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Interaction models for extended reality, from the Leap Motion Developer Guide.
Platz, Cheryl, 2020. Design Beyond Devices: Creating Multimodal, Cross-Device Experiences. New York: Rosenfeld Media. rosenfeldmedia.com/books/design-beyond-devices/
Thank you video from one of the clients stating excellent service from ELD Mandate on letting them know how to use the ELD Device.
Bat recording device locked to tree. No indication of ownership. I see them every 2 miles or so, this one at 31.5.
Panchalak Bhirakit - me - and Kajorn while preparing device for Adobe CS 5.5 road show
- Licensed to Thai Adobe User Group
Medical device connectivity is the maintenance and establishment of a connection between a medical device, like a patient register, and an information system, like a hospital computer network. Growing demand for home healthcare is expected to aid in growth of the medical device connectivity market. Majority of people support the adoption of home medical devices to improve and manage prolonged chronic conditions. The term "medical device connectivity" can refer to any number of things. For instance, it may refer to the establishment of a virtual connection to a patient database, or it may refer to the maintenance of a virtual connection to a device such as an EKG or cardiac monitor.
Read More: bit.ly/3d9WcZw
the installation in the window (Obsessive Consumption show inside) by Kate Bingaman-Burt will be up through January 20th
Kate has better photos
www.flickr.com/photos/kateconsumption/sets/72157603416914...
www.flickr.com/photos/kateconsumption/sets/72157603369936...
sanfranciscosantarchy.wordpress.com
“You’d Better Watch Out: Portland Santacon ‘96”, 40 minute documentary video by Scott Beale
santarchy.com/youd-better-watch-out/
screening party photos
Pict. 01:
HE-T-SD (High explosive- Tracer- Self Destruct) of Dutch manufacture (EMZ / Eurometaal Zaandam). Type designation unknown. The fuze uses the “disc type” mechanical self destruct device (see drawing). Below this disc, a rolled up steel tape (like a serpentina roll) prevents the firing pin from moving down and forms the barrel safety; upon firing the centrifugal force unrolls the “serpentina roll, enabling the firing pin to pass. The centrifugal arming ball houses the firing cap, however the firing cap is set “out of line” with the firing pin. Only after firing the projectile, the centrifugal force rotates the ball in line with the centreline of the projectile and firing pin. The ball itself is fixed in it’safe position by a copper “horseshoe” (transport safety), clamped over a groove in the lower part of the ball. Only after firing , the centrifugal force bends open the “horse shoe” releasing the ball to rotate.
Pict. 02:
HEI- SD (High explosive Incendiary- Self Destruct). Cartridge of US design and Dutch manufacture. It is meant to be used against soft skinned targets, helicopters, enemy personnel and fire positions. The nose fuze has a mechanical self destruct mechanism.
The nose fuze is aluminium made. In the base of the fuze, the detonator is screwed. Above the detonator, the centrifugal arming ball houses the firing cap, however the firing cap is set “out of line” with the firing pin. Only after firing the projectile, the centrifucal force rotates the ball in line with the centerline of the projectile and firing pin. The ball itself is fixed in it’safe position by the spring loaded firing pin housing pressing upon a flat surface on top of the ball. Four balls are placed in radial drilled holes in the firing pin housing. Upon firing, the centrifugal force throws the balls outward, climbing up the chamfered wall on the inside of the fuze housing, releasing the rotor safey ball.
If a target is hit, the firing pin housing is hammered inward, forcing the four balls inward, pushing the firing pin into the firing cap in the rotor safety ball. If no target is hit, the velocity as well as rotation decrease, up till a moment where the force of the spring pushing the firing pin housing forward overcomes the force of the four balls in the groove (centrifugal force) and pushes the balls back inward and the firing pin backward into the firing cap. This is the mechanical self destruct mechanism of the projectile.
Pict. 03:
HEI- SD (High explosive Incendiary- Self Destruct). Cartridge of US design and Dutch manufacture. This particular cartridge is marked AI 69 (1969) and must be one of the first series manufactured by AI
Pict. 04:
Swiss manufactured HEI-T (High Explosive Incendiary Tracer) , Swiss name : SLB 050. Weight of the projectile : 180 grams. The projectile is filled with Hexal.
The nose fuze is aluminium made. In the base of the fuze, the detonator is screwed. Above the detonator, the centrifugal arming ball houses the firing cap, however the firing cap is set “out of line” with the firing pin. Only after firing the projectile, the centrifucal force rotates the ball in line with the centerline of the projectile and firing pin. The ball itself is fixated in it’safe position by a rolled up steel tape that inwinds after firing, releasing the rotor safety all . Four balls are placed in radial drilled holes in the firing pin housing. Upon firing, the centrifugal force throws the balls outward, climbing up the chamfered edge on the inside of the fuze housing.
If a target is hit, the firing pin housing is hammered inward, forcing the four balls inward, pushing the firing pin into the firing cap in the rotor safety ball. If no target is hit, the velocity as well as rotation decrease, up till a moment where the force of the spring pushing the firing pin housing forward overcomes the force of the four balls in the groove (centrifugal force) and pushes the balls back inward and the firing pin backward into the firing cap. This is the mechanical self destruct mechanism of the projectile.
Pict. 05:
US manufactured PGU-25 A/U & Mk210 Mod 2 Aerojet configuration HEI-T.
The projectile is fuzed with the M505A3 nose impact fuze. (also used on the 20x102 Vulcan HE cartridges)
The M505A3 nose impact fuze is made of seven parts:
-the steel fuze housing
-the detonator ball
-the U shaped red copper clamp (around the det. ball)
-the booster cap
-the collared firing pin
-the ballistic nose tip.
The detonator Ball has a channel, containing the detonator. In rest this channel is out of line with the firing pin so the firing pin cannot reach the detonator. A U shaped red copper calmp fixates the ball in this position.
On firing, the U shaped clamp is forced open by the centrifugal force, releasing the ball. The centrifugal force will now start to throw the heaviest part of the ball outward, thereby turning the detonator channel in line with the centerline of the projectile.
On impact, the ballistic cap is hammered inward, pushing the firing pin down (ripping it of the collar) into the detonator. This will set of the detonator, the booster (white) and the main charge.
Pict. 06/ 07:
M792 HEI-T (High Explosive Incendiary –Tracer). A cartridge of US origin. The projectile is filled with 32 grams of Hexal and fuzed with nose fuze M758with mechanical self destruct mechanism. It is meant to be used against soft skinned targets, helikopters, enemy personel and fire positions. V0: 1100 mtrs sec.
Pict. 08:
HE-T M-DN-81 High Explosive –Tracer type M-Dn 81. The cartridge is designed an produced by Diehl (Germany). The projectile is of the Semi Armour piercing type, the reason why it has a base fuze. Above the explosive charge a pressed charge of zirconium powder is placed which acts as an incendiary charge.
The lower part of the fuze uses the “disc type” mechanical self destruct device (see pict). Above this, the delay mechanism is placed. This exists of a small aluminium bushing with small balls placed in it. If the bushing moves forward upon impact on the target the balls move outward into a groove, so delaying the spring loaded firing pin in it’s action. This bushing is kept axially fixated by a horse shoe shaped clamp that bends open through centrifugal force after firing, releasing the bushing to move. Above this mechanism, a rolled up steel tape (like a serpentina roll) prevents the firing pin from moving up and forms the barrel safety; upon firing the centrifugal force unrolls the “serpentina roll, enabling the firing pin to pass. The centrifugal arming ball houses the firing cap, however the firing cap is set “out of line with the firing pin. Only after firing the projectile, the centrifugal force rotates the ball in line with the centreline of the projectile and firing pin. The ball itself is fixed in it’safe position by a copper “horseshoe”, clamped over a groove in the upper part of the ball. Only after firing, the centrifugal force bends open the “horse shoe” releasing the ball to rotate. A second ball safety exits of two pins, one radially placed, retaining the ball, the second -axial- one blocks the radial one. Only after firing the set back force moves the axial pin down, releasing the radial pin to move outward, releasing the ball.
Pict. 09:
Dutch manufactured APHE-T Cartridge No.112. The Swiss name of the projectile is : PLB. The projectile has a steel body with a hardened nose. On top of the nose piece an aluminium ballistic cap is placed. In the base of the projectile a base fuze is screwed. The projectile is filled with 10,7 grams of Hexal. The base fuze is named BZB 336. It is a delayed impact mechanical self destruct fuze. The fuze is aluminium made, with a tracer element crimped to the base. In top of the fuze, the detonator is screwed. Below the detonator, the centrifugal arming ball houses the firing cap, however the firing cap is set “out of line” with the firing pin. Only after firing the projectile, the centrifucal force rotates the ball in line with the centerline of the projectile and firing pin. The ball itself is fixed in it’safe position by a copper “horseshoe” (transport safety), clamped over a groove in the lower part of the ball. Only after firing , the centrifugal force bends open the “horse shoe” releasing the ball to rotate. Below that, a spring loaded firing pin is placed in a housing, kept in backward position by a rolled up steel tape (like a serpentina roll) which prevents the firing pin from moving forward so and forms the barrel safety; upon firing the centrifugal force unrolls the “serpentina roll, releasing the firing pin. The lower part of the firing pin housing has four radial holes drilled , in which a ball is placed. Upon firing, these balls are thrown outward and fall into a groove, locking the spring loaded firing pin housing in it’s backward position as the rolled up steel tape unwinds.
If a target is hit, the firing pin housing is swung forward by the inertia, forcing the four balls inward, pushing the firing pin into the firing cap in the arming ball. If no target is hit, the velocity as well as rotation decrease, up till a moment where the force of the spring pushing the firing pin housing forward overcomes the force of the four balls in the groove (centrifugal force) and pushes the balls back inward and the firing pin forward into the firing cap. This is the mechanical self destruct mechanism of the projectile.
The Cartridge No.112 will penetrate 10mm of steel at 1000 mtrs @30 degrees, and than explode inside the target.
Vo: 1100 mtrs./sec
Weight cartridge: 502 grams
Weight projectile: 180 grams
Pict. 10:
APHE-T Cartridge No.112. The Swiss name of the projectile is : PLB. This yellow painted projectile is for the pilot series of the Ctg. No.112. Service cartridges were later painted black.
There will be plenty of electronic devices on hand unless you ban them. I initially was considering this but with the travel and downtime, it is best to allow them. My rules for these devices are as follows: 1. Make sure all players lock their devices away before heading out to games are functions. I constantly was picking them up. 2. Do not hold anyone's devices for them. Don't be responsible for them because you have too much on your plate already.
Product Description:
- Device Type Wireless router - 8-port switch (integrated)
- Enclosure Type Desktop, rack-mountable - 1U
- Data Link Protocol Ethernet, Fast Ethernet, IEEE 802.11b, IEEE 802.11g, IEEE 802.11n
- Performance Switching capacity: 8 Gbps Forwarding performance: 450 Kpps WAN throughput: 200 Mbps Firewall throughput (large packets):900 Mbps
- Capacity IPSec VPN tunnels: 2000 DSP channels: 32
- Network / Transport Protocol PPPoE, PPPoA
View full specification… goo.gl/0tJIIp
Nerdeky News:
Acer has officially announced that it is going to launch a new Windows 10-running smartphone – the Acer Jade Primo in Philippines in December with a price tag of PHP 18,990 (approx. €367 or $408). The company is calling this device “True Pocket PC” and interestingly, the handset will be shipped with a Continuum dock, keyboard and mouse. As of now, we have no official words from Acer regarding launch of the handset in other countries.
The Acer Jade Primo features a 5.5 inch AMOLED capacitive display with 1080×1920 pixels of full-HD resolution offering 401ppi of pixel density and comes with 32GB of internal storage which is expandable up to 128GB via MicroSD. The handset features a duo of 21 (with autofocus and dual-LED flash) and 8 megapixels shooters placed on its rear and front, respectively.
Powering the Acer Jade Primo is a Qualcomm’s Snapdragon 808 SoC which packs two Cortex-A57 cores running at 1.82GHz and four Cortex-A53 cores running at 1.44GHz paired with Adreno 418 Graphics Processing Unit and 3GB of RAM. Further, connectivity options on the handset include USB Type-C, Wi-Fi, Bluetooth, GPS with A-GPS, GPRS, EDGE, 3G and 4G LTE.
www.nerdeky.com/acer-launch-high-end-windows-10-powered-d...
Booster shop India is leading service provider dealing in biometric attendance devices or Machine.We are dealing in Delhi, Ghaziabad, Faridabad, Noida, Gurgaon, Haryana, Udaipur, kerala, Mumbai, M.P, Uttar Pradesh, Mathura, Agra, karol bagh, south extension and all over India. You can easily get in touch with us to fulfill your requirement. www.boostershop.in/
Topical Devices, 2017
velvet, cement
dimensions variable
courtesy of the artist, NN Contemporary and Kunstmuseen Krefeld
Photo: NN & Joe Brown
They take thanaka logs and shave off bits, stick it on their faces, and tell the world that it's the secret of their beautiful women. Many foreign tourists are taken in by such claims.