TR201608269A2 - SPECIAL WINDOW SYSTEM - Google Patents

Abstract

Here a special window system of a vehicle is provided. The light generating set operates to illuminate a window, thereby preventing visibility through the window. A proximity sensor is configured for object detection. A controller is in communication with the light generating set and the proximity sensor. If the proximity sensor detects an object near the window, the controller activates the light generating set.

Description

DESCRIPTION SPECIAL WINDOW SYSTEM Relevant Applications ATEI'] This application is submitted to the "VEHICLE LIGHTING SYSTEM", whose application was filed on November 21, 2013. WITH PHOTOLUMINESCENT STRUCTURE" baslllZlEl4/ 086, 442 of JEBD Patent Application klâtnen continuelZblan, "DOOR ILLUMINATION AND WARNING SYSTEM," continuation of the US Patent Application baslllZIEl14/603,636 no.HJJJ Continuation of the BD Patent Application No. 14/721,274 references are incorporated herein by reference in their entirety.

Technical Field of the Invention The present invention includes vehicle lighting systems in general and photoluminescent structures in particular. It is related to the vehicle lighting systems that use it.

State of the Art of the Invention (Prior Art) The lighting caused by the use of photoluminescent structures is an original and attractive view experience. Therefore, it is used in automobiles for differentiating applications. It is requested that these structures be implemented.

Find out KEa openeelamasEl According to one aspect of the present invention, a special window system for a vehicle is opened. visibility is blocked. An approximate sensor was built for object detection. the controller communicates with the plug& and yakI sensor that produces [Elli]. YakIllZl sensor of the window If it detects that there is an object close at hand, the controller eGenerates it.

According to another aspect of the present invention, a special window system for a vehicle It is being opened. thus, visibility through the window is blocked. An approximateEsensor tool Built to detect objects in the field, a controller ISIEl produces jewelry and It is in communication with the proximity sensor. When an object is detected near the window, The controller lSlEl is producing the plug.

According to another aspect of the present invention, a special window system for a vehicle The plug that produces multiple lSlKl! to illuminate a corresponding window. YapllândEEnlStlB thus prevents visibility through the window. With each window EllIhlStE A controller associated with the proximity sensor and made for this object detection Ella It is in communication with the generating plug and the proximity sensor. Detect an object near the window When the controller is set, the corresponding hand is attached to the hand.

This and other aspects of the present invention, objects, features, following description, claims and the attached figures will be understood and appreciated by the person skilled in the art after examining can be done.

Explanation of Figures In figures; Figure 1, a vehicle equipped with a special window system according to a construction. a sematic shows the view, Figure 2 shows a custom window according to a build, and Figure 3 is a cross-sectional view of the aI-n custom window along line III-III of Figure Z.

Explanation of the Invention Existing openings, as needed, can be opened here. However, Sustainably agreed upon, the artifacts that have been opened can only be found in different and alternative forms. They are in the nature of examples that can be made. Figures do not have to have a distinctive design and some Eschemas can be exaggerated or reduced to show an overview of the function. This Therefore, the specific structural and functional distinctions described here are representative, not by lellEliandElEE. should be interpreted as a basis and these should be used to apply the present invention in different ways. It is a guide to a person skilled in the art.

As used herein, the term "and/or" refers to a list containing two or more items. use-[giia, single press of any of the listed items. available or listed two or more of the items. meaning that any combination of them can be used. is coming. For example, if a composition is described as containing components A, B and/or C If it is being used, the composition is a single bass. Take A single-headed B, single-headed C, A and B together, A and C together may contain B and C together, or A, B and C together.

The following disclosure tool is associated with a custom window system. special window system, one or more vehicles to prevent the viewers from seeing the contents of the vehicle cabin. It works in a way that reduces visibility through the window. Although the private window system has been evaluated for use in automobiles, it should be appreciated that here With special windows that open, such as Iocomotives Use in other types of vehicles designed to carry one or more passengers! for adaptable.

Look at Figure 1“[gîa, according to a construction, a tool (12) is a special window system (10) is shown in a schematic diagram, where the vehicle (12) is idle. It is evaluated that the special window system is effective when the vehicle (12) is parked and driven. It can also be used when full. As shown in Figure 1, vehicle (12) 14a -14d Equipped with one or more special windows as shown in windows each vehicle. (12) corresponds to a side window[l]]Zl. Each of the custom windows (14a-14d) made in such a way as to provide illumination and a relevant reference here is directed. Each of the custom windows (14a-14d) is fitted with one or more burning sensors. For example, the close sensor takiE(68), Fig. 2-sidedEtlan tool (12) detects an approximate object When activated, it can be selectively activated by a controller (16). For example, a When an object such as a person looking up (18) is detected by the proximity of the private window (14d), the controller (16) activates the special window (14d). In the result indicated by lines (20) The resulting illumination prevents seeing through the special window (14d). In this way, The person looking up (18) is prevented from seeing the contents of the vehicle cabin, which means that the front passenger It may contain valuable material such as a handbag (21) that is worn on the seat 22 . ArtlEllB1lgl a as a precaution of secrecy, the controller (16) is to prevent anyone looking up (18) from looking into it. tool as custom window (14d). (12) Remaining private windows (e.g. private window (14c)). If no upward facing person is detected (18), the controller will upEllan Hakan. (18) as a result of the detection of about the special window (14d) sides can disable the private window (14d) along with other activated private windows.

The controller 16 is a power source, including a vehicle power supply or alternative power supply. source (23) can be connected.

When an object is detected, the controller (16) mirrors the left side26), the rear structure(28), the right Cameras (24a, 24d) mounted on side mirror(30) and rear view window (32) Activate a camera system including As shown, cameras. (24a and It has a rear vision field (42,44) containing As long as an object remains detected[g]l:l5, images captured by cameras 24a -24d can be saved in the memory 50 of the controller 16 and can be stored and later returned for monitoring if an attack occurs. can be called. Memory 50 is overwritten simultaneously executed by a processor 54 may contain instructions (52) and, in accordance therewith, the controller (16) will perform its intended function. will make it happen. Although memory 50 is shown as a single block, it should be noted that the memory 50 can be realized as more physical storage units. from the same direction, although Although controller 16 is shown as a single block, one or more of the controller 16 It should be appreciated that it can also be realized as a subordinate unit.

According to one framework, system 10 is a remote electronic device. (56) use-Dan an alert to a remote electronic device (56) to notify that the object has been detected. It can be done in a way that will send it. For example, the controller (16) is located on the vehicle (12) and remotely via a wireless communication system (58) over which the alert is sent. it may establish a radio frequency (RF) communication with the electronic device 56. RF communication one way such that the remote electronic device (56) can only receive information from the wireless communication system (58). has the capacity. Alternatively, the RF communication may be bidirectional such that the remote electronic device 56 is capable of receiving and sending information from the wireless communication system 58 . For example, you can send a car alarm request to a useful wireless communication system 58, thus a warning that an object has been detected. aIIElTiasI a tool in response The alarm is Elieticised.

Additionally or alternatively, system 10 is accessible by remote electronic device 56. a living creature can be made in a way that will provide the mind. For example, from cameras (24a - 24d) The captured images are displayed on a web site via a WiFi communication system 60 on the vehicle 12. can be uploaded to the site. Alternatively, the captured images can be played on the remote electronic device. The stored software tools can be seen in the EiJEa. In this way, remote electronic device. (56) use aEEII canllZlvideo can reply based on its smart content. For example, usepreviously described to send an alarm request or remote electronic device (56) telephone If it has functionality, remote electronic devices: {56) can use. Remote electronic device, in relation to the shown construction. (56) a smart phone, It is considered that it may include a desktop, a tablet and the like.

See Figure 2, the special window (14d) is shown according to the other configuration. Special It should be appreciated that windows 14a-14c can be implemented in a similar fashion. shown In the figure, the special window 14d is coupled to the side window 63, producing a lSlKl insert (62). contains. Heat generating plug (62), side window (63) diodes It can contain multiple @El sources containing (64 of LEDs). According to a construction, LEDs (64) The interior of the tool (12) is the edge of the facing side window (63). from basümlglîlve vehicle (12) dlglarlîl It is oriented to face straight. In this way, the Elm generating jewel (62) is closed by the door (66). time is protected from the external environment. As described further below, the LEDs (64) it is relatively small in size and diffuses in different intensities and LEDs (64) Provides proper visibility through the special window (14d) when in the deactivated state When activated, the special window (14d) lights up from the LEDs (64) transmitted through the half window (63). Provides illumination as a result of mi and visibility through the special window (14d). cause inhibition. Asaglîzlh, some of the more described as lEtiJD In Elnas, a photoluminescent structure (not shown) can be placed (eg, LEDs 64 and special window (14d) interleaved) and will provide illumination in response to the light emitted from the LEDs (64) it can be done in this way. In this type of setup, the luminescent EE lights up instead of fifty emitted from the LEDs. transmitted through window 63. Attached (62) LEDs (64) door to both structures It can be wired through (66) to the controller (16).

As shown separately in Figure 2, the custom window (14d) It may include a coupled burner sensor attached (68). APPROACH[Hand sensor attachedHand(68) custom on or with any edge of the window 14d or a component of the door II 66 it can be placed elsewhere on the vehicle (12) integrally (eg trim panel). shown As for yapllând @haya, yakIiEIsensor takIiIZQGS) @Büreten takIil3162) to surround editable along the border of the custom window (14d). Approximate sensor attached(68) one or more capacitive sensors (70) or detecting an object placed at a distance may include another type of sensor capable of Each capacitive sensor (70) will be detected a feature that allows detecting objects placed near the special window (14d). the electric field can be sized to have a projection distance. God is here In this way, a close object, especially a person looking up, can be seen through a private window. refers to the distance to see the contents of the vehicle cabin (eg special window (14d)).

Contents Seats or footwellsEb, open containersIssuesClinic navigation charging devices associated with the vehicle, such as systems, or usually inside the vehicle cabin. may include equipment associated with the vehicle installed.

See Figure 3 [in the gilluda, a cross-sectional view (28) of the special window (14d) shown as an example. SurasElanlasUüialIle to another place on two vehicles (12) docked custom windows can be implemented in a similar way. Shown built in Enada, custom window (14d) @E generating attachment (62) attached to window lock (72) side window (63) This includes the vehicle. (12) inner clip. looking towards the right other construction Elnada, Ella producing The attached (62) window can be attached to the side window (74) on the side window (63) and can be attached to the vehicle (12) In other construction, the main producing attachment (62) is integrated with the side window (63). and window k-ilarE(72 to 74). can be positioned. However, igllîl producing taIlZI By coupling (62) the window blade (63) of the half-window (72), IglEl producing attachment (62) it is not in direct contact with the external environment. Although the lSIIKl producing jewelry (62) is a Although it is shown to be of planar structure, it should be appreciated that @El generating taknlî(62) has a sloped Non-planar constructions are also possible when it is desired to couple the window with the class.

With respect to the structure shown, a substrate (76) of silica (62) producing lSlEl and this 0.005 to 0.060 inch leis is an almost transparent polycarbonate, polymethyl methacrylate (PMMA), or polyethylene terephthalate (PET) material. positive electrode (78) arranged on semiconductor substrate (76) and indium-tin It contains almost transparent conductive material such as oxide. The positive electrode (78) is electrically ISIE connected to the LEDs (64) as a semiconductor (80) device, and Similarly, the nearly transparent negative electrode is applied over the positive electrode 78. (82) also electrically connected to LEDs (64) Negative electrode (82) semiconductor ink It is arranged on (80) and is non-shielded with a transparent or semi-transparent material such as indium tin oxide. contains conductive material. In alternative configurations, the positive electrode (78) is the negative electrode. can replace with.

Positive or negative electrodes (78, 82) each have a corresponding main pathway (84, 86) and Corresponding] The incoming cable (88, 90) is connected electrically to a controller (16) via JEE. paths (84, 86 ) meet the positive and negative electrodes (78, 82 ). may be in the opposite corners and uniformly along this main road (84, 86) supports. As previously described herein, the controller (16) power supply (23) can be connected electrically and this is a vehicle power supply operating at 12 to 16 VDC. KarsHJEI can come.

The LEDs (64) are randomly or in a controlled fashion in the semiconductor ink (80). can be placed and the vehicle is placed facing the dEIE, and it is focused or not focused. it can be built to spread. LEDs, (64) gallium from 5 to 400 microns in size Nitride elements can be countered to micro LEDs and can be coated with semiconductor ink (80). from gallium, indium, silicon carbide, phosphorus and/or semi-dialed polymetric bonds may contain different gases and dielectric materials, including one or more milk. This In the figure, the semiconductor ink (80) may contain different concentrations of the LEDs (64), such that The intensity of the LEDs (64) can be adjusted for different lighting applications. some In construction, LEDs (64) and semiconductor ink (80) Nth Degree Technologies It can be obtained from Worldwide Inc. Semiconductor ink (80) positive electrode (78) k-ilarIEla differentlZlbasklZl including inkjet and silkscreen processes can be applied through processes. More specifically, it is envisaged that the LED SourcesE(64) can be submerged in semiconductor ink (80), and its shape and size are semiconductor Placement of the ink 80 is significantly reduced by the positive and negative electrodes 78, 82. may be aligned. Finally, it is electrically connected to the positive and negative electrodes (78, 82) some of the connected LEDs (64) can be selectively activated by the controller (16) and the circuit It can be deEEbl. Additional information on the making of heather-producing jewelry was published on March 12, 2014. applying for "ULTRA-THIN PRINTED LED LAYER REMOVED FROM SUBSTRATE" basIHZIEI Refer again to Figure 3, for example, the jewelry 62 that produces Ella is a coating, layer, film, or other at least one photoluminescent structure arranged on the negative electrode 82 as suitable deposition (92) includes. Regarding the structure currently shown, photoluminescent light! (92) an energy conversion layer ZG94), an optional stability layer (EQSS) and an optional protection layer layer E96) energy conversion layer (94) at least one having energy-converting elements with phosphorescent or fluorescent properties photoluminescent material (98). For example, the photoluminescent material (98) rylene, xanthene, May contain organic or inorganic fluorescent dyes containing porphyrin, phthalocyanine Additional or alternatively, the photoluminescent material (98) is from the Ce-katkilânilg garnet group such as YAG:Ce. May contain phosphors. The energy conversion layer(94) is an energy conversion layer using many different methods. of photoluminescent material (98) in a polymer matrix to create a homogeneous mixture. dagElIIhasEile prepared from a formulation of a slîlîtaslîlîlîbrtamulja. energy conversion layer hand (94) preparation with energy conversion layer (94) negative electrode 82 or a desired substrate. energy conversion layer (94) to a negative electrode (82) painting, screen printing, Zlflexography, sputtering, slot coating, It can be applied with dald lünallîl coating, roller coating and rod coating. Alternatively, a slîEl The energy conversion layerEl(94) can be prepared by methods that do not use stoneMEEmedia. For example, energy conversion layer(94), extrusion, injection molding compression kalljîlamasucalendering, hand shaping etc. that can be incorporated into a polymer matrix such as dipped the photoluminescent material (98) into the katEllial solution (a dry state homogeneous snowEIEii) can be obtained by

The photoluminescent material (98) contained in the energy conversion layer E (94) is converted into photolytic and photoluminescent k-i (92) stability layerIZl(92) to protect it from thermal degradation may contain. The stability layer q96) is optically coupled with the energy conversion layer b (94) and YapEtlEllü can be built as a separate layer or integrated with it. stability layerEl(96) hydrocoating or printing each layer with energy conversion layer E(94) via embossing or any other suitable means can be combined. photoluminescent(92) photoluminescent(92) The adhesive layer (100) can be attached to the window clip (72) with the tool. photoluminescent structures additional information about “do” AND ENVIRONMENTALLY STABLE MULTILAYER STRUCTURE FOR HIGH EFFICIENCY ELECTROMAGNETIC ENERGY CONVERSION AND SUSTAINED SECONDARY EMISSION" Kingsley and friends. disclosed in IJEBD Patent No. 8,232,533, granted In the case of PlayElna, make photoluminescentEl(92) LEDs (64) radiated byElân @El In response to incitement by the parties As a result, the springs from the LEDs (64) are subjected to a thermal energy conversion process and Photoluminescent material (98) sides are converted and reconstituted at a different wavelength. With the light from the springHüaktadlEl LEDs (64), the input is eluted here and the photoluminescent The lgllgadu/melt is converted to the Siga re-emitted from the material 98. To a daydream According to the photoluminescent material(98), the input elgll will convert to a longer wavelength light. It can be formulated in such a way that this is referred to as subversion. Alternatively, photoluminescent material 98 is formulated to convert the entered EgE to Eg at a k& wavelength. it can be called upconversion. According to both approaches, photoluminescent Transformed by material (98) Ethics] make photoluminescent. (92) Can be doubled or other In this way, an energy step can be used. Ella energy conversion converted here to drive other formulation of photoluminescent material contained in layerEK94) Entered as @Bolarak will function and then make the converted lgllîlphotoluminescent (92) It can be doubled or used as input, and so on. described here Regarding the energy conversion principle, the input @Eve transformed Igllîlarasiaki wave The difference in length is known as the Stokes shift, and this is a wavelength of Ella. It functions as a principle drive mechanism for a suitable energy conversion process against change[l] sees.

In someEyaphandelnas, photoluminescent structure(92) may exhibit Lambertian arc[l].lî3l, where the converted EIgIEI can be propagated into a klâinlilliir tool in the right direction. In this way, the jewelry (62) optionally converted to a vehicle loop in the correct direction/for rerouting the Ileatment 102 with a side coupled to the substrate 76. ReflectUEElayer (102) seperately physical and chemical attachment from environmental exposure at the same time:(62) can function.

According to a construction, the photoluminescent material 98 is a color expressed in a desired color. Transformed Elg with emission spectrum will have a Stokes kayleb yielding It has been formulated as such, and this lighting application may vary depending on the application. For example, The energy conversion process can be performed with downconversion and the @Ki (76) entered here blue, violet, or ultraviolet (UV) @ the lower end of the visible spectrum.

It is possible to use such masonry, violet, or UV LEDs as LEDs(64). This means that only LEDs of the desired color are used, omitting the photoluminescent structures 92. Depending on the usage, it can be relatively cost advantageous.

In alternative constructions, the energy conversion layer (94) has more than one separate may contain photoluminescent material and these. each longer or longer than the entered lglgllî It can be done to convert lglg'b at wavelength. Elnada, separateEfotoluminescent materials can be diffused into the energy conversion layerEl(94). Alternatively, separate photoluminescent materials can be isolated from each other if desired. For example, separateElphotoluminescent Make a mosaic or other materials. can be edited to change. Each When made, each individual Photoluminescent material is a clump of LEDs (64). can be driven in a unique way and they can be arranged differently. Bazuraplândulnas, every A separate photoluminescent material has an emission spectrum expressed in a unique color. transformed Sigilil associated with the owner to have a Stokes shift that will result can be formulated such that the resulting luminescence is made from each separate photoluminescent material. returns a converted @Ekarlglili-karsEEllg. Two or more separate Ellotoluminescent materials By using ElglEkarlStlElnak transformed into a strawberry, a wider variety of colors can be expressed, which otherwise it cannot be achieved through the propulsion of a single photoluminescent material. evaluated lgliîlkarlglüilarlîl, which includes any combination of the color green and blue in which all photoluminescent materials and LEDs are suitable combinations can be obtained by selecting Iel. Separated photoluminescent materials and LEDs Additional information on the mechanisms of the application was made on April 27, 2015 by Salter and friends. 14/697,035 countEUjLIGHT-PRODUCING ASSEMBLY FOR A VEHICLE” given disclosed in the U.S. Patent Application and incorporated herein by reference has been made. In working condition, the controller (16) is photoluminescent. (92) luminous luminosity final It can control the intensity of the LEDs to affect the For example, LEDs (64) photoluminescence, which exhibits generally brighter luminescence gives results. Controller 16 via atm-width modulation or direct mind control It can control the intensity of the LEDs (64). When the thermal plug (62) is active, the controller (16) You can control the LEDs (64) @El emit time and this will make photoluminescent.. (92) affects the glare time, which in turn affects the glare time of visibility through the special window (14d). determines. In a construction, the controller (16) is looking up at someone (18) or other object. it can activate the LEDs (64) as long as it continues to be detected.

In order for the existing explanations to be further understood, the following point is noted that to represent a fundamental degree of uncertainty attributable to measurement or other CEE useliîzhaktadE The terms “almost” and “approximately” are also used here Quantitative exposure causes a change in the basic function of the substance in question. being- indicates the degree of difference IIJJE from the specified reference.

The following point is understood, apart from the concepts of the present invention, which is mentioned above. Changes and modifications can be made on the existing structure, and again, the point is It is understood that these concepts, unless expressly stated otherwise in the language of the claims, included in the scope of the following claims -1 .\`\ x 7.1/ _ ..1. 1…” w. 4 4 ri\ 2 4

Claims (20)

REQUESTS Handcrafted plug that works to illuminate a window, thus blocking visibility through the window; makeHandlEllüilgl a yakIllgsensor for object detection, and A special window system for a vehicle, comprising a controller in communication with the ella generating plug and the proximity sensor, which the controller imitates when the yakIEIZl sensor detects that the window is an object near. A special window system according to yapllând-[glglistem 1 to detect it. Special window system according to my list Z, containing a related photoluminescent structure and more than one relevant source, thus the resulting Luminescent Sigil radiates through the window. The special window system according to claim Z, wherein the approximate sensor includes capacitive sensors connected to the window and arranged to surround the lglEl producing plug. Special window system according to claim 1, incorporating a camera system placed on the vehicle and in communication with the controller, in which the camera system is operable to capture and save images of the object. Special window system according to my list 5, configured to provide an accessible live/ideo smart by a remote electronic device. Remote electronic device. A custom window system according to MyListIlllist 1 configured to send an alert to a remote electronic device informing that a use-Ches object has been detected. 8. The @Bureten attachment, which is attached to a window and plays to illuminate it so that visibility through the window is blocked, a device built to detect objects in the vehicle wheel and a plug that produces SIK] and a controller in communication with the proximity sensor, when the object is detected, A custom window system for a vehicle that the controller attaches to the Handheld. 9. An illuminated photoluminescent structure constructed to Engage in response to excitation with multiple sources of luminescence attached to multiple sources of luminescence, and containing multiple sources of lignified, thus resulting Iuminescent Sigil emitted through the window[g], according to my __list window system. 10. The special window system according to claim 8, wherein the YakI[IZ1 sensor comprises capacitive sensors connected to the window and disposed to surround the lllîl generating plug. 11. The special window system according to claim 8, comprising a camera system placed on the vehicle and in communication with the controller, the camera system operable to capture and save images of the object. 12.Special window system according to system 11, which is configured to connect an accessible live/ideo by a remote electronic device. 13. Remote electronic device. It is configured to send an alert to a remote electronic device informing the user that a use-hand item has been detected. 14. Each of them is configured to illuminate a corresponding window, so that visibility through the window is blocked producing multiple lights associated with each attached window and made for object detection. A special window system for a vehicle that includes the window that when an object near is detected, the controller activates the corresponding EE generating plug. 15.Special window system according to [system 14], which is connected to the attached window [gil:l] and the yakIllZl sensor's tool is constructed in such a way that it detects objects with language. 16.1. 17. The custom window system according to claim 15, wherein the YakI[IZ1 sensor includes capacitive sensors coupled to the associated window and located to surround the main generating plug. 18. The special window system of claim 14, comprising a camera system placed on the vehicle and in communication with the controller, in which the camera system operates to capture and record images of the object. 19.Special window system according to system 14, configured to provide a live/ideo-intelligence accessible by a remote electronic device. 20. Remote electronic device. The special window system according to claim 14, configured to send an alert to a remote electronic device informing that a user-Chess has been detected.