阅读说明：本技术 裂隙灯显微镜升降台 (Slit-lamp microscope lifting platform ) 是由 吴春波 曹国凡 郭贝 高明昊 李柏承 徐邦联 黄元申 张大伟 于 2020-04-23 设计创作，主要内容包括：本发明提出了裂隙灯显微镜升降台,其包括安装于底座的升降座,升降座安装有升降机构,升降机构的顶部安装有面板,面板为双层台面板,双层台面板包括下层面板以及上层面板,下层面板、底座之间设置有下层面板与底座间支撑杆,上层面板与下层面板之间设置有面板夹层支撑杆及滑动装置,上层面板与底座之间上层面板旋转支撑绕杆,上层面板与下层面板之间设置有上层面板锁定解锁定位装置。该裂隙灯显微镜升降台设计新颖合理,结构简单实用,易于产品化,在眼科临床诊断中使得医生与患者能够进行无遮挡的面对面交流,减少沟通障碍,增加医患间的信任。(The invention provides a slit lamp microscope lifting table which comprises a lifting seat arranged on a base, wherein the lifting seat is provided with a lifting mechanism, the top of the lifting mechanism is provided with a panel, the panel is a double-layer table panel, the double-layer table panel comprises a lower layer panel and an upper layer panel, a support rod between the lower layer panel and the base is arranged between the lower layer panel and the base, a panel interlayer support rod and a sliding device are arranged between the upper layer panel and the lower layer panel, a winding rod is rotatably supported by the upper layer panel between the upper layer panel and the base, and an upper layer panel locking and unlocking positioning device is arranged between the upper layer panel and the lower layer panel. This slit-lamp microscope elevating platform novel in design is reasonable, and simple structure is practical, easily productization makes doctor and patient can carry out the face-to-face of nothing sheltering from and exchange in ophthalmology clinical diagnosis, reduces the communication obstacle, increases the trust between doctor and patient.)

1. The utility model provides a slit-lamp microscope elevating platform, its is including installing in the lift seat of base, elevating system is installed to the lift seat, the panel is installed at elevating system's top, a serial communication port, the panel is double-deck board, double-deck board includes lower panel and upper panel, be provided with bracing piece between lower panel and base between lower panel, the base, be provided with panel intermediate layer bracing piece and slider between upper panel and the lower panel, the rotatory winding stem of upper panel between upper panel and the base, be provided with upper panel locking unblock positioner between upper panel and the lower panel.

2. The slit-lamp microscope lift table of claim 1, wherein the upper panel rotational supports are distributed on the base on the same side about the rod, the lower panel, and the base support rod.

3. The slit-lamp microscope lift of claim 1, wherein the upper deck locking and unlocking detents are knob-type structures.

4. The slit-lamp microscope lift table of claim 1, wherein the panel sandwich support rod and slide mechanism has a stainless steel tube with one end connected to the upper panel and the other end embedded with the ball, and a steel ball.

5. The slit-lamp microscope lift table of claim 2, wherein the upper panel rotation support winding rod, the lower panel and the inter-base support rod are mounted in parallel on a right beam of the base, and the upper panel rotation support winding rod passes through the lower panel.

Technical Field

The invention relates to the field of lifting tables for ophthalmic examination, in particular to a slit-lamp microscope lifting table.

Background

The ophthalmic slit-lamp microscope lifting platform is medical equipment commonly used in ophthalmic clinic, but the existing ophthalmic slit-lamp microscope lifting platform is single-table-surface and cannot freely rotate, and when an ophthalmic doctor communicates with a patient, the ophthalmic slit-lamp microscope is just blocked between the doctor and the patient, and the blocking interferes the communication between the doctor and the patient to a certain extent.

Disclosure of Invention

The invention aims to provide a slit-lamp microscope lifting table, which can change the position of a slit-lamp microscope by directly rotating an upper desktop, achieve non-shielding face-to-face communication with a patient, and solve the problems that the desktop of the existing ophthalmic slit-lamp microscope cannot rotate freely and an ophthalmologist has shielding during communication with the patient.

In order to achieve the purpose, the technical scheme adopted by the invention is as follows: the utility model provides a slit-lamp microscope elevating platform, its is including installing in the lift seat of base, elevating system is installed to the lift seat, the panel is installed at elevating system's top, the panel is double-deck panel, double-deck panel includes lower panel and upper panel, be provided with bracing piece between lower panel and base between lower panel, the base, be provided with panel intermediate layer bracing piece and slider between upper panel and the lower panel, the rotatory bracing wire winding of upper panel between upper panel and the base, be provided with upper panel locking unblock positioner between upper panel and the lower panel.

Furthermore, the upper panel rotary supporting winding rod, the lower panel and the base support rod are distributed on the same side of the base.

Furthermore, the locking and unlocking positioning device of the upper panel is of a knob type structure.

Furthermore, the panel interlayer supporting rod and the sliding device are provided with a stainless steel tube and a steel ball, one end of the stainless steel tube is connected with the upper panel, and the other end of the stainless steel tube is embedded with the ball.

Furthermore, the upper panel rotary supporting winding rod, the lower panel and the base are arranged on the right beam of the base in parallel, and the upper panel rotary supporting winding rod penetrates through the lower panel.

Compared with the prior art, the invention has the advantages that: this slit-lamp microscope elevating platform novel in design is reasonable, and simple structure is practical, easily productization makes doctor and patient can carry out the face-to-face of nothing sheltering from and exchange in ophthalmology clinical diagnosis, reduces the communication obstacle, increases the trust between doctor and patient.

Drawings

FIG. 1 is a perspective view of a slit-lamp microscope lift table in an embodiment of the invention.

FIG. 2 is a top view of a slit-lamp microscope lift table in an embodiment of the invention.

FIG. 3 is a side view of a slit-lamp microscope lift table in an embodiment of the invention.

Detailed Description

The technical solution adopted by the present invention will be further explained with reference to the schematic drawings.

Referring to fig. 1-3, a slit-lamp microscope lifting table comprises a double-layer table panel 1, an upper-layer panel locking and unlocking positioning device 2, a panel interlayer supporting rod and sliding device 3, an upper-layer panel rotating and supporting winding rod 4, a lower-layer panel and base supporting rod 5, a lifting mechanism 6, a lifting seat 7, a base 8 and casters 9.

Double-deck board 1 is for conventional ophthalmology single deck board elevating platform, and double-deck board here includes lower deck board and upper panel, and lower deck board here is fixed motionless, and upper panel can be around the upper panel rotary support of upper panel 4 swivelling sliding of winding stem, be provided with bracing piece 5 between lower deck board and the base between lower deck board, the base, upper panel swivelling support winding stem 4 between upper panel and base 8, and be provided with panel intermediate layer bracing piece and slider 3 between upper panel and the lower deck board, be provided with upper panel locking unblock positioner 2 between upper panel and the lower deck board, this upper panel locking unblock positioner 2 plays and opens, restriction, locking and positioning action, guarantees upper panel swivelling sliding's action needs. And the upper panel locks and unlocks the positioning device 2 and the tightness adjusting knob. The knob can be rotated to achieve the purposes of opening the rotation of the upper panel, limiting the rotation sliding degree of the upper panel, locking the upper panel and positioning the upper panel and the lower panel to be aligned.

Panel intermediate layer bracing piece and slider 3 play and support and slide action, and this panel intermediate layer bracing piece and slider 3 have a hollow nonrust steel pipe and a steel ball, nonrust steel pipe one end is connected in upper panel, the installation of other end embedding the ball plays through above-mentioned structure and lets upper panel slidable effect.

Referring to fig. 1 and 3, the slit-lamp microscope lifting platform further comprises a base 8, the base 8 comprises a middle platform divided into a middle part and bottom beams arranged at two ends of the middle platform, the bottom beams are provided with casters 9, the middle platform is provided with a lifting seat 7, the lifting seat is provided with a lifting mechanism 6, and the top of the lifting mechanism is provided with a panel formed by a lower panel and an upper panel (namely a double-layer platform panel).

It should be noted that the upper panel rotation support winding rod 4, the lower panel and the inter-base support rod 5 are installed in parallel on the right beam (right bottom beam) of the base, and the upper panel rotation support winding rod 4 passes through the lower panel. The upper panel rotary support winding rod 4 has one end fixed on the bottom beam and the other end penetrating the lower panel and embedded into the upper panel, and the upper panel can rotate around the shaft, i.e. the winding rod is the rotating shaft of the upper panel, and the rod can prevent the desk top from turning on one side when the upper panel rotates. The upper deck panel swivel support may be provided with a swivel bearing or other pivotable mechanism around the rod 4 at the embedded portion where the upper deck panel is embedded.

In the invention, one end of a support rod 5 between a lower layer panel and a base is fixed on a right bottom beam, and the other end of the support rod is fixed on the lower layer panel, when an ophthalmologic slit lamp microscope rotates and slides to the right (in the right direction of figure 1) along with an upper layer panel, a little right side deviation occurs in the centers of the whole lifting platform and the slit lamp microscope, and the rod can prevent a desktop from turning on one side.

As can be seen from fig. 2, the relative positions of the upper panel locking/unlocking positioning device 2, the panel interlayer supporting rod and the sliding device 3, and the mechanical structure of the upper panel locking/unlocking positioning device 2 and the upper left panel interlayer supporting rod and the sliding device 3 enable the upper panel locking/unlocking positioning device 2 to lock/unlock the upper left panel interlayer supporting rod and the sliding device 3 to open the rotation of the upper panel, limit the rotational sliding degree of the upper panel, lock the upper panel and position the upper panel and the lower panel when returning to the initial position, so that the upper panel and the lower panel can be unlocked.

In fig. 3, the height and diameter of the panel interlayer supporting rod and the sliding device 3, and the relative position and specific structural difference between the upper panel rotary supporting winding rod 4 of the upper panel and the supporting rod 5 between the lower panel and the base are mainly embodied, the height of the panel interlayer supporting rod and the sliding device 3 is low, about 2cm, and the stability of the upper panel is poor due to too high height. The diameter of the panel interlayer supporting rod and the sliding device 3 can be about 4cm, and the panel stability is poor due to the fact that the diameter is too small. The upper panel rotation support is located the upper right side of elevating platform around pole 4, and bracing piece 5 is located the left side below of elevating platform between lower panel and base, and both lower extremes are all fixed on the right floorbar of base, and the former upper panel rotation support passes lower panel completely around 4 upper ends of pole, and then imbeds upper panel, and can do the rotational sliding with upper panel, and then 5 upper ends of bracing piece are fixed on lower panel between latter lower panel and base.

The above description is only a preferred embodiment of the present invention, and does not limit the present invention in any way. It will be understood by those skilled in the art that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.