CN204554251U - Display device hitching frame and medical hoist tower - Google Patents
Display device hitching frame and medical hoist tower Download PDFInfo
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- CN204554251U CN204554251U CN201520104982.9U CN201520104982U CN204554251U CN 204554251 U CN204554251 U CN 204554251U CN 201520104982 U CN201520104982 U CN 201520104982U CN 204554251 U CN204554251 U CN 204554251U
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Abstract
The utility model discloses the medical hoist tower of a kind of display device hitching frame and application thereof, described display hitching frame comprises: multiple crossbeam, a vertical beam, multiple Bidirectional slide mechanism and multiple installation slide block, described Bidirectional slide mechanism comprises vertical slider and horizontal slider, described vertical slider is slidably connected to described vertical beam along the length direction of described vertical beam, described horizontal slider is fixed on described vertical slider, the corresponding described multiple Bidirectional slide mechanism of described multiple crossbeam, described crossbeam is slidably connected to described horizontal slider, the length direction of the vertical described vertical beam of glide direction of described crossbeam, described multiple installation skid is connected on described crossbeam, described multiple installation slide block fixes multiple display device in order to correspondence.Multiple display device can move integrally adjustment with described crossbeam, can also realize individual monitor adjusted position on crossbeam, thus makes described display device hitching frame meet the requirement of multi-direction adjustment display device, improves medical effect.
Description
Technical field
The utility model relates to medical hoist tower technical field, particularly relates to the medical hoist tower of a kind of display device hitching frame and application thereof.
Background technique
At present in medical supply; often can use the monitoring of multiple display device to various image; thus conveniently grasp medical data, sufferer situation, surgery supervision or sick body detection etc.; thus raising medical efficiency; therefore in medical equipment, multiple display device is fixed on hanger; and arrange in a plane, to facilitate the observation to multiple display device.But this kind of structure cannot regulate the position of display device, and specific display device cannot be moved to special position, easily cause the observation of multiple display device chaotic, affect medical effect.
Model utility content
The purpose of this utility model is the medical hoist tower of display device hitching frame and the application thereof providing a kind of multi-directionally to regulate.
In order to solve the problems of the technologies described above, the utility model provides a kind of display device hitching frame, wherein, described display hitching frame comprises: multiple crossbeam, a vertical beam, be connected to the multiple Bidirectional slide mechanism between described multiple crossbeam and described vertical beam and the multiple installation slide blocks being connected to described crossbeam, described Bidirectional slide mechanism comprises vertical slider, and the horizontal slider be fixed on described vertical slider, described vertical slider is slidably connected to described vertical beam along the length direction of described vertical beam, described multiple crossbeam is slidably connected to described multiple horizontal slider respectively, the length direction of the vertical described vertical beam of glide direction of described crossbeam, described multiple installation skid is connected on described crossbeam, the length direction of the vertical described vertical beam of glide direction of described installation slide block, described multiple installation slide block fixes multiple display device in order to correspondence.
Wherein, described vertical beam is arranged with multiple vertical positioning part along its length, described vertical positioning part is used for positioning described vertical slider, and described crossbeam is arranged with multiple located lateral portion along its length, and described located lateral portion is used for positioning described horizontal slider.
Wherein, described display hitching frame also comprises vertical locking mechanism and horizontal locking mechanism, and described vertical locking mechanism is used for described vertical slider to be locked in described vertical beam, and described horizontal locking mechanism is used for described horizontal slider to be locked in described crossbeam.
Wherein, described vertical locking mechanism comprises vertical lock screw, described vertical lock screw is through described vertical slider, be bolted in the sidewall of described vertical beam, described horizontal locking mechanism comprises horizontal lock screw, described horizontal lock screw, through described horizontal slider, is bolted in the sidewall of described crossbeam.
Wherein, described vertical beam extends vertical chute along its length, described crossbeam extends horizontal concrete chute along its length, described vertical slider is provided with vertical plate, described vertical plate is provided with vertical boss near described horizontal slider side, described vertical plate inserts described vertical chute, described vertical boss is located at outside described vertical chute, described horizontal slider is provided with horizontal plate, described horizontal slider is provided with horizontal boss near described vertical slider side, described horizontal plate inserts described horizontal concrete chute, described horizontal boss is located at outside described horizontal concrete chute, and be fixedly connected with described vertical boss.
Wherein, described vertical beam and described crossbeam are flexible rod.
The utility model also provides a kind of medical hoist tower, wherein, described medical hoist tower comprises the described display device hitching frame of above-mentioned any one, described medical hoist tower also comprises davit and multiple display device, the top of described vertical beam is fixed on described davit, and described multiple display device correspondence is fixed on described installation slide block.
Wherein, described medical hoist tower also comprises multiple protection assembly; described protection assembly comprises baffle plate and adjusting slider; described adjusting slider is slidably connected to described crossbeam; described adjusting slider is near the end of described crossbeam; described baffle plate is fixed on described adjusting slider, and described baffle plate is fixed on described adjusting slider, deviates from the display surface of described display device.
Wherein, described protection assembly also comprises pin, and described pin is fixed on the edge of described baffle plate away from described adjusting slider, corresponding with the edge of described display device.
Wherein, described medical hoist tower also comprises handle, and described handle is arranged at the bottom of described vertical beam.
Wherein, described medical hoist tower also comprises handle brackets, and described handle brackets is slidably connected to the bottom of described vertical beam, and described handle is fixed in described handle brackets.
Display device hitching frame provided by the utility model and medical hoist tower, described vertical beam is slidably connected to along the length direction of described vertical beam by described vertical slider, described horizontal slider is fixed on described vertical slider, described crossbeam is slidably connected to described horizontal slider, thus described crossbeam can realize vertically sliding up and down, and slip in the horizontal direction, utilize described installation skid on described crossbeam, make multiple display device can move integrally adjustment with described crossbeam, individual monitor adjusted position on crossbeam can also be realized, thus make described display device hitching frame meet the requirement of multi-direction adjustment display device, improve medical effect.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical solution of the utility model, be briefly described to the accompanying drawing used required in mode of execution below, apparently, accompanying drawing in the following describes is only mode of executions more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of display device hitching frame provided by the invention;
Fig. 2 is the schematic diagram of the Bidirectional slide mechanism of the display device hitching frame of Fig. 1;
Fig. 3 is another schematic diagram of the Bidirectional slide mechanism of the display device hitching frame of Fig. 1;
Fig. 4 is the decomposing schematic representation of the vertical beam of the display device hitching frame of Fig. 1;
Fig. 5 is the schematic cross-section of the vertical beam of the display device hitching frame of Fig. 1;
Fig. 6 is the first clamp of vertical beam in another embodiment and the schematic diagram of the second clamp;
Fig. 7 is the schematic diagram of vertical beam in another embodiment;
Fig. 8 is the scheme of installation of the Bidirectional slide mechanism of the display device hitching frame of Fig. 1;
Fig. 9 is in another embodiment, the scheme of installation of vertical beam, crossbeam and vertical slide mechanism;
Figure 10 is the scheme of installation of the installation slide block of the display device hitching frame of Fig. 1;
Figure 11 is the schematic diagram of tower crane provided by the invention;
Figure 12 is the schematic diagram of the protection assembly of the tower crane of Figure 11;
Figure 13 is the schematic diagram of the handle of the tower crane of Figure 11.
Embodiment
Below in conjunction with the accompanying drawing in the utility model mode of execution, the technological scheme in the utility model mode of execution is clearly and completely described.
Refer to Fig. 1 to Fig. 3, a kind of display device hitching frame 100 that mode of execution of the present utility model provides, described display hitching frame 100 comprises: vertical beam 10, multiple crossbeam 20, multiple Bidirectional slide mechanism 30 and a multiple installation slide block 40.Described vertical beam 10 is in order to be fixed on davit 1, be understandable that, described davit 1 is the hanging bar being installed on medical tower crane, by described medical tower crane, arbitrarily can move described davit 1, described davit 1 in order to hang described display device hitching frame 100, thus realizes arbitrarily moving described display device hitching frame 100 by arbitrarily moving described davit 1.Described Bidirectional slide mechanism 30 comprises vertical slider 31 and horizontal slider 32, and described vertical slider 31 is slidably connected to described vertical beam 10 along the length direction of described vertical beam 10, and described horizontal slider 32 is fixed on described vertical slider 31.The corresponding described multiple Bidirectional slide mechanism 30 of described multiple crossbeam 20, described multiple crossbeam 20 respectively correspondence is slidably connected to described multiple horizontal slider 32, the length direction of the vertical described vertical beam 10 of glide direction of described crossbeam 20.Described multiple installation slide block 40 is slidably connected on described crossbeam 20, and described multiple installation slide block 40 fixes multiple display device 2 in order to correspondence, namely each installation slide block 40 all fixes a display device 2.
Described vertical beam 10 is slidably connected to along the length direction of described vertical beam 10 by described vertical slider 31, described horizontal slider 32 is fixed on described vertical slider 31, described crossbeam 20 is slidably connected to described horizontal slider 32, thus described crossbeam 20 can realize sliding up and down, and the slip of substantially horizontal, described installation slide block 40 is utilized to slide on described crossbeam 20, make multiple display device 2 can move integrally adjustment with described crossbeam 20, individual monitor 1 adjusted position on crossbeam can also be realized, thus make described display device hitching frame 100 meet the requirement of multi-direction adjustment display device, improve medical effect.
In present embodiment, described vertical beam 10 comprises top 101 and bottom 102, and described top 101 is installed on described davit 1.Described top 101 can be rotationally connected with on described davit 1, described vertical beam 10 rotates around self geometric centre axes, thus drive multiple described crossbeam 20 and multiple described display device 2 to rotate in the horizontal plane, to facilitate display device 2 multiple described in multiple angle views, thus improve medical efficiency.Concrete, the top 101 of described vertical beam 10 can arrange rotating shaft (sign), and described rotating shaft is axially coaxially arranged with the geometric centre axes of described vertical beam 10, and namely described rotating shaft is axially vertically arranged, and described axis of rotation is connected to described davit 1.In other embodiments, described rotating shaft can also be horizontally disposed with, thus makes described multiple crossbeam 20 and described vertical beam 10 around horizontal axis, can change the observation visual angle of described multiple display device 2.
Refer to Fig. 4 and Fig. 5, in a kind of preferred embodiment, the rectangular column of described vertical beam 10, described vertical beam 10 comprises the first clamp 11, second clamp 12 and supporting bar 13, described first clamp 11 and described second clamp 12 are all in " U " shape bending plate, " U " shape first clamp 11 and the second clamp 12 are equipped with opening, the open top of similar " U ".First clamp 11 and the second clamp 12 are oppositely arranged, and the opening of described first clamp 11 is just to the opening of described second clamp 12, described supporting bar 13 is fixed between described first clamp 11 and described second clamp 12, form the first vertical chute 14 and the second vertical chute 15 between described first clamp 11 and described second clamp 12, the described first vertical chute 14 and the second vertical chute 15 are relatively arranged on the both sides of supporting bar 13.Described vertical slider 31 is slidably connected in the described first vertical chute 14 or the described second vertical chute 15.Concrete, described supporting bar 13 is made up of the rectangle plate that two are oppositely arranged, and described supporting bar 13 is connected with described first clamp 11 screw, and described supporting bar 13 is connected with described second clamp 12 screw.In other embodiments, described vertical beam 10 can also be only arrange a vertical chute; Described vertical beam 10 can also be provided with the first vertical slide rail, and the second vertical slide rail that the relatively described first vertical slide rail is arranged; Multiple described Bidirectional slide structure 30 can also comprise the first Bidirectional slide mechanism being slidably connected to the described first vertical chute 14, and be slidably connected to the second Bidirectional slide mechanism of the described second vertical chute 15, thus make the both sides of described vertical beam 10 all can mount multiple described display device 2, thus described display device hitching frame 100 is made to have two display surfaces be oppositely arranged.
Refer to Fig. 6, in another embodiment, described first clamp 211 comprises the first plate 211a, the second plate 211b and the 3rd plate 211c, the relatively described 3rd plate 211c of described first plate 211a is arranged, described first plate 211a and the equal screw of described 3rd plate 211c are connected on described second plate 211b, described first plate 211a, the second plate 211b and the 3rd plate 211c form " U " bending plate, the opening at spacing similar " U " the word top between described first plate 211a and described 3rd plate 211c.Described first plate 211a, the second plate 211b and the 3rd plate 211c are shaping by cutting process, thus reduce described first clamp 211 processing cost, reduce the fabricating cost of described display device hitching frame 100, and facilitate maintenance easy for installation.Described second clamp 212 and the identical setting of described first clamp 211 structure, do not repeat them here.
Refer to Fig. 7, in another embodiment, described first clamp 311, second clamp 312 and supporting bar 313 are wholely set, thus make described display device hitching frame 100 structure more firm.
Refer to Fig. 1, Fig. 2 and Fig. 8, in present embodiment, described crossbeam 20 is roughly the same with described vertical beam 10 structure, unlike, described crossbeam 20 comprises the first horizontal concrete chute 21, and the second horizontal concrete chute (sign) that relatively described first horizontal concrete chute 21 is arranged, described installation slide block 40 is slidably connected in described first horizontal concrete chute 21 or the second horizontal concrete chute, and described horizontal slider 32 is slidably connected in described first horizontal concrete chute 21 or the second horizontal concrete chute.Vertically side by side, crossbeam 20 described in each all can slide in the horizontal direction multiple described crossbeam 20 on described horizontal slider 32, and crossbeam 20 described in each all can be slidably connected described in one or more and install slide block 40.Concrete, described display device hitching frame 200 comprises two described crossbeams 20, and crossbeam 20 described in each is slidably connected three described installation slide blocks 40.In other embodiments, described display device hitching frame 200 can also comprise one or three or four described crossbeams 20, and crossbeam 20 described in each can also be slidably connect one or two or four described installation slide blocks 40.
In present embodiment, can slide by relatively described vertical beam 10 in the vertical direction in described Bidirectional slide mechanism 30 1 aspect, thus driving described crossbeam 20 vertically to move up and down, the multiple display devices 2 namely on described crossbeam 20 can overall in the vertical direction adjusted position; Described crossbeam 20 can relatively described Bidirectional slide mechanism 30 slide in the horizontal direction on the other hand, namely the multiple display devices 2 on described crossbeam 20 entirety can go up adjusted position in the horizontal direction, with meet multiple described display device 2 can on described display device hitching frame 100 adjusted position.Described horizontal slider 32 is fixed on described vertical slider 31 by the mode of removably connecting, thus conveniently carries out detachable maintaining to described horizontal slider 32 and described vertical slider 31, improves the working life of display device hitching frame 200.In other embodiments, described vertical slider 31 and described horizontal slider 32 can also be wholely set.
As in a kind of preferred embodiment, described vertical slider 31 is provided with vertical plate 31a, described vertical plate 31a is provided with vertical boss 311 near described horizontal slider side, described vertical plate 31a inserts the described first vertical chute 14 or the described second vertical chute 15, and described vertical boss 311 is located at outside the described first vertical chute 14 or the described second vertical chute 15.Described horizontal slider 32 is provided with horizontal plate 32a, described horizontal plate 32a inserts described first horizontal concrete chute 21 or described second horizontal concrete chute, described horizontal plate 32a is provided with horizontal boss 321 near described vertical slider 31 side, described horizontal boss 321 is located at outside described first horizontal concrete chute 21 or described second horizontal concrete chute, and is fixedly connected with described vertical boss 311.
Refer to Fig. 9, in another embodiment, the section of described vertical beam 10 and described crossbeam 20 is all in " work " type, and described vertical beam 10 comprises the perpendicular slide rail 210b of the first perpendicular slide rail 210a and second be oppositely arranged, and described crossbeam 20 comprises the first sideslip rail 220a and the second sideslip rail 220b that are oppositely arranged.Described vertical slider 231 be vertical extend " bending plate; the horizontal section of described vertical slider 231 is in " U " type; described vertical slider 231 comprises perpendicular chute 231a; the groove of section similar " U " the word intermediate portion of described perpendicular chute 231a, the perpendicular slide rail 210b of the described first perpendicular slide rail 210a or second is slidably connected in described perpendicular chute 231a; Described horizontal slider 232 is horizontal expansion, and " bending plate; the vertical section of described horizontal slider 232 is in " U " type; described horizontal slider 232 comprises sideslip groove 232a; the groove in the middle of section similar " U " word of described sideslip groove 232a, described sideslip groove 232a is slidably connected described first sideslip rail 220a or the second sideslip rail 220b.Described horizontal slider 32 screw connects described vertical slider 31, and the opening of described sideslip groove 232a deviates from the opening of described perpendicular chute 231a.
Refer to Fig. 1 and Figure 10, in present embodiment, described installation slide block 40 comprises a fixing part 41 and a joint 42, described joint 42 is slidably connected to described crossbeam 20, described fixing part 41 is fixedly connected with described joint 42, and multiple described fixing part 41 is arranged side by side along the length direction of described crossbeam 1.Described fixing part 41 correspondence is fixedly connected with the back side of a described display device 2, the display surface of described display device 2 is vertically arranged, multiple described installation slide blocks 40 array in vertical plane, thus multiple described display devices 2 array in vertical plane, and the display surface of multiple described display device 2 is parallel to each other, and identical emission side is set, thus described display device hitching frame 100 pairs of displaying contents are conveniently utilized to compare.Multiple described installation slide block 40 arbitrarily can slide on described crossbeam 20, multiple described display device 2 can be regulated the position on described crossbeam 20, arrange different positions with the display screen meeting different size on described crossbeam 20.Concrete, described fixing part 41 and all rectangular tabular of described joint 42, the cross section of the parallel described joint 42 of cross section of described fixing part 41, and vertically arrange.Be wholely set a fixed block (sign) between described fixing part 41 and described joint 42, described joint 42 is slidably connected described first horizontal concrete chute 21 or the second horizontal concrete chute, and described fixing part 41 screw connects described display device 2.In other embodiments, the fixing part 41 of multiple described installation slide block 40 can also be crisscross arranged, thus make the display surface of multiple described display device 2 towards the both sides of described vertical beam 10, make the display device on described display device hitching frame 100 have multiple different display direction, meet multiple view.
Further, refer to Fig. 1, Fig. 2 and Fig. 3, described display hitching frame 100 also comprises vertical locking mechanism 50 and horizontal locking mechanism 60, described vertical locking mechanism 50 is for being fixed on described vertical beam 10 by described vertical slider 31, and described horizontal locking mechanism 60 is for being fixed on described crossbeam 20 by described horizontal slider 32.
In present embodiment, when the relatively described vertical beam 10 of described vertical slider 31 slides into predeterminated position, described vertical locking mechanism is utilized to be locked on described vertical beam 10 by described vertical slider 31, thus described crossbeam 20 in the vertical direction is adjusted to predeterminated position, thus multiple described display device 2 in the vertical direction is adjusted to predeterminated position, thus realize described display device 2 in the vertical direction as required, can arbitrary position be adjusted to; When relatively described horizontal slider 32 slides into predeterminated position to described crossbeam 20 in the horizontal direction, described horizontal locking mechanism 60 is utilized to be fixed on described horizontal slider 32 by described crossbeam 20, thus described crossbeam 20 moves in the horizontal direction, thus multiple described display device 2 is adjusted to predeterminated position in the horizontal direction on described crossbeam 20, thus realizes described display device 2 and on described crossbeam 20, be adjusted to arbitrary position in the horizontal direction.
As a kind of preferred embodiment, described vertical locking mechanism 50 comprises vertical lock screw 51, described vertical lock screw 51 is through described vertical slider 31, be bolted in the sidewall of described vertical beam 10, described horizontal locking mechanism comprises horizontal lock screw 61, described horizontal lock screw 61, through described horizontal slider 32, is bolted in the sidewall of described crossbeam 20.
Concrete, described vertical slider 31 is also provided with two vertical fixed plate 31b be oppositely arranged, the cross section of vertical plate 31a described in the cross-section normal of described vertical fixed plate 31b, and is respectively adjacent to the first clamp 11 and the second clamp 12 of described vertical beam 20.Described vertical fixed plate 31b is fixed on described horizontal slider 32, can slide by relatively described vertical beam 10.Described vertical lock screw 51 through described vertical fixed plate 31b, and is bolted in described first clamp 11 and described second clamp 12 respectively.Concrete, described first clamp 11 arranges the first screw hole 11a of multiple equidistant arrangement along its length, lock screw 51 may correspond to and lock onto in described first screw hole 11a, when described vertical slider 31 vertically slides into predeterminated position, described lock screw 51 correspondence is bolted in described first screw hole 11a, both can have realized described multiple display device 2 and vertically be adjusted to special position.Described second clamp 12 arranges same structure with described first clamp 11, does not repeat them here.In other embodiments, the first screw hole 11a of described multiple equidistant arrangement can also replace with the vertical bolt slot (not shown) extended, thus realizes described crossbeam 20 fixing in vertical direction arbitrary position.
Described horizontal slider 32 is also provided with two horizontal fixed plate 32b be oppositely arranged, described horizontal fixed plate 32b and described vertical fixed plate 31b is wholely set, described horizontal fixed plate 32b screw connects on described horizontal boss 321, the cross section of described horizontal fixed plate 32b is parallel to the cross section of described horizontal plate 32a, described horizontal lock screw 61, through described horizontal fixed plate 32b, is bolted on described crossbeam 20.Concrete, described crossbeam 20 transversely multiple second screw hole (sign) of equidistant arrangement outside the opening end of described first chute 21.When the relatively described horizontal slider 32 of described crossbeam 20 slides into predeterminated position in the horizontal direction, described horizontal lock screw 61 correspondence is lock onto described second screw hole, realize the fixing of described crossbeam 20, thus described multiple display device 2 is adjustable to special position in the horizontal direction.In other embodiments, the second screw hole of described multiple equidistant arrangement can also replace with the bolt slot (not shown) of horizontal expansion, thus realizes the fixing of described crossbeam 20 arbitrary position in the horizontal direction.
Refer to Fig. 9, in another embodiment, described vertical locking mechanism also comprises the first tapped hole (sign), described first tapped hole is through the sidewall of described vertical slider 231, extend in described perpendicular chute 231a, described vertical lock screw 251 is bolted in described first tapped hole, when described crossbeam 20 vertically slides into predeterminated position, lock described vertical lock screw 251, described vertical lock screw 251 is held in the vertical slide rail 210b of the described first vertical slide rail 210a or described second, thus realize described multiple display device 2 and be vertically adjustable to arbitrary position.Same principle, described horizontal locking mechanism also comprises the second tapped hole (sign), described first tapped hole is through the sidewall of described horizontal slider 232, extend in described sideslip groove 232a, described horizontal lock screw 261 is bolted in described second tapped hole, when described crossbeam 20 slides into predeterminated position in the horizontal direction, lock described horizontal lock screw 261, described horizontal lock screw 261 is held in described first horizontal slide rail 220a or described second horizontal slide rail 220b, thus realize described multiple display device 2 and be adjustable to arbitrary position in the horizontal direction.
In another embodiment, described vertical locking mechanism comprises vertical latch (not shown), and be arranged at the vertical hinge last (not shown) of multiple equidistant arrangement on described vertical beam 10, when described crossbeam 20 slides into special position at vertical direction, described vertical latch may correspond to and is fixed in described vertical hinge last.Described horizontal locking mechanism comprises horizontal latch (not shown), and be arranged at the horizontal hinge last (not shown) of multiple equidistant arrangement on described crossbeam 20, when described crossbeam 20 slides into special position in the horizontal direction, described horizontal latch may correspond to and is fixed in described horizontal hinge last.In other embodiments, described vertical locking mechanism and described horizontal locking mechanism can also be clips.
Further, refer to Fig. 1 and Fig. 3, described vertical beam 10 is arranged with multiple vertical positioning part 101a along its length, described vertical positioning part 101a positions described vertical slider 31, described crossbeam 20 is arranged with multiple located lateral portion along its length, and described located lateral portion positions described horizontal slider 32.
As a kind of preferred embodiment, described vertical positioning part 10a is arranged at the first screw hole 11a on described first clamp 11.When described vertical lock screw 51 lock onto described first location of screw hole 11a realization to described vertical slider 31.Described located lateral portion is arranged at the second screw hole on described crossbeam 20, realizes the described location of horizontal slider 31 on described crossbeam 20 when described horizontal lock screw 61 lock onto described second screw hole.
In another embodiment, described vertical positioning part 101a is described vertical hinge last, and described vertical latch inserts in described vertical hinge last, realizes the location to described vertical slider; Described located lateral portion is described horizontal hinge last, and described horizontal latch inserts in described horizontal hinge last, realizes the location to described horizontal slider.
In another embodiment, described vertical positioning part 101a can also the vertical draw-in groove of vertically multiple equidistant arrangement, by arranging vertical chuck on described vertical slider 31, utilizing described vertical chuck to match in described vertical draw-in groove, realizing the location of described vertical slider; Described located lateral portion can arrange same structure with described vertical positioning part 101a.
Further, described vertical beam 10 and described crossbeam 20 are flexible rod.Concrete, described vertical beam 10 arranges first set adapter (not shown) and the second socketed pipe (not shown) at two ends, described first set adapter and described second socketed pipe are sheathed on the two ends of described vertical beam 10 respectively, and be slidably connected to the two ends of described vertical beam 10, thus described first set adapter and the slip of the relative described vertical beam 10 of described second socketed pipe, the length change of described vertical beam 10 can be realized.Described crossbeam 20 is identical with described vertical beam 10 structure, does not repeat them here.
Refer to Fig. 1, Figure 11 and Figure 12, the present invention also provides a kind of medical hoist tower 200, and described medical hoist tower 200 comprises described display device hitching frame 100, davit 1 and multiple display device 2.The top of described vertical beam 110 is fixed on described davit 1, and described multiple display device 2 correspondence is fixed on described installation slide block 40.
In present embodiment, described davit 1 comprises the first cantilever 1a, the second cantilever 1b and suspension rod 1c.One end of described first cantilever 1a is rotationally connected with on external device, and described first cantilever 1a is at horizontal rotation in surface.One end of described second cantilever 1b is rotationally connected with the other end of described first cantilever 1a, and described second cantilever 1b can rotate at horizontal plane.Described suspension rod 1c is fixed on described second cantilever 1b away from described first cantilever 1a one end, and described suspension rod 1c is vertically arranged.The top of described vertical beam 10 is rotationally connected with the bottom of described suspension rod 1c, thus conveniently to described display device hitching frame more than 100 bearing change, described medical hoist tower 200 can be used in any space, and adaptive various occasion.Described medical hoist tower 200 can be comprise six described display devices 2, also can be arrange five described display devices 2.
Further; described medical hoist tower 200 also comprises multiple protection assembly 70; described protection assembly 70 comprises baffle plate 71, pin 72 and adjusting slider 73; described adjusting slider 73 is slidably connected to described crossbeam 20; described adjusting slider 73 is near the end of described crossbeam 20; described baffle plate 71 is fixed on described adjusting slider 73, deviates from the display surface of described display device 2.Be understandable that, described baffle plate 71 deviates from display surface side to described display device 2 and protects.
In present embodiment, described adjusting slider 73 is slidably connected to described crossbeam 20 and deviates from described installation slide block 40 side, namely when described installation slide block 40 is slidably connected to described first horizontal concrete chute 21, described adjusting slider 73 is slidably connected to described second horizontal concrete chute, thus avoid described adjusting slider 73 to interfere the slip of described installation slide block 40, increase the Security of described medical hoist tower 200.Described baffle plate 72 screw is connected on described adjusting slider 73; the back of described baffle plate 71 to described display device 2 is protected; prevent the back of described display device 2 from damaging because of shock; described baffle plate 71 is bending towards the display surface of described display device 2 away from the edge of described adjusting slider 73; thus described baffle plate 71 can mate with the back of described display device 2; make the back of described display device 2 obtain good protection, utilize the edge of described baffle plate 71 can protect the edge of described display device 2 simultaneously.In other embodiments, can also be deviate from described display device 2 side at described crossbeam 20 to arrange safety cover, multiple described display device 2 entirety be protected.
Further, described protection assembly 70 also comprises pin 72, and described pin 72 is fixed on the edge of described baffle plate 71 away from described adjusting slider 73, corresponding with the edge of described display device 2.Concrete, described baffle plate 71 is rectangle plate, and the edge away from described adjusting slider 73 bends towards the display surface of described display device 2, thus described baffle plate 71 can match with the back of described display device 2.Described pin 72 is welded in the edge of described baffle plate 71 away from described adjusting slider 73, and described pin 72 is corresponding with the edge of described display device 2.The edge of described pin 72 to described display device 2 is protected, and prevents the edge of described display device 2 from damaging because of shock, thus improves the Security of described medical hoist tower 200, add the working life of described medical hoist tower simultaneously.In other embodiments, described pin 72 can also be flexible rod, with the described display device 2 of adaptive different size.
Further, refer to Figure 11 and Figure 13, described medical hoist tower 200 also comprises handle 80, and described handle 80 is arranged at the bottom of described vertical beam 10.Utilize described handle 80 conveniently to the rotation of described display device hitching frame 100, and conveniently described display device hitching frame 100 can be moved to special position, thus conveniently multiple described display device 2 is observed.In other embodiments, corresponding display device 2 described in each can also arrange handle, convenient position regulation be carried out to single described display device 2.
Further, described medical hoist tower 200 also comprises handle brackets 90, and described handle brackets 90 is slidably connected to the bottom of described vertical beam 10, and described handle 80 is fixed in described handle brackets 90.In present embodiment, described handle brackets 90 comprises pinboard 91, described handle 80 is fixed on described pinboard 91, described pinboard 91 is provided with the vertical bolt slot 92 extended, described bolt slot 92 is provided with screw 93, described screw 93 can lock onto the bottom of described vertical beam 10, thus makes described handle brackets 90 adjustable in the position of vertical direction, thus the convenient operation to described medical hoist tower 200.In other embodiments, can also be that flexible rod is set between described handle brackets and described vertical beam.
The medical hoist tower of display device hitching frame provided by the utility model and application thereof, described vertical beam is slidably connected to along the length direction of described vertical beam by described vertical slider, described horizontal slider is fixed on described vertical slider, described crossbeam is slidably connected to described horizontal slider along its length, thus described crossbeam can realize sliding up and down, and the slip of substantially horizontal, utilize described installation skid on described crossbeam, make multiple display device can move integrally adjustment with described crossbeam, individual monitor adjusted position on crossbeam can also be realized, thus make described display device hitching frame meet the requirement of multi-direction adjustment display device, improve medical effect.
The above is preferred implementation of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications are also considered as protection domain of the present utility model.
Claims (10)
1. a display device hitching frame, it is characterized in that, described display hitching frame comprises: multiple crossbeam, a vertical beam, be connected to the multiple Bidirectional slide mechanism between described multiple crossbeam and described vertical beam and the multiple installation slide blocks being connected to described crossbeam, described Bidirectional slide mechanism comprises vertical slider, and the horizontal slider be fixed on described vertical slider, described vertical slider is slidably connected to described vertical beam along the length direction of described vertical beam, described multiple crossbeam is slidably connected to described multiple horizontal slider respectively, the length direction of the vertical described vertical beam of glide direction of described crossbeam, described multiple installation skid is connected on described crossbeam, the length direction of the vertical described vertical beam of glide direction of described installation slide block, described multiple installation slide block fixes multiple display device in order to correspondence.
2. display device hitching frame according to claim 1, it is characterized in that, described vertical beam is arranged with multiple vertical positioning part along its length, described vertical positioning part is used for positioning described vertical slider, described crossbeam is arranged with multiple located lateral portion along its length, and described located lateral portion is used for positioning described horizontal slider.
3. display device hitching frame according to claim 2, it is characterized in that, described display hitching frame also comprises vertical locking mechanism and horizontal locking mechanism, described vertical locking mechanism is used for described vertical slider to be locked in described vertical beam, and described horizontal locking mechanism is used for described horizontal slider to be locked in described crossbeam.
4. display device hitching frame according to claim 2, it is characterized in that, described vertical locking mechanism comprises vertical lock screw, described vertical lock screw is through described vertical slider, be bolted in the sidewall of described vertical beam, described horizontal locking mechanism comprises horizontal lock screw, and described horizontal lock screw, through described horizontal slider, is bolted in the sidewall of described crossbeam.
5. display device hitching frame according to claim 1, it is characterized in that, described vertical beam extends vertical chute along its length, described crossbeam extends horizontal concrete chute along its length, described vertical slider is provided with vertical plate, described vertical plate is provided with vertical boss near described horizontal slider side, described vertical plate inserts described vertical chute, described vertical boss is located at outside described vertical chute, described horizontal slider is provided with horizontal plate, described horizontal slider is provided with horizontal boss near described vertical slider side, described horizontal plate inserts described horizontal concrete chute, described horizontal boss is located at outside described horizontal concrete chute, and be fixedly connected with described vertical boss.
6. display device hitching frame according to claim 1, is characterized in that, described vertical beam and described crossbeam are flexible rod.
7. a medical hoist tower, it is characterized in that, described medical hoist tower comprises the described display device hitching frame of claim 1 ~ 6 any one, described medical hoist tower also comprises davit and multiple display device, the top of described vertical beam is fixed on described davit, and described multiple display device correspondence is fixed on described installation slide block.
8. medical hoist tower according to claim 7; it is characterized in that; described medical hoist tower also comprises multiple protection assembly; described protection assembly comprises baffle plate and adjusting slider; described adjusting slider is slidably connected to described crossbeam; described adjusting slider is near the end of described crossbeam, and described baffle plate is fixed on described adjusting slider, deviates from the display surface of described display device.
9. medical hoist tower according to claim 8, is characterized in that, described protection assembly also comprises pin, and described pin is fixed on the edge of described baffle plate away from described adjusting slider, corresponding with the edge of described display device.
10. medical hoist tower according to claim 7, is characterized in that, described medical hoist tower also comprises handle, and described handle is arranged at the bottom of described vertical beam.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520104982.9U CN204554251U (en) | 2015-02-12 | 2015-02-12 | Display device hitching frame and medical hoist tower |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520104982.9U CN204554251U (en) | 2015-02-12 | 2015-02-12 | Display device hitching frame and medical hoist tower |
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| CN204554251U true CN204554251U (en) | 2015-08-12 |
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| CN201520104982.9U Active CN204554251U (en) | 2015-02-12 | 2015-02-12 | Display device hitching frame and medical hoist tower |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108368964A (en) * | 2015-12-24 | 2018-08-03 | 皇家飞利浦有限公司 | From suspension type monitor |
| CN109464197A (en) * | 2018-12-04 | 2019-03-15 | 青岛大学附属医院 | A kind of medical image diagnostic equipment that suspension type is easy to remove |
| CN112648489A (en) * | 2017-04-20 | 2021-04-13 | 深圳市大疆灵眸科技有限公司 | Cloud platform axle arm structure and have its cloud platform structure |
| CN113154196A (en) * | 2021-04-09 | 2021-07-23 | 江苏陛歌智能科技有限公司 | Intelligent lifting adjusting television support |
-
2015
- 2015-02-12 CN CN201520104982.9U patent/CN204554251U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108368964A (en) * | 2015-12-24 | 2018-08-03 | 皇家飞利浦有限公司 | From suspension type monitor |
| CN112648489A (en) * | 2017-04-20 | 2021-04-13 | 深圳市大疆灵眸科技有限公司 | Cloud platform axle arm structure and have its cloud platform structure |
| CN112648489B (en) * | 2017-04-20 | 2022-12-30 | 深圳市大疆灵眸科技有限公司 | Cloud platform shaft arm structure and have its cloud platform structure |
| CN109464197A (en) * | 2018-12-04 | 2019-03-15 | 青岛大学附属医院 | A kind of medical image diagnostic equipment that suspension type is easy to remove |
| CN113154196A (en) * | 2021-04-09 | 2021-07-23 | 江苏陛歌智能科技有限公司 | Intelligent lifting adjusting television support |
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