An electric plug connector comprises a first contact, a second contact, a third contact, a fourth contact, a fifth contact, a sixth contact, a seventh contact and an eighth contact.
Each dual contact assembly includes a positive contact and a negative contact which are respectively configured to contact a positive contact and a negative contact of a battery.
As a result, the contacting end on the X direction side of the movable contact comes into contact with a fixed contact.
The invention relates to a contact for contacting a contact with a contact arrangement.
The contact plate includes a second contact section that is in contact with the first contact section.
The contact includes a first contact portion, a body portion, and a second contact portion.
The contact box includes a first contact beam and a second contact beam.
The circuit breaker has a first electrical contact, a second electrical contact, and a shunt contact.
The invention provides a photovoltaic cell comprising a front contact, a back contact, and a rear contact.
The contact device includes a movable contact and a fixed contact.
The inner core (12) at the second end contacts a contact plate (45) of a spring contact probe (22) to provide one electrical contact.
Initially, the contact wire (24) contacts the first contact surface (10) and then the second contact surface (12).
A reed switch (20) has a contact surface (36) composed of three layers of metal applied to the contacts of the reed switch.
During the process, a contact electrode in a contact solution contacts a contact region on surface of the conductive layer with the contact solution.
The blade and receptacle contacts have mating portions (54, 124) that are arranged to electrically engage each other when the blade and receptacle contacts are in the final mating position.
The invention relates to a contact element (10) for electrically contacting a contact organ, especially a contact pin for an electrical component.
The method comprises interpreting, once the contact area (200) has been touched, a larger contact area (202) as said same contact area for the release of the touch than the contact area before the touch.
The cathode contact device (20) includes a second electrically conductive continuous contact adapted for frictionally contacting the first contact (17) along a continuous path located on the first contact (17).
The claw is open m the first position for allowing the claw to freely receive a lath within the claw and the claw is closed in the second position for gripping round and arresting the lath relative to the guide.
The invention is useful as an accessory for horticulture or arboriculture.
The second claw section (442) and the fourth claw section (444) have the same relationship as that between the first claw section (441) and the third claw section (443).
The supporter (23) has an upward fixing claw (51), a movable claw, and an operation section for moving the movable claw.
The housing further has a claw projecting inward or outward of the housing and a claw holder engaged with the claw.
There is a leaf spring provided between the drive claw and the position claw.
The head (13) is interlockable with the inner hook claw (22) and the outer hook claw (23).
In an implementation, each tile has a portion of a clamp that joins with another portion of the clamp on another tile.
A first tile connects to a second tile by joining a first clamp portion on the first tile with a second clamp portion on the second tile.
A pair of parallel spring clamps comprise an upper spring clamp (10) and an opposed lower spring clamp (20) having the same shape.
The invention further relates to an arrangement and a fuel injection system comprising such a clamping claw and to the use of a clamping claw as a high-pressure accumulator.
In some embodiments, the at least one clamp is automatically secured to the part of the structure by placing the clamp onto the structure.
The gripping element (2) is designed as a suction gripper.
Said device comprises at least one gripper (3, 4) holding the structure by its opening, at least one guide gripper (3) and a sequential gripper (4).
The system includes a grappling claw fitted with at least one swivelable or pivotable chainsaw to the side of the grappling claw.
The cover member (11) is provided, at the outer edge thereof, with a claw (12) having a claw-shaped portion (13) and with protrusions (14).
The first engaging means is an added-claw receiving section which corresponds to a flexible claw provided on the storage box.
The separating claw element (49) is disposed between the conveying roller (18) and the endless conveying belt (23).
When the fixing claw (3) closes the concave opening (2) of the main body (1), the fixing claw (3) is locked by the locating mechanism.
The wing spar joint comprises a forward fitting ( 62 ), an aft fitting ( 50, 52 ), a spar cap a lower chord fitting ( 64 ) and a strap member ( 100 ).
Therefore, this supplemental fixture can reinforce the fastening of a lip channel to a connection fitting.
Attachment of other fitting or equipment defective.
Attachment of other fitting or equipment defective.
Other fitting or equipment not in accordance with the requirements1.
The accessory system may include an accessory module (50), which may comprise multiple sub-modules that may be selected to provide the desired accessory content to the accessory module.
The accessory connector (200) is structured to operatively couple the controller (110) to an accessory device (205) and to provide power to the accessory device (205).
The accessory device can exclude connector functions supported by the accessory device from the list of accessory device functions sent to the host device.
The accessory has a dockable accessory, typically an earpiece, that has its own power source.
The system includes a base pillow, a first accessory pillow, and a second accessory pillow.
An affixing implement is affixed to both said bundling implement and the external member.
The combination of a rolling basket tillage implement and a seed distribution implement is disclosed.
The invention relates also to a medical implement.
Also disclosed is an attachment that includes a segment for slidingly attaching a conventional Speedsquare thereto.
The invention relates to a suction attachment (9) for a vacuum cleaner.
The invention is also concerned with such an attachment (10).
A trenching attachment is provided.
In one embodiment of the invention, an attachment assembly (20) includes an attachment frame (30), an adapter (60) and an earth-working attachment (50) to be connected with an excavator bucket (22).
The pressure contacting end portion of one contact member is longer than the pressure contacting end portion of the other contact member.
The contact includes a plug portion with a plug contact surface and an insulation displacement contact portion with a wire receiving contact slot.
The contact holes are used for ohmic contacting of said island contact area (6) and island areas (3).
The first contact actuator portion cooperates with the second contact actuator portion and moves the second contact actuator portion in the direction of the contact portion.
The auxiliary contact pin (3) runs off this auxiliary sliding contact (11) after the counter-contact member has made contact.
The contact (10) proposed includes a mounting (11) and, fitted to the mounting (11), a contact piece (13) which comes into contact with the workpiece when in operation.
The first contact point comprises a plurality of contact regions (6,7) used to contact the second contact point (2).
The welding rod (13) is contacted in the contact area (32) of the contact shells (31) with a contact force (35).
A movable contact includes a contact base and a contact body upstanding from an end of the contact base.
The contact pressure spring (410) gives a contact pressure between the movable contact point and the fixed contact point.
A spring contact has two contact points arranged one behind the other, the contact points projecting inwards towards a contact region.
The steering switch has a main contact Z , a left contact L, a right contact R and a pull handle of the main contact.
The contact plate (41) has two contact arrangements having electrically conductive safety contact elements (43, 45) and key contact elements (47, 49).
The first conductive contact is in electrical contact with the first material and the second conductive contact is in electrical contact with the third material.
The contact plate (5) comprises a second contact part (23) that comes into contact with the first contact part (6).
The invention relates to a contact carrier (100) comprising an electrical contact (128) and a contact arm (136) which is connected to the electrical contact (128) in an electrically conducting manner.
On the figure PB contact is the plate bend contact, SL contact is the Second Landing contact and the PD electrode is the Pull Down electrode.
The moving member (7) is provided with a fourth contact for contacting the third contact when the first contact and the second contact are not in contact with each other.
The first contact part has a main contact piece configured to come in resilient contact with a contact of a first electronic device.
The static electricity sensor (10D) outputs to the contact detection signal generation unit (300) a contact signal corresponding to contact or non-contact.
A mobile contact (4) is contacted with the lower contact plate (6) by means of a sliding contact (10) mounted in a connecting sleeve (11) of the lower contact plate (6).
Said contact surfaces form a make contact, a break contact and a root contact and are electrically contacted in the two switching positions by the contact washer (6) accordingly.
The non-stationary contact may be placed in a first position to electrically couple the first stationary contact to the second stationary contact, and in a second position to decouple the first stationary contact and the second stationary contact.
The contact includes a first contact piece and a second contact piece out of contact with each other in a first condition and in contact with each other in a second condition.
Each contact has a first contact surface for electrically engaging the first contact array, and a second contact surface for electrically engaging the second contact array.
Optionally, the tissue contact region is operable to have a first contact surface area and a second contact surface area in which the second contact surface area is larger than the first contact surface area.
The crank is a positionable in open and closed positions, being in an open position when the movable contact is separated from an associated fixed contact and being in a closed position when the movable contact is mated to said associated fixed contact.
The contact arm (30) is positionable in a closed position and an open position, wherein the contact arm (30) is closed when the movable contact (26) is in contact with said fixed contact (24).
A predetermined amount of rotation of the shaft effects a movement of the main contact from a contacting position with the first fixed main contact to a contacting position with the second fixed main contact.
Fitted to the entrainment lug is a damping element which damps the impact between the entrainment lug and the device with which it engages.
Each prong has at least one prong groove in its outer periphery.
Each prong (22) has an engaging means (30) projecting laterally from the periphery of the prong.
The invention relates to a film feed mechanism in a motion-picture camera.
The thin membrane is breakable by a registration pin (42) inserted into the registration pin hole with the registration pin being extendable through the thin membrane.
The animal mail is positioned near the clipping means and the sensing means produces a sensible signal confirming the position of the clipping plane upon the nail, particularly the quick of the nail.
The device includes a clipping means and a sensing means which allows the nail to be localized in a desired position relative to the clipping plane of the clipper and the internal structure of the nail.
The second lug (7) is displaceable in an anterio-posterior and/or medial-lateral direction parallel to the first lug (3).
The invention relates to a bracket (10) for conveying coils or strip rings (20) that have a horizontal axis position (21) and are made of ferrous metals, nonferrous metals, or other materials such as paper.
Said backing plate (1) is connected to the hinge-sided tong bracket (2) and to the closure-sided tong bracket (5) by means of length-adjustable threaded spindles (10).
This bracket system is comprised of three main parts.
The shooting module is provided with a hot shoe.
The legs have at least one frontward extending prong.
An inner cavity of the clutch jacket (14) is connected to a balanced-force apparatus formed by a saw-toothed clutch upper body (8), a saw-toothed clutch lower body (9), and the force adjustment seat (5).
The air spring spacer includes a spacer body, a first indexing feature, and a second indexing feature complementary to the first indexing feature.
know-how ancillary to patent
commercial agent by way of secondary activity
by-catch of a critical stock
A modular stage prop system (10, 110, 210) having a first stage prop and a second stage prop.
A variety of luminous accessorized clothes can be created from these luminous clothing accessories and luminous clothing fibers.
A second portion of a doll accessory may be secured to the first portion of a doll accessory.
The accessory hose is mountable to an accessory hose mount on the handle.
Encryption of accessory protocol communications between an accessory and a host device is also provided.
The present invention relates to a hair product, and more particularly, to a hair product worn on the head.
The processor receives identification data indicative of whether a wireless communication device (100) is connected to or disconnected from an external accessory (201) and identifies the external accessory.
The outer peripheral surface (26) of the accessory charge (20) may be concave in cross section so that the accessory charge (20) comprises a shaped charge facing radially outwardly thereof.
Host and accessory devices can require that a host device be licensed to use an accessory device connector function or to gain access to accessory device resources.
The intervention shall be ancillary to the main proceedings.
another ancillary service contract?
optional auxiliary test: bioassay (8
The, present invention relates to a freestanding sports accessory.
The invention also relates to a corresponding accessory (18).
Each carrier carrying a plurality of products.
The invention provides a drying accessory.
part of an agreement accompanying the sale of a business
ancillary provision regarding trade marks
fixing accessory for air terminal device
fixing accessory for air terminal device
service incidental to the supply of products
service incidental to the supply of products
fasciculus accessorius internus musculi palatopharyngei
hiatus for lesser superficial petrosal nerve
Some embodiments include an electronic device accessory.
A testing fixture comprises a base.
A token accessory is disclosed.
The invention provides an accessory for a peak.
The invention also relates to an optical accessory.
An incremental eating tool.
An accessory device architecture is described.
An accessory of a portable terminal having a function other than decoration, and a portable terminal having such an accessory.
The accessory component (64) is adapted to secure an object within the second bounded area when the accessory component is in the installed configuration and the lock (36) is detachably secured to form the closed loop.
Upon detection of the accessory device (120), the electronic device (110) may receive device information from the accessory device (120) via the communication link (150).
The hand-held accessory includes a switch (304) which, in response to the hand-held accessory being caused to strike another object by a person holding it, generates an activation signal.
An input unit is located adjacent the television display unit and is in communication with the television accessory unit to input data signals into the television accessory unit.