CN109754862B - Intelligent scene experiment operating table system - Google Patents
Intelligent scene experiment operating table system Download PDFInfo
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- CN109754862B CN109754862B CN201910212951.8A CN201910212951A CN109754862B CN 109754862 B CN109754862 B CN 109754862B CN 201910212951 A CN201910212951 A CN 201910212951A CN 109754862 B CN109754862 B CN 109754862B
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Abstract
The invention discloses an intelligent scene experiment operating table system; the system comprises 3 major parts of an information acquisition system, an information processing system and an actuating mechanism system; the information acquisition system mainly comprises an acquisition unit, a data acquisition unit and a data processing unit, wherein the acquisition unit is used for acquiring characteristic information of an experimenter and acquiring an experimental target; the information processing is to perform scene analysis and processing through the collected information, that is, to execute the processing flow of fig. 2; the executing mechanism is used for implementing the final result of the information processing on each executing device to meet certain user requirements; the centralized control type signal acquisition and processing system is mainly used for enabling users to use the centralized control type signal acquisition and processing system more conveniently and intelligently through methods on the basis of the centralized control type signal acquisition and processing system. Let the user concentrate more on the experiment itself rather than the device usage. Through the intelligent scene recognition of the system, the system can intelligently configure various universal states of required equipment for users, and experimenters only need to be personalized and set some parameters specifically. The experimental efficiency is improved by the great convenient experimenter.
Description
Technical Field
The invention relates to an animal experiment operating table, in particular to an intelligent scene experiment operating table system.
Background
In the existing biological function experiment table or operation table, different equipment parameters exist under the conditions of different experimenters, different experiment subjects and even different experiment targets. If the parameters depend on the setting of experimenters one by one in each experiment, the complexity of the equipment use is highlighted, and meanwhile, the reasonability of the setting of the parameters is also greatly related to the personal experience of the experimenters. It is likely that the overall experiment fails due to improper setting of a certain parameter.
Disclosure of Invention
Therefore, in order to solve the above-mentioned deficiencies, the present invention provides an intelligent situational experiment operating table system. The centralized control type signal acquisition and processing system is mainly used for enabling users to use the centralized control type signal acquisition and processing system more conveniently and intelligently through methods on the basis of the centralized control type signal acquisition and processing system. Let the user concentrate more on the experiment itself than on the device usage. Through the intelligent scene recognition of the system, the system can intelligently configure various universal states of required equipment for users, and experimenters only need to be personalized and set some parameters specifically. The experimental efficiency is improved by the great convenient experimenter.
The invention is realized in this way, construct an intelligent scene experiment operating table system, which is characterized in that:
the system comprises: the system comprises 3 major parts of an information acquisition system, an information processing system and an actuating mechanism system; the information acquisition system mainly comprises an acquisition unit, a data acquisition unit and a data processing unit, wherein the acquisition unit is used for acquiring characteristic information of an experimenter and acquiring an experimental target;
the information processing system is used for carrying out scene analysis and processing on the acquired information; the executing mechanism system is used for implementing the final result of the information processing on each executing device to meet certain user requirements; the system comprises the following specific processes:
firstly, acquiring characteristic information of an experimenter, wherein the characteristic information is acquired in a mode of including image information and sound information of the experimenter;
then, searching and matching are carried out according to the characteristic information of the experimenter, if the matching is not successful, a manual matching link is entered, and the experimenter selects or inputs the characteristic information through a keyboard or a touch screen;
after the input is finished, updating or creating feature information into a feature library;
if the manual matching fails, the current experimenter is determined to be a non-specific experimenter;
after the experimenter matching process is executed, the execution mechanism is controlled to adjust through the centralized control system interface according to the experimenter habits stored in the feature library so as to adapt to the experimenter habits; the adjustment includes the following operations:
1) The height of the platform is adjusted to meet the habit of the experimenter by lifting the platform;
2) The developed recently developed experimental unit is selected by the experimenter;
3) Adjusting the camera system to the last experimental parameter;
4) Adjusting the animal ventilator to the user habit setting;
5) Adjusting the brightness and the color temperature of the top light to the setting of the habit of the user;
6) Adjusting a signal collector;
the actuating mechanism corresponding to the centralized control interface comprises a ceiling lamp system, an optical fiber lamp system, a digital anal thermometer, an animal respirator, a camera system, an anesthesia machine, a lifting platform and a signal collector;
acquiring the experiment target through an information acquisition unit, matching the experiment target with an experiment module in a storage library, and if the matching is successful, automatically adjusting equipment parameters according to the experiment module, wherein the adjustment comprises the following operations;
1) The height of the platform is adjusted to meet the habit of the experimenter by lifting the platform;
2) The developed experiment module matched with the experiment target is selected by an experimenter;
3) Adjusting an animal breathing machine to a parameter corresponding to an experimental target animal sample;
4) Adjusting the visual field of the camera system to the parameter matched with the experimental target animal;
5) And adjusting the signal collector.
This patent is on prior art's basis the perfect of further layer and detail, during centralized control formula signal acquisition and processing, include instrument and the device that various user's supplementary laboratory technician carried out the experiment (like dome lamp, animal breathing machine, signal acquisition and processing system, elevating platform, camera system, display system etc.), under the condition of different laboratory technician and different experimental subjects even different experimental targets, all have different equipment parameters. If the parameters depend on the setting of experimenters one by one in each experiment, the complexity of the equipment use is highlighted, and meanwhile, the reasonability of the setting of the parameters is also greatly related to the personal experience of the experimenters. It is likely that the overall experiment fails due to improper setting of a certain parameter.
The invention has the following advantages: the centralized control type signal acquisition and processing system is mainly used for enabling users to use the centralized control type signal acquisition and processing system more conveniently and intelligently through methods on the basis of the centralized control type signal acquisition and processing system. Let the user concentrate more on the experiment itself rather than the device usage. Through the intelligent scene recognition of the system, the system can intelligently configure various universal states of required equipment for users, and experimenters only need to be personalized and set some parameters specifically. The experimental efficiency is improved by the great convenient experimenter.
Drawings
Fig. 1 is a schematic diagram of a basic framework of an intelligent scene experiment operating table system;
fig. 2 is a flow diagram of an intelligent contextual model operation.
In fig. 2, 1 is to obtain the characteristic information of the experimenter, 2 is the experimenter matching performed by the characteristic information of the experimenter, 3 is the manual matching, 4 is the unspecific experimenter, 5 is to update the characteristic information, 6 is to adapt to the habit of the experimenter, 7 is to obtain the experimental target, 8 is the experimental module matching, and 9 is to automatically adjust the equipment parameters according to the experimental module.
Detailed Description
The present invention will be described in detail with reference to fig. 1-2, and the technical solutions in the embodiments of the present invention will be clearly and completely described, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
The invention provides an intelligent scene experiment operating table system through improvement, as shown in fig. 1, the system comprises: the system comprises 3 major parts of an information acquisition system, an information processing system and an execution mechanism system. The information acquisition system mainly comprises an acquisition device for acquiring characteristic information 1 of an experimenter and an acquisition device for acquiring an experimental target; the information processing system is used for carrying out scene analysis and processing on the acquired information; i.e., the process flow of fig. 2 is performed; the actuator system is to embody the final result of the information processing on each actuator. And certain user requirements are met. The specific process is as follows:
first, the characteristic information 1 of the experimenter is obtained, and the obtaining mode of the characteristic information comprises image information and sound information of the experimenter.
And then searching and matching 2 is carried out according to the characteristic information of the experimenter, if the matching is not successful, a manual matching 3 link is entered, and the experimenter can select or input through a keyboard or a touch screen. After the input is complete, the feature information is updated (or created) to the feature library. If the manual matching fails, the current real person is determined to be a non-specific experimenter 4.
After performing the above described lab match process. According to the experimenter habits stored in the feature library, the execution mechanism is controlled to adjust through the centralized control interface, so as to adapt to the experimenter habits 6, and the adjustment can be performed by (but is not limited to):
1) The height of the platform is adjusted to meet the habit of the experimenter by lifting the platform;
2) The developed recently developed experimental unit is selected by the experimenter;
3) Adjusting the camera system to the last experimental parameter;
4) Adjusting the animal breathing machine to the setting of the user habit;
5) Adjusting the brightness and the color temperature of the top light to the setting of the habit of the user;
6) Adjusting a signal collector;
the actuating mechanism corresponding to the centralized control interface comprises a ceiling lamp system, an optical fiber lamp system, a digital anal thermometer, an animal respirator, a camera system, an anesthesia machine, a lifting platform and a signal collector;
furthermore, the experimental target is obtained through the information acquisition unit and matched with an experimental module in the storage library, and if the matching is successful, the equipment parameters 9 are automatically adjusted according to the experimental module;
adjustments that may be made include (but are not limited to):
1) The height of the platform is adjusted to meet the habit of the experimenter by lifting the platform;
2) The developed experiment module matched with the experiment target is selected by an experimenter;
3) Adjusting the animal breathing machine to a parameter corresponding to the experimental target animal sample;
4) Adjusting the visual field of the camera system to the parameter matched with the experimental target animal;
5) And adjusting the signal collector.
The invention has the following beneficial effects after the improvement:
the centralized control type signal acquisition and processing system is mainly used for enabling users to use the centralized control type signal acquisition and processing system more conveniently and intelligently through methods on the basis of the centralized control type signal acquisition and processing system. Let the user concentrate more on the experiment itself than on the device usage. Through the intelligent scene recognition of the system, the system can intelligently configure various universal states of required equipment for users, and experimenters only need to be personalized and set some parameters specifically. The experiment efficiency is improved by the great convenient experimenter.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (1)
1. The utility model provides an intelligence sight experiment operating table system which characterized in that:
the system comprises: the system comprises 3 major parts of an information acquisition system, an information processing system and an actuating mechanism system; the information acquisition system mainly comprises an acquisition unit, a data acquisition unit and a data processing unit, wherein the acquisition unit is used for acquiring characteristic information of an experimenter and acquiring an experimental target;
the information processing system is used for carrying out scene analysis and processing on the acquired information; the executing mechanism system is used for implementing the final result of the information processing on each executing device to meet certain user requirements; the system comprises the following specific processes:
firstly, acquiring characteristic information of an experimenter, wherein the characteristic information is acquired in a mode of including image information and sound information of the experimenter;
then, searching and matching are carried out according to the characteristic information of the experimenter, if the matching is not successful, a manual matching link is entered, and the experimenter carries out selection or input through a keyboard or a touch screen;
after the input is finished, updating or creating feature information into a feature library;
if the manual matching fails, the current experimenter is determined to be a non-specific experimenter;
after the experimenter matching process is executed, the execution mechanism is controlled to adjust through the centralized control interface according to the experimenter habits stored in the feature library so as to adapt to the experimenter habits; the adjustment comprises the following operations:
1) The height of the platform is adjusted to meet the habit of the experimenter by lifting the platform;
2) Expanded recently developed experimental units for selection by the experimenter;
3) Adjusting the camera system to the last experimental parameter;
4) Adjusting the animal ventilator to the user habit setting;
5) Adjusting the brightness and the color temperature of the top light to the setting of the habit of the user;
6) Adjusting a signal collector;
the actuating mechanism corresponding to the centralized control interface comprises a ceiling lamp system, an optical fiber lamp system, a digital anal thermometer, an animal respirator, a camera system, an anesthesia machine, a lifting platform and a signal collector;
acquiring the experiment target through an information acquisition unit, matching the experiment target with an experiment module in a storage library, and if the matching is successful, automatically adjusting equipment parameters according to the experiment module, wherein the adjustment comprises the following operations;
1) The height of the platform is adjusted to meet the habit of the experimenter by lifting the platform;
2) The developed experiment module matched with the experiment target is selected by an experimenter;
3) Adjusting the animal breathing machine to a parameter corresponding to the experimental target animal sample;
4) Adjusting the visual field of the camera system to the parameter matched with the experimental target animal;
5) And adjusting the signal collector.
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