Abstract: A plant pot holding device includes one or more panels each having a number of compartments formed with a wider front portion and a narrower rear portion for detachably engaging with plant pots, the plant pots each include a lower notch for engaging with the lower inclined surface of the panel and an upper engaging surface and a latch for engaging with the panel and for detachably attaching and latching the plant pots to the panel, the panels each include one or more couplers and one or more socket openings for selectively engaging with each other and for detachably coupling the panels together to form various spatial or three-dimensional shapes and for detachably supporting a number of plant pots.

Abstract: A key structure of a keyboard, comprising: a backplane and a plurality of key caps. The backplane is concaved a plurality of grooves. A frame is deposed on the groove, and outside of the frame two fixed bases and two positioning columns are correspondingly deposed on the opposite sides. A clamp is deposed on the fixed base. A link bar, consists of a cross bar and two struts. The cross bar and the struts are mutually perpendicular and shown as an upside-down U shape. A key cap, in which a convex column is extended from the inside of the key cap, and two clips are protruded respectively on the opposite sides of the convex column, as well as a slot is deposed on the clip. The clips are adapted to position the cross bar of the link bar to a clamp of a fixed base on the backplane. And two struts are adapted to be held by the positioning column, so that the two struts only can be moved up and down and will not mismatch.

Abstract: The invention provides a label-free sensor that includes a substrate, a first electrode formed on the substrate, a second electrode formed on the substrate and spaced away from the first electrode, and a semiconductor layer formed on the substrate and being in contact with the first electrode and the second electrode. The semiconductor layer has a plurality of probe groups bonded to the semiconductor layer by functionalization, for sensing a coupling-specific substance having bonding specificity with the probe groups. The semiconductor layer is bonded with the probe groups, and the detection of detected object is performed in an instant, quick, rapid, and sensitive manner by measuring variation in electric current, avoiding the use of fluorescent reading equipment for reading fluorescent signals.

Abstract: A note sheet is provided that includes a body portion and a tab portion integral with the body portion and extending from an end thereof. At a location where the tab portion and the body portion meet one another, at least one arced shoulder is formed therebetween. The note sheet is formed from a multilayer construction including a base layer extending substantially the entirety of the body and the tab portions. The base layer having a first surface and a second surface. The note sheet includes a first layer of adhesive on the second surface of the base layer that is located on the body portion of the note sheet, but not the tab portion.

Abstract: A plant pot holding device includes one or more panels each having a number of compartments formed with a wider front portion and a narrower rear portion for detachably engaging with plant pots, the plant pots each include a lower notch for engaging with the lower inclined surface of the panel and an upper engaging surface and a latch for engaging with the panel and for detachably attaching and latching the plant pots to the panel, the panels each include one or more couplers and one or more socket openings for selectively engaging with each other and for detachably coupling the panels together to form various spatial or three-dimensional shapes and for detachably supporting a number of plant pots.

Abstract: A compound of formula (I): in which R1-R8, A, B, X, Y, m, and n are as defined herein. Also disclosed is a method for detecting a cancer cell using a compound of formula I.

Abstract: A protective coating composition comprises (a) a first component comprising one or more epoxy-terminated silane compounds, (b) a second component comprising one or more fluorochemical silane compounds, and (c) cationic photoinitiator. The first component comprises at least about 50% by weight of the composition.

Abstract: A key structure of a keyboard, comprising: a backplane and a plurality of key caps. The backplane is concaved a plurality of grooves. A frame is deposed on the groove, and outside of the frame two fixed bases and two positioning columns are correspondingly deposed on the opposite sides. A clamp is deposed on the fixed base. A link bar, consists of a cross bar and two struts. The cross bar and the struts are mutually perpendicular and shown as an upside-down U shape. A key cap, in which a convex column is extended from the inside of the key cap, and two clips are protruded respectively on the opposite sides of the convex column, as well as a slot is deposed on the clip. The clips are adapted to position the cross bar of the link bar to a clamp of a fixed base on the backplane. And two struts are adapted to be held by the positioning column, so that the two struts only can be moved up and down and will not mismatch.

Abstract: A label-free sensor is disclosed. The label-free sensor comprises a substrate, a first electrode formed on the substrate, a second electrode formed on the substrate and spaced away from the first electrode, and a semiconductor layer formed on the substrate and is in contact with the first electrode and the second electrode, wherein the semiconductor layer has a plurality of probe groups, which are bonded to the semiconductor layer by functionalization, for sensing a coupling-specific substance, which has bonding specificity with the probe groups. The semiconductor layer of the label-free sensor of the present invention is bonded with probe groups, and the detection of detected object is performed in instant, quick, rapid, and sensitive manner by measuring variation in electric current, thereby avoiding the use of the fluorescent reading equipment for reading fluorescent signals.

Abstract: This invention relates to a device for detecting cancer cells. The device includes a light source for generating light (e.g., a light emitting diode), a first optical filter selected from the group consisting of a band pass filter and a long pass filter, a second optical filter (i.e., a band pass filter) disposed between the light source and the first optical filter, and a sample receiver for receiving a sample. The sample receiver is disposed between the first and second optical filters. The first optical filter, the sample receiver, and the second optical filter are aligned so that light emitted from the light source passes sequentially through the second optical filter, the sample receiver, and the first optical filter.

Abstract: The present invention relates to a removable hard-disk structure without screws at least comprising a housing, a first elastic arm, a second elastic arm and a removable component. The housing having a placing space is connected to an opening end to enable the hard disk be placed into the placing space, and a door plate is further installed at the opening end to avoid the hard disk departing from the housing. The first and the second elastic arms are installed at the top surface and two side surfaces respectively, and these elastic arms are cantilever type and extend a pressing end into the placing space, which holds and presses the hard disk, and the hard disk is correctly being placed into the placing space. The removable component has a connecting end which is connected into the placing space, as the hard disk is placed in the placing space, the removable component fits the hard disk, and thus the hard disk can be easily removed by applying force on the removable end of the removable component.

Abstract: The present invention relates to a removable hard-disk structure without screws at least comprising a housing, a first elastic arm, a second elastic arm and a removable component. The housing having a placing space is connected to an opening end to enable the hard disk be placed into the placing space, and a door plate is further installed at the opening end to avoid the hard disk departing from the housing. The first and the second elastic arms are installed at the top surface and two side surfaces respectively, and these elastic arms are cantilever type and extend a pressing end into the placing space, which holds and presses the hard disk, and the hard disk is correctly being placed into the placing space. The removable component has a connecting end which is connected into the placing space, as the hard disk is placed in the placing space, the removable component fits the hard disk, and thus the hard disk can be easily removed by applying force on the removable end of the removable component.

Abstract: A large laminated structure includes a surface material, an ink layer, an adhesive layer and a release paper layer. The surface material has a bottom surface. The ink layer is disposed on the bottom surface in a predetermined pattern. The adhesive layer has a first planar surface and a second planar surface corresponding to each other. The adhesive layer has a plurality of channels connecting the first planar surface and the second planar surface. The first planar surface leans against and covers the bottom surface and the ink layer. The release paper layer is connected with the second planar surface. When the adhesive layer is attached to an attaching member, the gas between the adhesive layer and the attaching member may enter the channels of the adhesive layer such that the gas will not be trapped between the adhesive layer and the attaching member, thereby increasing the beauty of the attaching structure.

Abstract: An electronic device with airflow field is disclosed, which comprises a housing, several heat sources, a plurality of openings, an air inlet and an air outlet module. By the use of sealed structure of electronic device, the airflow field can be formed inside the housing to direct the airflow for passing through the surface and bottom of each heat source, for the purpose of taking the heat away from the heat sources and promoting the efficiency of heat dissipating greatly. The axial direction of the fan is vertical to the supporting body for forming a sealed space with a local high pressure. It can raise the flow rate and lower the noise of the wind shear from turbulent flow.

Abstract: An external drive cabinet is provided with, a power connector and a data interface connector installed on the back side of the cabinet frame not on the same level but positioned in step manner, keeping a buffer space in between. Such arrangement of connectors enables one of the two connectors to make connection before the other does, thus smoothing out the plugging and unplugging processes. The tray in the external drive cabinet is equipped with a hinge joint at the rear end that is able to swing the front end of the tray upward when the handle bar of the tray is pulled up. The front panel of the hard disk stored in the drive cabinet can be completely concealed in the drive cabinet.

Abstract: A screwless mini fan holder is disclosed. The mount bracket of the fan holder is composed of two clips and four resilient pins projecting from opposite sides of a backplane. The clips are used to couple the fan holder onto the heat sink of a computer. The resilient pins each having a semi-circular ball head are used to attach the mini fan, where one end of each pin is permanently connected to the back side of the backplane, and the other end extends outward at an inclined angle. Such screwless design enables the fan holder without using any mechanical tools. This not only simplifies the assembly of the mini fan in a computer for most computer users, but also allows air flow to be uniformly distributed over the heat sink for maximized heat dissipation.