CN1839755A - Contrast medium injection management apparatus, image diagnostic apparatus, and contrast medium injection apparatus - Google Patents
Contrast medium injection management apparatus, image diagnostic apparatus, and contrast medium injection apparatus Download PDFInfo
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- CN1839755A CN1839755A CN 200610071564 CN200610071564A CN1839755A CN 1839755 A CN1839755 A CN 1839755A CN 200610071564 CN200610071564 CN 200610071564 CN 200610071564 A CN200610071564 A CN 200610071564A CN 1839755 A CN1839755 A CN 1839755A
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Abstract
A contrast medium injection management apparatus includes a measuring unit which repeatedly measures the injection amount of contrast medium injected from at least one contrast medium injection device into a subject to be examined, a cumulative injection amount calculating unit which repeatedly calculates a cumulative injection amount at the start of examination or after an arbitrary point of time from the injection amount, and a display unit which displays the cumulative injection amount.
Description
Technical field
The present invention relates to manage contrast medium injection management device, the image diagnosing system of having equipped it and the contrast medium injection apparatus of the injection rate of contrast agent.
Background technology
Check (angiography), used in the treatment (Interventional Radiology) of Radiodiagnostic apparatus at blood vessel (angio), might use a large amount of contrast agent according to disease.As the injection rate of contrast agent, the amount of injecting from bottle (bottle) dosage of the contrast agent that inspection, uses, with the automatic infusion appliance of contrast agent (syringe), and class is released amount (opening the 2003-102724 communique with reference to the spy) roughly.
Summary of the invention
The objective of the invention is to: the management precision that improves the injection rate of contrast agent.
A first aspect of the present invention is a kind of contrast medium injection management device, it is characterized in that comprising: repeated measurement is from the measurement component of at least one contrast agent injection device to the injection rate of the contrast agent of subject injection; Begin according to above-mentioned injection rate calculating inspection repeatedly or the accumulative total injection rate calculating unit of the accumulative total injection rate after any time; The display unit that shows above-mentioned accumulative total injection rate.
A second aspect of the present invention is a kind of contrast medium injection management device, it is characterized in that comprising: repeated measurement is from the measurement component of at least one contrast agent injection device to the injection rate of the contrast agent of subject injection; Begin according to above-mentioned injection rate calculating inspection repeatedly or the accumulative total injection rate calculating unit of the accumulative total injection rate after any time; When above-mentioned accumulative total injection rate has surpassed the benchmark injection rate, the display unit of warning.
A third aspect of the present invention is a kind of contrast medium injection management device, it is characterized in that comprising: repeated measurement is from the measurement component of at least one contrast agent injection device to the injection rate of the contrast agent of subject injection; Begin according to above-mentioned injection rate calculating inspection repeatedly or the accumulative total injection rate calculating unit of the accumulative total injection rate after any time; When above-mentioned accumulative total injection rate has surpassed the regulation ratio of benchmark injection rate, show the display unit of the information that arouses attention.
A fourth aspect of the present invention is a kind of contrast medium injection management device, it is characterized in that comprising: repeated measurement is from the measurement component of at least one contrast agent injection device to the injection rate of the contrast agent of subject injection; Begin according to above-mentioned injection rate calculating inspection repeatedly or the accumulative total injection rate calculating unit of the accumulative total injection rate after any time; When above-mentioned accumulative total injection rate has surpassed the regulation ratio of benchmark injection rate, show the information that arouses attention, when above-mentioned accumulative total injection rate has surpassed the said reference injection rate, the display unit of warning.
A fifth aspect of the present invention is a kind of image diagnosing system, it is characterized in that comprising: storage comprises the device of the checking process (routine) of a plurality of photographies in proper order; Be stored in the device of the predetermined contrast agent injection rate of using in each photography in the above-mentioned checking process; According to the predetermined contrast agent injection rate of in each of above-mentioned a plurality of photographies, using, calculate the device that the contrast agent that uses injects total amount in above-mentioned checking process; Be presented at the device that contrast agent that the predetermined contrast agent injection rate used in each of above-mentioned a plurality of photographies and aforementioned calculation go out injects total amount; According to operator's indication, revise the device of above-mentioned radiography dosage at each above-mentioned photography.
By following specifying and embodiment, can understand other features and advantages of the present invention, the present invention has more than and is limited to these explanations, the implementation phase can have various distortion to implement.
Description of drawings
Fig. 1 is the figure of structure of the X ray photographic attachment of expression embodiments of the invention.
Fig. 2 is the flow chart of step of the contrast agent injection rate management activities of expression present embodiment.
The figure of an example of the contrast agent injection rate supervisory frame when Fig. 3 is expression present embodiment common.
Fig. 4 be the expression present embodiment surpassed the figure of an example of 80% o'clock contrast agent injection rate supervisory frame of benchmark injection rate in the accumulative total injection rate.
Fig. 5 is the figure at an example of the contrast agent injection rate supervisory frame of accumulative total injection rate when having surpassed the benchmark injection rate of expression present embodiment.
The specific embodiment
Fig. 1 has represented the structure of the image diagnosing system of embodiments of the invention.In the present embodiment, exemplary as image diagnosing system, it is the X ray photographic attachment, be limited to the X ray photographic attachment but have more than, if use the image diagnosing system of contrast agent, then go for other models such as the X ray digestive organs diagnostic equipment, X ray computer laminagraph device (X ray CT), MR imaging apparatus (MRI), diagnostic ultrasound equipment.At this, describe as the X ray photographic attachment.
The X ray photographic attachment has been equipped contrast medium injection management device 20.In addition, contrast medium injection management device 20 also can separate with the X ray photographic attachment and constitute monomer independently.Contrast medium injection management device 20 is connected with the contrast medium injection apparatus 35,36 of a plurality of systems, is under the management of contrast medium injection management device 20.In addition,, put down in writing contrast medium injection apparatus 35,36, contrast medium injection management device 20 discretely, but each contrast medium injection apparatus 35,36 also can be equipped contrast medium injection management device 20 for the convenience that illustrates.
The host CPU 7 of X ray photographic attachment is brought into play function as all control maincenters of device.The inspection message of the inspection message memorizer 8 never illustrated indication mechanism of storage (ordering system) indications.Inspection message comprises patient's code, name, height, body weight, sex, age, time check data, checks the given category of purpose, check point, contrast agent etc.
Inspection program parts 13 plan out to comprise the checking process of a plurality of photography steps in proper order according to checking purpose and check point etc.For example in the coronary artery of radiodiagnosis device is checked, carry out this inspection according to determined process.Usually, from 6 direction photography left coronary arterys,, finish from a direction photography left ventricle then from 3 direction photography right coronary arteryes.Each photography is by observing from different directions, and can confirm the branch that pays close attention to.The data of the checking process of planning out are stored in the inspection message memorizer 8.The data of checking process are included in the injection rate of the contrast agent that uses in each photography.
Be typically X-ray tube ball 1 is installed on the not shown C shape arm with the area detector with a plurality of inspection elements of arranging (being also referred to as flat-panel detector (FPD)) 2 planely.C shape arm can be moved arbitrarily and is supported on the not shown pedestal rotatably.Mobile, the rotation of C arm control assembly 4 control C shape arms.X-ray tube ball control assembly 3 has high-voltage generator, in order to produce X ray from X-ray tube ball 1, and applies high voltage (tube voltage) between the negative electrode anode of X-ray tube ball 1, and provides electric current to filament.Be typically in area detector 2,, carry out the electric charge savings and the do actions such as (reset) of reading, reset repeatedly according to the control of detector control assembly 5.Be typically the signal of reading from area detector 2 as change in voltage and analog-digital converter (ADC) 6, be converted into digital signal, and as image data storage in image storage 10.Processing unit as the processing view data for example is equipped with in the X ray photographic attachment: the subtraction parts (not shown) that the image before and after the contrast agent collection carried out subtraction between identical angle; Carry out the filter part 9 of high frequency emphasis filtering etc.; The affine transformation parts (not shown) that carry out zoom, move etc.; Carry out the look-up table (Look UpTable) 11 of greyscale transformation.View data after the processing is presented on the image display part 12 with high accuracy display.
As mentioned above, contrast medium injection management device 20 can be connected with the contrast medium injection apparatus 35,36 of a plurality of systems.Contrast medium injection apparatus 35 be the measurement function that possesses the injection pressure of contrast agent and injection rate, can be from injecting the type that function is set that control assembly 29 be provided with injection pressure and injection rate accurately.In addition, following, " injection rate " is defined as the capacity (cc of unit) of the contrast agent of injection.Another contrast medium injection apparatus 36 is the types that do not possess above-mentioned measurement function and function is set, and is typically to have: the contrast agent bottle 37 of accommodating contrast agent; The injection device 38 that the syringe that is attached thereto is such; The not shown estrade that is used to suspend in midair contrast agent bottle 37.Contrast medium injection management device 20 possesses the weight sensor 32 of for example piezoelectric element of the weight with contrast agent detection bottle 37, even make such contrast medium injection apparatus 36 also can measure injection rate.Weight sensor control assembly 31 via weight sensor 32 during checking in the weight of cycle repeated measurement contrast agent bottle 37 of regulation, calculate the weight change that begins when last time measuring simultaneously.
In addition, in above-mentioned, weight sensor 32 contrast agent detection injection rates with the measurement function and the contrast agent bottle 37 of contrast medium injection apparatus (syringe) 35, be limited to this but have more than, for example also can in catheter interior or the pipe before it (tube), effusion meter be set, measure as the contrast agent injection rate by the flow value that monitors this effusion meter.
Contrast medium injection management device 20 has above-mentioned injection control assembly 29, weight sensor control assembly 31, weight sensor 32, is used for all contrast medium injection management control assemblies 21 of control device 20, to multiple contrast agent store in advance separately inherent specific gravity data contrast agent specific gravity data memory unit 22, be used to produce the benchmark injection rate memory unit 23 of the benchmark injection rate corresponding with the physique of subject.The benchmark injection rate is the upper limit of allowing the injection rate of once checking of the contrast agent that injects on the basis of guaranteeing to a certain extent the safety of the subject of checking object, inject the recommendation of the contrast agent of subject in changing a kind of saying and be exactly during an inspection and use limit amount, in most of the cases, provide company to determine by specific office or contrast agent.The benchmark injection rate be defined as with as the body weight of the physique of subject accordingly for example with the injection rate of the ratio of per kilogram 5cc.Benchmark injection rate memory unit 23 is stored a plurality of benchmark injection rates explicitly with a plurality of physique (body weight) respectively.
And then contrast medium injection management device 20 has contrast agent injection rate calculating unit 24, contrast agent injection rate cumulative calculation parts 25, injection rate comparing unit 33, functional unit 34, display control unit spare 27, contrast agent information display 28, injection rate data storage part 26 one by one.The contrast agent injection rate one by one calculating unit 24 according to the weight change of the contrast agent bottle 37 that calculates periodically by weight sensor control assembly 31 with use the inherent proportion of contrast agent, the injection rate (injection capacity) that calculating is injected from contrast medium injection apparatus 36, simultaneously by adding to this injection rate from injecting the injection rate of the contrast medium injection apparatus 35 that control assembly 29 obtains, and the recruitment of the total injection rate that repeated calculation is injected to subject from the injection device 35,36 of a system or a plurality of systems.Contrast agent injection rate cumulative calculation parts 25 are by beginning cumulative calculation the zero hour by the contrast agent injection rate recruitment of the injection rate that calculates of calculating unit 24 one by one from checking, and from checking that repeated calculation is as the accumulative total injection rate of the total amount of the contrast agent that injects to subject till the moment that begins the zero hour till now.
Injection rate comparing unit 33 be by will deducting the accumulative total injection rate that is calculated by contrast agent injection rate cumulative calculation parts 25 from the benchmark injection rate that benchmark injection rate memory unit 23 is obtained, and calculate expression reach the contrast agent that can inject till the benchmark injection rate real surplus injection rate can injection rate.In addition, injection rate comparing unit 33 will be compared by contrast agent injection rate cumulative calculation parts 25 accumulative total injection rate that calculates and the benchmark injection rate that obtains from benchmark injection rate memory unit 23, and be the ratio of unit repeated calculation accumulative total injection rate with respect to the benchmark injection rate with %.If establishing the accumulative total injection rate is Va, the benchmark injection rate is Vth, then calculates ratio P (%) as follows.
P＝(Va/Vth)×100
Display control unit spare 27 is to comprise the accumulative total injection rate that calculated by injection rate comparing unit 33 with respect to the injection rate management information picture of the ratio P of benchmark injection rate and be presented on the display 28 and be provided with in order to construct out.To describe injection rate management information picture in the back in detail, briefly, be to demonstrate benchmark injection rate, accumulative total injection rate and can injection rate with numerical value, and then demonstrate totally injection rate with respect to the ratio P of benchmark injection rate with numerical value and bar diagram.
The display format of this bar diagram changes accordingly with the ratio P of accumulative total injection rate with respect to the benchmark injection rate interimly.
For example, to have surpassed regulation ratio, for example during 80% of the benchmark injection rate amount, in order arousing attention in advance, and for example to have demonstrated bar diagram (with reference to figure 4) with yellow with respect to the benchmark injection rate in the accumulative total injection rate.In addition, surpassed at 80% o'clock, in injection rate management information picture, demonstrated and be used for the accumulative total injection rate has been surpassed the information that arouses attention (with reference to figure 4) that the situation of 80% amount of benchmark injection rate arouses attention at ratio P.
In addition, during smaller or equal to 80% amount of benchmark injection rate, for example demonstrate bar diagram (with reference to figure 3) in the accumulative total injection rate with cyan.
In addition, when having surpassed the benchmark injection rate, promptly ratio P has surpassed at 100% o'clock in the accumulative total injection rate, in order to warn, and for example goes out bar diagram (with reference to figure 5) with red display.In addition, surpassed at 100% o'clock, in injection rate management information picture, demonstrated the amount that surpasses that the accumulative total injection rate surpasses the benchmark injection rate with numerical value at ratio P.And then, surpassed at 100% o'clock at ratio P, in injection rate management information picture, demonstrate and be used to warn the accumulative total injection rate to surpass the warning message (with reference to figure 5) of the situation of benchmark injection rate.
Can at random change the ratio that the display format that is used to make this bar diagram changes by the operator with respect to the benchmark injection rate.Injection rate data storage part 26 is stored the data of accumulative total injection rate and subject information, inspection message simultaneously in the moment that check to finish.
The contrast agent injection rate management activities of present embodiment then, is described.
Actual begin to check before, provide the checking process of planning out data from inspection message memorizer 8 to injection plan parts 39 by inspection program parts 13.The checking process data comprise the order of a plurality of photography steps, the radiography dosage that uses in each photography step.Injection plan parts 39 will be included in the summation of the contrast agent that a plurality of photographies of this checking process use and calculate as the anticipation accumulative total injection rate Ve that uses in this checking process.Injection plan parts 39 will be envisioned accumulative total injection rate Ve and compare with the benchmark injection rate that provides from benchmark injection rate memory unit 23.When anticipation accumulative total injection rate Ve had surpassed the benchmark injection rate, injection plan parts 39 demonstrated on display unit 12 and are used to warn anticipation accumulative total injection rate Ve to surpass the information of the situation of benchmark injection rate.With warning message side by side, the radiography dosage that demonstrates the flow process of checking process, uses in step in each photography.According to the operation of functional unit 34, at random change the radiography dosage (injection rate or injection length) that the step of respectively photographing is used, make anticipation accumulative total injection rate Ve be no more than the benchmark injection rate.After checking beginning, value or its absolute value of the prediction accumulative total injection rate Va ' of the accumulative total injection rate Va that injection plan parts 39 calculate the present moment that calculates at injection rate cumulative calculation parts 25 and the present moment that can find out in advance according to the predetermined injection rate of the step of respectively photographing of checking process poor (Va-Va ').With numerical value the prediction of present moment accumulative total injection rate Va ', poor (Va-Va ') are presented on the display 28.If poor (Va-Va ') big, represent that then the injection rate of contrast agent is more than what be scheduled to, promptly injection rate is too fast.At poor (Va-Va ') when having surpassed setting, on display 28, demonstrate the information that the actual contrast agent injection rate of expression is Duoed than scheduled volume, and make the prediction accumulative total injection rate Va ' of present moment, the display format of poor (Va-Va ') for example change into redness, or be changed to the flicker demonstration simultaneously.To for example be set to the arbitrary proportion of benchmark injection rate Vth with poor (the Va-Va ') setting that compares, for example 10%.
Can at random be provided with and revise this ratio by user and manufacturer side.In addition, inject poor (Va-Va ') of plan parts 39, by (Ve+ (Va-Va ') according to the contrast agent injection rate of reality and scheduled volume) anticipation of revising inspection finish time injection rate Ve totally.With numerical value revised anticipation accumulative total injection rate Ve is presented on the display 28.When revised anticipation accumulative total injection rate Ve has surpassed benchmark injection rate Vth, make the display format of anticipation accumulative total injection rate Ve for example be changed to redness, perhaps be changed to flicker and show.
Fig. 2 represents the step of the contrast agent injection rate management activities of present embodiment.In addition, in this convenience, suppose to inject contrast agent to subject individually from the injection device 36 of contrast agent bottle 37 in order to illustrate.Before checking beginning, contrast medium injection management control assembly 21 is obtained the data (S11) of the benchmark injection rate corresponding with the weight in patients of inspection message from benchmark injection rate memory unit 23.The data of benchmark injection rate are offered injection rate comparing unit 33 and display control unit spare 27.In addition, contrast medium injection management control assembly 21 is obtained the data (S12) of the accumulative total injection rate last time checked relevant with this subject of inspection object from injection rate data storage part 26.The data of the accumulative total injection rate last time checked are offered display control unit spare 27.In addition, control according to contrast medium injection management control assembly 21, provide name, age, sex, the height of the patient information in the inspection message, the data of body weight from inspection message memorizer 8 to display control unit spare 27, and provide the data that add up injection rate from cumulative calculation parts 25, provide the data of accumulative total injection rate with respect to the ratio P of benchmark injection rate from injection rate comparing unit 33.
The data that display control unit spare 27 bases provide are constructed out the contrast agent injection rate supervisory frame data of example shown in Figure 3, and it is presented on the special-purpose display 28 of contrast agent information demonstration (S13).As literal/numerical information, in contrast agent injection rate supervisory frame, comprise name, age, sex, height, body weight, contrast agent and inject the zero hour, the injection total amount of last time checking, benchmark injection rate, accumulative total injection rate.In addition, in contrast agent injection rate supervisory frame, comprise by display control unit spare 27 according to adding up the bar diagram that the ratio P of injection rate with respect to the benchmark injection rate generates.As display format, in this rectangular graph corresponding with the benchmark injection rate by colouring discrimination with the corresponding area portions of this ratio P.In stage before contrast agent injects beginning, ratio P is 0, does not therefore divide the part of color.
After the beginning contrast agent injected, weight sensor control assembly 31 began to measure the weight of contrast agent bottle 37 via weight sensor 32.Cycle with regulation is carried out weight measurement repeatedly, from weight sensor control assembly 31 weight data of output contrast agent bottle 37 repeatedly.From weight sensor control assembly 31 to the contrast agent injection rate one by one calculating unit 24 weight data of contrast agent bottle 37 is provided.Contrast agent injection rate calculating unit 24 one by one obtains last time the difference of the weight of the weight measured and this measurement, in this difference is not 0 o'clock (S14), being judged as weight changes, promptly be carved into when last time measuring this measure constantly between injected contrast agent, according to optionally obtain according to the contrast agent kind of inspection message from specific gravity data memory unit 22 with use corresponding proportion and the weight change of contrast agent, calculate injection rate (volume) Vs (S15).Cumulative calculation parts 25 calculate accumulative total injection rate Va (S16) by to from checking that the injection rate Vs that begins the zero hour adds up.
In addition, when changing contrast agent bottle 37, owing to unload contrast agent bottle 37, so weight can change tempestuously.It is characterized in that a certain amount ofly within a certain period of time, for example 10 seconds with the rapid variation more than the interior 50cc.Detect this rapid variation by calculating unit 24 or 25, be judged as and changed contrast agent bottle 37, and not as the contrast agent injection rate.Contrast agent injection rate calculating unit 24 one by one resets (reset) to gravimetric value in the moment that then weight has increased, and after this monitors the weight that has reduced once more.Certainly, even cumulative calculation parts 25 do not reset to the accumulative total injection rate yet, and continue to use the accumulative total injection rate when having changed contrast agent bottle 37.
Injection rate comparing unit 33 will add up injection rate Va and benchmark injection rate Vth compares (S17).In fact, injection rate comparing unit 33 calculates the ratio P of accumulative total injection rate Va with respect to benchmark injection rate Vth.In addition, injection rate comparing unit 33 by deduct accumulative total injection rate Va from benchmark injection rate Vth, calculate reach can inject till the benchmark injection rate Vth can injection rate.With can injection rate and the data of accumulative total injection rate Va, accumulative total injection rate Va be offered display control unit spare 27 with respect to the data of the comparative result (ratio P) of benchmark injection rate Vth.Display control unit spare 27 constitutes the picture (S18, S19, S20) corresponding with respect to the comparative result of benchmark injection rate Vth with accumulative total injection rate Va.
The display format of injection rate management information picture has 3 kinds of following patterns according to the increase of accumulative total injection rate:
(1) add up 80% o'clock (P≤0.8) of injection rate Va smaller or equal to benchmark injection rate Vth,
(2) accumulative total injection rate Va surpasses 80% of benchmark injection rate Vth, and accumulative total injection rate Va is during smaller or equal to benchmark injection rate Vth (0.8＜P≤1),
When (3) accumulative total injection rate Va surpasses benchmark injection rate Vth (1＜P).
Pattern (1) and common picture corresponding (S18).Pattern (2) corresponding with the picture that arouses attention (S19).Pattern (3) and warning picture corresponding (S20).
In Fig. 3, represented the example of common picture of the pattern of above-mentioned (1).As mentioned above, in contrast agent injection rate supervisory frame, comprise name, age, sex, height, body weight, contrast agent as literal/numerical information and inject the zero hour, the injection total amount of last time checking, benchmark injection rate, accumulative total injection rate, demonstrate the ratio P of accumulative total injection rate with bar diagram in addition with respect to the benchmark injection rate.Demonstrate to the branch color in the Zone Full of bar diagram with the corresponding area portions of this ratio P, therefore can easily grasp the state of present injection rate intuitively.Specifically, bar diagram as reference colours, is used " white " " cyan " performance and the corresponding area portions of this ratio P on this basis.
In Fig. 4, represent the picture that arouses attention of the pattern of above-mentioned (2).When accumulative total injection rate Va had surpassed 80% amount of benchmark injection rate with respect to the ratio P of benchmark injection rate Vth, the color of the area portions of bar diagram was changed to " yellow " from " cyan ".In addition, surpassed at 80% o'clock, in injection rate management information picture, demonstrated and be used for the accumulative total injection rate has been surpassed the information that arouses attention that the situation of 80% amount of benchmark injection rate arouses attention at ratio P.Thus the injection rate of the contrast agent situation near the benchmark injection rate is aroused attention.
In Fig. 5, represent the picture of the pattern of above-mentioned (3).When accumulative total injection rate Va has surpassed benchmark injection rate Vth, in bar diagram, amplify corresponding area portions accordingly with ratio P with accumulative total injection rate Va according to the part corresponding with benchmark injection rate Vth.This, the color of the area portions of bar diagram is changed to " redness " from " yellow ", area portions flicker that simultaneously should redness.In addition, demonstrate by what injection rate comparing unit 33 calculated with numerical value and surpass injection rate.Surpassing injection rate is the amount that accumulative total injection rate Va has surpassed benchmark injection rate Vth.And then, when the accumulative total injection rate has surpassed the benchmark injection rate, show to be used to warn the accumulative total injection rate to surpass the warning message of benchmark injection rate.By the variation of above display format, the situation that the injection rate of contrast agent is surpassed the benchmark injection rate arouses attention consumingly.
In addition, in the present embodiment, promptly do not stop the measure that contrast agent injects yet, or do not show this information that promptly stops of urgency yet even the accumulative total injection rate reaches the benchmark injection rate.Just the situation that the injection rate of contrast agent is surpassed the benchmark injection rate arouses attention consumingly.Its reason is that the benchmark injection rate is set to the low value of threshold value (higher limit on the safety) than health.Thus, before the contrast examination of needs finishes, can avoid the contrast agent injection rate to reach gauge as much as possible and the situation of interrupting.
Till check finishing (S21), for example carry out a succession of processing repeatedly from above-mentioned S14 to S20 with about 0.1 second extremely short specified period.The photography technician can almost grasp the amount that contrast agent injects and the present situation of the ratio of injection in real time, checks on one side can consider the contrast agent injection plan of checking till the end to a certain degree.
After checking end, as the injection rate summation of this inspection, determine final accumulative total injection rate, and store (S20) in the injection rate data component 26 into subject information and inspection message.
As mentioned above,, the management precision of the injection rate of contrast agent can be improved, contrast agent can be in a planned way injected according to present embodiment.Can reduce the injection of useless unwanted contrast agent, and then can avoid owing to injecting the situation that too much contrast agent interrupts checking.
In the above-described embodiments, check according to above-mentioned checking process.But the measurement of accumulative total injection rate has more than and is limited to above-mentioned checking process.
The present invention has more than and is limited to above-mentioned described embodiment, in the scope of aim of the present invention various distortion can be arranged.
Claims (24)
1. contrast medium injection management device is characterized in that comprising:
Repeated measurement is from the measurement component of at least one contrast agent injection device to the injection rate of the contrast agent of subject injection;
Begin according to above-mentioned injection rate calculating inspection repeatedly or the accumulative total injection rate calculating unit of the accumulative total injection rate after any time;
The display unit that shows above-mentioned accumulative total injection rate.
2. contrast medium injection management device is characterized in that comprising:
Repeated measurement is from the measurement component of at least one contrast agent injection device to the injection rate of the contrast agent of subject injection;
Begin according to above-mentioned injection rate calculating inspection repeatedly or the accumulative total injection rate calculating unit of the accumulative total injection rate after any time;
When above-mentioned accumulative total injection rate has surpassed the benchmark injection rate, the display unit of warning.
3. contrast medium injection management device is characterized in that comprising:
Repeated measurement is from the measurement component of at least one contrast agent injection device to the injection rate of the contrast agent of subject injection;
Begin according to above-mentioned injection rate calculating inspection repeatedly or the accumulative total injection rate calculating unit of the accumulative total injection rate after any time;
When above-mentioned accumulative total injection rate has surpassed the regulation ratio of benchmark injection rate, show the display unit of the information that arouses attention.
4. according to the contrast medium injection management device of claim 1 record, it is characterized in that:
Above-mentioned measurement component is measured the total of injection rate that is injected into the contrast agent of subject from above-mentioned a plurality of contrast agent injection devices.
5. according to the contrast medium injection management device of claim 1 record, it is characterized in that:
Above-mentioned measurement component has the weight sensor of the weight of measuring the contrast agent bottle.
6. according to the contrast medium injection management device of claim 5 record, it is characterized in that:
Above-mentioned measurement component has: according to the variation of the weight of above-mentioned contrast agent bottle and the proportion of above-mentioned contrast agent, the volume calculations parts of calculating the injection rate of above-mentioned contrast agent as volumenometer.
7. according to the contrast medium injection management device of claim 1 record, it is characterized in that:
Above-mentioned measurement component has: the pick off of amount of measuring the contrast agent of the pipe passed through conduit or to be connected with conduit.
8. according to the contrast medium injection management device of claim 1 record, it is characterized in that also comprising:
Calculate the ratio calculating unit of above-mentioned accumulative total injection rate with respect to the ratio of benchmark injection rate.
According to Claim 8 the record the contrast medium injection management device, it is characterized in that:
Above-mentioned display unit shows the ratio of above-mentioned accumulative total injection rate with respect to the said reference injection rate with bar diagram.
10. according to the contrast medium injection management device of claim 9 record, it is characterized in that:
Above-mentioned display unit makes the display format of above-mentioned bar diagram and above-mentioned accumulative total injection rate change accordingly with respect to the ratio of said reference injection rate interimly.
11. Ji Zai contrast medium injection management device according to Claim 8 is characterized in that:
Above-mentioned display unit shows the ratio of above-mentioned accumulative total injection rate with respect to the said reference injection rate with numerical value.
12. the contrast medium injection management device according to claim 9 record is characterized in that:
The display format of the above-mentioned bar diagram when above-mentioned display unit makes above-mentioned accumulative total injection rate surpass the said reference injection rate, the display format of the above-mentioned bar diagram when not surpassing the said reference injection rate with above-mentioned accumulative total injection rate is different.
13. the contrast medium injection management device according to claim 2 record is characterized in that:
Above-mentioned display unit shows that with numerical value above-mentioned accumulative total injection rate surpasses the amount that surpasses of said reference injection rate.
14. the contrast medium injection management device according to claim 9 record is characterized in that:
The display format of the above-mentioned bar diagram when above-mentioned display unit makes above-mentioned accumulative total injection rate surpass regulation ratio with respect to the said reference injection rate not have the display format of the above-mentioned bar diagram above with respect to the regulation ratio of said reference injection rate the time different with above-mentioned accumulative total injection rate.
15. the contrast medium injection management device according to claim 1 record is characterized in that:
When above-mentioned display unit has surpassed the regulation ratio of said reference injection rate in above-mentioned accumulative total injection rate, show the injection information that causes.
16. the contrast medium injection management device according to claim 2 record is characterized in that:
When above-mentioned display unit has surpassed the said reference injection rate in above-mentioned accumulative total injection rate, warning.
17. the contrast medium injection management device according to claim 9 record is characterized in that also comprising:
Produce the benchmark injection rate production part of said reference injection rate accordingly with the body weight of above-mentioned subject.
18. the contrast medium injection management device according to claim 1 record is characterized in that also comprising:
Store the memory unit of the data of above-mentioned accumulative total injection rate with above-mentioned subject information and inspection message.
19. an image diagnosing system is characterized in that: the contrast medium injection management device that possesses claim 1 record.
20. a contrast medium injection apparatus is characterized in that: the contrast medium injection management device that possesses claim 1 record.
21. a contrast medium injection management device is characterized in that comprising:
Repeated measurement is from the measurement component of at least one contrast agent injection device to the injection rate of the contrast agent of subject injection;
Begin according to above-mentioned injection rate calculating inspection repeatedly or the accumulative total injection rate calculating unit of the accumulative total injection rate after any time;
When above-mentioned accumulative total injection rate has surpassed the regulation ratio of benchmark injection rate, show the information that arouses attention, when above-mentioned accumulative total injection rate has surpassed the said reference injection rate, the display unit of warning.
22. an image diagnosing system is characterized in that comprising:
Storage comprises the device of the checking process of a plurality of photographies in proper order;
Be stored in the device of the predetermined contrast agent injection rate of using in each photography in the above-mentioned checking process;
According to the predetermined contrast agent injection rate of in each of above-mentioned a plurality of photographies, using, calculate the device that the contrast agent that uses injects total amount in above-mentioned checking process;
Be presented at the device that contrast agent that the predetermined contrast agent injection rate used in each of above-mentioned a plurality of photographies and aforementioned calculation go out injects total amount;
According to operator's indication, revise the device of above-mentioned radiography dosage at each above-mentioned photography.
23. the image diagnosing system according to claim 22 record is characterized in that also comprising:
The device of the accumulative total injection rate of the above-mentioned contrast agent after calculating inspection begins one by one;
Inject the device of total amount according to the above-mentioned contrast agent of above-mentioned accumulative total injection rate correction.
24. the image diagnosing system according to claim 22 record is characterized in that also comprising:
Show that above-mentioned contrast agent injects the device of total amount and above-mentioned revised contrast agent injection total amount;
When the difference that above-mentioned contrast agent injects total amount and above-mentioned revised contrast agent injects total amount has surpassed ormal weight, the device that the display format that makes above-mentioned contrast agent inject total amount and above-mentioned revised contrast agent injection total amount changes.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005098204 | 2005-03-30 | ||
| JP2005098204 | 2005-03-30 | ||
| JP2006065755 | 2006-03-10 |
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| Publication Number | Publication Date |
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| CN1839755A true CN1839755A (en) | 2006-10-04 |
| CN100515338C CN100515338C (en) | 2009-07-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB200610071564XA Active CN100515338C (en) | 2005-03-30 | 2006-03-30 | Contrast medium injection management apparatus, image diagnostic apparatus, and contrast medium injection apparatus |
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| Country | Link |
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| CN (1) | CN100515338C (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102670225A (en) * | 2011-03-17 | 2012-09-19 | 美国西门子医疗解决公司 | Automated imaging contrast agent determination system |
| CN105658260A (en) * | 2013-08-22 | 2016-06-08 | 交叉合作公司 | Method and apparatus for monitoring total delivered dose of contrast media |
| CN109106999A (en) * | 2018-08-15 | 2019-01-01 | 深圳圣诺医疗设备股份有限公司 | A kind of infusion remaining time acquisition methods and infusion electronic claim |
| WO2023239742A1 (en) * | 2022-06-06 | 2023-12-14 | Medtronic Vascular, Inc. | Use of cath lab images for prediction and control of contrast usage |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6236706B1 (en) * | 1996-12-12 | 2001-05-22 | General Electric Company | Methods and apparatus for predicting contrast agent uptake in a computed tomography system |
| DE102004003371B4 (en) * | 2004-01-22 | 2012-08-30 | Siemens Ag | Method for operating a computer tomograph and an injector, and device with a computer tomograph and an injector |
-
2006
- 2006-03-30 CN CNB200610071564XA patent/CN100515338C/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102670225A (en) * | 2011-03-17 | 2012-09-19 | 美国西门子医疗解决公司 | Automated imaging contrast agent determination system |
| CN102670225B (en) * | 2011-03-17 | 2016-04-13 | 美国西门子医疗解决公司 | Automated imaging contrast agent determination system |
| CN105658260A (en) * | 2013-08-22 | 2016-06-08 | 交叉合作公司 | Method and apparatus for monitoring total delivered dose of contrast media |
| CN109106999A (en) * | 2018-08-15 | 2019-01-01 | 深圳圣诺医疗设备股份有限公司 | A kind of infusion remaining time acquisition methods and infusion electronic claim |
| CN109106999B (en) * | 2018-08-15 | 2020-12-04 | 深圳圣诺医疗设备股份有限公司 | Electronic scale for transfusion |
| WO2023239742A1 (en) * | 2022-06-06 | 2023-12-14 | Medtronic Vascular, Inc. | Use of cath lab images for prediction and control of contrast usage |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100515338C (en) | 2009-07-22 |
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Effective date of registration: 20160809 Address after: Japan Tochigi Patentee after: Toshiba Medical System Co., Ltd. Address before: Tokyo, Japan, Japan Patentee before: Toshiba Corp Patentee before: Toshiba Medical System Co., Ltd. |