410 results about "Grommet" patented technology

A hat includes a crown. A band is positioned on a bottom, interior edge of the crown. Female snaps are positioned on the band. A multi-layered, detachable liner including a set of male snaps, is attached to the band via a mating to the female snaps. A detachable liner comprises an organic cotton facing outward from the interior edge of the crown and disposed to contact a forehead of a user wearing the hat, a second layer of canvas support backing the first layer, and a third layer terry cloth positioned between the first layer and the second layer, disposed to absorb sweat from the forehead, through the first layer. Grommets are positioned on the crown with a hole passing through a fabric of the crown. A chain is secured to the grommets and configured to lay across the brim or bill.

The invention discloses a cabin-penetrating cable sealing assembly with a combined rubber ring, and relates to the field of cable cabin-penetrating sealing, and the cabin-penetrating cable sealing assembly comprises a cabin-penetrating pipe body and at least one sealing ring assembly. The cabin penetrating pipe body is provided with a pipe cavity which extends in the axial direction and allows a cable to penetrate through. The pipe cavity is divided into an in-cabin section and an out-cabin section. The sealing ring assembly comprises a set of lip-shaped sealing rings, lips of the set of lip-shaped sealing rings face the outside of the cabin, the in-cabin section is filled with the lip-shaped sealing rings in an overlapped mode in the axial direction, the cable is sleeved with the lip-shaped sealing rings, and the lip-shaped sealing rings comprise a main sealing ring and an auxiliary sealing ring. The gap between the cable and the cabin penetrating pipe body is filled with the main sealing ring. The auxiliary sealing ring fills a gap between the cable and the cabin penetrating pipe body, and the auxiliary sealing ring and the main sealing ring are arranged in an overlapped mode. The elasticity of the auxiliary sealing ring is smaller than that of the main sealing ring, and the abrasion resistance of the auxiliary sealing ring is larger than that of the main sealing ring. The cabin-penetrating cable sealing assembly with the combined rubber ring is high in sealing reliability.

A grommet with a sealing lip running around a longitudinal axis which extends in an axial direction. The sealing lip has a spring section configured such that the sealing lip is compressible which assists in developing a sealing effect for attaching the grommet to a mounting surface such as a wall.

A cinching fitted bed sheet device is provided. The device is primarily comprised of a sheet, a perimeter, and a drawstring. The device may fit around a mattress of any size and be secured to the mattress to prevent the device from wrinkling or inadvertently moving. A drawstring lining a perimeter of the sheet may be pulled by a user, cinching the device to the mattress. At least one grommet prevents the device from being damaged by the pulling action of the drawstring.

An exercise stretching device includes a proximal loop component having a strap configured to form a loop, an adjustable clamp configured to couple two opposite ends of the strap to form the loop, and a pad carried by the strap; a distal slotted component having a plurality of slots situated along its length, the strap being disposed in one of the plurality of slots; and a distal grommet component looped around the strap and including at least one integrated grommet.

A fastener assembly is described for coupling a second component, via a strap, to an opening in a first component. The assembly includes a lock pin and a base structure. The lock pin has a shank with a head at one end and a lock tab at the opposite end. The base structure includes a grommet portion defining a grommet opening and a pair of resilient legs configured to engage the opening. The head comprises a fixed planar portion attached to the shank and at least one hinged wing portion. An installation indicator spans at least part of both the fixed and wing portions. The grommet opening receives at least part of the shank and includes a protrusion feature that secures the lock pin in a first assembled position. At least one leg includes a resilient flex tab configured to retain the base structure within the opening of the first component.

A grommet includes an umbrella-shaped member that is separate from a grommet body. The umbrella-shaped member has a covering portion that covers an insertion hole of a sound insulator provided on one surface of a vehicle body panel. The covering portion is inclined to increase in diameter toward the sound insulator. The grommet body has an engagement portion that axially locks to a front end of the covering portion, which is the front end of the umbrella-shaped member.

A racket (2) includes a frame (4), a grip (6), a grommet (10), and a string (12). The frame (4) includes a head (14), a first throat (16a), a second throat (16b), and a shaft (18). A maximum value of a thickness of the frame (4) is less than 26.0 mm. The racket (2) has an in-plane stiffness index Gi of greater than or equal to 5000 and less than or equal to 8000. The in-plane stiffness index Gi is a product of a top pressure stiffness value Git expressed in kgf / cm and a side pressure stiffness value Gis expressed in kgf / cm. The racket (2) has an out-of-plane stiffness index Go of greater than or equal to 45000 and less than or equal to 60000. The out-of-plane stiffness index Go is a product of a throat stiffness value Gos expressed in kgf / cm and a ball-hitting face stiffness value Goh expressed in kgf / cm.

A hat includes a crown. A band is positioned on a bottom, interior edge of the crown. Female snaps are positioned on the band. A multi-layered, detachable liner including a set of male snaps, is attached to the band via a mating to the female snaps. A detachable liner comprises an organic cotton facing outward from the interior edge of the crown and disposed to contact a forehead of a user wearing the hat, a second layer of canvas support backing the first layer, and a third layer terry cloth positioned between the first layer and the second layer, disposed to absorb sweat from the forehead, through the first layer. Grommets are positioned on the crown with a hole passing through a fabric of the crown. A chain is secured to the grommets and configured to lay across the brim or bill.

Provided is a housing comprising, a plastic assembly comprising a plastic “B” cover having one or more snap on plastic hooks protruding therefrom and one or more grooves cut therein, a display panel sandwiched into the plastic assembly behind the plastic “B” cover, in front of an electromagnetic interference shielding (EMI) material, and a plastic “A” cover having one or more grooves cut therein, the plastic assembly held together by one or more clips sliding along each side of the plastic assembly, and within the one or more grooves of the plastic “B” cover and one or more snap on plastic hooks and the one or more grooves of the plastic “A” cover, the EMI material has one or more press-on grommets which are pressed onto one or more plastic buttons protruding from a surface of the plastic “A” cover to secure the EMI material to the plastic “A” cover.

Support structures and methods for securing at least one element, such as a wire or bundle of wires, in an opening of a panel or other structure. A support assembly may comprise a grommet having an opening to accommodate the at least one element and a bushing configured to clamp around an outer surface of the grommet. The bushing may comprise one or more petals configured to contact a first surface of the structure and one or more snaps configured to contact a second surface of the structure that is opposite to the first surface.

A bedsheet retention assembly includes a fitted sheet that is positionable around a mattress. A drawstring is slidably integrated into the fitted sheet thereby facilitating the drawstring to be tightened for securing the fitted sheet around the mattress. A plurality of grommets is each of the grommets is integrated into the fitted sheet and each of the plurality of grommets is aligned with a respective one of four corners of the mattress when the fitted sheet is positioned around the mattress. A harness is positionable around the mattress and a plurality of hooks is attached to the harness. Each of the plurality of hooks is strategically positioned on the harness thereby facilitating each of the plurality of hooks to be extended through a respective one of the plurality of grommets such that the harness secures the fitted sheet to the mattress.

A hard resin base member includes an annular flange, an elastically deformable soft resin grommet body includes a plurality of shaft-shaped holding shafts protruding toward the flange, and the flange includes, for each of the holding shafts, a through hole-shaped holding hole that allows a first annular wall surface side with which the grommet body is brought into tight contact and a second annular wall surface side on a back side thereof to communicate with each other and allows the holding shaft to be inserted therethrough at an assembly completion position.

A replacement link for a rolling grill enclosure having a longitudinal body disposed about a longitudinal axis, and a first end grommet contiguous with a first end of the longitudinal body, the first end grommet having a discontinuous first grommet body disposed about a first center.

The invention relates to a large-specification bolt automatic gasket penetrating and gluing machine and a method thereof, and belongs to the technical field of bolt machining equipment. Comprising a bolt push plate feeding machine used for automatically feeding and arranging bolts; the bolt distributing and stopping mechanism is arranged below the discharging end of the bolt push plate feeding machine and used for outputting the bolts; the bolt grabbing mechanism is arranged below the bolt distributing and stopping mechanism and used for clamping bolts; the gasket penetrating mechanism is connected with the bolt grabbing mechanism and used for driving the bolts to descend to complete gasket penetrating action; the rotary driving mechanism is used for driving the bolt to rotate; the gluing mechanism is used for gluing the bolt threads; the discharging mechanism is used for automatically discharging the glued bolts; and the control unit is used for coordinating actions of all the mechanisms and realizing full-process automatic control. The full process of bolt feeding, gasket penetrating, thread gluing and discharging is integrated, and equipment investment is reduced; and procedure switching is simplified, and the requirement for batch assembly of heavy equipment is met.

A coupling structure includes: a grommet having a tubular part; and a corrugated tube that is to be inserted into the tubular part. The corrugated tube alternately has a crest part and a trough part. The tubular part has a plurality of projection parts each provided to protrude to be annular on an inner circumferential surface, and an annular recess part provided on the inner circumferential surface and alternately disposed with the projection part. The projection part is provided so as to have a larger pitch than the trough part.

The invention relates to a panel assembly for a vehicle, the panel assembly comprising a composite laminated panel (10) having an inner panel (1), an outer panel (3) adjacent to the inner panel (1), and a thermoplastic intermediate panel (2) bonding the inner and outer panels (1, 3) together. A through-hole (16) extends between an inner surface (12) of the inner panel (1) and an outer surface (14) of the outer panel (3) on the laminated panel (10), and a gasket (20) provides a seal between the through-hole (16) and a sensor (40) located within the through-hole (16), the gasket surrounding the sensor (40) in a manner that fixes the sensor (40) to the laminated panel (10).

A grommet 1, which may be used around a wiring harness 6 of a vehicle, comprises a ring of elastically deformable material 2. The ring has an internal edge (3, figure 5) defining an aperture (5) for r

A wirelessly controllable, motorized and battery powered drapery apparatus is presented having a rotatable drive element having a guide structure in its surface. The rotatable drive is inserted through the open interior of a plurality of grommets in the shade material. A grommet driver is positioned over the rotatable drive element and connected to one of the plurality of grommets. The grommet driver has at least one tooth that is in communication with the guide structure in the rotatable drive element. As the rotatable drive element is rotated, the grommet drive is driven along the length of the rotatable drive element thereby moving the shade material between an open position and a closed position.

A mechanical system includes a plurality of wire harnesses each have a generally cylindrical outer periphery, and a protective outer coating around at least one electrical wire. A clamp includes at least two clamp halves to form a cylindrical space for receiving and supporting each of the plurality of wire harnesses. The clamp has grommets associated with each of the at least two clamp halves. The grommets are formed of a non-metallic material. The at least two clamp halves are secured together, and are secured to a static surface. There is an alignment feature to align the at least two clamp halves relative to each other. A gas turbine engine is also disclosed.

The application discloses a support leg rotating mechanism, which comprises a rotating shaft and a sleeve, the rotating shaft is inserted into the sleeve, and the rotating shaft and the sleeve are coaxial, a rotating guide mechanism is arranged in the rotating shaft and the sleeve, a grommet is arranged between the sleeve and the rotating shaft at the right end of the sleeve, the inner and outer sides of the grommet are in contact with the outer side of the rotating shaft and the inner side of the sleeve respectively, and a limiting mechanism is arranged between the grommet and the sleeve to prevent the grommet from separating from the sleeve. By arranging the grommet between the rotating shaft and the sleeve, the installation gap between the rotating shaft and the sleeve is effectively compensated and reduced, the rotating shaft will not be obviously deformed due to local extrusion when being stressed, the coaxiality of the rotating shaft and the sleeve is maintained, the jamming or early failure caused by the axis deviation is avoided, and the reliability and service life of the support leg rotating mechanism are remarkably improved.

A brake caliper (100) includes a housing (102) having at least one piston bore (104) with an open end (106) and configured to receive pressurized brake fluid; and at least one piston (108) configured within the at least one piston bore (104) for translational movement along a longitudinal axis of the piston bore (104) to an extended position under the force of the pressurized brake fluid and for return to a retracted position substantially within the piston bore (104) under a biasing force. The piston (108) includes a flange portion (108-1) extending radially around one end of the piston bore (104) to protect at least one grommet attached to one or more of the pistons (108) and the housing (102).The at least one grommet comprises an inner grommet (112) and an outer grommet (110) which abut one another to prevent the ingress of foreign material.

The present disclosure relates to a grommet for mounting in an opening of a panel or similar structure. The grommet includes a main body that defines a central passage and one or more flexible retaining arms arranged along an outer wall of the main body. The retaining arms are configured to flex during installation and engage the surrounding structure to hold the grommet in place. A sealing material is provided between the retaining arms and the main body to close gaps while still allowing the arms to flex as needed. This arrangement provides improved resistance to rotation after installation and helps maintain effective sealing between the interior and exterior of the grommet, reducing the likelihood of fluid, dust, or air passing through the mounted opening.

An object is to provide a technology capable of improving the assemblability to a door panel in a wiring module provided with both a grommet and a planar member. The wiring module includes a wiring member, a planar member that holds the wiring member, and a grommet installed on the vehicle body side of a portion of the wiring member held by the planar member. The planar member includes a main board portion that holds an area extending along an inner panel portion of the door panel and a planar member side mounting portion installed on the grommet. The grommet includes a base portion fixed to the door panel at a fixed position and a grommet side mounting portion on which the planar member side mounting portion is installed.

The utility model discloses a specific sealing and fixing device for an automobile wire harness, which comprises a cable, the cable penetrates through a corrugated pipe, one end, penetrating through the corrugated pipe, of the cable is connected with a terminal, two sides of the terminal are fixedly provided with a connector and a cover plate, and a Grommet rubber part is arranged on the cable and between the corrugated pipe and the terminal; according to the automobile EPS system wire harness, the Grommet rubber part has the fixing, wear-resisting, waterproof, sealing and supporting effects on the EPS system wire harness, the structure is simplified and reasonable, the automobile EPS system wire harness can be suitable for scenes with more severe environments, and the automobile EPS system wire harness is easy to process and assemble.

In one embodiment, a housing is provided that includes a plastic assembly including a plastic "B" cover having one or more snap plastic hooks projecting therefrom and one or more grooves cut therein; a display panel sandwiched in the plastic assembly behind the plastic "B" cover and in front of an electromagnetic interference shielding (EMI) material; and a plastic "A" cover having one or more grooves cut therein, the plastic assembly being held together by one or more clips sliding along each side of the plastic assembly and within the one or more grooves of the plastic "B" cover and within the one or more snap plastic hooks and the one or more grooves of the plastic "A" cover, the EMI material has one or more push grommets that are pressed onto one or more plastic buttons protruding from a surface of the plastic "A" cover to secure the EMI material to the plastic "A" cover.

The utility model relates to the field of stainless steel processing, in particular to a stainless steel heat treatment device which comprises at least two supporting seats, a cylinder body, a vertical plate and a heating seat, the cylinder body is transversely arranged, backing rings are respectively arranged at the edges of the front side and the rear side of the cylinder body, the cylinder body is cushioned above the two supporting seats through the two backing rings, and the vertical plate is arranged on the vertical plate. Each backing ring is formed by combining two annular plates, a plurality of protruding blocks are arranged between the two annular plates of the backing rings, the protruding blocks are fixed outside the cylinder body and are sequentially arranged along the circular surface of the cylinder body, the cylinder body is filled with a containing bin, a vertical plate is arranged on one side of the containing bin, a baffle is arranged on the other side of the containing bin, and the vertical plate is arranged on the other side of the containing bin. One side of the cylinder body is opened, the baffle is arranged at the opening of the cylinder body, and the placing bin, the vertical plate and the baffle move back and forth in the opening direction of the cylinder body; according to the utility model, stainless steel placed inside can be uniformly heated in a rolling manner, so that repeated heat treatment caused by non-uniform heating is avoided.

A battery pack for a vehicle, in accordance with a non-limiting example, includes a housing including a base, a plurality of side walls and a cover extending across the plurality of side walls. The cover includes an outer surface portion and an inner surface portion, and an aperture extending through the outer surface portion and the inner surface portion. A grommet having a central opening is arranged in the aperture. The grommet includes a first portion engaging the outer surface portion, a second portion engaging the inner surface portion, and a connecting portion joining the first portion and the second portion. A compression limiter having a passage is mounted in the central opening of the grommet. The compression limiter includes a flange surrounded by the first portion of the grommet and a support portion extending through the connecting portion to the second portion of the grommet.

This disclosure presents a grommet designed for accommodating cables, particularly in a vehicle wire harness application. The grommet features a sleeve body made of flexible material with two opposing openings. The first opening is uniquely shaped like a propeller in cross-section when viewed along the axial insertion direction in an unloaded state. This innovative design allows for efficient and secure cable insertion and retention within the grommet, enhancing the overall functionality and reliability of cable management systems in various vehicle applications.