33 results about "Mating projection" patented technology

A method of forming a sputtering target assembly and other metal articles is described. Sputtering target assemblies and metal articles are also described. The method includes bonding a sputter target to a backing plate using resistance heating or welding to bond assembly members that respectively include mating projections and grooves formed in bonding surfaces thereof.

A lighting fixture including a housing having a chamber defined by a surrounding wall, at least one power-supply unit within the chamber, and a slidable interlock securing the power-supply unit to the surrounding wall. The interlock includes a linear groove on one of the power-supply unit and the wall, and a mating projection on the other of the power-supply unit and the wall and slidably receivable into the groove. The power-supply unit is readily securable within the chamber by slidable engagement with the surrounding wall. It is preferred that the power-supply unit be secured closely against the fixture-exterior wall-portion, thus facilitating heat transfer from the power-supply unit to outside the fixture.

A shaker has a container body, lid and sieve, with the lid and sieve detachably securable to one another, separate and apart from the lid and container body being detachably securable together. A substantially U-shaped track is situated around an internal surface of the lid to receive a mating projection of the sieve so that the sieve and lid can be snapped together in complementary fashion and detachably secured together by a snap fit.

A die cast compressor housing includes an outer shell (10) having a partial outer circumferencial volute wall (32) portion and a projection (34) surrounding the circumference of an aperture (30) in the shell (10) that mates with an insert (12) having a first portion with a substantially cylindrical outer wall that is received in the aperture (30) in the outer shell (10) and includes an air inlet. The insert (12) has a second portion extending radially outwardly and including a mating projection (28) for engagement with the outer shell projection (34) to form an inner circumferencial volute wall portion. A backplate (14) has a third projection (38) adjacent its outer circumference that is received in a relief (40) in the outer shell (10) and completes the outer circumferencial volute wall portion. The outer shell projection (34) has a first land (70) engaging a second land (72) on the mating projection, the first and second lands (70, 72) spirally descending relative to a datum (45) and the relief (40) has a third land (76) in spaced relation to a fourth land (74) on the third projection (38), the third and fourth lands (76, 74) spirally descending respectively relative to the datum (45).

A fluid filled type vibration damping device wherein an outer tubular mounting member is externally fitted onto the collar sleeve at an externally fitted section formed by a tapered tube portion of the outer tubular mounting member, by means of a diameter reduction process. A mating projection projecting diametrically inward is formed on an inside peripheral face of the outer tubular mounting member, while a seal rubber layer having a thickness greater than a projecting height of the mating projection is formed covering the inside peripheral face of the outer tubular mounting member with the mating projection covered by the seal rubber layer. A location and projecting height of the mating projection are arranged so as to prevent an entry of another outer tubular mounting member into a large-diameter opening of the tapered tube portion during pre-treatment.

A disc cartridge accommodating an optical disc in a cartridge body. This disc cartridge is provided with a cartridge body formed by mating and joining a pair of upper and lower halves formed at the circumferential edges with rising circumferential walls which are mated to each other to constitute the circumferential side walls and, at the same time, formed at facing inner surfaces with walls for forming the accommodating portion which are mated to each other to constitute the disc accommodating portion in which the optical disc is accommodated. This cartridge body is provided with openings for recording and reproduction and a shutter member for opening and closing these openings. On the two sides of the cartridge body on the lower half from the front side toward the middle toward the back side are provided recess portions for preventing erroneous loading. A plurality of fusing portions for mating and fusing the upper and lower halves are provided at positions corresponding to these recess portions.Each fusing portion for mating and fusing the upper and lower halves is provided with a mating projection formed at one of the upper and lower halves and a mating projection formed at the other. A plurality of mating projections formed at either half comprise mating projections having projections for fusing annularly and continuously formed over the entire circumference of the end surfaces to be mated to the mating projections of the other half and mating projections having projections for fusing formed in the form of an arc in one part of the end surfaces.

The invention relates to a high-frequency connector socket and a processing method thereof, comprising a socket seat with a socket, and the outer circumference of the socket seat is coaxial with the outer circumference of the pin seat of a pin inserted into the socket. The center is the same size, and a ring of inserting bosses are arranged on the inner side of the opening of the jack. Slots are set on the wall of the socket to meet the impedance matching requirements of high-frequency connectors and ensure the continuity of electrical transmission. The depth of the socket is less than 85% of the socket depth, which can effectively prevent stress from concentrating on the end of the socket and improve the service life. The length of the slot is inversely proportional to the contact pressure of the socket and the pin. The length of the slot meets the insertion force requirements of the socket and the pin, and at the same time reduces the contact resistance. The socket is fatigue-resistant and prolongs the service life.

A salad spinner comprising: a bowl-shaped container having a flat inner bottom; a spinner basket supported on a plate; a cover on which a rotary drive plate is rotatably mounted about a vertical axis on the underside of the cover, The rotating drive plate cooperates with the dehydration basket through the protrusion; the driving device, the rotating driving plate can be driven to rotate by means of the driving device; the lid includes an engaging edge with the bowl-shaped container; wherein the plate is non-slip connected to the flat inner bottom, the plate is integral Form the supporting protrusions and insert them into the bowl-shaped container. The bottom of the dehydration basket is integrally formed with supporting grooves. The supporting grooves are installed on the supporting protrusions. The supporting grooves protrude into the dehydrating basket. The flat inner bottom The diameter of the bowl and the diameter of the plate installed on the inner bottom are matched to each other. The bowl is made of glass or ceramics. The invention enables the hitherto purely functional bowl to be used simultaneously as a bowl for distributing salads. Bowl-shaped container.

A plastic bag having a zipper-type closure which includes opposing closure members which each has a plurality of projections. The projections of the closure members are configured for interlocking and sealing engagement when the zipper is closed. At least one of the projections on one of the closure members is in one embodiment made of a softer material than at least one of the other projections. In some embodiments, the soft projection(s) are not configured for close tolerance fit with complementary mating projections. In some embodiments, the closure is used in combination with a slider. The closure can include deformations for providing tactile or audible feedback against movement of the slider. The closure can include slider rails at a top edge margin to minimize the size of the slider.

The invention relates to the technical field of medical devices, in particular to a guide sleeve and a sample loading arm and an analyzer using the guide sleeve, including: a shaft sleeve: the shaft sleeve is set on a spline shaft of the sample loading arm, and the shaft The inner wall of the sleeve is provided with a protrusion matching the keyway of the spline shaft, and the spline shaft can slide along the inner wall of the sleeve; locking sleeve: the locking sleeve is sleeved outside the sleeve, so that The locking sleeve is arranged on the frame of the sample loading arm through the first rotating part, so that the locking sleeve can rotate around its axial direction; transmission part: the transmission part is connected to the locking sleeve and the sample loading arm Between the rotary drive device, the rotary drive device can drive the locking sleeve to rotate. In the above solution of the present application, the smoothness of lifting and lowering of the spline shaft and the accuracy of lifting are guaranteed, and the service life thereof is improved.

The invention discloses a motor lead wire sheath, which comprises a first movable part and a second movable part which are movably connected, a bump is provided at the end of the first movable part which is not connected with the second movable part, and the second movable part The same end as the bump of the first movable part is provided with a groove matching with the bump, and a lead-out wire slot is arranged in the middle of the first movable part, and a first arc-shaped through hole is opened at the lower end of the lead-out wire slot, And the first arc-shaped through-hole cooperates with the second arc-shaped through-hole opened on the upper end of the second movable part to form a lead-out through-hole. The motor lead wire sheath has a simple structure and is easy to realize. When installing, it is only necessary to open the second movable part, insert the lead wire into and clamp it, and snap it onto the motor end cover, which is easy to operate; and the lead wire is bent The outgoing wire is not easy to wear, and there will be no gaps, which prevents dust and moisture from entering the lead-out wire sheath; in addition, the lead-out wire is bent and placed in the card slot, flush with the motor end cover, and the overall appearance is beautiful.

The invention relates to a dicing knife device of a fruit and vegetable dicing machine, which includes a knife assembly, a knife transmission assembly and a sleeve fixing mechanism. The groove cooperates with the V-shaped protrusion on one side of the knife end cover, and the knife is fixed on the knife seat, so that the loading and unloading of the knife is convenient and fast; The shell baffle is completely separated and isolated, and the transmission shaft of the strip knife transmission assembly is fixed in the sleeve. The two ends of the transmission shaft are sealed with sealing rings to ensure that the lubricating grease of the dicing machine transmission system does not pollute the fruit and vegetable processing. The invention provides a dicing knife device of a three-dimensional fruit and vegetable dicing machine with stable performance, simple structure, convenient tool replacement, assembly and disassembly, effective prevention of lubricating oil from polluting fruit and vegetable products, and low manufacturing cost. The device is mainly used for three-dimensional fruit and vegetable The dicing machine meets the urgent needs of fresh-cut processing of modern fruit and vegetable agricultural products in my country.