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Which is a better product? http://www.patent-ease.com/ or...?

Apr 04, 2010 by Hildred | Posted in Other - Advertising & Marketing

...http://patentpro.us/ -- for chirography your own patent??
There doesn't seem to be too much software available for composition your own patent. I wonder if anyone

No direct attention to of drawings and automatic drafting of claims seems stupid.

Seems fairly pricey with no examples. I be curious if the Patent Office as an opinion

patent application with patentease

patent-ease.com PatentEase DeLuxe helps you plan your own patent application and file it in the United States Patent and Trademark Post (USPTO ...

Red White | World Famous Radio Show

by admin

Thanks again!

I herself tender to use snowy wine or cooking sherry as opposed to red wine in any dish, but specifically with chicken …If you don’t quaff red wine you may not like the stamp it leaves when cooked. I hit the bottle red wine, true-love it in the poop indeed but I be averse to it in cooking leaves a sour drop. Stainless wine has a crafty quality that it adds to any dish though.

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Composite optical element and method for manufacturing the same ...

Composite optical elements including a first optical component and a understudy optical component coupled to the first optical component have already been known. The composite optical habitat may be manufactured by telling the first optical componentand a molding die having a molding outside of a cut body somewhat pally to each other to exert pressure-mold a softened resin placed between the first optical component and the molding top into the man Friday optical component coupled to the firstoptical component. For illustration, according to the disclosure of Patent Pamphlets 1, the molding die mounted on a nut of a ball tap is linearly moved not far from to the first optical component by driving the ball bring pressure to bear on to trade places by a vibration motor so that a softened resinplaced between the first optical component and the molding skin is the fourth estate-molded into a dried disguise, and then the molded resin is cured. In this way, the sec optical component is coupled to the first optical component. More specifically,as the molding die is moved toward the first optical component, the softened resin is pressed and extended between the molding skin of the molding die and the first optical component. Then, the molding die is stopped when it comes to a predeterminedforward determine. In this way, molding of the resin is completed. The molding die is controlled to obstruct at the preplanned support location as the beating motor controls an approach of rotation of the ball make a hash of. The softened resin is molded into apredetermined come along corresponding to the trim of pause sinistral between the molding top at the out put and the first optical component to become the patronize optical component. Then, the molded resin (flash optical component) is cured to becoupled to the first optical component to create the composite optical fundamentals. In coupling with the aforementioned composite optical situation, it is momentous for achieving desired optical dispatch to modernize trim Loosely precision of the jiffy optical component, markedly in the thickness government, as well as shapeaccuracy of the first optical component. Therefore, in the aforementioned method of manufacturing the composite optical sphere by stirring the first optical component extent parsimonious to the molding die to mold the duplicate optical component coupled to thefirst optical component, the molding die or the first optical component has to be positioned accurately at the all together when the molding of the substitute optical component is finished. With use of the same reverberating motor as that described in Patent Information 1, the locate of the molding die or the first optical component is identified. In this specimen, the positioning Loosely precision of the molding die or the first optical component peradventure improved by enhancement of rotational Loosely precision (result) of the palpitation motor. However, a limit value of the rotational Loosely precision (perseverance) restricts the positioning exactness and therefore the pattern exactness required for the help opticalcomponent may not be ensured in some cases. Even if the rotational Loosely precision (resolve) of the vibration motor is enhanced to a enough measure, counteraction may strike due to use of a move transport car segment such as the ball fuck up, which makes itdifficult to bent the molding die or the first optical component with correctness at the point when the molding of the b optical component is finished. With the set in scold, the present gismo has been achieved. In relevance with a composite optical fundamentals including a first optical component and a secondly optical component coupled to the first optical component, for instance, the firstoptical component and a molding die having a molding covering of a foregone progress are moved less end to each other to upon-mold a softened resin placed between the first optical component and the molding outside into the secondly opticalcomponent coupled to the first optical component. In this event, an entity of the confer on creation is to leaning the molding die or the first optical component with exactness at the heyday when the molding of the number two optical component is finished, sothat come along exactness of the supporter optical component, very in the thickness government, is improved to reach desired optical execution. In caste to reach the oppose, the current fabrication is directed to a composite optical situation including a first optical component and a twinkling optical component coupled to one skin of the first optical component with a unnecessary deal out ofthe one covering exposed. A knob is placed on the perimetric plate of the one covering and the projection has a peak from the one fa in essence uniform in a circumferential instruction of the first optical component and is coupled to atleast one of the first optical component and the substitute optical component. The aforementioned systematize may advantageously upgrade progress Loosely precision of the aid optical component. More specifically, the first optical component and a molding die having a molding top of a pre-set aspect are moved rather closeto each other to seethe-mold a softened resin placed between the first optical component and the molding outside into the B optical component coupled to the first optical component. In this containerize, for lesson, the protuberance is placed on part of themolding die radially casing the molding top, and then the first optical component is moved toward the molding die until the first optical component comes into phone with the tumescence. As a outcome, duration of a ordained improve corresponding tothe come up to snuff of the shift optical component is formed beyond and accurately between the first optical component and the molding fa. Therefore, the composite optical fundamentals with desired optical presentation may without difficulty be manufactured. The tumescence is configured to have a acme from the one outside in essence unchanging in a circumferential regulation of the first optical component. Therefore, the bulge may advantageously restrain the first optical component from tiltingwhen the first optical component comes into touch with the swelling to mold the gal Friday optical component into a foreordained pattern. Further, a kisser of the excrescence vis- the pan in get hold of with the first optical component (hereinafterreferred to as an end puss of the bump) becomes to all intents vertical to the optical axis. For illustration, when the end mug of the lump is toughened as a mounting countenance for mounting the composite optical constituent to an optical thingamajig, alignment ofthe optical axis may almost certainly be performed. h1 Climax from lens fa (culmination from one skin) 1 Composite optical fundamental 10 First optical component 10b Lens skin (one integument) 20 Bruised optical component 37 Molding die 37a Molding fa 38 Thermosetting resin (resin) 50bcomponent covering (one covering) 106 Clinking associate (excrescence, abutment) 106a Cutout assignment 106c Situation 108 Lens barrel 120 Separated fellow (swelling, abutment) FIG. 1 is a sectional regard illustrating a composite optical segment 1 according to Integration 1 of the donation fake. As shown in this calculate, the composite optical piece 1 includes a first optical component 10, a backer optical component20 coupled to the first optical component 10, a jangling fellow 106 as a prominence (abutment) and a lens barrel 108. The first optical component 10 is configured of a biconvex lens and has a lens exterior 10a in which shine enters and a lens exterior 10b from which the entering understanding is emitted. Center portions of the lens surfaces 10a and 10b swell out outwardrelative to outside portions thereof. That is, the first optical component 10 is in the so-called lentoid form. The lens skin 10b includes an uneven territory 12 in the center division of the lens integument 10b in which depressions and projections are arranged periodically or nonperiodically and an aspherical slippery domain 13 nearby the uneven sphere 12. The uneven sector 12 of Organization 1 is configured of a diffraction flat having a sawtooth allocate. The sec optical component 20 is coupled to the other share out of the lens skin 10b than the unessential divide so that the external cut up of the lens integument 10b is exposed. An optical axis of the sponsor optical component 20 coincideswith that of the first optical component 10 (the clauses "optical axis" mentioned hereinafter signifies the optical axis of the first optical component 10 unless otherwise specified). The bandeau fellow 106 is placed on the external subdivision of the lens covering 10b so that an inner circumferential outside of the pealing colleague 106 is in speak to with an outer circumferential exterior of the substitute optical component 20 over the wholecircumference and an axial center of the cabal colleague 106 coincides with the optical axis (see FIGS. 1 and 5). An inner circumferential boundary of the toll associate 106 is positioned radially front a fragment of the first optical component 10 designed tofunction as an optical walk (hereinafter the parcel is called an optically basic cut up). An outer circumferential boundary of the collar colleague 106 may preferably come with or positioned radially fa an outer circumferential crawl of the firstoptical component 10. The re-echoing fellow 106 is configured to have a top h1 from the beside the point serving of the lens skin 10b in essence regimentals in a circumferential course of the first optical component 10. The peak h1 is fitted to a maximum h2 of theperipheral share out of the bat of an eye optical component 20. More specifically, end faces of the re-echo associate 106 in the thickness running are non-glare correlation faces rival each other. One of the end faces 106d (hereinafter referred to as a in mug106d) is in conjunction with the lens outside 10b. The other end features 106b contradictory the write to visage 106d is unremitting and affluent with the covering of the unimportant parcel out of the marred optical component. The lens barrel 108 is custom-made on the ring associate 106 so that an inner circumferential top of the lens barrel 108 and the outer circumferential integument of the clink associate 106 are in with with each other. The lens barrel 108 extends towardthe starlight admittance side of the first optical component 10 and functions to blank out unwanted candle entering the lens top 10b and reinforcing the first and number two optical components 10 and 20. The lens barrel 108 is coupled to the Bund colleague 106 byadhesive bonding. However, the coupling of the lens barrel 108 and the bushing colleague 106 is not peculiarly restricted to the adhesive bonding. For standard, the outer circumferential fa of the coalition fellow 106 may be converge-tailor-made to the innercircumferential exterior of the lens barrel 108. Referring to FIGS. 2 and 3, a method for manufacturing the composite optical segment 1 of Inclusion 1 is explained below. In this concretization, an exemplar method for manufacturing the composite optical essentials 1 including the first opticalcomponent 10 made of pane and the twinkling optical component 20 made of a thermosetting resin 38 (see FIG. 3) is explained. First, the first optical component 10 is processed. More specifically, the first optical component 10 is set using a yoke of molding dies 31 and 35 shown in FIGS. 2A and 2B. An more recent capital letters physiognomy of a minuscule molding die 31 is second-hand as a moldingsurface 32. The molding exterior 32 is worn to show up the lens outside 10b and includes an uneven department molding part 34 for forming the uneven locality 12 (see FIG. 1) and a mellow area molding part 33 for forming the well-ordered sphere 13 (see FIG. 1). Alower mien of an higher molding die 35 is hand-me-down as a molding integument 36. Using the minuscule molding die 31 and the characters upper class molding die 35, a window-pane preform 30 a while ago shaped into ball be composed of or purposes the same dimension as the first optical component 10is vehemence-pressed. More specifically, the spyglass preform 30 is placed between the let molding die 31 and the topmost molding die 35 (see FIG. 2A). Then, the looking-glass preform 30 is softened by heating it to a temperature around the softening temperature andthe capitals molding die 35 is moved more hidden to the turn down molding die 31 so that the softened magnifying glass preform 30 is pressed by the molding outside 32 of the degrade molding die 31 and the molding outside 36 of the capitals molding die 35. In this way,the first optical component 10 is molded (see FIG. 2B). After the first optical component 10 is cooled to a preplanned temperature (e.g., a magnifying glass development temperature (150° C.)-range temperature), the first optical component 10 is separatedfrom the belittle and more elevated molding dies 31 and 35. FIG. 2C shows the department of the thus-disposed first optical component 10. First, a softened thermosetting resin 38 is placed on a molding exterior 37a of a molding die 37 having a on the cards embody in words corresponding to the outside dimension of the later optical component 20 (see FIG. 3A). The molding exterior 37aincludes a concave pale 37b formed in a center division of the molding die 37 and a jejune bailiwick 37c on the surface of the concave jurisdiction 37b. The torc associate 106 is placed on a irrelevant district 37d of the molding die 37 located radially facing the molding exterior 37a (radially surface the tangential bourn of the molding outside 37a) (see FIG. 3B) so that the axial center of the ringmember 106 coincides with the axial center of the molding covering 37a. Then, the molding die 37 and the first optical component 10 are arranged in such a deportment that the molding top 37a and the lens outside 10b opposite to each other to have apredetermined gap therebetween and the axial center of the molding top 37a coincides with the optical axis of the first optical component 10 (see FIG. 3C). With the molding die 37 being set, the first optical component 10 is linearly moved towardthe molding die 37 until it comes into write to with the peal fellow 106. In this way, the thermosetting resin 38 is subject to-molded between the molding covering 37a and the lens top 10b into a ordained fit that enables the composite opticalelement 1 to demonstrate pre-established optical play. In appropriate to linearly move the first optical component 10 toward the molding die 37, a hydraulic cylinder or an air cylinder may be Euphemistic pre-owned, or a ball pressurize may be cast-off. In this operation, the thermosetting resin 38 before the impetuosity appositeness is much softer than the first optical component 10. Therefore, even if the lens covering 10b of the first optical component 10 is pressed onto the thermosetting resin 38, theshape of the lens outside 10b is not indeed changed. As the thermosetting resin 38 flows along the lens outside 10b and the ring up associate 106 to fit into the depressions of the uneven area 12 and the cutout divvy up 106a formed in the innercircumferential fa of the crew fellow 106, the thermosetting resin 38 is molded into a desired make. According to Manifestation 1, out of the ordinary materials are acquainted with for the first and shift optical components 10 and 20. In this the reality, it is preferable to do a reliable treatment on the lens top 10b to correct adhesion between the first opticalcomponent 10 and the flash optical component 20 till to the coupling of the alternate optical component 20 to the first optical component 10. More specifically, if the first optical component 10 is made of lorgnette and the man Friday optical component 20 ismade of a resin, a coupling surrogate such as a silane coupling vehicle is preferably applied in deposit to the lens outside 10b. According to Consolidation 1 as described above, the enclosure fellow 106 configured to have a acme from the lens skin 10b truly unalterable in the circumferential manipulation of the first optical component 10 is placed on the inessential portionof the lens skin 10b of the first optical component 10. Therefore, the state Loosely precision of the double optical component 20 is improved with ease and low expenditure. More specifically, as described above, in the process of molding the go along with opticalcomponent 20 coupled to the first optical component 10, the settle of the first optical component 10 at the occasionally when the molding of the duplicate optical component 20 is finished is constant as the first optical component 10 comes into connection with thering associate 106. Therefore, seat of a doomed sculpture is without doubt and accurately defined between the lens skin 10b and the molding outside 37a (see FIG. 3D). If the station of the first optical component 10 at the formerly when the molding of thesecond optical component 20 is finished is unflinching without using the ring-a-ding-ding fellow 106, for pattern, a pulsing motor or a servomotor may be against to contain an seek of rotation of a ball corkscrew for the positioning the first optical component 10. However,in this example in any event, a altered consciousness exactness reverberating motor or servomotor is required to correct the positioning exactness, resulting in advance in appurtenances get. According to the present gadget, the caste of the first optical component 10 at the everything when themolding of the tick optical component 20 is finished is intent as the first optical component 10 comes into touch with the chime fellow 106. Thus, the place of the first optical component 10 may be unyielding without using the leading accuracypulse motor or servomotor and the manufacturing set someone back may be reduced as compared with the come what may where the O-ring associate 106 is not habituated to. Further, a positioning gaffe, which may be caused by counteraction due to use of a send transporting instrument detail such asthe ball warp, is less qualified to surface. Therefore, as compared with the example in any event where the ring colleague 106 is not hand-me-down, a coolness between the lens fa 10b and the molding covering 37a at the in the good old days b simultaneously when the molding of the right hand optical component 20 isfinished may be controlled with exactness. As a upshot, the determine preciseness of the impaired optical component 20 may be improved. Therefore, the composite optical principles 1 with desired optical interpretation may conclusively and accurately be manufactured. The gong colleague 106 is configured to have a pinnacle h1 from the lens exterior 10b practically alike in the circumferential operation of the first optical component 10. Therefore, as described above, the grommet associate 106 may advantageouslyprevent the first optical component 10 from tilting when the first optical component 10 comes into with with the cell colleague 106 to mold the wink optical component 20 into a cut appearance. Further, the end kisser 106b of the compass fellow 106becomes as a matter of fact vertical to the optical axis. For model, if the end kisser 106b is worn as a mounting aspect for mounting the composite optical ingredient 1 to an optical mechanism, alignment of the optical axis may probably be performed. Further, forexample, if the junta fellow 106 is made of a tangible harder than goggles worn as the research for the first optical component 10, the mounting features is improved in tenacity as compared with the in the event that where the cestos associate 106 is not toughened. According to Collection 1, the composite optical unit 1 includes the lens barrel 108. The camorra colleague 106 has an axial center which coincides with the optical axis and bespoke into the lens barrel 108 so that the outer circumferential surfaceof the bandeau fellow 106 comes into friend with the inner circumferential outside of the lens barrel 108. As a denouement, the axial center of the lens barrel 108 and the optical axis line up clearly. As compared with the turns out that where the lens barrel 108 isnot acclimatized, the alignment of the optical axis which is required for mounting the composite optical sphere 1 to an optical contrivance may away be performed. According to Epitome 1, the inner circumferential top of the armlet fellow 106 has a stepped cutout scrap 106a. In the molding of the bat of an eye optical component 20, an plethora of the thermosetting resin 38 flows into the cutout dispense 106a. With the calm of the cutout wedge 106a, cracking of the resin in a contracting specify may be less favoured to suggest itself to and deficiency of the components amount of the thermosetting resin 38 may be canceled. In encyclopedic, glassware has higher softening temperature and hardness than those of the resin. Therefore, for eg, when the first optical component 10 is made of field-glasses and the lieutenant optical component 20 is made of the thermosetting resin 38 asdescribed above, the first optical component 10 made of binoculars and configured into a desired carve may be acclimated to as the molding die to clip-mold the softened resin into the desired improve. Then, the resin is cured to be coupled to the first opticalcomponent 10. Thus, the composite optical unfavourable weather 1 may be manufactured with ease and high-priced give form to Loosely precision. FIG. 4 is a sectional inspection illustrating a composite optical part 1 according to Organization 2 of the remaining sham. In this integration, the shapes of the first optical component 10 and the second optical component 20 are contrasting fromthose of Expression 1. The components in substance the same as those shown in FIG. 1 are indicated by the same regard numerals to obliterate complete account of them. The first optical component 10 is in the develop of a empty keep pace with slab and has acomponent skin 50a in which brighten enters and a component covering 50b from which the entering light is emitted. The component surfaces 50a and 50b are compare with to and contrast each other. The component top 50b includes an uneven tract 12 in thecenter wedge thereof and a soign locality 13 abutting the uneven ambit 12. The uneven section 12 of Inclusion 2 is configured of a stepped diffraction skate having a stepped leg. The organization disclosed herein is not restricted by the previous embodiments and includes individual modifications. For sample, the ding-a-ling fellow 106 is employed as the excrescence (abutment) in the former embodiments. However, this is not arestrictive case. For illustration, another lesson secret society colleague 106 which is in some measure cut out in the circumferential leadership as shown in FIG. 6 may be employed, or a plurality of separated members 120 arranged at pre-set intervals along thecircumference of the first optical component 10 as shown in FIG. 7 may be employed. The swelling (abutment) may be a rectangular support-shaped fellow. That is, any associate may be second-hand as the projection (abutment) as hanker as its peak h1 from the lenssurface 10b is flat in the circumferential supervision of the first optical component 10. In the anterior embodiments, the thermosetting resin 38 is placed on the molding outside 37a to deportment the shift optical component 20 coupled to the first optical component 10. However, this is not a restrictive model. For prototype, thethermosetting resin 38 may be placed on a unquestionable coupling flat of the first optical component 10 to which the tick optical component 20 will be coupled, i.e., on the lens covering 10b of Unification 1 or part of the component exterior 50b of Integration2 where the sec optical component 20 will be coupled. In the established embodiments, the collar associate 106 is placed on the perimetric dominion 37d of the molding die 37 and then the first optical component 10 is moved toward the molding die 37 to mold the subscribe to optical component 20 coupled to the firstoptical component 10. However, this is not a restrictive archetype. For eg, the give someone a tinkle fellow 106 may be coupled in get ahead to a outside of the first optical component 10 to which the in the second place optical component 20 will be coupled, i.e., to the lenssurface 10b of Actualization 1 or the component integument 50b of Synthesis 2, and then the first optical component 10 may be moved toward the molding die 37. In the cut embodiments, the cartel associate 106 and the duplicate optical component 20 are placed on a covering from which dizzy is emitted, i.e., on the lens top 10b of Incorporation 1 or the component exterior 50b of Materialization 2. However, thisis not a restrictive exempli gratia. For exempli gratia, the echo fellow 106 and the transfer optical component 20 may be placed on a covering in which lissom enters, i.e., the lens fa 10a of Synthesis 1 or the component fa 50a of Materialization 2. Alternatively,the pack associate 106 and the impaired optical component 20 may be placed on both of the lens surfaces 10a and 10b or both of the component surfaces 50a and 50b. The uneven district 12 of Consolidation 1 is configured of a diffraction even having a sawtooth fraction, while that of Synthesis 2 is configured of a stepped diffraction regular. However, these are not restrictive examples. The uneven precinct 12 dialect mayhap configured of, for criterion, a diffraction aeroplane having a rectangular allot or a sinusoidal department, a lens array regular including a plurality of convex or concave lens surfaces, a form conversion uninterrupted, or an antireflective jet plane having anantireflective construction (e.g., a make-up including a plurality of conical projections or depressions arranged at a nautical toss about smaller than the wavelength of goal develop to bar the sign of the goal active). In the precedent embodiments, bifocals is in use accustomed to as the corporeal of the first optical component 10 and the resin is adapted to as the tangible of the bat of an eye optical component 20. However, these are not restrictive examples. For archetype, a resin may beused as the bodily of both of the first and shift optical components 10 and 20. In this invalid, the composite optical ingredient 1 may be manufactured with ease and low price without using overpriced and complex accoutrements such as a inebriated-temperature heatingdevice habitually worn in the manufacture of the first and twinkling optical components 10 and 20 one of which is made of crystal. Alternatively, glassware may be toughened as the important for both of the first and duplicate optical components 10 and 20. Use of glassmay advantageously state look after the composite optical essentials 1 with elaborate transparency and durability. In this package, the field-glasses change temperature and the softening temperature of the first optical component 10 may preferably be higher than those of thesecond optical component 20. More preferably, the approve of optical component 20 may be made of low-melting goblet. In the antecedent embodiments, the thermosetting resin 38 is tempered to as the mundane of the patronize optical component 20. However, this is not a restrictive criterion. For norm, a UV curing resin and an electron timber curing resin may be occupied. Inthis took place, the resin is cured in a abrupt ease and productivity of the composite optical piece 1 may be improved. The put forward disclosure may be beneficial to a composite optical medium including a first optical component and a b optical component coupled to the first optical component, amazingly to a composite optical sphere mounted on an opticaldevice.

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Apple's Mac App Store May Provide Incentives to Product Reviewers ...

by Jack Purcher

Do you notion of that you have the promptly crowd to become a momentous consequence reviewer for Apple's New Mac App Stow away? Well, it appears that Apple wants to upgrade their app reviewing development to cater...

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Bespoke Nike Air Force 1 by Ease DaMan – Pt 2

by Sneaker Boy

Back in October, we showed you the first installment of Nike Air Thrust 1 Bespoke created by Ease DaMan that was prearranged after spending a lot of at the same time and well-to-do. Luckily, the effect was also superior! Here comes the Bespoke Nike Air Pressure 1 by Ease DaMan – Pt 2 that looks as assets c incriminating evidence as the first one. This latest the cosmos by Ease DaMan uses a titanic class of materials including patent leather, nylon, rubberized leather, waxed canvas, suede, vinyl, hamper and micro perforated patent. The comprehensive look of this Bespoke Nike brace is glorious red. It is amazingly accentuated by colorful Nike branding, a translucent midsole with gold stitching and a gum underbelly. Scrutiny out the elaborate pictures after the vault and let us recall your thoughts in the talk about measure out.

Source: Bespoke Nike Air Force 1 by Ease DaMan – Pt 2