CN109185679B

CN109185679B - Computer monitoring device fixing and mounting structure for ward

Info

Publication number: CN109185679B
Application number: CN201811325854.1A
Authority: CN
Inventors: 王倩; 邓媛劼
Original assignee: Changle Branch Company Fuzhou Xinxiaxin Computer Co ltd
Current assignee: Rizhao Xinrui Investment Promotion Development Co ltd
Priority date: 2017-11-28
Filing date: 2017-11-28
Publication date: 2020-07-14
Anticipated expiration: 2037-11-28
Also published as: CN107956986A; CN107956986B; CN109185679A

Abstract

The invention discloses a fixed mounting structure of a computer monitoring device for a ward, which comprises a rubber shock pad, wherein the rubber shock pad is annularly sleeved on a mounting seat of a cover type, the mounting seat and a coupling handle at the bottom are integrally welded and formed, a rotating shaft capable of driving a rotary cover to rotate is connected inside the coupling handle, a telescopic support rod capable of enabling a sliding rail to be separated from a cylindrical hollow space of a fixed base is installed inside the fixed base, the sliding rail capable of monitoring reciprocating movement is fixedly installed above the telescopic support rod, a flashing lamp capable of being electrically connected with a computer main control module and a monitoring device and a warning sound box for sending warning sounds are installed at the left end of the sliding rail. This a computer monitoring device fixed mounting structure for ward makes whole monitoring device's mounted position have better disguise and reasonable performance, has carried out omnidirectional optimization to monitoring device's working method more.

Description

Computer monitoring device fixing and mounting structure for ward

The patent application is divisional application, the application number of a parent application is 2017112125961, and the application date of the parent application is 11 months and 28 days in 2017.

Technical Field

The invention relates to computer monitoring equipment, in particular to a ward monitoring device fixing and mounting structure based on computer technology.

Background

At present, a plurality of sickrooms are not all solid walls, most of the sickrooms are isolated by a partition plate or later-stage manual cement, the sound insulation and shock absorption effects are very poor, a relatively quiet space cannot be created for patients, the probability of static electricity generation in winter is very high, a large amount of static electricity which cannot be led out is generated in human bodies and objects due to friction, when patients are weak, high voltage generated by contact with the objects in the sickrooms can cause dangerous situations, particularly, in the installation position of a monitoring device, the part with a metal structure also has an electric structure part, the object which can generate a large amount of static electricity is monitored, the factors need to be considered when the monitoring device is installed, and the monitoring performance of the monitoring device is avoided, many patients are always exposed under the monitoring device to generate conflicting emotions, the privacy of the patients is perceived to be exposed, private spaces are invaded, the emotion fluctuation of the patients also influences the whole treatment effect to a great extent, because the patients are too many and the wards are relatively tense, a plurality of sickbeds are installed in one ward, hospitals can also block the sickbeds by using drapes according to the patients in different wards, so that one ward only has one monitoring function, each patient cannot be well monitored, each sickbed is provided with one monitoring function, the cost is wasted, the cost is not needed, once a shielding object or four corners exist in most of the working range of the existing monitoring, the upper, lower, left and right directions are adjusted at fixed points, the fixed position of the monitoring is dead plate, the flexibility is avoided, and the fixed position of the existing ward monitoring device completely fails to meet the requirements of the existing people due to the reasons, particularly in the hospital ward, a special location.

Disclosure of Invention

In view of the above situation, the technical problem to be solved by the present invention is to provide a fixed installation structure of a ward monitoring device based on computer technology, which can change the working distance, has no fixed monitoring fixed point, and has a flexible working range.

In order to achieve the purpose, the invention provides the following technical scheme: ward monitoring device fixed mounting structure based on computer technology, including rubber shock pad, rubber shock pad is annular suit on the mount pad of lid type, the mount pad is with the shaft coupling handle integral type welded fastening of bottom, the internal connection of shaft coupling handle can drive the rotatory rotation axis of spiral cover, the spiral cover is fixed with connecting portion meshing through meshing connecting line, connecting portion set up the both ends tip at fixed baseplate with fixed baseplate's horizontal axle center symmetry, fixed baseplate's internally mounted has the flexible vaulting pole that can make the track that slides break away from fixed baseplate's cylindrical hollow space, the top fixed mounting of flexible vaulting pole has the track that slides that can supply control reciprocating motion, the flashing lamp that can connect with computer main control module and monitoring device electricity is installed to the left end of the track that slides to and be used for sending the warning box of warning sound.

In one embodiment, the inner circumference of the screw cap is not smaller than the outer circumference of the connecting part, lines which are mutually staggered and meshed with the meshed connecting lines are distributed on the inner wall of the screw cap, and the screw cap is made of a magnetic material.

In one embodiment, the periphery of the connecting portion axially surrounds a circle of raised meshing connecting lines, and the meshing connecting lines are made of magnetic materials.

In one embodiment, a flashing light and a warning box are respectively fixed at two ends of the sliding rail.

In one embodiment, the fixing base is a cylindrical structure, and the fixing base is embedded into a hidden groove with an inner diameter not less than the outer diameter of the fixing base, and a wall surface with a smooth surface is arranged between the two hidden grooves.

In the above embodiment, the hidden groove extends towards the outer end and is connected with the horizontally arranged honeycomb sound absorbing layer and the longitudinally arranged vibration isolating and anti-static layer to form an integral whole structure, wherein the vibration isolating and anti-static layer is attached to the wall body.

The invention has the beneficial effects that: this ward monitoring device fixed mounting structure based on computer technology makes the unable adjustment base can hide totally hiding the inslot, in the ward of being convenient for and still can install the medical instrument that has other medical effects on the wall, leaves enough big blank area for the wall surface, has also guaranteed the integrality of wall, and the aesthetic property in whole ward for patient is clearly being clear

The monitoring device is arranged on the sliding rail, not only can the noise and vibration generated by the operation at the installation position of the monitoring device be absorbed or weakened, but also the influence of the vibration on a ward can be reduced when the wall body resonates with the outside, the monitoring device can not only reciprocate along the sliding rail, the monitoring range is increased, the number of monitoring used can be reduced according to the situation, the sliding rail is pushed out of the fixed base by the extension of the telescopic supporting rod, the rotating shaft pushes out the fixed base from the hidden groove to the outside by lifting the shaft coupling handle, the two are overlapped, the plane monitoring range and the longitudinal monitoring range of the monitoring device arranged and fixed on the sliding rail can be changed in a large range, the monitoring device has very flexible maneuvering performance, supports multi-direction real-time monitoring, creatively changes the working direction of the monitoring device while considering the integral performance of the whole fixed mounting structure and the environment, and can be popularized in hospitals and other industrial places in a large range.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

fig. 2 is a schematic view of the structure of the installation area of the monitoring device of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Those of ordinary skill in the art will recognize that the directional terms "upper," "lower," "outer," "inner," etc., are used in a descriptive sense with respect to the drawings and are not intended to limit the scope of the claims.

Referring to fig. 1, as shown in the embodiment of the drawings, the rubber cushion 100 may include, but is not limited to, concentric different-diameter double balls, single-ball cushion, concentric same-diameter double balls, single-ball cushion, etc., the rubber cushion 100 is annularly sleeved on a cover-shaped mounting seat 101, the mounting seat 101 is directly mounted on a wall structure in a hidden groove 600, a major part of a contact portion with the wall is filled with the rubber cushion 100 during mounting, so as to avoid the possibility of noise generation and structural wear, the mounting seat 101 and a shaft coupling 104 at the bottom are integrally welded and formed, a rotating shaft 103 capable of driving a screw cap 102 to rotate is connected inside the shaft coupling 104, the shaft coupling 104 can drive the screw cap 102 at the other end to perform lifting movement in the up and down direction by fixing of the mounting seat 101, the inner circumference of the screw cap 102 is not smaller than the outer circumference of the connecting portion 200, and can be mutually staggered and engaged with engaging connecting lines 201 by being distributed on the inner wall of the screw cap 102, the connection work of the screw cap 102 and the connection part 200 is achieved, meanwhile, the screw cap 102 is made of magnetic materials, and the meshed connection threads 201 are made of magnetic materials, so that when the screw cap 102 is meshed and fixed with the connection part 200 through the meshed connection threads 201, the fixed state has a magnetic adsorption state besides the meshed connection state, the two states ensure that the whole connection part of the screw cap 102 and the connection part 200 has very high connection stability, and basically no noise is generated in the work, after the two ends of the fixed base 800 are both fixed on a wall by the connection part 200 which is symmetrically arranged by a transverse axis through the screw cap 102 and the mounting base 101, the telescopic stay bar 400 which is arranged inside the fixed base 800 and can enable the sliding rail 300 to be separated from the cylindrical hollow space of the fixed base 800 is in a common working state, the bar body is folded in the fixed base 800, when the working process passes, the length of the bar body per se is changed, and the whole sliding rail 300 is pushed out of the fixed, the monitoring device is fixed on the sliding rail 300 and is electrically connected with the flashing light 401 and the warning sound box 402, when the sliding rail 300 is pushed out to the outside of the fixed base 800, the monitoring device is also synchronously pushed out to the outside of the fixed base 800, so that the monitoring range of the monitoring device is enlarged, the monitoring device can change the transverse position to realize target search monitoring, the flashing light 401 and the warning sound box 402 are electrically connected with the computer main control module and the monitoring device, and the warning light and the warning sound can be sent out.

Referring to fig. 2, as shown in the embodiment of the drawing, two hidden grooves 600 extend inwards at the same time and are connected with a wall surface 700 with a smooth surface in the middle, so that the hidden grooves 600 are integrated with the whole wall surface 700 at a plane angle, a vibration isolation and static electricity prevention layer 500 is attached to the wall surface, vibration shaking generated when the wall surface or a partition board vibrates is isolated, interference of air and ions floating in the outside to treatment instruments inside a ward is avoided, meanwhile, the hidden grooves 600 extend outwards and are connected with a honeycomb sound absorption layer 501 arranged transversely and a vibration isolation and static electricity prevention layer 500 arranged longitudinally to form an integrated structure, wherein the hidden grooves 600, the vibration isolation and static electricity prevention layer 500 and the honeycomb sound absorption layer 501 are integrated with the wall surface into a whole, the integrity is high, when a fixing base 800 is installed in the hidden grooves 600, a monitoring installation position is difficult to see, the concealment is good, the vibration isolation and static electricity prevention layer 500 and the honeycomb sound absorption layer 501 can absorb vibration and noise generated during monitoring work, the mute working state is achieved.

Referring to fig. 1 and 2, as shown in the embodiment of the drawings, since the fixing base 800 has a cylindrical structure, and the length of the outer circumference of the hidden slot 600 itself is not less than the inner diameter of the fixing base 800, the fixing base 800 can be completely inserted into the hidden groove 600 having an inner diameter not less than the outer diameter of the fixing base, thereby achieving the effect that the fixing base 800 is completely hidden in the hidden groove 600, thereby the whole wall surface 700 is always in a flat state, which is convenient for installing medical instruments with other medical effects in the ward, leaves a large enough blank area for the surface of the wall body, ensures the integrity of the whole indoor wall, and the beauty of the entire patient room, the rotary shaft 103 pushes the fixing base 800 out of the hidden slot 600 to the outside by lifting the coupling handle 104, and the rotating shaft 103 keeps a stable state because of the mounting seat 101, and after the fixed base 800 is pushed out, the horizontal working range of the monitoring device on the sliding rail 300 is increased.

The invention has the beneficial effects that: the ward monitoring device fixing and mounting structure based on the computer technology ensures that the fixing base can be completely hidden in the hidden groove, is convenient for mounting medical instruments with other medical effects in a ward and on a wall surface, leaves a large enough blank area on the surface of the wall body, also ensures the integrity of the wall surface and the attractiveness of the whole ward, ensures that patients cannot see too many medical instruments in the waking process, generates psychological burden and uncomfortable emotional feeling, avoids the direct-face contact monitoring of the patients, does not enable the patients to perceive privacy exposure, creates a comfortable and private treatment space, is provided with the shock-insulation and anti-static layer and the honeycomb sound-absorbing layer at two ends of the wall body, can absorb or weaken noise and vibration generated by work at the mounting position of the monitoring device, not only can reduce the influence of the vibration on the ward when the wall body resonates with the outside, monitoring device installs on the slip rail, not only can be along the rail reciprocating motion that makes a round trip of sliding, but increased monitoring range, can also reduce the use quantity of control according to the condition, flexible vaulting pole extension will slide the rail and release the fixed baseplate outside, the rotation axis is released fixed baseplate through lifting shaft coupling handle and is hidden groove to the outside, both superposes, but extensive change installation fix the plane monitoring range and the vertical monitoring range of monitoring device on the rail that slides, very nimble mobility can have, support diversified instant monitoring, when considering the integrative performance of whole fixed mounting structure and environment, creative change monitoring device's workable direction, can promote in hospital and other industrial places on a large scale.

The present invention has been described in detail with reference to the specific embodiments and examples, but these are not intended to limit the present invention. Many variations and modifications may be made by one of ordinary skill in the art without departing from the principles of the present invention, which should also be considered as within the scope of the present invention.

Claims

1. Ward monitoring device fixed mounting structure based on computer technology, including rubber shock pad (100), its characterized in that: the rubber shock pad (100) is annular suit on mount pad (101) of lid type, mount pad (101) and the shaft coupling handle (104) integral type welded forming of bottom, the internal connection of shaft coupling handle (104) has rotation axis (103) that can drive spiral cover (102) rotation, spiral cover (102) are fixed with connecting portion (200) meshing through meshing connecting line (201), connecting portion (200) set up the both ends tip in fixed baseplate (800) with the horizontal axle center symmetry of fixed baseplate (800), the internally mounted of fixed baseplate (800) has flexible vaulting pole (400) that can make slip rail (300) break away from the cylindrical hollow space of fixed baseplate (800), the top fixed mounting of flexible vaulting pole (400) has slip rail (300) that can supply control reciprocating motion, the explosion flashing lamp (401) that can link with computer main control module and monitoring device electricity are installed to the one end of slip rail (300), the other end of the sliding rail (300) and a warning box (402) used for giving out warning sounds, the inner circumference of the rotary cover (102) is not smaller than the outer circumference of the connecting portion (200), lines which are mutually staggered and meshed with the meshed connecting lines (201) are distributed on the inner wall of the rotary cover (102), meanwhile, the rotary cover (102) is made of magnetic materials, the periphery of the connecting portion (200) axially surrounds a circle of convex meshed connecting lines (201), and the meshed connecting lines (201) are made of magnetic materials.

2. The computer technology-based ward monitoring device fixing structure according to claim 1, wherein the fixing base (800) is a cylindrical structure, and the fixing base (800) is embedded in the hidden groove (600) having an inner diameter not less than the outer diameter of the fixing base, and a wall surface (700) having a smooth surface is formed between the two hidden grooves (600).

3. The ward monitoring device fixing and mounting structure based on computer technology as claimed in claim 2, wherein the hidden slot (600) extends outwards to connect with the honeycomb sound absorbing layer (501) arranged transversely and the vibration isolating and static preventing layer (500) arranged longitudinally to form an integral whole structure, wherein the vibration isolating and static preventing layer (500) is attached to the wall body in an attaching manner.