TR2022011034U5 - TEMPERATURE CONTROLLED HEATING CUSHION - Google Patents

TEMPERATURE CONTROLLED HEATING CUSHION

Info

Publication number
TR2022011034U5
TR2022011034U5 TR2022/011034U TR2022011034U TR2022011034U5 TR 2022011034 U5 TR2022011034 U5 TR 2022011034U5 TR 2022/011034 U TR2022/011034 U TR 2022/011034U TR 2022011034 U TR2022011034 U TR 2022011034U TR 2022011034 U5 TR2022011034 U5 TR 2022011034U5
Authority
TR
Turkey
Prior art keywords
resistance
fabric
insulation
miflon
cushion
Prior art date
Application number
TR2022/011034U
Other languages
Turkish (tr)
Inventor
Gali̇p Öz Ali̇
Original Assignee
Omak Ev Gereçleri̇ Ve Isitma Si̇stemleri̇ Sanayi̇ Ti̇caret Li̇mi̇ted Şi̇rketi̇
Omak Ev Gerecleri Ve Isitma Sistemleri Sanayi Ticaret Ltd Sirketi
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Omak Ev Gereçleri̇ Ve Isitma Si̇stemleri̇ Sanayi̇ Ti̇caret Li̇mi̇ted Şi̇rketi̇, Omak Ev Gerecleri Ve Isitma Sistemleri Sanayi Ticaret Ltd Sirketi filed Critical Omak Ev Gereçleri̇ Ve Isitma Si̇stemleri̇ Sanayi̇ Ti̇caret Li̇mi̇ted Şi̇rketi̇
Priority to TR2022/011034U priority Critical patent/TR2022011034U5/en
Publication of TR2022011034U5 publication Critical patent/TR2022011034U5/en

Links

Landscapes

  • Central Heating Systems (AREA)
  • Mattresses And Other Support Structures For Chairs And Beds (AREA)

Abstract

Başvuru konusu buluş, içinde ısıtma sağlayan Rezistans (7) bulunan Minder Bölümü (2), üzerinde Kumanda (3) bulunan Fişli Kablo (4) içeren sıcaklık kontrollü Isıtıcı Minderle (1) ilgilidir.The invention, which is the subject of the application, relates to the Heating Mat (1) with temperature control, which includes the Cushion Section (2) with the Resistance (7) providing heating, and the Plug Cable (4) with the Control (3) on it.

Description

TARIFNAME SICAKLIK KONTROLLÜ ISITICI MINDER Basvuru konusu bulus, içinde isitma saglayan Rezistans (7) bulunan Minder Bölümü (2), üzerinde Kumanda (3) bulunan Fisli Kablo (4) içermektedir. Teknik Alan Bu bulus, araç ve ev koltuklarinda kullanilan elektrikle isinan minder üzerinde yapilan gelistirme ve yeniliklerle ilgilidir. Bulus Konusu Alanda Teknigin Bilinen Durumu Günümüzde, iç ve dis mekanlar ile otomotiv, motosikletlerde kullanilmak üzere birçok farkli teknikle çalisan isinan minderler vardir. Teknigin bilinen durumunda isinan minderlerin bir kismi minder içine konulan kimyasal maddelerin reaksiyonuyla isi yaymasi bir kismi da sicak su veya sivi konulmasiyla isi yaymaktadirlar. Kimyasal tepkime veya sicak sivi akisiyla isi yayan minderler isilarini uzun süre muhafaza edemezler ayrica delinme, yirtilma durumlarinda ciddi yaralanmalara ve çevre kirliligine neden olurlar. Üretimleri ve kullanimlari zor ve zahmetlidir, kullanim süreleri de kisadir. Teknigin bilinen durumuna dahil elektrikli minderler de bulunmakta olup bu ürünlerde karbon levhalar, direnci yüksek elektrik kablolari ve/veya rezistanslar belirli bir düzen içinde minder içine yerlestirilmekte ve elektrik akimiyla isinmasi saglanmaktadir. Bu tip ürünlerin çogunda isi homojen olarak yayilmadigi gibi isi ayari yapmak da mümkün olmamaktadir, asiri isinmalar ve akim kaçaklari nedeniyle kazalar olabilmektedir. Minder içine yerlestirilen elektrik kablolari ve rezistanslar çogu zaman serbest veya kumasa belli yerlerinden dikilmek yöntemiyle sabitlenmekte olup kullanim sirasinda kayma, kirilma, kumastan çikma nedenleriyle kisa devre veya elektrik kaçaklarina siklikla rastlanilmaktadir. Bu tip ürünlerde isitma için verimi düsük levha, kablo ve rezistanslar kullanilmasindan dolayi elektik sarfiyati yüksektir. TR2007/07783 nolu Faydali Model "Isitmali Otomotiv Siltesi ve Minderi" olup yalitimli minder içine yerlestirilen karbon esasli radyant filim ve isitma saglayan bakir seritten bahsetmektedir. TR2009/06444 nolu Faydali Model "Iç ve Dis Mekân Kullanimina Uygun Isitmali Koltuk Yapilanmasi" olup koltuk iskeleti üzerine yerlestirilen ve içinde rezistans yerlestirilmis sirt ve oturma yerlerinden bahsetmektedir. TR2011/O3050 Faydali Model "Isitmali Minder" olup isitici haznesi içerisinde bulunan metal çipin bükülmesiyle kimyasal tepkimeye girerek isinan sodyum asetat tuzundan olusan jel içeren oturma minderinden bahsetmekte olup isitma islemi kimyasal tepkimeyle saglanmaktadir. TR2015/15419 Faydali Model "Karbon Isitici Içeren Minder" olup kumas veya deriden mamul dis yüzey içine yerlestirilen karbon isiticidan bahsetmektedir. Koltuk Minderi" olup sadece motosikletlere yöneliktir, 3 cm kalinlikta süngere yapistirilmis alüminyum tabaka, kaçak akimini kesen sigorta ve yapiskanli kumas ve rezistanstan bahsetmektedir. Söz konu bulusta Sensör olmadigi gibi Rezistans özelliklerine de deginilmemis ve yapiskanli kumasin islevi ile referanslari açik ve net degildir. Bulusun, Teknik Problemlere Karsi Sagladigi Çözümler Bulusumuz yukarida belirtilen olumsuzluklari ortadan kaldirmak için gelistirilmis Isitici Minderdir (1). Bulusun bir amaci Rezistans (7)'in Miflon Kumas (8)'a yapistirilarak montajlanmasi olup Rezistans (7) kaymalari ve kirilip kumasi delmelerinin engellenmesidir. Bulusun bir amaci Minder Bölümü (2) ile Fisli Kablo (4)'nun Baglanti Kutusu (6) üzerinden takilip çikarilabilir olmasidir. Bulusun bir amaci Rezistans (7) ile Mikro Islemci (3-1) arasina baglanan Sensör (5) ile hassas isi ayari yapilmasidir. Bulusun bir diger amaci, Kumanda (3) ve içinde yer alan Mikro Islemci (3-1) üzerinden isi ayarlamasi yapilmasi ve düsük enerji maliyeti saglamasidir. Bulusun bir amaci, iç mekan koltuklari, dis mekân koltuklari ve araç koltuklari kullanima uygun tasarimda ve enerji kaynagi olarak ev sebeke gerilimi yaninda otomotivlerde de kullanim saglayabilmesidir. Sekillerin Açiklanmasi Bulusu açiklamak için sekiller sunulmus olup sunulan sekiller bulusu sinirlamamalidir. Sekiller üzerinde yer alan teknik özelliklerin yeri ve boyutlari sembolik olarak verilmis olup bulus özelliklerinin anlatimi için sunulmustur. Sekil 1- Sicaklik Kontrollü Isitici Minder görünüsü Sekil 2- Minder Bölümünün iç görünüsü Sekil 3- Rezistansin bölümlerinin görünüsü Sekillerdeki Referanslarin Açiklanmasi 1- Isitici Minder 2- Minder Bölümü 3- Kumanda 3-1- Mikro Islemci 4- Fisli Kablo - Sensör 6- Baglanti Kutusu 7-Rezistans 7-1- Cam Elyaf Ip 7-2- Spiral Rezistans 7-3- Iç Izolasyon 7-4- Bakir Sargi 7-5- Dis Izolasyon 8- Miflon Kumas 9- Dis Kumas Bulusun Açiklamasi Bu detayli açiklamada, bulusun tercih edilen yapilanmalari, konunun daha iyi anlasilmasina yönelik olarak ve hiçbir sinirlayici etki olusturmayacak sekilde açiklanmaktadir. Sekil 1'de sicaklik kontrollü Isitici Minder (1) görünüsü verilmis olup; içinde isitma saglayan Rezistans (7) bulunan Minder Bölümü (2), içinde Mikro Islemci (3-1) bulunan Kumanda (3) ve Fisli Kablo (4) içermektedir. Sekil 2'de Minder Bölümünün (2) iç kisim görünüsü verilmis olup; en dis yüzeyde Dis Kumas (9) onun içinde Miflon Kumas (8), Miflon Kumas (8)'a yapistirilmis Rezistans (7), isi kontrolünü saglayan Sensör (5) ve Baglanti Kutusu (6) içermektedir. Sekil 3'de Rezistans (7) bölümlerinin görünüsü verilmis olup; en iç kisimda Cam Elyaf Ip (7-1) ve üzerine spiral olarak sarilmis Spiral Rezistans (7-2), Bakir Sargi (7-4) ile Spiral Rezistans (7-2) arasinda izolasyon saglayan Iç Izolasyon (7-3) katmani ile en dis kisimda Dis Izolasyon (7-5) içermektedir. Bulusa konu Isitici Minder (1)'in üretim ve çalismasi su sekildedir; - Cam Elyaf Ip (7-1) üstüne Spiral Rezistans (7-2) sarildiktan sonra ekstrüder makinesi vasitasiyla üzerine yalitkanlik saglayan Iç Izolasyon (7-3) uygulanir, -Iç Izolasyon (7-3) üstüne spiral sekilde Bakir Sargi (7-4) sarilir ve üstü tekrar ekstrüder makinesi vasitasiyla yalitkan malzemeyle kapatilir, -Yalitkan hale gelen Rezistans (7)'a makine vasitasiyla istenen sekil -Sekillendirilen Rezistans (7), Miflon Kumas (8) üzerine isiyla eriyen yapiskan tozla yapistirilir ve Miflon Kumas (8)'in kenarlari dikilerek katlanir, - Miflon Kumas (8)'a yapistirilan Rezistans (7) üzerine Baglanti Kutusu (6) ve Fisli Kablo (4) montajlanir, - Baglantilari yapilan Rezistans (7) ebadina uygun hazirlanmis Dis Kumas (9) içine yerlestirilip, Dis Kumas (9) kenarlari dikilerek Rezistans (7)'la Baglanti Kutusu (6) arasina baglanan yari iletken Sensör (5) ile Kumanda (3) içinde yer alan Mikro Islemci (3-1) sicaklik ölçüm ve ayarini saglar. Fisli Kablo (4) üzerinde yer alan içinde Mikro Islemci (3-1) bulunan Kumanda (3) vasitasiyla sicaklik ayari, açma kapama gerçeklestirilir. Bulusun sanayiye uygulanma biçimi Yukarida bahsedilen isitmali minder sorunlarina çözüm getiren Isitici Minder (1) ilgili alanlarda üretilip uygulanabilir niteliktedir. TR TR TR TR DESCRIPTION TEMPERATURE CONTROLLED HEATER CUSHION The invention subject to the application includes a Cushion Section (2) with a Resistance (7) that provides heating, and a Plug Cable (4) with a Control (3) on it. Technical Area This invention is related to the developments and innovations made on the electrically heated cushion used in vehicle and home seats. Known State of the Technique in the Field of the Invention: Today, there are heated cushions that work with many different techniques for use in interior and exterior spaces, automotive and motorcycles. In the known state of the technique, some of the heated cushions emit heat by the reaction of the chemical substances placed in the cushion, and some of them emit heat by adding hot water or liquid. Cushions that emit heat through chemical reaction or hot liquid flow cannot retain their heat for a long time, and in case of puncture or tear, they cause serious injuries and environmental pollution. Their production and use are difficult and laborious, and their usage period is short. There are also electric cushions within the state of the art, and in these products, carbon sheets, high-resistance electrical cables and/or resistors are placed inside the cushion in a certain order and heated by electric current. In most of these types of products, the heat is not distributed homogeneously and it is not possible to adjust the heat, and accidents may occur due to overheating and current leakage. Electrical cables and resistors placed inside the cushion are often fixed by loose means or by sewing them to the fabric at certain points, and short circuits or electrical leaks are frequently encountered during use due to slipping, breaking, or coming out of the fabric. In these types of products, electricity consumption is high due to the use of low-efficiency plates, cables and resistances for heating. Utility Model numbered TR2007/07783 is "Heated Automotive Mattress and Cushion" and it refers to the carbon-based radiant film placed inside the insulated cushion and the copper strip that provides heating. Utility Model numbered TR2009/06444 is "Heated Seat Structure Suitable for Indoor and Outdoor Use" and it refers to the backrest and seats placed on the seat frame with resistance inside. TR2011/O3050 is a Utility Model "Heated Cushion" and it refers to a seating cushion containing a gel consisting of sodium acetate salt, which is heated by chemical reaction by bending the metal chip in the heater chamber, and the heating process is provided by chemical reaction. TR2015/15419 Utility Model is "Cushion with Carbon Heater" and it refers to the carbon heater placed inside the outer surface made of fabric or leather. It is a "Seat Cushion" and is only for motorcycles. It mentions an aluminum layer glued to a 3 cm thick sponge, a fuse that cuts the leakage current, and an adhesive fabric and resistance. In the invention in question, there is no sensor, resistance features are not mentioned, and the function and references of the adhesive fabric are not clear. Solutions Provided Against Technical Problems Our invention is the Heating Mat (1) developed to eliminate the above-mentioned drawbacks. One purpose of the invention is to mount the Resistance (7) by gluing it to the Miflon Fabric (8) and to prevent the Resistance (7) from slipping and breaking and puncturing the fabric. One purpose of the invention is that the Cushion Section (2) and the Plug Cable (4) can be connected and removed via the Connection Box (6) and precise temperature adjustment is made with the Sensor (5) connected between the Resistance (7) and the Micro Processor (3-1). Another purpose of the invention is to adjust the temperature via the Control (3) and the Micro Processor (3-1) inside it and to provide low energy costs. One purpose of the invention is to have a design suitable for use in indoor seats, outdoor seats and vehicle seats, and to be able to be used in automotive applications as well as home network voltage as an energy source. Description of Drawings Drawings are presented to explain the invention, and the presented figures should not limit the invention. The location and dimensions of the technical features on the figures are given symbolically and are presented to explain the features of the invention. Figure 1- Appearance of Temperature Controlled Heating Mat Box 7-Resistance 7-1- Glass Fiber Rope 7-2- Spiral Resistance 7-3- Internal Insulation 7-4- Copper Winding 7-5- External Insulation 8- Miflon Fabric 9- External Fabric Description of the Invention In this detailed explanation, find the invention Preferred embodiments are explained for a better understanding of the subject and in a way that does not create any limiting effect. Figure 1 shows the appearance of the temperature-controlled Heating Mat (1); It contains the Cushion Section (2) containing the Resistance (7) that provides heating, the Controller (3) containing the Micro Processor (3-1) and the Plug Cable (4). Figure 2 shows the interior view of the Cushion Section (2); It contains the Outer Fabric (9) on the outermost surface, the Miflon Fabric (8), the Resistance (7) glued to the Miflon Fabric (8), the Sensor (5) that provides temperature control, and the Connection Box (6). Figure 3 shows the appearance of the Resistance (7) sections; In the innermost part, the Glass Fiber Rope (7-1) and the Spiral Resistance (7-2) wound spirally on it, the Internal Insulation (7-3) layer providing insulation between the Copper Winding (7-4) and the Spiral Resistance (7-2) and External Insulation (7-5) at the outermost part. The production and operation of the Heating Mat (1) which is the subject of the invention is as follows; - After the Spiral Resistance (7-2) is wound on the Glass Fiber Rope (7-1), Internal Insulation (7-3), which provides insulation, is applied on it via the extruder machine, -Copper Winding (7-) is applied in a spiral manner on the Internal Insulation (7-3). 4) is wrapped and covered with insulating material again by means of the extruder machine. -The Resistance (7), which has become insulating, is given the desired shape by means of the machine. -The shaped Resistance (7) is glued onto the Miflon Fabric (8) with adhesive powder that melts with heat, and the Miflon Fabric (8) The edges of the ) are sewn and folded, - Connection Box (6) and Plug Cable (4) are mounted on the Resistance (7) glued to the Miflon Fabric (8), - The Resistance (7) to which connections are made is placed inside the Outer Fabric (9) prepared in accordance with its size. The semiconductor Sensor (5), which is placed and connected between the Resistance (7) and the Junction Box (6) by sewing the edges of the Outer Fabric (9), and the Micro Processor (3-1) located in the Control (3) provide temperature measurement and adjustment. Temperature adjustment and on/off are made via the Control (3) containing a Micro Processor (3-1) located on the Plug Cable (4). How the invention is applied to industry: Heating Mat (1), which provides a solution to the heated cushion problems mentioned above, can be produced and applied in relevant fields. TR TR TR TR

Claims (4)

ISTEMLER 1- Bulus Isitici Minder (1) olup, özelligi; - en dis yüzeyde Dis Kumas (9) onun içinde Miflon Kumas (8), Miflon Kumas (8)'a yapistirilmis Rezistans (7), isi kontrolünü saglayan Sensör (5) içeren Minder Bölümü, - en iç kisimda Cam Elyaf Ip (7-1) ve üzerine spiral olarak sarilmis Spiral Rezistans (7-2), Bakir Sargi (7-4) ile Spiral Rezistans (7-2) arasinda izolasyon saglayan Iç Izolasyon (7-3) katmani ile en dis kisimda Dis Izolasyon (7-5) katmani içeren Rezistans (7) içermesidir.1- The invention is the Heating Mat (1) and its feature is; - Cushion Section containing Outer Fabric (9) on the outermost surface, Miflon Fabric (8) inside, Resistance (7) glued to Miflon Fabric (8), Sensor (5) providing temperature control, - Glass Fiber Rope (7) on the innermost part -1) and the Spiral Resistance (7-2) wound spirally on it, the Internal Insulation (7-3) layer providing insulation between the Copper Winding (7-4) and the Spiral Resistance (7-2) and the External Insulation (7) layer at the outermost part. It contains Resistance (7) containing -5) layer. 2- Istem 1'deki Minder Bölümü (2) olup, özelligi; Miflon Kumas (8)'a yapistirilarak montajlanan Rezistans (7) içermesidir.2- It is the Cushion Section (2) in Request 1 and its feature is; It contains Resistance (7) which is assembled by adhering to Miflon Fabric (8). 3- Istem 1'deki Rezistans (7) olup, özelligi; en iç kisimda Cam Elyaf Ip (7-1) ve üzerine spiral olarak sarilmis Spiral Rezistans (7-2), Bakir Sargi (7-4) ile Spiral Rezistans (7-2) arasinda izolasyon saglayan Iç Izolasyon (7-3) katmani ile en dis kisimda Dis Izolasyon (7-5) katmani içermesidir.3- It is the Resistor (7) in Claim 1 and its feature is; In the innermost part, the Glass Fiber Rope (7-1) and the Spiral Resistance (7-2) wound spirally on it, the Internal Insulation (7-3) layer providing insulation between the Copper Winding (7-4) and the Spiral Resistance (7-2) and External Insulation (7-5) layer at the outermost part. 4- Istem 1'deki Sensör (5) olup, özelligi; yari iletken elektronik malzemeden imal edilmesidir.4- It is the Sensor (5) in Request 1 and its feature is; It is manufactured from semiconductor electronic material.
TR2022/011034U 2022-07-04 2022-07-04 TEMPERATURE CONTROLLED HEATING CUSHION TR2022011034U5 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TR2022/011034U TR2022011034U5 (en) 2022-07-04 2022-07-04 TEMPERATURE CONTROLLED HEATING CUSHION

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TR2022/011034U TR2022011034U5 (en) 2022-07-04 2022-07-04 TEMPERATURE CONTROLLED HEATING CUSHION

Publications (1)

Publication Number Publication Date
TR2022011034U5 true TR2022011034U5 (en) 2022-07-21

Family

ID=84083826

Family Applications (1)

Application Number Title Priority Date Filing Date
TR2022/011034U TR2022011034U5 (en) 2022-07-04 2022-07-04 TEMPERATURE CONTROLLED HEATING CUSHION

Country Status (1)

Country Link
TR (1) TR2022011034U5 (en)

Similar Documents

Publication Publication Date Title
CN101242757B (en) Heating device for seat
JP6198934B2 (en) Liquid-resistant heating element
US9468045B2 (en) Heating device for complexly formed surfaces
JP2004158438A5 (en)
KR101347020B1 (en) Warmer equipment, and warmer device for vehicle seat
JP2009009835A (en) Planar heating element
JP2008213661A (en) Vehicular planar heat generation body and vehicle heating device using this
TR2022011034U5 (en) TEMPERATURE CONTROLLED HEATING CUSHION
JP2004055219A (en) Seat heater
JP2008300050A (en) Polymer heating element
CN203574873U (en) PTC heating assembly and automobile defroster
CN104582020B (en) PTC heats component and automotive defroster
JP2003332030A (en) Car seat heater
TR2022015785U5 (en) CAR HEATER CUSHION
CN103538510B (en) A kind of heatable carpet for automobile
CN104757723B (en) A kind of fever cloth based on flexible thick film heating body
JP2008293671A (en) Resistor composition, and surface heat generating body using this
US4710612A (en) Structure of electric heater
TR2022015510U5 (en) ELECTRIC BACK MATTRESS HEATER
TR2022015897U5 (en) BACK Cushion Heater for Cars
US20110198341A1 (en) Constant watt-density heating film
RU67374U1 (en) FLEXIBLE ELECTRIC HEATER
TR2022015630U5 (en) ELECTRIC BOTTOM BLANKET
CN217048370U (en) Seat heating device, heating seat and vehicle
CN212393015U (en) Electric heating pad