CN201939330U - Network monitoring system for icterus neonatorum - Google Patents

Network monitoring system for icterus neonatorum Download PDF

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Publication number
CN201939330U
CN201939330U CN2011200035591U CN201120003559U CN201939330U CN 201939330 U CN201939330 U CN 201939330U CN 2011200035591 U CN2011200035591 U CN 2011200035591U CN 201120003559 U CN201120003559 U CN 201120003559U CN 201939330 U CN201939330 U CN 201939330U
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China
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camera lens
shade
monitoring system
computer
network monitoring
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CN2011200035591U
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Chinese (zh)
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郝天羽
郝宽
王海玉
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Abstract

The utility model belongs to the field of medical equipment, and particularly relates to a network monitoring system for icterus neonatorum, comprising a color camera lens, a light shielding cover, a lighting device, a color code, a computer, an external network and a remote image analysis terminal, wherein the color camera lens is connected with the light shielding cover with the lighting device, and is used for shooting newborn skin and color code images, the color camera lens sends the shot images to the computer, and the computer transmits the images to the remote image analysis terminal by being connected with the external network. In the network monitoring system for the icterus neonatorum, the newborn skin and the color code images are shot under a fixed optical environment, and are transmitted to the remote image analysis terminal for color analysis, so that a practical socialized screening system is provided for finding newborn patients of the pathologic icterus.

Description

A kind of neonatal jaundice network monitoring system
Technical field
This utility model belongs to medical instruments field, particularly a kind of neonatal jaundice network monitoring system.
Background technology
Neonate is in postnatal a period of time, owing to hyperbilirubinemia causes neonatal jaundice, clinical its skin that mainly shows as is gradually by xanthochromia, xanthochromia disappears gradually and changes again the normal colour of skin experiencing certain hour and acquiring a certain degree afterwards, the jaundice of most neonate experience is the physiologic jaundice process, the minorities is the pathological jaundice process, and it has serious harm to neonate health.Recent two decades comes, and increases trend gradually along with domestic birth weight is, and particularly is under the situation that increases trend gradually cuing open the palace productive rate, and neonatal jaundice has degree to increase the weight of trend with time lengthening, and the sickness rate of pathological jaundice obviously increases.Usually time that institute observes of staying to be cured after the neonate birth is 2~7 days, the doctor is by range estimation monitoring or instrument monitoring newborn skin xanthochromia situation therebetween, can in time find the part the pathological jaundice infant, but most of pathological jaundice infant be leave hospital the back or owing to the xanthochromia persistent period long the xanthochromia degree is also overweight or disappear after take place once again to be found.Up to now, still the monitoring instrument or the monitoring apparatus that do not have neonatal jaundice for household use, institute's external monitor of neonatal jaundice only only relies on neonate father and mother or ward's visual observations, and this observation overwhelming majority is that non-medical staff is implemented under inexperienced situation, it is later to cause the pathological jaundice infant to be found, or causes neonate father and mother or the unnecessary fear of ward.
The utility model content
The purpose of this utility model is to provide a kind of neonatal jaundice network monitoring system, borrows it to be convenient to implement the neonatal jaundice monitoring in family, helps in time finding the pathological jaundice infant.
This utility model solves the problems of the technologies described above the technical scheme that is adopted: this neonatal jaundice network monitoring system, comprise colour imagery shot, shade, illuminator, colour code, computer, external network and remote image analysing terminal, it is characterized in that: colour imagery shot is the colour imagery shot that camera lens is outstanding state on the structure, the cup-shaped configuration of shade, be provided with the camera lens draw-in groove and the preceding hole of camera lens that are connected in it, the shade lower end is a blind end, and outstanding central part is provided with the printing opacity screen in the lower end, this printing opacity screen is corresponding with the lower port in the preceding hole of camera lens of its top, illuminator comprises illuminating lamp and lighting lamp power, illuminating lamp is placed in the side of the lower port in the preceding hole of shade inner lens, colour code is set to express the carrier of a kind of color or 2~6 kinds of different colours, it is placed in the outer surface of printing opacity screen, camera lens draw-in groove on the shade and the camera lens of colour imagery shot constitute reversible cover and insert and be connected, the preceding hole set of camera lens on the shade is in optical lens the place ahead of colour imagery shot camera lens, shade under the connection status and colour imagery shot are used to take newborn skin image and color chart picture jointly, colour imagery shot is connected with lead with computer, colour imagery shot transfers to computer with the image of taking, the computer expert crosses external network and is connected to the remote image analysing terminal, the image that receives can be transferred to the remote image analysing terminal by means of computer, but by means of the feedback information of computer receiving remote graphical analysis terminal to the newborn skin graphical analysis; The printing opacity of described shade screen is drawn materials and is that water white hard material, the other parts of shade are drawn materials and is opaque hard material; Described colour code can be set to color coating or color pad pasting, its coating or be pasted on the subregion of printing opacity screen outer surface; On the subregion of described printing opacity screen outer surface, also can print diagrammatic sketch shape or literal, or attach the pad pasting that seal is shown with figure or literal, also this figure or literal can be set; In described shade lower end outer surface, except that printing opacity screen zone, can attach one deck and have elasticity and lighttight shading cushion, also this shading cushion can be set; Described lighting lamp power can be set to be provided by described computer USB interface feed, and maybe can be set to is provided by an AC-DC converter; Described illuminating lamp is 2~10 white LED lamps; Described external network is the INTERNET net; On the camera lens of described colour imagery shot, can also be nested with a soft rubber-like lens jacket, be connected so that camera lens matches to constitute to overlap closely to insert with described camera lens draw-in groove.
Principle of the present utility model: in neonatal jaundice monitoring field, existing technology has three kinds, and one is for implementing monitoring or diagnosis by the check to neonate blood sample content of bilirubin to jaundice, and it is for differentiating the technology of making a definite diagnosis of physiologic jaundice and pathological jaundice; It is two for implementing monitoring or diagnosis to the newborn skin optical detection to jaundice by percutaneous jaundice monitoring instrument, and it is for differentiating the examination technology of physiologic jaundice and pathological jaundice; It three implements monitoring for by people's naked eyes newborn skin being observed to jaundice, and it is for differentiating the examination technology of physiologic jaundice and pathological jaundice.Have and studies show that in a large number: by of the judgement of people's naked eyes the enforcement of skin jaundice degree, its accuracy depends on judgement person's experience, judge accurate judgement not to be arranged in family by the perusal that neonate father and mother or ward implement newborn skin jaundice degree because of it does not possess experience.
The shade that has lighting source of this utility model setting is not subjected to the interferential stable luminous environment of external light source for the shooting of colour imagery shot provides, and makes the comparability that the photographic images of same target different time has been had color between image.The color setting of colour code and being associated in various degree of newborn skin xanthochromia, as be provided with and express a kind of color, then it is indicating on color analysis greatly and may be associated with xanthochromia due to the pathological jaundice of newborn, promptly can as the normal of xanthochromia with unusually between the marginal value colour code, this color colour code can be determined by the Clinical detection of a large amount of neonatal jaundices, as be provided with and express multiple color, then it is indicating on color analysis by normally to critical and even to unusual newborn skin xanthochromia degree, this multiple color colour code can be determined by the Clinical detection of a large amount of neonatal jaundices.Take colour code by colour imagery shot, formed image can be used as on the color analysis of remote image analysing terminal normally and the critical reference value between unusual, or as by normal to critical and even to unusual serial reference value, the judgement that can draw newborn skin xanthochromia degree with this reference value comparing analysis newborn skin image.Be controlled under the situation of other term harmonization, the captured image of different colour imagery shots exists difference on color analysis, for overcoming this technical barrier, this utility model is provided with colour imagery shot and had both taken the method that newborn skin is also taken colour code under fixing consistent optical environment condition, and formed two class images are transferred to the remote image analysing terminal, the beneficial effect of this method is to implement to have eliminated the qualitative diversity influence of different colour imagery shot photographic images on the color analysis to greatest extent, most colored IP Camera can be applied, rather than at strict fixing a kind of colour imagery shot qualitatively.This utility model lighting source is set to be provided by the computer USB interface feed, or is provided by an AC-DC converter, makes the illumination stable and consistent of illuminating lamp thus.Up to now, the colored IP Camera that camera lens is outstanding state on the structure is used widely socially, wherein Jue Daduoshuo camera lens external diameter concentrates on 3 kinds of different radial line values, but relative set is several in size for this utility model camera lens draw-in groove, can make the colored IP Camera of different camera lens external diameters match the camera lens draw-in groove of corresponding size thus, or this utility model lens jacket but relative set is several in size, the colored IP Camera that has than the tiny lens external diameter can be matched with the camera lens draw-in groove by being nested with lens jacket.In addition, the optical lens diameter of most colored network cam lens is identical or close, for the aperture in the preceding hole of this utility model camera lens is provided with the prerequisite of providing convenience, the preceding hole of this camera lens is set to tubulose (parallel pipe or non-flat line pipe) and has certain-length (3~6cm), but to satisfy the nearest object distance of colored network quickcam image focusing blur-free imaging, and make its geometrical axis and optical lens optical axis, printing opacity shield planar central vertical line three on same straight line, make contact be convenient to be ingested thus at the newborn skin and the colour code of printing opacity screen outer surface.Illuminating lamp is placed in the side of the preceding hole of shade inner lens lower port, its purpose is suitably to settle illuminating lamp away from optical lens, make it both implement good illumination to the newborn skin and the colour code of the contact of printing opacity screen outer surface, avoid its light direct projection again or directly reflex to optical lens, and then avoid causing the shooting aberration through the printing opacity screen.Push the skin of neonate body surface specific region by means of the printing opacity screen with certain dynamics, the blood in newborn skin and the subcutaneous tissue can be extruded, can make captured skin image get rid of the influence of blood substantially thus its color.Settle color analysis software in the remote image analysing terminal, as Red saturation analysis software etc., whereby newborn skin image and color chart are looked like to carry out the color quantization compare of analysis by the staff, draw the quantification judged result of xanthochromia degree thus.Clinical research shows: the examination effective percentage of this utility model monitoring method can reach 96%.
Using method of the present utility model: when this utility model uses, being preferably in the same time of every day gets the same body surface of neonate specific region skin and dynamically takes, as get neonate forehead or buccal skin, skin of chest, the palm of the hand or arch of the foot skin etc. and locate to take, also can choose 2~3 place body surface specific region skin simultaneously and dynamically take.When implementing to take, the operator connects colour imagery shot and shade earlier, open illuminating lamp, the turn shade carries out the camera lens focusing, so that seal shows or is attached to the figure of shade outer surface or the state that literal reaches blur-free imaging, or utilize the auxiliary camera lens that carries out of other sub to focus, the printing opacity screen is pushed on the skin of neonate specific region with certain dynamics, because the set of printing opacity screen is at the most outstanding central part in lower end, it is the most obvious that it presses down the skin dynamics, shade lower end other parts are also covered the ambient light directive printing opacity screen in the certain zone of printing opacity screen periphery because of having certain dynamics to contact with skin, and the shading cushion that attaches on the lower end then helps strengthening this screening effect.The operator determines that by the newborn skin photographic images that observation is presented on the computer display screen ambient light is covered situation and whether the dynamics of pushing is suitable, implement to take pictures in good time, the newborn skin image of taking (having comprised the color chart picture simultaneously) is sent to the remote image analysing terminal, after earlier figures being looked like carry out the color compare of analysis and judging numerical value with reference to examination, send feedback information to aforementioned computer, to inform the examination judged result by this remote image analysing terminal.
The beneficial effects of the utility model: the household type computer of the utensil that system of the present utility model relied on for being widely used now, the network colour imagery shot, exterior I NTERNET network, miscellaneous equipment comprises shade, illuminator, colour code and remote image analysing terminal, whole system has social widespread usage and characteristic of simple structure, shooting operation and image transmit operation are all simple and easy to do, by being placed in driver and the application program in the remote image analysing terminal, can carry out at any time analyzing and processing and information feedback to the image that receives, make this monitoring system have the feasibility of social extensive use thus, neonatal jaundice can be accessed than the more professional and quantized monitoring support of neonate father and mother or ward's simple range estimation, for the timely pathological jaundice infant of finding provides practical examination means, also avoided neonate father and mother or ward simultaneously because of worrying that neonatal jaundice increases the weight of to go to hospital to receive the inconvenience of percutaneous jaundice monitoring instrument mensuration or the check of blood sample content of bilirubin with neonate.
Description of drawings
Fig. 1 is that system of the present utility model constitutes block diagram.
Fig. 2 is a kind of structural profile sketch map of this utility model shade.
Fig. 3 is a kind of structural profile sketch map of this utility model shade.
Fig. 4 is a kind of structural profile sketch map that this utility model colour imagery shot is connected with shade.
Fig. 5 is a kind of structural profile sketch map that this utility model colour imagery shot is connected with shade.
Fig. 6 is this utility model shade lower end norma basilaris structural representation.
Fig. 7 is a kind of structural representation of this utility model lighting lamp power.
Fig. 8 is a kind of structural representation of this utility model lighting lamp power.
Fig. 9 is a kind of structural representation that this utility model printing opacity screen is gone up the sign colour code.
Figure 10 is a kind of structural representation that this utility model printing opacity screen is gone up the sign colour code.
Figure 11 is a kind of structural representation that this utility model printing opacity screen is gone up the sign colour code.
Figure 12 is a kind of structural representation that this utility model printing opacity screen is gone up the sign colour code.
The specific embodiment
Embodiment 1, and with reference to Fig. 1,2,4,5,6,7,8,9,10,11,12, the system of present embodiment formation comprises colour imagery shot 1, shade 2, illuminator 3, colour code 4, computer 5, external network 6 and remote image analysing terminal 7 (as Fig. 1).Colour imagery shot 1 is the colour imagery shot that camera lens 8 is outstanding state on the structure, and camera lens 8 has comprised the camera lens overcoat 9 of loop shaped and interior optical lens 10 thereof, learns the focal length (as Fig. 4,5) of camera lenses 10 by turn camera lens overcoat 9 adjustable lay the grains; Shade 2 cup-shaped configurations, be provided with the camera lens draw-in groove 11 and the preceding hole 12 of camera lens that are connected up and down in it, the lower end 13 of shade 2 is a blind end, and 13 outstanding central parts are provided with printing opacity screen 14 in the lower end, this printing opacity screen 14 is corresponding (as Fig. 2 with the lower port 15 in the preceding hole 12 of camera lens of its top, 6), printing opacity screen 14 is drawn materials and is water white hard material, the other parts of shade 2 are drawn materials and are opaque hard material, 13 the outer surface in the lower end, it is overseas to remove printing opacity screen district 14, also can attach one deck and have elasticity and lighttight shading cushion 16 (as Fig. 4), also this shading cushion 16 can be set; Colour code 4 is set to express the carrier of a kind of color or 2~6 kinds of different colours, can be set to color coating or color pad pasting, its coating or be pasted on printing opacity and shield on the subregion of 14 outer surfaces (as Fig. 9,10,11,12); Shield in printing opacity on the subregion of 14 outer surfaces and also can print diagrammatic sketch shape or literal, or attach the pad pasting 17 (as Fig. 9,10,11,12) that seal is shown with literal or figure, also this literal or figure 17 can be set; Camera lens draw-in groove 11 is inserted with the reversible cover of camera lens 8 formations and is connected, camera lens preceding hole 12 set are in the place ahead of optical lens 10, and the geometrical axis in the preceding hole 12 of camera lens and the optical axis of optical lens 10 on same straight line (as Fig. 4,5), periphery in camera lens 8 can also be nested with a soft rubber-like lens jacket 18, can make have than the colour imagery shot of tiny lens external diameter by be nested with this lens jacket 18 make its camera lens can with camera lens draw-in groove 11 closely cooperate mutually (as Fig. 5); Illuminator 3 comprises illuminating lamp 19 and lighting lamp power 20, illuminating lamp 19 is set to 2~10 white LED lamps, it is placed in the side (as Fig. 2) of the lower port 15 in the preceding hole 12 of shade 2 inner lenses, lighting lamp power 20 can be set to provide (as Fig. 7) by the USB interface feed of computer 5, and maybe can be set to provides (as Fig. 8) by an AC-DC converter 21; Computer 5 is connected with colour imagery shot 1 with lead, colour imagery shot 1 transfers to computer 5 with the image of taking, computer 5 is connected to remote image analysing terminal 7 by external network 6, external network 6 is the INTERNET net, the image that receives can be transferred to remote image analysing terminal 7 by means of computer 5, but by means of the feedback information (as Fig. 1) of 7 pairs of newborn skin graphical analyses of computer 5 receiving remote graphical analysis terminals.
Embodiment 2, and with reference to Fig. 1,3,4,5,6,7,8,9,10,11,12, the system of present embodiment formation comprises colour imagery shot 1, shade 2, illuminator 3, colour code 4, computer 5, external network 6 and remote image analysing terminal 7 (as Fig. 1).The difference of present embodiment and embodiment 1 is: the split set-up mode is adopted with the other parts of shade 2 in the lower end 13 of present embodiment shade 2, and two-part junction 22 is set to reversible cover and inserts connection or bayonet socket connection or be threaded (as Fig. 3).Other of present embodiment is provided with and embodiment 1 identical (as Fig. 4,5,6,7,8,9,10,11,12).

Claims (9)

1. neonatal jaundice network monitoring system, comprise colour imagery shot, shade, illuminator, colour code, computer, external network and remote image analysing terminal, it is characterized in that: colour imagery shot is the colour imagery shot that camera lens is outstanding state on the structure, the cup-shaped configuration of shade, be provided with the camera lens draw-in groove and the preceding hole of camera lens that are connected in it, the shade lower end is a blind end, and outstanding central part is provided with the printing opacity screen in the lower end, this printing opacity screen is corresponding with the lower port in the preceding hole of camera lens of its top, illuminator comprises illuminating lamp and lighting lamp power, illuminating lamp is placed in the side of the lower port in the preceding hole of shade inner lens, colour code is set to express the carrier of a kind of color or 2~6 kinds of different colours, it is placed in the outer surface of printing opacity screen, camera lens draw-in groove on the shade and the camera lens of colour imagery shot constitute reversible cover and insert and be connected, the preceding hole set of camera lens on the shade is in optical lens the place ahead of colour imagery shot camera lens, shade under the connection status and colour imagery shot are used to take newborn skin image and color chart picture jointly, colour imagery shot is connected with lead with computer, colour imagery shot transfers to computer with the image of taking, the computer expert crosses external network and is connected to the remote image analysing terminal, the image that receives can be transferred to the remote image analysing terminal by means of computer, but by means of the feedback information of computer receiving remote graphical analysis terminal to the newborn skin graphical analysis.
2. a kind of neonatal jaundice network monitoring system according to claim 1 is characterized in that: the printing opacity of described shade screen is drawn materials and is that water white hard material, the other parts of shade are drawn materials and is opaque hard material.
3. a kind of neonatal jaundice network monitoring system according to claim 1 is characterized in that: described colour code can be set to color coating or color pad pasting, its coating or be pasted on the subregion of printing opacity screen outer surface.
4. a kind of neonatal jaundice network monitoring system according to claim 1, it is characterized in that: on the subregion of described printing opacity screen outer surface, also can print diagrammatic sketch shape or literal, or attach the pad pasting that seal is shown with figure or literal, also this figure or literal can be set.
5. a kind of neonatal jaundice network monitoring system according to claim 1 is characterized in that: in described shade lower end outer surface, except that printing opacity screen zone, can attach one deck and have elasticity and lighttight shading cushion, also this shading cushion can be set.
6. a kind of neonatal jaundice network monitoring system according to claim 1 is characterized in that: described lighting lamp power can be set to be provided by described computer USB interface feed, and maybe can be set to is provided by an AC-DC converter.
7. a kind of neonatal jaundice network monitoring system according to claim 1 is characterized in that: described illuminating lamp is 2~10 white LED lamps.
8. a kind of neonatal jaundice network monitoring system according to claim 1 is characterized in that: described external network is the INTERNET net.
9. a kind of neonatal jaundice network monitoring system according to claim 1, it is characterized in that: on the camera lens of described colour imagery shot, can also be nested with a soft rubber-like lens jacket, be connected so that camera lens matches to constitute to overlap closely to insert with described camera lens draw-in groove.
CN2011200035591U 2011-01-07 2011-01-07 Network monitoring system for icterus neonatorum Expired - Fee Related CN201939330U (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103340604A (en) * 2013-07-09 2013-10-09 周信旭 Automatic jaundice analysis and detection method and computer program product
WO2016145877A1 (en) * 2015-03-19 2016-09-22 深圳贝申医疗技术有限公司 Colorimetric card for accurately determining newborn skin color
CN104345036B (en) * 2013-08-09 2017-05-17 安盛生科股份有限公司 Blood component analytic instrument
CN109009132A (en) * 2018-07-09 2018-12-18 京东方科技集团股份有限公司 A kind of jaundice monitoring method and device
CN110652413A (en) * 2019-10-09 2020-01-07 张红 Household nursing and Internet of things monitoring device for neonatal jaundice

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103340604A (en) * 2013-07-09 2013-10-09 周信旭 Automatic jaundice analysis and detection method and computer program product
CN104345036B (en) * 2013-08-09 2017-05-17 安盛生科股份有限公司 Blood component analytic instrument
WO2016145877A1 (en) * 2015-03-19 2016-09-22 深圳贝申医疗技术有限公司 Colorimetric card for accurately determining newborn skin color
CN109009132A (en) * 2018-07-09 2018-12-18 京东方科技集团股份有限公司 A kind of jaundice monitoring method and device
CN109009132B (en) * 2018-07-09 2022-04-26 京东方科技集团股份有限公司 Jaundice monitoring method and device
CN110652413A (en) * 2019-10-09 2020-01-07 张红 Household nursing and Internet of things monitoring device for neonatal jaundice

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Granted publication date: 20110824

Termination date: 20130107