34results about "Electromagnet terminals/connectors" patented technology

The invention discloses a contactor magnetic core, a contactor electromagnetic assembly and a contactor. The contactor magnetic core comprises a static magnetic core which is suitable for being fixed on a magnetic conductive plate of the contactor and is provided with a main body part which is suitable for being inserted into a coil framework of the contactor; and the movable magnetic core is suitable for being movably inserted into the coil framework and is provided with a flange part positioned at the upper end of the movable magnetic core. When the static magnetic core and the movable magnetic core are inserted into the coil framework, the main body part of the static magnetic core faces the flange part of the movable magnetic core, and the diameter of the main body part of the static magnetic core is slightly larger than that of the flange part of the movable magnetic core, so that the electromagnetic attraction force between the static magnetic core and the movable magnetic core is increased. According to the invention, the number of turns and the copper consumption of the coil can be reduced while enough electromagnetic attraction is ensured, so that the cost and the size of the contactor can be reduced.

The invention discloses a magnetic track brake electromagnet coil, a magnetic track brake electromagnet and a preparation method. The magnetic track brake electromagnet coil comprises a winding, a coil frame, an insulating layer, a cover plate and a heat insulation layer. The winding is arranged in a coil groove of the coil rack, and the winding is formed by winding an enameled flat copper wire of which the temperature resistance level is H level or higher; the insulating layer wraps the winding; the cover plate is welded and fixed at the opening of the coil slot and is used for sealing the coil slot; the heat insulation layer is arranged at the position, corresponding to the welding position of the cover plate, in the coil groove and used for blocking heat generated when the cover plate is welded. Damage of welding heat to the coil is effectively avoided, the overall sealing performance and environmental adaptability of the coil are improved, and therefore long-term stable operation of the coil is guaranteed.

A fluid control assembly. A connecting member (15) comprises a flexible section (151) and a rigid section (152); a stator assembly (14) comprises a coil assembly (143) and a first connecting portion (142); a coil of the coil assembly (143) is electrically connected to the first connecting portion (142); a circuit board (13) comprises a second connecting portion (131); the rigid section (152) comprises a first section (1521), the first section (1521) being electrically connected to the first connecting portion (142), and / or the rigid section (152) comprises a second section (1522), the second section (1522) being electrically connected to the second connecting portion (131); the flexible section (151) may absorb a deformation amount difference between the stator assembly (14) and the circuit board (13); and the rigid section (152) may prevent thermal stress of the flexible section (151) from being transferred to an electrical connection part. Thus, the stability of an electrical connection between the stator assembly (14) and the circuit board (13) can be improved.

A safety valve for gas appliances comprising: an electromagnet (2) including a coil (9) having a phase wire (9a) and a ground wire (9b) and a protrusion (11) having a phase contact area (12) in contact with the phase wire (9a), a valve seat (30) connected to the ground wire (9b), a phase closing body (20) in contact with the phase contact area (12), a printed circuit board (40) in contact with the phase closing body (20), and an electrical connector (60) having a phase terminal (62) and a ground terminal (63) connected to the phase wire (9a) and the ground wire (9b) through the printed circuit board (40). The printed circuit board (40) is accommodated in the valve seat (30) in an elastically deformed and curved state, ensuring a constant contact pressure with the phase closing body (20) and the valve seat (30).

A relay coil assembly includes a coil skeleton, a coil and a first insulation tape. The coil skeleton has an upper flange, a lower flange and a cylindrical portion located between the upper flange and the lower flange. The coil is wound around the cylindrical portion of the coil skeleton. The first insulation tape is wrapped and bonded to the outer peripheral surfaces of the upper flange and the lower flange. The coil skeleton is located in a space surrounded by the first insulation tape. The coil is sealed in an annular enclosed space defined by the first insulation tape and the coil skeleton.

To provide a contactor that can reduce cost and volume. [Solution] The contactor core comprises a stationary core (41) suitable for fixing to the magnetic plate (2) of the contactor and having a body suitable for insertion into the coil frame (31) of the contactor, and a movable core (42) configured to be movably inserted into the coil frame (31) and having a flange located at the upper end of the movable core (42). When the stationary core (41) and the movable core (42) are inserted into the coil frame (31), the body of the stationary core (41) faces the flange of the movable core (42), and the diameter of the body of the stationary core (41) is slightly larger than the diameter of the flange of the movable core (42) in order to increase the electromagnetic attraction between the stationary core (41) and the movable core (42).

The present invention discloses a contactor magnetic core, a contactor electromagnetic assembly, and a contactor. The contactor magnetic core comprises: a static magnetic core (41) suitable for being fixed to a magnetic plate (2) of a contactor and having a main body (410) suitable for being inserted into a coil skeleton (31) of the contactor; and a movable magnetic core (42) adapted to be inserted into the coil skeleton (31) in a movable manner and having a flange (42a) located at its upper end. When the static magnetic core (41) and the movable magnetic core (42) are inserted into the coil skeleton (31), the main body (410) of the static magnetic core (41) faces the flange (42a) of the movable magnetic core (42), and the diameter of the main body (410) of the static magnetic core (41) is slightly larger than the diameter of the flange (42a) of the movable magnetic core (42) to increase the electromagnetic attraction between the static magnetic core (41) and the movable magnetic core (42). The present invention can reduce the number of turns and copper usage of the coil while ensuring sufficient electromagnetic attraction, thereby reducing the cost and volume of the contactor.

To provide an inspection device that can improve the detection accuracy of a characteristic of an MRAM element.SOLUTION: An inspection device 1 includes: a stage 10 that has a magnetoresistive memory element fixed on a stage surface 13; a plurality of electromagnets 20 that generate a first magnetic field in which a direction of a magnetic field component in a vertical direction perpendicular to the stage surface 13 changes from a first direction to a second direction depending on a position on the stage surface 13 and a second magnetic field in which a direction of the magnetic field component in an in-plane direction parallel to the stage surface 13 changes from a third direction to a fourth direction depending on the position on the stage surface 13; an optical system 30 that irradiates the magnetoresistive memory element with illumination light including polarized light and condenses reflection light of the illumination light reflected by the magnetoresistive memory element; and a detector 40 that detects the reflection light in a case where a position of the magnetoresistive memory element in the first magnetic field is changed and the reflection light in a case where the position of the magnetoresistive memory element in the second magnetic field is changed.SELECTED DRAWING: Figure 1

The invention relates to a functional part (1) for a magnetic core (5) of an electromagnet (6), wherein the functional part (1) has at least partially an electrically insulating material, wherein the functional part (1) is arranged for arrangement on an end face (3) of the magnetic core (5) and has at least one guide projection (7) having a guide groove (9), which is aligned with an axial groove (11) formed in the magnetic core (5) such that it extends from the end face (3) through the axial groove (11) to a winding area (13) of the magnetic core (5).

Power supply cable connection structure (10) for a solenoid valve (24) for connecting a power supply cable (60) to a solenoid coil (52) of the solenoid valve, wherein a contact (64) is attached to an end section of a power supply line (62) or an end section of a supply line connected to the power supply line via a relay connection, the contact is inserted into an end section (52a) of the solenoid coil, the power supply cable is held by a fastening tool (12) and the fastening tool is connected to a protective tube (58) connected to the solenoid valve, or the fastening tool is connected to a socket attached to the protective tube.

A contactor magnetic core includes a static magnetic core fixable to a magnetic plate of a contactor and having a main body insertable into a coil skeleton of the contactor, and a movable magnetic core insertable into the coil skeleton in a movable manner and having a flange at an upper end. When the static magnetic core and the movable magnetic core are inserted into the coil skeleton, the main body of the static magnetic core faces the flange of the movable magnetic core. A diameter of the main body of the static magnetic core is larger than a diameter of the flange of the movable magnetic core to increase an electromagnetic attraction between the static magnetic core and the movable magnetic core.

A coil unit and an electric valve are disclosed. The coil unit (100) includes a control box (1). The control box (1) includes a first housing part (11) and a second housing part (12) that are fixedly connected. The second housing part (12) includes an insertion port part (122) and a first connection member (121). The insertion port part (122) has a second chamber (1221). The first connection member (121) has a first end part (1211) and a second end part (1212). A part of the first end part (1211) is located in the first chamber (13), and a part of the second end part (1212) is located in the second chamber (1221). The first end part (1211) is connected to be crimped to the electronic control board (3). The first connection member (121) can be electrically connected and / or signal-connected to the electronic control board (3). By arranging it in this way, the installation of the coil unit is simplified. Also, when it is necessary to replace the number of the first connection members (121), it is not necessary to re-develop the entire coil unit, the development cost of the coil unit can be reduced, and further, the development cost of the electric valve can be reduced.

The present invention relates to an electromagnetic pump having a magnetization-enhancing structure, comprising a coil assembly and a pump assembly; the coil assembly comprises a frame body, a magnetization-enhancing component, a magnetic yoke ring, and a plurality of segments of a coil; the pump assembly comprises a tube body, a moving assembly, a reset assembly, a sealing assembly, a valve core, and a discharge pipe; the sealing assembly comprises a sealing head; the moving assembly, the sealing assembly, the valve core, and the discharge pipe form a cavity within the tube body, and the moving assembly, upon being subjected to magnetic force of the magnetic yoke ring and the magnetization-enhancing component, moves within the tube body to decrease or increase a pressure of the cavity, thereby causing the valve core or the sealing head to open in order to pump water. The present invention provides the magnetization-enhancing component on the frame body, and divides the coil into a plurality of parts. When the coil is energized, the magnetization-enhancing component impedes an instantaneous current of the plurality of parts to achieve the effect of reducing the instantaneous current; the provision of the magnetization-enhancing component enhances the magnetic force exerted on the moving assembly, which causes the moving assembly to perform a reciprocating motion to pump water, thereby increasing electromagnetic attraction while greatly reducing costs and improving use efficiency.

An electromagnetic coil includes a frame, a first insertion piece, a second insertion piece, and a coil. A protrusion portion is disposed on the frame. The first insertion piece and the second insertion piece are disposed on two axial ends of the frame respectively. The wire is wound on the frame and has an input end and an output end. The input end is connected to the first insertion piece. The output end is configured to be wound on the protrusion portion and then connected to the second insertion piece.

An induction coil structure, an electromagnetic pump, an electromagnetic valve and an electromagnetic fluid pump. As referred to in the induction coil structure (1), a wound coil (11) is mounted on a bobbin (123), the wound coil (11) can generate a magnetic field when energized, the wound coil (11) is formed by winding a conductive wire having an insulating layer, and the number of turns of the conductive wire having an insulating layer wound around two ends of the bobbin for the wound coil (11) is greater than the number of turns of the conductive wire having an insulating layer wound around the middle part thereof, such that the conductive wire having an insulating layer at two ends with a higher magnetic field intensity is retained on the induction coil structure (1), and the amount of the conductive wire having an insulating layer of the wound coil (11) in the middle part of the bobbin (123) is reduced, thus adapting to the higher magnetic field intensity of magnetic poles at two ends in the magnetic field, thereby reducing the usage amount of the conductive wire having an insulating layer in the middle part of the wound coil (11), and realizing the overall lightweight design and low power consumption of the induction coil structure. The electromagnetic pump comprises an induction coil structure (1) and a pump assembly (2), wherein the induction coil structure (1) is arranged outside the pump assembly (2), thereby realizing the lightweight design and low power consumption of the electromagnetic pump.

Coil device (1) for receiving at least one electrical winding (2), in particular for a pole tube assembly of a solenoid valve, an actuator or a pump, comprising: • a coil former (3); and • at least one winding connection (4), which • a connecting section (5) which is designed to hold at least one end of the electrical winding (2) in a wound state of the coil former (3); and • has at least one fastening section (7) which is arranged to be clamped in the wound state between an outer surface section (7) of the coil former (3) and the electrical winding (2), wherein the outer surface section (8) of the coil former (3) is recessed in a direction (10) perpendicular to the longitudinal axis (11) of the coil former (3), wherein a height (9) of the recess of the outer surface section (8) corresponds in particular to a thickness (13) of the fastening section (7).

A linear actuator (1) in the form of an electric reversing solenoid, comprising a cylindrical metal housing (2) in which two magnetic coils (3, 3') are housed and which metal housing (2) guides an armature element (4) axially displaceable along its central axis (A), wherein the armature element (4) is movable between a first end position (push) and a second end position (pull) by a stroke length (H). The cylindrical metal housing (2) is covered at its end faces by a first (7) and a second (7') shunt element. The electronic controls are housed in an additional enclosure (12) to which a connector element (13) is provided for supplying power to the magnetic coils (3, 3') and the electronic control, as well as for transmitting control signals and communication data.Two Hall sensors (15, 15') are integrated in the center of the metal housing (2), arranged in the transverse plane T and in different radial directions (R1, R2). These Hall sensors are located adjacent to the first and second permanent magnet elements (16) fitted into the armature element (4) at the respective end positions of the armature element (4). Together with these magnet elements (16), they form a detector pair to generate a switching signal at these positions. To increase the positioning accuracy (g) of the armature element, the position of the individual elements (15, 16) of the respective detector pairs is individually adjusted relative to each other such that the signal steepness of the signal step in the output signal is maximized in the region of the respective end position. For further precision in switching accuracy, a switching point for controlling the magnetic coils is defined in the steepest part of this signal step.

Disclosed are a relay coil assembly and a relay having an electrical isolation method that can reliably isolate the coil from the high-voltage components of the relay, has a simple structure, and is very low-cost. [Solution] The relay coil assembly comprises a coil frame including a cylindrical portion (303) located between an upper flange (301) and a lower flange (302), a coil (31) wound around the cylindrical portion of the coil frame, and a first insulating tape (32) wound around and bonded to the outer circumferential surfaces of the upper and lower flanges, located in a space enclosed by the first insulating tape, and the coil is sealed in an annular sealed space (300) defined by the first insulating tape and the coil frame.

The invention relates to a method for manufacturing a damper valve (10) for a vibration damper (30) with a damper tube (11) which is filled or fillable with a damping medium and in which a piston rod (12) is arranged coaxially, wherein the damper valve (10) has at least one coil unit (13) with at least one coil (14) comprising a coil wire (15), a coil carrier (16) and a contact element (17) for generating a magnetic field and at least one sealing element (18) for sealing the coil unit (13), wherein the manufacture of the damper valve (10) comprises the following steps: - joining the contact element (17) to the coil carrier (16) such that the contact element (17) is connected to the coil carrier (16) by force and / or form fit, - winding the coil wire (15) onto the coil carrier (16), - connecting the wound coil wire (15) with a connecting section (19) of the contact element (17), in particular by a welding process,- Insulating the joined contact element (17) with a flexible, in particular tube-shaped, heat-shrinkable covering (20),- Placing the sealing element (18) onto the coil carrier (16),- Deforming the insulated contact element (17) in the piston rod (12).

Disclosed are an electromagnetic coil and an assembly method thereof. The electromagnetic coil includes a frame (10), a first insertion piece (20), a second insertion piece (30), and a wire (40). A protrusion portion (11) is disposed on the frame (10). The first insertion piece (20) and the second insertion piece (30) are disposed on two axial ends of the frame (10) respectively. The wire (40) is wound on the frame (10) and has an input end (41) and an output end (42). The input end (41) is connected to the first insertion piece (20). The output end (42) is configured to be wound on the protrusion portion (11) and then connected to the second insertion piece (30).

The present invention discloses a contactor magnetic core, a contactor electromagnetic assembly, and a contactor. The contactor magnetic core comprises: a static magnetic core (41) suitable for being fixed to a magnetic plate (2) of a contactor and having a main body (410) suitable for being inserted into a coil skeleton (31) of the contactor; and a movable magnetic core (42) adapted to be inserted into the coil skeleton (31) in a movable manner and having a flange (42a) located at its upper end. When the static magnetic core (41) and the movable magnetic core (42) are inserted into the coil skeleton (31), the main body (410) of the static magnetic core (41) faces the flange (42a) of the movable magnetic core (42), and the diameter of the main body (410) of the static magnetic core (41) is slightly larger than the diameter of the flange (42a) of the movable magnetic core (42) to increase the electromagnetic attraction between the static magnetic core (41) and the movable magnetic core (42). The present invention can reduce the number of turns and copper usage of the coil while ensuring sufficient electromagnetic attraction, thereby reducing the cost and volume of the contactor.

A waterproof structure and a electromagnetic valve. The waterproof structure includes: a waterproof protrusion (40), having an internal fitting surface (41) facing an electrical connection region (30); wherein the waterproof protrusion (40) is arranged on an end face of an electromagnetic coil (10), and is in abutting fit with an end face of a junction box (20); or the waterproof protrusion (40) is arranged on an end face of the junction box (20), and is in abutting fit with an end face of the electromagnetic coil (10); and a sealing member (50), located within the electrical connection region (30); wherein an outer peripheral surface of the sealing member (50) is in limiting fit with the internal fitting surfaces (41), and two corresponding end faces of the sealing member (50) are respectively in abutting fit with the end face of the electromagnetic coil (10) and the end face of the junction box (20), so as to seal a gap.

An electromagnet includes a pre-assembly unit having a guide element and a coil, an armature which is arranged translationally displaceable in the guide element, and a core having an axially extending annular protrusion into which the pre-assembly unit is inserted.

A bobbin wound coil for an electromagnetic coupler includes a bobbin having a cylindrical body disposed about a central axis, end flanges disposed at axial ends of the cylindrical body and extending radially outward therefrom and defining an inner side facing the cylindrical body and an outer side facing away from the cylindrical body, respectively, and a terminal connector on the outer side of one of the end flanges. In various embodiments, one or more of the cylindrical body, end flanges and / or terminal connectors are configured to avoid the need for an external ridge on the end flanges normally required to facilitate winding the coil, allow for the evacuation of fluids from a pocket formed on the outer side of the end flange, provide a means for tensioning and / or securing the ends of the coil during winding, and / or prevent rotation of the bobbin relative to the field shell of the coupler.

The present invention relates to a solenoid valve mechanism for a driving dynamics system, comprising a hydraulic block, a number of solenoid valves (10), each including a valve dome (11) and a magnetic assembly (12), and control electronics, in which each magnetic assembly (12) comprises a housing (13) and a winding support (14) arranged in the housing (13) and wound with a coil winding (15) connected to the control electronics via a connecting line (9), in which a free space (16) is formed between the housing (13) and the winding support (14) of each magnetic assembly (12), and a filling device (18) is fabricated to reduce the free space (16) and increase the coupling capacitance formed between the coil winding (15), the housing (13) and the valve dome (11), as well as to a driving dynamics system having such a solenoid valve mechanism.

The invention relates to a wire guide element, to a brake for braking a shaft, and to a brake motor with a brake, wherein the wire guide element is held in a force-locked manner, the wire guide element has a first slot and a second slot, the first slot is parallel to the second slot, and the first slot is deeper than the second slot.

A solenoid actuator capable of improving operational reliability by preventing the components stored inside the case from being deformed by externally applied forces includes: a hollow case formed with open top and bottom surfaces, a hollow housing integrated with a connector for power and signal transmission and mounted inside the case, a bobbin assembly mounted inside the housing and connected to the connector, a core penetrating the bobbin assembly, coupled to cover the top of the case and the housing, and having an operating space formed inside, a cover covering the bottom of the case, the housing, and the core, a plunger movably installed in the operating space, a rod coupled to penetrate through the core and movable by the plunger, and a deformation prevention means provided between the bobbin assembly and the core, preventing deformation and movement of components stored inside the case.

The present disclosure provides an electromagnetic coil and an electromagnetic valve with the electromagnetic coil. The electromagnetic coil includes: a body, a central portion of the body being provided with a first mounting hole extending therethrough; a limiting member located on a side of the body and arranged corresponding to the first mounting hole, wherein the limiting member is capable of being cooperatively connected to a valve body of an electromagnetic valve to fix the valve body within the first mounting hole; and a covering layer surrounding outer peripheries of the body and the limiting member so as to fix the body and the limiting member. By means of a technical solution provided by a present disclosure, a problem in a prior art that a fixing member is prone to loosening can be solved.

An actuator includes a holder, a case, a support assembly, a first magnet, a second magnet, and a coil. The holder includes a sphere centered at a reference point and houses an optical module. The case houses the holder. The support assembly is in the case and supports the holder in a manner rotatable about the reference point. The first magnet is on a portion of the sphere in a first radial direction from the reference point. The second magnet is on a portion of the sphere in a second radial direction from the reference point. The coil is in the case and is energized to generate a magnetic field acting on the first magnet and the second magnet. The first magnet and the second magnet are located asymmetric to each other with respect to the reference point and have different lengths in a circumferential direction of the holder.

A communications control system / switch fabric is disclosed that includes a serial communications interface and a parallel communications interface (e.g., for coupling input / output modules with a control module). The serial communications interface is configured for connecting input / output modules / slave devices to a control module / master device, and the parallel communications interface is configured for separately connecting the input / output modules / slave devices to the control module / master device.