CN202446070U - Electronic clinical thermometer - Google Patents
Electronic clinical thermometer Download PDFInfo
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- CN202446070U CN202446070U CN2012200314842U CN201220031484U CN202446070U CN 202446070 U CN202446070 U CN 202446070U CN 2012200314842 U CN2012200314842 U CN 2012200314842U CN 201220031484 U CN201220031484 U CN 201220031484U CN 202446070 U CN202446070 U CN 202446070U
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- clinical thermometer
- electronic clinical
- bag shape
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- shape member
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Abstract
The utility model relates to an electronic clinical thermometer (100), which is used for measuring the body temperature of a measured person. The electronic clinical thermometer (100) is provided with a thermistor (10), a control circuit board (20), a display part (30), a power supply part (40), a bag-shaped member (92) and a shell (50), wherein the thermistor (10) comprises a temperature sensing part (11) for measuring the body temperature and a lead wire (12), wherein one end of the lead wire (12) is connected with the temperature sensing part (11); the control circuit board (20) is connected with the other end of the lead wire (12); the display part (30) is connected with the control circuit board (20) and used for displaying the body temperature measured by the thermistor (10); the power supply part (40) supplies power to the control circuit board (20); a space is reserved inside the bag-shaped member (92), and the thermistor (10), the control circuit board (20), the display part (30) and the power supply part (40) are accommodated inside the space; and the bag-shaped member (92) is arranged inside the shell (50).
Description
Technical field
This utility model relates to electronic clinical thermometer.
Background technology
Electronic clinical thermometer is being sandwiched the body temperature of measuring determined person under the state in oxter or Sublingual etc.As disclosed in the following patent documentation 1～5, known various electronic clinical thermometers.
Electronic clinical thermometer with the flexibility that can be adapted to location is disclosed in patent documentation 1.In patent documentation 2, disclose the main body that comprises signal processing part and can use probe by isolating thermometric with probe.In patent documentation 3, disclose with temperature-sensitive portion and left the electronic clinical thermometer that mode freely constitutes with the demonstration main part.
Disclosed thin board type electronic thermometer has in patent documentation 4: determinator, and it can stick on the determinand; Receiving system, it provides magnetic field to determinator.In the open electronic clinical thermometer, with respect to the wide face of assist shroud, the assembly direction of each parts is vertical single direction in patent documentation 5, assembles the assist shroud unit through the inner member of formation of automatic assembling thus.
Generally speaking, be built-in with critesistor, control circuit board, display and power supply unit etc. in the electronic clinical thermometer.Critesistor is used to detect determined person's body temperature.Power supply unit comprises battery and terminal etc.Power supply unit for Drive and Control Circuit plate and display etc. to power supplies such as control circuit board and display.
The prior art document
Patent documentation
Patent documentation 1: japanese kokai publication sho 63-133030 communique
Patent documentation 2: japanese kokai publication hei 2-132333 communique
Patent documentation 3: japanese kokai publication sho 61-296228 communique
Patent documentation 4: TOHKEMY 2003-329517 communique
Patent documentation 5: japanese kokai publication hei 10-48060 communique
When using electronic clinical thermometer to measure determined person's body temperature, the electronic clinical thermometer surface contacts with determined person.Because of reusing electronic clinical thermometer, cause the electronic clinical thermometer surface deterioration.In addition, when using electronic clinical thermometer to measure the body temperature of patients with infectious diseases etc., pathogen etc. can be attached on the electronic clinical thermometer surface.Under the lip-deep situation, preferably change the member that electronics constitutes the clinical thermometer surface attached to electronic clinical thermometer electronic clinical thermometer surface deterioration or pathogen etc.
Summary of the invention
The purpose of this utility model is, the electronic clinical thermometer that is easy to change the member that constitutes the electronic clinical thermometer surface is provided.
The electronic clinical thermometer of this utility model is used to measure determined person's body temperature, and this electronic clinical thermometer has: critesistor, and the temperature-sensitive portion that it comprises lead-in wire and is used to measure said body temperature, an end of said lead-in wire is connected with said temperature-sensitive portion; Control circuit board, it is connected with the other end of said lead-in wire; Display part, it is connected with said control circuit board, is used to show the said body temperature that determines through said critesistor; Power supply unit, it is supplied power to said control circuit board; Bag shape member, its inside is formed with the space, in this space, takes in said critesistor, said control circuit board, said display part and said power supply unit; Shell, its internal configurations have said bag shape member.
Preferably, above-mentioned temperature-sensitive portion contacts with the inner surface that is formed at above-mentioned spatial above-mentioned bag shape member, and perhaps, the above-mentioned inner surface via the noggin piece of the thermal conduction characteristic with regulation with above-mentioned bag shape member contacts; Outer surface with the corresponding above-mentioned bag shape member of above-mentioned inner surface contacts with the inner peripheral surface of above-mentioned shell.Preferably, the inside of said bag shape member is sealed as the substantial vacuum shape.Preferably, be filled with gas, make the inside of this bag shape member heave in the inside of above-mentioned bag shape member.
Preferably,, internal configurations comprises in having the said shell of said bag shape member: cover body, the annular wall portion that it has the bottom surface sections of on the length direction of this electronic clinical thermometer, extending and erects from the edge of said bottom surface sections; Lamellar member, its peripheral part engages with the front end that erects direction of said annular wall portion.
If adopt this utility model, then can access the electronic clinical thermometer that is easy to change the member that constitutes the electronic clinical thermometer surface.
Description of drawings
Fig. 1 shows the axonometric chart of decomposing state of the electronic clinical thermometer of first embodiment.
Fig. 2 shows the axonometric chart of confined state of the electronic clinical thermometer of first embodiment.
Fig. 3 shows the axonometric chart of the built-in packaging part in the electronic clinical thermometer that is built in first embodiment.
Fig. 4 shows the profile of cutting open along the IV-IV line among Fig. 2.
Fig. 5 shows the figure of functional block of the electronic clinical thermometer of first embodiment.
Fig. 6 shows the profile of electronic clinical thermometer of first variation of first embodiment.
Fig. 7 shows the profile of electronic clinical thermometer of second variation of first embodiment.
Fig. 8 shows the axonometric chart of decomposing state of the electronic clinical thermometer of second embodiment.
Fig. 9 shows the vertical view of confined state of the electronic clinical thermometer of second embodiment.
Figure 10 shows the axonometric chart of decomposing state of electronic clinical thermometer of the variation of second embodiment.
Figure 11 shows the axonometric chart of the decomposing state of the built-in packaging part in the electronic clinical thermometer that is built in the 3rd embodiment.
Figure 12 shows the vertical view of the confined state of the built-in packaging part in the electronic clinical thermometer that is built in the 3rd embodiment.
The explanation of Reference numeral
10 critesistor
11 temperature-sensitive portions
12 lead-in wires
16 noggin pieces
18 built-in device
20 control circuit boards
21 operating portions
22 control parts
23 storage parts
24 notice portions
29 circuit boards
30 display parts
31 display floaters
40 power supply units
41 electrode terminals
42 button cells
43 resins
50,50A, 50B shell
50H, 51H, 92H peristome
51 lamellar members
51A, 97 first lamellar members
The 51S inner peripheral surface
52 cover bodies
52A, 98 second lamellar members
The 52K upper end
The 52R bottom surface sections
52S bottom surface sections (inner peripheral surface)
52U annular wall portion
53,93 spaces
54,99 engaging zones
56 transparency protected members
82 probe portion
92,92A bag shape member
The 92S inner surface
The 92T outer surface
The 92U front end
The 92V junction surface
95, the built-in packaging part of 95A
100,101,102 electronic clinical thermometers
The specific embodiment
Below, with reference to drawing, each embodiment of this utility model is described.In the explanation of each embodiment, when mentioning number, amount etc., except the situation that special record is arranged, scope of the present invention might not be defined in this number, amount etc.In explanation to each embodiment, to identical parts and equivalent elements, mark identical Reference numeral, do not repeat explanation.Except the situation that special record is arranged, initial just acquiescence can each embodiment of appropriate combination.
< first embodiment >
With reference to Fig. 1～Fig. 5, the electronic clinical thermometer 100 of this embodiment is described.Fig. 1 shows the axonometric chart of the decomposing state of electronic clinical thermometer 100.Fig. 2 shows the axonometric chart of the confined state of electronic clinical thermometer 100.Fig. 3 shows the axonometric chart of the built-in packaging part 95 (setting forth in detail in the back) that is built in the electronic clinical thermometer 100.Fig. 4 is the profile of cutting open along the IV-IV line among Fig. 2.Fig. 5 shows the figure of the functional block of electronic clinical thermometer 100.
As shown in Figure 1, electronic clinical thermometer 100 has critesistor 10, control circuit board 20, display part 30, power supply unit 40, bag shape member 92 and shell 50.As shown in Figure 2, under the confined state of electronic clinical thermometer 100, in the last probe portion 82 that forms of one distolateral (front) of electronic clinical thermometer 100.
With reference to Fig. 1, control circuit board 20, display part 30 and power supply unit 40 are installed in respectively on the circuit board 29 of rectangular shaped when overlooking once more.Critesistor 10 is so-called radial lead type (radial lead type), and this critesistor 10 comprises: temperature-sensitive portion 11, and it is used for this determined person's of instrumentation body temperature; Lead-in wire 12, the one of which end is connected with temperature-sensitive portion 11.The other end of lead-in wire 12 is connected with control circuit board 20.
On the assigned position of control circuit board 20, have operating portion (operating portion 21 among Fig. 5), control part (control part 22 among Fig. 5), storage part (storage part 23 among Fig. 5) and notice portion (the notice portion 24 among Fig. 5).Operating portion is configured on the assigned position (surface of control circuit board 20 or side etc.) on the surface of control circuit board 20, and can push this operating portion from the outside.
The electrode terminal 41 that power supply unit 40 has button cell 42 and disposes with opposed mode.Locate the electrode terminal 41 that disposes with opposed mode through resin 43.Electrode terminal 41 also is connected with control circuit board 20 through circuit board 29.Button cell 42 is configured between the electrode terminal 41, and via electrode terminal 41 and circuit board 29, to control circuit board 20 and display part 30 power supplies that are connected with control circuit board 20.
In electronic clinical thermometer 100, along the length direction of electronic clinical thermometer 100 (shell 50), with the order of critesistor 10, control circuit board 20, display part 30, power supply unit 40, these members of alignment arrangements.Also can suitably change this order.
As shown in Figure 3, the diameter of front end 92U one side of bag shape member 92 is thinner than the diameter of rear end (peristome 92H) side of bag shape member 92.Insert (taking in) in the front end 92U of bag shape member 92 side critesistor 10 is arranged.Rear end (peristome 92H) side of bag shape member 92 is inserted (taking in) has control circuit board 20, display part 30, power supply unit 40 and circuit board 29.
With reference to Fig. 1, shell 50 has lamellar member 51 and cover body 52 once more.Lamellar member 51 for example constitutes through the range upon range of substrate layer that is made up of paper or polyethylene film etc., the sealant layer, the pet layer (Polyethylene Terephthalate (poly terephthalic acid second two (alcohol) ester) layer) that is configured in upper surface one side of substrate layer of lower surface one side that be configured in substrate layer.
The thickness of lamellar member 51 for example is 0.1mm～0.3mm.Can on the surface of substrate layer one side of pet layer, paste or the label (nameplate) of printing regulation.Can wait through severing (cutting out) and make lamellar member 51.Lamellar member 51 constitutes roughly taper, and towards a side that disposes critesistor 10 (probe portion 82 1 sides), its width slowly narrows down.
On lamellar member 51, be provided with the peristome 51H that is used for from outside visual identity display floater 31.Dispose the transparency protected member 56 that constitutes by resin etc. in the peristome 51H.In addition, have at lamellar member 51 under the situation of the transparency, do not need peristome 51H and transparency protected member 56.Be used for peristome 51H, also can be located on the cover body 52 of setting forth below from outside visual identity display floater 31.At this moment, so that display part 30 mode that a side is exposed at the back side of circuit board 29 is provided with display part 30, and towards cover body 52 1 sides configuration display floater 31.
Through vacuum forming etc.; For example use PET, PVC (polyvinylchloride: polrvinyl chloride), PE (polyethylene: polyethylene) or PP polypropylene) etc. (polypropylene: the member with thermoplasticity constitutes cover body 52 container-like.The thickness of cover body 52 for example is 0.5mm～1.0mm.
With reference to Fig. 1 and Fig. 4, cover body 52 has: bottom surface sections 52S, 52R, and it extends on the length direction of electronic clinical thermometer 100; The 52U of annular wall portion, its edge from bottom surface sections 52S, 52R erects; Upper end 52K, it is arranged on the front end that erects direction of the 52U of annular wall portion.The upper end 52K of this embodiment is set to extend into the bead shape from the front end that erects direction of the 52U of annular wall portion towards the outside of cover body 52, and its integral body in the form of a ring.
Bottom surface sections 52S is positioned at one distolateral (front) of electronic clinical thermometer 100, and its section (with reference to Fig. 4) roughly is concavity.Bottom surface sections 52R and bottom surface sections 52S be (connection) continuously mutually, and this bottom surface sections 52R is positioned at electronic clinical thermometer 100 another distolateral (rear end side).Bottom surface sections 52S forms than bottom surface sections 52R shallow (floor lift), thereby makes oxter or the Sublingual etc. be easy to electronic clinical thermometer 100 is inserted into determined person.
When assembling electronic clinical thermometer 100, the bottom surface sections 52S, the 52R that built-in packaging part 95 are configured in cover body 52 are last.The front end 92U that particularly, will take in the bag shape member 92 of critesistor 10 (temperature-sensitive portion 11 and go between 12) is configured on the bottom surface sections 52S.Rear end (junction surface 92V) side of the bag shape member 92 of taking in control circuit board 20, display part 30, power supply unit 40 and circuit board 29 is configured on the bottom surface sections 52R.Under this state, make lamellar member 51 want to engage with the upper end 52K of cover body 52.Through this joining process, built-in packaging part 95 is formed in the space 53 (with reference to Fig. 4) of showing airtight shape encapsulation greatly.
For lamellar member 51 and upper end 52K are bonded with each other, the upper end 52K of lamellar member 51 and cover body 52 is configured to opposed state.Under this state, the contact site of lamellar member 51 and upper end 52K is applied ultrasound wave.Through the ultrasound wave that applies, make the temporary transient fusing of lamellar member 51 (sealant layer etc.).Through this melt processed, make lamellar member 51 molten deposited (pressure welding) on the 52K of the upper end of cover body 52.In addition, also can apply or bonding agent waits the upper end 52K that engages lamellar member 51 and cover body 52 through hot melt.
As shown in Figure 4, at least one of the inner surface 92S of preferred temperature-sensitive portion 11 and bag shape member 92 is in contact with one another (in this embodiment, in two positions shown in Reference numeral 92S, the 92S, temperature-sensitive portion 11 and inner surface 92S are in contact with one another).And the outer surface 92T of the pairing bag of the inner surface 92S that contacts with temperature-sensitive portion 11 shape member 92 preferably contacts with the inner peripheral surface 51S of lamellar member 51 or the bottom surface sections 52S (inner peripheral surface) of cover body 52.If adopt this structure, then the conductivity of heat from shell 50 (lamellar member 51 or cover body 52) and bag shape member 92 (front end 92U) to temperature-sensitive portion 11 uprises, thereby can improve the thermo-responsive of temperature-sensitive portion 11.
With reference to Fig. 5, as stated, electronic clinical thermometer 100 comprises temperature-sensitive portion 11, operating portion 21, control part 22, storage part 23, notice portion 24, display part 30 and power supply unit 40, with as functional block.Operating portion 21, control part 22, storage part 23 and notice portion 24 are located on the control circuit board 20.
Detect determined person's body temperature through the determined position that temperature-sensitive portion 11 is clamped into oxter or Sublingual etc.Operating portion 21 for example is made up of button, is used to accept determined person's (or user of electronic clinical thermometer 100) operation and will inputs to control part 22 or power supply unit 40 from the order of this outside.Control part 22 is for example by CPU (Central Processing Unit: CPU) constitute, be used to control electronic clinical thermometer 100 integral body.
Read only memory) or RAM (Random-Access Memory: random access memory) constitute storage part 23 is for example by ROM (Read-Only Memory:; Be used to store and be used to make execution such as control part 22 to be used to measure the program of the treatment step of body temperature, or the storing measurement result etc.Notice portion 24 for example is made up of buzzer, is used for notifying the information that measure to finish or having accepted the information etc. of determined person's operation to determined person.Also notice portion 24 can be set as required and not.
Liquid crystal display) etc. display part 30 for example comprises LCD, and (Liquid Crystal Display: display floater 31 (with reference to Fig. 1) is used for showing and measures result etc.Power supply unit 40 for example comprises button cell 42 (with reference to Fig. 1), is used for the electric power of supplying with as power supply to control part 22.
(effect/effect)
The shell 50 of electronic clinical thermometer 100 is made up of lamellar member 51 and cover body 52 simply.Lamellar member 51 is the members as thin as a wafer that are made up of PET etc.With regard to lamellar member 51, because its thin thickness and can making through cutting out to wait, thereby can be to prepare this lamellar member 51 at a low price.Because cover body 52 also is to wait the member as thin as a wafer that constitutes by PET etc. through vacuum forming, thereby also can be to prepare this cover body 52 at a low price.If adopt electronic clinical thermometer 100, then compare by the general so-called pencil-type electronic clinical thermometer that shaping resin constitutes with whole JIKE, can reduce manufacturing expense.
Owing to can make electronic clinical thermometer 100 with low price, thereby electronic clinical thermometer 100 is suitable for using with disposable mode.If adopt disposable mode, then for example in medical institutions etc., each use electronic clinical thermometer 100 after (or after number of times of every use regulation), discarded this electronic clinical thermometer 100.If adopt electronic clinical thermometer 100, user one side who produces in the time of then can alleviating each discarding or determined person one side's cost burden.
In addition, reuse electronic clinical thermometer 100 and make shell 50 deteriorations of electronic clinical thermometer 100.When using electronic clinical thermometer 100 to measure the body temperature of patients with infectious diseases etc., sometimes pathogen etc. can shell 50 (probe portion 82) attached to electronic clinical thermometer 100 on.Shell 50 deteriorations or pathogen etc. attached to the situation on the shell 50 under, can only change the shell 50 of electronic clinical thermometer 100 and built-in packaging part 95 is utilized again.
With regard to built-in packaging part 95, make critesistor 10, control circuit board 20, display part 30, power supply unit 40 and circuit board 29 realize integrated through bag shape member 92.With regard to electronic clinical thermometer 100, change shell 50 and convenience when built-in packaging part 95 utilized again is high.Also can utilize ethanol (ethanol) to wait after the surface of cleaning bag shape member 92, built-in packaging part 95 is utilized again.
In addition, even water etc. soak into shell 50 inside, with regard to built-in packaging part 95, still be covered with critesistor 10, control circuit board 20, display part 30, power supply unit 40 and circuit board 29 by bag shape member 92.If adopt electronic clinical thermometer 100, then can also suppress to cause these built-in device (built-in device 18) to break down because of the immersion of water.In addition, only use built-in packaging part 95 (not using shell 50) as required, also can measure determined person's body temperature.
As stated; Temperature-sensitive portion 11 contacts with at least a portion of the inner surface 92S of bag shape member 92; And; Preferably make and touch the outer surface 92T of the corresponding bag of the inner surface 92S of temperature-sensitive portion 11 shape member 92, contact with the bottom surface sections 52S (inner peripheral surface) of the inner peripheral surface 51S of lamellar member 51 or cover body 52 (with reference to Fig. 4).If adopt this structure, then the conductivity of heat from shell 50 (lamellar member 51 or cover body 52) and bag shape member 92 (front end 92U) to temperature-sensitive portion 11 uprises, thereby can improve the thermo-responsive of temperature-sensitive portion 11.
Preferably be filled with the gas (air etc.) that this inside is heaved in the inside of bag shape member 92.In other words, the inside of preferred pouches shape member 92 is filled with gas, makes that the internal gas pressure of bag shape member 92 is higher than the outer air pressure of bag shape member 92.If adopt this structure; Then for example when electronic clinical thermometer 100 drops; Through the elasticity that produces because of the pressure that is filled into the gas in bag shape member 92, can relax impact to the equipment (control circuit board 20, display part 30 or power supply unit 40 etc.) of built-in packaging part 95 inside.
In addition, cause forming the thrust of regulation sometimes because of built-in packaging part 95 inner equipment (control circuit board 20, display part 30 or power supply unit 40) breakages.At this moment, because of thrust causes tearing breach at bag shape member 92 from bag shape member 92 inner projection, the air of filling because of inside drains to the outside.The user of electronic clinical thermometer 100 etc. become shrivelled state through finding (noticing) bag shape member 92 because of its inner air spills, can find as early as possible that the equipment of built-in packaging part 95 inside is damaged.The user of electronic clinical thermometer 100 etc. are according to the situation that spills of the air in the bag shape member 92, can infer the user mode (whether used or used during etc.) of electronic clinical thermometer 100 (or built-in packaging part 95).
Also can be also can be with the inside of the mode pouch shape member 92 that roughly is vacuum.The above-mentioned situation that is filled with gas with inside at bag shape member 92 likewise, sometimes because of the inner damaged thrust of stipulating that forms of equipment (control circuit board 20, display part 30 or power supply unit 40) of built-in packaging part 95.At this moment, thrust is also torn breach from bag shape member 92 inner projection at bag shape member 92, thereby destroys inner vacuum state.
The user of electronic clinical thermometer 100 etc. can find as early as possible that through finding the ruined state of vacuum in (noticing) bag shape member 92 equipment of built-in packaging part 95 inside is damaged.The situation that the user of electronic clinical thermometer 100 etc. are inner according to air admission bag shape member 92 can be inferred the user mode (whether do not use or used during etc.) of electronic clinical thermometer 100 (or built-in packaging part 95).
< variation of first embodiment >
(first variation)
With reference to Fig. 6, also can around the temperature-sensitive portion 11 with bag shape member 92 (front end 92U) between the noggin piece 16 of filling gel etc.Improve the heat conductivity of temperature-sensitive portion 11 thus, and prevent to take place the position deviation etc. of temperature-sensitive portion 11 in the inside of bag shape member 92 (front end 92U).In addition; At this moment; Temperature-sensitive portion 11 is contacted with at least a portion of the inner surface 92S of bag shape member 92 via noggin piece 16; More preferably make the outer surface 92T of the pairing bag of the inner surface 92S that contacts with temperature-sensitive portion 11 via noggin piece 16 shape member 92, contact with the inner peripheral surface 51S of lamellar member 51 or the bottom surface sections 52S (inner peripheral surface) of cover body 52.
If adopt this structure, then the conductivity of heat from shell 50 (lamellar member 51 or cover body 52) and bag shape member 92 (front end 92U) to temperature-sensitive portion 11 uprises, thereby can improve the thermo-responsive of temperature-sensitive portion 11.
(second variation)
With reference to Fig. 7, also can only encapsulate with the mode that roughly is vacuum temperature-sensitive portion 11 around.At this moment, temperature-sensitive portion 11 covers into airtight shape by bag shape member 92 (front end 92U) on every side.At this moment, also improve the heat conductivity of temperature-sensitive portion 11.
< second embodiment >
Fig. 8 is the axonometric chart of decomposing state of the electronic clinical thermometer 101 of this embodiment.Fig. 9 shows the vertical view of the confined state of electronic clinical thermometer 101.
With regard to electronic clinical thermometer 101, shell 50A has respectively and forms the first identical shaped lamellar member 51A and the second lamellar member 52A.The first lamellar member 51A and the second lamellar member 52A for example respectively through the range upon range of substrate layer that constitutes by paper or polyethylene film etc., be configured in substrate layer lower surface one side sealant layer, be configured in pet layer (the Polyethylene Terephthalate: layer of polyethylene terephthalate) constitute of upper surface one side of substrate layer.
The thickness of the first lamellar member 51A and the second lamellar member 52A for example is respectively 0.1mm～0.3mm.Can on the face of substrate layer one side of pet layer, paste or the label of printing regulation.Can make the first lamellar member 51A and the second lamellar member 52A through cutting out to wait.The first lamellar member 51A and the second lamellar member 52A be with towards a side that disposes critesistor 10 and the mode that its width slowly narrows down, and constitutes when overlooking roughly U word shape.
The preferred first lamellar member 51A is made up of the member with transparency.Under the situation that the first lamellar member 51A is not made up of the member with transparency, the protection member with transparency preferably is set on the part of the first lamellar member 51A, make it possible to display floater 31 from outside visual identity display part 30.
When assembling electronic clinical thermometer 101, built-in packaging part 95 is configured in the second lamellar member 52A goes up (with reference to the arrow among Fig. 8).In this embodiment, will comprise front end 92U one side of the bag shape member 92 of critesistor 10, be configured in the distolateral of the second lamellar member 52A on the length direction of the second lamellar member 52A.The rear end side that will comprise the bag shape member 92 of control circuit board 20, display part 30 and power supply unit 40 etc., another that is configured in the second lamellar member 52A on the length direction of the second lamellar member 52A is distolateral.
Under this state, the edge of the edge of the first lamellar member 51A and the second lamellar member 52A is bonded with each other.Through this joining process, on the outer rim of the first lamellar member 51A and the second lamellar member 52A, form cyclic engaging zones 54 (with reference to Fig. 9), and form the space 53 (with reference to Fig. 9) that has encapsulated built-in packaging part 95 with airtight shape roughly.
For the first lamellar member 51A and the second lamellar member 52A are bonded with each other; So that the corresponding to mode in edge of the edge of the first lamellar member 51A and the second lamellar member 52A makes the first lamellar member 51A mutually opposed with the second lamellar member 52A.Under this state, the contact site (with engaging zones 54 corresponding parts) of the first lamellar member 51A and the second lamellar member 52A is applied ultrasound wave.Through the ultrasound wave that applies, make the temporary transient fusing in edge (sealant layer etc.) of the first lamellar member 51A and the second lamellar member 52A.Through this melt processed, make the edge of the first lamellar member 51A and the edge of the second lamellar member 52A, on engaging zones 54, melted and applied (pressure welding).In addition, also can apply or bonding agent waits the edge that engages the first lamellar member 51A and the edge of the second lamellar member 52A through hot melt.
(effect/effect)
The shell 50A of electronic clinical thermometer 101 is made up of each lamellar member 51A, 52A simply.Each lamellar member 51A, 52A are the members as thin as a wafer that is made up of PET etc.With regard to each lamellar member 51A, 52A, because its thin thickness and can making through cutting out to wait, thereby can be to prepare each lamellar member 51A, 52A at a low price.If adopt electronic clinical thermometer 101, then compare by the general so-called pencil-type electronic clinical thermometer that shaping resin constitutes with whole JIKE, can reduce manufacturing expense.
With the electronic clinical thermometer 100 of above-mentioned first embodiment likewise because can be making electronic clinical thermometer 101 at a low price, thereby electronic clinical thermometer 101 be suitable for using with the disposable mode of what is called.In addition, shell 50A deterioration or pathogen etc. attached to the situation on the shell 50A under, can only change the shell 50A of electronic clinical thermometer 101 and built-in packaging part 95 is utilized again.
< variation of second embodiment >
Figure 10 is the axonometric chart of decomposing state of electronic clinical thermometer 102 of the variation of second embodiment.With regard to electronic clinical thermometer 102, shell 50B forms a bag shape.Shell 50B has peristome 50H.When assembling electronic clinical thermometer 102, insert built-in packaging part 95 from peristome 50H.
Under the confined state of electronic clinical thermometer 102, wait inaccessible peristome 50H through ultrasonic wave coating.Owing to constitute the surface of electronic clinical thermometer 102 (shell 50B) smoothly, thereby improve more aspect the health when using ethanol to wait electronic clinical thermometer 102 carried out cleaning and sterilizing.
In addition, with regard to the shell 50B that constitutes by the bag shape, can set up the technological thought such utility model independently mutually in shell 50B with built-in packaging part 95 is set.To be used on the electronic clinical thermometer by the shell 50B that the bag shape constitutes, can also solve thus through improving the problem of wholesomeness this respect behind the cleaning and sterilizing.
< the 3rd embodiment >
Figure 11 shows the axonometric chart of decomposing state of built-in packaging part 95A of the electronic clinical thermometer of this embodiment.Figure 12 shows the vertical view of the confined state of built-in packaging part 95A.
In the electronic clinical thermometer of this embodiment, the bag shape member 92A of built-in packaging part 95A has respectively and forms the first identical shaped lamellar member 97 and the second lamellar member 98.The first lamellar member 97 and the second lamellar member 98 for example respectively through the range upon range of substrate layer that constitutes by paper or polyethylene film etc., be configured in substrate layer lower surface one side sealant layer, be configured in pet layer (the Polyethylene Terephthalate: layer of polyethylene terephthalate) constitute of upper surface one side of substrate layer.
The thickness of the first lamellar member 97 and the second lamellar member 98 for example is respectively 0.1mm～0.3mm.Can on the face of substrate layer one side of pet layer, paste or the label of printing regulation.Can make the first lamellar member 97 and the second lamellar member 98 through cutting out to wait.The first lamellar member 97 and the second lamellar member 98 are with towards a side that disposes critesistor 10 and the mode that its width slowly narrows down constitutes when overlooking roughly U word shape.
The preferred first lamellar member 97 is made up of the member with transparency.Under the situation that the first lamellar member 97 is not made up of the member with transparency, the protection member with transparency preferably is set on the part of the first lamellar member 97, make it possible to display floater 31 from outside visual identity display part 30.
When the built-in packaging part 95A of assembling, critesistor 10, control circuit board 20, display part 30, power supply unit 40 and circuit board 29 are configured in the second lamellar member 52A go up (with reference to the arrow among Figure 11).Under this state, the edge of the first lamellar member 97 and the edge of the second lamellar member 98 are bonded with each other.Through this joining process, the first lamellar member 97 and the second lamellar member 98 are bonded with each other and shape pouch member 92A.On the outer rim of the first lamellar member 97 and the second lamellar member 98, form cyclic engaging zones 99 (with reference to Figure 12), form with airtight shape encapsulation volume inside 93 (with reference to Figure 12) roughly.
For the first lamellar member 97 and the second lamellar member 98 are bonded with each other, so that the corresponding to mode in edge of the edge of the first lamellar member 97 and the second lamellar member 98, make the first lamellar member 97 mutually opposed with the second lamellar member 98.Under this state, the contact site (with engaging zones 99 corresponding parts) of the first lamellar member 97 and the second lamellar member 98 is applied ultrasound wave.Through the ultrasound wave that applies, make the temporary transient fusing in edge (sealant layer etc.) of the first lamellar member 97 and the second lamellar member 98.Through this melt processed, make the edge of the first lamellar member 97 and the edge of the second lamellar member 98, on engaging zones 99, melted and applied (pressure welding).
Through with the electronic clinical thermometer of above-mentioned first embodiment～second embodiment likewise, use the built-in packaging part 95A that obtains like this, can access effect and the effect same with the first above-mentioned embodiment～second embodiment.
So far, each embodiment of this utility model is illustrated, but this disclosed each embodiment all is illustrative in all respects, and is not to be used to make limit.The technical scope of this utility model is limited the scope of claims, the meaning that the scope with claim that is intended to comprise is equal to and all changes in the scope.
Claims (5)
1. electronic clinical thermometer is used to measure determined person's body temperature, it is characterized in that,
Have:
Critesistor, it comprises lead-in wire and is used to measure the temperature-sensitive portion of said body temperature, and an end of said lead-in wire is connected with said temperature-sensitive portion;
Control circuit board, it is connected with the other end of said lead-in wire;
Display part, it is connected with said control circuit board, is used to show the said body temperature that determines through said critesistor;
Power supply unit, it is supplied power to said control circuit board;
Bag shape member, its inside is formed with the space, in this space, has taken in said critesistor, said control circuit board, said display part and said power supply unit;
Shell, its internal configurations have said bag shape member.
2. according to the electronic clinical thermometer of claim 1 record, it is characterized in that,
Said temperature-sensitive portion directly contacts with the inner surface that is formed with said spatial said bag shape member, and perhaps, the said inner surface via the noggin piece of the thermal conduction characteristic with regulation with said bag of shape member contacts;
Outer surface with the corresponding said bag shape member of said inner surface contacts with the inner peripheral surface of said shell.
3. according to the electronic clinical thermometer of claim 1 or 2 records, it is characterized in that,
The inside of said bag shape member is sealed as the substantial vacuum state that is in.
4. according to the electronic clinical thermometer of claim 1 or 2 records, it is characterized in that,
Inside at said bag shape member is filled with gas, makes the inside of this bag shape member heave.
5. according to the electronic clinical thermometer of each record in the claim 1 to 4, it is characterized in that,
Have the said shell of said bag shape member to comprise in internal configurations:
Cover body, the annular wall portion that it has the bottom surface sections of on the length direction of this electronic clinical thermometer, extending and erects from the edge of said bottom surface sections;
Lamellar member, its peripheral part engages with the front end that erects direction of said annular wall portion.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011-009753 | 2011-01-20 | ||
| JP2011009753A JP5585466B2 (en) | 2011-01-20 | 2011-01-20 | Electronic thermometer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202446070U true CN202446070U (en) | 2012-09-26 |
Family
ID=46792412
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200314842U Expired - Lifetime CN202446070U (en) | 2011-01-20 | 2012-01-20 | Electronic clinical thermometer |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5585466B2 (en) |
| CN (1) | CN202446070U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108871597A (en) * | 2018-06-13 | 2018-11-23 | 苏州飞康生物医药有限公司 | A kind of intelligent thermometer, intelligent temperature measurement system |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102018206548A1 (en) | 2018-04-27 | 2019-10-31 | Robert Bosch Gmbh | Method for detecting damage and / or contamination on a transparent covering material of an optoelectronic sensor, system, optoelectronic sensor and means of locomotion |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0352637U (en) * | 1989-09-29 | 1991-05-22 | ||
| JPH1048060A (en) * | 1996-08-07 | 1998-02-20 | Toshiba Glass Co Ltd | Electronic clinical thermometer |
| US20040049122A1 (en) * | 2002-09-11 | 2004-03-11 | Sherin Lussier | Oral thermometer probe covers |
-
2011
- 2011-01-20 JP JP2011009753A patent/JP5585466B2/en active Active
-
2012
- 2012-01-20 CN CN2012200314842U patent/CN202446070U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108871597A (en) * | 2018-06-13 | 2018-11-23 | 苏州飞康生物医药有限公司 | A kind of intelligent thermometer, intelligent temperature measurement system |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5585466B2 (en) | 2014-09-10 |
| JP2012150041A (en) | 2012-08-09 |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120926 |