Filter

The filter may include a first end cap, a second end cap, and a filter media. The filter media may be located between the first end cap and the second end cap. The filter media and the end caps may be located in a shell. An insert including a projection may be connected to the shell. The projection may engage a valve in the filter head when the filter is mounted onto a filter head. The projection may include a curved portion. The curved portion may engage a ball in the valve. The filter media may be a coalescing media which may assist in separating water from a fuel and water mixture. 1. A filter for filtering fluids , the filter capable of mounting to a filter head which includes a valve , the filter comprising a first end cap , a second end cap , a filter media located between the first end cap and the second end cap , a shell , a projection , the projection capable of engaging a valve in a filter head , the projection connected to the shell , the projection is without connection to the first end cap , the projection is without connection to the second end cap.2. The filter as in further comprising an insert claim 1 , the projection is connected to the insert.3. The filter as in wherein the insert includes a leg portion and a lower portion.4. The filter as in wherein the lower portion includes threads.5. The filter as in wherein the projection and the shell are molded as one piece.6. The filter as in further comprising a shield.7. The filter as in wherein the insert includes ribs.8. The filter as in wherein the projection includes a curved portion.9. The filter as in wherein the projection includes a fin.10. The filter as in further comprising a lid claim 1 , the lid connected to the shell.11. The filter as in wherein the filter media is a ring of filter media.12. The filter as in wherein the second end cap includes a seal.13. The filter as in wherein the seal is a radial seal.14. The filter as in wherein the seal is an o-ring.15. The filter as in wherein the seal ...

ROTARY ENGINE WITH ROTARY POWER HEADS

A rotary engine includes a casing having a first circular boring and a second circular boring smaller than the first circular boring. The first circular boring interconnects with the second circular boring. A piston rotor can move in a rotating manner within the first circular boring in the casing. A power head, ported to pass exhaust gases through a hollow center shaft, can move in a rotating manner within the second circular boring in the casing. The piston rotor and the power head can be coupled via a gear system to properly rotate during operation, with the piston rotor rotating counterclockwise and the power head rotating clockwise, or vice versa. 1. A rotary engine comprisinga casing having a first circular boring of a first size and a second circular boring of a second size that is smaller than the first size, wherein the first circular boring is interconnected with the second circular boring; one or more intake/compression chambers,', 'one or more power/exhaust chambers, wherein each of the one or more power/exhaust chambers is adjacent to a respective intake/compression chamber, and', 'one or more cooling chambers, wherein each of the one or more cooling chambers is between a respective intake/compression chamber and a respective power/exhaust chamber;, 'a piston rotor having one or more pistons positioned in the first circular boring and movable in a rotating manner within the first circular boring in the casing, the piston rotor having at least three depressions formed in a circumference of the piston rotor, the at least three depressions defining, within the first circular boringa power head positioned within the second circular boring and configured to rotate within the second circular boring, the power head including an exhaust port to vent exhaust gases into a ported hollow center shaft within the power head.2. The rotary engine of claim 1 , further comprising a rotor shaft extending centrally from the piston rotor for providing power output in ...

Knit sock with targeted compression zones, and method for lifting and stretching the plantar fascia

A knit sock is integrally formed of a body yarn in circumferential courses and axial wales, and includes a foot portion having a heel and a toe, and an ankle portion joined to the foot portion and defining an open leg end of the sock. A first targeted compression zone is formed with the foot portion between the heel and the toe, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the first compression zone to a second end of the first compression zone. A second targeted compression zone is formed with the ankle portion between the heel and the open leg end of the sock, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the second compression zone to a second end of the second compression zone.

Fluid flow controller and filter assembly with fluid flow controller

A filter assembly comprises a housing open at one end and holding a filter element therein and a plate closing the open end of the housing and enclosing the filter element within the housing. The plate includes at least two first inlet openings, at least two second inlet openings, and a central outlet opening. The filter assembly further includes a fluid flow controller disposed between an end of the filter element and the plate. The flow controller includes a relief valve comprising a first portion cooperating with the first inlet openings and a second portion cooperating with the second inlet openings; and biasing means operatively connected to the relief valve and providing resistance to movement of the second portion of the relief valve.

KNIT SOCK WITH TARGETED COMPRESSION ZONES, AND METHOD FOR LIFTING AND STRETCHING THE PLANTAR FASCIA

A knit sock is integrally formed of a body yarn in circumferential courses and axial wales, and includes a foot portion having a heel and a toe, and an ankle portion joined to the foot portion and defining an open leg end of the sock. A first targeted compression zone is formed with the foot portion between the heel and the toe, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the first compression zone to a second end of the first compression zone. A second targeted compression zone is formed with the ankle portion between the heel and the open leg end of the sock, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the second compression zone to a second end of the second compression zone. 1. A knit sock integrally formed of a body yarn in circumferential courses and axial wales , said sock comprising:a foot portion having a heel and a toe;an ankle portion joined to said foot portion and defining an open leg end of said sock;a first targeted compression zone formed with said foot portion between the heel and the toe, and comprising spaced-apart axial compression ridges extending axially outward from the heel at a first end of said first compression zone to a second end of said first compression zone, and wherein said axial compression ridges have different coursewise termination points at the second end of said first compression zone;a second targeted compression zone formed with said ankle portion between the heel and the open leg end of said sock, and comprising spaced-apart axial compression ridges extending axially outward from the heel at a first end of said second compression zone to a second end of said second compression zone, and wherein said axial compression ridges have different coursewise termination points at the second end of said second compression zone; andwhereby a compression force applied by said sock within said first and second ...

Thermostatically controlled pack hold-down assembly

ABSTRACT OF THE DISCLOSURE A filter assembly comprises a housing, a liquid inlet in said housing, a liquid outlet in said housing, a filter pack in said housing, and valve means in said housing which is opened, for bypassing liquid about the filter pack when the liquid is cold and viscous and which is closed when the liquid is warmed and less viscous so that all liquid will pass through the filter pack. The liquid inlet and liquid outlet are each provided with one way check valves for controlling liquid flow into and out of the housing. A flow control orifice is provided in the liquid inlet to reduce housing pressure, without affecting flow of liquid through the filter pack and to reduce the possibility of leaks from housings with worn parts

Sliding receptacle or drawer.

Knit sock with targeted compression zones, and method for lifting and stretching the plantar fascia

A knit sock is integrally formed of a body yarn in circumferential courses and axial wales, and includes a foot portion having a heel and a toe, and an ankle portion joined to the foot portion and defining an open leg end of the sock. A first targeted compression zone is formed with the foot portion between the heel and the toe, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the first compression zone to a second end of the first compression zone. A second targeted compression zone is formed with the ankle portion between the heel and the open leg end of the sock, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the second compression zone to a second end of the second compression zone.

Knit sock with targeted compression zones, and method for lifting and stretching the plantar fascia

A knit sock is integrally formed of a body yarn in circumferential courses and axial wales, and includes a foot portion having a heel and a toe, and an ankle portion joined to the foot portion and defining an open leg end of the sock. A first targeted compression zone is formed with the foot portion between the heel and the toe, and includes spaced- apart axial compression ridges extending axially outward from the heel at a first end of the first compression zone to a second end of the first compression zone. A second targeted compression zone is formed with the ankle portion between the heel and the open leg end of the sock, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the second compression zone to a second end of the second compression zone.

Knit sock with targeted compression zones, and method for lifting and stretching the plantar fascia

A knit sock is integrally formed of a body yarn in circumferential courses and axial wales, and includes a foot portion having a heel and a toe, and an ankle portion joined to the foot portion and defining an open leg end of the sock. A first targeted compression zone is formed with the foot portion between the heel and the toe, and includes spaced- apart axial compression ridges extending axially outward from the heel at a first end of the first compression zone to a second end of the first compression zone. A second targeted compression zone is formed with the ankle portion between the heel and the open leg end of the sock, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the second compression zone to a second end of the second compression zone.

Knit sock with targeted compression zones, and method for lifting and stretching the plantar fascia

A knit sock is integrally formed of a body yarn in circumferential courses and axial wales, and includes a foot portion having a heel and a toe, and an ankle portion joined to the foot portion and defining an open leg end of the sock. A first targeted compression zone is formed with the foot portion between the heel and the toe, and includes spaced- apart axial compression ridges extending axially outward from the heel at a first end of the first compression zone to a second end of the first compression zone. A second targeted compression zone is formed with the ankle portion between the heel and the open leg end of the sock, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the second compression zone to a second end of the second compression zone.

Knit sock with targeted compression zones, and method for lifting and stretching the plantar fascia

A knit sock is integrally formed of a body yarn in circumferential courses and axial wales, and includes a foot portion having a heel and a toe, and an ankle portion joined to the foot portion and defining an open leg end of the sock. A first targeted compression zone is formed with the foot portion between the heel and the toe, and includes spaced- apart axial compression ridges extending axially outward from the heel at a first end of the first compression zone to a second end of the first compression zone. A second targeted compression zone is formed with the ankle portion between the heel and the open leg end of the sock, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the second compression zone to a second end of the second compression zone.

フィルタ用エンドキャップリリーフバルブ機構

(57)【要約】 （修正有） 【課題】液体フィルタが使用されるエンジンの初期作動 中にコアサンドおよび金属破片の汚染物を除去すること を可能とする。 【解決手段】一端で開口するハウジング１４と、その中 に１つの入口開口と１つの出口開口とを有するエンドプ レート２０と、ハウジング１４内に配置され、各端部に エンドキャップ４０を有する環状フィルタ媒体３４と、 入口開口を通る流体の流れを制御するためのバルブ部材 ４９と、中心部分に少なくとも１つの開口を有するエン ドプレートから遠いほうのエンドキャップと、エンドキ ャップに協働して流体流れに対して開口を閉鎖するばね ６０とを備え、エンドプレートとばねとの間に配置され た感熱材料はエンドキャップとばねとを保持し、エンジ ンの初期作動中にオイルの所定の温度が達成されるまで キャップを通るオイルの流れを排除する。その後、エン ドキャップを横切る所定の圧力差に反応してエンドキャ ップとばねとが作動されて開口する。

Sicherheitsventil-Mechanismus für einen Filter

Knit sock with targeted compression zones, and method for lifting and stretching the plantar fascia

A knit sock is integrally formed of a body yarn in circumferential courses and axial wales, and includes a foot portion having a heel and a toe, and an ankle portion joined to the foot portion and defining an open leg end of the sock. A first targeted compression zone is formed with the foot portion between the heel and the toe, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the first compression zone to a second end of the first compression zone. A second targeted compression zone is formed with the ankle portion between the heel and the open leg end of the sock, and includes spaced-apart axial compression ridges extending axially outward from the heel at a first end of the second compression zone to a second end of the second compression zone.

End cap relief valve mechanism for a filter

An oil filter comprises a housing that is open at one end and has an end plate connected to the housing for closing the open end. The end plate has at least one inlet opening and an outlet opening therein. An anti-drain back valve is provided for precluding return flow of oil through the inlet opening. An annular filter media is disposed in said housing. An end cap is provided at each end of the filter media. The end cap remote from the end plate has at least one opening spaced radially outwardly from the central axis thereof. A spring cooperates with said end cap remote from the end plate. Normally, the opening in the spring is closed to oil flow. When the filter media becomes clogged, the pressure within the housing increases and when the pressure differential across the end cap remote from the end plate exceeds a predetermined value, the opening in the spring is opened for oil flow. The anti-drain back valve is disposed between the end cap adjacent the end plate and the end plate and the spring is constructed and arranged to engage the interior of the housing so as to load the filter media and the end cap adjacent to the end plate to help retain the anti-drain back valve in place. A seal is provided between the end cap remote from the end plate and the spring. The spring and the end plate remote from the end plate are constructed and arranged to operationally interengage and provide a relatively flat profile.