CN103054681B - A kind of integration obstetric table system with monitoring and analgesia function - Google Patents
A kind of integration obstetric table system with monitoring and analgesia function Download PDFInfo
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Abstract
The invention discloses a kind of integration obstetric table system with monitoring and analgesia function, comprise base, lifting column, bed panel and back support plate; Lifting column to be fixed on base and for supporting bed panel; One end of back support plate is flexibly connected with supporting bed panel; Bed panel is divided into first half and latter half by the articulated positions of back support plate and bed panel; Bed panel first half is provided with housing; Obstetric table work station module is provided with in housing, and the ultrasonic image module be connected with obstetric table work station module respectively, female tire monitoring module, inhibiting pain in parturition module, magnetic field tracking locating module and obstetric table control module; Bed panel side is provided with the interface putting hole of popping one's head in and being connected with respective module.Obstetric table systemic-function of the present invention realizes the combination of each functional module, obtain more accurate, comprehensive, detailed childbirth characteristic parameter, improve certainty of measurement, analgesic effect; Structure decreases cable connection, save delivery room Medical space, improve system suitability.
Description
Technical field
The present invention relates to childbirth field of auxiliary, particularly a kind of with monitoring and analgesia function integration obstetric table system.
Background technology
Can childbirth complete the mutual coordination depending on anemia of pregnant woman's birth canal, force of labor, psychologic factors and fetal stress smoothly, if one of them or several factor occur extremely will affect labor.During head delivery, the boundary of natural labor and difficult labour is difficult to determine sometimes, palpus close observation stages of labor, could Timeliness coverage difficult labour tendency.Therefore, use the monitor of stages of labor method of science and practicality very necessary clinically.
Publication date is that the Chinese utility model patent CN202515934U on April 18th, 2012 describes a kind of electronic partogram system based on magnetic field tracking location technology and parameter measurement method thereof, propose and utilize magnetic field tracking to locate and ultrasonic imaging technique carries out the method and apparatus of labor parameters measurement, efficiently solve the measurement problem in cervical dilatation, fetal head position and direction.But violent pain can have a strong impact on the measurement of above-mentioned parameter during childbirth, puerpera because pain mismatches medical worker, may cause labor parameters measuring accuracy to decline and even cannot measure.Therefore state patented method on the implementation when carrying out monitor of stages of labor, need analgetic apparatus for childbirth with the use of.
One of armarium that fetal monitor current Yi Shi obstetrics are necessary, it is a kind of antepartum monitoring system of non-invasive measurement, easily can measure abdominal part uterine contraction pressure and the fetal heart frequency of mother, but cannot meet the demand of stages of labor characteristic parameter monitoring.Such as, in order to assess the effectiveness of puerpera's uterine contraction, needing to calculate the Descending of fetal head amplitude during uterine contraction, namely needing fetal head position when measuring uterine contraction baseline and uterine contraction peak value respectively.So, while the existing fetal monitor of use measures uterine contraction pressure, if fetal head position when above-mentioned patented method can be used to measure uterine contraction baseline and uterine contraction peak value respectively, then whether effectively can assess the activity of puerpera's uterine contraction.
In addition, clinically according to puerpera's physical condition, also may need the physical sign parameters of simultaneously guarding mother, need to use Maternal Multi-Parameter Monitor; Due to the difference of individuality, each pregnant and lying-in women are different with impression to the holding capacity of pain, also need the actual impression utilizing uterine contraction pressure and puerpera to instruct the output parameter of SPA signal (prescription).
At present, hospital delivery room starts to configure these equipment successively.But too much diagnostic equipment makes delivery room become more and more crowded; Too much probe cable has hampered the operation of doctor, sometimes also may have influence on the rescue to patient.
Therefore, clinical obstetrics needs the integration obstetric table system of a kind of integrated female tire monitoring and inhibiting pain in parturition function, functionally realize the combination of each functional module, to obtain more accurate, comprehensive, detailed childbirth characteristic parameter, the certainty of measurement of elevator system, analgesic effect and the suitability; Structure reduces cable connection, save delivery room Medical space.
Summary of the invention
The invention provides a kind of integration obstetric table system with monitoring and analgesia function, be intended to solve and both obtained accurate, comprehensive, detailed childbirth characteristic parameter, do not allow again too much armarium take the technical problem of space, delivery room, too much equipment cable obstruction doctor operation.
In order to solve the problems of the technologies described above, the present invention adopts following technical proposals: a kind of integration obstetric table system with monitoring and analgesia function, comprises base, lifting column, bed panel and back support plate; Lifting column to be fixed on base and for supporting bed panel; One end of back support plate is flexibly connected with supporting bed panel; Bed panel is divided into first half and latter half by the articulated positions of back support plate and bed panel; Bed panel first half is provided with housing; Obstetric table work station module is provided with in described housing, and the ultrasonic image module be connected with obstetric table work station module respectively, female tire monitoring module, inhibiting pain in parturition module, magnetic field tracking locating module, obstetric table control module.
Preferably, described obstetric table system also comprises Ultrasonic-B probe, fetal heart monitoring probe, uterine contraction pressure monitoring probe, fm monitoring probe, mother's cardiac monitoring probe, mother's blood oxygen saturation monitoring probe, mother's body temp monitoring probe, mother's blood pressure cuff, left hand output electrode, right hand output electrode, back output electrode, grip pressure sensor, ultrasonic probe alignment sensor, measuring transducer, reference sensor, magnetic field transmitter, foot switch and touch display screen; Described ultrasonic probe alignment sensor, measuring transducer, reference sensor are magnetic induction sensor.
Described ultrasonic image module is connected with described Ultrasonic-B probe; Described female tire monitoring module is popped one's head in described fetal heart monitoring respectively, uterine contraction pressure guard pop one's head in, fm monitoring is popped one's head in, mother's cardiac monitoring probe, mother's blood oxygen saturation guard pop one's head in, mother's body temp monitoring pops one's head in and to be connected with mother's blood pressure cuff; Described inhibiting pain in parturition module is connected with grip pressure sensor with described left hand output electrode, right hand output electrode, back output electrode respectively; Described magnetic field tracking locating module is connected with described ultrasonic probe alignment sensor, measuring transducer, reference sensor and magnetic field transmitter respectively; Described obstetric table control module is connected with touch display screen with described foot switch respectively.
Preferential, the side of described bed panel is provided with that described female tire monitoring module is popped one's head in fetal heart monitoring respectively, uterine contraction pressure guard pop one's head in, fm monitoring is popped one's head in, mother's cardiac monitoring probe, mother's blood oxygen saturation guard pop one's head in, mother's body temp monitoring pops one's head in the interface putting hole be connected with mother's blood pressure cuff; Also be provided with the interface putting hole that described inhibiting pain in parturition module is connected with left hand output electrode, right hand output electrode, back output electrode and grip pressure sensor respectively;
The opposite side of described bed panel is provided with the interface putting hole that described ultrasonic image module is connected with described Ultrasonic-B probe; Also be provided with described magnetic field tracking locating module respectively with the interface putting hole of described ultrasonic probe alignment sensor, measuring transducer, magnetic field transmitter; Also be provided with the interface putting hole of described obstetric table control module and described touch screen display;
Preferential, described bed panel first half is also provided with the interface putting hole that described magnetic field tracking locating module is connected with described reference sensor: when puerpera lies down, interface putting hole position near puerpera's waist of described reference sensor;
Preferential, described bed panel latter half is also provided with the placing trough of described magnetic field transmitter: when puerpera lies down, and the placing trough of described magnetic field transmitter is below puerpera's pelvis;
Preferential, the side of described base is provided with the interface putting hole that described obstetric table control module is connected with described foot switch.
Preferably, the interface putting hole that the interface putting hole that described ultrasonic image module is connected with Ultrasonic-B probe and described magnetic field tracking locating module are connected with described ultrasonic probe alignment sensor is located at the side of described bed panel and position close to each other, is fixed together to facilitate described Ultrasonic-B probe and described ultrasonic probe alignment sensor.
Delivery room needs to obtain accurate, comprehensive, detailed childbirth characteristic parameter on the one hand, does not wish again that too much armarium takies space, delivery room, too much equipment cable hinders doctor's operation on the one hand.For this contradiction, the invention provides a kind of integration obstetric table system.Obstetric table is as one of necessary armarium in delivery room, it also occupies most space, delivery room simultaneously, the equipment these being obtained childbirth characteristic parameter and enforcement inhibiting pain in parturition is organically integrated in obstetric table, not only can solve above-mentioned childbirth characteristic parameter and measure problem, also save space, delivery room, reduce equipment cable line.
The present invention has following advantage and effect relative to prior art:
1, the present invention is integrated with the conventional diagnosis and treatment function required for clinical childbirth, realize the combination of each functional module, obtain more accurate, comprehensive, detailed childbirth characteristic parameter, improving measurement accuracy, analgesic effect and the suitability: ultrasonic image module combines with magnetic field tracking locating module, and function is supported mutually, accurately can measure labor parameters by noinvasive, realize new measurement function, such as fetal head orientation, if be used alone ultrasonic image module, then cannot realize this function; Female tire monitoring module provides electricity irritation to export the feedback signal of prescription for inhibiting pain in parturition module, adds time and the dosage accuracy of the output of inhibiting pain in parturition prescription, reaches better analgesic effect; When measuring uterine contraction pressure, in the position of uterine contraction baseline and uterine contraction peak value measurement fetal head, then conveniently can evaluate the effectiveness of puerpera's uterine contraction.
2, the integrated innovation of inhibiting pain in parturition and intapartum labo monitorin, effectively can promote spontaneous labor, reduce the injury to female tire: because inhibiting pain in parturition effectively can alleviate labor pain, eliminate puerpera to the fear of labor pains, promote the confidence that it carries out spontaneous labor, reduce the situation normally cannot carrying out intapartum labo monitorin because of labor pains impact.
3, the structure innovation of obstetric table system of the present invention, inside comprises the module of monitoring and analgesia function, not only meet labor parameters in stages of labor to detect and the requirement of inhibiting pain in parturition, and greatly save space, delivery room, minimizing equipment cable quantity, make doctor more convenient to operate.
4, the present invention female tire is guarded, the various information normalized of monitor of stages of labor, inhibiting pain in parturition and display, be conducive to medical personnel and obtain objectively monitoring result and information warning at any time, be conducive to processing clinical emergency in time.
Accompanying drawing explanation
Fig. 1 is obstetric table structural upright schematic diagram;
Fig. 2 is bed panel internal structure floor map;
Fig. 3 is that obstetric table internal module and probe thereof connect floor map;
Fig. 4 is magnetic field generator placing trough position schematic perspective view;
Fig. 5 is reference sensor interface putting hole position schematic perspective view;
Fig. 6 is bed panel left surface interface putting hole floor map;
Fig. 7 is bed panel right flank interface putting hole floor map;
Fig. 8 is base side interface putting hole floor map.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the present invention is described in further detail, but embodiments of the present invention are not limited thereto.
Embodiment 1
As shown in Figure 1, the present embodiment multifunctional obstetric table 101 comprises scroll wheel 102, base 103, lifting column 104, bed panel 105, back support plate 106, stretcher cleat 107, waste pail 108, foot switch 109, touch display screen 110 and storage basket 111.Scroll wheel 102 is arranged on the bottom of base 103, facilitates moving integrally of obstetric table; Lifting column 104 to be fixed on base 103 and for supporting bed panel 105; One end of back support plate 106 is flexibly connected with bed panel 105, thus one end can relative to bed panel 105 up-down adjustment in addition; The both sides of bed panel 105 are provided with two stretcher cleats 107, for supporting puerpera's leg and assisting puerpera firmly; The afterbody of bed panel 105 is provided with waste pail 108, for depositing the clinical waste produced in parturient childbirth process; The side of bed panel is provided with touch display screen 110, for information input and the display of obstetric table system; Storage basket 111 is provided with, for depositing external probe and cable below bed panel; Foot switch 109 is connected to the side of base 103.
As shown in Figure 2, in the present embodiment, bed panel 105 is divided into two parts with the articulated positions 208 of bed panel 105 by back support plate 106: be first half, i.e. head in one end of back support plate 106; The other end is latter half, i.e. foot.Comprise in bed panel 105 and be positioned at the housing 200 of bed panel 105 first half, the interface putting hole 209 of reference sensor, and be positioned at the magnetic field transmitter placing trough 210 of bed panel 105 latter half.Obstetric table work station module 201, power module 202, ultrasonic image module 203, obstetric table control module 204, female tire monitoring module 205, inhibiting pain in parturition module 206 and magnetic field tracking locating module 207 is provided with in described housing 200.
As shown in Figure 3, in the present embodiment, obstetric table work station module 201 is connected with ultrasonic image module 203, obstetric table control module 204, female tire monitoring module 205, inhibiting pain in parturition module 206, magnetic field tracking locating module 207 respectively; Ultrasonic image module 203 is connected with Ultrasonic-B probe 305; Female tire monitoring module 205 pops one's head in 306 respectively with fetal heart monitoring, uterine contraction pressure guards probe 307, fm monitoring is popped one's head in 308, mother's cardiac monitoring is popped one's head in 309, mother's blood oxygen saturation guards probe 310, mother's body temp monitoring is popped one's head in 311 is connected with mother's blood pressure cuff 312; Inhibiting pain in parturition module 206 is connected with grip pressure sensor 316 with left hand output electrode 313, right hand output electrode 314, back output electrode 315 respectively; Magnetic field tracking locating module 207 is connected with ultrasonic probe alignment sensor 304, measuring transducer 302, reference sensor 303 and magnetic field transmitter 301 respectively; Obstetric table control module 204 is connected with touch display screen 110 with foot switch 109.Described ultrasonic probe alignment sensor 304, measuring transducer 302, reference sensor 303 are magnetic induction sensor.
As shown in Figure 4, bed panel 105 first half is provided with the interface putting hole 209 that magnetic field tracking locating module 207 is connected with reference sensor 303.When puerpera 401 lies down, interface putting hole 209 position near the waist of puerpera 401 of reference sensor;
As shown in Figure 5, bed panel 105 latter half is provided with the placing trough 210 of the magnetic field transmitter be connected with magnetic field tracking locating module 207.When puerpera 401 is lain down, the placing trough 210 of magnetic field transmitter is below the pelvis of puerpera 401.
As shown in Figure 6, the side of bed panel 105 is provided with that female tire monitoring module 205 pops one's head in 306 respectively with fetal heart monitoring, uterine contraction pressure guards probe 307, fm monitoring is popped one's head in 308, mother's cardiac monitoring pops one's head in 309, mother's blood oxygen saturation guards probe 310, mother's body temp monitoring pops one's head in the 311 interface putting holes be connected with mother's blood pressure cuff 312 601,602,603,604,605,606,607; Also be provided with the interface putting hole 608,609,610,611 that inhibiting pain in parturition module 206 is connected with left hand output electrode 313, right hand output electrode 314, back output electrode 315 and grip pressure sensor 316 respectively.
As shown in Figure 7, the opposite side of bed panel 105 is provided with the interface putting hole 701 that ultrasonic image module 203 is connected with Ultrasonic-B probe 305; Also be provided with the interface putting hole 702,703,704 that magnetic field tracking locating module 207 is connected with ultrasonic probe alignment sensor 304, measuring transducer 302 and magnetic field transmitter 301 respectively; Also be provided with the interface putting hole 705 that obstetric table control module 204 is connected with touch screen display 110.
The interface putting hole 702 that the interface putting hole 701 that ultrasonic image module 203 is connected with Ultrasonic-B probe 305 is connected with ultrasonic probe alignment sensor 304 with magnetic field tracking locating module 204 is located at position close to each other, is fixed together to facilitate Ultrasonic-B probe 305 and ultrasonic probe alignment sensor 304.
As shown in Figure 8, the side of base 103 is provided with the interface putting hole 801 that obstetric table control module 204 is connected with foot switch 109.
Embodiment 2
The present embodiment is substantially the same manner as Example 1, and different is only take wireless mode to be connected with female tire monitoring module 205 with respective device or probe obstetric table control module 204.
Above-described embodiment is the present invention's preferably embodiment; but embodiments of the present invention are not restricted to the described embodiments; change, the modification done under other any does not deviate from spirit of the present invention and principle, substitute, combine, simplify; all should be the substitute mode of equivalence, be included within protection scope of the present invention.
Claims (6)
1. there is an integration obstetric table system for monitoring and analgesia function, comprise base, lifting column, bed panel and back support plate; Lifting column to be fixed on base and for supporting bed panel; One end of back support plate is flexibly connected with supporting bed panel; Bed panel is divided into first half and latter half by the articulated positions of back support plate and bed panel; It is characterized in that, bed panel first half is provided with housing; Obstetric table work station module is provided with in described housing, and the ultrasonic image module be connected with obstetric table work station module respectively, female tire monitoring module, inhibiting pain in parturition module, magnetic field tracking locating module, obstetric table control module;
Described integration obstetric table system also comprises Ultrasonic-B probe, fetal heart monitoring probe, uterine contraction pressure monitoring probe, fm monitoring probe, mother's cardiac monitoring probe, mother's blood oxygen saturation monitoring probe, mother's body temp monitoring probe, mother's blood pressure cuff, left hand output electrode, right hand output electrode, back output electrode, grip pressure sensor, ultrasonic probe alignment sensor, measuring transducer, reference sensor, magnetic field transmitter, foot switch and touch display screen; Described ultrasonic probe alignment sensor, measuring transducer, reference sensor are magnetic induction sensor;
Described ultrasonic image module is connected with described Ultrasonic-B probe; Described female tire monitoring module is popped one's head in described fetal heart monitoring respectively, uterine contraction pressure guard pop one's head in, fm monitoring is popped one's head in, mother's cardiac monitoring probe, mother's blood oxygen saturation guard pop one's head in, mother's body temp monitoring pops one's head in and to be connected with mother's blood pressure cuff; Described inhibiting pain in parturition module is connected with grip pressure sensor with described left hand output electrode, right hand output electrode, back output electrode respectively; Described magnetic field tracking locating module is connected with described ultrasonic probe alignment sensor, measuring transducer, reference sensor and magnetic field transmitter respectively; Described obstetric table control module is connected with touch display screen with described foot switch respectively;
Described bed panel latter half is also provided with the placing trough of described magnetic field transmitter: when puerpera lies down, and the placing trough of described magnetic field transmitter is below puerpera's pelvis.
2. the integration obstetric table system with monitoring and analgesia function according to claim 1, it is characterized in that, the side of described bed panel is provided with that described female tire monitoring module is popped one's head in fetal heart monitoring respectively, uterine contraction pressure guard pop one's head in, fm monitoring is popped one's head in, mother's cardiac monitoring probe, mother's blood oxygen saturation guard pop one's head in, mother's body temp monitoring pops one's head in the interface putting hole be connected with mother's blood pressure cuff; Also be provided with the interface putting hole that described inhibiting pain in parturition module is connected with left hand output electrode, right hand output electrode, back output electrode and grip pressure sensor respectively;
The opposite side of described bed panel is provided with the interface putting hole that described ultrasonic image module is connected with described Ultrasonic-B probe; Also be provided with the interface putting hole that described magnetic field tracking locating module is connected with ultrasonic probe alignment sensor, also be provided with the interface putting hole that described magnetic field tracking locating module is connected with measuring transducer, be also provided with the interface putting hole that described magnetic field tracking locating module is connected with magnetic field transmitter; Also be provided with the interface putting hole that described obstetric table control module is connected with touch screen display.
3. the integration obstetric table system with monitoring and analgesia function according to claim 1, it is characterized in that, described bed panel first half is also provided with the interface putting hole that described magnetic field tracking locating module is connected with described reference sensor: when puerpera lies down, interface putting hole position near puerpera's waist of described reference sensor.
4. according to claim 1 have monitoring and the integration obstetric table system of analgesia function, it is characterized in that, the side of described base is provided with the interface putting hole that described obstetric table control module is connected with described foot switch.
5. the integration obstetric table system with monitoring and analgesia function according to claim 1, it is characterized in that, the interface putting hole that the interface putting hole that described ultrasonic image module is connected with Ultrasonic-B probe is connected with described ultrasonic probe alignment sensor with described magnetic field tracking locating module is located at position close to each other, is fixed together to facilitate described Ultrasonic-B probe and described ultrasonic probe alignment sensor.
6. the integration obstetric table system with monitoring and analgesia function according to claim 1, it is characterized in that, described obstetric table control module takes wireless mode to be connected with described female tire monitoring module with respective device.
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| CN105877955A (en) * | 2016-03-22 | 2016-08-24 | 李爱平 | Auxiliary device for childbirth of obstetrics and gynecology department |
| CN106361526A (en) * | 2016-08-26 | 2017-02-01 | 章建全 | Multifunctional intensive interventional ultrasonic surgical bed |
| CN106420244B (en) * | 2016-11-10 | 2017-12-08 | 周海燕 | A kind of care appliances with monitoring function |
| CN107019614A (en) * | 2017-04-11 | 2017-08-08 | 王启莲 | Monitoring formula of having difficult labour first aid production platform |
| CN107411925A (en) * | 2017-09-19 | 2017-12-01 | 李军梅 | A kind of multi-functional gynemetrics's clinical operation diagnoses and treatment integrated device |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CA2732736A1 (en) * | 2010-03-02 | 2011-09-02 | Hill-Rom Services, Inc. | Multifunctional display for hospital bed |
| CN202342032U (en) * | 2011-09-02 | 2012-07-25 | 暨南大学 | Electronic partogram system based on magnetic field tracking and positioning technology |
| CN202515934U (en) * | 2012-03-29 | 2012-11-07 | 广州华锐电子科技有限公司 | Obstetric bed with electrocardio monitoring and fetal heart monitoring functions |
| CN203042819U (en) * | 2012-12-24 | 2013-07-10 | 广州三瑞医疗器械有限公司 | Integrated obstetric table system with functions of monitoring, nursing and analgesia |
-
2012
- 2012-12-24 CN CN201210568300.0A patent/CN103054681B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CA2732736A1 (en) * | 2010-03-02 | 2011-09-02 | Hill-Rom Services, Inc. | Multifunctional display for hospital bed |
| CN202342032U (en) * | 2011-09-02 | 2012-07-25 | 暨南大学 | Electronic partogram system based on magnetic field tracking and positioning technology |
| CN202515934U (en) * | 2012-03-29 | 2012-11-07 | 广州华锐电子科技有限公司 | Obstetric bed with electrocardio monitoring and fetal heart monitoring functions |
| CN203042819U (en) * | 2012-12-24 | 2013-07-10 | 广州三瑞医疗器械有限公司 | Integrated obstetric table system with functions of monitoring, nursing and analgesia |
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