CN109215800B - Method and device for recording medical advice execution conditions - Google Patents
Method and device for recording medical advice execution conditions Download PDFInfo
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Abstract
The application discloses a method and a device for recording medical advice execution conditions, wherein the method comprises the following steps: according to the advice information issued by the doctor, classifying the categories of the advice according to different execution modes, and constructing an advice classification summary table; then, generating a medical advice execution condition display interface according to the medical advice classification summary table, wherein the medical advice execution condition display interface is used for displaying medical advice information of each medical advice and execution states corresponding to each medical advice; and, as the execution of the order progresses, the order execution state on the order execution display interface is updated accordingly. According to the method for recording the execution condition of the orders, the information of the orders of each order can be recorded, and the execution states of the orders of each order can be updated according to the execution condition of the orders of each order, so that a doctor can know the execution process of each order in detail according to the content displayed on the display interface of the execution condition of the orders of each order, and richer reference information of the execution condition of the orders of the doctor is provided for the doctor.
Description
Technical Field
The application relates to the technical field of data processing, in particular to a method and a device for recording medical advice execution conditions.
Background
The medical order is an instruction given by the doctor in the aspects of medication, test, diet and the like of the patient according to the illness state and treatment needs of the patient, namely a medical instruction given by the doctor in the medical activity. Typically, each order includes only one content, i.e., each order corresponds to only one embodiment of an execution mode, and the order placement time and execution time are noted.
The doctor mainly works every day to correspondingly adjust the content of the medical advice according to the change of the state of an illness of the patient, and the nurse feeds back the execution condition of the medical advice to acquire the change of the treatment condition of the patient, timely grasps the state of the illness of the patient, and fulfills the aims of important fluid infusion, pressure rise, pressure reduction, vital sign adjustment and the like of the patient, so that the treatment and the state of the illness prediction of the patient are realized. Therefore, it is important for the doctor to grasp the patient's condition and adjust the content of the medical order in a follow-up manner to record the execution situation of the medical order completely and in detail.
The existing method for recording the execution condition of the medical orders usually only records the execution time and the end time of the medical orders and the medicine input amount generated in the execution process of the medical orders, the relevant records of the execution condition of the medical orders can only reflect the execution condition of the medical orders on the whole, and a doctor cannot know the detailed execution process of the medical orders according to the relevant records of the execution condition of the medical orders, so that the follow-up judgment of the doctor on the patient condition can be influenced to a certain extent.
Disclosure of Invention
In order to solve the technical problem, the application provides a method for recording the execution condition of the medical orders, which can update and display the execution state corresponding to the medical orders while displaying the information of the medical orders, so that more detailed information of the execution process of the medical orders is provided for doctors.
The embodiment of the application discloses the following technical scheme:
in a first aspect, an embodiment of the present application provides a method for recording an order execution condition, which is applied to an order recording control, and the method includes:
according to the medical advice information, classifying the categories of the medical advice according to an execution mode, and constructing a medical advice classification summary table;
generating an order execution condition display interface according to the order classification summary table; the medical advice execution condition display interface is used for displaying the medical advice information and the execution state corresponding to the medical advice;
and correspondingly updating the order execution state of the order execution condition display interface according to the execution condition of the order.
Optionally, the order execution condition display interface includes an order information display area and an order execution state display area;
the order information display area is used for displaying the order information in a grouping mode according to the execution mode; the medical advice information display area comprises a medical advice content display column, a medication dosage display column, a medication frequency display column, a medication mode display column and a medical advice sign display column;
the medical advice execution state display area is used for updating and displaying the execution state corresponding to the medical advice according to the execution condition of the medical advice; the medical advice execution state display area comprises a time axis corresponding to the medical advice, the administration mode identification corresponding to the medical advice is displayed at the starting time corresponding to the medical advice on the time axis, and an advice execution progress bar updated along with the update of the medical advice execution state is displayed on the time axis.
Optionally, the medication manner identifier corresponding to the medical order is displayed on the time axis at the start time corresponding to the medical order when the state of the medical order is not started;
and when the medicine administration mode identification corresponding to the medical advice begins, the medicine administration mode identification disappears on the time axis.
Optionally, before the generating an order execution display interface according to the order classification summary table, the method further includes:
and displaying the medical advice information according to different groups of execution modes according to the medical advice classification summary table.
Optionally, the execution mode includes: infusion, pumping, injection, and inspection.
Optionally, for the order information of which the execution mode belongs to the infusion class, correspondingly updating the order execution state of the order execution condition display interface according to the execution condition of the order, including:
when the medical advice execution state is the beginning, drawing a medical advice execution progress bar corresponding to the medical advice execution state on a time axis corresponding to the medical advice;
responding to the order feedback operation of the user, updating the order execution progress displayed on the order execution progress bar, and recording the reaction of the patient;
and when the execution of the medical advice is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
Optionally, for the order information of which the execution mode belongs to the pumping class, correspondingly updating an order execution state of the order execution state display interface according to the execution situation of the order, including:
when the order execution state is the beginning, drawing an order execution progress bar corresponding to the order execution state on a time axis corresponding to the order;
acquiring a pumping speed of a pumping device for executing the medical advice, and displaying the pumping speed;
calculating the execution progress of the medical advice according to the pumping speed, and drawing a medical advice execution progress bar on a time axis corresponding to the medical advice according to the execution progress of the medical advice and the starting time of the medical advice;
and when the execution of the medical advice is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
Optionally, for order information of which an execution mode belongs to the injection class, correspondingly updating an order execution state of the order execution state display interface according to the execution situation of the order, including:
and when the order execution state is the beginning, displaying the starting time of the order and displaying the medication dosage of the order.
Optionally, for the order information of which the execution mode belongs to the examination class, correspondingly updating an order execution state of the order execution condition display interface according to the execution condition of the order, including:
and when the order execution state is the beginning, displaying the beginning time of the order and the examination result corresponding to the order.
In a second aspect, an embodiment of the present application provides an apparatus for recording an order execution condition, where the apparatus includes:
the construction module is used for dividing the categories of the medical advice according to the execution mode and constructing a medical advice classification summary table according to the medical advice information;
the generation module is used for generating a medical advice execution condition display interface according to the medical advice classification summary table; the medical order execution condition display interface is used for displaying the content of the medical order and the execution state corresponding to the medical order;
and the updating module is used for correspondingly updating the order execution state of the order execution condition display interface according to the execution condition of the order.
Optionally, the order execution condition display interface includes an order information display area and an order execution state display area;
the medical order information display area is used for displaying the medical order information in a grouping manner according to the execution mode; the medical advice information display area comprises a medical advice content display column, a medication dosage display column, a medication frequency display column, a medication mode display column and a medical advice sign display column;
the medical advice execution state display area is used for updating and displaying the execution state corresponding to the medical advice according to the execution condition of the medical advice; the medical advice execution state display area comprises a time axis corresponding to the medical advice, the administration mode identification corresponding to the medical advice is displayed at the starting time corresponding to the medical advice on the time axis, and an advice execution progress bar updated along with the update of the medical advice execution state is displayed on the time axis.
Optionally, when the medication order state is not started, the medication mode identifier corresponding to the medication order is displayed on the time axis at the start time corresponding to the medication order;
and when the medicine administration mode identification corresponding to the medical advice begins, the medicine administration mode identification disappears on the time axis.
Optionally, the apparatus further comprises:
and the grouping display module is used for displaying the medical advice information according to different groups of execution modes according to the medical advice classification summary table.
Optionally, the execution mode includes: infusion, pumping, injection, and testing.
Optionally, for the order information of which the execution mode belongs to the infusion class, the update module is specifically configured to:
when the order execution state is the beginning, drawing an order execution progress bar corresponding to the order execution state on a time axis corresponding to the order;
responding to the order feedback operation of the user, updating the order execution progress displayed on the order execution progress bar, and recording the reaction of the patient;
and when the execution of the medical advice is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
Optionally, the update module is specifically configured to, for the order information of the pumping class to which the execution mode belongs:
when the medical advice execution state is the beginning, drawing a medical advice execution progress bar corresponding to the medical advice execution state on a time axis corresponding to the medical advice;
acquiring a pumping speed of a pumping device for executing the medical advice, and displaying the pumping speed;
calculating the execution progress of the medical advice according to the pumping speed, and drawing an execution progress bar of the medical advice on a time axis corresponding to the medical advice according to the execution progress of the medical advice and the starting time of the medical advice;
and when the medical advice execution is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
Optionally, for the order information of which the execution mode belongs to the injection class, the update module is specifically configured to:
and when the order execution state is the beginning, displaying the starting time of the order and displaying the medication dosage of the order.
Optionally, for the order information of the execution mode belonging to the examination class, the update module is specifically configured to:
and when the order execution state is the beginning, displaying the beginning time of the order and the examination result corresponding to the order.
According to the technical scheme, the method for recording the execution condition of the medical orders provided by the embodiment of the application divides the categories of the medical orders according to different execution modes and builds the classification summary table of the medical orders according to the information of the medical orders issued by doctors; then generating an order execution condition display interface according to the order classification summary table, wherein the order execution condition display interface is used for displaying order information of each order and an execution state corresponding to each order; and, as the execution of the order progresses, the order execution state on the order execution display interface is updated accordingly. According to the method for recording the execution condition of the orders, the information of the orders of each order can be recorded, and the execution states of the orders of each order can be updated according to the execution condition of the orders of each order, so that a doctor can know the execution process of each order in detail according to the content displayed on the display interface of the execution condition of the orders of each order, and richer reference information of the execution condition of the orders of the doctor is provided for the doctor.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the description below are only some embodiments of the present application, and for those skilled in the art, other drawings may be obtained according to these drawings without inventive labor.
Fig. 1 is a schematic flowchart of a method for recording an order execution situation provided in an embodiment of the present application;
FIG. 2 is a schematic view of an interface for displaying order information in groups provided by an embodiment of the present application;
FIG. 3 is an interface schematic diagram of an order execution display interface provided in an embodiment of the present application;
fig. 4 is a schematic structural diagram of a recording apparatus for medical order execution provided in the embodiment of the present application.
Detailed Description
In order to make those skilled in the art better understand the technical solutions of the present application, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.
The terms "first," "second," "third," "fourth," and the like in the description and in the claims of the present application and in the drawings described above, if any, are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used is interchangeable under appropriate circumstances such that the embodiments of the application described herein are, for example, capable of operation in sequences other than those illustrated or otherwise described herein. Furthermore, the terms "comprises," "comprising," and "having," and any variations thereof, are intended to cover a non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements expressly listed, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.
The embodiment of the application provides a method for recording the execution situation of medical orders, which can update and display the current corresponding execution state of each medical order while displaying the information of the medical orders, so that detailed information of the execution process of the medical orders can be provided for doctors.
The core technical idea of the method for recording the medical advice execution situation provided by the embodiment of the application is introduced first:
according to the method for recording the execution condition of the medical orders, the classes of the medical orders are divided according to different execution modes according to the information of the medical orders issued by doctors, and therefore a medical order classification summary table is constructed; and then generating an order execution condition display interface according to the order classification summary table, wherein the order execution condition display interface is used for displaying order information and execution states corresponding to the orders, and the execution states corresponding to the orders on the order execution condition display interface can be correspondingly updated according to the actual execution conditions of the orders.
According to the method for recording the medical advice execution conditions, the display interface for displaying the medical advice execution conditions can display the medical advice information of each medical advice, and can correspondingly update and display the execution states corresponding to each medical advice according to the execution conditions of each medical advice, so that a doctor can more intuitively know the medical advice information of each medical advice and the execution states corresponding to each medical advice according to the content displayed on the display interface for displaying the medical advice execution conditions, namely more intuitively know the execution processes corresponding to each medical advice, and more reliable reference information of the medical advice execution conditions is provided for the doctor.
The method for recording the execution situation of the medical orders provided by the embodiment of the application is described in the following by the way of the embodiment:
referring to fig. 1, fig. 1 is a schematic flowchart of a method for recording an order execution situation provided in the embodiment of the present application, and the method for recording an order execution situation is applied to an order recording control. As shown in fig. 1, the method comprises the steps of:
step 101: and according to the medical advice information, classifying the categories of the medical advice according to an execution mode, and constructing a medical advice classification summary table.
After receiving the advice information issued by the doctor, determining an execution mode corresponding to each item of advice issued by the doctor by the advice recording control according to the advice information issued by the doctor, and further dividing the category of each item of advice according to different execution modes; and then according to the classification mode, constructing a medical advice classification summary table according to medical advice information corresponding to each medical advice.
Generally, the execution modes corresponding to the medical orders comprise an infusion type, a pumping type, an injection type and a checking type, wherein the infusion type, the pumping type and the injection type respectively correspond to three different administration modes; correspondingly, when the medical orders are classified according to the medical order information, the medical orders are classified according to the execution mode into infusion medical orders, pump medical orders, injection medical orders and examination medical orders.
The medical orders can be classified according to a more detailed execution mode, namely the execution mode corresponding to the medical orders is not limited to infusion, pumping, injection and inspection and examination, and other execution modes can exist.
To facilitate understanding of the specific form of the above-mentioned order classification summary table, the following description is made with reference to table 1:
TABLE 1
As shown in table 1, the medical order classification summary table is an expression form of a medical order classification summary table, and the medical order classification summary table includes an execution mode column, a medical order information description column, and an execution description column. It should be understood that each row in the medical advice classification summary table corresponds to one medical advice respectively, and the execution mode corresponding to each medical advice is recorded in the execution mode column; recording order information corresponding to each order in an order information description column, wherein the order information mainly comprises an order mark, order execution frequency and order execution duration, and the order mark is mainly used for representing that each order belongs to long-term orders or temporary orders; the execution description column records the order feedback contents to be recorded during execution of each order, for example, the start time and end time of execution of the order, the dose amount corresponding to the order, and the execution speed corresponding to the order.
It should be understood that the expression form of the order classification summary table is not limited to the expression form of table 1, and in practical applications, other forms of order classification summary tables may be designed, and the form of the order classification summary table is not specifically limited herein.
It should be understood that, when the medical orders are specifically classified, the medical orders may be classified according to other execution modes instead of the four execution modes.
Step 102: generating an order execution condition display interface according to the order classification summary table; and the medical order execution condition display interface is used for displaying the medical order information and the execution state corresponding to the medical order.
After the medical advice classification summary table is built, the medical advice record control generates a medical advice execution condition display interface according to the content recorded in the medical advice classification summary table, the medical advice execution condition display interface can display the medical advice information of each medical advice and the execution state corresponding to each medical advice, and the execution state comprises whether the medical advice starts to be executed and the execution progress of the medical advice.
Before the order execution situation display interface is generated, in order to facilitate a doctor or an order executor to generally know daily orders of a patient, the order recording control may display order information of each order according to different groups of execution modes.
When the order information of each order is displayed in a grouping manner, the order information of each order under various execution modes is displayed, aiming at the orders belonging to the infusion class, the pumping class and the injection class, the order information mainly comprises the medication, the medication dosage, the order execution time and the like of each order, and aiming at the orders belonging to the inspection class, the order information mainly comprises the execution operation and the execution time and the like corresponding to each order.
As shown in fig. 2, a schematic interface diagram for displaying order information in groups is provided, where order information display areas corresponding to various execution modes are set on the order information display interface, and various pieces of order information belonging to each execution mode are displayed in the order information display area corresponding to each execution mode, for example, in the order information display area corresponding to the infusion mode, the order information corresponding to two infusion orders is displayed, 500ml of physiological saline is respectively infused at 9 points, 15 points and 1 point, and 1000ml of nutrient solution is respectively infused at 9 points, 15 points and 1 point.
It should be understood that the order information may be displayed in groups in other forms, and the specific representation form of the order information displayed in groups is not limited in any way.
Specifically introducing the medical order execution condition display interface, wherein the medical order execution condition display interface generally comprises a medical order information display area and a medical order execution state display area; the medical advice information display area is used for displaying medical advice information in a grouping mode according to an execution mode, and comprises a medical advice content display column, a medication dosage display column, a medication frequency display column, a medication mode display column and a medical advice sign display column; the medical advice execution state display area is used for updating and displaying the execution state corresponding to the medical advice according to the execution situation of the medical advice, the medical advice execution state display area comprises a time axis corresponding to the medical advice, the administration mode identification corresponding to the medical advice is displayed at the starting time corresponding to the medical advice on the time axis, and the medical advice execution progress bar updated along with the update of the medical advice execution state is displayed on the time axis.
Referring to FIG. 3, FIG. 3 is a schematic view of an exemplary order execution display interface. As shown in fig. 3, the left side of the double vertical line is an order information display area, and the right side of the double vertical line is an order execution state display area.
In the order information display area, the orders are displayed according to different groups of execution modes, as shown in fig. 3, in each execution mode, the order information corresponding to each order belonging to the execution mode is displayed, and the order information is further refined, so that each item of order information is correspondingly displayed in the order content display field, the medication dose display field, the medication frequency display field, the medication mode display field and the order sign display field, that is, for a row of data of a certain order, the contents displayed in the order content display field, the medication dose display field, the medication frequency display field, the medication mode display field and the order sign display field are combined to obtain the corresponding order information.
It should be understood that the content displayed in the order content display column is generally the actual content corresponding to each order, such as the medicine to be injected into the patient by the order, the actual content to be executed by the order, and the like; the content displayed in the medication dose display column is the medication dose required for executing each medical order; the content displayed in the medication frequency display column is the execution frequency within a day corresponding to each medical order, for example, the execution is performed once every 8 hours, once a day, and the like; the content displayed in the administration mode display column is the administration mode corresponding to each medical order, such as intravenous pumping, nasal feeding pumping, intravenous drip, intravenous bolus injection, and the like; the content displayed in the order sign display field is a sign corresponding to the order, such as a long-term order, a temporary order, and the like.
It should be noted that the medication frequency display column may also roughly mark the execution progress of each medical order according to the actual execution situation of the medical order, for example, for a medical order item that needs to be executed only once every day, if the execution completes the medical order, the background color of the medication frequency display column corresponding to the medical order is changed to a preset background color that can mark that the medical order is completed, otherwise, if the execution does not begin, the background color of the medication frequency display column corresponding to the medical order is not changed; for another example, for an order item that needs to be executed several times per day, a ratio between the number of times that the order has been completed and the number of times that the order needs to be executed on the day may be calculated first, and then, the background color of the medication frequency display column is partially changed from left to right in the medication frequency display column corresponding to the order according to the ratio, and if a certain order needs to be executed three times per day and is currently executed once, the background color of one third from left to right in the medication frequency display column corresponding to the order is modified to the preset background color for indicating that the order has been executed completely.
Therefore, the relevant executive personnel of the medical orders can know the execution progress corresponding to each medical order according to the background color of the medication frequency display column, and therefore the relevant executive personnel of the medical orders are prevented from forgetting to execute a certain medical order.
The time axis corresponding to each medical order is displayed in the order execution state display area, and the time axis generally takes hours as a unit, so the time axis corresponding to each medical order usually includes 24 cells, each cell corresponds to one hour, as shown in fig. 3, the time axis corresponding to each medical order starts from 7:00 am of the day to 7:00 am of the next day, each cell corresponds to one hour according to the time sequence, that is, the first cell on the right of the double vertical lines corresponds to 7:00, the second cell corresponds to 8:00, and so on. It should be understood that the time axis may also adopt other time periods as units, where no limitation is made on the specific division unit of the time axis, and the start time corresponding to the time axis may also be set according to the actual situation, where no limitation is made on the start time corresponding to the time axis.
On a time axis corresponding to each medical order, a drug administration mode identifier corresponding to the medical order is marked at a starting time corresponding to each medical order, as shown in fig. 3, for a medical order in which the content of the medical order is piperacillin sodium tazobactam sodium for injection, the corresponding starting time is 8:00, correspondingly, the drug administration mode identifier corresponding to the medical order is marked at a position of 8:00 on the time axis corresponding to the medical order, namely, an intravenous drip identifier is marked, so as to prompt a medical order executor to inject the piperacillin sodium tazobactam sodium for the patient in an intravenous drip mode at 8: 00.
In a possible implementation manner, the administration mode identifier marked at the starting time corresponding to the medical advice on the time axis is displayed at the starting time corresponding to the medical advice on the time axis when the medical advice state is not started; when the medical advice state is started, the administration mode identifier of the medical advice is not marked at the starting time corresponding to the medical advice on the time axis, so that the related executive personnel of the medical advice can determine the unexecuted medical advice items according to the administration mode identifier displayed on the time axis, and the medical advice items needing to be executed are avoided being missed.
In addition, an order execution progress bar updated along with the update of the order execution state can be displayed on a time axis corresponding to each order, the order execution progress bar can reflect the execution progress of each order in real time, and the pumping or infusion speed can be displayed on the order execution progress bar for pumping and infusion-type order items.
Optionally, after execution of a certain medical order is completed, the color of the medical order execution progress bar corresponding to the certain medical order may be changed into a preset color capable of representing completion of execution of a medical order item; in the executing process of a certain order, the color of the order executing progress bar corresponding to the order is a preset color capable of representing the executing of the order. Thereby, the execution and executed completion of the order items can be more clearly distinguished.
Step 103: and correspondingly updating the order execution state of the order execution condition display interface according to the execution condition of the order.
After the order execution condition display interface is generated, the order recording control can acquire the current execution condition of each order in real time, and correspondingly update the order execution state corresponding to each order on the order execution condition display interface.
Specifically, when the order execution state is updated correspondingly on the order execution condition display interface, the execution state corresponding to each order can be updated by updating the order execution progress bar corresponding to each order on the time axis corresponding to each order in the order execution condition display interface.
Aiming at the medical orders with different execution modes, the medical order execution states corresponding to the medical orders need to be correspondingly updated in different modes, and the methods for updating the medical order execution states corresponding to the medical orders are introduced respectively aiming at the infusion type medical orders, the pump type medical orders, the injection type medical orders and the check type medical orders.
Aiming at the medical advice information of which the execution mode belongs to the infusion class, when the medical advice execution state is the beginning, drawing a medical advice execution progress bar corresponding to the medical advice execution state on a time axis corresponding to the medical advice; in response to the order feedback operation of the user, updating the order execution progress displayed on the order execution progress bar, and recording the reflection of the patient; and when the execution of the medical advice is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
When the infusion-type medical order item is started to be executed, the staff related to the medical order can register that the medical order starts to be executed on the system, and correspondingly, the medical order recording control can draw the medical order execution progress bar corresponding to the medical order on the time axis corresponding to the medical order. In the process of executing the medical advice, the related staff of the medical advice can regularly observe the infusion progress and regularly register the execution progress of the medical advice on the system, and correspondingly, the medical advice recording control draws a medical advice execution progress bar corresponding to the medical advice according to the infusion progress; in addition, the staff member related to the medical order can observe the reaction of the patient in the infusion process, and register the reaction of the patient on the system so as to display the reaction of the patient in the infusion process on the medical order execution condition display interface. When the execution of the medical order is finished, correspondingly stopping the medical order execution progress bar corresponding to the medical order, and optionally, changing the color of the medical order execution progress bar into a preset color capable of representing the completion of the execution of the medical order item.
Aiming at the medical order information with the pump-in type execution mode, when the medical order execution state is the beginning, drawing a medical order execution progress bar corresponding to the medical order execution state on a time axis corresponding to the medical order; acquiring the pumping speed of a pumping device for executing the medical order, and correspondingly displaying the pumping speed on a time axis; calculating the execution progress of the medical advice according to the pumping speed, and further drawing an advice execution progress bar of the medical advice on a time axis corresponding to the medical advice according to the execution progress of the medical advice and the starting time of the medical advice; and when the execution of the order is finished, stopping drawing the order execution progress bar corresponding to the order execution state.
When the pump-in type order item is started to be executed, the staff related to the order can register that the order starts to be executed on the system, and correspondingly, the order recording control can draw an order execution progress bar from the execution time of the order on the time axis corresponding to the order. In the process of executing the medical advice, equipment for operating the medical advice execution condition recording system can be directly connected with pumping equipment for executing the medical advice, so that the pumping speed in the medical advice execution process is directly acquired from the pumping equipment, and correspondingly, the medical advice recording control displays the current pumping speed on the medical advice execution progress bar corresponding to the medical advice; meanwhile, the order recording control calculates the current execution progress of the order according to the pumping speed and the order execution time, and then draws an order execution progress bar according to the execution progress from the starting time corresponding to the order according to the execution progress, so that the order execution progress bar of the order is continuously updated along with the continuous update of the execution progress.
It should be understood that if the pumping speed of the pumping device is changed, the order record control determines the current execution progress of the order according to the changed pumping speed, the pumping time after the pumping speed is changed, and the execution progress before the pumping speed is changed, and then updates the drawing order execution progress bar according to the current execution progress of the order.
It should be noted that, in some cases, the staff member related to the order may also determine the execution progress of the infusion type order and the pumping type order by a manual simulation method, and the method for determining the execution progress of the order is not specifically limited herein.
And aiming at the order information of which the execution mode belongs to the injection class, when the order execution state is the beginning, the starting time of the order is displayed, and the dosage of the order is displayed at the same time.
The injection type medical advice execution speed is high, and in general, the difference between the start time and the end time of the injection type medical advice is only a few minutes, so that the start time registered on the system by a staff related to the medical advice can be defaulted to be the end time of the injection type medical advice, namely the start time of the medical advice displayed on the medical advice execution condition display interface is the end time of the medical advice; at the same time, the order-related staff member also needs to register the medication dosage of the order on the system.
And aiming at the order information of which the execution mode belongs to the inspection and examination class, when the order execution state is the beginning, displaying the starting time of the order and the examination result corresponding to the order.
The execution time required in the execution process of the examination medical order cannot be determined normally, and the execution time does not have an actual reference role, so that when the examination medical order is started to be executed, only the start time of the medical order is recorded, and after the examination result corresponding to the medical order is determined, the staff related to the medical order can register the examination result corresponding to the medical order on the system so as to provide reference information for the doctor.
According to the method for recording the execution condition of the medical advice, the classes of the medical advice are divided according to different execution modes according to the information of the medical advice issued by a doctor, and a medical advice classification summary table is constructed; then, generating a medical advice execution condition display interface according to the medical advice classification summary table, wherein the medical advice execution condition display interface is used for displaying medical advice information of each medical advice and execution states corresponding to each medical advice; and, as the execution of the order progresses, the order execution state on the order execution display interface is updated accordingly. According to the method for recording the execution condition of the orders, the information of the orders of each order can be recorded, and the execution states of the orders of each order can be updated according to the execution condition of the orders of each order, so that a doctor can know the execution process of each order in detail according to the content displayed on the display interface of the execution condition of the orders of each order, and richer reference information of the execution condition of the orders of the doctor is provided for the doctor.
In addition, an embodiment of the present application further provides a device for recording medical order execution conditions, referring to fig. 4, fig. 4 is a schematic structural diagram of a device 400 for recording medical order execution conditions provided in an embodiment of the present application, and as shown in fig. 4, the device includes:
the construction module 401 is used for dividing the categories of the medical orders according to the execution mode and constructing a medical order classification summary table according to the medical order information;
a generating module 402, configured to generate an order execution display interface according to the order classification summary table; the medical order execution condition display interface is used for displaying the content of the medical order and the execution state corresponding to the medical order;
an updating module 403, configured to update the order execution state of the order execution display interface according to the execution situation of the order.
Optionally, the order execution condition display interface includes an order information display area and an order execution state display area;
the medical order information display area is used for displaying the medical order information in a grouping manner according to the execution mode; the medical advice information display area comprises a medical advice content display column, a medication dosage display column, a medication frequency display column, a medication mode display column and a medical advice sign display column;
the medical advice execution state display area is used for updating and displaying an execution state corresponding to the medical advice according to the execution condition of the medical advice; the medical advice execution state display area comprises a time axis corresponding to the medical advice, the drug administration mode identification corresponding to the medical advice is displayed at the starting time corresponding to the medical advice on the time axis, and a medical advice execution progress bar updated along with the update of the medical advice execution state is displayed on the time axis.
Optionally, when the medication order state is not started, the medication mode identifier corresponding to the medication order is displayed on the time axis at the start time corresponding to the medication order;
and when the medicine administration mode identification corresponding to the medical advice begins, the medicine administration mode identification disappears on the time axis.
Optionally, the apparatus further comprises:
and the grouping display module is used for displaying the medical advice information according to different groups of execution modes according to the medical advice classification summary table.
Optionally, the execution mode includes: infusion, pumping, injection, and testing.
Optionally, for the order information of which the execution mode belongs to the infusion class, the update module 403 is specifically configured to:
when the order execution state is the beginning, drawing an order execution progress bar corresponding to the order execution state on a time axis corresponding to the order;
responding to the order feedback operation of the user, updating the order execution progress displayed on the order execution progress bar, and recording the reaction of the patient;
and when the execution of the medical advice is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
Optionally, for the order information of which the execution mode belongs to the pumping class, the update module 403 is specifically configured to:
when the order execution state is the beginning, drawing an order execution progress bar corresponding to the order execution state on a time axis corresponding to the order;
acquiring a pumping speed of a pumping device for executing the medical advice, and displaying the pumping speed;
calculating the execution progress of the medical advice according to the pumping speed, and drawing an execution progress bar of the medical advice on a time axis corresponding to the medical advice according to the execution progress of the medical advice and the starting time of the medical advice;
and when the execution of the medical advice is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
Optionally, for the order information of which the execution mode belongs to the injection class, the update module 403 is specifically configured to:
and when the order execution state is the beginning, displaying the starting time of the order and displaying the medication dosage of the order.
Optionally, for the order information of the execution mode belonging to the examination class, the update module 403 is specifically configured to:
and when the order execution state is the beginning, displaying the beginning time of the order and the examination result corresponding to the order.
The recording device for the medical advice execution situation provided by the embodiment of the application can divide the categories of the medical advice according to different execution modes and establish the medical advice classification summary list according to the medical advice information issued by a doctor; then generating an order execution condition display interface according to the order classification summary table, wherein the order execution condition display interface is used for displaying order information of each order and an execution state corresponding to each order; and, as the execution of the order progresses, the order execution state on the order execution display interface is updated accordingly. By adopting the recording device for the medical advice execution situation, the execution states of the medical advice can be updated according to the execution situation of the medical advice besides the medical advice information of the medical advice, so that a doctor can more intuitively observe detailed execution processes of the medical advice according to the content displayed on the display interface of the medical advice execution situation, and more detailed reference information of the medical advice execution situation is provided for the doctor.
It should be noted that, in the present specification, all the embodiments are described in a progressive manner, and the same and similar parts among the embodiments may be referred to each other, and each embodiment focuses on the differences from the other embodiments. In particular, for the apparatus and system embodiments, since they are substantially similar to the method embodiments, they are described in a relatively simple manner, and reference may be made to some of the descriptions of the method embodiments for related points. The above-described embodiments of the apparatus and system are merely illustrative, and the units described as separate parts may or may not be physically separate, and the parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of the present embodiment. One of ordinary skill in the art can understand and implement it without inventive effort.
The above description is only one specific embodiment of the present application, but the scope of the present application is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present application should be covered by the scope of the present application. Therefore, the protection scope of the present application shall be subject to the protection scope of the claims.
Claims (8)
1. A method for recording medical order execution conditions is applied to a medical order recording control, and the method comprises the following steps:
according to the medical advice information, classifying the categories of the medical advice according to an execution mode, and constructing a medical advice classification summary table;
generating an order execution condition display interface according to the order classification summary table; the medical advice execution condition display interface is used for displaying the medical advice information and the execution state corresponding to the medical advice;
correspondingly updating the order execution state of the order execution condition display interface according to the execution condition of the order;
the medical advice execution condition display interface comprises a medical advice information display area and a medical advice execution state display area;
the medical order information display area is used for displaying the medical order information in groups according to the execution mode; the medical advice information display area comprises a medical advice content display column, a medication dosage display column, a medication frequency display column, a medication mode display column and a medical advice sign display column;
the medical advice execution state display area is used for updating and displaying the execution state corresponding to the medical advice according to the execution condition of the medical advice; the order execution state display area comprises a time axis corresponding to the order, the administration mode identification corresponding to the order is displayed at the starting time corresponding to the order on the time axis, and an order execution progress bar updated along with the update of the order execution state is displayed on the time axis;
when the state of the medical advice is not started, the administration mode identification corresponding to the medical advice is displayed at the starting time corresponding to the medical advice on the time axis;
and when the medicine administration mode identification corresponding to the medical advice begins, the medicine administration mode identification disappears on the time axis.
2. The method of claim 1, wherein prior to generating an order performance display interface from the order classification summary table, the method further comprises:
and displaying the medical advice information according to different groups of execution modes according to the medical advice classification summary table.
3. The method of claim 1, wherein the performing comprises: infusion, pumping, injection, and inspection.
4. The method of claim 3, wherein the updating the order execution state of the order execution display interface according to the execution of the order for the order information of which the execution mode belongs to the infusion class comprises:
when the order execution state is the beginning, drawing an order execution progress bar corresponding to the order execution state on a time axis corresponding to the order;
responding to the medical advice feedback operation of the user, updating the medical advice execution progress displayed on the medical advice execution progress bar, and recording the reaction of the patient;
and when the execution of the medical advice is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
5. The method according to claim 3, wherein the updating the order execution state of the order execution display interface accordingly according to the execution of the order for the order information of which the execution mode belongs to the pumping class comprises:
when the order execution state is the beginning, drawing an order execution progress bar corresponding to the order execution state on a time axis corresponding to the order;
acquiring a pumping speed of a pumping device for executing the medical advice, and displaying the pumping speed;
calculating the execution progress of the medical advice according to the pumping speed, and drawing an execution progress bar of the medical advice on a time axis corresponding to the medical advice according to the execution progress of the medical advice and the starting time of the medical advice;
and when the execution of the medical advice is finished, stopping drawing the medical advice execution progress bar corresponding to the medical advice execution state.
6. The method according to claim 3, wherein the updating the order execution state of the order execution display interface according to the execution of the order for the order information of which the execution mode belongs to the injection class comprises:
and when the order execution state is the beginning, displaying the beginning time of the order and displaying the medication dosage of the order.
7. The method according to claim 3, wherein the updating of the order execution state of the order execution display interface according to the execution of the order for the order information of which the execution mode belongs to the examination class comprises:
and when the order execution state is the beginning, displaying the beginning time of the order and the examination result corresponding to the order.
8. An apparatus for recording an execution of a medical order, the apparatus comprising:
the construction module is used for dividing the categories of the medical advice according to the execution mode and constructing a medical advice classification summary table according to the medical advice information;
the generation module is used for generating a medical advice execution condition display interface according to the medical advice classification summary table; the medical order execution condition display interface is used for displaying the content of the medical order and the execution state corresponding to the medical order;
the updating module is used for correspondingly updating the medical advice execution state of the medical advice execution condition display interface according to the execution condition of the medical advice;
the medical order execution condition display interface comprises a medical order information display area and a medical order execution state display area;
the medical advice information display area is used for displaying the medical advice information in groups according to the execution mode; the medical advice information display area comprises a medical advice content display column, a medication dosage display column, a medication frequency display column, a medication mode display column and a medical advice sign display column;
the medical advice execution state display area is used for updating and displaying the execution state corresponding to the medical advice according to the execution condition of the medical advice; the order execution state display area comprises a time axis corresponding to the order, the administration mode identification corresponding to the order is displayed at the starting time corresponding to the order on the time axis, and an order execution progress bar updated along with the update of the order execution state is displayed on the time axis;
when the medical advice state is not started, the administration mode identification corresponding to the medical advice is displayed at the starting time corresponding to the medical advice on the time axis;
and when the administration mode identification corresponding to the medical advice starts in the state of the medical advice, the administration mode identification disappears on the time axis.
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| CN104899469A (en) * | 2015-06-26 | 2015-09-09 | 青岛永乐互联网技术有限公司 | Medical order performance monitoring and managing method |
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