WO2020211290A1 - 一种立地式重症监护病房护理工作站 - Google Patents

一种立地式重症监护病房护理工作站 Download PDF

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Publication number
WO2020211290A1
WO2020211290A1 PCT/CN2019/107398 CN2019107398W WO2020211290A1 WO 2020211290 A1 WO2020211290 A1 WO 2020211290A1 CN 2019107398 W CN2019107398 W CN 2019107398W WO 2020211290 A1 WO2020211290 A1 WO 2020211290A1
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WO
WIPO (PCT)
Prior art keywords
nursing
column
main beam
monitoring
medical
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Application number
PCT/CN2019/107398
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English (en)
French (fr)
Inventor
陈志良
杨绪武
Original Assignee
湖南太阳龙医疗科技有限公司
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Application filed by 湖南太阳龙医疗科技有限公司 filed Critical 湖南太阳龙医疗科技有限公司
Priority to JP2021600017U priority Critical patent/JP3236919U/ja
Publication of WO2020211290A1 publication Critical patent/WO2020211290A1/zh

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
    • A61G12/00—Accommodation for nursing, e.g. in hospitals, not covered by groups A61G1/00 - A61G11/00, e.g. trolleys for transport of medicaments or food; Prescription lists
    • A61G12/002—Supply appliances, e.g. columns for gas, fluid, electricity supply
    • A61G12/007—Supply appliances, e.g. columns for gas, fluid, electricity supply mounted on the floor, e.g. tracks
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
    • A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
    • A61G7/10—Devices for lifting patients or disabled persons, e.g. special adaptations of hoists thereto
    • A61G7/1013—Lifting of patients by
    • A61G7/1015—Cables, chains or cords
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
    • A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
    • A61G7/10—Devices for lifting patients or disabled persons, e.g. special adaptations of hoists thereto
    • A61G7/1013—Lifting of patients by
    • A61G7/1017—Pivoting arms, e.g. crane type mechanisms

Definitions

  • the invention belongs to auxiliary treatment equipment for hospitals, in particular to a standing intensive care unit nursing workstation.
  • ICU is an important subject in modern hospitals.
  • the suspension bridge/tower of ICU has been widely used clinically as an indispensable auxiliary function medical equipment in the ICU.
  • ICU suspension bridges/towers are constructed with suspended bridges or towers equipped with medical gas and power interfaces and simple equipment decks. Because ICU suspension bridges/towers only coagulate with the ceiling of the patient room through hanging pipes
  • the upper slab suspension connection structure has no supporting force point on the ground.
  • This suspension connection structure has extremely strict requirements for the installation quality of the suspension connection bracket and the load-bearing quality of the concrete slab on the ceiling. In order to ensure the safety of suspension, frequent Maintenance of the suspension device is carried out to eliminate the potential safety hazards of falling.
  • the suspension connection structure is installed on the ceiling interlayer, which makes the installation and maintenance very inconvenient, and the medical gas pipeline adopts a hose structure and a medical gas terminal Connection, long-term use of the hose is prone to aging and damage, not only requires regular maintenance and replacement, but also prone to safety accidents, and the maintenance and replacement are extremely inconvenient, which affects the continuity of its use and cannot guarantee the 24-hour uninterrupted medical monitoring in the ICU.
  • the liquid medicine rack of the existing ICU suspension bridge/tower is connected and moved, its movement is restricted due to the large volume and the influence of the bed space, which is extremely inconvenient for clinical use.
  • the purpose of the present invention is to provide a vertical intensive care unit nursing workstation, which has a main beam transversely arranged above the head of the hospital bed, and a monitoring column and a nursing column which are connected to the two ends of the main beam and are extended and fixedly connected to the ground , Its supporting structure is stronger, and the medical gas pipeline is connected to the medical gas terminal with a hard tube structure.
  • the nursing workstation also has a medical gas pipeline safety control device and a power supply safety control device, and is equipped with an oxygen pressure alarm and a power failure alarm As well as the alarm indicator for the call prompt of the call intercom device, it is convenient for safety control, convenient and quick to maintain and repair, and the liquid medicine pump frame assembly is a sliding structure along the side of the hospital bed, which has a higher degree of freedom of movement and the clinical function of the nursing column
  • the support configuration is more abundant and complete, which not only improves the convenience of use, but also further improves its security.
  • a vertical intensive care unit nursing workstation which is characterized in that it comprises a horizontally arranged main beam, a monitoring column and a nursing column respectively connected to the two ends of the main beam and extending and fixed to the ground, and one end of the main beam is different from it.
  • At least one direction extends to form a transverse segmented structure
  • the nursing column is connected to one end of the transverse segment of the main beam
  • the main beam is respectively provided with a sleep lamp with a reflector, a digital display for basic patient information, and an auxiliary An illuminating lamp and an infusion drug pump support arm
  • the infusion drug pump support arm is provided with an alarm indicator
  • a medical fluid pump frame assembly and an inspection lighting lamp
  • the monitoring column is equipped with a treatment monitoring function component
  • the nursing column is equipped with Nursing function components
  • the monitoring column and the nursing column are respectively provided with a medical gas pipeline security control device and a power supply security control device
  • the medical gas pipeline of the rigid tube structure extends to the main beam, the monitoring column, the nursing column and the corresponding The medical gas pipeline security control device and the medical gas terminal are installed and connected.
  • the strong and weak power supplies are respectively extended to the main beam, the monitoring column, the nursing column and the corresponding power supply security control device and the strong and weak power socket interface.
  • the monitoring column, The plan layout of the nursing column, the support arm of the infusion pump and the main beam can change its position, direction, distance and angle according to clinical needs.
  • the nursing column adopts a column structure structure
  • the nursing function components include a stethoscope hanger, a flashlight hanger, a negative pressure straw box, a hidden strong and weak power control box I, a working platform, and a medical image chart.
  • a text and digital information device, a keyboard support board, the medical image graphic and digital information device is installed on the nursing column, and a keyboard placement area and a mouse placement area are respectively provided above the keyboard support board, corresponding to the keyboard placement area and
  • the upper part of the mouse placement area is provided with a keyboard movable cover and a mouse movable cover connected with the keyboard bottom support in an inverted manner.
  • the nursing column adopts a storage box device structure structure
  • the nursing function components include a medical image graphic digital information device, a working platform, a flashlight hanger, a negative pressure straw box, and a hidden strong and weak power supply
  • the control box I, the stethoscope hanger, the keyboard drawer, and the medical image graphic digital information device are embedded in the movable cabinet door of the storage box device.
  • the therapeutic and monitoring functional components of the monitoring column include a ventilator lifting platform, a built-in storage chamber with a movable door and a cold and hot dual-purpose freezer, a medical instrument platform, and a hidden under the medical instrument platform Type power socket box I, liquid medicine pump rod assembly, call intercom device, medical gas terminal, hidden strong and weak power control box II, the call intercom device is connected to the alarm indicator, and the call intercom device calls
  • the hidden power socket box I is provided with a power socket and a wire retractor.
  • the therapeutic and monitoring functional components of the monitoring column include a ventilator lifting platform, a built-in storage chamber with a movable door and a cold and hot dual-purpose freezer, a liquid medicine pump rack rod assembly, a call intercom device, Medical gas terminal, hidden strong and weak power control box II, monitoring module input and output interface, embedded monitoring information display screen, the call intercom device is connected to the listening alarm indicator, and the alarm indication is when the call intercom device is called
  • the lamp can prompt that the embedded monitoring information display screen is embedded and installed on the monitoring column and provides monitoring information display through the input and output interface of the monitoring module.
  • the medicinal liquid pump rack assembly is a medicinal liquid pump rack box structure
  • the medicinal liquid pump rack box includes a suction terminal, a U-shaped infusion pump hanging rod, a medicinal liquid hook shaft assembly, and a receiving Line device, power socket, weak current interface.
  • the supporting arm of the infusion pump is a combined structure of a fixed cantilever and a rotating arm, one end of the fixed cantilever is fixedly connected to the main beam, and one end of the rotating arm is slid by a U-shaped structure of the infusion pump.
  • the liquid medicine pump frame assembly is movably connected with the other end of the rotating arm in a sliding connection with the sliding rail on the fixed cantilever, so that the liquid medicine pump frame assembly slides along one side of the hospital bed and unfolds and rotates.
  • the warning indicator light is arranged at the front end of the fixed cantilever, and the inspection illuminating lamp is arranged on the fixed cantilever through the rotating support rod and the fixed arm in cooperation.
  • the support arm of the infusion pump is a fixed cantilever structure, one end of the fixed cantilever is fixedly connected to the main beam, and the medical pump frame assembly is a U-shaped structure of the infusion pump sliding assembly Cooperate with the sliding rail on the fixed cantilever to make the liquid medicine pump frame assembly slide along the side of the hospital bed, the alarm indicator is arranged at the front end of the fixed cantilever, and the inspection light is rotated
  • the support rod and the fixed arm are arranged on the fixed cantilever in cooperation.
  • the supporting arm of the infusion pump is a combination structure of two rotating arms, the two rotating arms are connected up and down at the end and end, one end of the rotating arm is connected to the main beam, and the other One end of the rotating arm is movably hoisted and connected to the liquid medicine pump frame assembly, so that the liquid medicine pump frame assembly is expanded and rotated along one side of the hospital bed.
  • the medical gas pipeline safety control device includes a pipeline valve connected to the medical gas pipeline, an oxygen pressure monitoring device, and the oxygen pressure monitoring device is connected to the alarm indicator to enable oxygen pressure monitoring
  • the alarm indicator can prompt an alarm.
  • the hidden strong and weak power supply control box II and the hidden strong and weak power supply control box I respectively include a strong current socket, a weak current interface, a ground terminal, a circuit breaker, and a leakage switch.
  • the medical image graphic digital information device is a medical-grade image display structure.
  • the medical image graphic and text digital information device is a medical-grade image dedicated all-in-one computer structure.
  • the medical image graphic digital information device is a touch screen integrated computer structure.
  • the medical image graphic digital information device is a tablet computer structure.
  • the ventilator lifting platform and the working platform respectively include a table with a drawer, and a hidden power socket box II arranged below the table and on both sides of the drawer.
  • the hidden power socket box There are power sockets and cable take-ups in II.
  • the ventilator lifting platform is connected to the monitoring column through a lifting assembly, and the lifting assembly includes a connecting rod, a guide rail device and an electric push rod.
  • the nursing column is a medical supplies storage cabinet component structure structure
  • the nursing function component includes a stethoscope hanger, a flashlight hanger, a negative pressure straw box, a hot and cold refrigerator, and a hidden strength Power control box I, working platform.
  • the medical supplies storage cabinet assembly on the nursing column is a cavity structure with an opening and closing door structure.
  • the medical supplies storage cabinet assembly has an open structure.
  • the medical supplies storage cabinet assembly is an independent structure and an external hanging cabinet/box/frame structure that is externally connected to the nursing column.
  • the medical gas pipeline of the rigid tube structure is respectively extended from the ground into the main beam, monitoring column, nursing column and the corresponding medical gas pipeline safety control device and medical gas terminal are installed and connected.
  • the power supply is respectively extended from the ground into the main beam, the monitoring column, and the nursing column to be installed and connected with the corresponding power safety control device and the strong and weak power socket interface.
  • the medical gas pipeline of the rigid tube structure is respectively extended from the top of the ceiling into the main beam, monitoring column, nursing column and the corresponding medical gas pipeline safety control device and medical gas terminal installation connection, strong
  • the weak power supply is respectively extended from the top of the ceiling into the main beam, the monitoring column, and the nursing column to be installed and connected with the corresponding power safety control device and the strong and weak power socket interface.
  • the medical gas pipeline of the hard tube structure is respectively extended into the main beam, monitoring column, nursing column and the corresponding medical gas pipeline security control device and medical gas terminal installation from the side of the wall.
  • the strong and weak power supplies are respectively extended into the main beam, monitoring column, and nursing column from the side of the wall to be installed and connected with corresponding power supply security control devices and strong and weak power socket interfaces.
  • one end of the main beam extends backward to form a transverse segmented structure, and the nursing column is connected to one end of the backward transverse segment of the main beam.
  • one end of the main beam extends forward to form a transverse segmented structure, and the nursing column is connected to one end of the forward transverse segment of the main beam.
  • a vertical intensive care unit nursing workstation which is characterized in that it comprises a horizontally arranged main beam, a monitoring column and a nursing column which are respectively connected to the two ends of the main beam and are extended and fixed to the ground.
  • the main beams are respectively provided with a sleep lamp with a reflective device, a digital display screen for basic patient information, and auxiliary lighting.
  • One end of the main beam extends forward to form a transverse segmented structure.
  • the nursing column and the main One end of the forward transverse section of the beam is connected, and the forward transverse section of the main beam is respectively provided with an alarm indicator, a light strip, a liquid medicine pump frame assembly and an inspection lamp, and the monitoring column is equipped with a treatment monitoring function
  • the nursing column is equipped with nursing function components, the medical gas pipeline security control device and the power supply security control device are provided on the monitoring column and the nursing column, and the medical gas pipeline of the rigid pipe structure extends into the main beam and the monitoring device respectively.
  • the upright and nursing upright are installed and connected with the corresponding medical gas pipeline security control device and the medical gas terminal, and the strong and weak power sources are respectively extended into the main beam, monitoring column, nursing column and the corresponding power supply security control device and strong and weak power socket interface installation
  • the liquid medicine pump frame assembly is slidingly connected to the slide rail on the forward transverse section of the main beam, and the plan layout of the monitoring column, the nursing column and the main beam can change its position and direction according to clinical needs , Distance and angle.
  • a stand-type intensive care unit nursing workstation which is characterized in that it comprises a horizontally arranged main beam, a monitoring column and a nursing column which are respectively connected at two ends parallel to the main beam and fixed to the ground.
  • the main beam is respectively provided with a sleep lamp with a reflector, a digital display for basic patient information, auxiliary lighting, and an infusion pump support arm.
  • the infusion pump support arm is provided with an alarm indicator and a drug pump
  • the monitoring column is equipped with a treatment monitoring function component
  • the nursing column is configured with a nursing function component
  • the monitoring column and the nursing column are provided with a medical gas pipeline security control device and a power supply security control device
  • the medical gas pipeline of the rigid tube structure respectively extends into the main beam, the monitoring column, the nursing column and the corresponding medical gas pipeline safety control device and the medical gas terminal installation connection
  • the strong and weak power supply respectively extends into the main beam, the monitoring column
  • the nursing column is installed and connected with the corresponding power supply security control device and the strong and weak power socket interface.
  • the planar layout of the monitoring column, the nursing column and the infusion pump support arm and the main beam can change its position, direction and distance according to clinical needs And angle.
  • the medical gas pipeline is constructed of hard metal material.
  • the medical gas pipeline is constructed of hard non-metallic material.
  • the nursing workstation adopts a connection structure that is fixed by a combination of hanging pipe suspension and landing.
  • the nursing workstation provides medical equipment bearing, strong and weak electrical socket interface, medical gas interface, basic information display, medical image and medical digital information collection, browsing, recording, transmission and storage.
  • the nursing workstation further includes a patient lifting device connected to the main beam, the patient lifting device adopts a lifting arm structure, and the lifting arm is connected to the main beam through a fixed seat
  • the moving boom is movably connected with the fixed base through a shaft, and a lifting belt driven by a lifting motor and having a hook is installed on the moving boom.
  • the patient lifting device adopts a lifting arm structure, the lifting arm is connected to the main beam through a fixed seat, and the lifting arm is movably connected to the fixed seat through a shaft and is driven to lift by a driving device.
  • a sling with a hook is fixedly installed on the lifting arm.
  • the lifting arm is connected to the main beam through a shaft seat, one end of the lifting arm is connected with a driving device, and a sling with a hook is fixedly installed on the lifting arm.
  • the nursing workstation adopts the monitoring column and the upper part of the nursing column fixedly connected to the ground beside the ICU intensive care bed and extends the main beam structure above the bed
  • the vertical structure of the present invention is designed for installation and assembly. Maintenance is more convenient, eliminating the need to frequently maintain the suspension connection bracket in the prior art, and there is no special requirement for the load-bearing quality of the ceiling top plate during installation, which fundamentally solves the ICU suspension bridge in the prior art /The installation and maintenance of the traditional tower suspension structure and the hidden safety hazards;
  • the medical gas pipeline of the existing non-metal hose structure is improved to a metal or non-metal hard material structure, and it extends laterally from the ground or ceiling or wall into the monitoring column,
  • the inner cavities of the nursing column and the main beam are installed and connected with the corresponding medical gas safety control device and medical gas terminal.
  • the strong and weak power supply extends laterally from the ground or the ceiling or the wall into the inner cavity of the monitoring column, the nursing column and the main beam It is installed and connected with the corresponding strong and weak power socket interface, because the non-metallic hose in the prior art has a short service life, and the rigid pipe structure of metal or non-metal is safe, reliable and durable, and has a longer service life.
  • an alarm indicator is installed at the front end of the support arm of the infusion pump, and an oxygen pressure monitoring device is connected to the medical gas pipeline with a rigid pipe structure.
  • the alarm indicators are respectively connected to the oxygen pressure monitoring device and the strong Weak power cable and call intercom device.
  • the alarm indicator will give out light and sound prompts, respectively.
  • the medical staff can find the above prompts in the eye-catching position of the nursing workstation in time to avoid medical safety accidents caused by medical gas leakage or unstable pressure, strong and weak power cable failures, and failure to detect patient calls in time, and ensure the overall use of the equipment safety.
  • the liquid medicine pump frame assembly is slidably connected to the fixed cantilever through the rotating arm and the infusion medicine pump sliding assembly, and the infusion medicine pump always slides into a U-shaped structure, and the inspection light is passed
  • the fixed arm is arranged above the front end of the fixed cantilever and is fixedly connected, and the fixed swing arm extends from the front end of the main beam along the side of the bed, so that the liquid medicine pump frame assembly and the inspection light can be along the fixed swing arm from the head to the end of the bed Sliding movement, coupled with the rotation of its rotary joint, has a larger moving range and moving position and is more reasonable, which is convenient for medical staff to move and operate, and meets the service needs of medical staff for treatment.
  • the nursing column is equipped with a medical image graphic digital information device, through which medical staff can consult, record, store and transmit the patient’s image and graphic digital information nearby, and the nursing column also It can be configured with a medical supplies storage cabinet assembly structure.
  • the medical supplies storage cabinet assembly can be a cavity structure with an opening and closing door structure, or an open structure, or an independent structure and external hanging cabinet/box connected to the nursing column /Frame structure, so that the nursing column has more storage space, which is convenient for medical staff to treat patients and manage on-site.
  • a light reflecting device is also arranged above the sleep lamp, which can make the light of the sleeping light illuminate above the bed in a concentrated manner, providing patients and medical staff with a better light source irradiation effect.
  • a patient lifting device can be installed on the main beam.
  • the patient lifting device can move the patient from the ICU bed to the transfer bed more stably, safely and conveniently without manual labor.
  • Manual handling reduces the workload of medical staff and avoids secondary injuries to patients caused by manual handling.
  • the monitoring column is equipped with therapeutic and monitoring functional components
  • the nursing column is equipped with nursing functional components.
  • the configuration of medical and monitoring and nursing components is more complete and reasonable, which is convenient for medical personnel to operate and use nearby and provide more for patients. High-quality medical monitoring services.
  • Fig. 1 is a front view of the structure of a preferred embodiment of the present invention.
  • Figure 2 is a schematic top view of the present invention.
  • Fig. 3 is a schematic diagram of the A-direction structure in Fig. 2.
  • Fig. 4 is a partial cross-sectional view of the structure of the guard post unit of the present invention.
  • Figure 5 is a partial cross-sectional structural diagram of the guardian post unit of the present invention.
  • Fig. 6 is a schematic diagram of the connection structure between the rotating arm and the infusion pump sliding assembly and the medical pump frame assembly of the present invention and the fixed cantilever.
  • Fig. 7 is a schematic partial cross-sectional view of the rear side of the medicinal liquid pump rack assembly unit of the present invention.
  • Fig. 8 is a schematic diagram of a partial cross-sectional side view of the nursing column unit of the present invention.
  • Fig. 9 is a schematic diagram of the lateral structure of the keyboard tray unit of the present invention.
  • Fig. 10 is a schematic top view of the structure of the keyboard tray unit of the present invention.
  • Fig. 11 is a schematic diagram of the side structure of the keyboard pallet unit of the present invention in the opened state of the keyboard movable cover and the mouse movable cover.
  • Fig. 12 is a schematic view of the top view structure of the keyboard pallet unit of the present invention with the keyboard movable cover and the mouse movable cover opened.
  • FIG. 13 is a schematic diagram of an implementation of the monitoring column of the present invention with an embedded monitoring information display screen and a monitoring module input and output interface.
  • Fig. 14 is a schematic diagram of an embodiment of the nursing column of the present invention using a storage box device.
  • Fig. 15 is a schematic structural diagram of the movable cabinet door in the closed state of the B-B line cross-section in Fig. 14.
  • Fig. 16 is a structural schematic diagram of the movable cabinet door in the open state of the B-B line cross-section in Fig. 14.
  • Fig. 17 is a schematic diagram of another side structure of the sliding assembly of the rotating arm, the infusion pump sliding assembly and the medical pump frame assembly of the present invention connected with the fixed cantilever.
  • Fig. 18 is a schematic diagram of an embodiment of the connection between the infusion pump sliding assembly and the medical liquid pump frame assembly and the fixed cantilever of the present invention.
  • Fig. 19 is a schematic diagram of an embodiment of the liquid medicine pump frame assembly of the present invention connected to the main beam through a double cantilever.
  • 20 is a schematic diagram of a partial cross-sectional view of an embodiment of the nursing column configuration medical supplies storage cabinet assembly of the present invention.
  • Fig. 21 is a schematic diagram of a lateral partial cross-sectional view of an embodiment of the nursing column configuration medical supplies storage cabinet assembly of the present invention.
  • Fig. 22 is a schematic structural view of the closed state of the opening and closing door in the cross section of line C-C in Fig. 20;
  • Fig. 23 is a schematic view of the structure of the opening and closing door in the open state of the line C-C in Fig. 20;
  • Figure 24 is a schematic diagram of an embodiment of the nursing column configuration of the external hanging cabinet/box/frame of the present invention.
  • Figure 25 is a schematic diagram of a lateral implementation of the nursing column unit of the present invention with an external cabinet/box/frame.
  • Fig. 26 is a plan view of the present invention and an embodiment of hospital bed configuration.
  • Figure 27 is a top view of the embodiment of the present invention where the transverse section of the main beam extends forward and is arranged with the hospital bed.
  • Fig. 28 is a side view of the embodiment of the present invention where the transverse section of the main beam extends forward and is arranged with the hospital bed.
  • Fig. 29 is a top view of another embodiment of the transverse section of the main beam of the present invention extending forward and configured with the hospital bed.
  • Fig. 30 is a plan view of the embodiment of the parallel structure at both ends of the main beam and the arrangement of the hospital bed according to the present invention.
  • Fig. 31 is a front view of the embodiment of the parallel structure at both ends of the main beam and the arrangement of the hospital bed according to the present invention.
  • Fig. 32 is a schematic diagram of an embodiment of the present invention using a hanging pipe to connect the ceiling with one end suspended and the other end fixedly connected to the ground.
  • Fig. 33 is a schematic diagram of an embodiment of the present invention using hanging pipes to connect the two ends of the ceiling to be suspended.
  • Figure 34 is a schematic diagram of an embodiment of the present invention configured with a patient lifting device.
  • Figure 35 is a top view of an embodiment of the present invention configured with a patient lifting device.
  • Fig. 36 is a schematic diagram of the structure of the patient lifting device unit of the present invention.
  • Fig. 37 is another structural diagram of the patient lifting device unit of the present invention.
  • Fig. 38 is another structural diagram of the patient lifting device unit of the present invention.
  • Figure 1 Figure 2, Figure 3, Figure 4, Figure 5, Figure 6, Figure 7, Figure 8, Figure 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21, Figure 22, Figure 23, Figure 24, Figure 25, Figure 26, Figure 27, Figure 28, Figure 29, Figure 30, Figure 31, Figure 32, Figure 33, As shown in Figure 34, Figure 35, Figure 36, Figure 37, Figure 38, it consists of a guard post shield 1, a ventilator lifting platform 2, an access door 3, a guard post 4, a hot and cold refrigerator 5, and a built-in storage Object chamber 6, movable door 7, hidden power socket box I8, medical instrument platform 9, reflective device 10, sleeping light 11, main beam 12, patient basic information digital display 13, rotating support rod 14, fixed arm 15, Fixed cantilever 16, alarm indicator 17, lighting lamp 18, medical image digital information device 19, keyboard tray 20, hidden strong and weak power box I21, working platform 22, nursing column 23, nursing column shield 24, stethoscope hanging Frame 25, infusion pump sliding assembly 26, rotating arm 27, drug pump frame assembly 28, suction terminal 29, drug solution hook shaft assembly 30, U-shaped infusion pump hanging rod 31, inspection lighting 32, auxiliary lighting
  • Medical liquid pump rod assembly 34 call intercom device 35, medical gas terminal 36, hidden strong and weak power supply box II 37, guide rail 38, maintenance valve 39, medical gas pipeline 40, oxygen pressure monitoring device 41, hidden power supply Socket box II42, drawer 43, connecting rod 44, rail device 45, electric push rod 46, towline 47, cantilever beam 48, circuit breaker 49, strong and weak power supply 50, embedded monitoring information display 51, monitoring module input and output interface 52.
  • Storage box device 53 keyboard drawer 54, storage cabinet body 55, layered partition 56, opening and closing door 57, external cabinet/box/frame 58, hospital bed 59, light belt 60, hanging pipe 61, patient moving Hanging device 62, floor 63, keyboard movable cover 201, keyboard bottom support 202, keyboard support bracket 203, mouse movable cover 204, mouse placement area 205, keyboard placement area 206, movable cabinet door 5301, embedded storage box 5302, cabinet Body shell 5303, storage box chamber 5304, fixed seat 6201, shaft 6202, moving boom 6203, lifting motor 6204, sling 6205, hook 6206, lifting arm 6207, driving device 6208, shaft seat 6209 and fasteners and The connecting components are assembled.
  • a vertical intensive care unit nursing workstation which is characterized in that it comprises a main beam 12 transversely arranged, a monitoring column 4 and a nursing column 23 respectively connected to the two ends of the main beam 12 and extending and fixed to the ground. One end extends in at least one direction different from it to form a transverse segmented structure.
  • the nursing column is connected to one end of the transverse segment of the main beam 12, and the main beam is provided with a sleep lamp 11 and a reflector 10 respectively.
  • the patient’ s basic information digital display 13, auxiliary lighting 33, and infusion pump support arm.
  • the infusion pump support arm is provided with an alarm indicator 17, a drug pump frame assembly 28, and an inspection lighting 32.
  • the monitoring column 4 is equipped with a treatment and monitoring function component
  • the nursing column 23 is configured with a nursing function component
  • the monitoring column 4 and the nursing column 23 are respectively provided with a medical gas pipeline security control device and a power supply security control device, and a medical gas with a hard tube structure
  • the pipeline 40 respectively extends to the main beam, the monitoring column, the nursing column and the corresponding medical gas pipeline safety control device and the medical gas terminal installation connection
  • the strong and weak power supply respectively extends to the main beam, the monitoring column, the nursing column and the corresponding
  • the power supply security control device is installed and connected with the strong and weak power socket interface.
  • the planar layout of the monitoring column 4, the nursing column 23, the infusion pump support arm and the main beam 12 can change its position, direction, distance and angle according to clinical needs .
  • the nursing column 23 adopts a column structure
  • the nursing function components include a stethoscope hanger 25, a flashlight hanger, a negative pressure straw box, a hidden strong and weak power control box 121, a working platform 22, and a medical An image graphic digital information device 19, a keyboard tray 20, the medical image graphic digital information device 19 is externally hung on the nursing column 23, and a keyboard placement area 206 and a mouse placement area are respectively provided above the keyboard support board 20 205: Corresponding to the keyboard placement area and the mouse placement area above the keyboard movable cover 201 and the mouse movable cover 204 which are connected to the keyboard bottom support 202 in an inverted connection.
  • the nursing column 23 adopts the structure of the storage box device 53.
  • the nursing function components include the medical image graphic digital information device 19, the working platform 22, and the flashlight hanger. , Negative pressure straw box, hidden strong and weak power control box I21, stethoscope hanger 25, keyboard drawer 54, the storage box device 53 is composed of a cabinet shell 5303 and an embedded storage box 5302 with a storage box cavity The room 5304 and the movable cabinet door 5301 are embedded in the nursing column 23, and the storage box device 53 is embedded in the movable cabinet door 5301 of the storage box device 53.
  • the therapeutic and monitoring functional components of the monitoring column 4 include a ventilator lifting platform 2, a built-in storage chamber 6 with a movable door 7 and a hot and cold refrigerator 5, a medical instrument platform 9, and a medical instrument platform 9
  • the hidden power socket box I8 under the instrument platform, the medicinal liquid pump rod assembly 34, the call intercom device 35, the medical gas terminal 36, the hidden strong and weak power control box II37, the call intercom device 35 is connected to the alarm
  • the indicator light 17 can prompt an alarm when the intercom device 35 calls, and the hidden power socket box I8 is provided with a power socket and a cord take-up device.
  • the treatment and monitoring functional components of the monitoring column 4 include a ventilator lifting platform 2, a built-in storage chamber 6 with a movable door 7 and dual-purpose cooling and heating. Freezer 5, liquid medicine pump rod assembly 34, call intercom device 35, medical gas terminal 36, hidden strong and weak power control box II37, monitoring module input and output interface 52, embedded monitoring information display screen 51, the call pair The speaking device 35 is connected to the alarm indicator light 17, and the alarm indicator light 17 can prompt when the intercom device 35 calls.
  • the embedded monitoring information display screen 51 is embedded and installed in the monitoring column 4 and input through the monitoring module The output interface 52 cooperates to provide monitoring information display.
  • the medicinal liquid pump rack assembly 28 is a medicinal liquid pump rack box structure, and the medicinal liquid pump rack box includes a suction terminal 29, a U-shaped infusion pump hanging rod 31, and a medicinal liquid hook shaft Pole assembly 30, wire retractor, power socket, weak current interface.
  • the support arm of the infusion pump is a combined structure of a fixed cantilever 16 and a rotating arm 27, one end of the fixed cantilever is fixedly connected to the main beam 12, and one end of the rotating arm is formed by a U-shaped structure.
  • the infusion medicine pump sliding assembly 26 is in a sliding connection with the slide rail 38 on the fixed cantilever.
  • the medicine pump frame assembly 28 is movably connected with the other end of the rotating arm, so that the medicine pump frame assembly 28 runs along the hospital bed. Sliding sideways and expanding and rotating, the warning indicator 17 is arranged at the front end of the fixed cantilever, and the inspection illuminating lamp 32 is arranged on the fixed cantilever through the rotating support rod 14 and the fixed arm 15 in cooperation.
  • the support arm of the infusion pump is a fixed cantilever 16 structure, one end of the fixed cantilever is fixedly connected to the main beam 12, and the medical liquid pump frame assembly 28 is The U-shaped infusion pump sliding assembly 26 is in a sliding connection with the slide rail 38 on the fixed cantilever, so that the medical pump frame assembly 28 slides along one side of the hospital bed, and the alarm indicator 17 is provided at all
  • the inspection illuminating lamp 32 is arranged on the fixed cantilever through the rotating support rod 14 and the fixed arm 15 in cooperation.
  • the support arm of the infusion pump is a combined structure of two rotating arms 27.
  • the two rotating arms are connected up and down at both ends of the rotating arm.
  • One end is connected to the main beam 12, and one end of the other revolving arm is movably connected to the liquid medicine pump frame assembly 28, so that the liquid medicine pump frame assembly 28 unfolds and rotates along one side of the hospital bed.
  • the medical gas pipeline safety control device includes a pipeline valve 39 connected to the medical gas pipeline 40, an oxygen pressure monitoring device 41, and the oxygen pressure monitoring device is connected to the alarm indicator 17;
  • the alarm indicator 17 can prompt an alarm.
  • the hidden strong and weak power supply control box II21 and the hidden strong and weak power supply control box I37 respectively include a strong current socket, a weak current interface, a ground terminal, a circuit breaker 49, and a leakage switch.
  • the medical image graphic digital information device is a medical-grade image display structure.
  • the medical image graphic and text digital information device is a medical-grade image dedicated all-in-one computer structure.
  • the medical image graphic digital information device is a touch screen integrated computer structure.
  • the medical image graphic digital information device is a tablet computer structure.
  • the ventilator lifting platform 2 and the working platform 17 respectively include a platform with a drawer, and a hidden power socket box II42 located below the platform and on both sides of the drawer 43.
  • the power socket box II42 is equipped with a power socket and a cord take-up device.
  • the ventilator lifting platform 2 is connected to the monitoring column 4 through a lifting assembly, and the lifting assembly includes a connecting rod 44, a guide rail device 45 and an electric push rod 46.
  • the nursing column 23 is configured with a medical product storage cabinet assembly.
  • the nursing column 23 is a medical product
  • the storage cabinet assembly structure structure, the nursing function assembly includes a stethoscope hanger 25, a flashlight hanger, a negative pressure straw box, a hot and cold refrigerator 5, a hidden strong and weak power control box I21, and a working platform 22.
  • the medical product storage cabinet assembly on the nursing column 23 has a cavity 55 structure with an opening and closing door 57 structure, and the cavity 55 is provided with a layered partition.
  • the hot and cold freezer 5 is arranged in the inner cavity of the nursing column 23 below the medical supplies storage cabinet assembly, and the monitoring column 4 can be provided with two built-in storage chambers 6.
  • the medical supplies storage cabinet assembly may adopt an open structure.
  • the medical supplies storage cabinet assembly can also be independently constructed and externally hung with an external cabinet/box/frame 58 structure connected to the nursing column 23.
  • the medical gas pipeline 40 of the hard tube structure extends from the ground into the main beam 12, the monitoring column 4, the nursing column 23 and the corresponding medical gas
  • the pipeline security control device and the medical gas terminal are installed and connected, and the strong and weak power source 50 is respectively extended from the ground into the main beam, the monitoring column, and the nursing column to be installed and connected with the corresponding power security control device and the strong and weak power socket interface.
  • the medical gas pipeline 40 of the rigid tube structure can also extend from the top layer of the ceiling into the main beam 12, the monitoring column 4, the nursing column 23 and the corresponding medical gas pipeline safety control device and medical gas respectively.
  • the strong and weak power supply 50 extends from the top of the ceiling into the main beam, the monitoring column, and the nursing column respectively, and is installed and connected to the corresponding power supply security control device and the strong and weak power socket interface.
  • the medical gas pipeline 40 of the hard tube structure can also extend into the main beam 12, the monitoring column 4, the nursing column 23 and the corresponding medical gas pipeline safety control device from the side of the wall.
  • the strong and weak power supply 50 extends from the side of the wall into the main beam, the monitoring column, and the nursing column respectively, and is installed and connected with the corresponding power supply security control device and the strong and weak power socket interface.
  • one end of the main beam 12 extends backward to form a transverse segmented structure, and the care column 23 is connected to one end of the rear transverse segment of the main beam 12.
  • Figure 29 shows another embodiment of the present invention where one end of the main beam 12 extends forward and is configured with a hospital bed.
  • the main difference from the preferred embodiment is that one end of the main beam 12 extends forward to form a transverse segmented structure ,
  • the nursing column 23 is connected to one end of the forward transverse section of the main beam 12.
  • Figures 27 and 28 show an embodiment of the present invention where one end of the main beam extends forward and is configured with a hospital bed.
  • the difference from the preferred embodiment is that it includes a main beam 12 disposed transversely, which is connected to both ends of the main beam 12 respectively.
  • the monitoring column 4 and the nursing column 23 are extended and fixed on the ground.
  • the main beam is respectively provided with a sleep lamp 11 with a reflector 10, a digital display screen 13 for basic patient information, and an auxiliary lighting lamp 33.
  • the part extends forward to form a transverse segmented structure
  • the nursing column is connected to one end of the forward transverse segment of the main beam 12, and the forward transverse segment of the main beam 12 is respectively provided with an alarm indicator 17 and a light
  • the belt 60, the medicinal solution pump frame assembly 28 and the inspection light 32, the monitoring column 4 is equipped with a treatment and monitoring function assembly
  • the nursing column 23 is equipped with a nursing function assembly
  • the monitoring column and the nursing column 23 are equipped with medical
  • the gas pipeline safety control device and the power supply safety control device, the medical gas pipeline 40 of the hard tube structure respectively extend into the main beam, the monitoring column, the nursing column and the corresponding medical gas pipeline safety control device and the medical gas terminal are installed and connected.
  • the power supply 50 respectively extends into the main beam, the monitoring column, and the nursing column to be installed and connected with the corresponding power supply security control device and the strong and weak power socket interface.
  • the liquid medicine pump frame assembly 28 and the main beam 12 are forward and transversely segmented
  • the upper slide rail is slidingly connected, and the plan layout formed by the monitoring column 4, the nursing column 23 and the main beam 12 can change their position, direction, distance and angle according to clinical needs.
  • Figures 30 and 31 show the embodiment of the parallel structure at both ends of the main beam and the configuration of the hospital bed according to the present invention.
  • the difference from the preferred embodiment is that it includes a main beam 12 arranged transversely, which is connected at both ends in parallel with the main beam 12 And extend the monitoring column 4 and the nursing column 23 fixed on the ground.
  • the main beam is respectively provided with a sleep lamp 11 with a reflector 10, a digital display screen 13 for basic patient information, an auxiliary lighting lamp 33, and an infusion pump support arm.
  • the support arm of the infusion medicine pump is provided with an alarm indicator 17, a medicine pump frame assembly 28 and an inspection light 32
  • the monitoring column 4 is equipped with a treatment monitoring function component
  • the nursing column 23 is equipped with a nursing function component.
  • the monitoring column 4 and the nursing column 23 are provided with a medical gas pipeline security control device and a power supply security control device, and the medical gas pipeline 40 with a rigid tube structure extends into the main beam, the monitoring column, the nursing column and the corresponding medical gas
  • the pipeline security control device and the medical gas terminal are installed and connected.
  • the strong and weak power supply 50 respectively extends into the main beam, the monitoring column, the nursing column, and the corresponding power security control device and the strong and weak power socket interface are installed and connected.
  • the monitoring column 4 The plan layout of the nursing column 23, the support arm of the infusion pump and the main beam 12 can change its position, direction, distance and angle according to clinical needs.
  • the medical gas pipeline 40 is made of hard metal material.
  • the medical gas pipeline 40 is made of hard non-metallic material.
  • the nursing workstation adopts a connection structure that is suspended by a hanging pipe 61 and fixed by landing.
  • the nursing workstation provides medical equipment bearing, strong and weak electrical socket interface, medical gas interface and basic information display, medical image and medical digital information collection, browsing, recording, transmission and storage.
  • the nursing workstation further includes a patient lifting device 62 connected to the main beam 12, the patient lifting device adopts a lifting arm 6203 structure, and the lifting arm passes through a fixed seat 6201 Connected to the main beam 12, the moving boom is movably connected to the fixing base through a shaft 6202, and a lifting strap 6205 driven by a lifting motor 6204 and having a hook 6206 is installed on the moving boom.
  • the patient lifting device adopts a lifting arm 6207 structure, the lifting arm is connected to the main beam 12 through a fixed base 6201, and the lifting arm is movable with the fixed base through a shaft 6202 It is connected and driven by a driving device 6208 to lift, and a sling 6205 with a hook 6206 is fixedly installed on the lifting arm.
  • the lifting arm 6207 is connected to the main beam 12 through a shaft seat 6209, one end of the lifting arm is connected to a driving device 6208, and a sling 6205 with a hook 6206 is fixedly installed on the lifting arm. .
  • the angle between one end of the main beam 12 and the transverse section extending in different directions is determined according to the needs of clinical use.
  • the nursing column 23, the fixed cantilever 16 and the monitoring column 4 The angle of connection with the main beam 12 is also determined according to the needs of clinical use.

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  • Health & Medical Sciences (AREA)
  • Nursing (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
  • General Health & Medical Sciences (AREA)
  • Public Health (AREA)
  • Veterinary Medicine (AREA)
  • Accommodation For Nursing Or Treatment Tables (AREA)
  • Infusion, Injection, And Reservoir Apparatuses (AREA)

Abstract

一种立地式重症监护病房护理工作站，包括主横梁(12)、分别与主横梁(12)两端连接于地面的监护立柱(4)和护理立柱(23)，护理立柱(23)与主横梁(12)的横向分段构造一端连接，主横梁(12)上分别设有睡眠灯(11)、病人基本信息数字显示屏(13)、辅助照明灯(33)和输液药泵支承臂，输液药泵支承臂上设有报警指示灯(17)、(28)和检查照明灯(32)，监护立柱(4)配置和护理立柱(23)配置有治疗监护功能组件、护理功能组件以及医气管道安控装置与电源安控装置，硬管构造的医气管道(40)和强弱电源(50)分别延伸至主横梁(12)、监护立柱(4)、护理立柱(23)与相应的医气管道安控装置、医气终端、电源安控装置和强弱电源插座接口安装连接。该工作站具有使用安全可靠，安装维护方便快捷，功能部件配置完备合理，便于医护人员的操作使用等优点。

Description

一种立地式重症监护病房护理工作站 技术领域
本发明属于医院用辅助治疗设备，特别是一种立地式重症监护病房护理工作站。
背景技术
ICU是现代医院的一门重要学科，ICU的吊桥/塔作为ICU监护病室必不可少的辅助功能医疗设备已得到广泛的临床应用。现有技术中，ICU吊桥/塔都是采用配置有医用气体和电源接口及简易设备台板的悬挂式桥架或塔式结构构造，由于ICU吊桥/塔只通过吊管与病室的天花楼层混凝上板悬吊连接结构构造与地面无支承受力点，这种悬吊连接结构对悬吊连接支架的安装质量要求以及天花楼层混凝土板的承载质量要求标准极为严格，为保障悬挂安全，需要经常对悬架装置进行维护保养，以消除掉落的安全隐患，但由于悬吊连接结构安装在天花楼板夹层，导致安装和维护保养十分不便，而且医用气体管道都是采用软管构造与医气终端连接，长期使用软管易老化损坏，不仅需要定期维修更换，还易发生安全事故，且维修更换极为不便，影响其使用的持续性，无法保障ICU病室24小时不间断医疗监护使用的需求，同时现有的ICU吊桥/塔的药液架连接移动时由于体积大受病床空间影响其活动受到限制，临床使用极为不便。
发明内容
本发明的目的是：提供一种立地式重症监护病房护理工作站，该护理工作站具有横向设于病床床头上方的主横梁以及连接主横梁的两端并延伸固定连接于地面的监护立柱和护理立柱，其支承结构更为牢固，且医气管道是硬管构造与医气终端连接，该护理工作站还具有医气管道安控装置和电源安控装置，并配置有用于氧气压力报警和电源故障报警以及呼叫对讲装置呼叫提示的报警指示灯，便于安全控制，维护维修方便快捷，而且药液泵架组件为沿病床一侧滑动展开结构，其移动范围自由度更高，同时护理立柱的临床功能支持配置更加丰富完备，在提高了使用便利性的同时，更进一步提高了其安全性。
为了达到上述目的，本发明的技术解决方案是：
一种立地式重症监护病房护理工作站，其特征在于：包括横向设置的主横梁、分别与主横梁两端连接并延伸固定于地面的监护立柱和护理立柱，所述主横梁的一端部向与其不同的至少一个方向延伸构成横向分段构造，所述护理立柱与所述主横梁的横向分段一端连接，所述主横梁上分别设有带反光装置的睡眠灯、病人基本信息数字显示屏、辅助照明灯和输液药泵支承臂，所述输液药泵支承臂上设有报警指示灯、药液泵架组件和检查照明灯，所述监护立柱配置有治疗监护功能组件，所述护理立柱配置有护理功能组件，所述监护立柱和护理立柱上分别设有医气管道安控装置与电源安控装置，硬管构造的医气管道分别延伸至所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源分别延伸至所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述监护立柱、护理立柱和输液药泵支承臂与主横梁构成的平面布局能根据临床需求而改变其位置、方向、距离和角度。
本发明的技术方案中，所述护理立柱采用立柱结构构造，所述护理功能组件包括听诊器挂架、手电筒挂架、负压吸管盒、隐藏式强弱电源控制箱I、工作平台、医用影像图文数字信息装置、键盘托板，所述医用影像图文数字信息装置装置于所述护理立柱，所述键盘托板上方还分别设有键盘放置区和鼠标放置区，对应所述键盘放置区和鼠标放置区上方设有与键盘底托翻转连接的键盘活动盖和鼠标活动盖。
本发明的技术方案中，所述护理立柱采用储物箱装置结构构造，所述护理功能组件包括医用影像图文数字信息装置、工作平台、手电筒挂架、负压吸管盒、隐藏式强弱电源控制箱I、听诊器挂架、键盘抽屉，医用影像图文数字信息装置嵌装于所述储物箱装置的活动柜门。
本发明的技术方案中，所述监护立柱的治疗监护功能组件包括呼吸机升降平台、具有活动门的内置储物腔室与冷热两用冰柜、医疗仪器平台、设在医疗仪器平台下方的隐藏式电源插座盒I、药液泵架杆组件、呼叫对讲装置、医气终端、隐藏式强弱电源控制箱II，所述呼叫对讲装置连接所述报警指示灯，在呼叫对讲装置呼叫时所述报警指示灯能提示报警，所述隐藏式电源插座盒I内设有电源插座和收线器。
本发明的技术方案中，所述监护立柱的治疗监护功能组件包括呼吸机升降平台、具有活动门的内置储物腔室与冷热两用冰柜、药液泵架杆组件、呼叫对讲装置、医气终端、隐藏式强弱电源控制箱II、监护模块输入输出接口、嵌入式监护信息显示屏，所述呼叫对讲装置连接听述报警指示灯，在呼叫对讲装置呼叫时所述报警指示灯能提示，所述嵌入式监护信息显示屏嵌入安装于所述监护立柱并通过监护模块输入输出接口配合提供监护信息显示。
本发明的技术方案中，所述药液泵架组件为药液泵架箱体构造，所述药液泵架箱体包括吸引终端、U型输液泵挂杆、药液挂钩轴杆组件、收线器、电源插座、弱电接口。
本发明的技术方案中，所述输液药泵支承臂为固定悬臂与旋转臂组合结构，所述固定悬臂一端固定连接所述主横梁，所述旋转臂一端通过U型构造的输液药泵滑动总成与所述固定悬臂上的滑轨配合滑动连接，所述药液泵架组件与旋转臂另一端活动吊装连接，使所述药液泵架组件沿病床一侧滑动并展开旋转移动，所述报警指示灯设在所述固定悬臂的前端位置，所述检查照明灯是通过旋转支杆和固定臂配合设在所述固定悬臂上。
本发明的技术方案中，所述输液药泵支承臂为固定悬臂结构，所述固定悬臂一端固定连接听述主横梁，所述药液泵架组件是由U型构造的输液药泵滑动总成与所述固定悬臂上的滑轨配合滑动连接，使所述药液泵架组件沿病床一侧滑动，所述报警指示灯设在所述固定悬臂的前端位置，所述检查照明灯是通过旋转支杆和固定臂配合设在所述固定悬臂上。
本发明的技术方案中，所述输液药泵支承臂为两个旋转臂组合结构，所述两个旋转臂首尾两端上下连接，其一个所述旋转臂的一端连接所述主横梁，另一旋转臂的一端活动吊装连接所述药液泵架组件，使所述药液泵架组件沿病床一侧展开旋转移动。
本发明的技术方案中，所述医气管道安控装置包括与所述医气管道连接的管道阀门、氧气压力监测装置，所述氧气压力监测装置与所述报警指示灯连接，使氧气压力监测装置检测到医气管道发生泄漏或压力不稳定时所述报警指示灯能提示报警。
本发明的技术方案中，所述隐藏式强弱电源控制箱II和隐藏式强弱电源控制箱I 分别包括强电插座、弱电接口、接地端子、断路器、漏电开关。
本发明的技术方案中，所述医用影像图文数字信息装置为医用级影像显示器构造。
本发明的技术方案中，所述医用影像图文数字信息装置为医用级影像专用一体机电脑构造。
本发明的技术方案中，所述医用影像图文数字信息装置为触摸屏一体机电脑构造。
本发明的技术方案中，所述医用影像图文数字信息装置为平板电脑构造。
本发明的技术方案中，所述呼吸机升降平台和所述工作平台分别包括具有抽屉的台板、设在台板下方位于抽屉两侧的隐藏式电源插座盒II，所述隐藏式电源插座盒II内设有电源插座和收线器。
本发明的技术方案中，所述呼吸机升降平台通过升降总成与所述监护立柱连接，所述升降总成包括连杆、导轨装置和电动推杆。
本发明的技术方案中，所述护理立柱为医疗用品储物柜组件结构构造，所述护理功能组件包括听诊器挂架、手电筒挂架、负压吸管盒、冷热两用冰柜、隐藏式强弱电源控制箱I、工作平台。
本发明的技术方案中，所述护理立柱上的医疗用品储物柜组件为具有开合门构造的腔体结构。
本发明的技术方案中，所述医疗用品储物柜组件为敞口结构构造。
本发明的技术方案中，所述医疗用品储物柜组件为独立构造并外挂连接于所述护理立柱的外挂柜/盒/框结构。
本发明的技术方案中，所述硬管构造的医气管道是从地面分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源是从地面分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
本发明的技术方案中，所述硬管构造的医气管道是从天花顶层分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源是从天花顶层分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
本发明的技术方案中，所述硬管构造的医气管道是从墙面的侧向分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源是从墙面的侧向分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
本发明的技术方案中，所述主横梁的一端部向后延伸构成横向分段构造，所述护理立柱与所述主横梁的向后横向分段一端连接。
本发明的技术方案中，所述主横梁的一端部向前延伸构成横向分段构造，所述护理立柱与所述主横梁的向前横向分段一端连接。
作为本发明技术方案的改进，还提供一种立地式重症监护病房护理工作站，其特征在于：包括横向设置的主横梁、分别与主横梁两端连接并延伸固定于地面的监护立柱和 护理立柱，所述主横梁上分别设有带反光装置的睡眠灯、病人基本信息数字显示屏、辅助照明灯，所述主横梁的一端部向前延伸构成横向分段构造，所述护理立柱与所述主横梁的向前横向分段一端连接，所述主横梁的向前横向分段上分别设有报警指示灯、灯带、药液泵架组件和检查照明灯，所述监护立柱配置有治疗监护功能组件，所述护理立柱配置有护理功能组件，所述监护立柱和护理立柱上设有医气管道安控装置与电源安控装置，硬管构造的医气管道分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述药液泵架组件与所述主横梁向前横向分段上的滑轨滑动连接，所述监护立柱和护理立柱与主横梁构成的平面布局能根据临床需求而改变其位置、方向、距离和角度。
作为本发明技术方案的改进，还提供一种立地式重症监护病房护理工作站，其特征在于：包括横向设置的主横梁、分别与主横梁平行两端连接并延伸固定于地面的监护立柱和护理立柱，所述主横梁上分别设有带反光装置的睡眠灯、病人基本信息数字显示屏、辅助照明灯、输液药泵支承臂，所述输液药泵支承臂上设有报警指示灯、药液泵架组件和检查照明灯，所述监护立柱配置有治疗监护功能组件，所述护理立柱配置有护理功能组件，所述监护立柱和护理立柱上设有医气管道安控装置与电源安控装置，硬管构造的医气管道分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述监护立柱、护理立柱和输液药泵支承臂与主横梁构成的平面布局能根据临床需求而改变其位置、方向、距离和角度。
本发明技术方案中，所述医气管道为硬质金属材质构造。
本发明技术方案中，所述医气管道为硬质非金属材质构造。
本发明技术方案中，所述护理工作站采用通过吊管悬吊与落地结合固定的连接结构。
本发明技术方案中，所述护理工作站提供医用设备承载、强弱电插座接口、医用气体接口以及基本信息显示、医疗影像和医护数字信息的采集、浏览、记载、传输与储存。
本发明技术方案中，所述护理工作站还包括连接于所述主横梁的病人移吊装置，所述病人移吊装置采用移吊臂结构，所述移吊臂通过固定座与所述主横梁连接，所述移吊臂通过轴与所述固定座活动连接，所述移吊臂上安装有通过升降电机驱动并具有吊钩的吊带。
本发明技术方案中，所述病人移吊装置采用升降臂结构，所述升降臂通过固定座与所述主横梁连接，所述升降臂通过轴与所述固定座活动连接并由驱动装置驱动升降，所述升降臂上固定安装具有吊钩的吊带。
本发明技术方案中，所述升降臂通过轴座与所述主横梁连接，所述升降臂一端连接驱动装置，所述升降臂上固定安装具有吊钩的吊带。
本发明具有的主要优点和有益效果是：
1、由于本发明的技术方案中，护理工作站采用与ICU重症监护病床旁地面固定连接安装的监护立柱和护理立柱上部并延伸位于病床上方的主横梁构造，本发明立地式结构设计其安装装配和维修保养更加方便，省去了现有技术中需要经常对悬吊连接支架进行维 护保养的步骤，并且安装时对天花顶层板的承载质量无特殊要求，从根本上解决了现有技术中ICU吊桥/塔悬挂式传统结构存在的安装维修不变和安全隐患问题；
2、在本发明技术方案中，将现有非金属软管构造的医气管道改进为金属或非金属的硬质材质构造，并从地面或天花顶层板或墙面侧向延伸进入监护立柱、护理立柱和主横梁的内腔与相应的医气安控装置、医气终端安装连接，强弱电源从地面或天花顶层板或墙面侧向延伸进入监护立柱、护理立柱和主横梁的内腔与相应的强弱电源插座接口安装连接，由于现有技术中非金属软管其使用寿命较短，而采用金属或非金属的硬质材质硬管构造安全可靠耐用，具有更长的使用寿命，有效地保障了医气使用的安全性和稳定性，从根本上杜绝了因医气软管损坏带来的爆燃安全事故，同时，医气管道安控装置和电源安控装置的设计，为医气及设备的正常使用和维护维修提供了方便快捷的安全控制和保障。
3、采用发明的技术方案，在输液药泵支撑臂的前端设有一个报警指示灯，并在硬管构造的医气管道上连接一个氧气压力监测装置，报警指示灯分别连接氧气压力监测装置、强弱电源线缆和呼叫对讲装置，当医气管道发生泄漏或压力不稳定和强弱电源线缆发生故障以及病患启动呼叫对讲装置时，报警指示灯会分别发出灯光和声响的提示，使医护人员能在护理工作站的醒目位置及时发现上述提示，以避免因医气泄漏或压力不稳定和强弱电源线缆故障以及病人呼叫未及时发现而导致的医疗安全事故，保障了设备整体使用的安全性。
4、又由于本发明的技术方案中，药液泵架组件是通过旋转臂和输液药泵滑动总成滑动连接固定悬臂，而输液药泵滑动总成为U型结构构造，检查照明灯又是通过固定臂设置在固定悬臂前端上方固定连接，并且固定旋臂是从主横梁前端沿病床旁一侧延伸，这样使药液泵架组件和检查照明灯能沿固定旋臂在病床头至床尾一侧滑动移动，并配合其旋转关节旋转，其移动范围和移动位置更大也更加合理，便于医护人员的活动和操作使用，满足了医务人员治疗的服务需求。
5、采用本发明的技术方案，护理立柱配置有医用影像图文数字信息装置，通过该装置，医护人员可就近查阅、记录、存储以及传输病患者的影像和图文数字信息，而且护理立柱也可以配置医疗用品储物柜组件结构构造，该医疗用品储物柜组件可以是具有开合门构造的腔体结构，或敞口结构构造，或独立构造并外挂连接于护理立柱的外挂柜/盒/框结构，使护理柱具有更多的储物空间，便于医护人员对病患者的治疗使用和现场管理。
6、由于采用本发明的技术方案，睡眠灯的上方还设有反光装置，该反光装置能使睡明灯光线集中照射在床位上方，为患者及医护人员提供更好的光源照射效果。
7、又由于本发明的技术方案，在主横梁上可设置一个病人移吊装置，通过该病人移吊装置能更加平稳、安全、方便的将病人从ICU病床移吊至转运病床上，无需人工手工搬运，减轻了医护人员的劳动量，避免了人工手动搬运对病人造成的二次伤害。
8、采用本发明的技术方案，监护立柱配置有治疗监护功能组件，护理立柱配置有护理功能组件，医疗与监护护理部件的配置更加完备合理，便于医护人员的就近操作使用以及为病人提供更为优质的医疗监护服务。
附图说明
图1是本发明的优选实施方式结构主视图。
图2是本发明的俯视结构示意图。
图3是图2中A向结构示意图。
图4是本发明的监护立柱单元局部剖视结构示意图。
图5是本发明的监护立柱单元侧向局部剖视结构示意图.
图6是本发明的旋转臂和输液药泵滑动总成及药液泵架组件与固定悬臂连接结构示意图。
图7是本发明的药液泵架组件单元后侧向局部剖视结构示意图。
图8是本发明的护理立柱单元侧向局部剖视结构示意图。
图9是本发明的键盘托板单元侧向结构示意图。
图10是本发明的键盘托板单元俯视结构示意图。
图11是本发明的键盘托板单元键盘活动盖和鼠标活动盖打开状态侧向结构示意图。
图12是本发明的键盘托板单元键盘活动盖和鼠标活动盖打开状态俯视结构示意图。
图13是本发明的监护立柱配置嵌入式监护信息显示屏和监护模块输入输出接口实施方式示意图。
图14是本发明的护理立柱采用储物箱装置实施方式示意图。
图15是图14中B-B线截面活动柜门关闭状态结构示意图。
图16是图14中B-B线截面活动柜门打开状态结构示意图。
图17是本发明的旋转臂和输液药泵滑动总成及药液泵架组件与固定悬臂连接另一侧向结构示意图。
图18是本发明的输液药泵滑动总成及药液泵架组件与固定悬臂连接实施方式示意图。
图19是本发明的药液泵架组件通过双悬臂与主横梁连接实施方式示意图。
图20是本发明的护理立柱配置医疗用品储物柜组件局部剖视实施方式示意图。
图21是本发明的护理立柱配置医疗用品储物柜组件侧向局部剖视实施方式示意图。
图22是图20中C-C线截面开合门关闭状态结构示意图。
图23是图20中C-C线截面开合门打开状态结构示意图。
图24是本发明的护理立柱配置外挂柜/盒/框实施方式示意图。
图25是本发明的护理立柱单元配置外挂柜/盒/框侧向实施方式示意图。
图26是本发明与病床配置实施方式俯视图。
图27是本发明的主横梁横向区段向前延伸并与病床配置实施方式俯视图。
图28是本发明的主横梁横向区段向前延伸并与病床配置实施方式侧向视图。
图29是本发明的主横梁横向区段向前延伸并与病床配置另一实施方式俯视图。
图30是本发明的主横梁两端平行构造与病床配置实施方式俯视图。
图31是本发明的主横梁两端平行构造与病床配置实施方式正面视图。
图32是本发明采用吊管连接天花板一端悬吊另一端与地面固定连接实施方式示意图。
图33是本发明采用吊管连接天花板两端悬吊实施方式示意图。
图34是本发明配置病人移吊装置实施方式示意图。
图35是本发明配置病人移吊装置实施方式俯视图。
图36是本发明的病人移吊装置单元结构示意图。
图37是本发明的病人移吊装置单元另一结构示意图。
图38是本发明的病人移吊装置单元又一结构示意图。
附图标注说明：1-监护立柱护罩、2-呼吸机升降平台、3-检修门、4-监护立柱、5-冷热两用冰柜、6-内置储物腔室、7-活动门、8-隐藏式电源插座盒I、9-医疗仪器平台、10-反光装置、11-睡眠灯、12-主横梁、13-病人基本信息数字显示屏、14-旋转支杆、15-固定臂、16-固定悬臂、17-报警指示灯、18-照明灯、19-医用影像图文数字信息装置、20-键盘托盘、21-隐藏式强弱电源箱I、22-工作平台、23-护理立柱、24-护理立柱护罩、25-听诊器挂架、26-输液药泵滑动总成、27-旋转臂、28-药液泵架组件、29-吸引终端、30-药液挂钩轴杆组件、31-U型输液泵挂杆、32-检查照明灯、33-辅助照明灯、34-药液泵架杆组件、35-呼叫对讲装置、36-医气终端、37-隐藏式强弱电源箱II、38-导轨、39-维修阀、40-医气管道、41-氧气压力监测装置、42-隐藏式电源插座盒II、43-抽屉、44-连杆、45-导轨装置、46-电动推杆、47-拖链、48-悬臂梁、49-断路器、50-强弱电源、51-嵌入式监护信息显示屏、52-监护模块输入输出接口、53-储物箱装置、54-键盘抽屉、55-储物柜体、56-分层隔板、57-开合门、58-外挂柜/盒/框、59-病床、60-灯带、61-吊管、62-病人移吊装置、63-地面、201-键盘活动盖、202-键盘底托、203-键盘托支架、204-鼠标活动盖、205-鼠标放置区、206-键盘放置区、5301-活动柜门、5302-嵌入式储物箱、5303-柜体外壳、5304-储物箱腔室、6201-固定座、6202-轴、6203-移吊臂、6204-升降电机、6205-吊带、6206-吊钩、6207-升降臂、6208-驱动装置、6209-轴座。
具体实施方式
现在将参照附图所示的优选实施例对本发明作进一步详细描述。为了彻底理解本发明，在下文的描述中展示了大量的具体细节。然而对于本领域技术人员显而易见的是可以不采用这些特定细节中的一部分或所有部分来实施本发明，但其它实施例中，没有详细描述那些已知的操作，而不会使本发明难以理解。
如图1、图2、图3、图4、图5、图6、图7、图8、图9、图10、图11、图12、图13、图14、图15、图16、图17、图18、图19、图20、图21、图22、图23、图24、图25、图26、图27、图28、图29、图30、图31、图32、图33、图34、图35、图36、图37、图38所示，其构成，由监护立柱护罩1、呼吸机升降平台2、检修门3、监护立柱4、冷热两用冰柜5、内置储物腔室6、活动门7、隐藏式电源插座盒I8、医疗仪器平台9、反光装置10、睡眠灯11、主横梁12、病人基本信息数字显示屏13、旋转支杆14、固定臂15、固定悬臂16、报警指示灯17、照明灯18、医用影像图文数字信息装置19、键盘托盘20、隐藏式强弱电源箱I21、工作平台22、护理立柱23、护理立柱护罩24、听诊器挂架25、输液药泵滑动总成26、旋转臂27、药液泵架组件28、吸引终端29、药液挂钩轴杆组件30、U型输液泵挂杆31、检查照明灯32、辅助照明灯33、药液泵架杆组件34、呼叫对讲装置35、医气终端36、隐藏式强弱电源箱II37、导轨38、维修阀39、医气管道40、氧气压力监测装置41、隐藏式电源插座盒II42、抽屉43、连杆44、导轨装置45、电动推杆46、拖链47、悬臂梁48、断路器49、强弱电源50、嵌入式监护信息显示屏51、监护模块输入输出接口52、储物箱装置53、键盘 抽屉54、储物柜体55、分层隔板56、开合门57、外挂柜/盒/框58、病床59、灯带60、吊管61、病人移吊装置62、地面63、键盘活动盖201、键盘底托202、键盘托支架203、鼠标活动盖204、鼠标放置区205、键盘放置区206、活动柜门5301、嵌入式储物箱5302、柜体外壳5303、储物箱腔室5304、固定座6201、轴6202、移吊臂6203、升降电机6204、吊带6205、吊钩6206、升降臂6207、驱动装置6208、轴座6209及紧固件和连接构件等装配而成。
具体实施例的结构特点是：
作为本发明的优选实施方式
一种立地式重症监护病房护理工作站，其特征在于：包括横向设置的主横梁12、分别与主横梁12两端连接并延伸固定于地面的监护立柱4和护理立柱23，所述主横梁12的一端部向与其不同的至少一个方向延伸构成横向分段构造，所述护理立柱与所述主横梁12的横向分段一端连接，所述主横梁上分别设有带反光装置10的睡眠灯11、病人基本信息数字显示屏13、辅助照明灯33和输液药泵支承臂，所述输液药泵支承臂上设有报警指示灯17、药液泵架组件28和检查照明灯32，所述监护立柱4配置有治疗监护功能组件，所述护理立柱23配置有护理功能组件，所述监护立柱4和护理立柱23上分别设有医气管道安控装置与电源安控装置，硬管构造的医气管道40分别延伸至所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源分别延伸至所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述监护立柱4、护理立柱23和输液药泵支承臂与主横梁12构成的平面布局能根据临床需求而改变其位置、方向、距离和角度。
在优选实施方式中，所述护理立柱23采用立柱结构构造，所述护理功能组件包括听诊器挂架25、手电筒挂架、负压吸管盒、隐藏式强弱电源控制箱121、工作平台22、医用影像图文数字信息装置19、键盘托板20，所述医用影像图文数字信息装置19外挂于所述护理立柱23，所述键盘托板20上方还分别设有键盘放置区206和鼠标放置区205，对应所述键盘放置区和鼠标放置区上方设有与所述键盘底托202翻转连接的键盘活动盖201和鼠标活动盖204。
如图14、图15、图16所示，其示出了护理立柱23采用储物箱装置53结构构造，所述护理功能组件包括医用影像图文数字信息装置19、工作平台22、手电筒挂架、负压吸管盒、隐藏式强弱电源控制箱I21、听诊器挂架25、键盘抽屉54，所述储物箱装置53由柜体外壳5303和嵌入式储物箱5302组合构成具有储物箱腔室5304和活动柜门5301，并嵌装于护理立柱23，储物箱装置53医用影像图文数字信息装置19嵌装于储物箱装置53的活动柜门5301。
在优选实施方式中，所述监护立柱4的治疗监护功能组件包括呼吸机升降平台2、具有活动门7的内置储物腔室6与冷热两用冰柜5、医疗仪器平台9、设在医疗仪器平台下方的隐藏式电源插座盒I8、药液泵架杆组件34、呼叫对讲装置35、医气终端36、隐藏式强弱电源控制箱II37，所述呼叫对讲装置35连接所述报警指示灯17，在呼叫对讲装置35呼叫时所述报警指示灯17能提示报警，所述隐藏式电源插座盒I8内设有电源插座和收线器。
如图13所示，该实施方式与优选实施方式的区别在于，所述监护立柱4的治疗监护功能组件包括呼吸机升降平台2、具有活动门7的内置储物腔室6与冷热两用冰柜5、药液泵架杆组件34、呼叫对讲装置35、医气终端36、隐藏式强弱电源控制箱II37、监护模块输入输出接口52、嵌入式监护信息显示屏51，所述呼叫对讲装置35连接所述报警指示灯17，在呼叫 对讲装置35呼叫时所述报警指示灯17能提示，所述嵌入式监护信息显示屏51嵌入安装于所述监护立柱4并通过监护模块输入输出接口52配合提供监护信息显示。
本发明的优选实施方式中，所述药液泵架组件28为药液泵架箱体构造，所述药液泵架箱体包括吸引终端29、U型输液泵挂杆31、药液挂钩轴杆组件30、收线器、电源插座、弱电接口。
在本发明的优选实施方式中，所述输液药泵支承臂为固定悬臂16与旋转臂27组合结构，所述固定悬臂一端固定连接所述主横梁12，所述旋转臂一端通过U型构造的输液药泵滑动总成26与所述固定悬臂上的滑轨38配合滑动连接，所述药液泵架组件28与旋转臂另一端活动吊装连接，使所述药液泵架组件28沿病床一侧滑动并展开旋转移动，所述报警指示灯17设在所述固定悬臂的前端位置，所述检查照明灯32是通过旋转支杆14和固定臂15配合设在所述固定悬臂上。
作为对输液药泵支承臂的改进结构，参照图18，所述输液药泵支承臂为固定悬臂16结构，所述固定悬臂一端固定连接所述主横梁12，所述药液泵架组件28是由U型构造的输液药泵滑动总成26与所述固定悬臂上的滑轨38配合滑动连接，使所述药液泵架组件28沿病床一侧滑动，所述报警指示灯17设在所述固定悬臂的前端位置，所述检查照明灯32是通过旋转支杆14和固定臂15配合设在所述固定悬臂上。
作为对输液药泵支承臂的改进结构，参照图19，所述输液药泵支承臂为两个旋转臂27组合结构，所述两个旋转臂首尾两端上下连接，其一个所述旋转臂的一端连接所述主横梁12，另一旋转臂的一端活动吊装连接所述药液泵架组件28，使所述药液泵架组件28沿病床一侧展开旋转移动。
本发明的实施方式中，所述医气管道安控装置包括与所述医气管道40连接的管道阀门39、氧气压力监测装置41，所述氧气压力监测装置与所述报警指示灯17连接，使氧气压力监测装置检测到医气管道发生泄漏或压力不稳定时所述报警指示灯17能提示报警。
本发明的实施方式中，所述隐藏式强弱电源控制箱II21和隐藏式强弱电源控制箱I37分别包括强电插座、弱电接口、接地端子、断路器49、漏电开关。
本发明的实施方式中，所述医用影像图文数字信息装置为医用级影像显示器构造。
本发明的实施方式中，所述医用影像图文数字信息装置为医用级影像专用一体机电脑构造。
本发明的实施方式中，所述医用影像图文数字信息装置为触摸屏一体机电脑构造。
本发明的实施方式中，所述医用影像图文数字信息装置为平板电脑构造。
本发明的实施方式中，所述呼吸机升降平台2和所述工作平台17分别包括具有抽屉的台板、设在台板下方位于抽屉43两侧的隐藏式电源插座盒II42，所述隐藏式电源插座盒II42内设有电源插座和收线器。
本发明的实施方式中，所述呼吸机升降平台2通过升降总成与所述监护立柱4连接，所述升降总成包括连杆44、导轨装置45和电动推杆46。
参照图20、图21、图22、图23，示出了护理立柱23配置医疗用品储物柜组件的实施方式，该实施方式与优选实施方式的主要区别在于，所述护理立柱23为医疗用品储物柜组 件结构构造，所述护理功能组件包括听诊器挂架25、手电筒挂架、负压吸管盒、冷热两用冰柜5、隐藏式强弱电源控制箱I21、工作平台22。
在护理立柱23配置医疗用品储物柜组件实施方式中，所述护理立柱23上的医疗用品储物柜组件为具有开合门57构造的腔体55结构，腔体55内设有分层隔板56，冷热两用冰柜5设在位于医疗用品储物柜组件下方的护理立柱23内腔，而监护立柱4则可以设置两个内置储物腔室6。
作为对医疗用品储物柜组件的改进，所述医疗用品储物柜组件可以采用敞口结构构造。
如图24所示，所述医疗用品储物柜组件也可以独立构造并外挂连接于所述护理立柱23的外挂柜/盒/框58结构。
本发明的实施方式中，如图4、图8所示，所述硬管构造的医气管道40是从地面分别延伸进所述主横梁12、监护立柱4、护理立柱23与相应的医气管道安控装置和医气终端安装连接，强弱电源50是从地面分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
本发明的实施方式中，所述硬管构造的医气管道40也可以从天花顶层分别延伸进所述主横梁12、监护立柱4、护理立柱23与相应的医气管道安控装置和医气终端安装连接，强弱电源50是从天花顶层分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
本发明的实施方式中，所述硬管构造的医气管道40还可以从墙面的侧向分别延伸进所述主横梁12、监护立柱4、护理立柱23与相应的医气管道安控装置和医气终端安装连接，强弱电源50是从墙面的侧向分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
在本发明的优选实施方式中，所述主横梁12的一端部向后延伸构成横向分段构造，所述护理立柱23与所述主横梁12的向后横向分段一端连接。
图29示出了本发明主横梁12一端向前延伸并与病床配置的另一实施方式，其与优选实施方式的主要区别在于，所述主横梁12的一端部向前延伸构成横向分段构造，所述护理立柱23与所述主横梁12的向前横向分段一端连接。
图27、图28示出了本发明主横梁一端向前延伸并与病床配置实施方式，其与优选实施方式的区别特征在于：包括横向设置的主横梁12、分别与主横梁12两端连接并延伸固定于地面的监护立柱4和护理立柱23，所述主横梁上分别设有带反光装置10的睡眠灯11、病人基本信息数字显示屏13、辅助照明灯33，所述主横梁12的一端部向前延伸构成横向分段构造，所述护理立柱与所述主横梁12的向前横向分段一端连接，所述主横梁12的向前横向分段上分别设有报警指示灯17、灯带60、药液泵架组件28和检查照明灯32，所述监护立柱4配置有治疗监护功能组件，所述护理立柱23配置有护理功能组件，所述监护立柱和护理立柱23上设有医气管道安控装置与电源安控装置，硬管构造的医气管道40分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源50分别延伸进听述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述药液泵架组件28与所述主横梁12向前横向分段上的滑轨滑动连接，所述监护立柱4和护理立柱23与主横梁12构成的平面布局能根据临床需求而改变其位置、方向、距离 和角度。
图30、图31示出了本发明的主横梁两端平行构造与病床配置实施方式，其与优选实施方式的区别特征在于：包括横向设置的主横梁12、分别与主横梁12平行两端连接并延伸固定于地面的监护立柱4和护理立柱23，所述主横梁上分别设有带反光装置10的睡眠灯11、病人基本信息数字显示屏13、辅助照明灯33、输液药泵支承臂，所述输液药泵支承臂上设有报警指示灯17、药液泵架组件28和检查照明灯32，所述监护立柱4配置有治疗监护功能组件，所述护理立柱23配置有护理功能组件，所述监护立柱4和护理立柱23上设有医气管道安控装置与电源安控装置，硬管构造的医气管道40分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源50分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述监护立柱4、护理立柱23和输液药泵支承臂与主横梁12构成的平面布局能根据临床需求而改变其位置、方向、距离和角度。
本发明的实施方式中，所述医气管道40为硬质金属材质构造。
本发明的实施方式中，所述医气管道40为硬质非金属材质构造。
本发明的实施方式中，所述护理工作站采用通过吊管61悬吊与落地结合固定的连接结构。
本发明的实施方式中，所述护理工作站提供医用设备承载、强弱电插座接口、医用气体接口以及基本信息显示、医疗影像和医护数字信息的采集、浏览、记载、传输与储存。
作为本发明实施方式的改进，所述护理工作站还包括连接于所述主横梁12的病人移吊装置62，所述病人移吊装置采用移吊臂6203结构，所述移吊臂通过固定座6201与所述主横梁12连接，所述移吊臂通过轴6202与所述固定座活动连接，所述移吊臂上安装有通过升降电机6204驱动并具有吊钩6206的吊带6205。
在本发明的改进实施方式中，所述病人移吊装置采用升降臂6207结构，所述升降臂通过固定座6201与所述主横梁12连接，所述升降臂通过轴6202与所述固定座活动连接并由驱动装置6208驱动升降，所述升降臂上固定安装具有吊钩6206的吊带6205。
在本发明的改进实施方式中，所述升降臂6207通过轴座6209与所述主横梁12连接，所述升降臂一端连接驱动装置6208，所述升降臂上固定安装具有吊钩6206的吊带6205。
应当注意地是，本发明的上述技术方案中，主横梁12一端与其不同方向延伸成的横向区段之间的角度朝向是根据临床使用需求来决定的，护理立柱23、固定悬臂16以及监护立柱4与主横梁12连接的角度朝向也是根据临床使用需求来决定的。
虽然本发明结合不同优选实施说明，应该理解可以在其上进行不同的修改以及改变，如不偏离本发明在权利要求中提出的范围。也就是说，本发明不局限于上述实施方式，尤其是，可以通过采用本发明的不同构形连接方式的组合而得到的所述护理工作站，均属于本发明的权利要求所保护的范围。

Claims (35)

  1. 一种立地式重症监护病房护理工作站，其特征在于：包括横向设置的主横梁(12)、分别与主横梁(12)两端连接并延伸固定于地面的监护立柱(4)和护理立柱(23)，所述主横梁(12)的一端部向与其不同的至少一个方向延伸构成横向分段构造，所述护理立柱与所述主横梁(12)的横向分段一端连接，所述主横梁上分别设有带反光装置(10)的睡眠灯(11)、病人基本信息数字显示屏(13)、辅助照明灯(33)和输液药泵支承臂，所述输液药泵支承臂上设有报警指示灯(17)、药液泵架组件(28)和检查照明灯(32)，所述监护立柱(4)配置有治疗监护功能组件，所述护理立柱(23)配置有护理功能组件，所述监护立柱(4)和护理立柱(23)上分别设有医气管道安控装置与电源安控装置，硬管构造的医气管道(40)分别延伸至所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源(50)分别延伸至所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述监护立柱(4)、护理立柱(23)和输液药泵支承臂与主横梁(12)构成的平面布局能根据临床需求而改变其位置、方向、距离和角度。
  2. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述护理立柱(23)采用立柱结构构造，所述护理功能组件包括听诊器挂架(25)、手电筒挂架、负压吸管盒、隐藏式强弱电源控制箱I(21)、工作平台(22)、医用影像图文数字信息装置(19)、键盘托板(20)，所述医用影像图文数字信息装置(19)外挂于所述护理立柱(23)，所述键盘托板(20)上方还分别设有键盘放置区(206)和鼠标放置区(205)，对应所述键盘放置区和鼠标放置区上方设有与键盘底托(202)翻转连接的键盘活动盖(201)和鼠标活动盖(204)。
  3. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述护理立柱(23)采用储物箱装置(53)结构构造，所述护理功能组件包括医用影像图文数字信息装置(19)、工作平台(22)、手电筒挂架、负压吸管盒、隐藏式强弱电源控制箱I(21)、听诊器挂架(25)、键盘抽屉(54)，医用影像图文数字信息装置(19)嵌装于所述储物箱装置(53)的活动柜门(5301)。
  4. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述监护立柱(4)的治疗监护功能组件包括呼吸机升降平台(2)、具有活动门(7)的内置储物腔室(6)与冷热两用冰柜(5)、医疗仪器平台(9)、设在医疗仪器平台下方的隐藏式电源插座盒I(8)、药液泵架杆组件(34)、呼叫对讲装置(35)、医气终端(36)、隐藏式强弱电源控制箱II(37)，所述呼叫对讲装置(35)连接所述报警指示灯(17)，在呼叫对讲装置(35)呼叫时所述报警指示灯(17)能提示报警，所述隐藏式电源插座盒I(8) 内设有电源插座和收线器。
  5. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述监护立柱(4)的治疗监护功能组件包括呼吸机升降平台(2)、具有活动门(7)的内置储物腔室(6)与冷热两用冰柜(5)、药液泵架杆组件(34)、呼叫对讲装置(35)、医气终端(36)、隐藏式强弱电源控制箱II(37)、监护模块输入输出接口(52)、嵌入式监护信息显示屏(51)，所述呼叫对讲装置(35)连接所述报警指示灯(17)，在呼叫对讲装置(35)呼叫时所述报警指示灯(17)能提示，所述嵌入式监护信息显示屏(51)嵌入安装于所述监护立柱(4)并通过监护模块输入输出接口(52)配合提供监护信息显示。
  6. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述药液泵架组件(28)为药液泵架箱体构造，所述药液泵架箱体包括吸引终端(29)、U型输液泵挂杆(31)、药液挂钩轴杆组件(30)、收线器、电源插座、弱电接口。
  7. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征是：所述输液药泵支承臂为固定悬臂(16)与旋转臂(27)组合结构，所述固定悬臂一端固定连接所述主横梁(12)，所述旋转臂一端通过U型构造的输液药泵滑动总成(26)与所述固定悬臂上的滑轨(38)配合滑动连接，所述药液泵架组件(28)与旋转臂另一端活动吊装连接，使所述药液泵架组件(28)沿病床一侧滑动并展开旋转移动，所述报警指示灯(17)设在所述固定悬臂的前端位置，所述检查照明灯(32)是通过旋转支杆(14)和固定臂(15)配合设在所述固定悬臂上。
  8. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述输液药泵支承臂为固定悬臂(16)结构，所述固定悬臂一端固定连接所述主横梁(12)，所述药液泵架组件(28)是由U型构造的输液药泵滑动总成(26)与所述固定悬臂上的滑轨(38)配合滑动连接，使所述药液泵架组件(28)沿病床一侧滑动，所述报警指示灯(17)设在所述固定悬臂的前端位置，所述检查照明灯(32)是通过旋转支杆(14)和固定臂(15)配合设在所述固定悬臂上。
  9. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述输液药泵支承臂为两个旋转臂(27)组合结构，所述两个旋转臂首尾两端上下连接，其一个所述旋转臂的一端连接所述主横梁(12)，另一旋转臂的一端活动吊装连接所述药液泵架组件(28)，使所述药液泵架组件(28)沿病床一侧展开旋转移动。
  10. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征是：所述医气管道安控装置包括与所述医气管道(40)连接的管道阀门(39)、氧气压力监测装置(41)，所述氧气压力监测装置与所述报警指示灯(17)连接，使氧气压力监测装置检测到医气管道发生泄漏或压力不稳定时所述报警指示灯(17)能提示报警。
  11. 根据权利要求2-5之一所述的一种立地式重症监护病房护理工作站，其特征在于： 所述隐藏式强弱电源控制箱II(21)和隐藏式强弱电源控制箱I(37)分别包括强电插座、弱电接口、接地端子、断路器(49)、漏电开关。
  12. 根据权利要求2或3所述的一种立地式重症监护病房护理工作站，其特征在于：所述医用影像图文数字信息装置为医用级影像显示器构造。
  13. 根据权利要求2或3所述的一种立地式重症监护病房护理工作站，其特征在于：所述医用影像图文数字信息装置为医用级影像专用一体机电脑构造。
  14. 根据权利要求2或3所述的一种立地式重症监护病房护理工作站，其特征在于：所述医用影像图文数字信息装置为触摸屏一体机电脑构造。
  15. 根据权利要求2或3所述的一种立地式重症监护病房护理工作站，其特征在于：所述医用影像图文数字信息装置为平板电脑构造。
  16. 根据权利要求2-5之一所述的一种立地式重症监护病房护理工作站，其特征在于：所述呼吸机升降平台(2)和所述工作平台(22)分别包括具有抽屉的台板、设在台板下方位于抽屉(43)两侧的隐藏式电源插座盒II(42)，所述隐藏式电源插座盒II(42)内设有电源插座和收线器。
  17. 根据权利要求4或5所述的一种立地式重症监护病房护理工作站，其特征在于：所述呼吸机升降平台(2)通过升降总成与所述监护立柱(4)连接，所述升降总成包括连杆(44)、导轨装置(45)和电动推杆(46)。
  18. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述护理立柱(23)为医疗用品储物柜组件结构构造，所述护理功能组件包括听诊器挂架(25)、冷热两用冰柜(5)、手电筒挂架、负压吸管盒、隐藏式强弱电源控制箱I(21)、工作平台(22)。
  19. 根据权利要求18所述的一种立地式重症监护病房护理工作站，其特征在于：所述护理立柱(23)上的医疗用品储物柜组件为具有开合门(57)构造的腔体(55)结构。
  20. 根据权利要求18所述的一种立地式重症监护病房护理工作站，其特征在于：所述医疗用品储物柜组件为敞口结构构造。
  21. 根据权利要求18所述的一种立地式重症监护病房护理工作站，其特征在于：所述医疗用品储物柜组件为独立构造并外挂连接于所述护理立柱(23)的外挂柜/盒/框(58)结构。
  22. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述硬管构造的医气管道(40)是从地面分别延伸进所述主横梁(12)、监护立柱(4)、护理立柱(23)与相应的医气管道安控装置和医气终端安装连接，强弱电源(50)是从地面分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
  23. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述硬管构造的医气管道(40)是从天花顶层分别延伸进所述主横梁(12)、监护立柱(4)、护理立柱(23)与相应的医气管道安控装置和医气终端安装连接，强弱电源(50)是从天花顶层分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
  24. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述硬管构造的医气管道(40)是从墙面的侧向分别延伸进所述主横梁(12)、监护立柱(4)、护理立柱(23)与相应的医气管道安控装置和医气终端安装连接，强弱电源(50)是从墙面的侧向分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接。
  25. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述主横梁(12)的一端部向后延伸构成横向分段构造，所述护理立柱(23)与所述主横梁(12)的向后横向分段一端连接。
  26. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述主横梁(12)的一端部向前延伸构成横向分段构造，所述护理立柱(23)与所述主横梁(12)的向前横向分段一端连接。
  27. 一种立地式重症监护病房护理工作站，其特征在于：包括横向设置的主横梁(12)、分别与主横梁(12)两端连接并延伸固定于地面的监护立柱(4)和护理立柱(23)，所述主横梁上分别设有带反光装置(10)的睡眠灯(11)、病人基本信息数字显示屏(13)、辅助照明灯(33)，所述主横梁(12)的一端部向前延伸构成横向分段构造，所述护理立柱与所述主横梁(12)的向前横向分段一端连接，所述主横梁(12)的向前横向分段上分别设有报警指示灯(17)、灯带(60)、药液泵架组件(28)和检查照明灯(32)，所述监护立柱(4)配置有治疗监护功能组件，所述护理立柱(23)配置有护理功能组件，所述监护立柱(4)和护理立柱(23)上设有医气管道安控装置与电源安控装置，硬管构造的医气管道(40)分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源(50)分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述药液泵架组件(28)与所述主横梁(12)向前横向分段上的滑轨滑动连接，所述监护立柱(4)和护理立柱(23)与主横梁(12)构成的平面布局能根据临床需求而改变其位置、方向、距离和角度。
  28. 一种立地式重症监护病房护理工作站，其特征在于：包括横向设置的主横梁(12)、分别与主横梁(12)平行两端连接并延伸固定于地面的监护立柱(4)和护理立柱(23)，所述主横梁上分别设有带反光装置(10)的睡眠灯(11)、病人基本信息数字显示屏(13)、辅助照明灯(33)、输液药泵支承臂，所述输液药泵支承臂上设有报警指示灯(17)、药液 泵架组件(28)和检查照明灯(32)，所述监护立柱(4)配置有治疗监护功能组件，所述护理立柱(23)配置有护理功能组件，所述监护立柱(4)和护理立柱(23)上设有医气管道安控装置与电源安控装置，硬管构造的医气管道(40)分别延伸进所述主横梁、监护立柱、护理立柱与相应的医气管道安控装置和医气终端安装连接，强弱电源(50)分别延伸进所述主横梁、监护立柱、护理立柱与相应的电源安控装置和强弱电源插座接口安装连接，所述监护立柱(4)、护理立柱(23)和输液药泵支承臂与主横梁(12)构成的平面布局能根据临床需求而改变其位置、方向、距离和角度。
  29. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述医气管道(40)为硬质金属材质构造。
  30. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述医气管道(40)为硬质非金属材质构造。
  31. 根据权利要求1、27、28之一所述的一种立地式重症监护病房护理工作站，其特征在于：所述护理工作站采用通过吊管(61)悬吊与落地结合固定的连接结构。
  32. 根据权利要求1、27、28之一所述的一种立地式重症监护病房护理工作站，其特征在于：所述护理工作站提供医用设备承载、强弱电插座接口、医用气体接口以及基本信息显示、医疗影像和医护数字信息的采集、浏览、记载、传输与储存。
  33. 根据权利要求1所述的一种立地式重症监护病房护理工作站，其特征在于：所述护理工作站还包括连接于所述主横梁(12)的病人移吊装置(62)，所述病人移吊装置采用移吊臂(6203)结构，所述移吊臂通过固定座(6201)与所述主横梁(12)连接，所述移吊臂通过轴(6202)与所述固定座活动连接，所述移吊臂上安装有通过升降电机(6204)驱动并具有吊钩(6206)的吊带(6205)。
  34. 根据权利要求33所述的一种立地式重症监护病房护理工作站，其特征在于：所述病人移吊装置采用升降臂(6207)结构，所述升降臂通过固定座(6201)与所述主横梁(12)连接，所述升降臂通过轴(6202)与所述固定座活动连接并由驱动装置(6208)驱动升降，所述升降臂上固定安装具有吊钩(6206)的吊带(6205)。
  35. 根据权利要求33所述的一种立地式重症监护病房护理工作站，其特征在于：所述升降臂(6207)通过轴座(6209)与所述主横梁(12)连接，所述升降臂一端连接驱动装置(6208)，所述升降臂上固定安装具有吊钩(6206)的吊带(6205)。
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