Abstract:
A lithium-ion polymer battery, and methods and apparatus for manufacturing the same, are disclosed. The methods include placing a bottom surface of an electrode on a coating surface, such that a top surface of the electrode is exposed, forming a removable retention boundary on the coating surface and surrounding the electrode, including a space between the electrode edges and the retention boundary, depositing polymer electrolyte solution on the electrode, on the coating surface, and within the retention boundary, and allowing the polymer electrolyte solution to dry until all of the deposited polymer electrolyte solution becomes a solid polymer composite that extends beyond the electrode edges.
Abstract:
A lithium-ion polymer battery and method and apparatus for manufacturing the same, are disclosed. The battery includes an anode comprising a first electrolytic solution and a cathode comprising a second electrolytic solution, and the first and second electrolytic solutions are different. The method includes activating the anode and the cathode in the different electrolytic solutions prior to battery assembly and prior to forming an SEI layer on the anode surface.
Abstract:
A lithium-ion polymer battery, and methods and apparatus for manufacturing the same, are disclosed. The methods include forming an anode with a porous material having spaces that contain an electrolytic solution, placing the anode surface in contact with a layer of lithium metal, and shorting the layer of lithium metal to a current collector so that lithium ions are released from the layer of lithium metal and forming SEI layer on the anode surface through the reaction with the electrolyte reduction products.
Abstract:
The present invention provides novel methods of forming component carriers, component modules, and the carriers and modules formed therefrom which utilize thick film technology. In some embodiments, these methods are used to form lighting device chip carriers and modules. In further embodiments, these lighting device chip carriers and modules are used in LED applications.
Abstract:
A dosing regimen comprising a therapeutically effective amount of flavopiridol or a pharmaceutically acceptable salt thereof optionally in combination with a pharmaceutically acceptable carrier suitable for bolus infusion and subsequently for infusion is disclosed and claimed. Also disclosed and claimed is a method of treating a variety of cancers in a patient comprising administering to said patient the dosing regimen of the invention.
Abstract:
A pruning clipper includes a first clipper member having a stop edge, a second clipper member pivoted to the first clipper member and provided with a through hole, and a first adjustment member having a pivot pin pivotally inserted into the through hole of the second clipper member, and a stop rod connected to the pivot pin and turnable with the pivot pin between a first position where the stop rod is disengaged with the stop edge of the first clipper member and a second position where the stop rod is stopped at the stop edge of the first clipper member to limit the open angle between the first and second clipper members.
Abstract:
A grip includes a grip body, which has a non-circular cross section and a recessed receiving portion extending around the periphery thereof, and a flexible sleeve, which is mounted in the recessed receiving portion around the grip body and kept in contact with the periphery of the grip body and rotatable relative to the grip body.
Abstract:
A retractable tube assembly includes a non-circular inner tube, an elastic locating ring fastened to the bottom end of the inner tube, a rotary actuating member, which has two radially protruding major axis portions and is rotatably mounted inside the elastic locating ring, an outer tube axially slidably coupled to the inner tube, and a rotary knob pivotally coupled to the bottom end of the outer tube and provided with a link inserted into the rotary actuating member for rotating the rotary actuating member between a locking position where the elastic locating ring is peripherally forced against an inside wall of the outer tube to lock the outer tube to the inner tube and an unlocking position where the elastic locating ring is peripherally spaced from the inside wall of the outer tube for enabling the outer tube to be moved axially relative to the inner tube.