of framework 22 is provided with circuit substrate 36, the upper surface base end side middle body of framework 22 is provided with the electrode terminal 21 being configured with multiple portion of terminal 37 side by side.Circuit substrate 36 is electrically connected with electrode terminal 21, is equipped with connects from the power supply unit 38 of the electric wire of not shown power supply and given electrical/electronic element (not shown) from the electric power from power supply unit to electrode terminal 21 that need to send at circuit substrate 36.In addition, each portion of terminal 37 of electrode terminal 21 has elasticity, become when from each portion of terminal in direction 37 be applied with pushing force each portion of terminal 37 structure of being depressed downwards.Namely, when printing equipment 10 is put in charging incorporating section 24, by making the guide part bearing piece 15 of printing equipment 10 along guide part 31, thus each portion of terminal 37 that can push electrode terminal 21 from top can be guided to the charging terminal 17 of printing equipment 10.Thus, be configured to each portion of terminal 37 and be depressed downwards, and by its elasticity, touch with terminal 17 with charging and reliably electrode terminal 21 and charging terminal 17 be connected.
Then, the effect of present embodiment is described.
In the present embodiment, first, when printing equipment 10 is installed on charging device 20, the guide part bearing piece 15 of printing equipment 10 is made to insert guide part 31, while put printing equipment 10 in charging incorporating section 24.Thus, printing equipment 10 is directed to namely vertical relative to the face of putting direction, the 1st direction.
In the case, from the state shown in Fig. 6, pushed the inclined plane of the top of hook portion 30 by the hook holding section 14 of printing equipment 10, hook component 27 is resisted the active force of spring and shakes thus.Thus, as shown in Figure 7, the summit 30a of hook portion 30 climbs up the side reaching hook holding section 14 from the back side of printing equipment 10.If insert printing equipment 10 further, then as shown in Figure 8, printing equipment 10 is put in charging incorporating section 24 completely, and hook component 27 gets back to original position by the active force of spring.
In this condition, hook portion 30 engages with hook holding section 14, fixes printing equipment 10.On the other hand, by making the guide part bearing piece 15 of printing equipment 10 along guide part 31, thus the charging terminal 17 of printing equipment 10 being guided, making it from each portion of terminal 37 of top pushing electrode terminal 21.Thus, each portion of terminal 37 is depressed downwards, and by its elasticity, can touch with terminal 17 with charging and reliably be connected electrode terminal 21 and charging terminal 17.
Like this, put under the state of charging incorporating section 24 at printing equipment 10, via electrode terminal 21 and charging terminal 17, carried out the charging of battery 16.In this case, in the present embodiment, printing equipment 10 can also be used being put by printing equipment 10 under the state of charging incorporating section 24.When using printing equipment 10, the power knob 13a that operating power is connected connects the power supply of printing equipment 10.In this condition, when via wireless or the communications cable have sent printed data, start printing.Then, printed on temperature-sensitive roll web by print-member, and by temperature-sensitive roll web from after printed article outlet 12 is discharged, cut off by the position of clipper component in hope.
At this, in the present embodiment, owing to each hook portion 30 to be configured in the front and back position of the printed article outlet 12 across printing equipment 10, therefore, it is possible to drag force when being born to pull with the temperature-sensitive roll web after the printing of clipper cutting of members by each hook portion 30.Thus, by being configured in the hook portion 30 of the front and back position of printed article outlet 12 dispersedly, drag force can be born dispersedly, larger power can not be applied to the local of printing equipment 10.
In addition, when taking off printing equipment 10 from charging device 20, from the state shown in Fig. 8, printing equipment 10 is being put under the state of charging incorporating section 24, if make releasing operation panel 33 carry out clicking action downwards, then remove component 35 and be moved upward thus the back side of printing equipment 10 is raised upward.Then, if raised at the back side of printing equipment 10 to the upper surface removing component 35 is positioned at the summit 30a of hook portion 30, then apply pushing force to the inclined plane of the below of hook component 27, hook component 27 is resisted the active force of spring and shakes laterally.Thus, as shown in Figure 7, hook component 27 is removed with the engaging of hook holding section 14, and the summit 30a on the inclined plane of hook portion 30 climbs up hook holding section 14, and the summit 30a on inclined plane is raised to the position of the rear side reaching printing equipment 10 further.
Then, hook component 27 will get back to original position by the active force of spring, and therefore printing equipment 10 by the inclined plane of the upside of hook portion 30, move by the top to hook portion 30.Thereby, it is possible to take off printing equipment 10.
As discussed above, according to the present embodiment, owing to each hook portion 30 to be configured in the front and back position of the printed article outlet 12 across printing equipment 10, therefore, it is possible to the drag force produced when being born the temperature-sensitive roll web after printing is cut off with clipper component by each hook portion 30.Thus, drag force to printing equipment 10 can be born dispersedly by hook portion 30, larger power can not be applied to the local of printing equipment 10.Its result, can reliably keep printing equipment 10.In addition, by making the guide part bearing piece 15 of printing equipment 10 along guide part 31, thus can guide the charging terminal 17 of printing equipment 10, make it from each portion of terminal 37 of top pushing electrode terminal 21, therefore, it is possible to be reliably connected with charging terminal 17 electrode terminal 21.
In addition, owing to printing equipment 10 to be raised the height to removing the upper surface of component 35 and be positioned at the summit reaching hook portion 30, therefore, it is possible to prevent printing equipment 10 from flying out from charging incorporating section 24.
And then, be configured in than the position of hook portion 30 closer to releasing operation panel 33 owing to removing component 35, therefore, it is possible to carry out lifting printing equipment 10 with the power of appropriateness, can prevent printing equipment 10 from flying out from charging incorporating section 24.
Then, with reference to Fig. 9 to Figure 11, the 2nd execution mode of the present utility model is described.
In the present embodiment, by charging device 20, battery 16 is charged.That is, in the present embodiment, by battery 16 is installed on charging adapter 40, and this charging adapter 40 is put in charging device 20, carry out the charging of battery 16 thus.
In the battery container portion 41 that charging adapter 40 hole that to be provided with by flat shape be roughly cubic shape is formed.The battery 16 with the profile substantially same with shape in battery container portion 41 is put in battery container portion 41.In the side in the battery container portion 41 of charging adapter 40, be provided with holding section 42.As shown in figure 11, in the side of battery 16 and the position corresponding with holding section 42, be formed with the recess 43 recessed a little from the side of battery 16.In recess 43, leading section is provided with operating portion 44, and is provided with there is flexible spring member 45.
In addition, in the present embodiment, in the face of the side contrary with the face being formed with spring member 45 of battery 16, give prominence to and be formed with two engagement pawls 46.At the inner face in battery container portion 41, be formed with connecting hole (not shown) in the position corresponding with engagement pawl 46.And, being configured to by making engagement pawl 46 fasten with the connecting hole in battery container portion 41, while pressure battery 16, and spring member 45 and holding section 42 being fastened, thus battery 16 can be put.In this condition, although not shown, but the electrode being configured to battery 16 be electrically connected with the electrode of charging adapter 40.And, being configured to by operating operating portion 44, resisting the active force of spring member 45 and operating portion 44 is removed with the engaging of holding section 42, thus battery 16 can be taken off.
Charging adapter 40 is configured to put in charging device 20, and because the formation of charging device 20 is identical with described 1st execution mode, therefore to same section mark same-sign, also the description thereof will be omitted.
In the two sides of charging adapter 40, be formed with the hook holding section 47 for being installed on charging device 20 respectively.Among these hook holding sections 47 base end side (being lower side in figure) of charging adapter 40 hook holding section 47 near, be formed with guide part bearing piece 48.In the lower surface side, one end of charging adapter 40, the charging terminal (not shown) contacting the charging carrying out battery 16 with the electrode terminal 21 of charging device 20 is set to expose in outside.
And, when putting charging adapter 40 in charging incorporating section 24, make guide part bearing piece 48 insert guide part 31, while put charging adapter 40 in charging incorporating section 24.Thus, the inclined plane of the top of hook portion 30 is pushed by the hook holding section 47 of charging adapter 40.In the case, hook component 27 is resisted the active force of spring and shakes, if charging adapter 40 is put in charging incorporating section 24 completely, then hook component 27 gets back to original position by the active force of spring.In this condition, be configured to hook portion 30 and engage with hook holding section 47, charging adapter 40 can be fixed on charging incorporating section 24.
Then, the effect of present embodiment is described.
In the present embodiment, first, the engagement pawl 46 of battery 16 is fastened with the connecting hole in battery container portion 41, while pressure battery 16, and spring member 45 and fastening plate are fastened, thus battery 16 is put in charging adapter 40.
Secondly, when charging adapter 40 is installed on charging device 20, while make the guide part bearing piece 48 of charging adapter 40 insert guide part 31, while put in charging incorporating section 24 by charging adapter 40, thus charging adapter 40 is guided to the direction vertical relative to the face of putting.Thus, pushed the inclined plane of the top of hook portion 30 by the hook holding section 47 of charging adapter 40, hook component 27 is resisted the active force of spring and shakes.If charging adapter 40 is put in charging incorporating section 24 completely, then hook component 27 gets back to original position by the active force of spring.In this condition, hook portion 30 engages with hook holding section 47, fixes charging adapter 40.On the other hand, by making the guide part bearing piece 48 of charging adapter 40 along guide part 31, thus the charging terminal of charging adapter 40 being guided, making it from each portion of terminal 37 of top pushing electrode terminal 21.Thus, each portion of terminal 37 is depressed downwards, and by its elasticity, can touch with terminal with charging and reliably be connected with charging terminal electrode terminal 21.
Like this charging adapter 40 is being put under the state of charging incorporating section 24, via electrode terminal 21, charging terminal and not shown electrode, carrying out the charging of battery 16.In the case, in the present embodiment, putting under the state of charging incorporating section 24 by charging adapter 40, also battery 16 can be taken off.That is, when taking off battery 16, by operating operating portion 44, resisting the active force of spring member 45 and operating portion 44 is removed with the engaging of fastening plate, thus taking off battery 16.At this, owing to each hook portion 30 to be configured in the front and back position of charging adapter 40, therefore when taking off battery 16, when being applied with drag force upward to charging adapter 40, this drag force can be born by each hook portion 30.Thus, drag force can be born dispersedly, larger power can not be applied to the local of charging adapter 40.
In addition, when taking off charging adapter 40 from charging device 20, charging adapter 40 is being put under the state of charging incorporating section 24, if make releasing operation panel 33 carry out clicking action downwards, then remove component 35 and be moved upward and the back side of charging adapter 40 is raised upward.Further, if charging adapter 40 is raised upward, then pushing force is applied to the inclined plane of the below of hook component 27.Thus, hook component 27 is resisted the active force of spring and shakes laterally, and hook component 27 is removed with the engaging of hook holding section 47 thus can be taken off charging adapter 40.
As discussed above, in the present embodiment, by each hook portion 30 being configured in the front and back position of charging adapter 40, thus charging adapter 40 being put under the state of charging device 20, drag force when taking off battery 16 can born by hook portion 30.Thus, drag force can be born dispersedly, larger power can not be applied to the local of charging adapter 40.Its result, can reliably keep charging adapter 40.In addition, by making the guide part bearing piece 48 of charging adapter 40 along guide part 31, thus the charging terminal of charging adapter 40 is guided, make it from each portion of terminal 37 of top pushing electrode terminal, therefore, it is possible to be reliably connected with charging terminal electrode terminal.
In addition, aforesaid execution mode only represents a mode of the present utility model, can random variation and application in scope of the present utility model.Such as, in described each execution mode, illustrate the formation of charging to the battery 16 at the back side being installed on printing equipment 10 removably, but the utility model is not limited to this, the shape of battery 16, the configuration in shell main body 11 are arbitrary.Such as, also the battery that can be configured to being built in shell main body 11 charges.In addition, in said embodiment printing equipment 10 is set to thermal printer to be illustrated, but also can be made up of the printer of ink jet type or heat transfer type.In addition, charging device 20 is not limited to the formation can installing a printing equipment 10 or battery 16, also can be configured to install multiple printing equipment 10 or battery 16.And then also the utility model can be applied to formation charging device 20 being loaded other devices, the details formation for other also can change arbitrarily.
Claims (10)
1. a charging device, is characterized in that, possesses:
Guide part, it guides described printing equipment when putting printing equipment in incorporating section; With
Hook component, the described printing equipment guided by described guide part is fixed on described incorporating section by it.
2. charging device according to claim 1, is characterized in that,
When pulling this printed article from the printed article outlet of discharging the printed article after being printed in described printing equipment, described hook component hinders described printing equipment to move to the 1st direction.
3. charging device according to claim 2, is characterized in that,
Described hook component in described incorporating section by decentralized configuration on the 2nd direction.
4. charging device according to claim 3, is characterized in that,
Described 1st direction is the direction different from described 2nd direction.
5. the charging device according to any one of Claims 1 to 4, is characterized in that,
The face of putting of the described printing equipment of described incorporating section relative to described incorporating section bottom surface and tilt.
6. the charging device according to any one of Claims 1 to 4, is characterized in that,
The hook portion that described hook component abuts with described printing equipment when to possess when putting described printing equipment in described incorporating section or to take off described printing equipment from described incorporating section, described hook portion possesses inclined plane.
7. charging device according to claim 6, is characterized in that,
Described hook portion thereon surface and lower surface possesses described inclined plane respectively,
Described charging device possesses the releasing component raising described printing equipment to the fixing direction of removing between described printing equipment,
Described printing equipment, when to remove between described hook portion and described printing equipment fixing, is raised the summit formed by each described inclined plane to described hook portion by described releasing component.
8. charging device according to claim 7, is characterized in that,
Described printing equipment possesses the releasing operation panel making described releasing component carry out raising action, and described releasing component is configured in than the position of described hook portion closer to described releasing operation panel.
9. a charging system, is characterized in that,
Described charging system is used for charging to the printing equipment possessing printed article outlet,
Described charging system possesses:
Guide part, it guides described printing equipment when putting described printing equipment in incorporating section; With
Hook component, the described printing equipment guided by described guide part is fixed on described incorporating section by it.
10. charging system according to claim 9, is characterized in that,
Described hook component across described printing equipment described printed article outlet and configure.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014144063 | 2014-07-14 | ||
| JP2014-144063 | 2014-07-14 | ||
| JP2015066412A JP2016028879A (en) | 2014-07-14 | 2015-03-27 | Charging device and charging system |
| JP2015-066412 | 2015-03-27 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204858626U true CN204858626U (en) | 2015-12-09 |
Family
ID=54749145
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520476595.8U Active CN204858626U (en) | 2014-07-14 | 2015-07-03 | Charging device and charging system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204858626U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109565942A (en) * | 2016-09-13 | 2019-04-02 | 佐藤控股株式会社 | Mounting system |
-
2015
- 2015-07-03 CN CN201520476595.8U patent/CN204858626U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109565942A (en) * | 2016-09-13 | 2019-04-02 | 佐藤控股株式会社 | Mounting system |
| CN109565942B (en) * | 2016-09-13 | 2020-03-27 | 佐藤控股株式会社 | Loading system |
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