CN113488145A - Pain evaluation joint part selection method and selection device - Google Patents
Pain evaluation joint part selection method and selection device Download PDFInfo
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- CN113488145A CN113488145A CN202110799685.0A CN202110799685A CN113488145A CN 113488145 A CN113488145 A CN 113488145A CN 202110799685 A CN202110799685 A CN 202110799685A CN 113488145 A CN113488145 A CN 113488145A
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- G16H30/00—ICT specially adapted for the handling or processing of medical images
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- G—PHYSICS
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Abstract
The invention relates to a medical management technology, and discloses a method and a device for selecting a joint part for pain assessment, wherein the method comprises the following steps: displaying a human figure on a newly added pain part selection interface; clicking the masking block by the user, and newly adding a selection pain part popup window on the human-shaped graph; the user selects the joint part and the orientation by selecting the pain part popup window; clicking to confirm, and displaying the selected pain part information in a temporary storage position; if the pain parts need to be increased, repeating the step 2-4; if the pain part does not need to be selected, clicking to submit, and automatically inputting the information of the temporary storage position into a corresponding patient pain evaluation list; the selection device comprises a display module, a storage module and a processing module. The invention divides the human figure into regions, does not display too many joint parts by clicking each layer, can more intuitively, quickly and accurately position the pain part which the human figure wants to input, improves the working efficiency and ensures the input uniformity.
Description
Technical Field
The invention relates to a medical management technology, in particular to a method and a device for selecting a joint part for pain assessment.
Background
Pain care is an important emerging topic in the field of clinical medicine, and in some developed countries, pain has been placed in care education courses and the satisfaction of pain control is one of the important criteria for quality management of medical care. The occurrence of pain is one of the main causes of hospitalization of patients and the most commonly encountered symptoms in nursing work. Only if the nursing staff correctly recognizes the pain, correctly judges the pain position, and masters the knowledge and technology of pain control can help the nursing staff to reduce or eliminate the pain caused by various reasons to the maximum extent. The correct site of pain is selected and the pain is assessed proactively, objectively and continuously by the caregiver.
Currently, the pain part information is usually entered in the related art by manual means, i.e. a nurse asks the patient and then manually enters the name of the painful joint and the pain part on the system.
Because the painful position information of patient is input completely through the manual typing mode at present, make mistakes easily when input, the accuracy is very low, and efficiency is also very low, and some painful joints have another name or medical personnel adopt the abbreviation mode to record, or the record is unclear, does not have the standard and fills in the form, and the rule that different nurses filled in is different, causes that the record is unified, is unclear, not standard, and follow-up case history is write also not standard, is not convenient for unified management.
Disclosure of Invention
Aiming at the defects of low efficiency, easy error and unclear and non-uniform record in the prior art, the invention provides the selection method and the selection device for the joint part for pain assessment, which can quickly input the pain part, have the advantages of difficult error, uniform, standard and clear record, convenient subsequent management, convenient record and high efficiency.
In order to solve the technical problem, the invention is solved by the following technical scheme:
a pain assessment joint site selection method comprising:
step 1, when a pain part selection request is received, displaying a planar human figure on a newly added pain part selection interface;
step 2, dividing the human-shaped graph into a plurality of covering layers from top to bottom; the user clicks the skin block where the pain part indicated by the patient is located, and a selection pain part popup window is newly added on the human-shaped graph;
step 3, selecting a pain part popup window with joint part options and orientation options, wherein the joint part options comprise all joint parts on the corresponding covering layer block area; the user selects joint parts and orientations;
step 4, clicking and confirming by a user, and displaying the selected joint part and the selected direction on a temporary storage position in a text form;
step 5, if the pain parts need to be increased, repeating the step 2 to the step 4;
and 6, if the pain part does not need to be selected, clicking to submit, and automatically inputting the information of the temporary storage position into a corresponding patient pain evaluation list.
The simulated human figure is displayed by the terminal in a mode of dividing the front side and the back side into the masking blocks, the information of the pain part of the patient is obtained by clicking the masking blocks and selecting the joint part and the orientation, so that the efficiency and the accuracy of selecting the pain part are improved, the information of the pain part of the patient can be conveniently and accurately input by a user at the terminal, the working efficiency of the user is greatly improved, and the referential performance of selecting the pain part in the process of taking care measures for the pain of the patient is improved.
Further, still include: and 7, when a pain part display request is received, displaying a plane human figure on a newly added pain part selection interface, wherein the joint part selected in the steps 3 and 5 is displayed in the human figure through a red dot.
Further, in step 5, when a new pain part is added, the selected joint part and orientation in the existing human figure are shown by red dots in the human figure.
Furthermore, the mouse points to a red point in the human-shaped graph or the mouse clicks the red point once to display the annotation of the name and the direction of the joint part, or a line is led out from the red point to the outside of the human-shaped graph to display the annotation of the name and the direction of the joint part.
Further, in step 1, when the user clicks and requests the pain site selection, the system automatically displays the corresponding simulated human figure according to the gender of the patient, each gender picture has two json (javascript Object notation) arrays, i.e., each gender picture includes front and back sides.
Further, in step 2, the human-shaped graph is divided into 5 mask blocks, each JSON array has 5 pieces of object data, and the 5 pieces of object data correspond to the 5 mask blocks of the human-shaped graph from top to bottom respectively.
Further, in step 3, all the mask blocks bind the id (identity) of the corresponding object data in the JSON array, and when the user clicks the mask block region where the joint part that the user wants to select is located, the system can find all the joint parts in the region through the id of the object data bound by the mask block, and display the joint part name and the orientation information contained in the region by selecting the pain part popup window.
Further, if the selected pain part information needs to be modified after the step 4, clicking the temporary storage location, newly adding a popup window of the selected joint part and orientation, displaying all the selected joint parts and orientations for modification through the popup window, clicking for confirmation after modification, and displaying the modified pain part information through the temporary storage location.
Further, if the correction is needed after the step 6, clicking the comment on the human figure shown in the step 7, adding a new selected pain part popup window, and repeating the steps 3, 4 and 6 to correct the selected joint part and the orientation.
The present invention also provides a pain assessment joint site selection device comprising:
the display module is used for displaying a pain part selection interface, the selection interface is provided with a human figure, a selection pain part popup window is newly added after a masking block on the human figure is clicked, the selection pain part popup window is provided with a joint part option and an orientation option, and the selection interface can also display the human figure with the selected joint part and orientation for red dot marking and character annotation;
the storage module is used for storing the computer program and the selected pain part information and automatically inputting the selected pain part information into a corresponding patient pain evaluation sheet;
and the processing module is coupled with the display module and the storage module and is used for operating the pain evaluation joint part selection method.
Further, a temporary storage position is arranged on a pain part selection interface displayed by the display module and used for temporarily storing the information of the pain part selected by the user; the temporary storage location may store single or multiple pain site information; the pain site information includes joint site names and orientations.
Due to the adoption of the technical scheme, the invention has the remarkable technical effects that:
the invention provides a pain part selection interface for a user on a nis System (Nursing Information System), wherein a displayed human figure is divided into five covering block areas, all joint parts of the whole human body can be uniformly distributed by five layers, and the joint parts displayed by clicking each layer when the user uses the System can not be too many, so that the pain part can be found visually, quickly and accurately, the pain part to be recorded can be quickly positioned, the selection number of the pain part is reduced, the quick recording is facilitated, the situation that the pain part to be recorded cannot be found is avoided, the time for selecting by pulling a mouse to slide downwards or the situation for operating by amplifying the human figure is reduced, the working efficiency is improved, and the complexity of the work is reduced. The final conclusion distribution quantity is obtained by researching, inquiring and nursing related books, comparing professional knowledge and interviewing the user for multiple times. Certainly, the joint position where the covering block is located can be found more quickly, the time for pulling the mouse to slide downwards for selection is reduced again, and six layers, seven layers and the like can be arranged on the covering block.
All the mask blocks are bound with the id (identity) of corresponding object data in the JSON array, a user clicks the mask block area where a joint part which the user wants to select is located, the system can find all the joint parts in the area through the id of the object data bound by the mask block, the joint part name and the orientation information contained in the area are displayed through a popup window, the pain part information of pain of a patient is determined according to the clicking selection of the user, and multiple pain parts can be selected through repeated operation; the pain part information generated in the clicking process of the user is displayed on a temporary storage position below the human figure graph, and is stored in a corresponding evaluation list in a string array mode.
According to the method, the pain part information of the patient is input without a manual typing mode, the pain part information to be input can be quickly searched, great convenience is brought to the user, the accuracy of pain part selection is high, and therefore the referential performance of pain part selection in the pain nursing measure process of the patient is improved.
And because of the unified recording, the recording is convenient, the condition of non-unified, unclear and non-standard recording is avoided, the writing of the subsequent medical records is more standard, and the management is also convenient.
Drawings
FIG. 1 shows a flow chart of a method for selecting a joint site for pain assessment according to an embodiment of the invention;
FIG. 2 is a schematic diagram of a pain site selection interface according to an embodiment of the present invention;
FIG. 3 illustrates a schematic view of a pain portion pop-up window selected in accordance with an embodiment of the present invention;
fig. 4 shows a schematic diagram of an embodiment of the invention for temporarily storing bits.
Detailed Description
Embodiments of the present application will be described in detail with reference to the drawings and examples, so that how to implement technical means to solve technical problems and achieve technical effects of the present application can be fully understood and implemented.
Examples
The execution subject of the embodiment of the invention is a terminal, and the terminal can be a nis system (Nursing information system), and the nis system can be used at a PC (personal computer) end or a Pad edition.
As shown in fig. 1, a method for selecting a joint site for pain assessment includes:
step 1, a user opens a terminal to log in a nis system, opens a corresponding pain evaluation sheet, clicks a pain part selection, receives a pain part selection request, displays a plane human figure on a newly added pain part selection interface shown in figure 2, and automatically pops up the human figure to be in accordance with the sex of a patient, wherein the selection interface is provided with a front button, a back button, a temporary storage button and a submission button of the human figure; the user clicks the front and back buttons according to the pain part indicated by the patient to select the front side of the human-shaped graph or the back side of the human-shaped graph;
step 2, dividing the front surface and the back surface of the human-shaped graph into 5 layers of covering blocks from top to bottom; clicking any position of a skin block where a pain part indicated by a patient is located by a user, and newly adding a selection pain part popup window on the human-shaped graph; the human-shaped graph is partitioned in a mode of the covering blocks, when a user mouse strokes the human-shaped graph, an area contained in the covering block in the area where the mouse is located appears, the user clicks any position contained in the area where the part to be selected is located, and the joint part name and the direction information contained in the area are displayed on a page in a popup window mode.
Step 3, selecting a pain part popup window with joint part options and orientation options as shown in fig. 3, wherein the joint part options comprise all joint parts on a covering block area; the user selects joint parts and orientations;
step 4, clicking and confirming by a user, and displaying the selected joint part and the selected direction on a temporary storage position in a text form; the pain site information (including joint site name and orientation) for a single selection is displayed in a temporary storage location in text form.
Step 5, if the pain parts need to be increased, repeating the step 2 to the step 4; the user may add new pain sites multiple times and display all of them in temporary storage locations separated by commas to finalize the patient pain site information as shown in fig. 4. Therefore, when the pain part information of the patient is input, the pain part information of the patient can be directly obtained from the corresponding relation, and the pain part selection and pain part information input efficiency is improved.
And 6, if the pain part does not need to be selected, clicking a submit button, and automatically inputting the information of the temporary storage position into a corresponding patient pain evaluation list. And automatically inputting the information into a corresponding nursing record sheet according to the pain part information of the patient selected by the user. The method is displayed in a text form, unified and standard in input and convenient to manage. The selected pain part can be continuously deleted in the pain part input box of the patient pain evaluation list, and the modification is convenient.
The orientation options in step 3 include: up, down, left, right, left up, left down, right up, right down, middle; the joint part option and the orientation option are displayed in a drop-down frame manner for selection by the user.
In step 1, when the user clicks and requests the selection of the pain part, the system automatically displays the corresponding simulated human figure according to the gender of the patient, and each gender picture has two json (javascript Object notification) arrays, namely, the front and the back of the corresponding human figure. In this embodiment, in step 2, the human-shaped graph is divided into 5 mask blocks, so that each JSON array has 5 pieces of object data, and the 5 pieces of object data correspond to the 5 mask blocks from top to bottom of the human-shaped graph respectively.
In step 2, when the user mouse is drawn on the human-shaped picture, the mask block in the area where the mouse is located appears, in step 3, all mask blocks are bound with the id (identity) of the corresponding object data in the JSON array, the user clicks the mask block area where the joint part to be selected is located, the system can find all joint parts in the area through the id of the object data bound by the mask block, and the name and the orientation information of the joint part contained in the area are shown through selecting the pain part popup window. Joint site names are presented in terms of technical terms.
In step 4, after the selection of the joint part and the orientation information is completed, the confirmation button is clicked, the joint part and the orientation information are stored in a string array, each value in the string array is a combination of the joint part and the orientation, and the selected information is displayed in the position of the temporary storage location shown in fig. 2 in the form of the joint part and the orientation. At the moment, the user repeats the operation, and the effect of multi-selecting the pain part can be achieved by storing the array. The mode greatly reduces manual error components in the pain part selection process, improves the efficiency and accuracy of pain part selection and entry, brings great convenience to users, and improves the working efficiency of the users. The accuracy of the pain site selection is high, thereby improving the referential of the pain site selection in the pain nursing measure of the patient. The information displayed on the temporary storage bit can be deleted by a delete button x following the joint part + orientation information, which is provided to prevent joint part selection errors.
In step 6, after the user clicks and submits, the corresponding string array is automatically stored in the database corresponding to the corresponding pain evaluation sheet of the patient.
The selection device comprises:
the display module is used for displaying a pain part selection interface, the selection interface is provided with a planar human-shaped graph, a pain part selection popup window is newly added after any covering layer block on the human-shaped graph is clicked, and the pain part selection popup window is provided with a joint part option and an orientation option; the selection interface can also display a human figure with the selected joint part and the selected direction for red point marking and character annotation and temporary storage positions;
a temporary storage location for the user to select temporary storage of pain site information; the joint position and orientation information selected by the user can be stored in a string array to form pain position information; the temporary storage location may store single or multiple pain site information; the pain site information includes joint site names and orientations.
And the storage module is used for storing the computer program and the selected pain part information.
And the processing module is coupled with the display module and the storage module. Dividing the front surface and the back surface of the human-shaped graph into a plurality of mask blocks from top to bottom for partitioning, clicking the selected mask block according to a user, displaying a pain part selection popup window containing joint part options and orientation options through the id (identity) of object data bound by the mask block, and selecting the pain part and the orientation information of a patient according to the parts and the orientation information displayed by a joint part option pull-down frame and an orientation pull-down frame. After a submission button of the selection interface is clicked, the information of the temporary storage position is automatically input into a corresponding patient pain evaluation sheet; and storing string arrays stored by the information into corresponding database forms corresponding to the evaluation sheets.
The invention provides a pain part selection interface for a user on a nis System (Nursing Information System), the user clicks a masking block area on the selection interface, the pain part (joint part + orientation) Information of the patient pain is determined according to the click selection of the user, and a plurality of positions can be selected by repeated operation. The data information generated in the clicking process of the user is displayed below the human figure graph and is stored in the corresponding evaluation list in a string array mode. The mode greatly reduces manual error components in the pain part selection process, improves the efficiency and accuracy of pain part selection and entry, brings great convenience to users, and improves the working efficiency of the users. The accuracy of the pain site selection is high, thereby improving the referential of the pain site selection in the pain nursing measure of the patient.
The pain selection device provided by the embodiment of the invention can be a specific page device or a specific window selection device on a nis System (Nursing Information System).
On the basis of the above embodiment, further comprising step 7, when a pain part display request is received, displaying a planar human figure on a newly added pain part selection interface, wherein the joint part selected in step 3 and step 5 is displayed in the human figure through a red dot, and displaying the comment of the name and the direction of the joint part by pointing to the red dot in the human figure with a mouse or clicking the red dot with a mouse, or leading a line out of the red dot to the outside of the human figure to display the comment of the name and the direction of the joint part. In this embodiment, in order to make the human figure simpler and easier to operate, the name and the direction of the joint part can be displayed by pointing the mouse to the red dot in the human figure.
On the basis of the above embodiment, further, if the selected pain part information needs to be modified after step 4, the temporary storage location is clicked, a pop-up window for the selected joint part and orientation is newly added, the pop-up window displays all the selected joint parts and orientations, the modification can be performed one by one, then the click confirmation is performed, and the temporary storage location displays the modified pain part information.
On the basis of the above embodiment, further, if modification is needed after step 6, click the comment on the human figure shown in step 7, add a new selected pain part popup window, repeat steps 3, 4, and 6 to modify the selected joint part and orientation; when the joint part needs to be deleted, the x deleting button behind the annotation is directly clicked.
On the basis of the above embodiment, further, in order to avoid that the user forgets or repeatedly adds the selected pain part, in step 5, when the pain part is added, the selected joint part and the orientation in the existing human figure are shown by red dots in the human figure, and the annotation of the name and the orientation of the joint part is displayed. And the user is prevented from selecting again, so that the recording efficiency can be improved and the errors can be reduced.
The foregoing description shows and describes several preferred embodiments of the invention, but as aforementioned, it is to be understood that the invention is not limited to the forms disclosed herein, but is not to be construed as excluding other embodiments and is capable of use in various other combinations, modifications, and environments and is capable of changes within the scope of the inventive concept as expressed herein, commensurate with the above teachings, or the skill or knowledge of the relevant art. And that modifications and variations may be effected by those skilled in the art without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. A method for selecting a joint site for pain assessment, comprising:
step 1, when a pain part selection request is received, displaying a human figure on a newly added pain part selection interface;
step 2, dividing the human-shaped graph into a plurality of covering layers from top to bottom; the user clicks the skin block where the pain part indicated by the patient is located, and a selection pain part popup window is newly added on the human-shaped graph;
step 3, selecting a pain part popup window with joint part options and orientation options, wherein the joint part options comprise all joint parts on the corresponding covering layer block area; the user selects joint parts and orientations;
step 4, clicking and confirming by a user, and displaying the selected joint part and the selected direction on a temporary storage position in a text form;
step 5, if the pain parts need to be increased, repeating the step 2 to the step 4;
and 6, if the pain part does not need to be selected, clicking to submit, and automatically inputting the information of the temporary storage position into a corresponding patient pain evaluation list.
2. The pain assessment joint site selection method of claim 1, further comprising: and 7, when a pain part display request is received, displaying a human figure graph on a newly added pain part selection interface, wherein the joint part selected in the steps 3 and 5 is displayed in the human figure graph through a red dot.
3. The method for selecting a joint part for pain assessment according to claim 2, wherein in step 5, when the pain part is newly added, the selected joint part and the orientation are shown by red dots in the human figure.
4. The method of claim 2 or 3, wherein the name and orientation of the joint is indicated by pointing a mouse to a red dot on the human figure or by clicking a red dot with a mouse, or by pointing a line out of the red dot on the human figure.
5. The method for selecting a pain-assessing joint location according to claim 1, wherein in step 1, when the user clicks to request the selection of a pain location, the system automatically displays a corresponding simulated human figure according to the gender of the patient, each gender picture having two json (javascript Object notation) arrays.
6. The method for selecting a joint part for pain assessment according to claim 5, wherein in step 2, the human figure is divided into 5 mask blocks, each JSON array has 5 pieces of object data, and the 5 pieces of object data correspond to the 5 mask blocks from top to bottom of the human figure respectively; all the mask blocks are bound with the id (identity) of the corresponding object data in the JSON array, a user clicks the mask block where the joint part which the user wants to select is located, the system finds all the joint parts of the area through the id of the object data bound by the mask block, and displays the name and the direction information of the joint part contained in the area through selecting a pain part popup window.
7. The method of claim 1, wherein if the selected pain site information needs to be modified after step 4, clicking the temporary storage location, adding a pop-up window of the selected joint site and orientation, wherein the pop-up window displays all the selected joint sites and orientations for modification, and clicking to confirm after modification, wherein the temporary storage location displays the modified pain site information.
8. The method of claim 1, wherein if the modification is required after step 6, clicking the comment on the human figure displayed in step 7, adding a new pain part popup window, and repeating steps 3 and 4 to modify the selected joint part and orientation.
9. A pain assessment joint site selection device, comprising:
the display module is used for displaying a pain part selection interface, the selection interface is provided with a human figure, a selection pain part popup window is newly added after a masking block on the human figure is clicked, the selection pain part popup window is provided with a joint part option and an orientation option, and the selection interface can also display the human figure with the selected joint part and orientation for red dot marking and character annotation;
the storage module is used for storing the computer program and the selected pain part information;
a processing module, coupled to the display module and the storage module, for executing the pain assessment joint part selection method according to any one of claims 1-8.
10. The pain assessment joint site selection device according to claim 9, wherein the display module displays a temporary storage location on the pain site selection interface, the temporary storage location being used for temporary storage of the information of the pain site selected by the user.
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