All The Claims

1. A fan apparatus comprising:
a frame having a through chamber, an inlet opening formed in a front of the through chamber and an outlet opening formed in a back of the through chamber;
a motor mounted inside the through chamber and has a body and a shaft protruding from the body; and
at least one fan blade assembly configured inside the through chamber and comprising:
a stationary blade fixed inside the through chamber and being around an outside of the body of the motor, wherein the stationary blade has a ring and multiple first blade parts that are radially extending from an outside of the ring according to a first slant curve direction; and
a moving blade coupled to the shaft along a same axle center as the stationary blade, wherein the moving blade has a seat and multiple second blade parts that are radially extending from an outside of the seat according to a second slant curve direction, wherein the first slant curve direction is opposite to the second slant curve direction;

wherein when each first blade part is correspond to the corresponding second blade part, a first included angle is formed between each first blade part of the stationary blade and the corresponding second blade part of the moving blade.
2. The fan apparatus as claimed in claim 1, wherein a second included angle formed between each second blade part of the moving blade and an axle center of the moving blade is between 45 and 65 degree.
3. The fan apparatus as claimed in claim 1, wherein the first included angle is between 85 and 95 degree.
4. The fan apparatus as claimed in claim 2, wherein the first included angle is between 85 and 95 degree.

The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.

1. A fixed window which has at least one glass pane which has at least one edge extending into a frame, the frame being formed with a channel into which the edge of the glass can pass, the channel having a width which is greater than the width of the thickest glass edge that will extend into the channel, the channel comprising a pair of opposed side walls, one sidewall being provided with a bead member which presses against one side of the glass, the other sidewall being provided with a gasket member that presses against the other side of the glass, the gasket member at least being compressible to accommodate different thicknesses of glass.
2. The window as claimed in claim 1, wherein the channel is substantially U-shaped and comprises a pair of opposed side walls and a connecting back wall.
3. The window as claimed in claim 2, wherein the channel has a width of between 15-50 millimetres.
4. The window as claimed in claim 2, wherein the opposed sidewalls of the channel are provided with a small slot to anchor the bead and the gasket in the channel.
5. The window as claimed in claim 4, wherein the bead has a rear portion that can be held by the small slot on the sidewall to hold the bead in position.
6. A sliding window assembly which comprises a sill, a front sliding window and a rear sliding window, the front sliding window and the rear sliding window comprising a lower horizontal support frame to support the window glass, the sill comprising a front portion facing the outside of the assembly and a rear portion adjacent the inside of the assembly, the rear portion being provided with a vertical track to enable the rear sliding window to slide along this track, the front portion being provided with an elongate channel,.the channel having a vertical track to enable the front sliding window to slide along this track, the lower horizontal support frame on the front sliding window extending at least partially into the elongate channel to provide a measure of lateral restraint for the front sliding window.
7. The window as claimed in claim 6, wherein the elongate channel is spaced somewhat above the front portion of the sill and an upstanding wall is provided to space the elongate channel in this manner.
8. The window as claimed in claim 7, wherein one or more drain openings are provided in the upstanding wall to drain water.

1. A method of fabricating a magnetic head for either recording magnetic information onto a magnetic storage medium or reproducing recorded magnetic information therefrom, comprising:
forming a peel-off layer on top of a substrate;
forming a first film on top of the peel-off layer, the first film having a first surface facing on the side of the peel-off layer and a second surface on an opposite side of the first surface;
forming an aperture in the first film, the aperture leading to the first surface from the second surface;
forming a magnetic layer in the aperture, the magnetic layer filling the aperture;
forming a first film magnetic element that is to be magnetically coupled with the magnetic layer on top of the first film; and
detaching the resultant assembly from the substrate by etching the peel-off layer and forming a medium-facing surface that is parallel to a main surface of the first film.
2. The method as defined in claim 1, wherein:
the magnetic layer is a main magnetic pole recording magnetic information onto the magnetic storage medium,
and the first film magnetic element includes either a return yoke or a recording coil.
3. The method as defined in claim 1, wherein:
the magnetic layer is a first magnetic yoke reproducing magnetic information from the magnetic storage medium,
and the first film magnetic element includes either a second magnetic yoke or detecting element.
4. The method as defined in claim 1, further comprising a step of stacking a second film on the medium-facing surface of the first film after the step of detaching the resultant assembly.

The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.

1. A chair comprising:
a support frame having a plurality of legs;
a seat supported by the support frame, the seat having a pair of side edges and a seating surface;
a bottom cover mounted to the support frame and having a pair of receiving cavities;
a pair of ganging arms mounted to move relative to the seat between a storage position and an operative position, wherein the ganging arms extend past the side edges of the seat in the operative position and are received in one of the receiving cavities beneath the seat in the storage position;
a pair of mounting brackets each attached to the support frame, wherein each of the mounting brackets supports one of the ganging arms and allows the ganging arms to pivotally move between the storage position and the operative position, and
a pair of camming ends formed on each of the ganging arms, each of the camming ends including a cam surface that engages one of the mounting brackets, wherein the cam surfaces urge the ganging arms into either the operative or the storage position.
2. The chair of claim 1 wherein the camming ends are integrally formed with the ganging arms.
3. The chair of claim 1 wherein each of the ganging arms is at least partially recessed from a bottom surface of the bottom cover in the storage position.
4. The chair of claim 1 wherein each of the ganging arms includes a flexing zone positioned between the pair of spaced camming ends.
5. A chair comprising:
a support frame having a plurality of legs, a front cross bar, a rear cross bar and a pair of parallel support brackets extending between the front and rear cross bars;
a chair back pivotally connected between a pair of the legs;
a seat supported by the support frame and movable along the support frame in a direction parallel to the support brackets;
a pair of glide tracks mounted to and parallel to the support brackets, wherein each of the glide tracks includes an upper sliding surface giving a recessed groove; and
at least two glides mounted to a bottom surface of the seat, wherein each of the glides is received along the recessed groove of the upper sliding surface of one of the glide tracks to guide the movement of the seat.
6. The chair of claim 5 wherein at least the upper sliding surface of the glide tracks is plated with chrome.
7. The chair of claim 5 further comprising a stationary bottom cover mounted to the support frame beneath the seat.
8. The chair of claim 5 further comprising a pair of ganging arms mounted to move relative to the seat between a storage position and an operative position, wherein the ganging arms extend laterally past spaced side edges of the seat in the operative position and are positioned beneath the seat in the storage position.
9. The chair of claim 8 wherein each of the ganging arms includes a pair of camming ends that urge the ganging anus into either the operative position or the storage position.
10. The chair of claim 5 wherein the seat and the chair back are integrally formed and are movable between an upright position and a reclined position.
11. The chair of claim 10 further comprising a bias member connected between the support frame and the seat to urge both the seat and the chair back into the upright position.
12. A chair comprising:
a support frame having a plurality of legs, a front cross bar, a rear cross bar and a pair of parallel support brackets extending between the front and rear cross bars;
a chair back pivotally connected between a pair of the legs;
a seat supported by the support frame and movable aloe the support frame in a direction parallel to the support brackets;
a pair of glide tracks mounted to and parallel to the support brackets, wherein each of the glide tracks includes and upper sliding surface;
at least two glides mounted to a bottom surface of the seat, wherein each of the glides is received along the upper sliding surface of one of the glide tracks to guide the movement of the seat; and
a pair of removable arms mounted to the support frame at the pivotal connection between the support frame and the Chair back.
13. A chair comprising:
a support frame having a plurality of legs, a front cross bar, a rear cross bar and a pair of parallel support brackets extending between the front and rear cross bars;
a chair shell mounted to the support frame, the chair shell including an integrally formed chair back and seat, wherein the chair back is pivotally connected between a pair of the legs and the seat is movable relative to the support frame in a direction parallel to the support brackets;
a pair of glide tracks mounted to and parallel to the support brackets, wherein each of the glide tracks includes an upper sliding surface having a recessed groove; and
at least two pair of glides mounted to a bottom surface of the seat, wherein the two pairs of glides are received along the recessed groove of the upper sliding surface of the glide tracks to guide the movement of the seat.
14. The chair of claim 13 wherein the chair shell is movable between an upright position and a reclined position.
15. The chair of claim 13 further comprising a bias member connected between the support frame and the seat to urge both the seat and the chair back into the upright position.
16. The chair of claim 13 wherein each of the glide tracks includes an upper sliding surface that receives the glides, wherein the upper sliding surface includes a recessed channel and is plated with chrome.