CN209463761U - Neckpillow and magnetic assembly - Google Patents

Abstract

The utility model provides a neckpillow and magnetic assembly, wherein the magnetic assembly includes one first magnetic-suction buckle and one second magnetic-suction buckle, wherein first magnetic-suction buckle and second magnetic-suction buckle are respectively set at the neckpillow, wherein the first magnetic lock includes one first hard pedestal and one first magnetic absorption member, wherein first magnetic absorption member is at least partly wrapped in the first hard pedestal, wherein the second magnetic lock includes one second hard pedestal and one second magnetic absorption member, wherein second magnetic absorption member is at least partly wrapped in the second hard pedestal, wherein first magnetic-suction buckle is suitable for and the mutual magnetic of the second magnetic-suction buckle.

Description

Neckpillow and magnetic assembly

Technical field

The utility model relates to arrive neckpillow field more particularly to neckpillow and its magnetic assembly.

Background technique

Neckpillow live at present in common small tool, Auxiliary support user's head is used for, to help user's head for neck Portion bears and head can be maintained to certain position.

Neckpillow is typically designed as a U-shaped structure and has one to wear channel and an opening, wherein the open communication The wearing channel and outside change the size for wearing channel, by changing the size of the opening to adapt to difference The neck of size.Further, neckpillow is easily worn on to the neck of user by the opening of changeable size, so that user Without from head by neckpillow set to neck.After neckpillow is worn on user's neck, the opening is stretched, this is enabled a user to It is enough easily to remove neckpillow from neck.Problem is that neckpillow is also easily from the neck Automatic-falling of user at this time, especially when with Family is when changing head pose.

In order to solve this problem, cingulum either draw-string is set to the both ends of neckpillow to facilitate user by changing by manufacturer Become the length of the cingulum or the draw-string to change the size for wearing channel, so that the neck can be bonded In user's neck and with the change of neck and neckpillow relative position.Neckpillow forms a ring structure, and neckpillow It is not easy to fall off from neck.

Then it leads to the problem of and is when neckpillow is worn on user's neck, once the cingulum either draw-string Be fixed, user want to unlock the cingulum either the draw-string when, it is difficult to by sight concentrate on the cingulum or It is the draw-string position, because the cingulum either draw-string for being located at neck is difficult to be observed when user bows, Position is a vision dead zone for a user at this, therefore user needs with the hands to grope the cingulum either pumping Rope substitutes vision with tactile to operate on it.Obviously, such mode of operation needs to expend for a user more Time.If user is pullled so that neck is fasten at neckpillow rear portion during wearing neckpillow, and user attempts When unlocking neckpillow, the cingulum either draw-string positioned at vision dead zone obviously causes one using safe for user Fixed influence.For children, some children may play with the cingulum either during wearing neckpillow The draw-string so that entire neckpillow is more and more tighter, or even causes unexpectedly to occur.

Another problem generated therewith is exactly that the cingulum being arranged in neckpillow or the draw-string may need centainly Operating condition, only certain customers meet this condition, such as young children, the spirit of finger Activity may can not adapt to the cingulum either draw-string, need to complete the wearing of neckpillow under adult auxiliary And disassembly.

Utility model content

The one of the utility model is designed to provide a neckpillow and magnetic assembly, wherein the magnetic assembly can inhale automatically It closes.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic assembly can be automatic It is attracted to keep the neckpillow in annular, to be conducive to the neckpillow hanging on user's neck.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the actuation energy of the magnetic assembly It is enough to be realized indirectly by the control neckpillow, to be conducive to the wearing of the neckpillow.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the separation energy of the magnetic assembly It is enough to be realized indirectly by the control neckpillow, to be conducive to the disassembly of the neckpillow.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic assembly can be advantageous In the safety of the neckpillow in use.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic assembly includes one the One magnetic absorption member and one second magnetic absorption member, wherein being capable of mutual automatic suction between first magnetic absorption member and second magnetic absorption member With fixation.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the neckpillow can be grasped by one hand Make with fixation.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the neckpillow can be grasped by one hand Make to separate.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic assembly is without direct Contact can mutually locking to limit the neckpillow.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic group valence is without direct Contact can be operable to separation to dismantle the neckpillow.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic assembly can mention It is easily disassembled while for enough the suction-combining forces.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic assembly can lock Bestowing lesser active force after fixed can be disassembled.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic assembly can mention It can be disassembled for bestowing lesser active force while larger latching force.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein the magnetic assembly structure is simple It is single, it is easy to use.

The another object of the utility model is to provide a neckpillow and magnetic assembly, wherein first locking piece and described Second locking piece can combine automatically in a certain range without alignment.

One side according to the present utility model, the utility model provide a neckpillow comprising:

One neckpillow main body, wherein the neckpillow main body has one to wear channel and an opening, wherein the opening shape Cheng Yu Between the both ends of the neckpillow main body；With

One constraint unit, wherein the constraint unit includes a magnetic-suction buckle magnetic assembly, wherein the magnetic-suction buckle magnetic group Part includes one first magnetic-suction buckle and one second magnetic-suction buckle, wherein first magnetic-suction buckle and second magnetic-suction buckle are set individually In the neckpillow main body, wherein first magnetic-suction buckle includes one first hard pedestal and one first magnetic absorption member, wherein described the One magnetic absorption member is at least partly wrapped in the first hard pedestal, wherein second magnetic-suction buckle includes one second hard pedestal With one second magnetic absorption member, wherein second magnetic absorption member is at least partly wrapped in the second hard pedestal, wherein described First magnetic absorption member of one magnetic-suction buckle is suitable for being magneted in second magnetic absorption member of second magnetic-suction buckle.

An embodiment according to the present utility model, the magnetic-suction buckle magnetic assembly has one to be attracted face, wherein described first Magnetic-suction buckle can be rotationally connected with described second relative to second magnetic-suction buckle along the direction perpendicular to the actuation face Magnetic-suction buckle.

An embodiment according to the present utility model, first magnetic-suction buckle further comprise one first limit base, wherein institute One end that the first limit base is located at the first hard pedestal is stated, wherein second magnetic-suction buckle further comprises one second limit Seat is fastened on described wherein second limit base is located at one end of the second hard pedestal in first magnetic-suction buckle When the second magnetic-suction buckle, the other end of the first hard pedestal is butted on second limit base, the second hard pedestal The other end is butted on first limit base.

An embodiment according to the present utility model, first limit base are arranged to one from the first hard pedestal First top surface extends upward, wherein second limit base is arranged to one second top surface from the second hard pedestal Extend upward.

An embodiment according to the present utility model, first limit base has one first medial surface, wherein described second Hard pedestal is butted on first medial surface, and one first folder is formed between first medial surface and the first hard pedestal Angle, wherein first angle is not more than 90 degree.

An embodiment according to the present utility model, first medial surface are the two of a cambered surface and first medial surface End is bent outwards.

An embodiment according to the present utility model, second limit base has one second medial surface, wherein described second Hard pedestal is butted on second medial surface, and one second folder is formed between second medial surface and the second hard pedestal Angle, wherein second angle is not more than 90 degree.

An embodiment according to the present utility model, first limit base have one first chamfering.

An embodiment according to the present utility model, second limit base have one second chamfering.

An embodiment according to the present utility model, the neckpillow main body include a first end, a second end and prolong The main part between the first end and the second end is stretched in, wherein first magnetic-suction buckle and second magnetic Suction buckle is respectively set at the first end and the second end.

An embodiment according to the present utility model, the neckpillow main body have a lateral surface and a medial surface, wherein described First magnetic-suction buckle and second magnetic-suction buckle are respectively set at the lateral surface, wherein the neckpillow main body includes a first end Portion, a second end and a main part between the first end and the second end is extended, wherein the neck The second end of pillow main body is able to centered on the first end and forms a rolled condition, in the rolled condition, institute State the first magnetic-suction buckle can along in the rolled condition the neckpillow main body around in conjunction with second magnetic-suction buckle with The neckpillow main body is fettered in the rolled condition.

An embodiment according to the present utility model, the magnetic-suction buckle magnetic assembly further comprise a third magnetic-suction buckle, Described in neckpillow main body include a first end, a second end and extend the first end and the second end it Between a main part, wherein first magnetic-suction buckle is arranged at the first end, second magnetic-suction buckle and described Three magnetic-suction buckles are arranged at a lateral surface of the second end respectively, wherein the second end of the neckpillow main body is able to A rolled condition is formed centered on the first end, in the rolled condition, the third magnetic-suction buckle can be along being in The neckpillow main body circle of the rolled condition around in conjunction with second magnetic-suction buckle to fetter the neckpillow main body in described Rolled condition.

An embodiment according to the present utility model, the magnetic-suction buckle magnetic assembly further comprise a third magnetic-suction buckle and one 4th magnetic-suction buckle, wherein the third magnetic-suction buckle and the 4th magnetic-suction buckle are respectively set at an outside of the neckpillow main body Face, wherein the neckpillow main body is including a first end, a second end and extends the first end and described second A main part between end, wherein the second end of the neckpillow main body is able to centered on the first end and shape At a rolled condition, in the rolled condition, the third magnetic-suction buckle can be along the neckpillow main body of the rolled condition Circle around in conjunction with the 4th magnetic-suction buckle to fetter the neckpillow main body in the rolled condition.

An embodiment according to the present utility model further comprises two connecting bands, wherein first magnetic-suction buckle passes through One connecting band is connected to the neckpillow main body, and second magnetic-suction buckle is connected to described by another connecting band Neckpillow main body.

An embodiment according to the present utility model further comprises a connection piece and a plurality of connecting band, wherein a company The both ends of tape splicing are connected to first magnetic-suction buckle and the connector and the connecting band by adjustable in length It is connected to the connector, wherein the both ends of another connecting band are connected to the connector and the neckpillow main body And the connecting band for being connected to described connector one end is fixedly connected on the connector.

An embodiment according to the present utility model, the first hard pedestal have one first top surface, first magnetic Part has one first magnetic face, wherein first magnetic face is exposed to first top surface, wherein first top surface is low It is equal to first magnetic face in first magnetic face, first top surface or first top surface is higher than First magnetic face.

An embodiment according to the present utility model, the first hard pedestal have one first accommodated position, described first Magnetic absorption member is located at first accommodated position, and the second hard pedestal has one second accommodated position, wherein second magnetic It inhales part and is located at second accommodated position, wherein the sum of the depth of first accommodated position and second accommodated position is equal to The sum of height of first magnetic absorption member and second magnetic absorption member or first accommodated position and described second accommodate The sum of depth of position is equal to the sum of the height of the first magnetic absorption member and second magnetic absorption member.

An embodiment according to the present utility model, the make-up magnetic fastener further comprise multiple first reinforcers, Described in the first reinforcer be set to first accommodated position with being arranged and be looped around around first magnetic absorption member.

During an embodiment according to the present utility model, the first hard pedestal and the second hard pedestal are arranged to The heart is symmetrical.

Detailed description of the invention

Fig. 1 is the schematic diagram of a neckpillow of a preferred embodiment according to the present utility model.

Fig. 2A is the use schematic diagram of the neckpillow of above-mentioned preferred embodiment according to the present utility model.

Fig. 2 B is the use schematic diagram of the neckpillow of above-mentioned preferred embodiment according to the present utility model.

Fig. 3 is the schematic cross-sectional view of a magnetic assembly of a preferred embodiment according to the present utility model.

Fig. 4 is the schematic diagram of a magnetic assembly of a preferred embodiment according to the present utility model.

Fig. 5 is the use schematic diagram of a magnetic assembly of a preferred embodiment according to the present utility model.

Fig. 6 is the schematic diagram of a magnetic assembly of a preferred embodiment according to the present utility model.

Fig. 7 is the partial cutaway view schematic of a magnetic assembly of a preferred embodiment according to the present utility model.

Fig. 8 is the retracting schematic diagram of a neckpillow of a preferred embodiment according to the present utility model.

Fig. 9 is the retracting schematic diagram of a neckpillow of a preferred embodiment according to the present utility model.

Figure 10 is the retracting schematic diagram of a neckpillow of a preferred embodiment according to the present utility model.

Specific embodiment

It is described below for disclosing the utility model so that those skilled in the art can be realized the utility model.It retouches below Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It is retouched following The basic principle of the utility model defined in stating can be applied to other embodiments, deformation scheme, improvement project, etc. Tongfangs The other technologies scheme of case and the spirit and scope without departing from the utility model.

It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper", The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, and It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore Above-mentioned term should not be understood as limiting the present invention.

It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.

With reference to figures 1 through shown in attached drawing 5, a neckpillow 1 of a preferred embodiment according to the present utility model and its constraint are single Member 20 is elucidated with.

The neckpillow 1 can be easily worn on the neck of user and can easily be torn open from the neck of user It unloads.

Specifically, the neckpillow 1 includes a neckpillow main body 10 and a constraint unit 20, wherein 20 quilt of constraint unit It is set to the neckpillow main body 10 and can be defined by neckpillow main body 10 described in the constraint unit 20.The constraint is single Member 20 includes a magnetic assembly, wherein the magnetic assembly includes one first magnetic absorption member 21 and one second magnetic absorption member 22, wherein institute It states the first magnetic absorption member 21 and second magnetic absorption member 22 being capable of mutual magnetic.

First magnetic-suction buckle 21 and second magnetic-suction buckle 22 are respectively set at the both ends of the neckpillow main body 10, institute Neckpillow main body 10 is stated with a wearing channel 100 and there is an opening 101, wherein 101 connection of the opening wearing is logical Road 100 and the external world are so that the neck of user enters the wearing channel 100 by the opening 101, to complete the neckpillow 1 Wearing.

The size of the opening 101 of the neckpillow 1 can be adapted so that the neck of user can pass in and out the wearing Channel 100.The entire neckpillow 1 is designed with certain elasticity so as to form the neckpillow main body 10 of the opening 101 It can deformation occurs to a certain extent.

In the use process of the neckpillow 1, it is described opening 101 be extended so that the neck of user be able to enter it is described Channel 100 is worn, then user adjusts the neckpillow 1 behind the position of neck, can be by 21 magnetic of the first magnetic-suction buckle In second magnetic-suction buckle 22 to limit the neckpillow 1 in neck, the neckpillow 1 is avoided to fall from neck, so that user can be with The neckpillow 1 is worn for a long time and can adapt to adjust neck either head pose in user.The neckpillow 1 can pass through The constraint unit 20 is held in cyclic structure so that the neckpillow 1 can hang on neck, avoid user in mobile neck or Person is that neckpillow 1 described in body trunk portion falls off from neck, while the position of the neckpillow 1 can be adapted to user's neck either head The movement in portion is adjusted.

First magnetic-suction buckle 21 is arranged to be matched with second magnetic-suction buckle 22 so that 21 energy of the first magnetic-suction buckle Enough it is magneted in second magnetic-suction buckle 22.

First magnetic-suction buckle 21 can be magneted in second magnetic-suction buckle 22 automatically in certain distance.It is worth mentioning It is that user is not necessarily to directly operate first magnetic-suction buckle 21 and second magnetic-suction buckle 22 during wearing neckpillow 1, It can be by way of holding the both ends of the neckpillow main body 10 so that first magnetic-suction buckle 21 and second magnetic-suction buckle 22 It is close to each other, after the distance of first magnetic-suction buckle 21 and second magnetic-suction buckle 22 narrows down in a certain range, described One magnetic-suction buckle 21 and the automatic mutually actuation of second magnetic-suction buckle 22.

User during neckpillow 1, can also be separated described in unloading by way of controlling the neckpillow main body 10 First magnetic absorption member 21 and second magnetic absorption member 22.

Specifically, first magnetic-suction buckle 21 includes one first hard pedestal 211 and one first magnetic absorption member 212, wherein First magnetic absorption member 212 is embedded at the first hard pedestal 211, and first magnetic absorption member 212 is by least partly The first hard pedestal 211 is embedded in increase bond strength between the two.The first hard pedestal 211 has one the One top surface 2111, wherein first top surface 2111 can be a plane, for being matched with second magnetic-suction buckle 22.Described One magnetic absorption member 212 has one first magnetic face 2121, wherein first magnetic face 2121 is exposed on outside, and described first Magnetic face 2121 is exposed on 2111 side of the first top surface.

Second magnetic-suction buckle 22 includes one second hard pedestal 221 and one second magnetic absorption member 222, wherein second magnetic Inhale part 222 and be supported on the second hard pedestal 221, and second magnetic absorption member 222 be at least partly embedded in it is described Second hard pedestal 221 is to increase bond strength between the two.

First magnetic absorption member 212 can be at least partly embedded in the first hard pedestal by way of chimeric 211, second magnetic absorption member 222 can be at least partly embedded in the second hard pedestal 221 by way of chimeric.Institute First magnetic absorption member 212 can also be formed in so that at least partly by integrally formed mode by stating the first hard pedestal 211 First magnetic absorption member 212 is embedded in the first hard pedestal 211, and the second hard pedestal 221 can also pass through one Body formed mode be formed in second magnetic absorption member 222 so that at least partly described second magnetic absorption member 222 be embedded in it is described Second hard pedestal 221.

The second hard pedestal 221 has one second top surface 2211, wherein to can be one flat for second top surface 2211 Face, for being matched with first magnetic-suction buckle 21.Second magnetic absorption member 222 has one second magnetic face 2221, wherein described Outside second magnetic face 2221 is exposed on, and second magnetic face 2221 is exposed on 2211 side of the second top surface.

First top surface 2111 and second top surface 2211 are arranged to be mutually matched, and are conducive to first magnetic The close actuation of part 21 and second magnetic absorption member 22.For example, in this example, first top surface 2111 is one flat Face, second top surface 2211 are a planes, when first magnetic absorption member 212 and the mutual magnetic of second magnetic absorption member 222, institute It is close to second magnetic face of second magnetic absorption member 221 in first magnetic face 2121 for stating the first magnetic absorption member 212 2211, described the of the second hard pedestal 221 is close in first top surface 2111 of the first hard pedestal 211 Two top surfaces 2211.Preferably, first magnetic face 2121 of first magnetic absorption member 212 and second magnetic absorption member 222 Second magnetic face 2221 is a plane respectively, to be conducive to first magnetic absorption member 212 and second magnetic absorption member 222 It fits closely, to be conducive to the actuation intensity of first magnetic absorption member 212 and second magnetic absorption member 222.

Further, in this example, first magnetic face 2121 of first magnetic absorption member 212 and described first hard First top surface, 2111 height of matter pedestal 211 is consistent, second magnetic face 2221 of second magnetic absorption member 222 and institute The height for stating second top surface 2211 of the second hard pedestal 221 is consistent, so that first magnetic absorption member 21 and described second When magnetic absorption member 22 is mutually attracted, first magnetic face 2121 of first magnetic absorption member 212 and second magnetic absorption member 222 Second magnetic face 2221 fits closely while first top surface 2111 and second top surface 2211 fit closely.

When first magnetic-suction buckle 21 is magneted in second magnetic-suction buckle 22, wherein the first hard pedestal 211 2211 quilt cover of the second top surface of first top surface 2111 and the second hard pedestal 221 is provided opposite to, and described first First magnetic face 2121 of magnetic absorption member 212 is mounted directly on second magnetic face of second magnetic absorption member 222 2221.The first hard pedestal 211 and the second hard pedestal 221 can be made of plastic material respectively, be had respectively There is biggish structural strength, enough structural strengths are provided in use and less deformation occurs.

One end of first magnetic-suction buckle 21 is connected to one end of the neckpillow main body 10, first magnetic-suction buckle 21 The other end is used to be adapted to attach to one end of second magnetic-suction buckle 22, and the other end of second magnetic-suction buckle 22 is connected to institute State the other end of neckpillow main body 10.When first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are due to first magnetic absorption member When gravitation between 212 and second magnetic absorption member 222 is mutually drawn close, the first hard pedestal of first magnetic-suction buckle 21 211 and the second hard pedestal 221 of second magnetic-suction buckle 22 can be respectively in first magnetic absorption member 212 and described Second magnetic absorption member 222 provides stable support so that first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are preferably bonded, To be conducive to the firm connection of first magnetic-suction buckle 21 and second magnetic-suction buckle 22 in the follow-up process.

The magnetic absorption member magnetic assembly 21,22 have one be attracted face, the actuation face be formed in first magnetic absorption member and The junction of second magnetic absorption member.

The actuation face can be formed in first magnetic absorption member 212 first magnetic face 2121 and second magnetic Inhale second magnetic face 2221 of part 222.The actuation face can also be formed in described the of the first hard pedestal 211 Second top surface 2211 of one top surface 2111 and the second hard pedestal 221.When first magnetic absorption member 212 and described When the magnetic line of force between two magnetic absorption members 222 is straight line and is at least partly parallel to each other, the actuation face can be perpendicular to mutual The magnetic line of force between parallel and for straight line first magnetic absorption member 212 and second magnetic absorption member 222.

First magnetic-suction buckle 21 and second magnetic-suction buckle 22 can be mutually attracted along the actuation face.When described One magnetic-suction buckle 21 and second magnetic-suction buckle 22 are by arranged opposite, first magnetic absorption member 212 and second magnetic absorption member 222 When there is a certain distance between same straight line and first magnetic-suction buckle 21 and second magnetic-suction buckle 22, described first Magnetic-suction buckle 21 and second magnetic-suction buckle 22 are moved to 212 quilt of the first magnetic absorption member along the direction perpendicular to the actuation face Directly it is magneted in second magnetic absorption member 222.It is described when first magnetic absorption member and second magnetic-suction buckle 22 are by arranged opposite First magnetic absorption member 212 and second magnetic absorption member 222 are not on same straight line and first magnetic-suction buckle 21 and described When having a certain distance between two magnetic-suction buckles 22, first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are moved along a direction It moves to first magnetic absorption member 212 and is directly magneted in second magnetic absorption member 222, wherein the direction position is in the actuation face Direction and perpendicular between the both direction in the actuation face direction.

Further, first magnetic-suction buckle 21 is rotatably connected at second magnetic-suction buckle 22, described in other words Second magnetic-suction buckle 22 is rotatably connected at first magnetic-suction buckle 21.When first magnetic-suction buckle 21 is relative to described second When magnetic-suction buckle 22 rotates, first magnetic-suction buckle 21 is in a manner of perpendicular to the actuation face relative to second magnetic-suction buckle 22 Rotation.One end of first magnetic-suction buckle 21 is butted on one end of second magnetic-suction buckle 22, and first magnetic-suction buckle 21 The other end leave the other end of second magnetic-suction buckle 22.First magnetic-suction buckle 21 is to be butted on second magnetic-suction buckle 22 One end is that fulcrum rotates outwardly, in this way, so that first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are more It can be easily separated.And in normal operating condition, the power that first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are subject to mainly is come From in two sides, and along the actuation face direction, therefore 22 more difficult points of first magnetic-suction buckle 21 and second magnetic-suction buckle From.

Further first magnetic-suction buckle 21 includes one first limit base 213, wherein first limit base 213 is from institute State at least partly extending upward for first top surface 2111 of the first hard pedestal 211.First magnetic-suction buckle 21 has There is one first receiving channel 2100, wherein first receiving channel 2100 is formed in first limit base 213 and described first firmly Between matter pedestal 211.

First limit base 213 has one first medial surface 2131, wherein first medial surface 2131 is for being bonded In the second hard pedestal 221 of second magnetic-suction buckle 22.First medial surface 2131 is arranged to from described first First top surface 2111 of hard pedestal 211 extends upward.First medial surface of first limit base 213 One first angle is formd between 2131 and first top surface 2111 of the first hard pedestal 211.

Second magnetic-suction buckle 22 includes one second limit base 223, wherein second limit base 223 is hard from described second At least partly described first top surface 2111 of matter pedestal 221 extends upward.Second magnetic-suction buckle 22 has one second to connect Receive slot 2200, wherein second receiving channel 2200 be formed in second limit base 223 and the second hard pedestal 221 it Between.

Second limit base 223 has one second medial surface 2231, wherein second medial surface 2231 is for being bonded In the first hard pedestal 211 of first magnetic-suction buckle 21.Second medial surface 2231 is arranged to from described second Second top surface 2211 of hard pedestal 221 extends upward.Second medial surface of second limit base 223 One second angle is formd between 2231 and second top surface 2211 of the second hard pedestal 221.

When first magnetic-suction buckle 21 is magneted in second magnetic-suction buckle 22, described the first of first magnetic-suction buckle 21 Hard pedestal 211 is at least partially received in first receiving channel 2100, second hard of second magnetic-suction buckle 22 Pedestal 221 is at least partially received in second receiving channel 2200.First limit base 213 can limit second magnetic For suction buckle 22 towards the movement of first limit base 213, second limit base 223 can limit 21 court of the first magnetic-suction buckle Movement to second limit base 223.

First limit base 213 and second limit base 223 are conducive to first magnetic absorption member 212 and described second Magnetic absorption member 222 is automatically aligned to.It is hard that first limit base 213 and second limit base 223 limit described second respectively The relative position of matter pedestal 221 and the first hard pedestal 211, so that the first hard pedestal 211 and described second is firmly Matter pedestal 221 is bonded to each other and described the under the opposite effect of first magnetic absorption member 212 and second magnetic absorption member 222 One hard pedestal 211 and the second hard pedestal 221 can be butted on second limit base 223 and first limit respectively Position seat 213 is guaranteed with being conducive to first magnetic absorption member 212 and second magnetic absorption member 222 in fixed position.When described first When magnetic-suction buckle 21 is magneted in second magnetic-suction buckle 22, first top surface 2111 of the first hard pedestal 211 and institute 2211 quilt cover of the second top surface for stating the second hard pedestal 221 is provided opposite to.

For the first hard pedestal 211, one end of the first hard pedestal 211 is connected to described first The other end of limit base 213, the first hard pedestal 211 is butted on second limit base 223, with first magnetic-suction buckle 21 and second magnetic-suction buckle 22 where plane be X/Y plane, short transverse is Z-direction, and works as first magnetic-suction buckle 21 and second magnetic-suction buckle 22 in conjunction with the rear first hard pedestal 211 and 221 direction of the second hard pedestal be X Axis direction.Second limit base 223 limits the first hard pedestal 211 in the movement of Y direction.

For the second hard pedestal 221, one end of the second hard pedestal 221 is connected to described second Limit base 223, the other end of the second hard pedestal 221 are butted on first limit base 213, first limit base 213 limit the second hard pedestal 221 in Y direction.

After first magnetic-suction buckle 21 and second magnetic-suction buckle 22 combine, user is in the magnetic absorption member magnetic assembly 20 Y direction two sides force when, first magnetic-suction buckle 21 and second magnetic-suction buckle 22 will combine even closer.Cause The second hard pedestal 221 and described first is prevented respectively for first limit base 213 and second limit base 223 Hard pedestal 211 moves toward one another.

Further, the constraint unit 20 includes an at least connecting band 23, and the connecting band 23 is for connecting described the One magnetic-suction buckle 21 and second magnetic-suction buckle 22 are in the neckpillow main body 10.First magnetic-suction buckle 21 has one first connection logical Hole 210, wherein the first connection through-hole 210 is used to connect a connecting band 23, wherein one end quilt of the connecting band 23 It is connected to the neckpillow main body 10, the other end of the connecting band 23 is connected to first magnetic-suction buckle 21.That is, institute State one end that the first magnetic-suction buckle 21 is connected to the neckpillow main body 10 by the connecting band 23.The connecting band 23 has one Fixed length, and the connecting band 23 can have certain elasticity to meet different length requirements.

Second magnetic-suction buckle 22 has one second connection through-hole 220, wherein the second connection through-hole 220 is for connecting Another connecting band 23, wherein one end of the connecting band 23 is connected to the neckpillow main body 10, the connecting band 23 it is another End is connected to second magnetic-suction buckle 22.That is, second magnetic-suction buckle 22 is connected to by the connecting band 23 The other end of the neckpillow main body 10.

The first connection through-hole 210 can be formed in the first hard pedestal 211 either first limit base 213 either the first hard pedestal 211 and first limit base 213.

The second connection through-hole 220 can be formed in the second hard pedestal 221 either second limit base 223 either the second hard pedestal 221 and second limit base 223.

The connecting band 23 can pass through the first connection through-hole 210, and the connecting band 23 can pass through described second Connect through-hole 220.

After the neckpillow 1 is worn on the neck of user, vulnerable to the connecting band 23 from two sides and described The pulling force of connecting band 23 because the neck of user can play the role of for the entire neckpillow 1 it is distracted outwardly.At this point for For the magnetic absorption member magnetic assembly 20, first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are respectively by from described The pulling force of connecting band 23 and the connecting band 23, so that first magnetic-suction buckle 21 and second magnetic-suction buckle 22 have in Z axis The trend of direction separation.That is, first magnetic absorption member 212 and second magnetic-suction buckle 22 of first magnetic-suction buckle 21 Second magnetic absorption member 222 in the axial direction have isolated trend.However to first magnetic absorption member 212 and described second For magnetic absorption member 222, in this direction first magnetic absorption member 212 and second magnetic absorption member 222 is separated and need to overcome Biggish magnetic force.That is, first magnetic absorption member 212 and second magnetic absorption member 222 are tied securely in the axial direction It closes.

Further, first folder being formed between first limit base 213 and the first hard pedestal 211 Angle is set to less than 90 degree, that is to say, that first medial surface 2131 of first limit base 213 is arranged to from institute First top surface 2111 for stating the first hard pedestal 211 obliquely extends upward and inwardly.

Second angle being formed between second limit base 223 and the second hard pedestal 221 is set For less than 90 degree, that is to say, that second medial surface 2231 of second limit base 223 is arranged to hard from described second Second top surface 2211 of matter pedestal 221 obliquely extends upward and inwardly.

Certainly, in other embodiments of the utility model, first angle can be a right angle, second folder Angle is also possible to a right angle.

In other words, first limit base 213 forms one first chamfering 214, and second limit base 223 forms one the Two chamferings 224.When first magnetic-suction buckle 21 is magneted in second magnetic-suction buckle 22, described the of first magnetic-suction buckle 21 One chamfering 214 is connected to the second hard pedestal 221 of second magnetic-suction buckle 22, second magnetic-suction buckle 22 it is described Second chamfering 224 is connected to the first hard pedestal 211 of first magnetic-suction buckle 21.

First chamfering 214 and second chamfering 224 can be for the second hard pedestals 221 and described first Hard pedestal 211 each serves as position-limiting action to be conducive to first magnetic absorption member 212 of first magnetic-suction buckle 21 and described Alignment between second magnetic absorption member 222 of second magnetic-suction buckle 22.First chamfering 214 and second chamfering 224 are also Guiding function can be played, when first magnetic-suction buckle 21 and second magnetic-suction buckle 22 along the opposite sliding of X/Y plane to fasten When, first chamfering 214 and second chamfering 224 play guiding function in X-direction, so that the first hard base Seat 211 and the second hard pedestal 221 can mutually be detained respectively along second chamfering 224 and first chamfering 214 It closes, to be conducive to the alignment of first magnetic absorption member 212 and second magnetic absorption member 222.

More particularly, the first hard pedestal 211 has one first left end and one first right end, wherein described the One limit base 213 is located at first left end, wherein first right end is for being connected to the described of second magnetic-suction buckle 22 Second chamfering 224 of second limit base 223.First right end is arranged to be matched with second chamfering 224.

The second hard pedestal 221 has one second left end and one second right end, wherein first limit base 213 In second right end, wherein second left end is used to be connected to first limit base 213 of first magnetic-suction buckle 21 First chamfering 214.Second left end is arranged to be matched with first chamfering 214.

Further, when user needs to separate the magnetic absorption member magnetic assembly 20 to dismantle for the neckpillow 1, By taking first magnetic-suction buckle 21 as an example, the hand of user can fix second magnetic-suction buckle 22, such as be gripped on described Then second left end of the second hard pedestal 221 of second magnetic-suction buckle 22 holds first magnetic with another hand First right end of the first hard pedestal 211 of suction buckle 21, then by described the first of the first hard pedestal 211 The mode that left end is butted on second chamfering 224 of the second prevention seat of second magnetic-suction buckle 22 lifts described the outwardly One right end rotates first magnetic-suction buckle 21 using second chamfering 224 by second magnetic-suction buckle 22 as fulcrum First right end, so that user be facilitated effortlessly to separate first magnetic-suction buckle 21 and second magnetic-suction buckle 22.

It is noted that the first connection through-hole 210 and the second connection through-hole 220 can be respectively formed in institute The length direction of the first limit base 213 and second limit base 223, that is, Y direction are stated, to facilitate user holding institute Impetus is provided when stating the first magnetic-suction buckle 21 and second magnetic-suction buckle 22.

Further, first medial surface 2131 of first limit base 213 of first magnetic-suction buckle 21 is set It is set to certain cambered surface.Second medial surface 2231 of second limit base 223 of second magnetic-suction buckle 22 is set For certain cambered surface.

The first hard pedestal 211 has one first lateral surface 2112, wherein first lateral surface 2112 is suitable for extremely Small part fits in second medial surface 2231 of second limit base 223.The second hard pedestal 221 has one the Two lateral surfaces 2212, wherein second lateral surface 2212 is suitable at least partly fitting in the described of first limit base 213 First medial surface 2131.

First lateral surface 2112 of the first hard pedestal 211 is arranged to the cambered surface of indent, second limit Second medial surface 2231 of position seat 223 is arranged to the cambered surface of evagination.Outside described the second of the second hard pedestal 221 Side 2212 is arranged to the cambered surface of indent, and first medial surface 2131 of first limit base 213 is arranged to evagination Cambered surface.In this way, to be conducive to opposite turn between first magnetic-suction buckle 21 and second magnetic-suction buckle 22 It is dynamic.

Further, first magnetic face 2121 of first magnetic absorption member 212 protrudes from the first hard pedestal Second magnetic face 2221 of 211 first top surface 2111, second magnetic absorption member 222 is depressed in second hard Second top surface 2211 of pedestal 221.

First magnetic-suction buckle 21 has one first accommodated position 215, wherein first magnetic absorption member 212 is located at described the One accommodated position 215, first magnetic absorption member 212 is full of first accommodated position 215 and extends to outside.

Second magnetic-suction buckle 22 has one second accommodated position 225, wherein second magnetic absorption member 222 is located at described the Two accommodated positions 225, the second accommodated position 225 described in 222 underfill of the second magnetic absorption member.

When first magnetic-suction buckle 21 is bonded to second magnetic-suction buckle 22, described the first of first magnetic-suction buckle 21 Magnetic absorption member 212 is at least partially into second accommodated position 225, then fits in institute in second accommodated position 225 State the second magnetic absorption member 222.In this way, so that when first magnetic absorption member 212 and second magnetic absorption member 222 along When X/Y plane opposite sliding first magnetic absorption member 212 and second magnetic absorption member 222, first magnetic absorption member 212 of protrusion Position-limiting action is played to limit first magnetic absorption member 212 and second magnetic absorption member 222 in the relatively sliding of X/Y plane It is dynamic.

It can certainly be second top surface that second magnetic absorption member 222 protrudes from the second hard pedestal 221 2211, described first of first magnetic face 2121 lower than the first hard pedestal 211 of first magnetic absorption member 212 pushes up Face 2111.

Further, in this example, first magnetic absorption member 212 is exposed on outer so that can be by the side in side It is magneted in second magnetic absorption member 222, second magnetic absorption member 222 is exposed on outer so that can be by magnetic in the side in side In first magnetic absorption member 212.

The first hard pedestal 211 has one first bottom surface 2113, wherein first top surface 2111 and described first Bottom surface 2113 is oppositely arranged, and the second hard pedestal 221 has one second bottom surface 2213, wherein second top surface 2211 It is oppositely arranged with second bottom surface 2213.

At least partly described first magnetic absorption member 212 is coated by the first hard pedestal 211 in first bottom surface 2113 sides can not observe first magnetic absorption member 212.At least partly described second magnetic absorption member 222 is by the second hard base 221 cladding of seat is to observe second magnetic absorption member 222 in 2213 side of the second bottom surface.

Material based on the first hard pedestal 211 and the second hard pedestal 221 is for first magnetic absorption member Magnetic force between 212 and second magnetic absorption member 222 plays barrier effect, thus first magnetic absorption member 212 and described second Magnetic force of the magnetic absorption member 222 in first bottom surface 2113 and 2213 side of the second bottom surface is weaker, in this example, described One magnetic absorption member 212 and second magnetic absorption member 222 are mutually tied in first top surface 2111 and 2211 side of the second top surface It closes.

Further, the magnetic absorption member magnetic assembly 20 includes a stiffener assembly 24, wherein the stiffener assembly 20 is divided It is not set to first magnetic-suction buckle 21 and second magnetic-suction buckle 22 to increase by first magnetic absorption member 212 and described first firmly The combination between bond strength and second magnetic absorption member 222 and the second hard pedestal 221 between matter pedestal 211 is strong Degree.The stiffener assembly 24 includes an at least reinforcer 241, wherein the reinforcer 241 is respectively set at described first firmly Matter pedestal 211 and the second hard pedestal 212.

Multiple reinforcers 241 are arranged in first accommodated position 215 and are surrounded on first magnetic absorption member Around 212, to enhance the bond strength between the first hard pedestal 211 and first magnetic absorption member 212.It is multiple described Reinforcer 241 is arranged in second accommodated position 225 and is surrounded on around second magnetic absorption member 222, with enhancing Bond strength between the second hard pedestal 221 and second magnetic absorption member 222.

In this example, first magnetic absorption member 212 is a cylindrical-shaped structure, and second magnetic absorption member 222 is a cylinder Shape structure.That is, the cross section of first magnetic absorption member 212 is circle, the cross section of second magnetic absorption member 222 is round Shape.In other examples of the utility model, the cross section of first magnetic absorption member 212 can be rectangle, triangle, polygon The either other shapes of shape, the cross section of second magnetic absorption member 222 can be rectangle, triangle, polygon either its His shape.It will be appreciated by persons skilled in the art that above-mentioned citing is not for first magnetic absorption member 212 and described The shape of second magnetic absorption member 222 causes to limit.

Optionally, first magnetic absorption member 212 and second magnetic absorption member 222 are identical.Optionally, in first magnetic Button 21 is fastened on second magnetic-suction buckle 22, the first hard pedestal 211 of first magnetic-suction buckle 21 and first limit The the second hard pedestal 221 and 223 central symmetry of the second limit base of position seat 213 and second magnetic-suction buckle 22.

In this example, the height of first magnetic absorption member 212 and second magnetic absorption member 222 and it is equal to described first and holds The sum of the depth of position 215 and second accommodated position 225 received to be fastened on described second when first magnetic-suction buckle 21 When magnetic-suction buckle 22, first top surface 2111 of the first hard pedestal 211 can be bonded to the second hard pedestal 221 second top surface 2211.

In other examples of the utility model, the height of first magnetic absorption member 212 and second magnetic absorption member 222 The sum of be greater than the sum of the depth of first accommodated position 215 and second accommodated position 225 and make when first magnetic When button 21 is fastened on second magnetic-suction buckle 22, first top surface 2111 of the first hard pedestal 211 can not be fitted in Second top surface 2211 of the second hard pedestal 221, so that the first hard pedestal 211 and the second hard base There are gaps between seat 221, to be conducive to the separation of the first magnetic-suction buckle 21 and second magnetic-suction buckle 22 described in subsequent step.

Further, the constraint unit 20 includes an engaging component 25, wherein the engaging component 25 includes at least one Groove 251 and at least a protrusion 252, wherein one described raised 252 is matched with a groove 251, the groove 251 and described Protrusion 252 can be mutually fitted into.The groove 251 is formed in the first hard pedestal 211, from the first hard pedestal 211 first top surface 2111 is recessed formation inwardly.Described raised 252 are formed in the second hard pedestal 221, described in Second top surface 2211 of second hard pedestal 221 convexes to form outwardly.It is, of course, understood that 251 He of groove Raised 252 position can be interchanged, and the first hard pedestal 211 can be provided with the groove simultaneously 251 and described raised 252, the second hard pedestal 221 can also be provided with the groove 251 and the protrusion simultaneously 252。

It is arranged at first magnetic-suction buckle 21 with the groove 251, described raised 252 are arranged at second magnetic It is specifically explained for button 22, certainly it will be appreciated by persons skilled in the art that the groove 251 and the protrusion 252 position can be interchanged.

The groove 251 is arranged at a predeterminated position of the first hard pedestal 211 of first magnetic-suction buckle 21, Described raised 252 are arranged at a predeterminated position of the second hard pedestal 221 of second magnetic-suction buckle 22.When described One magnetic-suction buckle 21 is fastened on second magnetic-suction buckle 22, and further groove 251 is engaged in described raised 252 to prevent described One magnetic-suction buckle 21 and second magnetic-suction buckle 22 limit first magnetic-suction buckle 21 and institute in the relative displacement in the direction XY in other words The second magnetic-suction buckle 22 is stated along the relative displacement in first magnetic face 2121 and second magnetic face 2221.

Specifically, the groove 251 is from described the first of the first hard pedestal 211 of first magnetic-suction buckle 21 Top surface 2111 is formed towards sunken inside.That is, the groove 251 is lower than in first top surface 2111.Described raised 252 certainly Second top surface 2211 of the second hard pedestal 221 of second magnetic-suction buckle 22 extends outwardly.That is, Described raised 252 are convexly formed in the second hard pedestal 221.The groove 251 can mutually block with described raised 252 It closes.

In this example, the number of the groove 251 is two, and raised 252 number is two, and the groove 251 is located at Around first magnetic absorption member 212, described raised 252 are located at around second magnetic absorption member 222.Preferably, described recessed Slot 251 is symmetrically disposed on around first magnetic absorption member 212, and described raised 252 are symmetrically disposed on described second Around magnetic absorption member 222, first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are prevented with all directions in X/Y plane Separation.

Further, first magnetic-suction buckle 21 and second magnetic-suction buckle 22 can be integrally formed respectively.It is described The groove 251 of engaging component 25 can be integrally formed with first magnetic-suction buckle 21, described to engage the described convex of component 25 Playing 252 can be integrally formed with second magnetic-suction buckle 22, then by first magnetic absorption member 212 and second magnetic absorption member 222 snap into first accommodated position 215 and second accommodated position 225 respectively.

The first hard pedestal 211 of first magnetic-suction buckle 21 can be shaped in first magnetic absorption member 212, The groove 251 can be formed again after the first hard pedestal 211 molding in the first hard pedestal 211 simultaneously. The groove 251 can also be formed simultaneously during forming the first hard pedestal 211.Second magnetic-suction buckle 21 The second hard pedestal 221 can be shaped in second magnetic absorption member 222, while described raised 252 can be described It is formed again after the molding of second hard pedestal 221 in the second hard pedestal 221.Described raised 252 can also form institute It is formed simultaneously during stating the second hard pedestal 221.Described raised 252 can also be arranged directly in the second hard base Seat 221, say by the mode for pasting either welding.

The magnetic absorption member magnetic assembly 20 further comprises a connection piece 26, wherein the connector 26 can be positioned at described Between first magnetic-suction buckle 21 and the neckpillow main body 10, for being connected to the connecting band 23.The connector 26 can also position Between second magnetic-suction buckle 22 and the neckpillow main body 10, for being connected to the connecting band 23.With the connector 26 It is illustrated between first magnetic-suction buckle 21 and the neckpillow main body 10.Specifically, the connecting band 23 Number is two, and a connecting band 23 is between the neckpillow main body 10 and the connector 26, another first connection Part 26 is between the connector 26 and first magnetic-suction buckle 21.

The connector 26 is including a connection frame 261 and has one first connection perforation 262, and one second connects perforation 263, One link slot 264 and at least a positioning hole 265, wherein the connection frame 261 is " day " character form structure.First connection is worn For passing through for a connecting band 23, another connecting band 23 can be inserted into for hole 262 and the second connection perforation 263 Then the link slot 264 is located in the link slot 264.The connection frame 261 has one side, the link slot 264 It is formed in the side of the connection frame 261.The first connection perforation 262 and the second connection perforation 263 exist respectively Up and down direction penetrates through the connection frame 261.

Specifically, the first connection frame 261 includes a frame 2611 and a cross bar 2612, wherein the frame 2611 Accommodating chamber with a perforation, wherein the accommodating chamber is divided into two by cross bar 2612, is the first connection perforation 262 respectively With the second connection perforation 263.The location hole 265 is formed in the frame 2611 and up and down in the frame 2611, and the location hole 265 is run through the link slot 264.

23 part of the connecting band in the link slot 264 of the side of the connection frame 261 is described 26 surface of connector can not be observed, however by the location hole 265 it can be observed that being located in the link slot 264 23 part of connecting band, so as to judge whether the connecting band 23 is initially inserted properly the link slot 264.

Further, it is properly installed after the link slot 264 in the connecting band 23, the positioning can also be passed through Hole 265 is towards injecting glue in the link slot 264, to fix a connecting band 23 and the connector 26.

Another connecting band 23 can be fixed in the connector 26 by frictional force.It is worth noting that, passing through The length that frictional force is fixed in the connecting band 23 of the connector 26 can be adjusted by the connector 26 so that The entire size for wearing channel 100 can be adjusted, to be adapted to neck user of different sizes.The connecting band 23 Body can have certain elasticity, so that the length of itself can be adjusted.The connecting band 23 itself can also not have bullet Property, so that the length of the entire connecting band 23 can be adjusted by the connector 26.

It is noted that the magnetic absorption member magnetic assembly 20 can be grasped by one hand in the use process of the neckpillow 1 Make, user can both install first magnetic-suction buckle 21 in second magnetic-suction buckle 22 with one-handed performance, can also one hand will search book First magnetic-suction buckle 21 and second magnetic-suction buckle 22 separation.

Specifically, when user needs to separate first magnetic-suction buckle 21 and second magnetic-suction buckle 22, Ke Yiyong The finger of one hand is butted on second limit base 223 of second magnetic-suction buckle 22, then with other fingers of this hand It is butted on first limit base 213 of first magnetic-suction buckle 21, then finger is moved together to rotate first magnetic-suction buckle 21 first limit base 213, so that first magnetic-suction buckle 21 and second magnetic-suction buckle 22 separate in the axial direction.

When user needs first magnetic-suction buckle 21 being installed on second magnetic-suction buckle 22, it is only necessary to hold described first One in either second magnetic-suction buckle 22 of magnetic-suction buckle 21, then shorten first magnetic-suction buckle 21 and second magnetic The distance between button 22, when the distance between first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are reduced to a certain range After interior, first magnetic-suction buckle 21 and second magnetic-suction buckle 22 can automatic attaching alignments.

It is noted that in 20 use process of magnetic absorption member magnetic assembly, first magnetic-suction buckle 21 and described It is able to maintain between second magnetic-suction buckle 22 relatively fixed.Specifically, the engaging component 25 can limit first magnetic The rotation of button 21 and second magnetic-suction buckle 22, so that first magnetic-suction buckle 21 is fastened on energy after second magnetic-suction buckle 22 Enough it is maintained at fixed position.

With reference to shown in attached drawing 6, the magnetic absorption member magnetic assembly 21,22 of above-mentioned preferred embodiment according to the present utility model A variant embodiment be elucidated with.

In this example, the number of first magnetic absorption member 212 of first magnetic-suction buckle 21 is multiple, second magnetic The number of second magnetic absorption member 222 of suction buckle 22 is one.

Multiple first magnetic absorption members 212 of first magnetic-suction buckle 21 are matched with described the of second magnetic-suction buckle 22 Two magnetic absorption members 222.When first magnetic absorption member 212 of first magnetic-suction buckle 21 falls off, 21 He of the first magnetic-suction buckle Second magnetic-suction buckle 22 can still work normally.

It will be understood, in other examples of the utility model, described the first of first magnetic-suction buckle 21 The number of magnetic absorption member 212 be it is multiple, the number of second magnetic absorption member 222 of second magnetic-suction buckle 22 is also possible to multiple.

With reference to shown in attached drawing 7, the magnetic absorption member magnetic assembly 21,22 of above-mentioned preferred embodiment according to the present utility model A variant embodiment.In this example, first magnetic absorption member 212 runs through the first hard pedestal 211, and described second Magnetic absorption member 222 runs through the second hard pedestal 221, so that first magnetic-suction buckle 21 can be in second magnetic-suction buckle 22 Two sides and second magnetic-suction buckle 22 fasten so that second magnetic-suction buckle 22 can be in the two sides of first magnetic-suction buckle 21 It is fastened with first magnetic-suction buckle 21.

With reference to shown in attached drawing 8, a neckpillow 1 of a preferred embodiment according to the present utility model is elucidated with.The neckpillow 1 is wrapped A neckpillow main body 10 and a constraint unit 20 are included, wherein the neckpillow main body 10 is with a wearing channel 100 and has one to open Mouth 101, wherein the neckpillow main body 10 has a first end 11 and a second end 12, and including extending described first One main part 13 of end 11 and the second end 12, wherein the main part 13 has a predetermined length, wherein institute Stating constraint unit 20 includes one first magnetic-suction buckle 21 and one second magnetic-suction buckle 22, wherein first magnetic-suction buckle 21 is arranged at institute First end 11 is stated, second magnetic-suction buckle 22 is arranged at the second end 12.

The constraint unit 20 further comprises a restraining 23A, wherein first magnetic-suction buckle 21 and second magnetic First magnetic-suction buckle 21 of suction buckle 22 either second magnetic-suction buckle 22 is connected to institute by the restraining 23A State neckpillow main body 10.The restraining 23A can be an elastic webbing or have certain length to fetter the neckpillow master Body 10.

First magnetic-suction buckle 21 is arranged at the first end 11, and second magnetic-suction buckle 22 is arranged at described Two ends 12, when the neckpillow main body 10 is worn on the neck of user, first magnetic-suction buckle 21 can be magneted in institute The second magnetic-suction buckle 22 is stated so as to which the neckpillow main body 10 to be fixed in the neck of user.

When the neckpillow main body 10 does not need to be rolled to a rolled condition by use, the neckpillow 1 can be contained.

Specifically, the second end 12 can furl centered on the first end 11 and form the retracting State.Being also possible to the first end 11 can furl centered on the second end 12 and form the retracting shape State.

The neckpillow 10 positioned at the rolled condition has a lesser volume, and to facilitate user to carry, user can be with The lesser neckpillow 10 is incorporated in luggage case either portable knapsack.

User can hold the first end 11 of the neckpillow 10 on the other hand, and another hand controls the second end 12 And the main part 13 is driven to wind around the first end 11, so that the neckpillow 10 from one is occupied larger space U-shaped structure furl to lamination rolling structure.

Further, from the rolled condition, first magnetic-suction buckle 21 can be along the neck of the rolled condition Rest the head on main body around to second magnetic-suction buckle 22 can flexibly in conjunction with and shrink be located at the rolled condition the neckpillow main body 10。

In this example, first magnetic-suction buckle 21 and second magnetic-suction buckle 22 are used not only for fixing the wearing Channel 100 can also lock the neckpillow main body 10 positioned at the rolled condition.

Further, it is to be understood that the distance between first magnetic-suction buckle 21 and the neckpillow main body 10 are can The distance between second magnetic-suction buckle 22 adjusted and the neckpillow main body 10 are adjustable or described The distance between first magnetic-suction buckle 21 and second magnetic-suction buckle 22 be it is adjustable so that first magnetic-suction buckle 21 and described The distance between second magnetic-suction buckle 22 can be adapted to different states and be adjusted, so that first magnetic-suction buckle 21 and described second Magnetic-suction buckle 22 can be fastened mutually.

In other examples of the utility model, with reference to attached drawing 9, the constraint unit 20 can also include a third magnetic Part 21A is inhaled, wherein first magnetic-suction buckle 21 is arranged at the first end 11 of the neckpillow main body 10, second magnetic Suction buckle 22 is arranged at the second end 12 of the neckpillow main body 10, and the third magnetic absorption member 21A is arranged at the neck Rest the head on the second end 12 of main body 10.

When the neckpillow main body 10 is worn on user's neck, first magnetic-suction buckle 21 can be with second magnetic 22 cooperation of button is to which the fixed neckpillow main body 10 is in user's neck.It is furled in the neckpillow main body 10 to the rolled condition When, first magnetic-suction buckle 21 can cooperate with the third magnetic absorption member 21A to which the fixed neckpillow main body 10 is in the volume Receipts state.

It is understood that the third magnetic absorption member 21A part can be identical with second magnetic-suction buckle 22, with it is described The cooperation of first magnetic-suction buckle 21.

The third magnetic absorption member 21A and second magnetic-suction buckle 22 are located at different positions.The third magnetic absorption member 21A and Second magnetic-suction buckle 22 is located at the second end 12.The second end 12 has a lateral surface and a medial surface, Wherein the lateral surface of the second end 12 is backwards to user, and the medial surface of the second end 12 is towards user.Institute The lateral surface of the second end 12 and the junction of the medial surface, the third can be located at by stating the second magnetic-suction buckle 22 Magnetic absorption member 21A can be located at the lateral surface of the second end 12.

When the second end 12 centered on the first end 11 for retracting when, the second end 12 it is described outer Side is always positioned at outside, and the third magnetic absorption member 21A can be along the neckpillow main body 10 around to first magnetic-suction buckle 21. The neckpillow main body 10 between the third magnetic absorption member 21A and second magnetic-suction buckle 22 is flexible, or Be the neckpillow main body 10 between the third magnetic absorption member 21A and second magnetic-suction buckle 22 be it is adjustable, pass through tune Save the institute of the third magnetic absorption member 21A and the neckpillow main body 10 either second magnetic-suction buckle 22 and the neckpillow main body 10 The part restraining 23A is stated to shrink neckpillow main body 10 described in the neckpillow main body 10 either diastole, thus the neckpillow main body 10 can be bound by the rolled condition by the constraint unit 20.

Certainly, when the third magnetic absorption member 21A and second magnetic-suction buckle 22 separate, the neckpillow main body 10 can be A diastole state is automatically returned under elastic reaction, is directly worn for user to neck location either other positions.

In the rolled condition, the opening 101 is closed, and in the diastole state, the opening 101 is formed in described Between first end 11 and the second end 12, the wearing channel 100 is reached after passing through for user.

It is, of course, understood that the constraint unit 20 can also include one the 4th magnetic absorption member 22A, wherein described the One magnetic-suction buckle 21 and second magnetic-suction buckle 22 are arranged at the first end 11 and the second end 12 respectively, for user Lock the wearing channel 100.The third magnetic absorption member 21A and the 4th magnetic absorption member 22A are respectively set at first end 11 the second ends 12, for the fixation neckpillow main body 10 in the rolled condition.

The second end 12 has a lateral surface and a medial surface, wherein the lateral surface of the second end 12 connects It is connected to the medial surface of the second end 12, the lateral surface of the second end 12 is backwards to user, the second end The medial surface in portion 12 is towards user.

First magnetic-suction buckle 21 and second magnetic-suction buckle 22 are located at the first end 11 and the second end Portion 12, when the neckpillow 10 is worn on user's neck, the first end 11 and the second end 12 are every Kongxiang pair, institute Stating the first magnetic-suction buckle 21 and second magnetic-suction buckle 22 can mutually fasten.The third magnetic absorption member 21A and the 4th magnetic Part 22A is located at the second end 12, described when the second end 12 is furled centered on the first end 11 Third magnetic absorption member 21A and the 4th magnetic absorption member 22A is always positioned at the lateral surface of the second end 12, the third magnetic Inhaling part 21A can be along being located at the neckpillow main body 10 of the rolled condition around to the 4th magnetic absorption member 22A and and institute Stating the 4th magnetic absorption member 22A can flexibly connect.

Be also possible to the 4th magnetic absorption member 22A can along be located at the rolled condition the neckpillow main body 10 around It can flexibly connect to the third magnetic absorption member 21A and with the third magnetic absorption member 21A.

The restraining 23A between the third magnetic absorption member 21A and the 4th magnetic absorption member 22A forms an annular, The neckpillow main body 10 for being located at the rolled condition to be braced.

It is understood that can be by adjusting the distance between the third magnetic absorption member 21A and the neckpillow main body 10 The distance between the 4th magnetic absorption member 22A and the neckpillow main body 10 either the third magnetic absorption member 21A and institute The distance between the 4th magnetic absorption member 22A and the neckpillow main body 10 are stated to adjust the constraint unit 20 for the neckpillow main body 10 constraint degree.

Further, in other examples of the utility model, with reference to attached drawing 10, the third magnetic absorption member 21A and institute The middle position of the neckpillow main body 10 can be located at and be located at the outside of the neckpillow main body 10 by stating the 4th magnetic absorption member 22A. It will be appreciated by persons skilled in the art that the position of the third magnetic absorption member 21A and the 4th magnetic absorption member 22A can be it is more Sample, it is not restricted to the above embodiments.

It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only used as It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The function of the utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiments of the present invention Can there are any deformation or modification.

Claims (15)

1. a neckpillow characterized by comprising

One neckpillow main body, wherein the neckpillow main body has one to wear channel and an opening, wherein described in the opening shape Cheng Yu Between the both ends of neckpillow main body；With

One constraint unit, wherein the constraint unit includes one first magnetic-suction buckle and one second magnetic-suction buckle, wherein first magnetic Suction buckle and second magnetic-suction buckle are respectively set at the neckpillow main body, wherein first magnetic-suction buckle includes one first hard Pedestal and one first magnetic absorption member, wherein first magnetic absorption member is at least partly wrapped in the first hard pedestal, wherein institute Stating the second magnetic-suction buckle includes one second hard pedestal and one second magnetic absorption member, wherein second magnetic absorption member is at least partly wrapped up In the second hard pedestal, wherein first magnetic-suction buckle is suitable for and the mutual magnetic of the second magnetic-suction buckle.

2. neckpillow according to claim 1, wherein first magnetic-suction buckle further comprises one first limit base and has One first receiving channel, first limit base are located at one end of the first hard pedestal, and first receiving channel is formed in institute State between the first limit base and the first hard pedestal, wherein second magnetic-suction buckle further comprise one second limit base and With one second receiving channel, second limit base is located at one end of the second hard pedestal, and second receiving channel is formed Between second limit base and the second hard pedestal, in first magnetic-suction buckle and the mutual magnetic of the second magnetic-suction buckle It inhales together, at least partly described first hard pedestal is housed inside first receiving channel, at least partly described second hard Pedestal is housed inside second receiving channel.

3. neckpillow according to claim 1 or 2, wherein first magnetic-suction buckle can be butted on second magnetic-suction buckle One end of first magnetic-suction buckle is that the mode of fulcrum is rotationally connected with second magnetic-suction buckle.

4. neckpillow according to claim 2, wherein first magnetic-suction buckle can be butted on the institute of second limit base It states one end of the first magnetic-suction buckle and is rotationally connected with second magnetic-suction buckle for the mode of fulcrum.

5. neckpillow according to claim 1 or 2, wherein the first magnetic absorption member has one first magnetic face, second magnetic Part has one second magnetic face, and when first magnetic absorption member and the mutual magnetic of the second magnetic absorption member, first magnetic face is tight It is affixed on second magnetic face, first magnetic-suction buckle is by can be along the direction perpendicular to second magnetic face relative to institute It states the second magnetic-suction buckle and is rotationally connected with second magnetic-suction buckle.

6. neckpillow according to claim 2, wherein first limit base is arranged to from the first hard pedestal One first top surface at least partly extends upward, wherein second limit base is arranged to from the second hard base One second top surface of seat at least partly extends upward.

7. the neckpillow according to claim 2 or 6, wherein first limit base has one first medial surface, described the One first angle is formed between one medial surface and the first hard pedestal, wherein first angle is not more than 90 degree.

8. neckpillow according to claim 7, wherein first medial surface is a cambered surface and first medial surface Both ends are bent outwards.

9. neckpillow according to claim 1 or 2, wherein the first hard pedestal has one first top surface, described first Magnetic absorption member has one first magnetic face, wherein first magnetic face is exposed to first top surface, wherein first top Face is equal to first magnetic face or first top surface lower than first magnetic face, first top surface Higher than first magnetic face.

10. neckpillow according to claim 1 or 2, wherein the constraint unit further comprises at least one protrusion and has An at least groove, wherein the protrusion is convexly formed in one first top surface of the first hard pedestal, the groove recess Ground forms one second top surface of the second hard pedestal, exists in first magnetic-suction buckle and the mutual magnetic of the second magnetic-suction buckle Together, the protrusion is embedded in the groove.

11. neckpillow according to claim 1 or 2, wherein the neckpillow main body include a first end, a second end with And a main part between the first end and the second end is extended, wherein first magnetic-suction buckle and described Two magnetic-suction buckles are respectively set at the first end and the second end.

12. neckpillow according to claim 1 or 2, wherein the neckpillow main body has a lateral surface and a medial surface, wherein First magnetic-suction buckle and second magnetic-suction buckle are respectively set at the lateral surface, wherein the neckpillow main body includes one the One end, a second end and a main part between the first end and the second end is extended, wherein institute The second end for stating neckpillow main body is able to centered on the first end and forms a rolled condition, in the retracting shape State, first magnetic-suction buckle can be buckled along the neckpillow main body in the rolled condition around to second magnetic It closes to fetter the neckpillow main body in the rolled condition.

13. a magnetic assembly is applied to a neckpillow, which is characterized in that including

One first magnetic-suction buckle；With

One second magnetic-suction buckle, wherein first magnetic-suction buckle and second magnetic-suction buckle are respectively set at the neckpillow, wherein First magnetic-suction buckle includes one first hard pedestal and one first magnetic absorption member, wherein first magnetic absorption member is at least partly wrapped It is wrapped in the first hard pedestal, wherein second magnetic-suction buckle includes one second hard pedestal and one second magnetic absorption member, wherein Second magnetic absorption member is at least partly wrapped in the second hard pedestal, wherein first magnetic-suction buckle is suitable for and described the The mutual magnetic of two magnetic-suction buckles.

14. magnetic assembly according to claim 13, wherein first magnetic-suction buckle further comprises one first limit base With there is one first receiving channel, first limit base is located at one end of the first hard pedestal, the first receiving flute profile Between first limit base described in Cheng Yu and the first hard pedestal, wherein second magnetic-suction buckle further comprises one second limit Position seat and there is one second receiving channel, second limit base is located at one end of the second hard pedestal, second receiving Slot is formed between second limit base and the second hard pedestal, in first magnetic-suction buckle and second magnetic-suction buckle Together, at least partly described first hard pedestal is housed inside first receiving channel to mutual magnetic, and at least partly described the Two hard pedestals are housed inside second receiving channel.

15. magnetic assembly according to claim 14, wherein first limit base is arranged to from first hard One first top surface of pedestal at least partly extends upward, wherein second limit base is arranged to from described second One second top surface of hard pedestal at least partly extends upward.