196 results about "Electronic board" patented technology

The integrated control comprises a control body, a rear abutment zone of the control body, intended to be in contact with a handlebar of the bicycle when the control is mounted on the handlebar, a brake lever pivoted to the control body according to a pivot axis transverse to the control body, spaced from the rear abutment zone, an actuator for driving the gearshift, a cavity formed inside the control body, a gearshift drive electronic board, housed inside the cavity in a first seat, a battery for powering the electronic board, housed inside the cavity, a first opening of the cavity, through which access to the electronic board is possible, a second opening of the cavity, distinct and separate from the first opening, through which access to the battery is possible.

The present invention relates to a battery (10) comprising a branch (B) and a plurality of capacity units (12a-12b) interposed in series in the branch, each capacity unit comprising a main channel (16p) and an auxiliary channel (16s) mounted in parallel, at least one cell (14) interposed in the main channel, a first switch (24p) interposed in the main channel and a second switch (24s) interposed in the auxiliary channel; The battery comprises, for each capacity unit (12a-12b), an electronic board (26a-26b) to selectively control the opening and closing of each of the switches (24p, 24s), at least one of which is powered according to a redundancy logic by drawing current (ia, ib) from said at least one cell (14) of at least two capacity units (12a, 12b), one of the currents (ia) being converted by a DC / DC converter (44) to make it compatible with the other (ib). Figure for the abbreviation: Fig. 8

An electronic casing includes a box including a first part and a second part, each part forming a distinct container, such that a first electronic board is housed in the first part and such that a second electronic board is housed in the second part, the two parts being integral with one another by a conduit shaped to form an air circulation channel, the casing comprising at least one first connector linked to the first electronic board and at least one second connector linked to the second electronic board, the two connectors being in contact with one another through the conduit.

Device (1) for characterizing wear on a gas turbine engine comprising: - an abradable material (8) having a wear end (80) adapted to be in contact with a gaseous fluid flow (F) flowing from upstream to downstream of the gas turbine engine when the gas turbine engine is running, the abradable material (8) being electrically conductive; - a magnetic field generator (7) adapted to emit a magnetic field in the abradable material (8); - an electronic board (10) configured to calculate information enabling the characterization of the wear of the gas turbine engine from data relating to a physical response of said abradable material (8) to said magnetic field. Figure for the abbreviation: Figure 2.

Interconnector for power module. The invention relates to an interconnector (50) intended to be electrically connected to a power module (1) and an electronic board, characterized in that it comprises: a connection grid comprising electrically conductive elements (102, 202) including at least one electrically conductive signal track (102) and at least one power conductor (202), each of the conductive elements comprising, at a first end, a connection pad (1023) intended to be electrically connected to the power module (1) and, at a second end, a connection terminal (2023); an enclosure (51) partially overmolded around the electrically conductive elements (102, 202), the connection pads (1023) and the connection terminals (2023) being disposed outside the enclosure (51). (Figure 4)

A sealed electronic antenna box includes: a rigid chassis having a first opening at one of the edges of the chassis; a rigid cover having a second opening at one of the edges of the cover; an electronic board having an antenna region close to one edge of the electronic board. The board mounted in the box such that an upper face of the antenna region faces the first opening in the chassis and a lower face of the antenna region faces the second opening in the cover. A cap engages an edge of the electronic board to cover the antenna region and the first and second openings. A seal overmolded on an external surface of the cap, extends along the free edges of the cap. When the cover and chassis are mounted on the electronic board, the seal is compressed against a surface of the chassis and the cover.

Described is a battery-controlled electric gardening tool (1) comprising an electric motor (M), a power supply battery (20) of the electric motor provided with an electronic board (21) configured to allow monitoring of at least one operating parameter value of the power supply battery and / or storage of the operating parameter value of the power supply battery and / or storage of an identification code of the battery, the electronic board is configured to transmit one or more values and / or identification codes according to a first communication protocol; an electronic control and command unit (55) of the electric motor (M) operatively connected to the electric motor and the battery and configured to adjust the power supply of the electric motor based on an operating parameter value and / or an identification code of the power supply battery, the electronic control and command unit of the motor is configured according to a second communication protocol different from the first communication protocol; and an electrical connector (60, 60 ') which is galvanically interposed between the electronic control and command unit of the motor and the power supply battery and to which the battery connection interface is connected. The connector comprises an electronic control and command unit (65) galvanically connected to the electronic control and command unit (55) of the motor, and an electronic memory (70) galvanically connected to the electronic control and command unit (65) of the connector. Wherein the computer code is stored in the electronic memory, and when the electronic control and command unit executes the computer code, a first communication protocol signal received from an electronic board of the battery is converted into a second communication protocol signal, and the second communication protocol signal is transmitted to the electronic control and command unit of the motor.

An electronic substrate device according to an embodiment of the present invention includes: an insulating material having a first outer surface and a second outer surface, the second outer surface facing in a direction different from a vertical upper direction; a first electronic component disposed on the first outer surface and generating heat by being energized; a second electronic component disposed on the second outer surface; a braze; a terminal provided on the first outer surface and joined to the first electronic component; a pad provided on the second outer surface and joined to the second electronic component by the braze; a via that penetrates the insulating material; first wiring that connects the terminal and the via; and second wiring that connects the pad and the via. The electronic substrate device comprises a pattern configured so that the second electronic component is separated from the pad due to the weight of the second electronic component in response to melting of the braze, whereby energization to the first electronic component is stopped.

The utility model relates to patching machine automation production feed equipment technical field, and disclose a kind of with HOME function precision feeder, the precision feeder with HOME function, including bottom plate, the side wall of bottom plate is provided with feeding assembly.The precision feeder with HOME function, through the feeding assembly of setting, gear set is rotated by stepper motor, compared with traditional belt drive, more have the characteristics of response fast, rotating angle accurate, while HOME inductor detects paper strip steel tooth piece rotation, compensating value is calculated by software, further improve feeding accuracy, meet the normal suction of small component material, eliminate or reduce gear error, the data needed to compensate for each tooth compared with standard value is saved on the register of electronic board, so that the steel tooth piece of paper strip is driven to walk distance accurately, compensation value is saved locally, without re-calculation each time, avoid each time to start recalibration, keep runtime data consistency.

The present invention pertains to a system and method for a medical research instrument device consisting of instrument equipment and computer controls. The instrument equipment consists of electronic boards that are used to control and monitor the various actuators and sensors within the instrument. Software is executed on the computer to drive the human interface and control assay methods. The present invention uses dielectrophoresis ("DEP") to preferentially collect specific particles from a biological sample. The type of particles collected are driven by the parameters used to define the electric field used in DEP. The device passes the samples and various reagents across a patterned silicon die capable of creating the electric fields used within the DEP process.

The invention relates to a method for creating a bus-type-independent electronics platform for a control electronics (1) of an electric drive, in particular a fluid pump, wherein the control electronics (1) for a plurality of variants of the fluid pump has a control electronics board (2) with a uniform board layout (3) and the board layout (3) has a connection pin pattern (4) with a plurality of connection pins (5), the fluid pump has a connector module (6) as an interface from the connection pin pattern (4) of the control electronics (1) to a pin pattern of a customer's vehicle electrical system, comprising the steps: - Providing all necessary connection pins (5) for all bus types to be covered in the connection pin pattern (4) of the PCB layout (3); - Arranging input pins (8) of the connector module (6) in an input pin pattern (9) corresponding to a connection pin pattern (5) of the control electronics board (2), in particular corresponding to a bus type to be contacted; - Arranging output pins (10) in an output pin pattern (11) of the connector module (6) corresponding to the pin pattern of a mating connector module of the customer's vehicle electrical system; - Transferring the input pin pattern (9) of the connector module (6) into the output pin pattern (11) of the connector module (6) within a connector module housing (13), wherein several conductor sections (14), each forming an input pin (8) of the connector module (6) at one end and an output pin (10) of the connector module (6) at the other end, are formed as stamped and bent parts, and the conductor sections (14) are overmolded or overmolded at least in an area between the input pins (8) and the output pins (10) to form a conductor section bundle (14).

The invention discloses a circuit board, a circuit board assembly and electronic equipment, and belongs to the technical field of electronic products. The electronic board comprises at least one device layout area, at least a first bonding pad group and a second bonding pad group are arranged in the device layout area, the first bonding pad group is used for arranging a first device unit, and the second bonding pad group is used for arranging a second device unit; the first bonding pad group comprises a first metal bonding pad and a second metal bonding pad which are arranged at an interval, the second bonding pad group comprises a third metal bonding pad and a fourth metal bonding pad which are arranged at an interval, the second metal bonding pad and the third metal bonding pad are arranged adjacently, and the second metal bonding pad and the third metal bonding pad are bonding pads of the same electrical network; the solder mask layer is provided with at least one solder mask window, the solder mask windows are in one-to-one correspondence with the metal pads, and at least part of the surfaces of the metal pads are exposed by the solder mask windows; and the solder resist window of the second metal bonding pad and the solder resist window of the third metal bonding pad are mutually connected to form a solder resist through window.

An optical unit (OU) equips a vehicle and comprises at least a first mask (M1), a reflector (RP), a flat-type light guide (GL), and an electronic board (EB) equipped with components involved in the controlled generation of photons that feed the light guide (GL) to participate in at least one photometric function. The first mask (M1), reflector (RP), and electronic board (EB) are positioned relative to, and coupled to, the light guide (GL), which serves as their reference component and forms part of an assembly (EA) with them (M1, RP, EB). Figure 1

The invention relates to an electronic assembly comprising: - a main housing (5), - at least one electronic board (6A) housed in the main housing (5), - a cover (7) configured to close the main housing (5), the cover (7) being configured to bear a base of an external connector comprising electrical connection elements to be connected to an interconnector on the electronic board (6A), - a plurality of centering pins (14) configured to center both the electronic board (6A) and the cover (7) with respect to the main housing (5).

The invention relates to a walking aid (1) for an individual comprising a chassis (10), a base (20) that is movable at least vertically with respect to the chassis (10) between a low sitting position and a high walking position and a device (30) for modifying the vertical elevation position of the base (20), characterized in that it is equipped with at least one sensor (60) measuring the displacement of the aid (1) while the individual is walking in order to determine a distance travelled, a sensor (70) measuring a difference in position of at least one moving limb of the individual in order to determine at least one item of data from an amplitude of swinging movement of the limb, a step rate, and an asymmetry of the gait, the sensors (60, 70) being coupled to determine the length of the step, the asymmetry of the length of the steps or the walking speed, and an electronic board executing at least one function from among the retrieval of the data from the set of sensors, the storage of the data, the analysis of the data and the transmission of the data to a processing unit.

The invention relates to an electronic terminal (10) comprising: A peripheral (20); An electronic card (30) extending in a given plane and comprising a front face of the electronic card (31) and a rear face of the electronic card (32); two card-to-card connectors (21, 22) for the electrical connection of said electronic card (30) to said peripheral (20), of which a first connector (21) is mounted directly on said front face (31) of the electronic card (30) and a second connector (22) is connected to said display device (20), said first connector (21) and second connector (22) being disconnectable by a translation along a direction substantially orthogonal to said plane of the electronic card (30);a safety system (40) configured to detect an attempt to disconnect said first connector (21) and second connector (22), the safety system (40) comprising a part (41) clamping the second connector (22) and said rear face of the electronic board (32) so as to maintain contact between the first connector (21) and second connector (22); and a detector (42) for the presence of said part (41). Figure 1;

The utility model provides a multi-pole connecting valve terminal and a kit. The multi-pole connection valve terminal comprises at least one valve module comprising: a base provided with a passage for fluid under pressure or vacuum; a pneumatic valve mounted on the base and connected to the passage; and a solenoid for the pneumatic valve, mounted on the base and connected to the passage. The multi-pole connection valve terminal comprises a main electronic board with a processor and a multi-pole connector connected to the main electronic board, the valve module comprises a secondary electronic board with a corresponding processor, and the secondary electronic board detects the existence and the position of a solenoid of the corresponding valve module and controls the solenoid. The secondary electronic board is directly connected to the primary electronic board or is connected to the primary electronic board via a secondary electronic board of an adjacent valve module, the primary electronic board receives a solenoid control signal to control the solenoid, and the primary electronic board supplies power to each secondary electronic board without an external power supply device other than the solenoid control signal. A primary electronic board communicates in series with each secondary electronic board.

An electronic unit (1) for a vehicle, comprising a housing (15) housing therein:-at least one electronic module (100),-at least one electronic board (3A, 3B) carrying said at least one electronic module (100),-a frame (7) releasably connectable to said at least one board (3A, 3B),-a first cooling system (25), the invention relates to an electronic module (100) comprising a frame (7) having a first cooling system configured to cool the at least one electronic module (100), the first cooling system comprising a heat sink (27) and a ventilation device (29) configured to convey a flow of air through the heat sink (27), characterized in that the frame (7) comprises a shaped portion (43) defining a second heat sink (45), and a second heat sink (45) configured to provide heat exchange with said at least one electronic module (100), wherein said shaped portion (43) of the frame (7) defining said second heat sink (45) comprises at least one channel (47; 51, 65, 67) in fluid communication with the environment outside said housing (15) of the electronic unit (1).

The invention relates to an aluminum alloy electronic plate processing method and equipment, and relates to the technical field of aluminum alloy electronic plate processing, and the processing method comprises the following steps: rolling: carrying out multi-pass rolling on an aluminum alloy coiled material with an initial thickness by using a rolling machine, and rolling the aluminum alloy coiled material with a target thickness; cutting, wherein the aluminum alloy coiled material is cut according to the target width; and straightening is conducted, specifically, the aluminum alloy coiled material is straightened. The aluminum alloy coiled material is systematically processed through the continuous processing steps of rolling, cutting and straightening; compared with the existing process, the process of shearing and slitting the thick foil is reduced, and the production efficiency can be improved while the energy consumption is reduced.

The utility model discloses a heating and fixing structure of a pure glass teakettle, the pure glass teakettle comprises a kettle bottom shell and a kettle body, and the kettle bottom shell is arranged at the bottom of the kettle body; the device further comprises a heating disc and a heat conduction disc. The heat conduction disc is tightly attached to the outer bottom face of the kettle body, and the heating disc is tightly attached to the heat conduction disc. A heating coating is arranged on one surface, in contact with the heat conduction disc, of the heating disc to form a heating surface, the other surface opposite to the heating disc is the lower surface of the heating disc, the heating surface of the heating disc is connected with a positive terminal and a negative terminal in a pressing manner, and the heating disc is connected with a grounding terminal. The heating disc is provided with the positive terminal, the negative terminal and the grounding terminal, and the positive terminal and the negative terminal are tightly pressed between the bottom of the kettle body and the heating surface of the heating disc, are tightly connected with the heating disc and are electrically connected with the heating disc. The positive terminal, the negative terminal and the grounding terminal extend downwards and then are connected with an electronic board or an upper coupler through wires, electrification is achieved, the overall structure is compact, and wiring is convenient.

To improve EMC performance while suppressing increases in costs in a stationary power conversion device. [Solution] The installed power conversion device (10) includes a main body component (80) that constitutes a housing (24), two intermediate support members (71, 72) fixed to the inner surface of the main body component (80) so as to protrude on the same side, and a tip support member (73) fixed to the tips of the two intermediate support members (71, 72). An intermediate side electronic board (17, 18) is supported on at least one of the two intermediate support members (71, 72). A tip side electronic board (19) is supported on the tip support member (73). Each of the intermediate support members (71, 72), the tip support member (73), and the main body component (80) form a cylindrical section (70) made of metal.

The invention relates to an interconnector (50) intended to be electrically connected to a power module (1) and to an electronic board, characterized in that it comprises: - a connection grid comprising electrically conductive elements (102, 202) among which at least one electrically conductive signal track (102) and at least one power conductor (202), each of the conductive elements comprising, at a first end, a connection area (1023) intended to be electrically connected to the power module (1) and, at a second end, a connection terminal (2023) - an envelope (51) partially overmolded around the electrically conductive elements (102, 202), the connection areas (1023) and the connection terminals (2023) being disposed outside the envelope (51).

The present invention relates to an electronic mixer cartridge (1) for mixer taps, the cartridge being intended to be attached to an operating handle having interface means and an electronic control board (26). The mixer cartridge is provided with temperature detection means consisting of a temperature probe (8) which is configured to take direct water temperature readings and is attached to an electronic board (9) arranged in a housing provided in the base (3), the base (3) being linked to the ceramic discs and being located inside the bottom of the main housing, the base (3) having a hole through which the temperature probe (8) protrudes, such that the temperature probe is in direct contact with the flow of mixed water. In addition, sealing means are provided which are configured to prevent the flow of mixed water from coming into contact with the electronic board (9).

A motor includes a heatsink, an electronics board, an interchangeable heat-generating component mounted to the electronics board, and an interchangeable spacing insert at least in part disposed between the electronics board and the interchangeable heat-generating component. The electronics board presents a board surface facing the heatsink. The interchangeable heat-generating component presents a heatsink-facing surface and a board-facing surface. The board-facing surface is spaced from the board surface by an offset distance. The interchangeable spacing insert engages each of the board surface and the board-facing surface to maintain the offset distance therebetween and position the heatsink-facing surface relative to the heat sink. The interchangeable spacing insert is selected from a group of spacing inserts having various thicknesses, with the spacing insert thickness corresponding to the thickness of the interchangeable heat-generating component and facilitating positioning of the interchangeable heat-generating component relative to the heatsink.

An electronic board includes: a stack including at least one electrically insulating layer structure and a plurality of electrically conductive layer structures, where one of the plurality of electrically conductive layer structures is disposed on one major surface of the at least one electrically insulating layer structure, and the other of the plurality of electrically conductive layer structures is disposed on the other major surface of the at least one electrically insulating layer structure; and another electrically conductive layer structure of the plurality of electrically conductive layer structures is disposed on another opposite major surface of the at least one electrically insulating layer structure; a via formed in the stack and laterally delimited by a conductive material; at least one plating layer disposed on at least portions of the two opposite major surfaces of the stack and on the sidewalls of the stack; an axial annular projection disposed at one end of the through hole; and a radial annular projection disposed at a sidewall of the stack. The invention also provides a method for manufacturing the electronic board.

The present disclosure relates to an electronic device (100) comprising: - a box-shaped body (1) comprising, in turn, a first portion (10) having a first hole (11) and a second portion (20) operatively associated with the first portion (10); - at least one electronic board (3) housed within the box-shaped body (1); - a fastening element (4) comprising a head (41), a stem (42) extending from the head (41), and a plurality of appendages (43) extending from the stem (42). The second portion (20) of the box-shaped body (1) or the electronic board (3) comprises a second hole (21) aligned with the first hole (11). The appendages of the plurality of appendages (43) are configured to: - allow the insertion of the stem (42) in an insertion direction (I) into the first hole (11) and the second hole (21); - prevent the extraction of the stem (42) relative to the first hole (11) and the second hole (21) in a direction opposite to the insertion direction (I).

The utility model relates to a high-speed flying shear measuring device, and belongs to the technical field of shear blade detection of continuous casting and rolling high-speed flying shears in the metallurgical industry. According to the technical scheme, a supporting rod piece (2) is fixed to a rack (1), a track (3) in the horizontal direction is arranged on the supporting rod piece (2), the output end of a hydraulic air cylinder (8) is connected with a push rod (9), the push rod (9) is connected with a controller (7), and the controller (7) is connected to the track (3) in a sliding mode; the detection electronic plate (6) is connected to the controller (7) through a connecting rod (17) and a telescopic rod (20), and a photoelectric sensing end (21) matched with a flying shear blade is arranged on the detection electronic plate (6); a plurality of workbenches (5) are arranged on the rack (1) right below the detection electronic plate (6), and each workbench (5) is provided with a limiting column (4) matched with a flying shear blade. The utility model has the beneficial effects that whether the size of the shear blade is qualified or not can be accurately measured, and the working efficiency is improved.

The present invention relates to a system for inspecting and correcting a protective layer deposited on an electronic board, this protective layer being a layer of a tropicalizing varnish comprising an irradiation-curable resin, defined by a real state corresponding to a real geometry and / or a real thickness, this system comprising: - an inspection module, configured to inspect the real state of the protective layer; - a computer unit, comprising recording means configured to store data representative of at least two predetermined states relating to the surface state of the protective layer (a compliant state and a state with excess tropicalizing varnish), and also comprising means for comparing the real geometry and / or the real thickness of the protective layer with the data of the compliant and excess tropicalizing varnish states;- an ablation module, configured to remove at least one area of ​​the protective layer and communicating with the computer unit; and - an irradiation polymerization module for the tropicalization varnish, comprising a device emitting energetic radiation and communicating with the computer unit. The present invention also relates to a method for inspecting and correcting a protective layer deposited on an electronic board and implemented by the above system. Figure for the abstract: 1;

Disclosed is an electronic housing (1) comprising:-an electronic board (4) carrying at least two connectors (6); -two half-shells (2, 3) configured to be assembled together to form the housing, one of these half-shells comprising at least two openings (33), the electronic board (4) being arranged in the housing such that the end (61) of the body of each connector is oriented towards the outside of the housing through the corresponding opening (33); -anti-intrusion means (5) comprising at least two frames (51), each frame (51) being configured to surround a body (62) of a corresponding connector (6) so as to close a passage formed between an end (61) of the body and a boundary (34) of the opening (33); -a flexible connection part (52) that attaches together two adjacent frames in order to absorb positioning tolerances of the connectors (6) relative to each other on the electronic board (4).

This invention discloses a fully automatic linear control busbar bonding structure and method. The structure includes: a bonding pressure roller, a take-up roll, and a release roll mounted on a substrate; multiple reversing rollers on the substrate for adjusting the direction of the material roll / strip; a release roll for holding the material roll / strip; one end of the material roll / strip connecting to the take-up roll after passing through the multiple reversing rollers and the bonding pressure roller; the bonding pressure roller for pressing the material roll / strip closer to the electronic board; and a control module connected to a tension adjustment mechanism, a take-up motor, and a release motor, capable of adjusting the speeds of the take-up motor and the release motor. This fully automatic linear control busbar bonding structure utilizes the independent rotation of the take-up roll and the release roll to uniformly wind the material roll / strip onto the take-up roll. During the conveying process, the angle and position of the material roll / strip are adjusted by the multiple reversing rollers, facilitating the bonding pressure roller to bond the material roll / strip to the electronic board, ensuring high efficiency and high quality in busbar installation on the electronic board.