EP3725281B1 - Standpflegearbeitsplatz für intensivstationen - Google Patents

Standpflegearbeitsplatz für intensivstationen Download PDF

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Publication number
EP3725281B1
EP3725281B1 EP20161764.4A EP20161764A EP3725281B1 EP 3725281 B1 EP3725281 B1 EP 3725281B1 EP 20161764 A EP20161764 A EP 20161764A EP 3725281 B1 EP3725281 B1 EP 3725281B1
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EP
European Patent Office
Prior art keywords
nursing
column
main beam
monitoring
standing
Prior art date
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Active
Application number
EP20161764.4A
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English (en)
French (fr)
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EP3725281A1 (de
Inventor
Zhiliang Chen
Xuwu YANG
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Hunan Taiyanglong Medical Tech Co Ltd
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Hunan Taiyanglong Medical Tech Co Ltd
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Publication of EP3725281A1 publication Critical patent/EP3725281A1/de
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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 present invention belongs to hospital auxiliary treatment equipment, and particularly relates to a standing intensive care unit (ICU) nursing workstation.
  • ICU intensive care unit
  • ICU is an important discipline of modern hospitals. Suspension bridge/tower of ICU has been widely used in ICU as indispensable auxiliary medical equipment.
  • ICU suspension bridge/tower is constructed as a bridge or tower structure provided with medical gas and power outlets and a simple equipment platform. Since the ICU suspension bridge/tower is suspended from a ceiling or concrete floor slab by a hanging tube, there is no bearing point on the floor.
  • This suspension connection structure has extremely strict requirements on the installation of a suspension connection bracket and the bearing capacity of the ceiling or concrete floor slab. In order to ensure safety, the suspension device needs to be frequently maintained to eliminate the hidden danger of falling.
  • the suspension connection structure is installed in an interlayer of the ceiling or floor slab, it is inconvenient to install and maintain.
  • a medical gas tube is connected to a medical gas terminal by a hose structure.
  • the hose is easy to be aged to cause safety accidents, so that it requires regular maintenance and replacement.
  • it is inconvenient to maintain and replace, which will affect the continuity of use and cannot guarantee the need for 24-hour uninterrupted medical monitoring in the ICU.
  • a medicine solution rack of the existing ICU suspension bridge/tower is inconvenient to connect and move within a limited bed space in clinical use.
  • EP3482733A1 discloses a multifunctional floor-stand medical cart. It includes a vertical section of parallel positioned monitoring column and nursing column that are fixedly connected and mounted on the floor and a horizontal section that is connected to an upper portion of the vertical section and extends to be located above a hospital bed. The horizontal section is provided with a supporting swing pipe connected to the ceiling.
  • WO2015/062367 discloses an ICU bridge care unit mounted to a ceiling.
  • An objective of the present invention is to provide a standing intensive care unit (ICU) nursing workstation.
  • the nursing workstation has a main beam horizontally arranged above a headboard of a hospital bed, and a monitoring column and a nursing column extending from two ends of the main beam and fixedly connected to a floor.
  • the support structure is firm.
  • a medical gas tube is connected to a medical gas terminal by a rigid tube structure.
  • the nursing workstation is also provided with a medical gas tube security control device and a power security control device, which provide an alarm instruction for oxygen pressure alarm, power failure alarm and intercom device call prompt. This is convenient for safety control and maintenance.
  • a medicine solution pump rack assembly is free to slide and unfold along a side of the hospital bed. At the same time, the clinical function-based configuration of the nursing column is abundant and complete, which improves the convenience of use and safety.
  • a standing intensive care unit (ICU) nursing workstation includes a horizontally arranged main beam, and a monitoring column and a nursing column which are respectively connected to two ends of the main beam and extend to be fixed to a floor, where one end of the main beam extends in at least one direction different therefrom to form a horizontally segmented structure, and the nursing column is connected to one end of a horizontal segment of the main beam;
  • the main beam is provided with a sleep lamp (having a reflective device), a patient information digital display screen, an auxiliary illuminating lamp and an infusion solution pump support arm;
  • the infusion solution pump support arm is provided with an alarm indicator, a medicine solution pump rack assembly and an examination illuminating lamp;
  • the monitoring column is provided with a treatment monitoring function assembly;
  • the nursing column is provided with a nursing function assembly;
  • the monitoring column and the nursing column are respectively provided with a medical gas tube security control device and a power supply security control device;
  • a rigid medical gas tube extends to the main beam, the monitoring column
  • the nursing column adopts a column structure;
  • the nursing function assembly includes a stethoscope hanger, a flashlight hanger, a negative pressure straw box, a hidden strong/weak power control box I, a working platform, a medical image-text digital information device and a keyboard support plate;
  • the medical image-text digital information device is externally attached to the nursing column;
  • a keyboard placement area and a mouse placement area are respectively arranged above the keyboard support plate;
  • a keyboard movable cover and a mouse movable cover connected to a keyboard base support in an inverted manner are arranged above the keyboard placement area and the mouse placement area.
  • the nursing column adopts a storage box device;
  • the nursing function assembly includes the medical image-text digital information device, the working platform, the flashlight hanger, the negative pressure straw box, the hidden strong/weak power control box I, the stethoscope hanger and the keyboard drawer;
  • the medical image-text digital information device is embedded in a movable cabinet door of the storage box device.
  • the treatment monitoring function assembly of the monitoring column includes a ventilator lifting platform, an embedded storage cavity (having a movable door), a cold/hot freezer, a medical instrument platform, a hidden power socket box I under the medical instrument platform, a medicinal pump rack rod assembly, a call intercom, a medical gas terminal and a hidden strong/weak power control box II; the call intercom is connected to the alarm indicator; the alarm indicator prompts an alarm when the call intercom is calling; the hidden power socket box I is provided therein with a power socket and a take-up device.
  • the treatment monitoring function assembly of the monitoring column includes a ventilator lifting platform, an embedded storage cavity (having a movable door), a cold/hot freezer, a medicine solution pump rack rod assembly, a call intercom, a medical gas terminal, a hidden strong/weak power control box II, a monitoring module input/output interface and an embedded monitoring information display screen;
  • the call intercom is connected to the alarm indicator;
  • the alarm indicator gives a prompt when the call intercom is calling;
  • the embedded monitoring information display screen is embedded in the monitoring column and cooperates with the monitoring module input/output interface to display monitoring information.
  • the medicine solution pump rack assembly is a medicine solution pump rack box;
  • the medicine solution pump rack box includes a suction terminal, a U-shaped infusion pump hanging rod, and a medicine solution hook shaft rod assembly, a take-up device, a power socket and a weak power interface.
  • the infusion solution pump support arm 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 slidably connected to a slide rail on the fixed cantilever through a U-shaped infusion solution pump sliding assembly; the medicine solution pump rack assembly is movably lifted to the other end of the rotating arm, so that the medicine solution pump rack assembly slides along a side of a hospital bed to expand and rotate; the alarm indicator is arranged at a front end position of the fixed cantilever; the examination illuminating lamp is arranged on the fixed cantilever through a rotary support rod and a fixed arm in cooperation.
  • the infusion solution pump support arm is constructed as a fixed cantilever; one end of the fixed cantilever is fixedly connected to the main beam; the medicine solution pump rack assembly is slidably connected to a slide rail on the fixed cantilever through a U-shaped infusion solution pump sliding assembly, so that the medicine solution pump rack assembly slides along a side of a hospital bed to expand and rotate; the alarm indicator is arranged at a front end position of the fixed cantilever; the examination illuminating lamp is arranged on the fixed cantilever through a rotary support rod and a fixed arm in cooperation.
  • the infusion solution pump support arm is a combined structure of two rotating arms; the two rotating arms are connected up and down from end to end; one end of one rotating arm is connected to the main beam, and one end of the other rotating arm movably lifts the medicine solution pump rack assembly, so that the medicine solution pump rack assembly is expanded, rotated and moved along a side of the hospital bed.
  • the medical gas tube security control device includes a tube valve and an oxygen pressure monitoring device connected to a medical gas tube; the oxygen pressure monitoring device is connected to the alarm indicator; the alarm indicator prompts an alarm when the oxygen pressure monitoring device detects a leak or unstable pressure in the medical gas tube.
  • the hidden strong/weak power control box II and the hidden strong/weak power control box I respectively include a strong power socket, a weak power interface, a ground terminal, a circuit breaker and a leakage switch.
  • the medical image-text digital information device is constructed as a medical-grade image display.
  • the medical image-text digital information device is a medical-grade imaging-dedicated all-in-one computer.
  • the medical image-text digital information device is an all-in-one touch screen computer.
  • the medical image-text digital information device is a tablet computer.
  • the ventilator lifting platform and the working platform each include a platform plate with a drawer, and a hidden power socket box II on both sides of the drawer below the platform plate; the hidden power socket box II is provided therein with a power socket and a take-up device.
  • the ventilator lifting platform is connected to the monitoring column through a lifting assembly;
  • the lifting assembly includes a connecting rod, a guide rail device and an electric push rod.
  • the nursing column is constructed as a medical supply storage cabinet assembly;
  • the nursing function assembly includes a stethoscope hanger, a cold/hot freezer, a flashlight hanger, a negative pressure straw box, a hidden strong/weak power control box I and a working platform.
  • the medical supply storage cabinet assembly on the nursing column is a cavity with an active door.
  • the medical supply storage cabinet assembly is constructed as an open structure.
  • the medical supply storage cabinet assembly is independently constructed and externally connected to an external cabinet/box/frame of the nursing column.
  • the rigid medical gas tube extends from a floor into the main beam, the monitoring column and the nursing column to correspondingly connect a medical gas tube security control device and a medical gas terminal;
  • the strong/weak power supply extends from a floor into the main beam, the monitoring column and the nursing column to correspondingly connect a power security control device and a strong/weak power socket interface.
  • the rigid medical gas tube extends from a ceiling into the main beam, the monitoring column and the nursing column to correspondingly connect a medical gas tube security control device and a medical gas terminal;
  • the strong/weak power supply extends from a ceiling into the main beam, the monitoring column and the nursing column to correspondingly connect a power security control device and a strong/weak power socket interface.
  • the rigid medical gas tube laterally extends from a wall into the main beam, the monitoring column and the nursing column to correspondingly connect a medical gas tube security control device and a medical gas terminal;
  • the strong/weak power supply laterally extends from a wall into the main beam, the monitoring column and the nursing column to correspondingly connect a power security control device and a strong/weak power socket interface.
  • one end of the main beam extends rearward to form a horizontally segmented structure, and the nursing column is connected to one end of a rearward horizontal segment of the main beam.
  • one end of the main beam extends forward to form a horizontally segmented structure, and the nursing column is connected to one end of a forward horizontal segment of the main beam.
  • a standing ICU nursing workstation includes a horizontally arranged main beam, and a monitoring column and a nursing column which are respectively connected to two ends of the main beam and extend to be fixed to a floor, where the main beam is provided with a sleep lamp (having a reflective device), a patient information digital display screen and an auxiliary illuminating lamp; one end of the main beam extends forward to form a horizontally segmented structure, and the nursing column is connected to one end of a forward horizontal segment of the main beam; the forward horizontal segment of the main beam is respectively provided with an alarm indicator, a light strip, a medicine solution pump rack assembly and an examination illuminating lamp; the monitoring column is provided with a treatment monitoring function assembly; the nursing column is provided with a nursing function assembly; the monitoring column and the nursing column are provided with a medical gas tube security control device and a power supply security control device; a rigid medical gas tube extends into the main beam, the monitoring column and the nursing column to correspondingly connect a medical gas
  • a standing ICU nursing workstation includes a horizontally arranged main beam, and a monitoring column and a nursing column which are respectively connected to two ends of the main beam in parallel and extend to be fixed to a floor, where the main beam is provided with a sleep lamp (having a reflective device), a patient information digital display screen, an auxiliary illuminating lamp, an alarm indicator, a medicine solution pump rack assembly and an examination illuminating lamp; the monitoring column is provided with a treatment monitoring function assembly; the nursing column is provided with a nursing function assembly; the monitoring column and the nursing column are provided with a medical gas tube security control device and a power supply security control device; a rigid medical gas tube extends into the main beam, the monitoring column and the nursing column to correspondingly connect a medical gas tube security control device and a medical gas terminal; a strong/weak power supply extends into the main beam, the monitoring column and the nursing column to correspondingly connect a power supply security control device and a strong/weak power socket interface
  • the medical gas tube is made of a rigid metal material.
  • the medical gas tube is made of a rigid non-metallic material.
  • the nursing workstation is suspended by using a hanging tube and fixed to the floor.
  • the nursing workstation provides a medical equipment bearing device, a strong/weak power socket interface, a medical gas interface, a basic information display, and a device for acquiring, browsing, recording, transmitting and storing medical image and medical care digital information.
  • the nursing workstation further includes a patient lifting and moving device connected to the main beam; the patient lifting and moving device adopts a lifting and moving arm; the lifting and moving arm is connected to the main beam through a fixed seat; the lifting and moving arm is movably connected to the fixed seat through a shaft; the lifting and moving arm is provided with a sling driven by a lifting motor and provided with a hook.
  • the patient lifting and moving device adopts a lifting arm; the lifting arm is connected to the main beam through a fixed seat; the lifting arm is movably connected to the fixed seat through a shaft and is driven by a driving device; the lifting arm is fixedly provided with a sling with a hook.
  • the lifting arm is connected to the main beam through a shaft seat; one end of the lifting arm is connected to the driving device; the lifting arm is fixedly provided with a sling with a hook.
  • U-shaped infusion pump hanging rod 32. examination illuminating lamp, 33. auxiliary illuminating lamp, 34. medicine solution pump rack rod assembly, 35. call intercom, 36. medical gas terminal, 37. hidden strong/weak power box II, 38. guide rail, 39. service valve, 40. medical gas tube, 41. oxygen pressure monitoring device, 42. hidden power socket box II, 43. drawer, 44. connecting rod, 45. guide rail device, 46. electric push rod, 47. drag chain, 48. cantilever beam, 49. circuit breaker, 50. strong/weak power supply, 51. embedded monitoring information display screen, 52. monitoring module input/output interface, 53. storage box, 54. keyboard drawer, 55. storage cabinet, 56. layered partition, 57. active door, 58.
  • FIG. 1 FIG. 1 , FIG. 2 , FIG. 3 , FIG. 4 , FIG. 5 , FIG. 6 , FIG. 7 , FIG. 8 , FIG. 9, FIG. 10 , FIG. 11, FIG. 12 , FIG. 13 , FIG. 14, FIG. 15 , FIG. 16, FIG. 17 , FIG. 18 , FIG. 19 , FIG. 20 , FIG. 21 , FIG. 22 , FIG. 23 , FIG. 24 , FIG. 25 , FIG. 26 , FIG. 27 , FIG. 28 , FIG. 29, FIG. 30 , FIG. 31 , FIG. 32 , FIG. 33 , FIG. 34, FIG. 35, FIG. 36 , FIG. 37 and FIG.
  • a standing intensive care unit (ICU) nursing workstation includes the following components assembled by a fastener and a connecting member: a monitoring column shield 1, a ventilator lifting platform 2, an access door 3, a monitoring column 4, a cold/hot freezer 5, an embedded storage cavity 6, a movable door 7, a hidden power socket box I 8, a medical instrument platform 9, a reflective device 10, a sleep lamp 11, a main beam 12, a patient information digital display 13, a rotary support rod 14, a fixed arm 15, a fixed cantilever 16, an alarm indicator 17, an illuminating lamp 18, a medical image-text digital information device 19, a keyboard tray 20, a hidden strong/weak power box I 21, a working platform 22, a nursing column 23, a nursing column shield 24, a stethoscope hanger 25, an infusion solution pump sliding assembly 26, a rotating arm 27, a medicine solution pump rack assembly, 28, a suction terminal 29, a medicine solution hook shaft rod assembly 30, a U-shaped infusion pump hanging rod 31, an examination illuminating lamp 32, an auxiliary illuminal color
  • a standing ICU nursing workstation includes a horizontally arranged main beam 12, and a monitoring column 4 and a nursing column 23 which are respectively connected to two ends of the main beam 12 and extend to be fixed to a floor.
  • One end of the main beam 12 extends in at least one direction different therefrom to form a horizontally segmented structure, and the nursing column is connected to one end of a horizontal segment of the main beam 12.
  • the main beam is provided with a sleep lamp 11 (having a reflective device 10), a patient information digital display screen 13, an auxiliary illuminating lamp 33 and an infusion solution pump support arm.
  • the infusion solution pump support arm is provided with an alarm indicator 17, a medicine solution pump rack assembly 28 and an examination illuminating lamp 32.
  • the monitoring column 4 is provided with a treatment monitoring function assembly
  • the nursing column 23 is provided with a nursing function assembly.
  • the monitoring column 4 and the nursing column 23 are respectively provided with a medical gas tube security control device and a power supply security control device.
  • a rigid medical gas tube 40 extends to the main beam, the monitoring column and the nursing column to correspondingly connect a medical gas tube security control device and a medical gas terminal.
  • a strong/weak power supply extends to the main beam, the monitoring column and the nursing column to correspondingly connect a power supply security control device and a strong/weak power socket interface.
  • a planar layout formed by the monitoring column 4, the nursing column 23, the infusion solution pump support arm and the main beam 12 can change a position, a direction, a distance and an angle thereof according to a clinical need.
  • the nursing column 23 adopts a column structure.
  • the nursing function assembly includes a stethoscope hanger 25, a flashlight hanger, a negative pressure straw box, a hidden strong/weak power control box I 21, a working platform 22, a medical image-text digital information device 19 and a keyboard support plate 20.
  • the medical image-text digital information device 19 is externally attached to the nursing column 23.
  • a keyboard placement area 206 and a mouse placement area 205 are respectively arranged above the keyboard support plate 20.
  • a keyboard movable cover 201 and a mouse movable cover 204 connected to a keyboard base support 202 in an inverted manner are arranged above the keyboard placement area and the mouse placement area.
  • the nursing column 23 adopts a storage box device 53.
  • the nursing function assembly includes a medical image-text digital information device 19, a working platform 22, a flashlight hanger, a negative pressure straw box, a hidden strong/weak power control box 121, a stethoscope hanger 25 and a keyboard drawer 54.
  • the storage box device 53 is formed by a cabinet housing 5303 and an embedded storage box 5302.
  • the storage box is provided with a storage box cavity 5304 and a movable cabinet door 5301, and is embedded in the nursing column 23.
  • the medical image-text digital information device 19 of the storage box device 53 is embedded in the movable cabinet door 5301 of the storage box device 53.
  • the treatment monitoring function assembly of the monitoring column 4 includes a ventilator lifting platform 2, an embedded storage cavity 6 (having a movable door 7), a cold/hot freezer 5, a medical instrument platform 9, a hidden power socket box I 8 under the medical instrument platform, a medicinal pump rack rod assembly 34, a call intercom 35, a medical gas terminal 36 and a hidden strong/weak power control box II 37.
  • the call intercom 35 is connected to the alarm indicator 17.
  • the alarm indicator 17 prompts an alarm when the call intercom 35 is calling.
  • the hidden power socket box I 8 is provided therein with a power socket and a take-up device.
  • the treatment monitoring function assembly of the monitoring column 4 includes a ventilator lifting platform 2, an embedded storage cavity 6 (having a movable door 7), a cold/hot freezer 5, a medicine solution pump rack rod assembly 34, a call intercom 35, a medical gas terminal 36, a hidden strong/weak power control box II 37, a monitoring module input/output interface 52 and an embedded monitoring information display screen 51.
  • the call intercom 35 is connected to the alarm indicator 17.
  • the alarm indicator 17 gives a prompt when the call intercom 35 is calling.
  • the embedded monitoring information display screen 51 is embedded in the monitoring column 4 and cooperates with the monitoring module input/output interface 52 to display monitoring information.
  • the medicine solution pump rack assembly 28 is a medicine solution pump rack box.
  • the medicine solution pump rack box includes a suction terminal 29, a U-shaped infusion pump hanging rod 31, a medicine solution hook shaft rod assembly 30, a take-up device, a power socket and a weak power interface.
  • the infusion solution pump support arm 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 slidably connected to a slide rail 38 on the fixed cantilever through a U-shaped infusion solution pump sliding assembly 26.
  • the medicine solution pump rack assembly 28 is movably lifted to the other end of the rotating arm, so that the medicine solution pump rack assembly 28 slides along a side of a hospital bed to expand rotate.
  • the alarm indicator 17 is arranged at a front end position of the fixed cantilever.
  • the examination illuminating lamp 32 is arranged on the fixed cantilever through a rotary support rod 14 and a fixed arm 15 in cooperation.
  • the infusion solution pump support arm is constructed as a fixed cantilever 16.
  • One end of the fixed cantilever is fixedly connected to the main beam 12.
  • the medicine solution pump rack assembly 28 is slidably connected to the slide rail 38 on the fixed cantilever through the U-shaped infusion solution pump sliding assembly 26, so that the medicine solution pump rack assembly 28 slides along a side of the hospital bed to expand and rotate.
  • the alarm indicator 17 is arranged at a front end position of the fixed cantilever.
  • the examination illuminating lamp 32 is arranged on the fixed cantilever through the rotary support rod 14 and the fixed arm 15 in cooperation.
  • the infusion solution pump support arm is a combined structure of two rotating arms 27.
  • the two rotating arms are connected up and down from end to end.
  • One end of one rotating arm is connected to the main beam 12, and one end of the other rotating arm movably lifts the medicine solution pump rack assembly 28. In this way, the medicine solution pump rack assembly 28 is expanded, rotated and moved along a side of the hospital bed.
  • the medical gas tube security control device includes a tube valve 39 and an oxygen pressure monitoring device 41 connected to a medical gas tube 40.
  • the oxygen pressure monitoring device is connected to the alarm indicator 17.
  • the alarm indicator 17 prompts an alarm when the oxygen pressure monitoring device detects a leak or unstable pressure in the medical gas tube.
  • the hidden strong/weak power control box II 21 and the hidden strong/weak power control box I 37 respectively include a strong power socket, a weak power interface, a ground terminal, a circuit breaker 49, and a leakage switch.
  • the medical image-text digital information device is constructed as a medical-grade image display.
  • the medical image-text digital information device is a medical-grade imaging-dedicated all-in-one computer.
  • the medical image-text digital information device is an all-in-one touch screen computer.
  • the medical image-text digital information device is a tablet computer.
  • the ventilator lifting platform 2 and the working platform 17 each include a platform plate with a drawer, and a hidden power socket box II 42 on both sides of the drawer 43 below the platform plate.
  • the hidden power socket box II 42 is provided therein with a power socket and a take-up device.
  • the ventilator lifting platform 2 is connected to the monitoring column 4 through a lifting assembly.
  • the lifting assembly includes a connecting rod 44, a guide rail device 45, and an electric push rod 46.
  • the nursing column 23 is provided with a medical supply storage cabinet assembly.
  • the implementation differs from the preferred implementation in that: the nursing column 23 is constructed as a medical supply storage cabinet assembly; the nursing function assembly includes a stethoscope hanger 25, a flashlight hanger, a negative pressure straw box, a cold/hot freezer 5, a hidden strong/weak power control box 121 and a working platform 22.
  • the nursing column 23 is provided with a medical supply storage cabinet assembly
  • the medical supply storage cabinet assembly on the nursing column 23 is a cavity 55 with an active door 57.
  • the cavity 55 is provided therein with a layered partition 56.
  • the hot/cold freezer 5 is arranged in an inner cavity of the nursing column 23 below the medical supply storage cabinet assembly.
  • the monitoring column 4 may be provided with two embedded storage cavities 6.
  • the medical supply storage cabinet assembly may be constructed as an open structure.
  • the medical supply storage cabinet assembly may also be independently constructed and externally connected to an external cabinet/box/frame 58 of the nursing column 23.
  • a rigid medical gas tube 40 extends from a floor into the main beam 12, the monitoring column 4 and the nursing column 23 to correspondingly connect a medical gas tube security control device and a medical gas terminal.
  • a strong/weak power supply 50 extends from a floor into the main beam, the monitoring column and the nursing column to correspondingly connect a power security control device and a strong/weak power socket interface.
  • the rigid medical gas tube 40 extends from a ceiling into the main beam 12, the monitoring column 4 and the nursing column 23 to correspondingly connect a medical gas tube security control device and a medical gas terminal.
  • a strong/weak power supply 50 extends from a ceiling into the main beam, the monitoring column and the nursing column to correspondingly connect a power security control device and a strong/weak power socket interface.
  • the rigid medical gas tube 40 may further laterally extend from a wall into the main beam 12, the monitoring column 4 and the nursing column 23 to correspondingly connect a medical gas tube security control device and a medical gas terminal.
  • a strong/weak power supply 50 laterally extends from a wall into the main beam, the monitoring column and the nursing column to correspondingly connect a power security control device and a strong/weak power socket interface.
  • one end of the main beam 12 extends rearward to form a horizontally segmented structure, and the nursing column 23 is connected to one end of a rearward horizontal segment of the main beam 12.
  • one end of the main beam 12 extends forward to combine with a hospital bed.
  • the implementation differs from the preferred implementation in that: one end of the main beam 12 extends forward to form a horizontally segmented structure, and the nursing column 23 is connected to one end of a forward horizontal segment of the main beam 12.
  • the standing ICU nursing workstation includes a horizontally arranged main beam 12, and a monitoring column 4 and a nursing column 23 which are respectively connected to two ends of the main beam 12 and extend to be fixed to a floor.
  • the main beam is provided with a sleep lamp 11 (having a reflective device 10), a patient information digital display screen 13 and an auxiliary illuminating lamp 33.
  • One end of the main beam 12 extends forward to form a horizontally segmented structure, and the nursing column is connected to one end of a forward horizontal segment of the main beam 12.
  • the forward horizontal segment of the main beam 12 is respectively provided with an alarm indicator 17, a light strip 60, a medicine solution pump rack assembly 28 and an examination illuminating lamp 32.
  • the monitoring column 4 is provided with a treatment monitoring function assembly.
  • the nursing column 23 is provided with a nursing function assembly.
  • the monitoring column and the nursing column 23 are provided with a medical gas tube security control device and a power supply security control device.
  • the rigid medical gas tube 40 extends into the main beam, the monitoring column and the nursing column to correspondingly connect a medical gas tube security control device and a medical gas terminal.
  • a strong/weak power supply 50 extends into the main beam, the monitoring column and the nursing column to correspondingly connect a power security control device and a strong/weak power socket interface.
  • the medicine solution pump rack assembly 28 is slidably connected to a slide rail on the forward horizontal segment of the main beam 12.
  • a planar layout formed by the monitoring column 4, the nursing column 23 and the main beam 12 can change a position, a direction, a distance and an angle thereof according to a clinical need.
  • the standing ICU nursing workstation includes a horizontally arranged main beam 12, and a monitoring column 4 and a nursing column 23 which are respectively connected to two ends of the main beam 12 in parallel and extend to be fixed to a floor.
  • the main beam is provided with a sleep lamp 11 (having a reflective device 10), a patient information digital display screen 13, an auxiliary illuminating lamp 33 and an infusion solution pump support arm.
  • the infusion solution pump support arm is provided with an alarm indicator 17, a medicine solution pump rack assembly 28 and an examination illuminating lamp 32.
  • the monitoring column 4 is provided with a treatment monitoring function assembly.
  • the nursing column 23 is provided with a nursing function assembly.
  • the monitoring column 4 and the nursing column 23 are provided with a medical gas tube security control device and a power supply security control device.
  • a rigid medical gas tube 40 extends into the main beam, the monitoring column and the nursing column to correspondingly connect a medical gas tube security control device and a medical gas terminal.
  • a strong/weak power supply 50 extends into the main beam, the monitoring column and the nursing column to correspondingly connect a power supply security control device and a strong/weak power socket interface.
  • a planar layout formed by the monitoring column 4, the nursing column 23, the infusion solution pump support arm and the main beam 12 can change a position, a direction, a distance and an angle thereof according to a clinical need.
  • the medical gas tube 40 is made of a rigid metal material.
  • the medical gas tube 40 is made of a rigid non-metallic material.
  • the nursing workstation is suspended by using a hanging tube 61 and fixed to a floor.
  • the nursing workstation provides a medical equipment bearing device, a strong/weak power socket interface, a medical gas interface, a basic information display, and a device for acquiring, browsing, recording, transmitting and storing medical image and medical care digital information.
  • the nursing workstation further includes a patient lifting and moving device 62 connected to the main beam 12.
  • the patient lifting and moving device adopts a lifting and moving arm 6203.
  • the lifting and moving arm is connected to the main beam 12 through a fixed seat 6201.
  • the lifting and moving arm is movably connected to the fixed seat through a shaft 6202.
  • the lifting and moving arm is provided with a sling 6205 driven by a lifting motor 6204 and provided with a hook 6206.
  • the patient lifting and moving device adopts a lifting arm 6207.
  • the lifting arm is connected to the main beam 12 through a fixed seat 6201.
  • the lifting arm is movably connected to the fixed seat through a shaft 6202 and is driven by a driving device 6208.
  • the lifting arm is fixedly provided with a sling 6205 with a hook 6206
  • 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 the driving device 6208.
  • the lifting arm is fixedly provided with a sling 6205 with a hook 6206.
  • an angular orientation between one end of the main beam 12 and the horizontal segment extending in a different direction is determined according to a need of clinical use.
  • An angular orientation of the connection between the nursing column 23 and the fixed cantilever 16 as well as between the monitoring column 4 and the main beam 12 is also determined according to a need 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)

Claims (28)

  1. Stehende Intensivstation(ICU)-Krankenpflegearbeitsstation, umfassend einen horizontal angeordneten Hauptträger (12) und eine Überwachungssäule (4) und eine Krankenpflegesäule (23), die jeweils mit zwei Enden des Hauptträgers (12) verbunden sind und sich erstrecken, um an einem Boden befestigt zu werden; wobei der Hauptträger mit einer Schlaflampe (11), die eine reflektierende Vorrichtung (10) aufweist, einem digitalen Patienteninformationsanzeigebildschirm (13), einer Hilfsbeleuchtungslampe (33) und einem Infusionslösungspumpentragarm (27) versehen ist; der Infusionslösungspumpentragarm mit einem Alarmindikator (17), einer Gestellanordnung für Medikamentenlösungspumpen (28) und einer Untersuchungsbeleuchtungslampe (32) versehen ist; die Überwachungssäule (4) mit einer Behandlungsüberwachungsfunktionsanordnung versehen ist; die Krankenpflegesäule (23) mit einer Krankenpflegefunktionsanordnung versehen ist; die Überwachungssäule (4) und die Krankenpflegesäule (23) jeweils mit einer Sicherheitssteuervorrichtung für ein Rohr für medizinisches Gas und einer Sicherheitssteuervorrichtung für eine Stromversorgung versehen sind; ein starres Rohr (40) für medizinisches Gas sich zu dem Hauptträger (12), der Überwachungssäule (4) und der Krankenpflegesäule (23) erstreckt, um eine Sicherheitssteuervorrichtung für ein Rohr für medizinisches Gas und einen Anschluss (36) für medizinisches Gas entsprechend zu verbinden; eine Stark-/Schwachstromversorgung (50) sich zu dem Hauptträger, der Überwachungssäule und der Krankenpflegesäule erstreckt, um eine Sicherheitssteuervorrichtung für Stromversorgung und eine Steckdosenschnittstelle für Stark-/Schwachstrom entsprechend zu verbinden; dadurch gekennzeichnet, dass ein Ende des Hauptträgers (12) sich in mindestens einer Richtung erstreckt, die sich von einer Längsrichtung des Hauptträgers (12) unterscheidet, um ein horizontales Segment zu bilden, und die Krankenpflegesäule mit einem Ende des horizontalen Segments des Hauptträgers (12) verbunden ist, und ein ebenes Layout, gebildet durch die Überwachungssäule (4), die Krankenpflegesäule (23), den Infusionslösungspumpentragarm und den Hauptträger (12), eine Position, eine Richtung, einen Abstand und einen Winkel davon gemäß einem klinischen Bedarf ändern kann.
  2. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Krankenpflegesäule (23) eine Säulenstruktur annimmt; die Krankenpflegefunktionsanordnung einen Stethoskopaufhänger (25), einen Taschenlampenaufhänger, einen Unterdruckstrohhalmkasten, einen verborgenen Stark-/Schwachstromsteuerkasten I (21), eine Arbeitsplattform (22), eine digitale medizinische Bildtext-Informationsvorrichtung (19) und eine Tastaturtragplatte (20) umfasst; die digitale medizinische Bildtext-Informationsvorrichtung (19) extern an der Krankenpflegesäule (23) angebracht ist; oberhalb der Tastaturtragplatte (20) jeweils eine Tastaturstellfläche (206) und eine Mausstellfläche (205) angeordnet sind; oberhalb der Tastaturstellfläche und der Mausstellfläche eine bewegliche Tastaturabdeckung (201) und eine bewegliche Mausabdeckung (204) angeordnet sind, die mit einer Tastatur-Basishalterung (202) in einer umgekehrten Weise verbunden sind.
  3. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Krankenpflegesäule (23) eine Aufbewahrungskastenvorrichtung (53) annimmt; die Krankenpflegefunktionsanordnung die digitale medizinische Bildtext-Informationsvorrichtung (19), die Arbeitsplattform (22), den Taschenlampenaufhänger, den Unterdruckstrohhalmkasten, den verborgenen Stark-/Schwachstromsteuerkasten I (21), den Stethoskopaufhänger (25) und die Tastaturschublade (54) umfasst; die digitale medizinische Bildtext-Informationsvorrichtung (19) in einer beweglichen Schranktür (5301) der Aufbewahrungskastenvorrichtung (53) eingebettet ist.
  4. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Behandlungsüberwachungsfunktionsanordnung der Überwachungssäule (4) eine Ventilatorhebeplattform (2), einen eingebetteten Aufbewahrungshohlraum (6) (mit einer beweglichen Tür (7)), eine Kalt-/Warmgefriervorrichtung (5), eine Plattform für medizinische Instrumente (9), einen verborgenen Steckdosenkasten I (8) unter der Plattform für medizinische Instrumente, eine Gestellstangenanordnung für Medizinpumpen (34), eine Gegensprechanlage (35), einen Anschluss für medizinisches Gas (36) und einen verborgenen Stark-/Schwachstromsteuerkasten II (37) umfasst; die Gegensprechanlage (35) mit dem Alarmindikator (17) verbunden ist; der Alarmindikator (17) einen Alarm veranlasst, wenn die Gegensprechanlage (35) anruft; der verborgene Steckdosenkasten I (8) darin mit einer Steckdose und einer Aufnahmevorrichtung bereitgestellt ist.
  5. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Behandlungsüberwachungsfunktionsanordnung der Überwachungssäule (4) eine Ventilatorhebeplattform (2), einen eingebetteten Aufbewahrungshohlraum (6) (mit einer beweglichen Tür (7)), eine Kalt-/Warmgefriervorrichtung (5), eine Gestellstangenanordnung für Medikamentenlösungspumpen (34), eine Gegensprechanlage (35), einen Anschluss für medizinisches Gas (36), einen verborgenen Stark-/Schwachstromsteuerkasten II (37), eine Eingabe/Ausgabe-Schnittstelle für ein Überwachungsmodul (52) und einen eingebetteten Überwachungsinformationsanzeigebildschirm (51) umfasst; die Gegensprechanlage (35) mit dem Alarmindikator (17) verbunden ist; der Alarmindikator (17) eine Aufforderung gibt, wenn die Gegensprechanlage (35) anruft; der eingebettete Überwachungsinformationsanzeigebildschirm (51) in der Überwachungssäule (4) eingebettet ist und mit der Eingabe/Ausgabe-Schnittstelle für ein Überwachungsmodul (52) zusammenwirkt, um Überwachungsinformationen anzuzeigen.
  6. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Gestellanordnung für Medikamentenlösungspumpen (28) ein Gestellkasten für Medikamentenlösungspumpen ist; der Gestellkasten für Medikamentenlösungspumpen einen Sauganschluss (29), eine U-förmige Infusionspumpenaufhängestange (31) und eine Hakenschaftstangenanordnung für eine Medikamentenlösung (30), eine Aufnahmevorrichtung, eine Steckdose und eine Schwachstromschnittstelle umfasst.
  7. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei der Infusionslösungspumpentragarm eine kombinierte Struktur aus einem festen Ausleger (16) und einem Dreharm (27) ist; ein Ende des festen Auslegers fest mit dem Hauptträger (12) verbunden ist und ein Ende des Dreharms durch eine U-förmige Gleitanordnung für Infusionslösungspumpen (26) verschiebbar mit einer Gleitschiene (38) auf dem festen Ausleger verbunden ist; die Gestellanordnung für Medikamentenlösungspumpen (28) beweglich zu dem anderen Ende des Dreharms angehoben wird, sodass die Gestellanordnung für
    Medikamentenlösungspumpen (28) entlang einer Seite eines Krankenhausbetts gleitet, um sich zu erweitern und zu drehen; der Alarmindikator (17) an einer vorderen Endposition des festen Auslegers angeordnet ist; die Untersuchungsbeleuchtungslampe (32) über eine drehbare Tragstange (14) und einen festen Arm (15) in Zusammenwirkung an dem festen Ausleger angeordnet ist.
  8. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei der Infusionslösungspumpentragarm als ein fester Ausleger (16) konstruiert ist; ein Ende des festen Auslegers fest mit dem Hauptträger (12) verbunden ist; die Gestellanordnung für Medikamentenlösungspumpen (28) verschiebbar durch eine U-förmige Gleitanordnung für Infusionslösungspumpen (26) mit einer Gleitschiene (38) auf dem festen Ausleger verbunden ist, sodass die Gestellanordnung für Medikamentenlösungspumpen (28) entlang einer Seite eines Krankenhausbetts gleitet, um sich zu erweitern und zu drehen; der Alarmindikator (17) an einer vorderen Endposition des festen Auslegers angeordnet ist; die Untersuchungsbeleuchtungslampe (32) über eine drehbare Tragstange (14) und einen festen Arm (15) in Zusammenwirkung an dem festen Ausleger angeordnet ist.
  9. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei der Infusionslösungspumpentragarm eine kombinierte Struktur aus zwei Dreharmen (27) ist; die zwei Dreharme von Ende zu Ende auf- und abwärts verbunden sind; ein Ende eines Dreharms mit dem Hauptträger (12) verbunden ist und ein Ende des anderen Dreharms die Gestellanordnung für Medikamentenlösungspumpen (28) beweglich anhebt, sodass die Gestellanordnung für Medikamentenlösungspumpen (28) erweitert, gedreht und entlang einer Seite des Krankenhausbetts bewegt wird.
  10. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Sicherheitssteuervorrichtung für ein Rohr für medizinisches Gas ein Rohrventil (39) und eine Sauerstoffdrucküberwachungsvorrichtung (41) umfasst, die mit einem Rohr (40) für medizinisches Gas verbunden sind; die Sauerstoffdrucküberwachungsvorrichtung mit dem Alarmindikator (17) verbunden ist; der Alarmindikator (17) einen Alarm veranlasst, wenn die Sauerstoffdrucküberwachungsvorrichtung ein Leck oder einen instabilen Druck in dem Rohr für medizinisches Gas detektiert.
  11. Stehende ICU-Krankenpflegearbeitsstation nach einem der Ansprüche 2-5, wobei der verborgene Stark-/Schwachstromsteuerkasten II (21) und der verborgene Stark-/Schwachstromsteuerkasten I (37) jeweils eine Starkstromsteckdose, eine Schwachstromschnittstelle, einen Masseanschluss, einen Leistungsschalter (49) und einen Leckschalter umfassen.
  12. Stehende ICU-Krankenpflegearbeitsstation nach einem der Ansprüche 2-3, wobei die digitale medizinische Bildtext-Informationsvorrichtung als eine Bildanzeige medizinischer Qualität konstruiert ist.
  13. Stehende ICU-Krankenpflegearbeitsstation nach einem der Ansprüche 2-3, wobei die digitale medizinische Bildtext-Informationsvorrichtung ein Multifunktions-Computer medizinischer Qualität mit dedizierter Bildgebung ist.
  14. Stehende ICU-Krankenpflegearbeitsstation nach einem der Ansprüche 2-3, wobei die digitale medizinische Bildtext-Informationsvorrichtung ein Multifunktions-Touchscreen-Computer ist.
  15. Stehende ICU-Krankenpflegearbeitsstation nach einem der Ansprüche 2-3, wobei die digitale medizinische Bildtext-Informationsvorrichtung ein Tablet-Computer ist.
  16. Stehende ICU-Krankenpflegearbeitsstation nach einem der Ansprüche 2-5, wobei die Ventilatorhebeplattform (2) und die Arbeitsplattform (22) jeweils eine Plattformplatte mit einer Schublade und einen verborgenen
    Steckdosenkasten II (42) auf beiden Seiten der Schublade (43) unter der Plattformplatte umfassen; der verborgene Steckdosenkasten II (42) darin mit einer Steckdose und einer Aufnahmevorrichtung versehen ist.
  17. Stehende ICU-Krankenpflegearbeitsstation nach einem der Ansprüche 4-5, wobei die Ventilatorhebeplattform (2) über eine Hebeanordnung mit der Überwachungssäule (4) verbunden ist; die Hebeanordnung eine Verbindungsstange, eine Führungsschienenvorrichtung (45) und eine elektrische Schubstange (46) umfasst.
  18. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Krankenpflegesäule (23) als eine Aufbewahrungschrankanordnung für medizinische Versorgung konstruiert ist; die Krankenpflegefunktionsanordnung einen Stethoskopaufhänger (25), eine Kalt-/Warmgefriervorrichtung (5), einen Taschenlampenaufhänger, einen Unterdruckstrohhalmkasten, einen verborgenen Stark-/Schwachstromsteuerkasten I (21) und eine Arbeitsplattform (22) umfasst;
    wobei die Aufbewahrungschrankanordnung für medizinische Versorgung an der Krankenpflegesäule (23) vorzugsweise ein Hohlraum (55) mit einer aktiven Tür (57) ist;
    wobei die Aufbewahrungschrankanordnung für medizinische Versorgung vorzugsweise als eine offene Struktur konstruiert ist;
    wobei die Aufbewahrungschrankanordnung für medizinische Versorgung vorzugsweise unabhängig konstruiert und extern mit einem externen Schrank/Kasten/Rahmen (58) der Krankenpflegesäule (23) verbunden ist.
  19. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei das starre Rohr (40) für medizinisches Gas sich von einem Boden in den Hauptträger (12), die Überwachungssäule (4) und die Krankenpflegesäule (23) hinein erstreckt, um eine Sicherheitssteuervorrichtung für ein Rohr für medizinisches Gas und einen Anschluss für medizinisches Gas entsprechend zu verbinden; die Stark-/Schwachstromversorgung (50) sich von einem Boden in den Hauptträger, die Überwachungssäule und die Krankenpflegesäule hinein erstreckt, um eine Sicherheitssteuervorrichtung für Strom und eine Steckdosenschnittstelle für Stark-/Schwachstrom entsprechend zu verbinden.
  20. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei das starre Rohr (40) für medizinisches Gas sich von einer Decke in den Hauptträger (12), die Überwachungssäule (4) und die Krankenpflegesäule (23) hinein erstreckt, um eine Sicherheitssteuervorrichtung für ein Rohr für medizinisches Gas und einen Anschluss für medizinisches Gas entsprechend zu verbinden; die Stark-/Schwachstromversorgung (50) sich von einer Decke in den Hauptträger, die Überwachungssäule und die Krankenpflegesäule hinein erstreckt, um eine Sicherheitssteuervorrichtung für Strom und eine Steckdosenschnittstelle für Stark-/Schwachstrom entsprechend zu verbinden.
  21. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei das starre Rohr (40) für medizinisches Gas sich seitlich von einer Wand in den Hauptträger (12), die Überwachungssäule (4) und die Krankenpflegesäule (23) hinein erstreckt, um eine Sicherheitssteuervorrichtung für ein Rohr für medizinisches Gas und einen Anschluss für medizinisches Gas entsprechend zu verbinden; die Stark-/Schwachstromversorgung (50) sich seitlich von einer Wand in den Hauptträger, die Überwachungssäule und die Krankenpflegesäule hinein erstreckt, um eine Sicherheitssteuervorrichtung für Strom und eine Steckdosenschnittstelle für Stark-/Schwachstrom entsprechend zu verbinden.
  22. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei ein Ende des Hauptträgers (12) sich nach hinten erstreckt, um eine horizontal segmentierte Struktur zu bilden, und die Krankenpflegesäule (23) mit einem Ende eines hinteren horizontalen Segments des Hauptträgers (12) verbunden ist.
  23. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei ein Ende des Hauptträgers (12) sich nach vorne erstreckt, um eine horizontal segmentierte Struktur zu bilden, und die Krankenpflegesäule (23) mit einem Ende eines vorderen horizontalen Segments des Hauptträgers (12) verbunden ist.
  24. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei das Rohr (40) für medizinisches Gas aus einem starren Metallmaterial hergestellt ist.
  25. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei das Rohr (40) für medizinisches Gas aus einem starren nichtmetallischen Material hergestellt ist.
  26. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Krankenpflegearbeitsstation durch Verwenden eines Aufhängerohrs (61) aufgehängt und an dem Boden befestigt ist.
  27. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Krankenpflegearbeitsstation eine Lagervorrichtung für medizinisches Gerät, eine Steckdosenschnittstelle für Stark-/Schwachstrom, eine Schnittstelle für medizinisches Gas, eine Basisinformationsanzeige und eine Vorrichtung zum Erfassen, Durchsuchen, Aufzeichnen, Übertragen und Speichern von digitalen medizinischen Bild- und medizinischen Pflegeinformationen bereitstellt.
  28. Stehende ICU-Krankenpflegearbeitsstation nach Anspruch 1, wobei die Krankenpflegearbeitsstation ferner eine Patientenhebe-
    und -bewegungsvorrichtung (62) umfasst, die mit dem Hauptträger (12) verbunden ist; die Patientenhebe- und -bewegungsvorrichtung einen Hebe- und Bewegungsarm (6203) annimmt; der Hebe- und Bewegungsarm über einen festen Sitz (6201) mit dem Hauptträger (12) verbunden ist; der Hebe- und Bewegungsarm durch einen Schaft (6202) beweglich mit dem festen Sitz verbunden ist; der Hebe- und Bewegungsarm mit einer Schlinge (6205) versehen ist, die von einem Hebemotor (6204) angetrieben wird und mit einem Haken (6206) versehen ist;
    wobei die Patientenhebe- und -bewegungsvorrichtung vorzugsweise einen Hebearm (6207) annimmt; der Hebearm über einen festen Sitz (6201) mit dem Hauptträger (12) verbunden ist; der Hebearm über einen Schaft (6202) beweglich mit dem festen Sitz verbunden ist und von einer Antriebsvorrichtung (6208) angetrieben wird; der Hebearm fest mit einer Schlinge (6205) mit einem Haken (6206) versehen ist;
    wobei der Hebearm (6207) vorzugsweise über einen Schaftsitz (6209) mit dem Hauptträger (12) verbunden ist; ein Ende des Hebearms mit der Antriebsvorrichtung (6208) verbunden ist; der Hebearm fest mit einer Schlinge (6205) mit einem Haken (6206) versehen ist.
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CN109431727B (zh) * 2018-12-20 2024-03-08 湖南太阳龙医疗科技有限公司 一种新生儿床旁医护工作站
CN210355222U (zh) * 2019-04-16 2020-04-21 湖南太阳龙医疗科技有限公司 一种立地式重症监护病房护理工作站
CN109846650B (zh) * 2019-04-16 2023-12-19 湖南太阳龙医疗科技有限公司 一种立地式重症监护病房护理工作站

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CN109846650A (zh) 2019-06-07
JP3236919U (ja) 2022-03-31
EP3725281A1 (de) 2020-10-21
WO2020211290A1 (zh) 2020-10-22

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