34 results about "Temperature Log" patented technology

A reusable container for transporting temperature controlled items, which includes an outer case including a lid, and an insulating layer substantially inside the outer case and the lid. A generally rigid well is located inside the insulating later. At least one cooling element is provided, which is capable of maintaining temperature within a prescribed temperature range for predetermined periods of time, the cooling element being disposed within the well and at least partially defining a receptacle area. A caddy can be located in the receptacle area, at least partially surrounded by the cooling element, and is designed to accommodate at least one item to be transported. The cooling element may include a phase change material sealed within a plastic surround, and is designed to be separately removable and freezable prior to use. Temperature logging and / or location logging devices may be included.

An automated system and associated method for storing medical items comprises a medication cabinet having at least one refrigerated drawer having a thermo-electric cooling (TEC) device and a non-refrigerated drawer. The refrigerated drawer design is such that cooling gradients throughout the drawer are minimized. Faraday cages are provided about each drawer to support separate RFID readers to monitor the medical items in each drawer. An automatic RFID data detection system determines the temperature requirements of medical items in the refrigerated drawer and controls the TEC device to maintain the required temperature. A temperature logging system for the refrigerated drawer is provided. A separate RFID reader determines if a temperature-controlled item has been placed in a non-refrigerated drawer and if so, an alert is provided.

A computer implemented method, data processing system, and processor are provided for logging a maximal temperature in an integrated circuit. A digital thermal sensor senses a temperature in the integrated circuit. The sensed temperature of the digital thermal sensor is read and a determination is made as to whether the sensed temperature is higher than a current maximal temperature. The sensed temperature is logged in response to the sensed temperature being higher than the current maximal temperature. The sensed temperature becomes a new maximal temperature for the integrated circuit.

An automated system and associated method for storing medical items comprises a medication cabinet having at least one refrigerated drawer having a thermo-electric cooling (TEC) device and a non-refrigerated drawer. The refrigerated drawer design is such that cooling gradients throughout the drawer are minimized. Faraday cages are provided about each drawer to support separate RFID readers to monitor the medical items in each drawer. An automatic RFID data detection system determines the temperature requirements of medical items in the refrigerated drawer and controls the TEC device to maintain the required temperature. A temperature logging system for the refrigerated drawer is provided. A separate RFID reader determines if a temperature-controlled item has been placed in a non-refrigerated drawer and if so, an alert is provided.

A reusable container for transporting temperature controlled items, which includes an outer case including a lid, and an insulating layer substantially inside the outer case and the lid. A generally rigid well is located inside the insulating later. At least one cooling element is provided, which is capable of maintaining temperature within a prescribed temperature range for predetermined periods of time, the cooling element being disposed within the well and at least partially defining a receptacle area. A caddy can be located in the receptacle area, at least partially surrounded by the cooling element, and is designed to accommodate at least one item to be transported. The cooling element may include a phase change material sealed within a plastic surround, and is designed to be separately removable and freezable prior to use. Temperature logging and / or location logging devices may be included.

Embodiments of the present invention are directed to systems and methods for controlling the temperature of an internal device while reducing or minimizing the involvement of the host. Thus, some of the heat monitoring and remediation work may be offloaded to the actual device itself. The device may monitor its own temperature and, in the event of high temperature, perform device specific heat reduction actions without involving the host. Furthermore, the device may, upon detecting temperature within a predefined range, alert the host of a high temperature condition in order to allow the host to perform temperature reduction measures. Also, the device may, upon detecting temperature within a predefined range, alert the host of an impending device shutdown and shut the device down. In addition, the device may periodically save its temperature into non-volatile memory in order to create a temperature log.

An actively-powered temperature data logger patch with wireless data communication includes a sealed, flexible battery comprising a printed electrochemical cell with an anode and a cathode, and a flexible circuit including a microprocessor, a temperature sensor configured to sense a temperature of a target subject, a wireless communication transceiver and an antenna. In one example, the flexible battery and flexible circuit are arranged in a covering, stacked arrangement between first and second substrate layers, and the patch configured to conform to a curved surface of the target subject. In another example, the patch is used in an actively-powered medical system for monitoring a body temperature of a patient, and includes an adhesive configured to be removably applied to skin of the patient. An external computing device is capable of two way communication with the wireless communication transceiver of the patch via an electromagnetic field.

An integrated and rigless method of determining the location and the type of damage in casing or tubing of a wellbore that involves recording a thickness profile of the casing or tubing, a temperature log, and a noise log along the depth of the wellbore, followed by locating the damage from the thickness profile, and determining the type of damage from the temperature log and the noise log.

An assembly including a flexible sinker bar (24) including an electrically conductive wire (30) for use in the well drilling industry, particularly oil wells, and more particularly for use in assisting introduction into the wellbore, through the drill pipe or tubing, various types of logging tools and other completion assemblies securable to a tool connector (T), such as chemical cutters, string shots, free point indicators, jet cutters, metal severing tools, split shot cutters, radial cutting torches, pipe recovery logs, temperature logs, noise logs, and perforating guns. Conductive wire 30 is used to send electric power to operate or trigger the various logging tools.

Embodiments of the present invention are directed to systems and methods for controlling the temperature of an internal device while reducing or minimizing the involvement of the host. Thus, some of the heat monitoring and remediation work may be offloaded to the actual device itself. The device may monitor its own temperature and, in the event of high temperature, perform device specific heat reduction actions without involving the host. Furthermore, the device may, upon detecting temperature within a predefined range, alert the host of a high temperature condition in order to allow the host to perform temperature reduction measures. Also, the device may, upon detecting temperature within a predefined range, alert the host of an impending device shutdown and shut the device down. In addition, the device may periodically save its temperature into non-volatile memory in order to create a temperature log.

The invention discloses remote temperature sensing and monitoring system and method for a 0.4kV low voltage switch. The system mainly comprises a temperature sensor, a temperature logging device with a communication function, a field RTU (Remote Terminal Unit), a master station RTU and a computer equipped with monitoring software. According to the remote temperature sensing and monitoring method, the temperature sensor sends temperature signals of all main contacts of the 0.4kV low voltage switch to the temperature logging device; the temperature logging device with a communication function communicates with the field RTU and sends the temperature signals to the field RTU and then sends the temperature signals to the master station RTU; and then, the master station RTU communicates with the computer; and contract temperature values of the switch and alarming images which are monitored by a display screen are displayed on the computer. The temperature logging device can be replaced with a temperature module of a PLC (Programmable Logic Controller), and if the field RTU is changed into a field PLC and the master station RTU is changed into a mater station PLC, the remote temperature sensing and monitoring can also be realized.

The embodiment of the invention discloses a method and device for recording a high-temperature log on an SOC and a computer readable storage medium. A CPLD judges whether a thermal disconnection signal is received or not; taking a low level as an effective level as an example, since the continuous pull-down time of the thermal circuit break signal on the SOC system is short, the BMC can detect thepin level of the thermal circuit break signal at an interval of a long time, and the BMC can realize the collection of log information only when the pin level is the low level. Therefore, in the technical scheme, when the CPLD receives the thermal disconnection signal, a preset delay program is called to perform delay processing on the thermal disconnection signal, so that the level of the pin where the thermal disconnection signal is located can be kept at a low level for a long time, and the BMC can conveniently and smoothly record the log information of CPU high-temperature alarm. By prolonging the duration of the thermal disconnection signal, the problem that the SOC system cannot smoothly collect log information when a CPU gives an alarm at a high temperature is effectively solved.

The invention relates to a method for predicting the production of multi-production layer oil wells based on temperature logging data. For oil wells with multiple production layers, firstly, by analyzing the heat and mass transfer characteristics of wellbore, formation, reservoir and multi-production layer-wellbore coupling, a comprehensive heat transfer model for multi-production layer oil wells was established, and then, in the established On the basis of the model, the actual temperature logging data is substituted into the calculation model to calculate the flow distribution in the wellbore through the inversion method, and further calculate the production of each production layer, using the method , which solves the problem of insufficient prediction accuracy of a single production layer caused by the average distribution method when dealing with multiple production layers in the traditional well testing method; not only can the total production of the oil well be obtained, but also the single production Layer yields are accurately predicted.

The invention relates to water flow analysis. According to the invention, a location (100) is including an installation (120) associated with a site (102). At the site (102) is a house. A water main (110) forms part of a water distribution network and is buried approximately 1m below the surface (112) of a road. A ferrule (114) extends from an upper part of the water main pipe and is in fluid communication with a first portion (116) of a service pipe at depth of typically approximately 0.75m and which extends from the water main (110) to underneath a pavement (118). An outside stop-tap or meter chamber (122) is provided below pavement (118) and includes a pilotable cover (124), which can be opened to provide access to the interior of the chamber (122). A first connector (126) is provided on an upstream side of the chamber and a second connector (128) is provided on a downstream side of the chamber. A stop-tap or stop-tap and meter assembly (130) is provided within the chamber and in fluidic communication with the first and second connectors. An insulating member (134), for example in the form of a piece of polystyrene, extends across the interior of the chamber (122) and acts to insulate the lower part of the chamber from the environment above. A temperature logging device (160) is located on the insulating member (134) and includes a first temperature sensor (162). Optionallythe temperature logging device may also include a second temperature sensor (164).The temperature of a part of a water supply system between a water main (110) and a site is recorded as a function oftime. The recorded temperature as a function of time is analyzed to determine a property indicative of the water consumption at the site.

A location (100) includes facilities (120) associated with a venue (102). The house is in the place (102). The water main (110) forms part of the water distribution network and is buried approximately 1 m below the road surface (112). A sleeve (114) extends from the upper portion of the water main and is in fluid communication with a first portion (116) of the service pipe at a depth typically approximately 0.75m, and it extends from the water main (110) below the walkway (118) . An outer shut-off tap or metering chamber (122) is located below the walkway (118) and includes a pivotable cover (124) that can be opened to provide access to the interior of the chamber (122). A first connector (126) is provided on the upstream side of the chamber and a second connector (128) is provided on the downstream side of the chamber. A shut-off tap or shut-off tap and metering assembly (130) is disposed within the chamber and is in fluid communication with the first connector and the second connector. Insulation (134), for example in the form of a piece of polystyrene, extends across the interior of the chamber (122) and serves to insulate the lower portion of the chamber from the environment above. A temperature recording device (160) is located on the insulation (134) and includes a first temperature sensor (162). Optionally, the temperature recording device may also include a second temperature sensor (164). The temperature of the portion of the water system between the water main (110) and the premises was recorded as a function of time. The recorded temperature over time was analyzed to determine the nature of the water consumption indicative of the site.

The invention discloses a method for verifying qualification of a cold closet. The method includes the steps: pre-cooling the cooler and phase-change energy-storage materials; placing a product box and the phase-change energy-storage materials into the cooler, and fixing a temperature recorder probe in the cooler; placing the cooler into a constant-temperature and constant-humidity box, setting temperature as simulated environment temperature, and recording temperature data through the temperature recorder probe; exporting the temperature data after simulation is ended, and analyzing the obtained temperature data. By means of the method that the temperature of the surrounding environment is simulated, the final temperature data are analyzed, and the qualified cold closet is obtained, so that the cold closet can give full play to cold storage effect in actual use, and economic loss due to bad cold storage effect is effectively prevented.

The invention relates to the technical field of geophysical logging, in particular to a high-temperature logging polar plate based on a vacuum heat insulation technology. A high-temperature well logging polar plate based on the vacuum heat insulation technology comprises a base shell, a base vacuum layer and a base inner container, the base inner container is welded in the base shell, the base vacuum layer is formed between the base shell and the base inner container, and a base is composed of the base shell, the base inner container and the base vacuum layer. The high-temperature well logging polar plate based on the vacuum heat insulation technology has the beneficial effects that heat transmission between a well hole and the interior of the polar plate can be blocked, temperature rise in the polar plate can be prevented or slowed down, the temperature resistance of the well logging polar plate is improved, the interior of the heat absorbing body is made of a phase-change constant-temperature material, namely, a material with high specific heat capacity, and after heat is absorbed, the heat absorbing body can absorb heat rapidly. The temperature rise is very small, so that the internal temperature of the polar plate is kept relatively constant, the internal temperature rise range is within a designed index, and the safety during use is ensured.

The invention relates to a well temperature logging tool. The logging tool comprises a control chip, two temperature sensors and a strip-shaped probe tube, wherein the two temperature sensors are bothconnected with the control chip, and the two temperature sensors are arranged inside the probe tube in sequence in the extension direction of the probe tube. According to signals collected by the twotemperature sensors respectively, differential well temperatures are obtained, the probe tube is extended into a well to be logged, and according to the signals collected by the two temperature sensors arranged inside the probe tube, the differential well temperatures at different depths in the well to be logged can be conveniently and accurately obtained. It is understandable that a change trendof the differential well temperatures at different depths in the well to be logged can also be obtained by changing the extension lengths of the probe tube into the well to be logged. The well temperature logging tool is simple in structure, and cannot be restricted by the mouth of the well to be logged, the range of application is wide, and the portability is strong.

Systems and methods of the present invention allow to determine ambient gas temperature in harsh environments such as in a steam autoclave chamber during a sterilization process. In certain embodiments of the invention, temperature data is gathered using a sensor that is placed in an enclosed electronics-based temperature logging device. A capsule seals the temperature logging device except for a through hole that, during regular operation, allows gas to directly contact a surface of the temperature logging device in order to reduce a time lag between the data logging device and an ambient gas. As a result, the data logging device accurately can track temperature variations when placed, for example, inside a chamber.

The calibration method of the thermal resistance heat flow sensor includes the following steps: a) setting a heat conduction plate; b) symmetrically installing several heat flow sensors and temperature sensors on both sides of the heat conduction plate; c) the heat flow values ​​collected by each heat flow sensor , cold surface temperature and hot surface temperature Send to the heat flow-temperature inspection instrument respectively; d) The heat flow-temperature inspection instrument is based on the formula Calculate the standard heat flow value ; e) According to the formula Calculate the correction coefficient C of the heat flow value; f) When the error between the correction coefficients C of the heat flow value for consecutive N times does not exceed 1%, calculate the average value of the N correction coefficients C , and write it into the configuration file of the Heat Flow-Temperature Inspector as the final heat flow value correction factor. The calibration result is accurate, high in precision, convenient and feasible, effectively solves the problem that the heat flow instrument cannot be accurately calibrated in the thermal inspection of buildings, and improves the experimental efficiency and reliability.

The invention discloses a calibration method for production of a temperature logging instrument. The calibration method comprises the steps that a resistor R1 and a resistor R2 are selected; resistance of a temperature logging probe at zero DEG C is measured, and the number of pulse f1 of a 40 ms input signal at zero DEG C is obtained; resistance of the temperature logging probe at 100 DEG C is measured, and the number of the pulse f2 at 100 DEG C is obtained; respectively putting the measured f1, f2 into the formula (please see the formula in the specification) is conducted; the number of output signal pulse of a microcontroller at zero DEG C and the number of the output signal pulse of the microcontroller at 100 DEG C are obtained respectively, and values of k and b are obtained; writing the values of k and b in the formula (please see the formula in the specification) in procedures of the microcontroller is conducted, and the calibration method for the production of the temperature logging instrument is completed. By means of the calibration method for the production of the logging temperature instrument, the microcontroller is adopted to conduct circuit calibration, a currently used calibration method that adjustable resistors are adjusted through manual work is replaced; the calibration is simple and convenient, the accuracy is high, and the influence of the temperature drift is small.

The invention relates to an automotive sound temperature calibration test device and an automotive sound temperature calibration test method. The device comprises a temperature box, a fixing mechanism, a direct-current power source, temperature sensors and a temperature recorder, wherein the rear of an automotive sound sample is arranged in the temperature box through the fixing mechanism; the temperature sensors are arranged on the periphery of the automotive sound sample; the temperature recorder is connected with the temperature sensors; and the direct-current power source is connected with the automotive sound sample. The method comprises the following steps of firstly, mounting the rear of the automotive sound sample in the temperature box; secondly, arranging the temperature sensors; thirdly, connecting the automotive sound sample to the direct-current power source; and finally, starting the temperature box and the direct-current power source, setting a test environment, lasting the state for 4 hours, and recording data of the various temperature sensors in the process by using the temperature recorder. Compared with the prior art, the automotive sound temperature calibration test device has the advantages that an automotive sound temperature calibration test is directly completed by the device; the device is easy to operate; and testing results are reliable.

The invention discloses a method for calculating the critical discharge of horizontal well cement slurry, and belongs to the technical field of oil and gas cementing. The method includes the following steps of: determining the temperature of a well bottom of a horizontal well and the pressure of the well bottom of the horizontal wellaccording to well track data and temperature log data; calculating a value range of a revolving speed corresponding to a value range of a shearing speed according to an instrumental constant of a rheometer on the premise of the known value range of the shearing speed of the cement slurry; selecting a revolving speed level of the rheometer in the value range of the revolving speed; measuring readings corresponding to different revolving speed levels, of the cement slurry under the temperature of the well bottom and the pressure of the well bottom; calculating the shearing speed and the shearing stress of the cement slurry; calculating rheological parameters according to the types of fluids of the cement slurry; and solving non-linear equations to obtain the critical flow speed, and then determining the critical discharge of the cement slurry. Through the method, the obtained critical discharge of the cement slurry accords with the actual situation of the site cement slurry, and the cementing quality can be improved.

The invention discloses a calibration method for production of a temperature logging instrument. The calibration method comprises the steps that a resistor R1 and a resistor R2 are selected; resistance of a temperature logging probe at zero DEG C is measured, and the number of pulse f1 of a 40 ms input signal at zero DEG C is obtained; resistance of the temperature logging probe at 100 DEG C is measured, and the number of the pulse f2 at 100 DEG C is obtained; respectively putting the measured f1, f2 into the formula (please see the formula in the specification) is conducted; the number of output signal pulse of a microcontroller at zero DEG C and the number of the output signal pulse of the microcontroller at 100 DEG C are obtained respectively, and values of k and b are obtained; writing the values of k and b in the formula (please see the formula in the specification) in procedures of the microcontroller is conducted, and the calibration method for the production of the temperature logging instrument is completed. By means of the calibration method for the production of the logging temperature instrument, the microcontroller is adopted to conduct circuit calibration, a currently used calibration method that adjustable resistors are adjusted through manual work is replaced; the calibration is simple and convenient, the accuracy is high, and the influence of the temperature drift is small.

Various embodiments of the invention provide systems and methods for accurately determining temperatures in harsh environments such as, for example, in a steam autoclave chamber during a sterilization cycle. In certain embodiments, temperature data accuracy is increased by utilizing an IC-based temperature logging device that monitors and compensates for inherent thermal delays that would otherwise cause a discrepancy between temperature as measured by a temperature sensor and the actual ambient gas temperature. By properly correcting for the thermal delay, the data accuracy of the measured gas temperature is thus greatly enhanced.

The invention provides a multi-channel real-time temperature measuring instrument for an incubation device, and relates to the field of incubation devices. The multi-channel real-time temperature measuring instrument comprises a main machine and a liquid crystal display, wherein the main machine comprises a bus and temperature measuring probes, the temperature measuring probes are arranged on the bus, the temperature measuring probes perform transmission control with the main machine in a 'one-bus' digital way through the bus, namely a plurality of temperature measuring probes are controlled by one bus, the liquid crystal display is arranged on one side of the upper part of the main machine, and the bus and the temperature measuring probes are controlled through the main machine to realize the multi-channel real-time temperature measuring instrument. Intelligent display is performed through the liquid crystal display, thereby being intuitive and clear, improving incubation efficiency and incubation quality of the incubation device, and solving the problems that only one group of data can be obtained, the workload is high, the interval time is long and data is not accurate enough by testing through an oral thermometer in a traditional way, as well as the problem that effective data of a temperature field of an incubator cannot be obtained at the same time because logging has a time interval, and the more the number of channels is, the longer the interval is by using a multi-channel temperature logging tester.