CN114253202A - Intelligent blocking device and method for ward treatment room - Google Patents

Abstract

The invention belongs to the field of hospital safety intelligent management, and particularly relates to an intelligent blocking device and method for a ward treatment room, which comprises a blocking door; the inside of the blocking door comprises a blocking door accommodating end and a blocking door stopping end, and a telescopic blocking door plate is arranged between the blocking door accommodating end and the blocking door stopping end; an internal door opening controller and an external door opening controller are arranged on the barrier door, and a traffic instruction is required to be used when the door is opened from the outside; the outside visitor can communicate with the inside personnel in a voice mode, and the inside personnel can observe the appearance of the visitor through the monitoring camera and judge whether the door can be opened actively or the door needs to be alarmed actively; for suspicious visitors, the invention can automatically judge whether the visitors are suspicious or not, and automatically trigger an alarm mechanism when the suspicious visitors are found, thereby protecting the safety of doctors and patients in a treatment room and providing a safer and better treatment environment.

Description

Intelligent blocking device and method for ward treatment room

Technical Field

The invention belongs to the field of hospital safety intelligent management, and particularly relates to an intelligent blocking device and method for a ward treatment room.

Background

A plurality of treatment rooms are provided in a hospital, and the treatment rooms are places for treating patients, and are considered to protect privacy of the patients, reduce external interference in the treatment process and the like, and are generally independent closed individual wards.

As a place to treat a patient's disease, the treatment room is also an important tool for disease treatment; the treatment room with proper configuration and good environment can relieve the tension of the patient, help the diagnosis and treatment process to be carried out smoothly, help to provide better disease diagnosis and treatment service and help the patient to recover early.

For the patient, the treatment room also plays a role in protecting the patient; in the treatment process, a treatment method that a patient needs to expose a private part often exists, and at the moment, if the isolation of a treatment room relative to an external space cannot be guaranteed, the privacy of the patient is easily and carelessly exposed; a treatment room with poor sealing effect can also cause anxiety of the patient, reduce psychological expectation and influence actual treatment effect; on the contrary, the treatment room with a good closed facility can also increase the confidence of the patient for treatment, so that the patient is more willing to cooperate with the treatment.

The existing treatment room usually only adopts one layer of door as a barrier for isolating the interior and the exterior space of the treatment room, and when an accident happens, the patient in the treatment room is difficult to be effectively protected by only one layer of door; there are also situations where medical personnel mistakenly break the treatment room in use, causing unnecessary pressure to be generated by the patient; in view of the above, there is a need for a safer and more intelligent treatment room blocking device, which can enhance the sealing and safety of the treatment room and provide a better and more secure treatment environment for the patient.

Disclosure of Invention

The invention aims to provide an intelligent blocking device for a ward treatment room and an intelligent blocking method for the ward treatment room using the device.

Based on the purpose, the invention adopts the following technical scheme:

an intelligent blocking device for a ward treatment room comprises a blocking door, wherein the blocking door comprises a door plate accommodating end, a door plate accommodating groove is formed in one side surface of the door plate accommodating end, and a telescopic blocking door plate is arranged in the door plate accommodating groove; the opening end of the door panel accommodating groove is provided with a door panel stopping end in the direction, the door panel stopping end is matched with the door panel accommodating end, and the door panel stopping end and the door panel accommodating end are arranged in a separated mode; the door plate storage end is internally provided with a door plate motor system matched with the telescopic blocking door plate, and the door plate motor system is controlled by a main controller arranged inside the door plate storage end.

Preferably, a telescopic rack is arranged on one side surface of the telescopic barrier door plate, and a display screen is arranged on the other side surface of the telescopic barrier door plate; the bottom end of the telescopic barrier door plate is provided with a roller group; the telescopic blocking door plate and the door plate accommodating end are provided with a collision sensor in a matched mode, and the collision sensor is connected with the main controller.

Preferably, the door panel motor system comprises a main motor, an output shaft of the main motor is connected to an input end of a speed reducer arranged inside the door panel accommodating end, an output end of the speed reducer is connected with a rotating shaft, and a tail end of the rotating shaft is connected with a driving bevel gear; the driving bevel gear is meshed with the driven bevel gear, and the driven bevel gear is fixedly arranged on the vertical transmission shaft; one side of the telescopic barrier door plate, which is provided with the telescopic rack, is an inner side face, and the other side of the telescopic barrier door plate is an outer side face; the upper end and the lower end of the vertical transmission shaft are respectively provided with a transmission gear, and the upper transmission gear and the lower transmission gear are mutually meshed with telescopic racks arranged at the upper end and the lower end of the inner side surface of the telescopic barrier door plate.

Preferably, an outer side door opening controller is arranged on the outer side face of the door panel accommodating end, the outer side door opening controller comprises an input keyboard, and an input display screen matched with the input keyboard is arranged above the input keyboard; the outside door opening controller is also provided with a fingerprint input device; an inner side door opening controller is arranged on the inner side surface of the door plate accommodating end and comprises a door opening button; the inside door opening controller and the outside door opening controller are both provided with a sound receiving hole and a loudspeaker, and the inside door opening controller and the outside door opening controller are both connected to the main controller.

Preferably, a monitoring camera is disposed on an outer side surface of the door panel receiving end, and the monitoring camera is connected to the main controller.

Preferably, the bottom of each of the door panel receiving end and the door panel stopping end is provided with a fixing mechanism, and each fixing mechanism comprises a fixing foot plate; the fixing foot plate is provided with a fixing screw hole, and a fixing screw is arranged in a matching way with the fixing screw hole.

Preferably, a remote controller is arranged in cooperation with the main controller, and a remote control door opening button and a display screen are arranged on the remote controller; still be provided with sound receiving hole and megaphone on the remote controller, sound receiving hole and megaphone are connected to the inside long-range sound module that sets up of remote controller, and long-range sound module, display screen and remote control door opening button are connected to main control unit through wireless connection's mode.

Preferably, the method comprises the following steps:

s1, setting a passing instruction: setting a passing instruction for opening the barrier door through the door opening controller;

s2, closing the blocking door: after the setting of the pass command at S1 is completed, the barrier door is closed by the inside door opening controller, the outside door opening controller, or the remote controller.

S3, blocking: after S2 is finished and the blocking door is closed, the blocking door can be opened only by inputting a correct passing instruction, the blocking door cannot be opened by inputting an incorrect passing instruction, and visitors are blocked;

s4, communication between inside and outside: after the outside visitor is blocked by S3, the outside visitor can communicate with the inside through a sound receiving hole and a loudspeaker arranged on the outside door opening controller, and the inside can see the appearance of the outside visitor through a monitoring camera; if the inside personnel think the visitor is safe, the blocking door can be opened through the inside door opening controller or the remote controller;

s5, alarming: if the passing command is input by mistake for many times when the blocking step of S3 is passed, an alarm mechanism is triggered; the outside door opening controller, the inside door opening controller and the remote controller all give out alarm sound; if the insider observes the appearance of the visitor through the monitoring camera in the step of communicating between the inside and the outside of S4 and finds that the visitor is a suspicious person, the insider can manually alarm to the hospital duty room through the remote controller.

Preferably, the pass command in S1 is a door-opening password or a fingerprint; the door opening password and the fingerprint are collected and set through an outside door opening controller; the outer side door opening controller can delete the overdue passing instruction periodically; in the S2, the inside door opening controller, the outside door opening controller and the remote controller are all connected to the main controller, and the main controller controls the door panel motor system to push the telescopic barrier door panel to move so as to close the barrier door; the pass command in the S3 comprises a door opening password or a fingerprint, and the pass command needs to be input through an outside door opening controller; the picture shot by the monitoring camera in the S4 is transmitted to a display screen on the remote controller through a wireless signal; the sound collected by the sound receiving hole on the remote controller can be transmitted to the loudspeaker arranged on the outside door opening controller, and the sound collected by the sound receiving hole on the outside door opening controller can be transmitted to the loudspeaker on the remote controller; the remote control door opening button on the remote controller is connected to the main controller through a wireless signal, a door opening signal can be transmitted to the main controller through the remote control door opening button on the remote controller or the door opening button on the inside door opening controller, and the main controller controls the door plate motor system to push the telescopic barrier door plate to move according to the door opening signal, so that the barrier door is opened; after the alarm mechanism is triggered in S5, the monitoring camera will store the shot picture in the main controller and reserve it as the evidence data for later evidence collection.

Preferably, after the barrier door is closed in S2, a display screen arranged on the retractable barrier door panel displays prompt words, and the prompt words are preset by the main controller; in S5, if the visitor tries to violently collide with the retractable barrier door panel, the collision sensor is triggered, and the collision sensor sends an alarm signal to the main controller to trigger an alarm mechanism.

The invention has the following beneficial effects:

the invention adopts the form of the arresting door to provide the enhanced arresting effect, the arresting door device can be directly attached to the existing treatment room door, the treatment room can be immediately used without additional decoration and transformation, the installation is simple and convenient, and the practicability is high.

The invention is provided with the telescopic barrier door plate which can be automatically opened and closed, and the movement of the door plate is controlled by the door plate motor system arranged in the door plate accommodating end; the door plate motor system receives the control of the master controller, and the master controller can receive signals of information collection and transmission terminals from an outer side door opening controller, an inner side door opening controller, a remote controller, a monitoring camera and the like and judge whether to open or close the door; the external visitor needs to input a correct pass instruction when trying to enter the treatment room, and the pass instruction can enable a preset password or a fingerprint to be recorded in advance; if the passing instruction is unknown, the inside and the outside can be communicated through the door opening controllers or the remote controllers on the inner side and the outer side, and the barrier door can be opened from the inside under the condition of striving for the consent of the inside personnel; if the wrong passing instruction is input for many times, an alarm mechanism is triggered to warn the visitor to leave; the insider may also activate an alarm mechanism on his own to alert unwanted visitors.

In the invention, a collision sensor is arranged between the telescopic barrier door plate and the door plate accommodating end; the collision sensor can be started when the door plate is in a closed state, and monitors the pressure between the telescopic blocking door plate and the door plate accommodating end in real time; if the visitor chooses a violent impact against the check door, the impact sensor will detect a greater pressure; when the detected pressure reaches and exceeds a preset value, an alarm mechanism is started through the master controller to warn visitors; meanwhile, the master controller can also establish communication connection with a hospital duty room, and transmits an alarm signal to the duty room to remind security personnel of the hospital to process.

The invention is provided with a client, namely a remote controller, far away from the barrier door body; through the remote controller, a patient who is inconvenient to move in the treatment room can also receive the picture shot by the monitoring camera, and converses with an external visitor through the intercom system; the patient can also open and close the arresting door through remote control to also can be through the long-range manual alarm mechanism that starts of remote controller when necessary, avoid oneself privacy information and personal safety to suffer the infringement.

Drawings

Fig. 1 is an overall structure diagram of an inner side view in embodiment 1 of the present invention;

FIG. 2 is a rear view of embodiment 1 of the present invention;

FIG. 3 is a front view of embodiment 1 of the present invention;

FIG. 4 is a schematic view of the overall structure of the present invention from an outside perspective;

FIG. 5 is an enlarged view of a portion of the labeled area of FIG. 4;

FIG. 6 is a bottom view of embodiment 1 of the present invention;

fig. 7 is a schematic view of the combination of the internal structure and the retractable barrier door panel in embodiment 1 of the present invention;

FIG. 8 is an enlarged fragmentary view of the marked area in FIG. 7;

FIG. 9 is a schematic view showing the structure of a cut-off end of a door panel in embodiment 1 of the present invention;

FIG. 10 is a front view of the remote control of the present invention;

FIG. 11 is a schematic perspective view of a remote control according to the present invention;

FIG. 12 is a schematic perspective view of the remote controller of the present invention in an open state;

FIG. 13 is a schematic view of the inside view of the embodiment 2 of the present invention;

FIG. 14 is an enlarged fragmentary view of the marked area in FIG. 10;

FIG. 15 is a flow chart of the automatic alarm mechanism of the general controller of the present invention.

In the figure: a door panel receiving end 1; an inside door opening controller 11; an outside door opening controller 12; a display screen 121; a keyboard 122; a fingerprint collection area 123; a speaker hole 124; a monitoring camera 13; a door panel receiving groove 14; side edge chutes 15; an inner display screen 16; a door panel cut-off end 2; a door panel cut-off groove 21; a buffer plate 22; a latch bolt 23; a telescopic barrier door panel 3; a rack slot 31; a door panel display 32; a pulley 33; the collision sensor 34; a door panel motor system 4; a main motor 41; a main motor output shaft 411; a speed reducer 42; a rotating shaft 421; a drive bevel gear 43; a driven bevel gear 44; a vertical transmission shaft 45; a lower transmission gear 46; an upper drive gear 47; a master controller 5; a fixed foot plate 6; a side fixing plate 7; a remote controller 8; a remote controller display screen 81; a remote controller sound receiving hole 82; a remote controller speaker hole 83; a remote controller cover 84; a communication button 85; a door control button 86; an alarm button 87.

Detailed Description

Example 1

As shown in fig. 1, the present embodiment is an intelligent blocking device for a ward treatment room, which comprises a blocking door; the arresting door comprises a door panel accommodating end 1 and a door panel stopping end 2, and a telescopic arresting door panel 3 is arranged between the door panel accommodating end 1 and the door panel stopping end 2.

As shown in fig. 6, a door panel accommodating groove 14 is provided in the door panel accommodating end 1, and the door panel accommodating groove 14 has two openings, which are respectively a bottom surface of the door panel accommodating end 1 and a side surface of the door panel accommodating end 1 facing the door panel cut-off end 2; the pair of pulleys 33 are arranged at the bottom of the telescopic barrier door plate 3, so that the telescopic barrier door plate 3 can transversely slide under the limitation of the door plate accommodating groove 14, and the inner and outer telescopic actions of the telescopic barrier door plate 3 relative to the door plate accommodating end 1 are realized; when the telescopic barrier door panel 3 is moved outwardly to the maximum distance, it is blocked by the door panel stop end 2.

As shown in fig. 9, the side projection of the door panel cut end 2 is the same as the door panel receiving end 1, and a door panel cut groove 21 is provided on the side of the door panel cut end 2 facing the door panel receiving end 1; the shape and the size of the door plate stopping groove 21 are the same as those of the door plate accommodating groove 14, and the door plate stopping groove is matched with the telescopic stopping door plate 3, so that when the telescopic stopping door plate 3 moves to the maximum distance, the foremost end of the telescopic stopping door plate can just enter the door plate stopping groove 21 to finish stopping the telescopic stopping door plate 3; a buffer plate 22 is arranged in the door plate stopping groove 21, a layer of buffer spring is arranged between the buffer plate 22 and the door plate stopping groove 21, under the matching of the buffer spring and the buffer plate 22, when the telescopic stopping door plate 3 enters the door plate stopping groove 21 and is stopped, the impact force can be effectively buffered, and the damage of parts is avoided; a lock tongue 23 is arranged on the top surface of the inner side of the door panel stopping groove 21, and the lock tongue 23 is connected to a locking mechanism arranged in the top of the door panel stopping end 2; one side surface of the lock tongue 23 facing the door plate accommodating end 1 is a curved surface, and a lock hole matched with the lock tongue 23 is also formed in the front end of the top surface of the telescopic barrier door plate 3; when the telescopic barrier door plate 3 moves into the door plate stopping groove 21, the lock tongue 23 is pushed, so that the lock tongue 23 is jacked up firstly, then falls down under the thrust of the locking mechanism and is matched with the lock hole, and the telescopic barrier door plate 3 is locked.

As shown in fig. 1, four corners of the bottom of the door panel stopping end 2 and the bottom of the door panel accommodating end 1 are provided with fixing foot plates 6; the fixed foot plate 6, the door plate receiving end 1 and the door plate stopping end 2 are of an integrated structure, the extending directions of the fixed foot plate 6 and the door plate receiving end 1 and the door plate stopping end 2 extend transversely and do not exceed the width ranges of the door plate receiving end 1 and the door plate stopping end 2, so that the fixed foot plate 6 cannot become an obstacle when the door plate receiving end 1 and the door plate stopping end 2 are arranged close to a wall; be provided with fixed screw on the fixed sole 6, be provided with set screw with fixed screw complex, can accomodate end 1 and door plant through set screw and fixed sole and cut end 2 with the door plant and fix and set up subaerial, the both ends of treatment room door.

As shown in fig. 2, an inside door opening controller 11 is arranged on the door panel receiving end 1 on one side of the inner side of the barrier door; the inside door-opening controller 11 can open or close the check door from the inside; as shown in fig. 3, an outside door controller 12 is provided on the door panel receiving end 1 on one side of the outside of the barrier door, and the outside door controller 12 can input a pass command from the outside to open the barrier door, wherein the pass command is a preset digital password or a fingerprint password collected in advance.

As shown in fig. 4, a notch is provided on one side edge of the outer side surface of the door panel accommodating end 1 in the direction close to the door panel cut end 2, and a monitor camera 13 is provided on a notch inclined surface at the notch; the lens direction of the monitoring camera 13 is the normal direction of the notch inclined plane, and the direction inclines towards the closing direction of the telescopic barrier door plate 3, namely the front direction of the treatment room door, so that the monitoring camera 13 can shoot a visitor in front of the patient room door; the monitoring camera 13 is disposed at the highest point within the range of the door frame so that the monitoring camera can clearly photograph the appearance of the visitor.

As shown in fig. 5, the outside door-opening controller 12 is provided with a set of keyboard 122 for inputting the passing command; a display screen 121 is arranged above the keyboard 122, and can display indication characters to assist the visitor to input a passage instruction to open the door; a fingerprint collecting area 123 is further arranged on the outside door opening controller 12 and used for inputting a fingerprint as a passing instruction or detecting the fingerprint for opening the door; the outside door controller 12 is further provided with a sound emitting hole 124, and a sound receiving hole is further provided in cooperation with the sound emitting hole 124.

As shown in fig. 7, a door panel motor system 4 is disposed inside the door panel receiving end 1 for driving the retractable barrier door panel 3 to perform a retractable action, so as to achieve the effect of opening and closing the door; the door panel receiving end is also internally provided with a master controller 5 which is used for receiving signals from all the parts and controlling the work of all the parts according to the signals.

As shown in fig. 2, two rack grooves 31 are formed in the inner side surface of the telescopic barrier door panel 3, and both the two rack grooves 31 are transversely formed and are respectively formed near the upper and lower ends of the telescopic barrier door panel 3, and are symmetrically formed compared with the median line of the inner side surface of the telescopic barrier door panel 3; a rack is arranged in the rack groove 31, and as shown in fig. 7, the rack in the rack groove 31 is matched with a pair of transmission gears arranged on the door panel motor system 4, so that the gears and the rack are meshed with each other, and the rack can move horizontally along with the rotation of the gears, thereby driving the whole telescopic barrier door panel 3 to slide horizontally.

As shown in fig. 8, the door panel motor system 4 includes a main motor 41 fixedly disposed in the inner space of the door panel receiving end 1; a main motor output shaft 411 of the main motor 41 is connected to an output end of the speed reducer 42, and the speed reducer 42 is also fixedly arranged in the inner space of the door panel accommodating end 1; the output end of the reducer 42 is connected with a rotating shaft 421, the direction of the rotating shaft 421 is the same as that of the main motor output shaft 411, and the tail end of the rotating shaft is fixedly connected with a driving bevel gear 43; a vertical transmission shaft 45 is arranged in the inner space of the door panel accommodating end 1, the vertical transmission shaft 45 is a vertically arranged rotating shaft, and the upper end and the lower end of the vertical transmission shaft are connected with the upper top surface and the lower top surface of the inner space of the door panel accommodating end 1 in shaft holes, so that the vertical transmission shaft 45 can rotate around a central shaft; the central axis of the vertical transmission shaft 45 and the central axis of the rotating shaft 421 are located in the same vertical plane, and the position of the vertical transmission shaft 45 is located in front of the drive bevel gear 44; a pair of transmission gears are arranged on the vertical transmission shaft 45 and comprise an upper transmission gear 47 and a lower transmission gear 46, the upper transmission gear 47 is matched with the rack groove 31 above, the lower transmission gear 46 is matched with the rack groove 31 below, so that the gear teeth of the upper transmission gear 47 are meshed with the racks in the rack groove 31 above, and the gear teeth of the lower transmission gear 46 are meshed with the racks in the rack groove 31 below; a driven bevel gear 44 is also fixedly arranged on the vertical transmission shaft 45, and the driven bevel gear 44 is matched with the driving bevel gear 43, so that the driven bevel gear 44 is driven by the driving bevel gear 43 to rotate when the driving bevel gear 43 rotates; the driven bevel gear 44 and the vertical transmission shaft 45 are fixedly arranged, so that the vertical transmission shaft 45 rotates, and the two transmission gears are driven to rotate; since the transmission gear is engaged with the rack slot 31, the telescopic barrier door panel 3 is driven to slide left and right, and the door opening and closing actions are completed.

As shown in fig. 7, a collision sensor 34 is provided on the inner side surface of the telescopic fence panel 3; the impact sensor 34 is a pressure sensor, and when the retractable barrier door panel 3 moves to a closed state, the impact sensor 34 starts to work, and when the retractable barrier door panel 3 is impacted from outside to inside, the impact sensor 34 detects the extrusion stress; when the pressure exceeds a predetermined value, the collision sensor 34 sends an alarm signal to the general controller 5.

As shown in fig. 10, 11 and 12, a remote controller 8 is further provided in cooperation with the barrier door; the remote controller 8 is a cuboid structure, a remote controller display screen 81 is arranged above the front surface of the remote controller 8, a remote controller cover 84 is arranged below the remote controller display screen 81, and a remote controller sound-raising hole 83 and a remote controller sound-receiving hole 82 are arranged below the remote controller cover 84; as shown in fig. 12, the top end of the remote controller cover 84 is hinged to the body of the remote controller 8, and the remote controller cover 84 can be turned up around the hinge; a plurality of buttons including a communication button 85 and a gate control button 86 as a trip alarm button 87 are provided inside the remote controller cover 84; the inside wireless communication module that is provided with of remote controller 8 can carry out wireless communication, transmission signal with the total controller 5 that sets up in the door plant is accomodate and is held 1 inside.

As shown in fig. 2 and 3, a door panel display screen 32 is provided on the outer side surface of the retractable barrier door panel 3, and an inner side display screen 16 is provided on the inner side surface of the door panel accommodating end 1; the remote controller display screen 81, the door panel display screen 32 and the inner side display screen 16 are all connected with the master controller 5, and characters or images can be displayed under the control of the master controller 5.

In practical use, the embodiment is arranged at the door of a treatment room; according to the width of the treatment room door, the distance between the door panel receiving end 1 and the door panel stopping end 2 is adjusted, so that the distance between the door panel receiving end 1 and the door panel stopping end 2 is the same as the width of the room door; the telescopic fence door 3 is installed in the door receiving groove 14 such that the rack groove 31 and the driving gear are engaged with each other; then, the door panel accommodating end 1 and the door panel stopping end 2 are fixedly arranged on the floor by matching with the fixing foot plate 6 through the fixing screw.

The master controller 5 is connected with the inside door opening controller 11, the inside door opening controller 12, the remote controller 8, the monitoring camera 13, the inside display screen 16, the door panel display screen 32, the locking mechanism inside the door panel cut-off end 2 and the door panel motor system 4, so that the master controller 5 can control partial functions of the above components; likewise, the above components can also transmit signals to the overall controller 5: the inside door opening controller 11 can transmit a door opening signal to the master controller 5, and after receiving the door opening signal, the master controller 5 can control the door panel motor system 4 to recover the telescopic barrier door panel 3, and simultaneously control the locking mechanism to recover the lock tongue 23, unlock the telescopic barrier door panel 3 and open the barrier door; the outside door opening controller 12 can input a passing instruction, transmit the input passing instruction to the master controller 5, and if the master controller 5 judges that the passing instruction is effective, control the door panel motor system 4 to recycle the telescopic barrier door panel, and simultaneously control the locking mechanism to recycle the lock tongue 23, unlock the telescopic barrier door panel 3 and open the barrier door; the inside door opening controller 11 and the outside door opening controller 12 can also achieve a door closing instruction, and after receiving the door closing instruction, the master controller 5 controls the door panel motor system 4 to extend the telescopic barrier door panel and close the barrier door.

When the barrier door is closed, characters are displayed on the door panel display screen 32 according to the state of the interior of the treatment room; if the characters are used, the characters such as do not disturb in use are displayed, and if the characters are not used, the characters such as vacant characters and the like are displayed; the usage of each treatment room can be directly known through the door panel display 32.

In a state that the barrier door is closed, the barrier door is opened from the outside, and a correct passing instruction is input through the outside door opening controller 12, wherein the passing instruction consists of a preset password or a preset acquired fingerprint; the passing order can be set when the patient enters the treatment room for treatment, only the therapist and the patient know the passing order, and the patient can also tell the reliable other people with the passing password to be convenient for the patient to enter and exit the treatment room; the passing instruction needs to be input through the outside door opening controller 12, and if the input is correct, the barrier door is opened to allow the visitor to enter; if the input is wrong, the input error is prompted on the display screen 121 and the input is required to be re-input; if the input errors are input for many times and the preset times are exceeded, a warning is triggered, and the display screen informs the visitor that the errors continue and an alarm system is triggered; if the visitor continues to attempt to enter and continues to enter the wrong instruction, an alarm mechanism is triggered; the master controller 5 controls the sound raising holes 124 on the outside door opening controller 12 to give an alarm sound to drive away the suspicious visitors; meanwhile, the controller 5 can also be in contact with guard departments such as a duty room and the like in the hospital through a communication system to send out an alarm signal to remind security personnel to come to a treatment room to ensure safety; when the alarm system is triggered, the monitoring camera 13 will take a picture and record the appearance of the suspicious visitor for later use in investigation and evidence collection.

If the visitor does not know the correct passing instruction, the visitor can also obtain the right to enter the treatment room in an internal and external communication mode; the visitor can make a call request to the treatment room through the keyboard on the outside door-opening controller 12; the inside person can communicate with the outside visitor by voice through the inside door opening controller 11 or the remote controller 8; meanwhile, the monitoring camera 13 can shoot the appearance of the visitor and transmit the appearance to the inner side display screen 16 or the remote controller display screen 81 for the inside personnel to confirm the identity of the visitor; if the inside person confirms that the visitor is authentic, the door opening button on the inside door opening controller 11 or the door control button 86 on the remote controller 8 can be used to open the barrier door, so that the visitor can enter the treatment room.

If the visitor does not want to enter the treatment room after communication, the visitor can leave the treatment room through voice communication; if the opposite side does not leave and harassment action is carried out, an alarm signal can be sent to the main controller 5 through the alarm button 87 on the remote controller 8 or the alarm button on the inside door-opening controller 11, an alarm system is triggered, an alarm sound is sent out, and security personnel are notified, so that the safety of doctors and patients in a treatment room is ensured.

If a visitor attempts to damage the check door by way of a violent impact, excessive pressure will be detected by the impact sensor 34; the collision sensor 34 which detects the collision pressure immediately sends out an alarm signal to the main controller 5, triggers the alarm system, sends out an alarm sound and notifies security personnel, and ensures the safety of doctors and patients in the treatment room.

Example 2

The present embodiment is not substantially different from the above-mentioned embodiments in terms of technical solutions, and the main difference is that, as shown in fig. 13 and 14, the present embodiment additionally provides a movable side fixing plate 7 as a reinforcing measure on the basis of the fixed foot plate 6.

As shown in fig. 13, the side fixing plates 7 are respectively disposed on the right side surface of the door panel receiving end 1 and the left side surface of the door panel stopping end 2, that is, on the left and right sides of the barrier door; a pair of side sliding grooves 15 are respectively arranged on the right side surface of the door panel accommodating end 1 and the left side surface of the door panel stopping end 2, the side sliding grooves 15 are transversely arranged strip-shaped sliding grooves, and the two side sliding grooves 15 on the same side are symmetrically arranged on the same side surface along a central line and are respectively arranged at the upper end and the lower end; a side fixing plate 7 is arranged in the side sliding groove 15; the side fixing plate 7 can slide laterally in the side slide groove 15.

The side fixing plate 7 is vertically arranged relative to the side sliding groove 15, so that the side fixing plate 7 can be arranged close to a wall on one side when the arresting door is arranged; because the side sliding grooves 15 are arranged, the side fixing plates 7 can slide transversely, and the side fixing plates 7 can be moved to positions close to the wall surface no matter the attack blocking door is arranged outside the treatment room door or inside the treatment room door; the side fixing plate 7 is also provided with a plurality of fixing screw holes which can be used in cooperation with fixing screws to fix the side fixing plate 7 on the wall, so that the fixing strength of the blocking door is enhanced, the blocking door can face larger impact force and can not be pushed open, and a safer treatment space is provided for doctors and patients in a treatment room.

Example 3

The embodiment is an intelligent blocking method for a ward treatment room by using the device, which comprises the following steps:

s1, setting a passing instruction: setting a passing instruction for opening the barrier door through the door opening controller;

s2, closing the blocking door: after the setting of the passage command at S1 is completed, the barrier door is closed by the inside door opening controller 11, the outside door opening controller 12, or the remote controller 8.

S3, blocking: after S2 is finished and the blocking door is closed, the blocking door can be opened only by inputting a correct passing instruction, the blocking door cannot be opened by inputting an incorrect passing instruction, and visitors are blocked;

s4, communication between inside and outside: after the outside visitor is blocked by S3, the outside visitor can communicate with the inside through the sound receiving hole and the sound raising hole 124 provided in the outside door opening controller 12, and the inside visitor can see the appearance of the outside visitor through the monitoring camera 13; if the inside personnel think that the visitor is safe, the blocking door can be opened through the inside door opening controller 11 or the remote controller 8;

s5, alarming: if the passing command is input by mistake for many times when the blocking step of S3 is passed, an alarm mechanism is triggered; the outside door opening controller 12, the inside door opening controller 11 and the remote controller all give out alarm sound; if the insider observes the appearance of the visitor through the monitoring camera 13 in the inside-outside communication step of S4 and finds that the visitor is a suspicious person, the insider can manually alarm the hospital duty room through the remote controller 8.

The pass instruction in the S1 is a door-opening password or a fingerprint; the door opening password and the fingerprint are collected and set through the outside door opening controller 12; the outside door opening controller 12 will delete the expired passing instruction periodically; in the S2, the inside door opening controller 11, the outside door opening controller 12 and the remote controller 8 are all connected to the main controller 5, and the main controller 5 controls the door panel motor system 4 to push the telescopic barrier door panel 3 to move so that the barrier door is closed; the pass command in the S3 includes a door opening password or a fingerprint, and the pass command needs to be input through the outside door opening controller 12; in S4, the picture taken by the monitoring camera 13 is transmitted to the remote controller display 81 on the remote controller 8 through a wireless signal; the sound collected by the sound receiving hole 82 of the remote controller 8 can be transmitted to the loudspeaker arranged on the outside door opening controller, and the sound collected by the sound receiving hole on the outside door opening controller can be transmitted to the loudspeaker on the remote controller; a remote control door opening button on the remote controller is connected to the main controller through a wireless signal, a door opening signal can be transmitted to the main controller through the remote control door opening button on the remote controller or the door opening button on the inside door opening controller 11, and the main controller 5 controls the door plate motor system 4 to push the telescopic barrier door plate 3 to move according to the door opening signal, so that the barrier door is opened; after the alarm mechanism is triggered in S5, the monitoring camera 13 will store the captured image in the main controller 5 and keep it as the evidence data for later evidence collection.

S2, after the barrier door is closed, a display screen arranged on the telescopic barrier door plate displays prompt words which are preset through the main controller; in S5, if the visitor tries to violently collide with the retractable barrier door panel, the collision sensor is triggered, and the collision sensor sends an alarm signal to the main controller to trigger an alarm mechanism.

As for the alarm mechanism, the present embodiment is divided into two types, namely, an active alarm and an intelligent automatic alarm, wherein the active alarm is performed by an inside person through the use of the inside door opening controller 11 or the remote controller 8, and the automatic alarm mechanism is shown in fig. 15; fig. 15 is a flowchart of the main controller 5 automatically determining whether to open the door or trigger the alarm mechanism in this embodiment, which includes inputting a pass command, determining whether the pass command is correct, and if the pass command is correct, opening the barrier door; if the pass instruction is wrong, judging whether the number of wrong times exceeds a preset value, if not, returning to the previous step to continue inputting the pass instruction, otherwise, triggering an alarm mechanism; besides the passing instruction judgment, collision induction detection is also arranged, and if a collision inductor induces a pressure value exceeding a preset collision pressure, an alarm mechanism can be directly triggered.

In practical use, under the condition that an internal person does not operate, the embodiment can intelligently judge the external visitor and judge whether the external visitor is a suspicious visitor according to the behavior of the external visitor; if the passing instruction of the visitor is input for a plurality of times and has errors exceeding a preset value, the visitor is judged as a suspicious visitor; at the moment, an alarm mechanism is triggered, an alarm sound is sent out, meanwhile, a duty room and security personnel are notified, and a security request is sent out to maintain the security of the treatment room; when the alarm mechanism is triggered, the video and picture data of the suspicious visitor can be acquired through the monitoring camera 13 and stored in the main controller 5; if the evidence data is required to be called later, the video and picture data can be called from the main controller 5 for evidence use.

The present invention is described in detail with reference to the specific embodiments, but the present invention is not limited thereto, and any changes or substitutions that can be easily made by those skilled in the art within the scope of the present invention disclosed in the present application should be covered by the protection scope of the present application, and therefore, the protection scope of the present invention should be subject to the protection scope described in the claims.

Claims (10)

1. The utility model provides a ward treatment room is with intelligent arresting gear, includes arresting door, its characterized in that: the barrier door comprises a door plate accommodating end, a door plate accommodating groove is formed in one side face of the door plate accommodating end, and a telescopic barrier door plate is arranged in the door plate accommodating groove; the door panel receiving groove is arranged at the upper part of the door panel receiving groove, and the door panel receiving end is matched with the door panel stopping end; the door plate storage end is internally provided with a door plate motor system matched with the telescopic barrier door plate, and the door plate motor system is controlled by a main controller arranged inside the door plate storage end.

2. The intelligent barrier device for ward treatment rooms of claim 1, wherein: one side surface of the telescopic barrier door plate is provided with a telescopic rack, and the other side surface of the telescopic barrier door plate is provided with a display screen; the bottom end of the telescopic barrier door plate is provided with a roller group; the telescopic blocking door plate and the door plate accommodating end are provided with collision sensors in a matched mode, and the collision sensors are connected with the main controller.

3. The intelligent barrier device for ward treatment rooms of claim 2, wherein: the door plate motor system comprises a main motor, an output shaft of the main motor is connected to an input end of a speed reducer arranged in a door plate accommodating end, an output end of the speed reducer is connected with a rotating shaft, and a tail end of the rotating shaft is connected with a driving bevel gear; the driving bevel gear is meshed with the driven bevel gear, and the driven bevel gear is fixedly arranged on the vertical transmission shaft; one side of the telescopic barrier door plate, which is provided with the telescopic rack, is an inner side face, and the other side of the telescopic barrier door plate is an outer side face; the upper end and the lower end of the vertical transmission shaft are respectively provided with a transmission gear, and the upper transmission gear and the lower transmission gear are meshed with a telescopic rack arranged at the upper end and the lower end of the inner side surface of the telescopic blocking door plate.

4. The intelligent barrier device for ward treatment rooms of claim 3, wherein: an outer side door opening controller is arranged on the outer side face of the door plate accommodating end and comprises an input keyboard, and an input display screen matched with the input keyboard is arranged above the input keyboard; the outside door opening controller is also provided with a fingerprint input device; an inner side door opening controller is arranged on the inner side surface of the door plate accommodating end and comprises a door opening button; the inside door opening controller and the outside door opening controller are both provided with a sound receiving hole and a loudspeaker, and are both connected to the main controller.

5. The intelligent barrier device for ward treatment rooms of claim 4, wherein: and a monitoring camera is arranged on the outer side surface of the door plate accommodating end and is connected to the main controller.

6. The intelligent barrier device for ward treatment rooms of claim 5, wherein: the bottom parts of the door panel receiving end and the door panel stopping end are respectively provided with a fixing mechanism, and the fixing mechanisms comprise fixing foot plates; the fixing foot plate is provided with a fixing screw hole, and a fixing screw is arranged on the fixing foot plate in a matching manner with the fixing screw hole.

7. The intelligent barrier device for ward treatment rooms of claim 6, wherein: a remote controller is arranged in cooperation with the main controller, and a remote control door opening button and a display screen are arranged on the remote controller; the remote controller is characterized in that a sound receiving hole and a loudspeaker are further arranged on the remote controller, the sound receiving hole and the loudspeaker are connected to a remote sound transmission module arranged inside the remote controller, and the remote sound transmission module, the display screen and the remote door opening button are connected to the main controller in a wireless connection mode.

8. The intelligent ward blocking method for ward treatment rooms according to any one of claims 1 to 7, comprising the steps of:

s1, setting a passing instruction: setting a passing instruction for opening the barrier door through the door opening controller;

s2, closing the blocking door: after the setting of the passing command of S1 is finished, the barrier door is closed through the inside door opening controller, the outside door opening controller or the remote controller;

s3, blocking: after S2 is finished and the blocking door is closed, the blocking door can be opened only by inputting a correct passing instruction, the blocking door cannot be opened by inputting an incorrect passing instruction, and visitors are blocked;

s4, communication between inside and outside: after the outside visitor is blocked by S3, the outside visitor can communicate with the inside through a sound receiving hole and a loudspeaker arranged on the outside door opening controller, and the inside can see the appearance of the outside visitor through a monitoring camera; if the inside personnel think the visitor is safe, the blocking door can be opened through the inside door opening controller or the remote controller;

s5, alarming: if the passing command is input by mistake for many times when the blocking step of S3 is passed, an alarm mechanism is triggered; the outside door opening controller, the inside door opening controller and the remote controller all give out alarm sound; if the insider observes the appearance of the visitor through the monitoring camera in the step of communicating between the inside and the outside of S4 and finds that the visitor is a suspicious person, the insider can manually alarm to the hospital duty room through the remote controller.

9. The intelligent ward blocking method for ward treatment rooms of claim 8, wherein: the pass instruction in the S1 is a door-opening password or a fingerprint; the door opening password and the fingerprint are collected and set through an outside door opening controller; the outside door opening controller can delete the overdue passing instruction periodically; in the S2, the inside door opening controller, the outside door opening controller and the remote controller are all connected to the main controller, and the main controller controls the door plate motor system to push the telescopic barrier door plate to move so as to close the barrier door; the pass instruction in the S3 comprises a door opening password or a fingerprint, and the pass instruction needs to be input through an outside door opening controller; the picture shot by the monitoring camera in the S4 is transmitted to a display screen on the remote controller through a wireless signal; the sound collected by the sound receiving hole on the remote controller can be transmitted to the loudspeaker arranged on the outside door opening controller, and the sound collected by the sound receiving hole on the outside door opening controller can be transmitted to the loudspeaker on the remote controller; the remote control door opening button on the remote controller is connected to the main controller through a wireless signal, a door opening signal can be transmitted to the main controller through the remote control door opening button on the remote controller or the door opening button on the inside door opening controller, and the main controller controls the door plate motor system to push the telescopic barrier door plate to move according to the door opening signal, so that the barrier door is opened; after the alarm mechanism is triggered in the step S5, the monitoring camera will store the shot picture in the main controller and reserve the picture as the evidence data for later evidence collection.

10. The intelligent ward blocking method for ward treatment rooms of claim 9, wherein: after the barrier door is closed in the S2 mode, a display screen arranged on the telescopic barrier door plate can display prompt characters, and the prompt characters are preset through the main controller; in S5, if the visitor tries to violently impact the retractable barrier door panel, the impact sensor is triggered, and the impact sensor sends an alarm signal to the main controller to trigger the alarm mechanism.

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