CN205315996U - Display support and display that adopts it and medical equipment who adopts this display - Google Patents

Abstract

The utility model discloses a display support and display that adopts it and medical equipment who adopts this display, the utility model discloses a display support adopts the vertically flipped structure and the circumference revolution mechanic that set up respectively at support subject's both ends for the display can be convenient regulation vertical oscillation position and circumferential direction's position, for current " z " font support, the structure is more simple, it is also littleer to occupy the volume, makes things convenient for the production later maintenance of also being convenient for, the medical diagnostic equipment who adopts this display support also has same advantage.

Description

Display bracket and adopt its display and adopt this display armarium

Technical field

This utility model relates to medical instruments field, particularly relates to a kind of display bracket being applied on armarium and adopts its display and the armarium of this display of employing.

Background technology

At present; adjustable display is widely used at medical field; the display adjustable stationary barrier of general curative equipment is all the version of " Z " font: the adjustable display fixed support of " Z " font generally by circumferentially rotate bearing, two support arm assemblies and up and down degree constitute one of overturning seat be shaped like " Z " word machine structure, one of them support arm assembly would generally comprise an air spring and move up and down function for what realize display. " Z " font fixed support is turning to flexibly, but also has certain limitation.

First, it is bigger than other " 1 " or " 7 " shape structural volume that " Z " font fixed support determines its overall meeting in version, secondly the cylinder that air spring carries can take no small volume, thus causing that whole adjustable support bracket fastened volume can be bigger. Furthermore, the support bracket fastened structure of " Z " font using air spring is comparatively accurate, and hardware cost is high, complicated construction technique, is unfavorable for reducing production cost.

Summary of the invention

In order to solve the above-mentioned technical problem existed in prior art, the purpose of this utility model is in that to provide a kind of simple in construction, small volume and vertical oscillation and the display bracket circumferentially rotated can be provided simultaneously, and use the display of this support and adopt the medical diagnostic equipment of this kind of display.

In order to solve above-mentioned technical problem, the technical scheme that this utility model adopts is: a kind of display bracket, including: rack body be respectively arranged at the flip vertical structure at described rack body two ends and the structure that rotates in a circumferential direction, described rack body is connected with display by described flip vertical structure, is connected with medical diagnostic equipment by the described structure that rotates in a circumferential direction.

Further, described rack body is provided with cable passage, and described rack body is additionally provided with the rack shell sealed; Described rack shell is set to the fore shell and the back cover that are fitted to each other.

Further, described flip vertical structure includes: fixes the fixing seat being connected with described rack body upper end and fixes the swinging support seat being connected with described display, adopts pivot structure hinged between described fixing seat and described swinging support seat.

Further, described fixing seat includes: two blocks of fixing plates being parallel to each other and being erected on described rack body the same face, and is connected to the horizontal bar inside two blocks of described fixing plates, and described horizontal bar is also fixedly connected on described rack body simultaneously; Described fixing plate is provided with fixing hole away from one end of described rack body, for hinged with described swinging support seat, makes described swinging support seat can swing around described fixing hole.

The one side of described swinging support seat is set to display installed surface, and it is hinged with described fixing plate that described display installed surface is provided with swing arm; The minimum range of two described swing arms is set to equal with the ultimate range of described two blocks of fixing plates; The end of described swing arm is provided with tumble port, and described display installed surface is provided with installing hole.

Described pivot structure, through described tumble port and described fixing hole, makes described fixing seat and described swinging support seat hinged; Described pivot structure includes: mutually threaded rotating shaft stud and nut, is equipped with successively between described rotating shaft stud and nut: the first dish shell fragment, swinging support seat, the first wear plate, fixing plate, the second wear plate, rotating shaft catch, torque spring, flat shim.

Another step, also it is equipped with rotary axle box between described torque spring and described rotating shaft stud; One end of described torque spring pushes against described horizontal bar, and the other end of described torque spring fastens with rotating shaft catch, makes to push against along the lower half, the back side with display installed surface on the protuberance of described rotating shaft catch.

Improving as one, the arranged outside of two blocks of described fixing plates has the upper convex edge being horizontally disposed with and being parallel to each other and lower convex edge; The end of described swing arm arranges the oriented positive stop end extended away from described tumble port direction, when described tumble port and described fixing hole align, described positive stop end inserts between described upper convex edge and described lower convex edge, carries out spacing to the flip vertical stroke of described swinging support seat.

Further, described fixing plate is set to semicircular structure away from one end of described rack body, and the home position of described semicircular structure is provided with fixing hole; The non-conterminous two ends of described display installed surface rearwardly bend 90 degree and constitute two swing arms.

Further, the described structure that rotates in a circumferential direction includes: fix with described rack body bottom the base being connected and with support duplicate, described base inserts composition circumference in described support duplicate and is slidably connected, and is additionally provided with bolt jointing part between described base and described support duplicate.

Furthermore, described base includes four column structures sequentially coaxially connected and diameter successively decreases: what connect rack body lower end accepts layer, the diverting layer being nested in support duplicate, the alignment layers penetrating support duplicate and locking layer; Described base is equipped with axis hole along common axis; Described undertaking layer offers the accommodation portion with nut form fit around described axis hole; It is trapezoidal cable port that described base offers longitudinal section on described undertaking layer and described diverting layer, and described cable port is connected setting with described accommodation section; The bottom surface that described diverting layer is connected with described alignment layers is provided with the 3rd wear plate, and described 3rd wear-resisting loop is located at outside described alignment layers.

Described support duplicate includes: lower ending opening constitutes the rotating basis of cylindrical structure, and is set in the pedestal overcoat outside described rotating basis, provides location for the described base for inserting and supports; It is trapezoidal opening that described pedestal overcoat offers longitudinal section;The top of described rotating basis is equipped with hole, location along axis, for coordinating the insertion of described alignment layers; Described top is equipped with the 4th wear plate outside hole, location, is equipped with and self-lubricating abrasive disc outside described 4th wear plate, and described self-lubricating abrasive disc two sides is slidably connected with described top and described diverting layer respectively.

Described bolt jointing part includes the nut in described accommodation section and is penetrated described axis hole by described locking layer, the circumferential stud coordinated with described nut thread; Also include being sequentially sleeved at from bottom to top outside described locking layer, by the anti-rotation pad of described circumference stud fastening, the second butterfly shell fragment and the 5th wear plate.

Further, the thickness of described alignment layers is equal to the thickness sum of described top, described second wear plate, described 3rd wear plate; Described top arranges annular groove and fixes described self-lubricating abrasive disc; The thickness of described self-lubricating abrasive disc is equal to the thickness sum of described second wear plate, described 3rd wear plate, described annular groove; Described top is additionally provided with the locating slot coaxial with described annular groove in the periphery of described annular groove, and described locating slot is set to semi-circular; Be provided with boss bottom described diverting layer, in order to embed described locating slot, to rack body circumferentially rotate carry out spacing.

In order to solve the problems referred to above, this utility model also provides for a kind of display, including display screen, also includes the display bracket described above being connected with described display screen, and described display bracket is connected by described flip vertical structure with described display screen.

This utility model additionally provides a kind of armarium, have employed the display of structure as above, and the structure that rotates in a circumferential direction of described display is connected with medical diagnostic equipment main frame.

Compared with prior art, display bracket of the present utility model, adopt the flip vertical structure being respectively provided with at the two ends of rack body and the structure that rotates in a circumferential direction, make display can regulate vertical oscillation position and the position circumferentially rotated easily relative to host desktop, relative to " z " font support, structure is more simple, takies volume also less, facilitates production to also allow for later maintenance.

Further, this utility model adopts said structure to be easy to concentrate in rack body by cable, also allow for arranging sealing shell and cable is carried out electromagnetic shielding, it is to avoid the external interference impact on cable transmission signal. Improve the electromagnetism interference grade of medical equipment, it is to avoid interference produces the impact being snowflake, striped etc. to the ultrasonic collection of illustrative plates of display.

Adopt the display of this display bracket and adopt the armarium of this kind of display, there is above-mentioned advantage too.

Accompanying drawing explanation

Fig. 1 is the perspective view of a kind of display bracket;

Fig. 2 is the perspective view adding cable passage and back cover on the basis of Fig. 1;

Fig. 3 is the perspective view adding closure and display connecting plate on the basis of Fig. 1;

Fig. 4 is flip vertical structure front and the cross-sectional view in A-A direction thereof;

Fig. 5 is a kind of display bracket side elevational cross-section structural representation;

Fig. 6 is the detonation configuration schematic diagram of a kind of display bracket;

Fig. 7 is the structural representation in base direction in structure that rotates in a circumferential direction;

Fig. 8 is the perspective view of structure medium-height trestle duplicate of rotating in a circumferential direction;

The spacing state diagram of swing of Fig. 9 swing support device, 9-1 is not spacing state, and 9-2 is the spacing state of upper pendulum, and 9-3 is the spacing state of the bottom;

Figure 10 is the rotary stopper state diagram of structure of rotating in a circumferential direction, and 10-1 is rotary stopper state to the right, and 10-4 is the profile in 10-1B-B direction;10-2 is not spacing state, and 10-5 is the profile in 10-2B-B direction; 10-3 is rotary stopper state to the left, and 10-6 is the profile in 10-3B-B direction;

Figure 11 is the signal of medical diagnosis device Split type structure;

Figure 12 is the signal of medical diagnosis device whole body structure.

Detailed description of the invention

Below with reference to accompanying drawing 1 to accompanying drawing 12, each embodiment of the present utility model is given elaboration further.

A kind of display bracket, as shown in accompanying drawing 1, accompanying drawing 11, accompanying drawing 12, including: rack body 1 be respectively arranged at the flip vertical structure 2 at rack body 1 two ends and the structure 3 that rotates in a circumferential direction, rack body 1 is connected with display 44 by flip vertical structure 2, and by rotating in a circumferential direction, structure 3 is connected with medical diagnostic equipment 46.

Rack body 1 adopts " 1 " character form structure of casting, upper and lower side be respectively provided with flip vertical structure 2 and rotate in a circumferential direction structure 3 can so that the overall structure of display bracket be simply compact, take up room little, be conducive to reducing the overall volume of equipment, also allow for producing and safeguarding.

A kind of preferred embodiment, as shown in accompanying drawing 2, accompanying drawing 3, rack body 1 is provided with cable passage 4, and rack body 1 is additionally provided with the rack shell 5 sealed; Rack shell 5 is set to the fore shell 51 and the back cover 52 that are fitted to each other.

As shown in accompanying drawing 2, accompanying drawing 3, accompanying drawing 11, cable 34 is focused on internal stent and connects up by employing, it is possible to avoid the outer cable 34 of equipment to expose the inconvenience caused too much, and neat and artistic. The more important thing is; adopt and metal shell 5 is set again or scribbles the plastic material shell 5 of shielding coating outside the rack body 1 of metal casting; good electromagnetic shielding can be provided to protect for the cable 34 of internal stent; particularly in this medical electronic equipments of ultrasonic device, the electromagnetic shielding requirements during data are transmitted is higher. Medical diagnostic equipment 46, when transmitting data to display 44, is produced some snowflakes on display 44, it is possible to cause that doctor judges by accident, in turn results in bad consequence by outside electromagnetic interference. Cannot build the cable passage 4 of inner sealing compared to general " z " shape structure stand, the display bracket of the application is more suitable for and is installed between medical diagnostic equipment 46 and display 44.

In the present embodiment, as shown in accompanying drawing 4 and accompanying drawing 6, flip vertical structure 2 includes: fixes the fixing seat 6 being connected and the swinging support seat 7 that be connected fixing with display 44 with rack body upper end, fixes and adopt pivot structure 8 hinged between seat 6 and swinging support seat 7.

Pivot structure 8 is adopted to cut with scissors connection fixed seat 6 and swinging support seat 7, it can be ensured that swinging support seat 7 can have the amplitude that swings up and down preferably vertically. Be conducive to the user adjustment to display 44.

As shown in Figure 6, fixing seat 6 includes: two blocks of fixing plates 12 on rack body the same face that are parallel to each other and are erected at, and is connected to the horizontal bar 13 inside two blocks of fixing plates 12, and horizontal bar 13 is also fixedly connected on rack body simultaneously; Fixing plate 12 is provided with fixing hole 14 away from one end of rack body, for hinged with swinging support seat 7, makes swinging support seat 7 can swing around fixing hole 14; Concrete, fixing plate 12 is set to semicircular structure away from one end of rack body, and the home position of semicircular structure is provided with fixing hole 14.

Two blocks of fixing plates 12 being parallel to each other are adopted swinging support seat 7 to be supported simultaneously and fix, 2 modes fixing a line can be adopted, when avoiding adopting single support there is the drawback rocked of vacillating now to the left, now to the right in swinging support seat 7 when swinging up and down, particularly in big by display connecting plate installing area on swinging support seat 7, during the display 44 of Heavy Weight.Meanwhile, fixing plate 12 can also be provided and better reinforce left and right by the horizontal bar 13 arranged between two blocks of fixing plates 12, and the oscillating stroke of swinging support seat 7 provides certain spacing. The fixing hole 14 of semicircular end and circular position, it is possible to better support that swinging support seat 7 swings on the track of semicircle.

The one side of swinging support seat 7 is set to display installed surface 15, and it is hinged with fixing plate 12 that display installed surface 15 is provided with swing arm 16. In being embodied as, the non-conterminous two ends of display installed surface 15 rearwardly bend 90 degree and constitute two swing arms 16; The minimum range of two swing arms 16 is set to equal with the ultimate range of two blocks of fixing plates 12; The end of swing arm 16 is provided with tumble port 17, and display installed surface 15 is provided with installing hole 18.

When specifically installing, the swing arm 16 of swinging support seat 7 is directly set in outside two blocks of fixing plates 12, two swing arm 16 corresponding respective fixing plates 12 respectively, makes tumble port 17 align with fixing hole 14 and wears corresponding pivot structure 8, can realize hinged.

4-2 in accompanying drawing 4 and shown in accompanying drawing 5, pivot structure 8, through tumble port 17 and fixing hole 14, makes fixing seat 6 hinged with swinging support seat 7; Pivot structure 8 includes: mutually threaded rotating shaft stud 19 and nut 20, is equipped with successively between rotating shaft stud 19 and nut 20: the first dish shell fragment 21, swinging support seat the 7, first wear plate 22, fixing plate the 12, second wear plate 23, rotating shaft catch 24, torque spring 25, flat shim 26.

The effect of the first dish shell fragment 21 is to be subject to deformation after nut 20 tightens up supercharging thus adding rotation friction to reach to regulate the dynamics of the upset of display 44 vertical direction. It is easy to user and adjusts the rotation feel of display 44 according to personal like.

The effect of the first wear plate 22 is the direct friction for separating the first dish shell fragment 21 and rotating shaft catch 24 and rack body 1, it is to avoid support main part damages because of frequently adjusting of swinging support seat 7, increases the service life of support.

Torque spring 25 wherein has the torsion hole offered on one end of knuckle and rotating shaft catch 24 and snaps together the other end and be then pushed against horizontal bar 13 and be supported, following when rotating shaft catch 24 and will be subject to the counteracting force that the tension force of torque spring 25 is formed when swinging support seat 7 rotates down, the power that support counteracting part rotate down is thus reaching the power difference sense that balance display 44 rotates upwardly and downwardly. Owing to the weight of display 44 itself causes the dynamics downwardly turned over can be significantly less than resupinate dynamics, adopt the tension force during deformation of torque spring 25 that the weight of display 44 is compensated, it is possible to well to solve this problem.

In the present embodiment, as shown in accompanying drawing 5, accompanying drawing 6, rotating shaft catch 24 adopts the irregular cycle structures such as oval or avette, the torsion hole of the rotating hole being provided for rotating shaft stud 19 traverse and the end traverse for torque spring 25 with knuckle, catch contacts with the lower half, the back side of display installed surface 15 along 241 away from the protuberance of rotating hole; This protuberance pushes against, under 241 minimum tensions when torque spring 25 undeformed, the display installed surface 15 being perpendicular to horizontal plane. The dynamics difference sense caused because of its weight when display 44 downwardly turns over or swings for coordinating torque spring 25 to balance, also can reset for the vertical oscillation that display 44 is downward meanwhile. Upwards vertical oscillation is carried out resetting and is completed by the gravity of display 44 self.

In other embodiments, it is also possible to by selecting the torque spring 25 having different ends angle to limit the reference position that display 44 is different.

The effect of flat shim 26 is to prevent nut 20 from acting directly on when turning on rotary axle box 27 and torque spring 25.

The effect of nut 20 is the elasticity by the reach control pivot structure 8 regulated and between rotating shaft stud 19, and then regulates the upset dynamics of display 44. Better feel is provided to user.

As a kind of preferred structure, as shown in accompanying drawing 5, accompanying drawing 6, between torque spring 25 and rotating shaft stud 19, also it is equipped with rotary axle box 27; One end of torque spring 25 pushes against horizontal bar 13, and the other end of torque spring 25 and rotating shaft catch 24 fasten, and make the protuberance of rotating shaft catch 24 push against the back side of display installed surface 15.

The effect of rotary axle box 27 is isolation torque spring 25 and rotating shaft stud 19. Make the torque spring 25 tension force when deformation will not be applied directly on rotating shaft stud 19, it is to avoid rotating shaft stud 19 by torque spring 25 scratch, also allows the twisting of torque spring 25 more smooth and easy simultaneously.

In the present embodiment, spacing state as of fig. 9 shown, the arranged outside of two blocks of fixing plates 12 has the upper convex edge 28 being horizontally disposed with and being parallel to each other and lower convex edge 29; The end of swing arm 16 arranges the oriented positive stop end 30 extended away from tumble port 17 direction, when tumble port 17 and fixing hole 14 align, positive stop end 30 inserts upper between convex edge 28 and lower convex edge 29, make convex edge 28 and lower convex edge 29 limit the shift position of positive stop end 30, and then the flip vertical stroke of swinging support seat 7 is carried out spacing.

In the present embodiment, as shown in accompanying drawing 5 and accompanying drawing 6, the structure that rotates in a circumferential direction 3 includes: fix the base 9 being connected and the support duplicate 10 being connected with medical diagnostic equipment 46 with rack body bottom, base 9 inserts composition circumference in support duplicate 10 and is slidably connected, and is additionally provided with bolt jointing part 11 between base 9 and support duplicate 10.

When display bracket accesses in medical diagnostic equipment 46, formed a fixed connection with the corresponding interface 45 on medical diagnostic equipment 46 by support duplicate 10, the fixed form such as nesting or buckle can be adopted, and by after wearing bolt jointing part 11 and keeping vertical connection between support duplicate 10 with base 9, its horizontal contact face can adopt self-lubricating abrasive disc 37 or ball etc. mode ensure both being slidably connected in the circumferential, and then realize circumferentially rotating of display 44.

In the present embodiment, as shown in accompanying drawing 6, accompanying drawing 7, base 9 includes four column structures sequentially coaxially connected and diameter successively decreases: what connect rack body 1 lower end accepts layer 91, the diverting layer 92 being nested in support duplicate 10, the alignment layers 93 penetrating support duplicate 10 and locking layer 94; Base 9 is equipped with axis hole 31 along common axis; Accept layer 91 to offer around axis hole 31 and the accommodation portion 33 of nut 32 form fit; To offer longitudinal section in layer 91 and diverting layer 92 be trapezoidal cable port to base 9 accepting, and cable port is connected setting with accommodation portion 33; The bottom surface that diverting layer 92 is connected with alignment layers 93 is provided with the 3rd wear plate 35, and the 3rd wear plate 35 ring is located at outside alignment layers 93.

It is pointed out that as shown in accompanying drawing 5 to accompanying drawing 7, four are coaxially disposed and difference in functionality layer that column structure that diameter successively decreases successively is constituted, are a fixing entirety (i.e. base 9) in the specific implementation. Axis hole 31 on its common axis runs through whole base 9, in order to wear bolt jointing part 11.

The effect of the 3rd wear plate 35 is when base 9 inserts support duplicate 10, for isolated base 9 and support duplicate 10, it is to avoid both direct friction, reduces the damage of the main part of support, increases product service life.

Support duplicate 10 includes: lower ending opening also constitutes the rotating basis 101 of cylindrical structure, for and medical diagnostic equipment 46 fixing connect and provide for base 9 be slidably connected; And it is set in the pedestal overcoat 102 outside rotating basis 101, provide location for the base 9 for inserting and support; It is trapezoidal opening that pedestal overcoat 102 offers longitudinal section; The cable 34 being easy in rack body 1 passes to medical diagnostic equipment 46. The top of rotating basis 101 is equipped with hole 103, location along axis, for when base 9 inserts support duplicate 10, coordinating the insertion of alignment layers 93; And make locking layer 94 through this hole, location 103, it is connected vertical with support duplicate 10 for base 9 after accessing bolt jointing part 11. Top is equipped with the 4th wear plate 36 outside hole 103, location, is equipped with and self-lubricating abrasive disc 37 outside the 4th wear plate 36, and self-lubricating abrasive disc 37 two sides is slidably connected with top and diverting layer 92 respectively; The lower end of rotating basis 101 is additionally provided with fixed lobe, for coordinating with the corresponding interface 45 of medical diagnostic equipment 46, makes whole the fixing with medical diagnostic equipment 46 composition of support duplicate 10 be connected.

The effect of self-lubricating abrasive disc 37 is to reduce when rotating in a circumferential direction the frictional force between base 9 and support duplicate 10. Its material mainly adopts POM material to form, and POM material behavior is with good self-lubricating function.

The effect of the 4th wear plate 36 is identical with the effect of the 3rd wear plate 35, for isolated base 9 and support duplicate 10, it is to avoid both direct friction, reduces the damage of the main part of support, increase product service life.

Bolt jointing part 11 includes the nut 32 in accommodation portion 33 and is penetrated axis hole 31 by locking layer 94, with the circumferential stud 38 of nut 32 threaded engagement; Also include being sequentially sleeved at from bottom to top outside locking layer 94, anti-rotation pad the 39, the second butterfly shell fragment fastened by stud and the 5th wear plate 41.

The effect of the 5th wear plate 41 is the bottom for isolation mount duplicate 10 and the direct friction of the second dish shell fragment 40 reduces the damage of support duplicate 10, increases product service life.

The effect of the second dish shell fragment 40 is with being then subject to deformation after nut 32 tightens up supercharging thus adding rotation friction to reach to regulate the dynamics that display 44 circumferentially rotates.

The effect of anti-rotation pad 39 is to prevent circumference stud 38 from mutually getting loose with nut 32, owing to nut 32 is to be stuck in the accommodation portion 33 of base 9, following base 9 to rotate together, if circumference stud 38 is not followed base 9 and rotated together, both threaded will get loose. Therefore, it is necessary to use the second dish shell fragment 40 to increase the frictional force between anti-rotation pad 39 and circumference stud 38, make there is no relative displacement between circumference stud 38 and nut 32.

In specific implementation process, coordinate owing to the screens of anti-rotation pad 39 endoporus just is formed to assemble with the locking layer 94 of base 9, when being subject to the second dish shell fragment 40 counteracting force top anti-rotation pad 39 and circumference stud 38 when circumference stud 38 is tightened, therefore anti-rotation pad 39, circumference stud 38 and nut 32 can be driven when base 9 rotates to rotate together, effectively prevent screw from getting loose (such as accompanying drawing 4); The effect of nut 32 is the dynamics of the rotation regulating display 44 circumference.

In the present embodiment, when using the first dish shell fragment 21 and the second dish shell fragment 40, in order to increase elasticity, it is possible to select two or more to face each other, back-to-back Coaxial Superimposed is arranged.

As shown in Figure 5, the thickness of alignment layers 93 is equal to the thickness sum at top, the second wear plate the 23, the 3rd wear plate 35; Can smooth be connected after being easy to add second and third wear plate between top with diverting layer 92. Top arranges the fixing self-lubricating abrasive disc 37 of annular groove; The thickness of self-lubricating abrasive disc 37 is equal to the thickness sum of the second wear plate the 23, the 3rd wear plate 35, annular groove; After making interpolation wear plate, the space between top and diverting layer 92 can be filled by self-lubricating abrasive disc 37. Top is additionally provided with the locating slot 43 coaxial with annular groove in the periphery of annular groove, and locating slot 43 is set to semi-circular; Be provided with boss 42 bottom diverting layer 92, in order to embed locating slot 43, to rack body 1 circumferentially rotate carry out spacing.

As a kind of preferred embodiment, in this utility model first to the 5th wear plate all can be provided with the locating button of projection, for coordinating with the installing hole that need to carry out on the tumbler contact surface of Wear-resistant Treatment, it is prevented that during rotation, wear plate slides, and affects the rotation between tumbler. It is also possible that wear plate consumes to be more uniformly distributed.

In order to solve the problems referred to above, as shown in accompanying drawing 1, accompanying drawing 11, accompanying drawing 12, this utility model also provides for a kind of medical diagnostic equipment 46, have employed such as above-mentioned display bracket structure one display 44, this display 44 includes display screen, and display bracket is connected by flip vertical structure 2 with described display screen.

Compared with prior art, display bracket of the present utility model, adopt the flip vertical structure 2 and the structure 3 that rotates in a circumferential direction that are respectively provided with at the two ends of rack body 1, make display 44 can regulate vertical oscillation position and the position circumferentially rotated easily relative to host desktop, relative to " z " font support, structure is more simple, takies volume also less, facilitates production to also allow for later maintenance.

Meanwhile, this utility model adopts said structure to be easy to concentrate in rack body 1 cable 34, also allow for arranging sealing shell 5 and cable 34 is carried out electromagnetic shielding, it is to avoid cable 34 is transmitted the impact of signal by external interference. Improve the electromagnetism interference grade of medical equipment, it is to avoid interference produces the impact being snowflake, striped etc. to the ultrasonic collection of illustrative plates of display.

Foregoing; it is only preferred embodiment of the present utility model; it is not intended to limit embodiment of the present utility model; those of ordinary skill in the art are according to central scope of the present utility model and spirit; corresponding flexible or amendment can be carried out very easily, therefore protection domain of the present utility model should be as the criterion with the protection domain required by claims.

Claims (11)

1. a display bracket, including: rack body be respectively arranged at the flip vertical structure at described rack body two ends and the structure that rotates in a circumferential direction, it is characterised in that described rack body is connected with display by described flip vertical structure.

2. display bracket as claimed in claim 1, it is characterised in that described rack body is provided with cable passage, and described rack body is additionally provided with the rack shell sealed; Described rack shell is set to the fore shell and the back cover that are fitted to each other.

3. display bracket as claimed in claim 1 or 2, it is characterized in that, described flip vertical structure includes: fixes the fixing seat being connected with described rack body upper end and fixes the swinging support seat being connected with described display, adopts pivot structure hinged between described fixing seat and described swinging support seat.

4. display bracket as claimed in claim 3, it is characterized in that, described fixing seat includes: two blocks of fixing plates being parallel to each other and being erected on described rack body the same face, and it being connected to the horizontal bar inside two blocks of described fixing plates, described horizontal bar is also fixedly connected on described rack body simultaneously; Described fixing plate is provided with fixing hole away from one end of described rack body, for hinged with described swinging support seat, makes described swinging support seat can swing around described fixing hole;

The one side of described swinging support seat is set to display installed surface, and it is hinged with described fixing plate that described display installed surface is provided with swing arm; The minimum range of two described swing arms is set to equal with the ultimate range of described two blocks of fixing plates; The end of described swing arm is provided with tumble port, and described display installed surface is provided with installing hole;

Described pivot structure, through described tumble port and described fixing hole, makes described fixing seat and described swinging support seat hinged; Described pivot structure includes: mutually threaded rotating shaft stud and nut, is equipped with successively between described rotating shaft stud and nut: the first dish shell fragment, swinging support seat, the first wear plate, fixing plate, the second wear plate, rotating shaft catch, torque spring, flat shim.

5. display bracket as claimed in claim 4, it is characterised in that be also equipped with rotary axle box between described torque spring and described rotating shaft stud; One end of described torque spring pushes against described horizontal bar, and the other end of described torque spring fastens with rotating shaft catch, makes to push against along the lower half, the back side with display installed surface on the protuberance of described rotating shaft catch.

6. display bracket as claimed in claim 5, it is characterised in that the arranged outside of two blocks of described fixing plates has the upper convex edge being horizontally disposed with and being parallel to each other and lower convex edge; The end of described swing arm arranges the oriented positive stop end extended away from described tumble port direction, when described tumble port and described fixing hole align, described positive stop end inserts between described upper convex edge and described lower convex edge, carries out spacing to the flip vertical stroke of described swinging support seat.

7. display bracket as claimed in claim 4, it is characterised in that described fixing plate is set to semicircular structure away from one end of described rack body, and the home position of described semicircular structure is provided with fixing hole; The non-conterminous two ends of described display installed surface rearwardly bend 90 degree and constitute two swing arms.

8. display bracket as claimed in claim 3, it is characterized in that, the described structure that rotates in a circumferential direction includes: fix the base being connected and support duplicate with described rack body bottom, described base inserts composition circumference in described support duplicate and is slidably connected, and is additionally provided with bolt jointing part between described base and described support duplicate.

9. display bracket as claimed in claim 8, it is characterized in that, described base includes four column structures sequentially coaxially connected and diameter successively decreases: what connect rack body lower end accepts layer, the diverting layer being nested in support duplicate, the alignment layers penetrating support duplicate and locking layer; Described base is equipped with axis hole along common axis; Described undertaking layer offers the accommodation portion with nut form fit around described axis hole; It is trapezoidal cable port that described base offers longitudinal section on described undertaking layer and described diverting layer, and described cable port is connected setting with described accommodation section; The bottom surface that described diverting layer is connected with described alignment layers is provided with the 3rd wear plate, and described 3rd wear-resisting loop is located at outside described alignment layers;

Described support duplicate includes: lower ending opening constitutes the rotating basis of cylindrical structure, and is set in the pedestal overcoat outside described rotating basis, provides location for the described base for inserting and supports;It is trapezoidal opening that described pedestal overcoat offers longitudinal section; The top of described rotating basis is equipped with hole, location along axis, for coordinating the insertion of described alignment layers; Described top is equipped with the 4th wear plate outside hole, location, is equipped with and self-lubricating abrasive disc outside described 4th wear plate, and described self-lubricating abrasive disc two sides is slidably connected with described top and described diverting layer respectively;

Described bolt jointing part includes the described nut in described accommodation section and is penetrated described axis hole by described locking layer, the circumferential stud coordinated with described nut thread; Also include being sequentially sleeved at from bottom to top outside described locking layer, by the anti-rotation pad of described circumference stud fastening, the second dish shell fragment and the 5th wear plate.

10. a display, including display screen, it is characterised in that also including the display bracket as described in claim 1 to 9 any one being connected with described display screen, described display bracket is connected by described flip vertical structure with described display screen.

11. an armarium, it is characterised in that have employed display as claimed in claim 10, the structure that rotates in a circumferential direction of described display is connected with medical diagnostic equipment main frame.