7 results about "Increase temperature" patented technology

A cooling system for vehicles and a control method thereof improves indoor heating performance and fuel efficiency by controlling a flow rate of a coolant passing through a heater core together with an EGR cooler. A coolant having an increased temperature is first supplied to the heater core side through a flow stagnancy control to rapidly increase the temperature of the coolant flowing in the heater core, thereby improving heating performance. A warm-up feature is improved through an exhaust heat recovery function by a heat exchange between the exhaust gas and the coolant in the EGR cooler, thereby improving efficiency of fuel.

A fluid seal assembly having a sleeve disposed circumferentially around a downhole tool. First and second fasteners extend circumferentially around the sleeve proximate respective first and second ends of the sleeve. The first and second fasteners may comprise a shape-memory alloy that, in response to a temporarily increased temperature, have caused the first and second fasteners to circumferentially compress the sleeve against an outer surface of the downhole tool.

A temperature actuated safety device for sensing increased temperatures in the vicinity of an electrical outlet and providing an alert of the condition is provided herein. Here, a safety device can be coupled to an outlet and can include an alarm support member; an alarm coupled to the alarm support member; a switch coupled to the alarm support member, the switch being electrically connected to a power source and to the alarm; and a shape memory alloy member that is immovably coupled to the alarm support member and is also coupled to the switch. The shape memory alloy is configured to actuate the switch to provide power to the alarm when the shape memory alloy reaches a transformation temperature that is indicative of a dangerous temperature condition in or around the electrical outlet.

The present invention relates to an automatic water boiling apparatus (5) compatible with an induction heating cooker (1), which is an innovative device capable of boiling water even in non-magnetic vessels and automatically cutting off the heating when the boiling point is reached. The apparatus (5) comprises a perforated base plate (6) and an upper plate (8) on which fins (9) are connected. The heating is cut off as the plate (6) rises with increasing temperature. This design, which ensures energy savings and prevents safety issues, is compatible with different vessels by means of the expandable structure. Requiring no electronic components, the apparatus (5) offers cost efficiency and ease of use.

This invention discloses a method for precise tracking of fire ignition points based on distributed optical fibers, specifically relating to the field of fire monitoring and safety early warning technology. The method involves acquiring the initial temperature distribution sequence along the optical fiber and periodically collecting temperature data during monitoring. Temperature anomaly segments are identified based on the temperature increment distribution, and the temperature rise gradient characteristics and spatial diffusion width characteristics of these anomaly segments are extracted. The asymmetric temperature rise gradient coefficient and thermal diffusion offset index are calculated to construct an anomaly feature set. A thermal diffusion evolution model is constructed based on this feature set, and reverse heat source fitting calculations are performed on the temperature anomaly segments to obtain a set of candidate ignition point locations. Trajectory correlation analysis is conducted on the candidate ignition point locations at multiple consecutive time points, and the point with the smallest spatial drift and continuously increasing temperature rise is selected as the target ignition point. This invention can effectively suppress positioning deviations caused by thermal diffusion and environmental disturbances, achieving precise identification and dynamic tracking of early fire source locations in complex environments.

The application provides a power transmission line dynamic capacity-increasing temperature monitoring method and a monitoring system, wherein the method comprises the following steps: 1) obtaining the power transmission line surface temperature field distribution in the circumferential direction of the power transmission line under the current transmission capacity based on a temperature monitoring device installed on the power transmission line; 2) inputting the capacity-increasing amount into the control system through the input end, inputting the capacity-increasing amount into a capacity-increasing monitoring model by the control system, judging whether the temperature field distribution in the circumferential direction of the power transmission line caused by the capacity-increasing amount exceeds a set threshold value based on the capacity-increasing monitoring model, if the temperature field distribution exceeds the set threshold value, the capacity-increasing monitoring model sends a warning to the control system, and the capacity-increasing action is not performed, if the temperature field distribution does not exceed the set threshold value, a safe capacity-increasing instruction is sent to the control system, and the control system performs interval type step-by-step capacity-increasing in the set capacity-increasing unit amount according to the safe capacity-increasing instruction, and reaches the set capacity-increasing amount.

Device for detecting foreign bodies (21) in a mat (5) scattered on a conveying device (4) during the production of a material sheet, wherein the mat (5) consists at least partially of fibers or chips and binders which are pressed together under increased temperature, wherein at least one first sensor device (6) operating with electromagnetic or ultrasonic waves or with magnetic fields or with radiometry is provided, which is directed towards one or more spatial measuring areas (22) of the mat in order to detect foreign bodies (10), and at least a second sensor device (7) is provided which is also aligned to the measuring ranges (22), and wherein the first sensor device (6) is suitable for performing material detection of the foreign body (10), and the second sensor device (7) is suitable for determining at least one foreign body dimension, characterized by the fact that which at least one first sensor device (6) and at least one second sensor device (7) use different physical operating methods, and that an evaluation device (15) is provided which is capable of performing a sensor fusion of the at least one first sensor device (6) and the least one second sensor device (7), wherein, depending on the result of the sensor fusion, a foreign body ejection device (11) can be activated in the evaluation device (15).