280results about "Thermal switch details" patented technology

A temperature-dependent switch, including a switching mechanism unit, and a switching mechanism housing including a first base body composed of electrically conductive material. The temperature-dependent switch further includes a switch housing having a second base body composed of electrically insulating material, in which the switching mechanism housing is arranged, wherein the switch housing includes a stationary contact part. The first base body of the switching mechanism housing surrounds the switching mechanism unit from a first housing side, a second housing side opposite to the first housing side, and a housing circumferential side extending between and transversely to the first and the second housing sides. The first housing side includes an opening through which a movable contact part of the switching mechanism unit interacts with the stationary contact part. The second base body surrounds the first housing side and the circumferential housing side of the switching mechanism housing.

The utility model discloses a quick response type temperature fuse. The quick response type temperature fuse comprises a shell, a bimetallic strip, a tripping device, a first electrode, a second electrode and an electrical breaking device, wherein the bimetallic strip, the tripping device, the first electrode and the second electrode are arranged on the shell; the electrical breaking device is arranged between the first electrode and the second electrode in a bridging manner; the two ends of the tripping device abut against the movable end of the bimetallic strip and the electrical breaking device respectively. The bimetallic strip is close to the shell; when the bimetallic strip is heated to deform, the tripping device and the electrical breaking device are pushed to be separated from the abutting state. The electrical breaking device is kept in a conducting state under the action of external force applied by the tripping device, and the electrical breaking device is in a disconnected state when the external force is removed. According to the utility model, advantages of two technologies of a bimetallic strip and a low-melting-point alloy are integrated, disadvantages of the two technologies are overcome, user experience is improved, and product performance is greatly improved.

This breaker (100) is provided with: a first terminal piece (1) that is connected to an external circuit; a second terminal piece (2) that has a fixed contact (21); a movable piece (4) that has an elastic part (43) and a movable contact (41), is connected to the first terminal piece (1), and presses the movable contact (41) to bring the movable contact (41) into contact with the fixed contact (21); a thermally-actuated element (5) that is in contact with the movable piece (4) and deforms as the temperature changes, thereby causing the movable piece (4) to transition from a conductive state to a cut-off state; and a resin base (7) for accommodating the first terminal piece (1), the second terminal piece (2), the movable piece (4), and the thermally-actuated element (5). The breaker (100) further includes a heat detection terminal (6) that protrudes from the bottom surface of the resin base (7), receives heat from the outside of the resin base (7), and transmits the heat to the thermally-actuated element (5).

Temperature-dependent switching mechanism (12) for a temperature-dependent switch (10), comprising a temperature-dependent bimetallic disc (18), a temperature-independent spring disc (20), an electrically conductive contact part (22) on which the bimetallic disc (18) and the spring disc (20) are held captive, and a retaining ring (24) which has a base body (34) made of electrically conductive material and surrounds a circumferential edge (32) of the spring disc (20) and thereby holds the spring disc (20) captive.

The application discloses a thermal protector with a mounting structure and belongs to the technical field of electrical elements. Mainly comprising a thermal protector body, an installation ear which is installed on the thermal protector body, an installation hole is formed in the installation ear, an installation assembly which is installed on the installation ear, the installation assembly comprises a connecting seat, the connecting seat is installed on an external heat generator, a limiting groove is formed in the upper end of the connecting seat, the connecting seat is penetrated and installed on the installation hole, an installation sleeve which is installed on the installation ear, and installation seats are installed on the two sides of the installation sleeve. The thermal protector with the mounting structure can be quickly installed through the cooperation of the connecting seat and the installation sleeve in the installation assembly and the clamping of the limiting block on the locking rod and the limiting groove of the connecting seat, the step of screwing a bolt is omitted, and the problem that it is relatively inconvenient to install the thermal protector by using a bolt is solved.

This utility model relates to the field of circuit breaker tripping devices, specifically a circuit breaker tripping device with a temperature detection mechanism. It includes a front-mounted circuit breaker tripping panel, a main body for performing circuit breaker tripping operations on a switchgear, and a circuit breaker housing fixedly mounted on the outside of the front-mounted circuit breaker panel for mounting vacuum circuit breakers on both external sides. The circuit breaker housing has an internal cavity. This utility model includes an internal cavity, a built-in coil, a bimetallic strip, a thermal response spring, a push head, a circuit breaker guide rod, a first contact, and a second contact. When this circuit breaker tripping device is used, a sudden increase in switchgear power will be transmitted to the built-in coil in the circuit breaker housing via the vacuum circuit breaker. The power and the heat it carries will be simultaneously sensed by the built-in coil. At this time, the bimetallic strip in the built-in coil will transfer the high temperature to the thermal response spring. The thermal response spring expands due to heat, extending and retracting to push the push head and circuit breaker guide rod downwards.

The utility model relates to installation structure technical field, and disclose a kind of convenient installation structure of temperature controller, including mounting frame and the temperature controller body being arranged in the inside of mounting frame, the side of mounting frame is equipped with adjusting hole, the inside rotation connection of adjusting hole is limited to component, the top surface of mounting frame is equipped with recess, the inner bottom wall of recess is fixedly connected with dustproof component, the limited component includes the right and left screw rod being rotationally connected in the inside of adjusting hole.The convenient installation structure of temperature controller, by the setting of mounting frame, limiting component and adjusting hand wheel, to reach the installation of different specifications of temperature controller, avoid with screw temperature controller is fixed on wall surface, once temperature controller needs to overhaul when fault occurs, temperature controller can be taken down from wall surface only after screw is removed, it is more troublesome to operate, help to improve the convenience of installation maintenance.

DOUBLE TANK ELECTRIC WATER HEATER WITH AN ELECTROMECHANICAL THERMOSTAT CONTROL SYSTEM, AND ITS CONTROL METHOD The invention relates to a double tank electric water heater (1) comprising a first tank (2) equipped with a first heating element (2c), a second outlet tank (3) equipped with a second heating element (3c) and a control system comprising: a first electromechanical thermostat (5) controlled by a first temperature probe (6) located in the first tank (2); and a second electromechanical thermostat (7) controlled by a second temperature probe (8) located in the second tank (3); the first and second electromechanical thermostats (5, 7) being respectively connected to the first and second heating elements (2c, 3c) and being configured to allow heating in the first tank (2) only when the heating in the second tank (3) has reached its control setpoint. Figure to be published with the abbreviation: Figure 1

The utility model relates to a deformation sheet, an overload protection module and a plug, and belongs to the technical field of power supplies. The deformation sheet comprises a first connecting sheet, a second connecting sheet and a third connecting sheet; the third connecting piece is provided with a bulge structure, and the bulge structure bulges towards one side of the third connecting piece in the thickness direction of the third connecting piece; the deformation sheet is used for deforming when the temperature is higher than a first temperature threshold value and resetting when the temperature is not higher than the first temperature threshold value; wherein the deformation piece is applied to the overload protection module, the first connecting piece is used for being electrically connected with a first wiring structure of the overload protection module, the second connecting piece is used for being electrically connected with a second wiring structure of the overload protection module, and under the condition that the temperature is higher than a first temperature threshold value, the deformation piece deforms; under the condition that the temperature is not higher than the first temperature threshold value, the deformation piece is reset, and the first wiring structure and the second wiring structure are electrically connected. According to the invention, the electricity utilization safety can be improved.

This invention relates to the field of temperature protector technology, and more particularly to an adjustable temperature protector structure and its usage method. The structure includes: an outer base with a locking interface; a switching outer shell rotatably connected to the outer base; a first limiting groove, a second limiting groove, and a transition groove within the switching outer shell; an inner base mounted on the locking interface; a first conductor fixed to the inner base; a slider sliding on the first conductor; a limiting protrusion on the side of the slider; an inclined surface on the side of the slider facing the inner base; a second conductor fixed to the inner base; a moving contact piece attached to and fixed to the inner base; and a deformation piece disposed between the first conductor and the moving contact piece. When the slider is closest to the inner base, the inclined surface aligns with the center of the deformation piece; when the slider is furthest from the inner base, the inclined surface aligns with the side of the deformation piece furthest from the inner base. This invention enables free adjustment of the temperature protector's operating mode, improves circuit switching efficiency, and avoids circuit damage.

The utility model discloses a temperature controller with a fixing structure and a self-adaptive surface clinging degree adjusting function, which comprises a temperature controller and a pipe clamp, the temperature controller is provided with a mounting wing plate, the pipe clamp is provided with a mounting hole site, a connecting elastic sheet is arranged in the mounting hole site, the connecting elastic sheet is provided with a fixed end and a free end, and a fastener is arranged between the mounting wing plate and the free end in a penetrating manner. And the temperature controller is fixedly connected to the connecting elastic sheet. The temperature controller with the fixing structure and capable of adaptively adjusting the surface attaching degree has the advantages of being simple in structure, convenient and rapid to disassemble and assemble and wide in application range.

The invention relates to the technical field of thermal protectors, and discloses a self-adaptive reliable contact thermal protector which comprises a base, an insulating substrate, a bimetallic strip, an elastic piece, an overcurrent piece, a static contact and a moving contact. The elastic piece comprises a fixing plate, a placing plate, a first pressing plate and a second pressing plate which are integrally formed, the fixing plate is fixedly installed at the end, away from the insulating base, of the base, the first pressing plate, the placing plate and the second pressing plate are sequentially arranged at the end, facing the insulating base, of the fixing plate, and the first pressing plate and the second pressing plate are arranged at intervals. The tail end of the placing plate is bent to form a containing groove, the overflowing part is placed in the containing groove, two moving contacts corresponding to the static contacts are fixedly installed at the two ends of the side, facing the static contacts, of the overflowing part, and the first pressing plate and the second pressing plate can independently press the two ends of the overflowing part respectively. According to the thermal protector, under the condition that the distances between the two moving contacts and the corresponding static contacts of the thermal protector are inconsistent, the two moving contacts and the corresponding static contacts can be reliably contacted so as to switch on a circuit.

The invention provides a circuit breaking module, a preparation method of the circuit breaking module, a circuit board assembly and a battery. The circuit breaking module provided by the invention comprises a deformation body, a first electric connecting piece and a second electric connecting piece, the deformation body comprises a conductor layer and a first shape memory polymer layer which are stacked, and the deformation body has a first form and a second form; the first end of the deformation body is fixedly connected with the first electric connecting piece, the second end of the deformation body is fixedly connected with the second electric connecting piece, and the first electric connecting piece and the second electric connecting piece are electrically connected with the conductor layer; under the condition that the temperature of the deformation body is increased to be larger than or equal to a preset threshold value from being smaller than the preset threshold value, the first shape memory polymer layer enables the deformation body to be deformed into a second shape from a first shape, and at least one of the first electric connecting piece and the second electric connecting piece is displaced; therefore, the distance between the first electric connecting piece and the second electric connecting piece is changed.

The invention relates to an overload protection device (1) for protecting electrical components (2), comprising at least two electrical components (2), comprising a carrier (3), which has a plurality of connecting elements (31) for connecting the electrical components (2), and comprising at least one actuator (4), at least one separating element (6) is displaceably arranged on the carrier (3), which separating element (6) is applied by the actuator (4) with a force (F) such that the separating element (6) can be moved by the actuator (4) from a first position into a second position, and the separating element (6) interacts with the two electrical elements (2) in such a way that the separating element (6) can be moved by the actuator (4) from the first position to the second position. In the event of a thermal overload, the two electrical components (2) can be transferred by the separating element (6) to the second position thereof.

A mounting structure of a temperature controller comprises the temperature controller and a mounting plate, the temperature controller is provided with a wiring terminal, a mounting part is arranged between the wiring terminal and the mounting plate, and the wiring terminal is fixed on the mounting plate through the mounting part, so that the temperature controller is fixed on the mounting plate. According to the temperature controller installation structure of the utility model, the installation part is arranged between the wiring terminal of the temperature controller and the installation plate, and the wiring terminal is fixed on the installation plate through the installation part, so that the temperature controller is fixed on the installation plate, and the temperature controller is directly fixed on the installation plate through the wiring terminal, and therefore, only the wiring terminal needs to be fixed; in addition, the wiring terminal and the wire assembly are connected through the mounting part, namely the wiring terminal, the wire assembly and the mounting plate are riveted together through rivets, so that the fixing structure of the wiring terminal is greatly simplified, the assembling efficiency of the temperature controller is improved, and the wiring terminal can transmit electric signals and also can transmit electric signals. And the structure is fixed, and the space utilization rate is optimized.

The invention belongs to the technical field of thermal switches, and particularly relates to an expansion type thermal switch based on a paper-cut structure, which comprises a thermal expansion paper-cut structure, the thermal expansion paper-cut structure is a central symmetry structure, two ends of the thermal expansion paper-cut structure are fixedly connected through a fixing plate, and the top end of the thermal expansion paper-cut structure is fixedly connected with the bottom end of a fixed heat source; the negative thermal expansion paper-cut structure is of a central symmetry structure, the two ends of the negative thermal expansion paper-cut structure are fixedly connected through a fixing plate, and the bottom end of the negative thermal expansion paper-cut structure is fixedly connected with the top end of the fixed cold source; the thermal expansion paper-cut structure and the negative thermal expansion paper-cut structure are horizontally arranged in parallel, a first gap is reserved between the bottom end of the thermal expansion paper-cut structure and the top end of the fixed cold source, and a second gap is reserved between the top end of the negative thermal expansion paper-cut structure and the bottom end of the fixed heat source. The invention has the advantages of larger thermal stroke, extremely small contact thermal resistance, larger switch ratio and long service life in overheat and overcold space environments.

A shell is arranged on a bottom plate assembly, and a pressure plate, a double-piece movable contact assembly, an elastic connecting piece, a plurality of static contact assemblies, a temperature adjusting threaded rod, a threaded inner sleeve and a support are all arranged in an internal space formed by the shell and the bottom plate assembly. The static contact assembly is arranged on a bottom plate of the bottom plate assembly, the threaded inner sleeve is fixed to the center of the bottom plate of the bottom plate assembly, the pressing disc is located above the double-piece movable contact assembly, one end of the temperature adjusting threaded rod sequentially penetrates through the pressing disc and the double-piece movable contact assembly to be in threaded connection with the threaded inner sleeve, and the other end of the temperature adjusting threaded rod is in threaded connection with the temperature adjusting threaded rod. The pre-pressure adjusting device is used for adjusting downward pre-pressure applied to the double-piece movable contact assembly. According to the utility model, the threaded inner sleeve and the temperature adjusting threaded rod are added on the basis of the existing protector structure, and the downward pre-pressure applied to the bimetallic strip is adjusted by adjusting the screwing depth of the temperature adjusting threaded rod, so that the bimetallic strip reaches an ideal operating temperature point; and the action temperature difference of the same batch of protectors can be maintained within a certain temperature difference range, so that the temperature regulation process is greatly simplified, and the quality stability and the production efficiency of the protectors are improved.

To form an elastic arm plate and a terminal plate from different metal plates and connect the plates by arc welding, and nonetheless to stabilize a contact state between the plates.SOLUTION: A breaker comprises: a stationary contact metal plate 4 including a stationary contact 5; an elastic arm plate 6 including a movable contact 7 at a position opposed to the stationary contact 5; a terminal plate 3 configured by being connected to the elastic arm plate 6; a sheath case 1 configured by fixing the terminal plate 3 and the stationary contact metal plate 4; and a bimetal 8 which is incorporated in the sheath case 1 and performs switching to an OFF state by pressurizing the elastic arm plate 6 thereby separating the movable contact 7 from the stationary contact 5. The elastic arm plate 6 has elasticity that enables movable contact 7 to be pressurized to the stationary contact 5 and enables an ON state to be held by its own elasticity in a non-pressurized state of the bimetal 8. The elastic arm plate 6 and the terminal plate 3 are laminated and connected via a welded portion 30 to which a laminated portion 40 is laser-welded. The welded portion 30 includes a linearly extending weld line 31 or any one of or both a plurality of weld spots 32.SELECTED DRAWING: Figure 9

The utility model relates to the technical field of temperature control, in particular to a temperature controller. A temperature controller comprises a shell, the inner end of the shell is hollow, a base is clamped into the shell, a metal sheet and a diaphragm are sequentially installed in the space between the upper end of the base and the inner end of the shell from top to bottom, terminals are clamped into the four corners of the lower end of the base, a reed capable of being riveted is placed on the terminals, and the upper end of the reed makes contact with a push rod. The top end of the push rod makes contact with the lower edge of the diaphragm, and a cover plate for blocking is arranged at the lower end of the base. A metal sheet and a diaphragm are sequentially installed between the upper end of the base and an inner cavity of a shell from top to bottom, terminals are clamped into the four corners of the lower end of the base, a reed capable of being riveted is placed on each terminal, the upper ends of the reeds make contact with a push rod, the top end of the push rod abuts against the lower edge of the diaphragm, and the bottom of the base is blocked through a cover plate. And an integrated structure in which the metal sheet thermally deforms to drive the push rod and the push rod is linked with the reed to control the on-off of the contact is formed.

The utility model discloses a temperature control protector, which comprises a main body, a diaphragm capsule power assembly, a terminal, a first static contact piece and a first movable contact piece, a push rod is movably arranged in the main body; the diaphragm capsule power assembly is mounted at the top of the main body, is used for pushing the push rod and comprises a temperature sensing cylinder and a capillary tube, the temperature sensing cylinder is used for sensing temperature, and the capillary tube is connected with the temperature sensing cylinder; the terminals are arranged on the main body, are used for being connected with a circuit, and comprise a first terminal and a second terminal; the first static contact piece is riveted on the first terminal; the first movable contact piece is riveted on the second terminal; when the temperature control protector is used, the temperature sensing cylinder is inserted into a space used for sensing temperature, when the temperature sensing cylinder is heated, a high-temperature expansion working medium flows into an inner cavity of the diaphragm capsule power assembly from the capillary tube, the diaphragm capsule power assembly pushes the push rod, the first movable contact piece and the first static contact piece are disconnected, and therefore disconnection of a circuit is achieved, and the temperature control protector has the advantages of being small in size, convenient to use and the like. The occupied space is small, and the installation position is not limited.

The breaker 1 comprises a fixed piece 2, a movable piece 4, a thermally-actuated element 5 and a resin case 10. The fixed piece 2 has an embedded portion 25 embedded in the resin case 10 in a region which overlaps with the thermally-actuated element 5 in a plan view viewed in the thickness direction. The resin case 10 has an outer peripheral portion 74 formed on the outer perimeter of a recessed portion 73, a first penetrating portion 75 penetrating the recessed portion 73 to expose the embedded portion 25 to the thermally-actuated element 5 side, an island portion 76 interposed between the fixed piece 2 and the thermally-actuated element 5 in the inside of the first through portion 75, and a connecting portion 77 connecting between the outer peripheral portion 74 and the island portion 76.

The utility model discloses a liquid expansion type temperature controller, which comprises a temperature sensing assembly, an adjusting mechanism and a contact control assembly, the temperature sensing assembly comprises a hydraulic temperature sensing bulb, a capillary tube and a diaphragm capsule, the hydraulic temperature sensing bulb, the capillary tube and the diaphragm capsule form a closed cavity, temperature sensing liquid is packaged in the cavity, and the contact control assembly is arranged in the cavity. The diaphragm capsule is divided into an upper part and a lower part, the upper half part is connected with the adjusting mechanism through a diaphragm capsule handle, the lower half part is used for fixing the push rod, the contact control assembly comprises a base, a static contact, a moving contact and a reed, the reed is fixed at the tail end of the push rod, and separation of the moving contact and the static contact is driven by displacement of the push rod. According to the utility model, through the synergistic effect of hydraulic temperature sensing and mechanical adjustment, rapid response, high-precision temperature control and stable operation are realized, the structure is compact, the anti-interference performance is strong, the temperature controller is especially suitable for industrial scenes with high temperature, frequent action or complex electromagnetic environment, and the problems of contact adhesion, insensitive reset and the like of a traditional temperature controller are effectively solved.

A temperature-sensitive battery connector is disclosed. The connector can include a connector body and at least one conductor attached to the connector body and configured to conduct a current signal used to measure voltage from a battery pack or battery cell to a battery management system (BMS). The connector can include a thermal switch device attached to the connector body and thermally coupled to a terminal of the battery pack or battery cell. The thermal switch device can be configured to provide an overtemperature signal to the BMS by altering or interrupting current conducted by the at least one conductor when the temperature of the battery pack or battery cell exceeds a threshold temperature.

The utility model discloses a high-sensitivity miniature temperature controller, which comprises an insulating base, a first metal terminal is arranged on one side of the insulating base, and a second metal terminal is arranged on the other side of the insulating base. The insulating base is provided with a movable contact spring connected with the first metal terminal and a static contact connected with the second metal terminal, the movable contact spring is provided with a temperature sensing piece, and the temperature sensing piece can deform through heat change so that the movable contact spring can be bent and deformed to be separated from the static contact. The movable contact spring is provided with an easy-to-bend structure which enables the movable contact spring to bend more easily. According to the utility model, the movable contact spring is provided with the easily-bent structure which enables the movable contact spring to be bent more easily, so that the length of the insulating base and the length of the movable contact spring can be shortened to realize miniaturization, and normal functions and use of the thermal protection device can be ensured.

A closed-type temperature control device includes a ceramic box and a base; the base adopts a cavity structure provided with an opening, the base is fixedly connected to the ceramic box, and a guide hole is provided between the base and the ceramic box; a temperature sensing piece is arranged in the base, an action mechanism is arranged in the ceramic box, an action rod connected to the temperature sensing piece and the action mechanism is arranged in the guide hole, and a temperature sensing cover is arranged on an opening of the base; the present invention has a reasonable structure and achieves convenient assembly and high safety.

The utility model discloses a kick-type temperature controller, which belongs to the technical field of kick-type temperature controllers and comprises a main frame, auxiliary supports are fixed on two sides of the bottom end of the main frame, the main frame comprises a bottom shell frame, pin frames are fixed on two sides of the bottom end of the bottom shell frame, a mounting frame is fixed on the top surface of the bottom shell frame, and the pin frames are fixed on the mounting frame. Mounting holes are formed in the two ends of the mounting frame, and a top shell frame is fixed to the top face of the mounting frame. The kick type temperature controller is composed of the mounting frame, the top shell frame and the outer metal cover, a buffer area can be formed through the gap layer arranged in the metal cover, and when the kick type temperature controller is subjected to external stress, the kick type temperature controller can be matched with the gap layer to form external buffer, so that the internal metal sheet structure cannot be influenced when the outside is pressed and deformed, and the service life of the kick type temperature controller is prolonged. And equidistant supporting rods are annularly distributed on the peripheral edge of the gap layer, so that the structural supporting performance of the outer metal cover body in an extrusion state can be kept, a protection effect is achieved, and the temperature controller structure is kept stable in use.

The invention relates to the technical field of dynamic reactive power compensation devices, and discloses a hybrid dynamic reactive power compensation device which comprises a shell, a containing cavity is formed in the shell, a heat dissipation hole communicated with the containing cavity is formed in the shell, a bimetallic strip is arranged at an opening of the heat dissipation hole, and a fan is arranged in the heat dissipation hole. A switch for controlling the fan is arranged at the opening of the heat dissipation hole, and the bimetallic strip can control the on-off of the fan through the switch; when the temperature is higher than the first temperature, the bimetallic strip controls the fan to be turned on through the switch, when the temperature is lower than the first temperature, the bimetallic strip still abuts against the switch, the switch controls the fan to be turned off, and at the moment, the shell can meet the basic heat dissipation requirement through natural heat dissipation of the heat dissipation holes; when the temperature is higher than the first temperature, the bimetallic strip controls the fan to be turned on through the switch, and the fan can drive air to pass through the heat dissipation holes, so that the reactive power compensation device can perform graded adjustment according to different temperatures, and energy can be saved in a low-temperature state.

The invention relates to the technical field of thermal protectors, in particular to a temperature protector with mechanical action control, which comprises an insulating protective shell; the PTC heating body is of a rectangular frame structure and is provided with a hollow cavity. The first connecting plate and the second connecting plate are correspondingly assembled on two end surfaces of the hollow cavity to form a closed cavity; the fixed end of the movable contact piece is connected to the first connecting plate, the free end of the movable contact piece is connected with a movable contact, and the second connecting plate is provided with a static contact. The ends, far away from each other, of the two bimetallic strips of the temperature sensing element are installed on the opposite inner side walls of the hollow cavity respectively. And the actuating block is arranged in an area below the movable contact piece, is positioned between the free ends of the two bimetallic strips, and is integrally formed by adopting a ceramic material. Through a cooperative linkage structure of the temperature sensing element, the actuating block and the movable contact piece, accurate conversion from a temperature signal to mechanical on-off action is realized, and high temperature sensing accuracy and rapid action response performance are guaranteed.