498results about How to "Accurate contact" patented technology

An electrophysiology medical probes, which may be incorporated into a system and used to perform an electrophysiology procedure, is provided. The medical probe comprises an elongated member (e.g., a flexible elongated member), and a metallic electrode mounted to the distal end of the elongated member. In one embodiment, the metallic electrode is cylindrically shaped and comprises a rigid body. The medical probe further comprises a plurality of microelectrodes (e.g., at least four microelectrodes) embedded within, and electrically insulated from, the metallic electrode, and at least one wire connected to the metallic electrode and the microelectrodes.

Disclosed is a probing method comprising steps of moving a main chuck to align an object of inspection on the main chuck with probes of a probe card located over the main chuck, moving the main chuck toward the probe card, thereby bringing electrodes of the object of inspection into contact with the probes, overdriving the main chuck toward the probe card while measuring a load applied to the object of inspection by contact with the probes and controlling the movement of the main chuck in accordance with the measured load, and inspecting the electrical properties of the object of inspection by means of the probes.

An electrophysiology medical probes, which may be incorporated into a system and used to perform an electrophysiology procedure, is provided. The medical probe comprises an elongated member (e.g., a flexible elongated member), and a metallic electrode mounted to the distal end of the elongated member. In one embodiment, the metallic electrode is cylindrically shaped and comprises a rigid body. The medical probe further comprises a plurality of microelectrodes (e.g., at least four microelectrodes) embedded within, and electrically insulated from, the metallic electrode, and at least one wire connected to the metallic electrode and the microelectrodes.

An optical fiber connector plug for an optical fiber connection comprises a connecting portion including a rear entry at a first end and a first fiber stub exit opening to a first fiber stub channel. The first fiber stub exit is parallel to a second fiber stub exit opening to a second fiber stub channel. The first and second fiber stub exits are formed opposite the first end. The rear entry divides at a junction into a first fiber groove and a second, diverging fiber groove. The connecting portion includes crimp elements each having an open-ended bore. Each crimp element contains an optical fiber stub. A molded top attached to the connecting portion includes a substantially rectangular opening. The opening contains a compression element that moves to form splices by capturing a stripped optical fiber and an optical fiber stub in each of the crimp elements. A bend relief boot encloses the connecting portion at one end, while a shroud releasably engages it at the other end.

The invention relates to a contact type charging device used for the electronic cigarette, comprising a base and a contact device located on the base, wherein the contact device comprises an electrode sheet provided with a through hole at the center thereof and an electrode thimble, and the contact device further comprises a magnetic member. As the magnetic member is provided on the contact device, the charger is used more conveniently; rotatable connection does not need to be provided between the electronic cigarette and the contact device; the electronic cigarette only needs to be close to the contact device; as the magnetic member on the contact device magnetically attracts the electronic cigarette, good contact between the electronic cigarette and the contact device is realized; meanwhile, as the operation of the rotatable connection is omitted, poor contact is avoided to occur due to poor rotation.

An electrical connector assembly includes a socket connector soldered on one circuit board and a plug connector soldered on another circuit board. The socket connector includes an insulating socket base and a plurality of first terminals received in the first terminal-receiving slots of the insulating socket base. Each first terminal successively extends to form a first terminal lead, a first inverted U-shaped portion, a base U-shaped portion and an auxiliary-clamping portion. One leg of the base U-shaped portion includes a first elastic-contact portion. The plug connector includes an insulating plug base and a plurality of second terminals received in the second terminal-receiving slots of the insulating plug base. Each second terminal successively extends to form a second terminal lead and a second inverted U-shaped portion having a second elastic-contact portion. The second inverted U-shaped portion of the second terminal is inserted into the base U-shaped portion of the first terminal, and the first elastic-contact portion contacts the second elastic-contact portion when mating. The invention can provide stable mating and electrical connection and is in compliance with recent downsizing trends.

A cartridge includes a concave portion. The concave portion has an opening, first and second side walls, and a bottom wall, and the bottom wall has a tilted surface tilted. The tilted surface is provided with a cartridge side terminal group. The first side wall is provided with a first restriction portion which restricts movements in a +Z axis direction and a +X axis direction of an apparatus side terminal unit, and the second side wall is provided with a second restriction portion which restricts movements in the +Z axis direction and a −X axis direction of an apparatus side terminal unit.

An optical hair removing device includes a light emitting unit for emitting a light and an irradiation unit for irradiating the light emitted from the light emitting unit to body hairs on a skin. Further, the optical hair removing device includes a control unit for controlling the light emission unit. The irradiation unit has a movement detection unit for detecting a movement of the irradiation unit on a skin and a contact detection unit for detecting a contact between the irradiation unit and the skin.

An apparatus for maintaining airway passages open that includes a base and a horizontal bar member slidably connected to a U-shaped member attached to the base. A pair of posts having padded heads or end members for contacting the mandibular angle of a jaw of a person are rotationally attached to a bolt that extends from the base adjacent the end of the U-shaped member and a bolt that extends from the base proximate the end of the horizontal bar member. Rotation of the posts about the bolts allows for the adjustment of the height of the posts. The posts and bolts may also be pivoted to position the padded end members to correctly contact the jaw of the person. Sliding the horizontal bar member in relation to the U-shaped member allows for the distance between posts to be adjusted to accommodate the different sized heads of different people.

A probe card interposer includes a substrate with a plurality of conductive bumps disposed on first surface of the substrate. Each conductive bump comprises a dielectric core and a plurality of conductive leads. The suspended ends of the conductive wires extend toward the centers of the corresponding dielectric cores and are elastically supported by the corresponding dielectric cores. Therefore, the interposer can be installed between a probe head and a multi-layer PCB to make good electrical contacts to the probe head through the conductive bumps. In the embodiment, a plurality of symmetric conductive bumps are disposed on second surface of the substrate and are electrically connected to the conductive bumps on first surface of the substrate through vias or conductive posts. The conductive bumps can electrically contact the multi-layer PCB.

A holding side contact arm (317) for holding an IC to be tested is positioned on the optical axis (OP) of an alignment CCD camera (326) of an alignment device (320), the IC to be tested is inserted to a first opening (321a) formed on an alignment movable portion (321), and a contact member (317d) of the holding side contact arm (317) is brought to contact the alignment movable portion (321). Then, an alignment amount for correcting a position of the IC to be tested is calculated by taking an image by the camera (326) and performing image processing. A lock-and-free means (318) provided to a first contact arm (315a1) is made to be in a non-restricted state, a movable portion driving device (322) is driven based on the alignment amount, and the holding side contact arm (317) contacting the alignment movable portion (321) is moved with respect to a root side contact arm (316), so that alignment of a position of the IC to be tested is performed.

An optical fiber connector plug comprises a connecting portion including a rear entry at a first end and a first fiber stub exit opening to a first fiber stub channel. The first fiber stub exit is parallel to a second fiber stub exit opening to a second fiber stub channel. The first and second fiber stub exits are formed opposite the first end of the connecting portion. An optical fiber connector plug also includes a holder that fits into the rear entry of the connecting portion for permanent retention of at least one stripped, cleaved and polished optical fiber. First and second crimp elements, in the connecting portion, each have an open-ended bore coaxial with the fiber stub channels. Each crimp element contains an optical fiber stub. A molded top attached to the connecting portion includes an opening containing a compression element that forms splices by capturing a stripped, cleaved and polished end portion of an optical fiber and an optical fiber stub in each crimp element. A bend relief boot encloses the connecting portion at one end, while a shroud releasably engages it at the other end.

A display device includes: a first substrate and a second substrate that face each other; electro-optical elements that are interposed between the first substrate and the second substrate; light detecting units that are provided between the first substrate and the second substrate and output first detection signals having levels corresponding to the amount of incident light; and capacitance detecting units that include capacitive elements each having a first electrode and a second electrode provided between the first substrate and the second substrate, output second detection signals having levels corresponding to the capacitance values of the capacitive elements, and are provided separately from the light detecting units.

An adjusting bolt is screwed into a nut attached to a dolly, and is disposed such that a central axis thereof is parallel to a closing and opening direction of a contact. A lever is attached to a shaft. An electrically-insulating rod is coupled to a first end of the lever, and a pin is mounted to a second end of the lever. The adjusting bolt is turned and lowered to lower the pin. The lever and the shaft are pivoted by the lowering of the pin, and the electrically-insulating rod is raised. Thus, a movable contact moves toward a fixed contact, moving the contact from an open state to a closed state.

The invention relates to a medical implantable lead of the kind being adapted to be implanted into a human or animal body for monitoring and / or controlling of an organ inside the body. The lead comprises in a distal end a tubular header (3) inside which a shaft (7) is rotatable as well as extendable and retractable arranged and carries in a distal end a combined fixation means and electrode member in form of a helix (4), which is provided with a first contact surface being electrically connectible to a connector at the proximal end of the lead by means of an electric conductor (8), and which by means of the shaft is rotatable in relation to the lead and extendable out from the distal end to be able to fixate the distal end of the lead to the organ by being screwed into the tissue. The shaft also carries a second contact surface (13) being positioned on or adjacent a proximal portion of the helix and being connectible to a connector at the proximal end of the lead by means of an electric conductor (8). The lead comprises a conduction controlling means (14), which at least during an initial stage after implantation is capable of render the first contact surface electrically inactive and which is capable of render the first contact surface electrically active after the initial stage. By means of the inventive lead it is possible to detect whether the helix is sufficient screwed into the tissue (12) or not.

A design template includes a torso section being one of a group of a large male, medium male and small female having each being one of a group of an ERECT posture, a NEUTRAL posture and a SLUMPED posture. The design template also includes at least one cross-sectional section cooperating with the torso section at an anatomical landmark to provide a three-dimensional design template used for designing, evaluating, and measuring human occupant accommodation and seating in a seated environment

A design template includes a torso section being one of a group of a 95percentile male, 50percentile male and 5percentile female having each being one of a group of an ERECT posture, a NEUTRAL posture and a SLUMPED posture.

A vibration applying structure detecting device for a wheeled vehicle traveling on a roadway having a vibration applying structure on a road surface in or adjacent to the roadway includes a lane departure judgment device that determines whether there is a lane departure tendency, a vibration detecting device that determines the frequency and the amplitude of input vibration from a road surface to the vehicle, and a contact judgment device that determines that at least one of the wheels of the vehicle is contacting the vibration applying structure when the input vibration with an amplitude equal to or greater than a prescribed amplitude threshold value has a frequency that is equal to or greater than a prescribed frequency threshold value. The device may also include a threshold value setting device that sets one or both of the amplitude threshold value and the frequency threshold value.

Some embodiments provide holistic and comprehensive identity protection solutions. The solutions protect user identity by screening the information trail that a user leaves behind online in order to suppress or neutralize information crumbs that can subsequently be used to harm the user. The solutions audit user privacy settings, established online friends and contacts, and friend and contact activity online to limit the exposure and disclosure of user information online. The solutions perform white-hat penetration tests. The solutions report on user risk based on available online information. The solutions validate completed transactions based on monitored user movements and site visits. The solutions provide a crowd-sourced approach to identify risk based on common transactions and visits of others. The solutions prevent identity theft by verifying that disbursements are made to the correct entity.

The invention relates to the technical field of optics and projection, and particularly relates to a DMD component, a DLP light machine and a DLP projection device. The DMD component comprises a base with an accommodation groove on one side, a driving plate, a DMD chip which is arranged in the accommodation groove, a supporting plate and a fixation frame with an embedded through hole. A number of elastic hooks are arranged on the edge of one side of the embedded through hole. The driving plate is fixedly clamped between the fixation frame and the supporting plate through a fastener. The base is embedded into the embedded through hole from one side, which is close to the driving plate, of the fixation frame, and the elastic hooks on the other side hook the edge of the inner wall of the accommodation groove and contact the surface of the DMD chip. According to the invention, the accuracy and stability of the contact between the DMD chip and the contact of the driving plate are ensured; the quality of the final projection screen is improved; the difficulty of disassembly and assembly and the requirement on the size of associated structural members are reduced; the efficiency of processing and production is improved; and the production cost is reduced.

A contact determination processing apparatus includes a contact sensor disposed in a steering wheel of and inside a vehicle. The contact sensor has an output that depends on a contact or non-contact state between the steering wheel and an occupant in the vehicle. The apparatus further includes a contact determination ECU that detects the contact state when the output of the contact sensor is greater than or equal to a predetermined threshold, and detects the non-contact state when the output is less than the predetermined threshold. In addition, the apparatus includes a temperature detection module that detects the ambient temperature of the steering wheel. The contact determination ECU includes a threshold changing section that changes the threshold based on a detection result of the temperature detection module.

An assembly method of direct-docking probing device is provided. First, a space transforming plate made by back-end-of-line semiconductor manufacturing process is provided, so the thickness of the space transforming plate is predetermined by the client of probe card manufacturer. Then a reinforcing plate in which a plurality of circuits disposed is provided, which has larger mechanical strength than the space transforming plate. After that the reinforcing plate and the space transforming plate are joined and electrically connected by a plurality of solders so as to form a space transformer. Then, a conductive elastic member and a probe interface board are provided. Thereafter, the space transformer and the conductive elastic member are mounted on the probe interface board. After that, at least one vertical probe assembly having a plurality of vertical probes is mounted on the space transforming plate, and the vertical probes is electrically connected with the space transforming plate.

A design template includes a torso section being one of a group of a 95th percentile male, 50th percentile male and 5th percentile female having each being one of a group of an ERECT posture, a NEUTRAL posture and a SLUMPED posture.

An inspection method for contact by die to database is provided. In the method, a plurality of raw images of contacts in a wafer is obtained, and a plurality of locations of the raw images is then recoded to obtain a graphic file. After that, the graphic file is aligned on a design database of the chip. An image extraction is then performed on the raw images to obtain a plurality of image contours of the contacts. Thereafter, a difference in critical dimension between the image contours of the contacts and corresponding contacts in the design database are measured in order to obtain the inspection result for contacts in the wafer.

An article for temporarily retaining an optical fiber cable including a stripped terminal portion of at least one optical fiber requiring cleaving followed by polishing of an end face thereof. The article comprises a housing having a recess for a demountable optical fiber holder. A demountable optical fiber holder includes a base-plate having at least a first fiber channel to receive at least one optical fiber. The base plate has a number of pockets. A cover plate for the demountable optical fiber holder includes a spring clamp, at least a first upper channel and a number of posts to mate with the pockets of the base-plate to assemble the holder. The article further includes a guide plate attached to the housing to pivot between a first pivot position and a second pivot position. A rotatable lid attached to the housing rotates between an open position and a closed position. The article temporarily retains the optical fiber cable for cleaving and polishing the end face thereof when the lid is closed.