CN203138460U - Electronic thermometer - Google Patents
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- CN203138460U CN203138460U CN 201320039446 CN201320039446U CN203138460U CN 203138460 U CN203138460 U CN 203138460U CN 201320039446 CN201320039446 CN 201320039446 CN 201320039446 U CN201320039446 U CN 201320039446U CN 203138460 U CN203138460 U CN 203138460U
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Abstract
The utility model provides an electronic thermometer which comprises a main body part for measuring the temperature and a containing casing for containing the main body part, wherein the electronic thermometer further comprises a control part which is used for judging whether the main body part is contained in the containing casing and controlling the main body part to be turned off when the main body part is contained in the containing casing according to the judging results. The electronic thermometer automatically finishes power on and off of the main body part through actions of taking out the main body part from the containing casing or placing the main body part in the containing casing, does not need to enable people to operate a power source switch additionally and greatly improves convenience in temperature measuring.
Description
Technical field
This utility model relates to a kind of electronic thermometer.
Background technology
Electronic clinical thermometer is made up of temperature sensor, LCDs, button cell, special IC and other electronic devices and components usually, can measure rapidly and accurately body temperature, compare with traditional mercury glass clinical thermometer, has convenient reading, Measuring Time is short, the certainty of measurement height such as can remember at advantage.Especially electronic thermometer does not contain hydrargyrum, and is harmless to human body and surrounding, is particularly suitable for family, and occasions such as hospital are used.
But, because electronic clinical thermometer need be positioned over human bodies such as Sublingual, oral cavity, in ear usually, if the not enough health of the part that electronic thermometer contacts with human body (not reaching corresponding sanitary standard), as surface attachment the disadvantageous noxious bacteria of pair human body is arranged, then make the human infection disease easily, so need carry out administration of health to electronic clinical thermometer.Given this point, some electronic clinical thermometer comprises thermometric main part and storage case at present, the thermometric main part can be accommodated in the storage case when not using.
In practice, the power on/off of general thermometric main part all is to utilize the on and off switch of switch key pattern to realize, before the thermometric main part is accommodated in the storage case, need the on and off switch of manual operation switch button pattern to make the outage of thermometric main part, if the user still keeps energising when making the thermometric main part be accommodated in the storage case because of maloperation, then may make the thermometric main part be in the thermometric state all the time, when causing power wastage, also can influence the service life of electronic clinical thermometer.
In addition, for above-mentioned electronic thermometer with storage case, normally thermometric main part integral body is put into storage case, though this structure can guarantee the health of electronic thermometer, exist following problem: the one, be not easy to the taking-up of thermometric main part; The 2nd, because the storage case volume is bigger, occupation space is big; The 3rd, when the temperature data that need closely read and write in the electronic thermometer, just can carry out after whole thermometric main part need being taken out from storage case, cause the derivation inconvenience of temperature data.
The utility model content
Technical problem to be solved in the utility model is at above shortcomings in the prior art, a kind of electronic thermometer is provided, this electronic thermometer comes finishing automatically of realization body portion power on/off by the action that picks and places main part from storage case, and need not other manually-operated on and off switch, thereby can improve the thermometric convenience in when operation greatly.
The technical scheme that solution this utility model technical problem adopts is that this electronic thermometer comprises for the main part of thermometric with for the storage case of taking in described main part, wherein, this electronic thermometer also comprises control part, described control part is used for judging whether described main part is accommodated in the described storage case, and is that main part is controlled main part when being accommodated in the described storage case and is in off state in judged result.
Preferably, described main part comprises shell, described control part comprises on and off switch and trigger element, described on and off switch setting in the enclosure, the power on/off that is used for the described main part of control, described trigger element is located at also can be corresponding with described on and off switch on the storage case inwall, and described on and off switch contacts with trigger element in the time of in main part is accommodated in storage case, and trigger element triggers the outage of on and off switch control main part; Disconnections that contact of described on and off switch and trigger element when main part takes out in the storage case, on and off switch is controlled main part and is switched on.
Preferably, described on and off switch adopts the non-keying type on and off switch.
Further preferably, described on and off switch adopts Hall switch or reed switch, and described trigger element comprises magnetic.
Preferably, described main part also comprises display unit and is located at temperature measurement unit and processing unit in the shell, wherein,
Described temperature measurement unit is used for real-time sensing temperature, and the measured value that will sense in real time exports described processing unit to; Described processing unit is used for calculating corresponding temperature value according to described measured value, and exports described temperature value to display unit;
Described display unit is used for showing described temperature value.
Further preferably, described main part also comprises the voice unit of being located in the shell, stores the elapsed time in the described processing unit, wherein,
Described processing unit also is used for taking out the back at main part in the described storage case timing is carried out in the thermometric work of described temperature measurement unit, and control the action of described voice unit and display unit according to timing time: when timing time reaches described elapsed time, processing unit output voice control signal to voice unit, and export the real time temperature value that this time point calculates to display unit; Described voice unit is used for sending voice according to described voice control signal; Described display unit is used for showing described real time temperature value;
Described processing unit also is used for stopping timing when timing time reaches described elapsed time, and the control temperature measurement unit stops to carry out thermometric.
More preferably, described main part also comprises the power subsystem of being located in the shell, also stores predicted time in the described processing unit, and described predicted time is less than the described elapsed time, wherein,
Described power subsystem is connected with processing unit by described on and off switch, is used to described main part to power;
Described processing unit also is used for when timing time reaches described predicted time, and prediction of output voice control signal to voice unit, and export the real time temperature value that this time point calculates to display unit; Described voice unit also is used for sending voice according to described prediction voice control signal; Described display unit also is used for showing described real time temperature value.
Further preferably, also store detection time and detected temperatures value in the described processing unit, described detection time is less than described predicted time, wherein,
Described processing unit also is used for when timing time reaches described detection time, and described real time temperature value and described detected temperatures value that this time point is calculated compare, and controls break-make between self and the described power subsystem according to comparative result.
Preferably, described main part also comprises the communication unit of being located in the shell, and described communication unit is connected with described processing unit, is used for communicating with external electronic device.
Wherein, one end of described shell is the thermometric end, and the other end relative with described thermometric end is display end, is coated with metal cap on the described thermometric end, described temperature measurement unit is located at the position corresponding with described thermometric end in the shell, and described display unit is located on the described display end.
Preferably, described shell adopts shock-resistant and synthetic resin chemical proofing is made, and described metal cap adopts rustless steel to make, and described temperature measurement unit comprises critesistor.
Preferably, one end of described storage case is blind end, one end is opening, offer a breach at storage case, described breach extends from opening to the blind end direction, in the time of in main part is accommodated in storage case, described thermometric end is placed in the storage case, and display end can expose the described breach from storage case; Also have air-vent on the blind end of described storage case.
Further preferably, the inwall of storage case is provided with boss, main part is provided with the groove suitable with described boss, and in the time of in main part is accommodated in storage case, described boss matches with described groove and is in the same place so that storage case is fixed with main part; Perhaps, the inwall of storage case is provided with groove, and main part is provided with the boss suitable with described groove, and in the time of in main part is accommodated in storage case, described boss matches with described groove and is in the same place so that storage case is fixed with main part.
Preferably, also be provided with the guiding wall suitable with the outline of main part on the inwall of described storage case, described guiding wall is used for to the main part channeling conduct, so that main part can insert in the storage case easily.
Further preferably, also be provided with reinforcement between the inwall of described storage case and the described guiding wall.
This utility model electronic thermometer its thermometric end when not using can be incorporated in the storage case, the administration of health requirement when therefore meeting electronic thermometer as clinical thermometer; This electronic thermometer makes and need not to arrange switch key in the entire body portion simultaneously, and the action of from storage case main part being carried out plug by operator just can be controlled the power on/off state of main part, has improved the convenience of thermometric operation greatly; In addition, in the time of in main part is accommodated in storage case, because the display end of electronic thermometer can expose from breach, this structure has not only reduced the volume of storage case, and also feasible derivation to temperature data in the electronic thermometer also becomes very convenient simultaneously.This utility model electronic thermometer also has advantages such as simple in structure, that volume is little.
Description of drawings
Fig. 1 is the surface structure sketch map of storage case among this utility model embodiment 2;
Fig. 2 is the surface structure sketch map of main part among this utility model embodiment 2;
Fig. 3 is the surface structure sketch map of electronic thermometer among this utility model embodiment 2;
Fig. 4 is the profile of storage case among this utility model embodiment 2;
Fig. 5 is the circuit theory diagrams of main part among this utility model embodiment 2;
Flow chart when Fig. 6 is the electronic thermometer take temperature that adopts among this utility model embodiment 2.
Among the figure: the 110-main part; The 111-shell; The 112-metal cap; The 113-display window; The 114-Hall switch; The 115-groove; The 121-guiding wall; The 122-magnetic; The 123-boss; The 124-reinforcement; The 130-storage case; The 131-opening; The 132-air-vent; The 210-temperature measurement unit; The 220-processing unit; The 230-display unit; The 240-voice unit; The 250-communication unit; The 260-power subsystem.
The specific embodiment
For making those skilled in the art understand the technical solution of the utility model better, below in conjunction with the drawings and specific embodiments this utility model is described in further detail.
Embodiment 1:
Present embodiment provides a kind of electronic thermometer, it comprises for the main part of thermometric with for the storage case of taking in described main part, this electronic thermometer also comprises control part, described control part is used for judging whether described main part is accommodated in the described storage case, and is that main part is controlled main part when being accommodated in the described storage case and is in off state in judged result.
This electronic thermometer can be used for measuring the body temperature of organism, and namely this electron temperature is counted a kind of electronic clinical thermometer.Certainly, this electronic thermometer also can be used for the measurement of other aspect temperature, for example can be used for measuring water temperature and non-corrosive temperature of liquid etc.
Embodiment 2:
As shown in Figure 3, the electronic thermometer in the present embodiment comprises main part 110 for thermometric, is used for taking in storage case 130 and the control part of main part 110.Described control part is used for judging whether described main part is accommodated in the described storage case, and be that main part is accommodated in the described storage case time control main part and is in off state in judged result, and judged result be main part when not being accommodated in the described storage case (when main part takes out from described storage case) control main part be in "on" position, described "on" position comprises two kinds, i.e. thermometric state and temperature state to be measured.
As shown in Figure 2, main part 110 comprises shell 111.Described control part comprises on and off switch and trigger element, and described on and off switch adopts the non-keying type on and off switch.Particularly, in the present embodiment, described non-keying type on and off switch can adopt Hall switch 114 or reed switch, but because the Hall switch volume is less, so preferably adopt in the present embodiment.Described Hall switch 114 is arranged in the shell 111, is used for energising and the outage of control main part 110.Described trigger element is located on the storage case inwall and can be corresponding with described Hall switch 114.In the time of in main part 110 is accommodated in storage case 130, described Hall switch 114 contacts with described trigger element, and trigger element triggers Hall switch 114 and makes main part 110 be in off-position; When main part 110 took out from storage case 130, namely this moment, main part 110 was not accommodated in the storage case 130, and main part 110 is in "on" position.
In the present embodiment, the trigger element corresponding with Hall switch 114 adopts magnetic 122.If Hall switch 114 is single magnetic, then described magnetic 122 is symmetrically arranged with two in the side of storage case 130; If Hall switch 114 be pair magnetic, then described magnetic 122 arranges one in the side of storage case 130 and gets final product.But in order to dwindle the volume of entire body portion, preferred Hall switch 114 is single magnetic in the present embodiment.
In the time of in main part 110 is accommodated in storage case 130, the magnetic 122 that Hall switch 114 is configured on storage case 130 inwalls attracts, being connected between Hall switch 114 deenergization unit 260 and the processing unit 220, thus make main part 110 be in off-position; When main part 110 was taken out from storage case 130, this moment, Hall switch 114 was not attracted by magnetic 122, and being connected between Hall switch 114 energized unit 260 and the processing unit 220, entire body portion 110 is in "on" position.
As shown in Figure 5, described main part 110 also comprises power subsystem 260, temperature measurement unit 210, processing unit 220 and display unit 230.Wherein, power subsystem 260, temperature measurement unit 210 and processing unit 220 all are located in the shell 111, and display unit 230 is located on the shell 111, perhaps, also can be, the part of display unit 230 is embedded in the shell 111, and another part is located in the shell 111.
Described power subsystem 260 is connected with processing unit 220 by Hall switch 114, power supply when being used to main part 110 work; Described temperature measurement unit 210 is connected with processing unit 220, be used for real-time sensing temperature, and the measured value that will sense in real time exports described processing unit 220 to; Processing unit 220 is used for calculating corresponding temperature value according to described measured value, and exports described temperature value to display unit 230; Display unit 230 is connected with processing unit 220, is used for showing described temperature value.
Because whether Hall switch 114 is the non-keying type on and off switch, that is to say, in the present embodiment, switch key is not set all in the entire body portion 110, control main part 110 by the plug of main part 110 in storage case 130 and switch on, operation is simple.And, also can avoid the maloperation that produces because of artificial button operation.Under the situation in main part 110 is accommodated in storage case 130, be configured in magnetic 122 correspondence positions on main part 110 in Hall switch 114 under the triggering of magnetic 122, the control power subsystem is in off-position, namely confirming that main part 110 is incorporated under the situation in the storage case 130, main part 110 inner no powers can be guaranteed, thereby user misoperation can be prevented.
Preferably, described main part also comprises the voice unit of being located in the shell 240, stores the elapsed time in the described processing unit 220, is set to 5 minutes such as the elapsed time.And then, processing unit 220 also is used for taking out in the storage case 130 at main part 110 and then timing is carried out in the thermometric work of described temperature measurement unit 210, and control the action of voice unit 240 and display unit 230 according to timing time: when timing time reaches described elapsed time, processing unit 220 output voice control signal to voice unit 240, and the real time temperature value that calculates when described timing time reached the elapsed time exports display unit 230 to; Described voice unit 240 is connected with processing unit 220, is used for sending according to described voice control signal the voice of prompting usefulness; Described display unit 230 is used for showing described real time temperature value; Described processing unit 220 also is used for stopping timing when timing time reaches described elapsed time, and with the timing time zero clearing, the described timing time of namely resetting, so that carry out timing again during thermometric again, and control temperature measurement unit 210 stops to carry out thermometric.
In the present embodiment, processing unit 220 be used for main part 110 take out in the storage case 130 back to the thermometric work of described temperature measurement unit 210 carry out timing specifically be processing unit 220 pick up counting during electric work.
In the present embodiment, described voice unit 240 adopts buzzer.
Preferably, also store predicted time in the described processing unit, described predicted time can be set to 30 seconds less than the described elapsed time such as predicted time.And then described processing unit also is used for when timing time reaches described predicted time, and prediction of output voice control signal to voice unit, and the real time temperature value that calculates when timing time reached predicted time exports display unit to; Described voice unit also is used for sending voice according to described prediction voice control signal; Described display unit also is used for showing described real time temperature value.
Wherein, predicted time and the setting of elapsed time are in order to satisfy different needs, and the former can realize body temperature is measured fast, and the latter can satisfy the needs of accurate thermometric.
Preferably, also store detection time and detected temperatures value in the processing unit 220, described detection time, such as being set to 20 seconds detection time, the detected temperatures value can be made as 32 ℃ less than described predicted time.And then, processing unit 220 also is used for when timing time reaches described detection time, the described real time temperature value and the described detected temperatures value that calculate when timing time is reached detection time compare, and control break-make between self and the described power subsystem according to comparative result: when described real time temperature value during less than described detected temperatures value, expression is carried out thermometric condition and is false, the disconnection that is connected of processing unit 220 controls self and power subsystem 260; When described real time temperature value during more than or equal to described detected temperatures value, expression is carried out thermometric condition and is set up, and processing unit 220 controls self continue maintenances with power subsystem 260 and are communicated with.
Preferably, described main part 110 also comprises the communication unit of being located in the shell 250, and described communication unit 250 is connected with processing unit 220, and communication unit 250 is used for communicating with external electronic device.Like this, after the electronic thermometer end temp was measured, processing unit 220 just can send to measurement result (being temperature data) in the external electronic device by communication unit 250.Communication unit 250 is specifically as follows wireless communication unit, such as can measurement result being sent on the mobile phone with NFC function by communication.Certainly, described communication unit 250 can be connected described output port by adapter, thereby measurement result can be exported in the described personal computer for being arranged on the output port in the processing unit 220 with personal computer (PC).
Particularly, in the present embodiment, as shown in Figure 2, one end of shell 111 is the thermometric end, the other end relative with described thermometric end is display end, is coated with metal cap 112 on the described thermometric end, and temperature measurement unit 210 is located at the position corresponding with described thermometric end in the shell 111, offer display window 113 on the described display end, described display unit 230 is located in the display window 113 of described display end.Described communication unit 250 position in the enclosure is corresponding with described display end.
Wherein, shell 111 can adopt the synthetic resin of resistance to impact, chemical proofing to make.Metal cap 112 adopts rustless steel to make.Temperature measurement unit 210 adopts critesistor, described critesistor is fixed on the thermometric end inside of shell 111 by adhesive bonds, that is to say, described critesistor comes sensing external temperature (such as body temperature) by metal cap 112, be that external temperature is delivered to described critesistor by metal cap 112, and metal cap 112 also have the protection described critesistor be subjected to outside impact action to prevent it; The resistance of the resistance that described critesistor can measure it in real time is sent to processing unit 220, and processing unit 220 is used for calculating corresponding temperature value according to the resistance of described resistance.Particularly, processing unit 220 can adopt little process chip etc.
Described display unit 230 can adopt can display digit, the liquid crystal display screen of figure (image, icon etc.).
As shown in Figure 1, in the present embodiment, one end of storage case 130 is blind end, one end is opening 131, offer a breach on the storage case, the length direction of described breach from described opening 131 along storage case extends to the blind end direction, in the time of in main part 110 is accommodated in storage case 130, the thermometric end can be placed in the storage case 130, display window 113 on the display end then can expose the described breach from storage case 130, since storage case 130 can main body covered 110 the thermometric end, thereby the sanitary condition that can guarantee electronic thermometer thermometric end of main part when not using (normally is placed on the human body Sublingual with the thermometric end of main part during take temperature, positions such as axillary fossa), because the communication unit 250 in the shell is arranged on display end, and display end can expose from breach, and therefore this structure also is convenient to operator derives temperature displayed data in the display unit 230 by communication unit 250.
The main part 110 that Fig. 3 shows electronic thermometer is incorporated in the state in the storage case 130.As shown in Figure 3, storage case 130 is main body covered 110 thermometric end only, and does not cover the display end that has display window 113.
Preferably, also have air-vent 132 on the blind end of described storage case.Therefore can guarantee the breathability of storage case 130 inside.In addition, in storage case 130, accumulate under the situation that water is arranged, water can be discharged by air-vent 132.
Preferably, side at storage case 130 also is provided with boss 123, main part 110 is provided with the groove 115 suitable with described boss 123, in the time of in main part 110 is accommodated in storage case 130, described boss 123 matches with groove 115 and is in the same place so that storage case 130 is fixed with main part 110.Thus, can confirm that main part 110 is incorporated in the storage case 130.
In the present embodiment, the boss 123 that arranges on the preferred storage case is two, described two boss are symmetricly set on two relative sides of storage case, groove 115 on the main part 110 adopts one, when being accommodated in main part 110 in the storage case 130, as long as groove 115 is aimed at one of them boss 123, and need not to distinguish the positive and negative of main part.
Preferably, as shown in Figure 4, also be provided with the guiding wall 121 suitable with the outline of main part 110 on the inwall of storage case 130, when storage case 130 is taken in main part 110, described guiding wall 121 is used for main part 110 channeling conducts, the sliding path of the thermometric end of regulation main part 110, so that main part 110 can smoothly insert in the storage case 130 easily, and can after main part inserts, the thermometric end of main part 110 be fixed in the storage case 130, and can not scratch the outer surface of main part 110.
Preferably, also be provided with reinforcement between the inwall of described storage case and the described guiding wall 121, with inwall that be used for to strengthen storage case and the intensity between the guiding wall 114, strengthen the intensity of guiding wall 121 self simultaneously.
Below, illustrate that in conjunction with Fig. 6 electronic thermometer carries out the flow process of measurement of bldy temperature.
The main part 110 of electronic thermometer is taken out from storage case 130, and at this moment, main part 110 can be in the power connection state automatically, namely is in the thermometric state, thereby can begin to carry out the measurement of body temperature:
In step S601, processing unit 220 judges whether Hall switch 114 is connected (namely whether being in "on" position): when judging that Hall switch 114 is connected, represent that namely main part 110 takes out, enters step S602 from storage case 130.
In step S602, the main part 110 of electronic thermometer is carried out initialization, display unit 230 shows last time temperature value measured simultaneously, the demonstration time can be set at 5 seconds, namely begins to carry out temperature survey when showing after finishing, and enters step S603 this moment.
In step S603, carry out temperature prediction, and judge by temperature prediction whether the temperature prediction condition is set up.Particularly, in described detection time, work as the temperature value that measures and meet or exceed described detected temperatures value (32 ℃), the establishment of temperature prediction condition is described, enter step S604; The temperature value that measures when reaching detection time does not reach 32 ℃ yet, illustrates that then the temperature prediction condition is false, and enters step S605.
In step S604, temperature data is taken into when beginning to predict.Particularly, be to export processing unit 220 to by the resistance value that critesistor obtains sensing.
In step S605, the time-delay of temperature prediction process finishes, and main part 110 cuts off the power supply automatically.Want to restart thermometric, take out again after needing to be accommodated in main part 110 in the storage case 130 again, then can get back to step S601.
In step S606, processing unit 220 carries out the predicted temperature computing according to the resistance value of exporting among the step S604, utilizes computing formula to calculate corresponding temperature value.
In step S607, after through predicted time (30 seconds), temperature survey finishes, and namely temperature prediction finishes, and enters step S608.
In step S608, voice unit 240 sounds to point out the predicted temperature process to finish, and display unit 230 shows predicted temperature (for example can set the demonstration time is 30 seconds), enters step S609 then.
In step S609, come detected temperatures actual measurement condition whether to set up by the temperature detection process.Particularly, judge whether the temperature value that measures meets or exceeds predicted temperature value (32 ℃), if meet or exceed 32 ℃, the establishment of temperature actual measurement condition is described, enter step S610; When the temperature value that measures does not reach 32 ℃, illustrate that temperature actual measurement condition is false, and enters step S611.
In step S610, temperature data is taken into when beginning to survey.Particularly, be to export processing unit 220 to by the resistance value that critesistor obtains sensing.
In step S611, the time-delay of temperature detection process finishes, and main part 110 cuts off the power supply automatically.Want to restart to measure, take out again after needing to be accommodated in main part 110 in the storage case 130 again, then can get back to step S601.
In step S612, processing unit 220 carries out the observed temperature computing according to the resistance value of exporting among the step S610, utilizes computing formula to calculate corresponding temperature value.
In step S613, passing through the default elapsed time (5 minutes) afterwards, temperature survey finishes, and enters step S614.
In step S614, voice unit 240 sounds to point out the temperature actual measurement to finish, and display unit 230 shows observed temperature, and for example can set the demonstration time is 30 seconds.Measurement of bldy temperature finishes then.
Can measurement result be sent in the corresponding external electronic device by communication unit 250 when prediction and actual measurement end, described electronic equipment can be the mobile phone with NFC function.
From above embodiment as can be known, existing electronic clinical thermometer just is accommodated in main part in the storage case simply, the advantage that namely only has the health aspect, and the electronic thermometer in the present embodiment is when being accommodated in main part 110 in the storage case 130, also can control the power supply state of main part 110 automatically, so need not to arrange switch key on the main part 110, reduce user's operation link, not only make temperature survey become more convenient, and can also avoid misoperation of users.
In addition, for existing electronic thermometer, touch unintentionally as the user under the situation of thermometric end of electronic thermometer, electronic thermometer can be run counter to user view ground and begin to carry out measurement of bldy temperature automatically, and for the electronic thermometer 100 in the present embodiment, only otherwise take out main part 110 again from storage case 130, measurement of bldy temperature just can not begin, therefore be conducive to user's operation, the user has been improved convenience.
Certainly, the thermometric object of electronic thermometer is not limited to the body temperature of organism in the present embodiment, also can be used for otherwise temperature survey, for example to temperature survey of water temperature and non-corrosive liquid etc.
In addition, the electronic thermometer in the present embodiment also is not limited to be used for temperature survey, can also measure the Human Physiology index, as pulse, blood pressure etc.
Embodiment 3:
The difference of present embodiment and embodiment 2 is: do not offer breach on the storage case 130, do not have communication unit 250 in the main part 110.
Other structures of electronic thermometer are all identical with embodiment 2 in the present embodiment, repeat no more here.
Embodiment 4:
The difference of present embodiment and embodiment 2 is: do not have voice unit 240 in the main part 110.
Other structures of electronic thermometer are all identical with embodiment 2 in the present embodiment, repeat no more here.
Be understandable that above embodiment only is the illustrative embodiments that adopts for principle of the present utility model is described, yet this utility model is not limited thereto.For those skilled in the art, under the situation that does not break away from spirit of the present utility model and essence, can make various modification and improvement, these modification and improvement also are considered as protection domain of the present utility model.
Claims (13)
1. electronic thermometer, comprise for the main part of thermometric with for the storage case of taking in described main part, it is characterized in that, this electronic thermometer also comprises control part, described control part is used for judging whether described main part is accommodated in the described storage case, and is that main part is controlled main part when being accommodated in the described storage case and is in off state in judged result.
2. electronic thermometer according to claim 1, it is characterized in that, described main part comprises shell, described control part comprises on and off switch and trigger element, described on and off switch is arranged in the described shell, is used for the power on/off of the described main part of control, and described trigger element is located at also can be corresponding with described on and off switch on the storage case inwall, described on and off switch contacts with trigger element in the time of in main part is accommodated in storage case, and trigger element triggers the outage of on and off switch control main part; Disconnections that contact of described on and off switch and trigger element when main part takes out in the storage case, on and off switch is controlled main part and is switched on.
3. electronic thermometer according to claim 2 is characterized in that, described on and off switch adopts the non-keying type on and off switch.
4. electronic thermometer according to claim 3 is characterized in that, described on and off switch adopts Hall switch or reed switch, and described trigger element comprises magnetic.
5. electronic thermometer according to claim 2 is characterized in that, described main part also comprises display unit and be located at temperature measurement unit and processing unit in the shell, wherein,
Described temperature measurement unit is used for real-time sensing temperature, and the measured value that will sense in real time exports described processing unit to;
Described processing unit is used for calculating corresponding temperature value according to described measured value, and exports described temperature value to display unit;
Described display unit is used for showing described temperature value.
6. electronic thermometer according to claim 5 is characterized in that, described main part also comprises the voice unit of being located in the shell, stores the elapsed time in the described processing unit, wherein,
Described processing unit also is used for timing is carried out in the thermometric work of described temperature measurement unit, and control the action of described voice unit and display unit according to timing time: when timing time reaches described elapsed time, processing unit output voice control signal to voice unit, and export the real time temperature value that this time point calculates to display unit; Described voice unit is used for sending voice according to described voice control signal; Described display unit is used for showing described real time temperature value;
Described processing unit also is used for stopping timing when timing time reaches described elapsed time, and the control temperature measurement unit stops to carry out thermometric.
7. electronic thermometer according to claim 6 is characterized in that, described main part also comprises the power subsystem of being located in the shell, also stores predicted time in the described processing unit, and described predicted time is less than the described elapsed time, wherein,
Described power subsystem is connected with processing unit by described on and off switch, is used to described main part to power;
Described processing unit also is used for when timing time reaches described predicted time, and prediction of output voice control signal to voice unit, and export the real time temperature value that this time point calculates to display unit; Described voice unit also is used for sending voice according to described prediction voice control signal; Described display unit also is used for showing described real time temperature value.
8. electronic thermometer according to claim 7 is characterized in that, also stores detection time and detected temperatures value in the described processing unit, and described detection time is less than described predicted time, wherein,
Described processing unit also is used for when timing time reaches described detection time, and described real time temperature value and described detected temperatures value that this time point is calculated compare, and controls break-make between self and the described power subsystem according to comparative result.
9. electronic thermometer according to claim 8 is characterized in that, described main part also comprises the communication unit of being located in the shell, and described communication unit is connected with described processing unit, is used for communicating with external electronic device.
10. according to the described electronic thermometer of one of claim 2-9, it is characterized in that, one end of described shell is the thermometric end, the other end relative with described thermometric end is display end, be coated with metal cap on the described thermometric end, described temperature measurement unit is located at the position corresponding with described thermometric end in the shell, and described display unit is located on the described display end.
11. according to the described electronic thermometer of one of claim 1-9, it is characterized in that, one end of described storage case is blind end, one end is opening, offer a breach at storage case, described breach extends from opening to the blind end direction, in the time of in main part is accommodated in storage case, described thermometric end is placed in the storage case, and display end can expose the described breach from storage case.
12. electronic thermometer according to claim 11, it is characterized in that, the inwall of storage case is provided with boss, main part is provided with the groove suitable with described boss, in the time of in main part is accommodated in storage case, described boss matches with described groove and is in the same place so that storage case is fixed with main part; Perhaps,
The inwall of storage case is provided with groove, and main part is provided with the boss suitable with described groove, and in the time of in main part is accommodated in storage case, described boss matches with described groove and is in the same place so that storage case is fixed with main part.
13. electronic thermometer according to claim 12 is characterized in that, also is provided with the guiding wall suitable with the outline of main part on the inwall of described storage case; Also be provided with reinforcement between the inwall of described storage case and the described guiding wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320039446 CN203138460U (en) | 2013-01-24 | 2013-01-24 | Electronic thermometer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320039446 CN203138460U (en) | 2013-01-24 | 2013-01-24 | Electronic thermometer |
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| Publication Number | Publication Date |
|---|---|
| CN203138460U true CN203138460U (en) | 2013-08-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320039446 Expired - Lifetime CN203138460U (en) | 2013-01-24 | 2013-01-24 | Electronic thermometer |
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| Country | Link |
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| CN (1) | CN203138460U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103961067A (en) * | 2013-01-24 | 2014-08-06 | 重庆融海超声医学工程研究中心有限公司 | Electronic thermometer |
-
2013
- 2013-01-24 CN CN 201320039446 patent/CN203138460U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103961067A (en) * | 2013-01-24 | 2014-08-06 | 重庆融海超声医学工程研究中心有限公司 | Electronic thermometer |
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