39results about How to "Adjust the temperature in time" patented technology

The invention provides a control method, a control system and a refrigerator. The control method is used for controlling the rotation speed of a draught fan of the refrigerator, and includes the steps that according to a received draught fan start request, whether current environment temperature is larger than or equal to a first preset temperature value is judged; a rotation speed threshold range of current compressor rotation speed of the refrigerator is determined according to a judgment result, and draught fan work voltage of the refrigerator is adjusted according to the rotation speed threshold range so as to determine the rotation speed of the draught fan. By means of the technical scheme, the rotation speed of the draught fan can be reasonably adjusted through cooperation of the environment temperature, the compressor rotation speed and refrigeration requirements of chambers in the refrigerator, so that start and stop time of a compressor is optimized and overall energy consumption of a refrigerator system is reduced while the cooling speed is guaranteed.

The invention relates to a renal sympathetic nerve removing radiofrequency ablation electrode and system. The renal sympathetic nerve removing radiofrequency ablation electrode comprises a first electrode and a second electrode which are opposite in polarity. The two electrodes with the opposite polarities can effectively control the current flowing direction and range, and the radiofrequency ablation energy is concentrated, so that the renal sympathetic nerve on the outer wall of the renal artery blood vessel is burnt out accurately, unwanted injuries to organs and tissues outside the target treatment range are avoided, and the advantage of small destructiveness is achieved. Besides, as the radiofrequency ablation energy is concentrated, the renal sympathetic nerve on the outer wall of the renal artery blood vessel can be burnt out accurately and rapidly, the operating time is shortened greatly, and postoperative recovery of patients is facilitated.

The invention discloses a stem cell heat insulation and moisturizing transport box. The transport box comprises a box body, a box cover arranged at the top of the box body and a handle arranged at thetop of the box cover, and further comprises a stem cell cryopreservation tube fixing device, a temperature control device, an ultrasonic humidifying device, a control panel, a wireless communicationmodule and a controller. A miniature camera device is arranged at the bottom of the box cover, and protective layers wrap the outer side of the box body and the outer side of the box cover; a first horizontal partition plate is arranged in the box body, the box body is divided into two chambers, a stem cell storage chamber is arranged above the first horizontal partition plate, a humidifying chamber is arranged below the first horizontal partition plate, the ultrasonic humidifying device is arranged in the humidifying chamber, and the stem cell cryopreservation tube fixing device and the temperature control device are arranged in the stem cell storage chamber; and the control panel, the wireless communication module and the controller are all arranged at the top of the box cover. The transport box is simple in structure and convenient to use, the heat insulation and moisturizing effects are excellent, transportation of stem cells is facilitated, it is ensured that the state of the cells in the transportation process is good, and users can monitor the state in the box in real time.

The invention relates to an ultralow loss optical fiber production system and a technology used for production. The ultralow loss optical fiber production system comprises a wire drawing device, an annealing device, a coating curing device, and a control unit A. The wire drawing device is a wire drawing furnace, which, from top to bottom, comprises a furnace top gas disc, a wire drawing furnace body, and a lower end annealing tube, which are in a coaxial arrangement. The annealing device is a heat preservation annealing furnace, and the coating curing device comprises a coating device and an ultraviolet light curing furnace, which are sequentially arranged. When the ultralow loss optical fiber is disposed in the production system, the optical fiber passes through the wire drawing device, the annealing device, the coating curing device, and the control unit A. The ultralow loss optical fiber production system and the technology used for the production are advantageous in that the wire drawing furnace top gas disc is provided with a plurality of gas inlets, and the original single heating element of the heat preservation annealing furnace is changed into an upper heating element and a lower heating element, which are independent from each other, and are controlled respectively by independent power supplies; the connection with the wire drawing furnace is realized by a data line, and then remote control is realized; the ultraviolet light curing furnace is used for on-line monitoring of a gas exhaust condition, and is used to adjust the gas exhaust condition automatically.

The invention discloses a cold chain storage environment monitoring system. A data acquisition module is used to acquire data information of a cold chain storage environment, a data processing moduleis used to process the data information, and a data analysis module is used to analyze the data processing information. A monitoring module is used for receiving the data analysis information sent bythe data analysis module and monitoring the condition of the cold chain storage environment. An adjusting module is used for receiving a temperature monitoring set signal, a humidity monitoring set signal, an oxygen monitoring set signal and a carbon dioxide monitoring set signal, and adjusting a temperature and humidity, an oxygen concentration and a carbon dioxide concentration in the cold chainstorage environment. A display module is used for displaying the temperature and humidity, the oxygen concentration and the carbon dioxide concentration in the cold chain storage environment. A transmission module is used for transmitting data among all the modules. According to the invention, defects that the environmental condition in the cold chain storage cannot be monitored and displayed inreal time and the monitoring accuracy is poor can be solved.

The invention discloses a smart cooking robot, which comprises a linkage cover body, a rice storage and weighing mechanism, a rice feeding device, a rice washing device, a water system, a pot body anda heating device; the a rice storage and weighing mechanism is connected with the rice feeding device, and the rice feeding device is used for conveying rice in the rice storage and weighing mechanism to the pot body; the rice washing device is connected with the water system, and the rice washing device is used for entering or leaving the pot body; when the rice washing device enters the pot body, the water system fills in the pot body through the rice washing device or discharges water in the pot body. Through the mutual cooperation of the linkage cover body, the rice storage and weighing mechanism, the rice feeding device, the rice washing device, the water system, the pot body and the heating device, the automatic rice feeding, washing and cooking are completed; the whole process is automatically carried out; time of the processing process is saved, the effort for cooking is reduced, and the living quality is better improved.

The invention relates to an intelligent cooking robot which comprises a material supply device, a conveying mechanism, a cleaning tank, a water system, an uncovering mechanism and a heating mechanism.The material supply device and the cleaning tank are both connected with the conveying mechanism which is used for conveying materials supplied by the material supply device into the cleaning tank, the water system is connected with the cleaning tank and used for delivering water into the cleaning tank or discharging the water in the same, the uncovering mechanism is connected with the cleaning tank and used for driving the same to swing, and the cleaning tank is matched with the heating mechanism. Automatic input, automatic conveying, automatic cleaning and automatic processing of the materials are completed through cooperation of the material supply device, the conveying mechanism, the cleaning tank, the water system, the uncovering mechanism and the heating mechanism, and full-automatic treatment of the materials is realized in the whole process, so that time is saved in the process of treatment.

The invention discloses a wearable LED phototherapy device. The wearable LED phototherapy device comprises a mounting tape, wherein a plurality of LED lamp strips are connected to the mounting tape inan equal spacing manner, a wire is connected to the top of the mounting tape, the outer side of the mounting tape is wrapped with a shape fixing element for maintaining the use shape of the mountingtape, temperature control elements for controlling light sources of the LED lamp strips are connected to one end of the shape fixing element, and a distance adjusting element for adjusting tightening-up distance of the mounting tape is connected to the other end of the shape fixing element. According to the wearable LED phototherapy device disclosed by the invention, the limb of a user is put at the position of the mounting tape, and the mounting tape can be maintained in a needed shape for phototherapy through the arranged shape fixing element; the arranged temperature control elements are used for detecting the temperature of lamp sources during phototherapy, so that the temperature of the LED lamp strips can be convenient to adjust timely; and besides, the arranged distance adjusting element is adjusted according to the length of the phototherapy time in a phototherapy process, so that the distance between the illuminants of the LED lamp strips and the limb for phototherapy is adjustable, the possibility that the illuminants of the LED lamp strips are in direct contact with skin can be reduced, and the risk that staff are burnt and scalded when the wearable LED phototherapy device is used is avoided.

The invention discloses a novel disinfectant sterilized cotton ball heating and heat preserving device which comprises a cover, a thermometer, a disinfectant box, a cotton ball box, a constant temperature heating device and an incubator, wherein the constant temperature heating device is mounted in the incubator; clean water is placed in the constant temperature heating box; the thermometer is arranged at the upper left part of the constant temperature heating box; the disinfectant box is arranged in the middle of the constant temperature heating box; the cotton ball is arranged on the right side of the disinfectant box; the cover is arranged above the disinfectant box and the cotton ball box. The novel disinfectant sterilized cotton ball heating and heat preserving device is simple and reasonable in structural design and can be used for carrying out heating and heat preservation on the disinfectant and the cotton ball; when the heated disinfectant and cotton ball are used for scrubbing patients, the discomfort of the patients can be decreased and the fear of the patients can be decreased; the novel disinfectant sterilized cotton ball heating and heat preserving device is particularly suitable for the disinfection of infant patients; a corking with the thermometer is arranged, so that the placement and taking are convenient, medical workers can grasp the water temperature in time and adjust the temperature in time, and the working efficiency of the medical workers is improved.

The invention provides a tea-oil tree grafted seedling rapid healing cultivation method and an incubator. The incubator is a box body made of foam plastic; a water discharging hole is formed in the bottom of the box and a vent hole is formed in a box wall; a box cover is a transparent plastic thin film; the box is internally connected with an electric heating element and a temperature and humidity sensor of an external air conditioner. The cultivation method comprises the following steps: paving a seedling bed with the thickness of 10-15cm by using clean river sand; scattering seeds used as stock seedlings on the sand bed and covering the clean river sand with the thickness of 5-10cm to carry out moisture and temperature management so as to promote the seeds to germinate; after the stock seedlings grow to be 3-5cm high in the sand and form sprout seedlings in the sand, grafting scions; putting grafted tea-oil tree seedlings into the incubator to keep moisture and temperature so that wounds are rapidly healed; and after 30-40 days, transplanting the grafted seedlings into a large field after the wounds are firmly healed. By the aid of the tea-oil tree grafted seedling rapid healing cultivation method, the survival rate of the tea-oil tree grafted seedling can be more than 95%, and dead stock seedlings are eliminated in time; the wastes of time and raw materials are avoided, and the sprouting of the grafted seedlings is brought forwards for more than one month; the cost is reduced by 30% and the seedlings can be bred all the year round.

The invention relates to a temperature control method for an optical fiber preform acceleration mold holder, a computer medium and a computer, and the temperature control method for the optical fiber preform acceleration mold holder comprises the following steps: S1, monitoring and recording the temperature of the mold holder and the diameter of an optical fiber preform; s2, making a curve graph according to the temperature and diameter data of the die holder; s3, judging whether the current state is in a speed increasing stage or not; s4, according to the current temperature curve of the die holder, the curve slope is calculated, the temperature change trend is estimated, and the temperature change of the die holder is controlled through preset time; and S5, detecting and judging whether the diameter of the current optical fiber preform is in a preset range or not when the temperature of the die holder is changed to the required temperature after the preset time is up. According to the method for controlling the temperature of the speed-increasing die holder of the optical fiber preform, the temperature change trend is estimated according to the curve slope calculated according to the current curve graph, the temperature change of the die holder is controlled, the response time is shortened, and the temperature of the die holder is adjusted in time, so that the standard-reaching rate of the coating diameter of the optical fiber preform is increased.

The invention provides a narrow band-Internet of things (NB-IoT)-based wine cellar monitoring method and system. The method comprises the steps that a sensor collects environmental data in a wine cellar; an NB-IoT communication module utilizes a built-in NB-IoT network card for sending the environmental data to an Internet of things platform; the Internet of things platform judges whether or not the environmental data meets preset warning conditions, and if yes, the Internet of things platform generates warning information according to the environmental data and sends the warning information to a terminal. According to the scheme, the wine cellar monitoring cost can be lowered.

The invention discloses an adjustable cold compress bag, which comprises a deformable cold compress bag body, a control body which is fixedly arranged at one side of the cold compress bag body and a control unit which is arranged in the control body, wherein a plurality of cold compress areas are arranged in the cold compress bag body, and some cold compress areas are filled with first reaction mediums; a plurality of accommodating portions are arranged in the control body, and some accommodating portions are filled with second reaction mediums; the cold compress areas and the accommodating ports correspondingly communicate, and switch valves, which are electrical connected to the control unit, are arranged on communicating pipelines; and the first reaction mediums and the second reaction mediums can participate in an endothermic reaction. With the application of the adjustable cold compress bag provided by the invention, a refrigerating degree can be controlled so as to facilitate a user, and temperature can be adjusted timely so as to prevent freezing injury.

The invention relates to an improved standpipe of a refiner, which comprises a hollow cylindrical standpipe body, the upper end of the standpipe body is connected with an upper flange connected with the refiner, and the lower end of the standpipe body is connected with a screw feeder. The lower flange connected to the feeder, the joints between the upper flange and the lower flange and the standpipe body are provided with gaskets, the inner wall of the riser pipe is provided with interlayers, and a spiral arrangement is arranged in the interlayers. The hot water pipe is used for passing in hot water, and the upper end and the lower end of the hot water pipe are respectively provided with a water inlet and a water outlet. In the present invention, a hot water circulation system is arranged on the inner wall of the standpipe of the refiner, and the standpipe of the refiner is insulated with hot water, which prevents the formation of condensed water due to the temperature difference between the inside and outside, thereby solving the problem of fiber falling and affecting the papermaking process.

The invention relates to a standing type electric oven which comprises a bottom shell and a top cover hinged to the bottom shell, a liftable supporting leg assembly is arranged at the lower end of thebottom shell, standing type lifting can be achieved, the height can be rapidly adjusted, the standing type electric oven can be used without being placed on a table, and the standing type electric oven is particularly suitable for outdoor use. The bottom shell is detachably connected with the supporting leg assembly, the electric oven can be placed on an indoor table to be used after the supporting leg assembly is detached, and the universality is high; a baking tray and a first heating assembly located at the lower end of the baking tray are arranged in the bottom cover, a second heating assembly located at the upper end of the baking tray after the top cover covers the bottom shell is arranged in the top cover, and a control device used for controlling the first heating assembly and thesecond heating assembly is further arranged on the outer side of the bottom shell. Simultaneous heating of the upper surface and the lower surface is realized through respective control of the control device, so that food can be quickly baked without turning over, and convenience and quickness are realized; in addition, the temperature displayer is arranged on the top cover, the temperature in the oven is monitored in real time, and a user can conveniently adjust the temperature in time.

The invention relates to a carbon roaster preheating area volatile component monitoring and temperature controlling device and method. On the basis of an existing roaster flame control system, a detecting control device is additionally arranged in a preheating area, the control device comprises a rack which is provided with a cross arm beam frame body, a temperature measuring device, a pressure measuring device and an image collecting device are arranged on the cross arm beam frame body, and a pulse igniter is further arranged on the cross arm beam frame body. Under control of the control device, with a certain negative pressure range, by adjusting the opening degree of an air door of a smoke exhausting frame, the temperature of a flame path is controlled, and when the negative pressure reaches the range limit value, and the temperature in the preheating area does not reach the target value, by means of a self-absorbing type pulse combustor inserted into the flame path and provided with ignition and flame detection, the purpose of setting the temperature curve of the flame path of the preheating area according to the technology for temperature rising can be achieved. The device andthe method have the advantages of accurately analyzing the escape and combustion circumstances of volatile components in the preheating area online in real time, and adjusting the temperature of thepreheating area in time.

The invention relates to the technical field of health-care beer, in particular to a production process of health-care beer. The production process comprises the following steps: storing Tibetan highland barley, feeding the Tibetan highland barley into a screening mechanism through a feeding machine, and performing crushing treatment: crushing the Tibetan highland barley and Chinese wolfberry fruits through a crusher; performing a gelatinization process: adding the crushed Tibetan highland barley and Chinese wolfberry fruits into a gelatinization device for uniform gelatinization; adding fermentation yeast: transferring the gelatinized Tibetan highland barley and medlar into a stirring device, and adding distiller's yeast into the stirring device; performing a saccharification process: mixing the product of the previous process in a saccharification chamber for saccharification, then filtering, and a fermentation process: cooling the boiled liquid in a cooling chamber, and fermenting in a fermentation chamber; filtering: performing secondary filtering on the fermented product, and filling. The invention provides the production process of the health-care beer which is good in drinking taste, has a health-care effect and brews the Tibetan highland barley and the Chinese wolfberry fruits.