Sabbin dokokin motsi da tsoffin dokoki: Zamanin tsarin dokokin Jamus don ayyukan motsi | Masu Nuna Kekuna

Miller, (1918-2013), farfesa na dogon lokaci a Cibiyar Fasaha ta Cleveland, ya sami suna a matsayin ɗaya daga cikin manyan masu yin kayan ado da maƙeran ƙarfe a duniya, bisa ga ƙwarewarsa ta musamman ta kayan ado, abin wuya, sarƙoƙi da sauran abubuwa da kwari, crustaceans da siffofin ƙasa suka yi wahayi zuwa gare su.

[E21B] HAKA KASA KO DUTSE (haƙa ƙasa, haƙa ƙasa E21C; yin ginshiƙai, wuraren koyon tuƙi ko ramuka E21D); SAMUN MAI, GAS, RUWA, KAYAN DA ZA SU NArke ko IYA NArkewa ko ABUBUWAN DA ZA SU IYA NArkewa ko MATSALAR MA'ADUNA DAGA RIJIyoyi [5]

Mai ƙirƙira: Andrea A. Atteberry (Dallas, TX), Gabriel P. Mazzone (Dallas, TX) Wanda aka naɗa: Super-Sparkly Safety Stuff, LLC. (Dallas, TX) Kamfanin Lauya: Babu Lambar Aikace-aikacen Lauya, Kwanan Wata, Sauri: 29596247 a ranar 03/07/2017 (kwana 756 kafin a fitar da aikace-aikacen)

Na yi amfani da LEDs masu ƙarfin 0603 r,g,b don yin walƙiya mai sauƙi tare da hanyoyi da dama da za a iya zaɓa https://twitter.com/LEDSuit/status/156138376423145474?s=09

Dr. Johannes HEIDENHAIN GmbH, wanda hedikwata a Traunreut, Jamus, yana haɓakawa da tallafawa hanyoyin magance motsin motsi don kayan aikin injin, semiconductor, haɗa kayan lantarki da gwaji, ilimin metrology, sarrafa kansa, likitanci, makamashi, fasahar halittu da sauran kasuwannin duniya. HEIDENHAIN yana ɗaukar ma'aikata kusan 6,000 a duk duniya a cikin manyan ayyukan kasuwancinsa. Reshen Arewacin Amurka shine HEIDENHAIN CORPORATION, wanda hedikwatansa ke Schaumburg, IL, da San Jose, CA, kuma yana hidimar masana'antar Amurka sama da shekaru 50. www.heidenhain.us

Bambancin da ke tsakanin PMod da PMod shi ne cewa ana amfani da fil da yawa a kowane tsari. Tare da (kawai) tashar "analog" ɗaya, ba za ka zaɓi mikroBUS don aika sauti na sitiriyo ba, yayin da babu abin da zai hana ka kiran layukan GPIO na PMod analog da aika tashoshi huɗu na sauti. Amma wannan ribar mikroBUS ba ta da tabbas. (To, da sun kuma sa ta zama mara daidaituwa…) Babu wata dama ga sabon shiga ya haɗa na'urar SPI inda ake tsammanin na'urar I2C ta kuma yi masa katsalandan. Tare da mikroBus, ya kamata ya yi aiki kawai.

Takaitaccen Bayani: An samar da wata hanya ta kimanta lokacin karo (TTC) na wani abu da aka gano a cikin tsarin hangen nesa na kwamfuta wanda ya haɗa da tantance matsayin girma uku (3D) na kyamara a cikin tsarin hangen nesa na kwamfuta, tantance matsayin 3D na abin da aka gano bisa ga matsayin 2D na abin da aka gano a cikin hoton da kyamara ta kama da kuma ƙimar jirgin ƙasa da ya dace da hoton, ƙididdige matsayin 3D na kyamara, saurin matsayin 3D na dangi, da haɓaka matsayin 3D na dangi bisa ga matsayin 3D na kyamara da matsayin 3D na abin da aka gano, inda matsayin 3D na dangi na kyamara yana da alaƙa da matsayin 3D na abin da aka gano, da kuma ƙididdige TTC na abin da aka gano bisa ga matsayin 3D na dangi, saurin, da kuma hanzari.

Mac mini na asali yana zuwa da na'urorin ƙwaƙwalwa guda biyu masu girman 4GB waɗanda jimlarsu ta kai 8GB na RAM. Abin takaici, na'urorin ƙwaƙwalwa guda biyu masu girman 32GB har yanzu ba a cika samunsu ba, kuma suna da tsada sosai. Abin da ya fi burgewa shi ne na'urori guda biyu masu girman 16GB, waɗanda za su ba ku 32GB na RAM a cikin Mac mini na 2018. Apple yana cajin $600 don haɓaka Mac mini na 32GB, amma na yi odar 32GB na Crucial RAM daga Amazon akan ƙasa da rabin abin da Apple ke caji.

Takaitaccen Bayani: Ana iya haɗa tsarin sadarwa na hanyoyin sadarwa na wayar salula da yawa (MCN) tare don samar da hanyar sadarwa ta tsarin sadarwa na MCN (NOM). Kowace tsarin sadarwa na MCN a cikin NOM na iya aiki a matsayin hanyar sadarwa ta wayar salula mai zaman kanta don samar da sadarwa tsakanin kayan aikin mai amfani a cikin wani yanki da aka rufe. Cibiyar kula da hanyoyin sadarwa (NMCC) za ta iya sarrafa MCN. Ana iya tsara NMCC don samar da taswirar rufewa na yankunan rufewar tsarin NOM da NMC.

Akwai wasu fannoni na PMod da muke ganin sun fi wayo. Na farko, adadin fil ɗin da ke cikinsa "daidai ne" a shida, kuma ana iya faɗaɗa shi cikin sauƙi. Suna amfani da fil ɗin pitch na 0.1″ na yau da kullun da kanun labarai. Layuka biyu suna ɗauke da wuta da ƙasa, suna barin fil guda huɗu kyauta don SPI, UART, ko duk wani abu. Bayanin shine cewa duk ƙarfin wutar lantarki da ƙarfin sigina 3.3 V ne saboda an tsara su don FPGAs bayan haka. Kuna iya haɗawa da daidaita idan kun san abin da kuke yi, amma ba za su bar ku ku kira shi PMod(tm) ba.

Mai ƙirƙira: Brian H. Quach (Richardson, TX), Yoon J. Lee (Allen, TX) Wanda aka naɗa: TEXAS INSTRUMENTS INCORPORATED (Dallas, TX) Kamfanin Lauya: Babu Lambar Aikace-aikacen Lauya, Kwanan Wata, Sauri: 14835333 a ranar 08/25/2015 (kwanaki 1316 kafin a fitar da app)

[H03G] SANIN ƘARAWA (cibiyoyin sadarwa na impedance, misali masu rage gudu, H03H; sarrafa watsawa a layukan H04B 3/04)