Other

Lonza Inc.

Worldpay Limited

Calcomp Inc.

Oracle International Corporation

Entegris, Inc.

Andrew Mitchell Harris

Charles D Angert

Matthew D Ozvat

Kevin Oliver

Daniel J Ourada

Robert Bonestell

Michael C Zabka

Jason T Steffens

James S Watson

Michael Mietzner

Paul Pease

Anthony Castagnaro

Victor Acorda

Jim Heimbach

Yan Schwartz

Wilburn Miller

B Jorden Lundgren

Bryant L Lymburn

Jesse Cobb

John Purves

Autotagging a template of a reporting workbook is provided. The template of the reporting workbook is received. The template is in a first format type. User specified selection of portions of the template are received. The portions are associated with at least two dimensions of the reporting workbook. A user specified type is received for a tag. A modification of the template is created by automatically generating a tag in a predetermined field of each of the portions based on the user specified type. A version of the reporting workbook is generated based on the modification of the template, wherein the version is in a second format type.

Autotagging a template of a reporting workbook

Systems and methods for payment processing on devices are provided. Such systems and methods enable payment processing to be completed with a peripheral device (such as a magnetic card reader) and a point of sales system, without the need for extensive developer integration. The system receives a payment charge amount from a point of sales system. The system also detects (or dynamically populates) peripheral devices that are used to capture account information. The peripheral device is a supported device type with an associated library, which includes data for properly interfacing with the peripheral device. The system provides the captured account data, a merchant ID and the amount of the charge to a payment management system. The system likewise receives a response (approve or decline) from the payment management system.

Systems and methods for payment processing on platforms

Environmental control material holders can retain environmental control material within wafer carriers, allowing the environmental control material to protect wafers from moisture while also securing the environmental control material. The environmental control material holders may include a baseplate and tabs defining spaces to hold environmental control material, and can be configured to engage a handle of a wafer cassette. The environmental control material holders may retain one or more environmental control materials. Additionally, the environmental control material holders can be configured to also retain a humidity indicator.

Environmental control material holder

Disclosed are methods and devices for the optimization of virus removal from solutions. A method of filtering a process fluid comprising a product includes allowing some of the process fluid to flow from a first reservoir to a viral filter; adding a chase fluid to the process fluid in the first reservoir to form a composite fluid; and allowing the composite fluid to flow from the first reservoir to the viral filter to produce eluent. In some embodiments, flow of fluid across the viral filter is sufficient to avoid significant impairment to viral removal until a preselected event, occurs. In some embodiments, flow of fluid from the first reservoir across the viral filter is maintained in the absence of an interruption or slowing of flow of duration or magnitude sufficient to impair viral removal to a level below a log-reduction value of the viral filter.

Method for the reduction of viral titer in pharmaceuticals

Improved biopharmaceutical processing equipment such as reactor vessels and stainless steel surfaces, and methods of determining the same are disclosed herein. In some embodiments, a biopharmaceutical processing equipment can include a vessel having a surface that is configured to contact proteinaceous processing material, wherein the surface has a pre-commissioning surface roughness of greater than about 20 Ra Max (&#x3bc;in).

Reactor surface finish remediation

A method and system manage voice communications provided over a network and include establishing a conversation between an originating station and a terminal station where audible communications are permitted between stations. At least a portion of the conversation is allowed to proceed. The audio data content of the conversation is processed to recognize verbal content and the recognized verbal content is matched with phrases to detect content containing a particular phrase or topic that is disallowed for the conversation. In response to detecting the particular phrase or topic that is disallowed for the conversation, the audio data content is filtered to remove the particular phrase or topic from the audio data content.

Voice call content supression

A method and system for auctioning or sales of deliverable items via the Internet permit customers to purchase or bid on items. Delivery of the item is first scheduled to a first bidder or purchaser and then in response to a second bidder or purchaser's bid or purchase, may be rescheduled for delivery to the second bidder or purchaser. A replacement item may be offered to a losing bidder and in the case of a purchase, may be automatically scheduled for delivery to a purchaser whose item has been re-scheduled for delivery to another.

Method and system for re-routing items sold or auctioned to a new customer

A method and system for auctioning items via the Internet permit customers to bid on items and others to bid after delivery has been scheduled, and optionally commenced, to a previous bidder. A bid increment is set according to a geographic location of the new bidder, so that the requirements of rescheduling delivery to the new bidder can be taken into account in the auction. The items may be food items. Items and an estimated time of arrival (ETA) are displayed on a web page that provides an interface for purchase or bidding. Bidding may be made for the actual item purchase or for a scheduled delivery time. Audio and/or visual communication with an ordering point and/or delivery vehicle may be provided in the user interface.

Method and system for auction or sales of deliverable prepared food via the internet

A method and system for auctioning or sales of deliverable prepared food via the Internet permit customers to purchase or bid on prepared food items. A food preparation and delivery portion of the system includes a delivery vehicle, which may have a mobile kitchen for the preparation of food items en-route. The location of the delivery vehicle is determined from a global positioning system (GPS) receiver in the vehicle or via another location-finding mechanism. Food items with an estimated time of arrival (ETA) is displayed on a web page that provides an interface for purchase or bidding. Bidding may be made for the actual food item purchase or for a scheduled delivery time. Items may be re-auctioned, causing the delivery of a food item to be transferred to another bidder. Audio and/or visual communication with an ordering point and/or delivery vehicle may be provided in the user interface.

Method, system and computer product for auction of deliverable prepared food via the internet

A phase lock loop (PLL) circuit which includes an input for inputting an incoming signal which is to be tracked, a phase lock loop subcircuit, a phase state indicator subcircuit, and a synchronized blanking window generator. These elements create a phase lock loop circuit capable of producing a stable output which closely tracks the incoming signal, even when the incoming signal shifts in phase by 180 degrees. The phase state indicator subcircuit detects a phase reversal in the incoming signal and outputs a signal indication such. This indicating signal is used by the phase lock loop subcircuit to produce a stable reference signal tracking the incoming signal most of the time. However, during a short period of time between the inversion of the incoming signal and the output of the indicating signal by the phase state indicator subcircuit, the synchronized blanking window generator provides a signal to the phase lock loop subcircuit which is used to stabilize the reference signal.

Phase lock loop circuit for signals periodically inverting in phase

A device for indicating the phase of the a full-frequency alternating current (AC) magnetic field signal transmitting from the pointing device of a cordless digitizer and for determining if the phase of a half-frequency alternating current (AC) magnetic field signal transmitting from the pointing device is approximately the same or approximately inverted from an immediately preceding half-frequency signal from the pointing device. The indication of the phase of the full-frequency pointing device signal is used by the digitizer logic circuits to determine the location of the pointing device on the tablet's sensing surface. The information concerning the change in phase of the half-frequency signal is used by the digitizer logic circuits to decode the status of various pointing device buttons. If the phase in the induced half-frequency signal is unchanged from the last, this no-change condition represents one binary state. If the phase has changed, the condition represents the other binary state. Accordingly, a binary encoded message may be transferred from the pointing device to the digitizer tablet for decoding via this phase change method.

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Lakemont, GA, United States of America

Andrew Mitchell Harris