CN205144505U - Esophagus multi -parameter does not have line detection capsule and detects control system - Google Patents
Esophagus multi -parameter does not have line detection capsule and detects control system Download PDFInfo
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- CN205144505U CN205144505U CN201520751665.6U CN201520751665U CN205144505U CN 205144505 U CN205144505 U CN 205144505U CN 201520751665 U CN201520751665 U CN 201520751665U CN 205144505 U CN205144505 U CN 205144505U
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Abstract
The utility model provides an esophagus multi -parameter does not have line detection capsule and detects control system, this esophagus multi -parameter does not have the line detection capsule and includes pH sensor, shell, camera, temperature sensor, impedance sensor and data transmission module, the output of camera, temperature sensor, impedance sensor and pH sensor is equallyd divide and do not is connected to the input that the data transmission pair of module was answered, camera and pH sensor install in the shell bottom, temperature sensor set up in the internal surface of shell, data transmission module integration in in the shell, impedance sensor settings in the surface of shell lateral wall, be provided with on the shell and adsorb the hole. It is simple that this esophagus multi -parameter does not have line detection capsule structure, and convenient operation can detect the multinomial parameter of esophagus for a long time.
Description
Technical field
This utility model relates to medical instruments field, is specifically related to a kind of esophagus multiparameter wireless and detects capsule and detecting and controlling system.
Background technology
Gastroesophageal reflux disease (GERD) is a kind of digestion dyskinesis disease of clinical common chronic, easy recurrence, refers to that stomach or duodenum content reflux are to esophagus, cause multiple complications, compromise the quality of life of patient.Sickness rate improves gradually in recent years, is the commonly encountered diseases of Digestive System Department, frequently-occurring disease, and cardinal symptom is acid regurgitation, heartburn and retrosternal pain.Gastroesophageal reflux disease is divided into two types usually, and one is reflux esophagitis, can be found, account for 30% of gastroesophageal reflux disease by gastroscopy; Another kind is Non-erosive reflux disease, accounts for 70%, and these Stomach in Patients spectroscopy can not find esophageal lesion.Serious patients with gastroesophageal reflux also there will be the outer symptom of esophagus, and show as chronic pharyngitis, hoarseness, tracheitis, asthma etc., constant error is examined as bronchitis, pneumonia or asthma clinically, causes long-term mistaken diagnosis and wrong treatment.
Carrying out the measurement of 24 hours esophagus impedance pH conduits for gastroesophageal reflux patient is clinically Diagnosis of Gastric esophageal regurgitation " goldstandard ", when esophagus impedance pH conduit being placed into esophagus by nasal cavity, to measure reflux total time of pH<4 in esophagus, reflux number of times, reflux persistent period and the relation such as reflux and position, dining, pain.Clinical criteria pH sensor is placed on esophagus pectinate line upper end 5 centimeters, esophagus pectinate line forms obvious demarcation line by the gastric mucosa of pink Esophageal Mucosa and Chinese red, both intermesh and are formed, be in esophagus and stomach junction, here location is vital, directly affects measurement result and diagnostic result.But the location of esophagus pectinate line is carry out according to the experience of doctor substantially at present, can not ensure its accuracy of locating.Meanwhile, conduit is in esophagus for a long time, adds the misery of patient, and may because the discomfort of patient causes the distance between pH sensor and esophagus pectinate line to change, thus make measurement data not accurate enough in test.
Utility model content
In order to overcome the defect existed in above-mentioned prior art, it is simple that the purpose of this utility model is to provide a kind of structure, easy to operate, can detect capsule and detecting and controlling system for a long time to the esophagus multiparameter wireless that esophagus multiple parameters detects.
In order to realize above-mentioned purpose of the present utility model, this utility model provides a kind of esophagus multiparameter wireless and detects capsule, comprise pH sensor and shell, also comprise photographic head, temperature sensor, impedance transducer and data transmission module, described photographic head, temperature sensor, the outfan of impedance transducer and pH sensor is connected to input corresponding to described data transmission module respectively, described photographic head and pH sensor are installed on described outer casing bottom, described temperature sensor is arranged at the inner surface of described shell, described data transmission module is integrated in described shell, described impedance transducer is arranged at the outer surface of described side wall of outer shell, described shell is provided with the adsorption hole that can be adsorbed on esophagus inwall.
This esophagus multiparameter wireless detects capsule and is fixed on 5 centimeters on esophagus inwall pectinate line by carrier, be adsorbed on esophagus inwall by adsorption hole and be fixed, due to the metabolism of human body, finally this esophagus multiparameter wireless detection capsule comes off from esophagus inwall, finally excretes.Detect to finally coming off the fixing esophagus inwall of capsule absorption from this esophagus multiparameter wireless, interlude is 96 hours, and namely this esophagus multiparameter wireless detection capsule can reach 96 hours Real-Time Monitorings to esophagus.
Photographic head Real-time Collection esophagus video information, on the one hand, guarantee that medical personnel are when being fixed on this detection capsule on esophagus, pH sensor is positioned at esophagus pectinate line upper end 5 centimeters; On the other hand, the video information in viewing testing process, is conducive to the pathological changes that doctor observes esophagus inwall; Temperature sensor detects intraesophageal temperature information, impedance transducer detects esophagus resistance value, pH sensor detects intraesophageal pH value, video information, temperature information, esophagus resistance value and pH value are all sent in data transmission module, be sent to external in wireless transmission mode, received by data logger.
Further, described photographic head comprises camera lens, LED, imageing sensor, image processor and image controller, described imageing sensor outfan connects the input of image processor, described LED, imageing sensor and image processor are all connected with the control end of described image controller, and described camera lens is arranged at described imageing sensor front.
Imageing sensor gathers intraesophageal video image information by camera lens, then sends to image processor to process.Image controller controls the flashing rate of LED, and control figure image-position sensor gathers the frequency acquisition of image, controls image processor and processes video image information, make the video image captured by this photographic head more clear.
Further, described impedance transducer is metal impedance ring, and quantity has N number of, and N is positive integer, and is equidistantly nested in the outer surface of described side wall of outer shell, can detect that esophagus internal impedance changes more accurately.
Further, described pH sensor is not arranged higher than described photographic head.This makes photographic head can photograph the position of pH sensor more accurately.
Further, the clamping device corresponding with described adsorption hole is provided with in described shell, described clamping device comprises two clamping limbs being articulated with one, and the two ends of the non-clamping end of two clamping limbs and a bracing wire are connected, this clamping device makes this detection capsule more firmly be positioned on esophagus inwall.
Further, described shell is provided with gripping mechanism, this gripping mechanism and described adsorption hole are positioned on the not coplanar of described shell, and this gripping mechanism is contributed to medical personnel and is positioned on esophagus inwall by this detection capsule by external force.
This utility model additionally provides a kind of esophagus multiparameter wireless detecting and controlling system, comprises described esophagus multiparameter wireless and detects capsule, capsule carrier and data logger;
Described esophagus multiparameter wireless is detected capsule and carries and be positioned to esophagus inwall assigned address by described capsule carrier, and gathered esophagus video information, temperature information, esophagus resistance value and pH value are sent in data logger and carry out analyzing and preserving by described esophagus multiparameter wireless detection capsule;
Described capsule carrier comprises operating grip and delivery conduit, described esophagus multiparameter wireless detects capsule and forms closed channel by esophagus multiparameter wireless detection capsule with described delivery conduit by adsorption hole, described operating grip is provided with first stressed wire that described bracing wire can be made to be subjected to displacement change, described first stressed wire can be limited in the 3rd stressed wire that the second stressed wire in described bracing wire matches with the gripping mechanism that can detect capsule with described esophagus multiparameter wireless, described first stressed wire, second stressed wire and the 3rd stressed wire are all through described delivery conduit, described delivery conduit or operating grip are provided with the negative pressure device be connected with described closed channel.
In closed channel, negative pressure is increased by negative pressure device, esophagus interior wall tissue is made to be inhaled in adsorption hole, then by the first stressed wire effect bracing wire, the esophagus interior wall tissue of suction is clamped by two of the clamping device of this detection capsule clamping limbs, thus this detection capsule has been fixed on esophagus inwall, and then by the first stressed wire, second stressed wire and the 3rd stressed wire are extracted out from this detection capsule, realize being separated of capsule carrier and this detection capsule, at this detection capsule duration of work, its esophagus video information gathered, temperature information, esophagus resistance value and pH value are all sent in data logger and carry out analyzing and preserving.This esophagus multiparameter wireless detecting and controlling system structure is simple, cost of manufacture is low, carry out providing a great convenience when the state of an illness detects to patient medical personnel, also improve the accuracy of check result simultaneously, contribute to the accurate judgement of medical personnel to conditions of patients.
Further, described data logger comprises display, microprocessor, data reception module, push-button unit and data storage cell; Described data reception module input connects described data transmission module outfan, described data reception module outfan connects described microprocessor input, described microprocessor first outfan connects described display input, described microprocessor second output connects described data storage cell input, and described push-button unit connects described microprocessor.
Data reception module wireless receiving esophagus multiparameter wireless detects the information that capsule sends, and via after microprocessor processes, is shown on display.Data storage cell for storing video image information captured by photographic head, pH value that the temperature information of temperature sensor collection, pH sensor gather and the esophagus impedance that impedance transducer gathers.By whole for the video data of patient's testing process record, be conducive to the pathological changes that esophagus inwall is observed in doctor's playback, concurrent video data, in conjunction with temperature information, pH value and change in impedance value data, more accurately can judge patient's esophageal regurgitation type, the reflux order of severity.Push-button unit is used for patient's states in Input Monitor Connector process, initializes sensing data.
Further, described operating grip is provided with first order toggle mechanism, second level toggle mechanism and third level toggle mechanism, described first order toggle mechanism is connected with the first stressed wire, described second level toggle mechanism connects the second stressed wire, described third level toggle mechanism connects the 3rd stressed wire, facilitates being separated of the first stressed wire, the second stressed wire and the 3rd stressed wire and this detection capsule.
Further, described first stressed wire and esophagus multiparameter wireless detect one end that capsule acts on mutually be provided with for described in the collar that is drawstring through, described bracing wire, through bracing wire, is limited on the described collar by described second stressed wire.This project organization is simple, effectively achieves the first stressed wire, interaction between the second stressed wire and this detection capsule simultaneously, thus achieves fixing on esophagus inwall of this detection capsule.
Additional aspect of the present utility model and advantage will part provide in the following description, and part will become obvious from the following description, or be recognized by practice of the present utility model.
Accompanying drawing explanation
Above-mentioned and/or additional aspect of the present utility model and advantage will become obvious and easy understand from accompanying drawing below combining to the description of embodiment, wherein:
Fig. 1 is that esophagus multiparameter wireless detects capsule structure schematic diagram;
Fig. 2 is that impedance transducer arranges schematic diagram;
Fig. 3 is clamping device structural representation;
Fig. 4 is esophagus multiparameter wireless detecting and controlling system using state schematic diagram;
Fig. 5 is capsule conveyer construction schematic diagram;
Fig. 6 is the enlarged diagram of C part in Fig. 5.
Detailed description of the invention
Be described below in detail embodiment of the present utility model, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Being exemplary below by the embodiment be described with reference to the drawings, only for explaining this utility model, and can not being interpreted as restriction of the present utility model.
In description of the present utility model, unless otherwise prescribed and limit, it should be noted that, term " installation ", " being connected ", " connection " should be interpreted broadly, such as, can be mechanical connection or electrical connection, also can be the connection of two element internals, can be directly be connected, also indirectly can be connected by intermediary, for the ordinary skill in the art, the concrete meaning of above-mentioned term can be understood as the case may be.
In description of the present utility model, it will be appreciated that, term " longitudinal direction ", " transverse direction ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end " " interior ", orientation or the position relationship of the instruction such as " outward " are based on orientation shown in the drawings or position relationship, only this utility model and simplified characterization for convenience of description, instead of indicate or imply that the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.
As shown in Figure 1-2, this utility model provides a kind of esophagus multiparameter wireless and detects capsule, comprises pH sensor 4, photographic head, temperature sensor 5, impedance transducer 6, data transmission module and shell 1.
Photographic head comprises camera lens 3, LED, imageing sensor 2, image processor and image controller, imageing sensor 2 outfan connects the input of image processor, LED, imageing sensor 2 are all connected with the control end of image controller with image processor, camera lens 3 is arranged at imageing sensor 2 front, the image input that the image processor outfan of photographic head connects the data transmission module.
Impedance transducer 4 is metal impedance ring, and quantity has N number of, and N is positive integer, and is equidistantly nested in the outer surface of shell 1 sidewall.
The outfan of temperature sensor 5, impedance transducer 6 and pH sensor 4 is connected to input corresponding to data transmission module respectively.Photographic head and pH sensor 4 are installed on bottom described shell 1, and pH sensor 4 is not arranged higher than photographic head.Temperature sensor 5 is arranged at the inner surface of described shell 1, and data transmission module is integrated in described shell 1, shell 1 is provided with the adsorption hole 7 that can be adsorbed on esophagus inwall.
This esophagus multiparameter wireless detects capsule and is fixed on esophagus inwall by capsule carrier, here medical personnel are obtained by the esophagus video information of the photographic head Real-time Collection in this esophagus multiparameter wireless detection capsule for the determination of particular location, be specially: when medical personnel observe from esophagus video information pH sensor 4 be positioned at esophagus pectinate line upper end 5 centimeters time, stop capsule carrier to detect the conveying of capsule to this esophagus multiparameter wireless, and this esophagus multiparameter wireless is detected capsule and be adsorbed on esophagus inwall by adsorption hole 7 and be fixed.And the frequency acquisition that image controller in photographic head controls the flashing rate of LED, imageing sensor 2 gathers image and image processor process video image information, make the video image captured by this photographic head more clear.Detect capsule duration of work at this esophagus multiparameter wireless, pH sensor 4 detects intraesophageal pH value, and impedance transducer 4 gathers esophagus impedance, and temperature sensor 5 detects temperature information in esophagus, camera collection esophagus video information.Video information, temperature information, esophagus resistance value and pH value are all sent in data transmission module, be sent to external, received by data logger in wireless transmission mode.
Along with the metabolism of human body, the esophageal mucosa membrane injury of absorption organizes nature downright bad, and finally this esophagus multiparameter wireless detection capsule comes off from esophagus inwall, finally excretes.Detect to finally coming off the fixing esophagus inwall of capsule absorption from this esophagus multiparameter wireless, interlude is 96 hours, and namely this esophagus multiparameter wireless detection capsule can reach 96 hours Real-Time Monitorings to esophagus.
As the preferred version of the present embodiment, as shown in Figure 3, be provided with the clamping device 8 corresponding with described adsorption hole in shell 1, described clamping device 8 comprises two clamping limbs being articulated with one, and the two ends of the non-clamping end of two clamping limbs and a bracing wire 9 are connected.Shell 1 is provided with gripping mechanism, and this gripping mechanism and described adsorption hole 7 are positioned on the not coplanar of described shell 1.This clamping device 8 makes this detection capsule more firmly be positioned on esophagus inwall, and this gripping mechanism is contributed to medical personnel and is positioned on esophagus inwall by this detection capsule by external force simultaneously.
This utility model also proposed a kind of esophagus multiparameter wireless detecting and controlling system, as Figure 4-Figure 6, comprises above-mentioned esophagus multiparameter wireless and detects capsules A, capsule carrier and data logger B.
Esophagus multiparameter wireless is detected capsules A and carries and be positioned to esophagus inwall assigned address by capsule carrier, and gathered esophagus video information, temperature information, esophagus resistance value and pH value are sent in data logger B and carry out analyzing and preserving by esophagus multiparameter wireless detection capsules A.
Capsule carrier comprises operating grip 10 and delivery conduit 11, esophagus multiparameter wireless is detected capsules A and to be detected in capsules A by esophagus multiparameter wireless by adsorption hole 7 and form closed channel with delivery conduit 11, operating grip 10 be provided with can make bracing wire 9 be subjected to displacement change the first stressed wire 12, the first stressed wire can be limited in the 3rd stressed wire 14 that the second stressed wire 13 in bracing wire 9 and the gripping mechanism that can detect capsules A with esophagus multiparameter wireless match.
Concrete, the first stressed wire 12 here and esophagus multiparameter wireless detect one end that capsules A acts on mutually and are provided with the collar that confession bracing wire 9 passes, and the second stressed wire 13 passes bracing wire 9, bracing wire 9 is limited on the collar.
First stressed wire 12, second stressed wire 13 and the 3rd stressed wire 14 are all through delivery conduit 11, and operating grip 10 is provided with first order toggle mechanism, second level toggle mechanism and third level toggle mechanism, first order toggle mechanism is connected with the first stressed wire 12, second level toggle mechanism connects the second stressed wire 13, third level toggle mechanism connects the 3rd stressed wire 14, delivery conduit 11 or operating grip 10 are provided with the negative pressure device 15 be connected with closed channel.
Data logger B comprises display, microprocessor, data reception module, push-button unit and data storage cell.Data reception module input connects the data transmission module outfan, data reception module outfan connects microprocessor input, microprocessor first outfan connects display input, microprocessor second output connection data memory element input, and push-button unit connects microprocessor.
During use, this esophagus multiparameter wireless is detected the bracing wire 9 of capsules A through the collar on the first stressed wire 12 by medical personnel, and make the second stressed wire 13 through bracing wire 9, bracing wire 9 is made to be limited on the first stressed wire 12, and then the gripping mechanism making the 3rd stressed wire 14 and this esophagus multiparameter wireless detect capsules A matches, make this esophagus multiparameter wireless detect capsules A and be fixed on capsule carrier.After preparation is carried out, this esophagus multiparameter wireless is detected capsules A by this capsule carrier and puts into patient's esophagus by medical personnel, after finding tram by this esophagus multiparameter wireless photographic head detected on capsules A, use negative pressure device 15 to detect in capsules A to delivery conduit and this esophagus multiparameter wireless and increase negative pressure, closed channel is defined with delivery conduit 11 because esophagus multiparameter wireless detects in capsules A, esophagus interior wall tissue is made to be inhaled in adsorption hole 7, now, stir first order toggle mechanism, the first stressed wire 12 is made to pull bracing wire 9, bracing wire 9 is forced to be subjected to displacement, thus make two clamping limbs of clamping device 8 to be inhaled into the esophagus interior wall tissue clamping of adsorption hole 7, achieve this esophagus multiparameter wireless and detect capsules A fixing on esophagus inwall.Stir second level toggle mechanism again, make the second stressed wire 13 depart from bracing wire 9, thus the first stressed wire 12 is all separated with bracing wire 9 with the second stressed wire 13.Then, stir third level toggle mechanism, the gripping mechanism making the 3rd stressed wire 14 and this esophagus multiparameter wireless detect capsules A departs from.Finally take out capsule carrier, complete and the location of capsules A is detected with fixing to this esophagus multiparameter wireless.
Certainly, here the type of attachment that the first stressed wire 12, second stressed wire 13 and this esophagus multiparameter wireless detect the bracing wire 9 of capsules A has a lot, such as: the first stressed wire 12 is provided with hook with one end of bracing wire 9 phase effect, second stressed wire 13 is through bracing wire 9, and bracing wire 9 is hung on hook, then operate according to above-mentioned embodiment.
For another example: the first stressed wire 12 is hook-shaped with one end of bracing wire 9 phase effect, bracing wire 9 is caught on, the hook-shaped auxiliary of first stressed wire 12 is supplemented into a round sealed structure by the second stressed wire 13, makes the connection between bracing wire 9 and the first stressed wire 12 can not slippage.When departing from, the second stressed wire 13 is first removed, and is then pushed back by first order toggle mechanism, the first stressed wire 12 is moved forward, is in unstrained state with bracing wire 9, and bracing wire 9 is departed from from the first stressed wire 12.
Connection between 3rd stressed wire 14 and gripping mechanism can adopt interference fits to connect, and it is quick to assemble easy and dismounting, only needs the 3rd stressed wire 14 to extract along the opposite direction of gripping mechanism both can be made to be separated.
When this esophagus multiparameter wireless detects capsules A work, the esophagus video information it gathered, temperature information, esophagus resistance value and pH value send to data logger B, the data reception module wireless receiving esophagus multiparameter wireless of data logger B detects the information that capsule sends, and via after microprocessor processes, be shown on display.Data storage cell for storing video image information captured by photographic head, pH value that the temperature information of temperature sensor collection, pH sensor gather and the esophagus impedance that impedance transducer gathers.By whole for the video data of patient's testing process record, be conducive to the pathological changes that esophagus inwall is observed in doctor's playback, concurrent video data, in conjunction with temperature information, pH value and change in impedance value data, more accurately can judge patient's esophageal regurgitation type, the reflux order of severity.Push-button unit is used for patient's states in Input Monitor Connector process, initializes sensing data.
In the description of this description, specific features, structure, material or feature that the description of reference term " embodiment ", " some embodiments ", " example ", " concrete example " or " some examples " etc. means to describe in conjunction with this embodiment or example are contained at least one embodiment of the present utility model or example.In this manual, identical embodiment or example are not necessarily referred to the schematic representation of above-mentioned term.And the specific features of description, structure, material or feature can combine in an appropriate manner in any one or more embodiment or example.
Although illustrate and described embodiment of the present utility model, those having ordinary skill in the art will appreciate that: can carry out multiple change, amendment, replacement and modification to these embodiments when not departing from principle of the present utility model and aim, scope of the present utility model is by claim and equivalents thereof.
Claims (10)
1. an esophagus multiparameter wireless detects capsule, comprise pH sensor (4) and shell (1), it is characterized in that, also comprise photographic head, temperature sensor (5), impedance transducer (6) and data transmission module, described photographic head, temperature sensor (5), the outfan of impedance transducer (6) and pH sensor (4) is connected to input corresponding to described data transmission module respectively, described photographic head and pH sensor (4) are installed on described shell (1) bottom, described temperature sensor (5) is arranged at the inner surface of described shell (1), described data transmission module is integrated in described shell (1), described impedance transducer (6) is arranged at the outer surface of described shell (1) sidewall, described shell (1) is provided with the adsorption hole (7) that can be adsorbed on esophagus inwall.
2. esophagus multiparameter wireless according to claim 1 detects capsule, it is characterized in that, described photographic head comprises camera lens (3), LED, imageing sensor (2), image processor and image controller, described imageing sensor (2) outfan connects the input of image processor, described LED, imageing sensor (2) are all connected with the control end of described image controller with image processor, and described camera lens (3) is arranged at described imageing sensor (2) front.
3. esophagus multiparameter wireless according to claim 1 detects capsule, it is characterized in that, described impedance transducer (4) is metal impedance ring, and quantity has N number of, N is positive integer, and is equidistantly nested in the outer surface of described shell (1) sidewall.
4. esophagus multiparameter wireless according to claim 1 detects capsule, and it is characterized in that, described pH sensor (4) is not arranged higher than described photographic head.
5. esophagus multiparameter wireless according to claim 1 detects capsule, it is characterized in that, the clamping device (8) corresponding with described adsorption hole is provided with in described shell (1), described clamping device (8) comprises two clamping limbs being articulated with one, and the two ends of the non-clamping end of two clamping limbs and a bracing wire (9) are connected.
6. esophagus multiparameter wireless according to claim 1 detects capsule, it is characterized in that, (1) is provided with gripping mechanism to described shell, and this gripping mechanism and described adsorption hole (7) are positioned on the not coplanar of described shell (1).
7. detect a detecting and controlling system for capsule based on esophagus multiparameter wireless according to claim 5, it is characterized in that, comprise described esophagus multiparameter wireless and detect capsule (A), capsule carrier and data logger (B);
Described esophagus multiparameter wireless is detected capsule (A) and carries and be positioned to esophagus inwall assigned address by described capsule carrier, and gathered esophagus video information, temperature information, esophagus resistance value and pH value are sent in data logger (B) by described esophagus multiparameter wireless detection capsule (A) to carry out analyzing and preserving;
Described capsule carrier comprises operating grip (10) and delivery conduit (11), described esophagus multiparameter wireless detects capsule (A) and forms closed channel by esophagus multiparameter wireless detection capsule (A) with described delivery conduit (11) by adsorption hole (7), described operating grip (10) is provided with first stressed wire (12) that described bracing wire (9) can be made to be subjected to displacement change, described first stressed wire can be limited in the 3rd stressed wire (14) that the second stressed wire (13) in described bracing wire (9) and the gripping mechanism that can detect capsule (A) with described esophagus multiparameter wireless match, described first stressed wire (12), second stressed wire (13) and the 3rd stressed wire (14) are all through described delivery conduit (11), described delivery conduit (11) or operating grip (10) are provided with the negative pressure device (15) be connected with described closed channel.
8. detecting and controlling system according to claim 7, is characterized in that, described data logger (B) comprises display, microprocessor, data reception module, push-button unit and data storage cell; Described data reception module input connects described data transmission module outfan, described data reception module outfan connects described microprocessor input, described microprocessor first outfan connects described display input, described microprocessor second output connects described data storage cell input, and described push-button unit connects described microprocessor.
9. detecting and controlling system according to claim 7, it is characterized in that, described operating grip (10) is provided with first order toggle mechanism, second level toggle mechanism and third level toggle mechanism, described first order toggle mechanism is connected with the first stressed wire (12), described second level toggle mechanism connects the second stressed wire (13), described third level toggle mechanism connects the 3rd stressed wire (14).
10. detecting and controlling system according to claim 7, it is characterized in that, described first stressed wire (12) and esophagus multiparameter wireless detect one end that capsule (A) acts on mutually and are provided with the collar passed for described bracing wire (9), described bracing wire (9), through bracing wire (9), is limited on the described collar by described second stressed wire (13).
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105342543A (en) * | 2015-09-25 | 2016-02-24 | 重庆金山科技（集团）有限公司 | Multi-parameter wireless esophagus detection capsule and detection control system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105342543A (en) * | 2015-09-25 | 2016-02-24 | 重庆金山科技（集团）有限公司 | Multi-parameter wireless esophagus detection capsule and detection control system |
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