Pall Corporation

Direct Technology Holdings Inc

Tony Alex

Peter J Degen

Michael R Gildersleeve

Joseph W Dehn, Jr

Thomas C Gsell

Michael Giannone

David B Pall

John D Miller

Stephen A Geibel

Mark F Hurwitz

Richard F Salinaro

Brian T Muellers

Thomas J Fendya

Oleksii Maksymov

Luis Rios

Peter D Degen

M JoAnna Abes

There is a system for admitting automobiles to a venue comprising: at least one camera for recognizing an automobile, and a license plate. A server is configured for receiving a picture of the automobile and a picture of the license plate of the automobile. Furthermore, there is at least one database for storing, matching and identifying the picture of the automobile and the license plate. In addition, there is at least one screen for allowing a user to identify their automobile taken from a list of automobiles. There is also a process for tracking an automobile within an area which comprises the steps of identifying a pre-defined area and identifying an automobile for screening into the area. Next the auto and its license plate are photographed. This information is stored in a database and then used to generate invoices and track the location of these automobiles. Customer can access the database, enter the license plate of his vehicle, the database recognizes his vehicle, the customer makes payment for his vehicle, and the app places the customer information onto the PAID category list on the database.

Venue entry payment system for vehicles

This disclosure pertains to a sports training system that utilizes deep learning and computer vision technologies to analyze biomechanical sport motions. The system is equipped with AI-powered functionalities to enhance training, including those related to creating and managing motion templates that integrate video sequences with extracted motion features. These templates serve as benchmarks, accessible to trainees for improving their technique and performance. The system also can employ an advanced motion synchronization process, which combines dynamic time warping and computer vision technologies to align trainee videos with reference motions captured in motion templates. Additionally, a motion feature database can be updated with features extracted from both trainee and trainer videos, storing visual information in a structured format to facilitate various analytic functions. The system supports analysis of a wide range of sports motions.

AI-powered sports training system with enhanced motion synchronization and comparative analysis capabilities

A system for identifying users for entrance to an area comprising a point of entry into a pre-defined area. The system comprises a first computing device having a microprocessor, a memory and a screen disposed adjacent to the point of entry. There is also at least one second computing device having at least one microprocessor and at least one memory, said at least one second computing device being disposed remote from the first computing device. There is at least one third computing device having at least one screen and at least one microprocessor wherein the third computing device is in communication with the second computing device wherein the second computing device is configured to send at least one image to the first computing device and to the third computing device wherein when an image at the point of entry matches an image on the third computing device the port of entry will allow the user holding the third computing device into the point of entry.

System and process for authenticating a user in a region

A vibratory separation system having a drive mechanism for imparting a vibratory motion to a membrane module to enhance filtration. The membrane module comprises one or more filter elements secured to one another, each having a permeable membrane. The vibratory motion imparted to the membrane module generates a dynamic flow boundary layer at the permeable membranes. This fluid shear boundary layer, in turn, generates lift, thereby inhibiting fouling of the membranes.

Vibratory separation systems and membrane separation units

A dynamic filter system includes a dynamic filter assembly including one or more filter elements and one or more members disposed within a housing. The filter elements and the members are interleaved and arranged to rotate with respect to one another. The dynamic filter assembly preferably includes one or more mechanisms to prevent preferential fouling.

Dynamic filter system

The present invention provides a supported membrane assembly comprising a membrane adhered to a support material by way of a nonwoven web of multicomponent fibers therebetween, wherein the multicomponent fibers comprise a first polymer and a second polymer such that the second polymer is present on at least a portion of the surface of the multicomponent fibers and has a softening temperature below the softening temperatures of the first polymer, the membrane, and the support material, and the supported membrane assembly has a water flow rate at least about 20% of the water flow rate of the membrane alone. The present invention also provides a filter element comprising a housing and such a supported membrane assembly, as well as a method of preparing such a supported membrane assembly and methods of using such a supported membrane assembly.

Dynamic supported membrane assembly and method of making and using it

Composite structure having a porous filter medium and a method for

The present invention provides a supported fibrous web assembly comprising a support material adhered to a nonwoven web of multicomponent fibers comprising a first polymer and a second polymer such that the second polymer is present on at least a portion of the surface of the multicomponent fibers and has a softening temperature below the softening temperatures of the first polymer and the support material, wherein the supported fibrous web assembly has a water flow rate of at least about 20% of the water flow rate of the nonwoven web of multicomponent fibers alone. The present inventive supported fibrous web assembly can further comprise a second fibrous web, which is adhered to the nonwoven web of multicomponent fibers such that the nonwoven web of multicomponent fibers is positioned between the second fibrous web and the support material, and wherein the supported fibrous web assembly has a water flow rate of at least about 20% of the water flow rate of the second fibrous web alone. The present invention also provides a filter element comprising a housing and such a supported fibrous web assembly, as well as a method of preparing such a supported fibrous web assembly and methods of using such a supported fibrous web assembly.

Supported fibrous web assembly

The present invention provides an affinity separation method involving dynamic filtration.

Affinity separation method

A method for treating raw milk to produce treated milk having a lower bacterial content than the raw milk. The milk is homogenized and within about 5 minutes from the homogenization, subjected to dynamic microfiltration, to yield a filtrate which has a lower bacterial content than the initial raw milk. The resultant milk can be sterile, free from Bacillus cereus bacteria that usually causes degradation of milk quality during refrigerated storage. The milk can be shipped even under non-refrigerated conditions without spoilage, for extended periods of time.

Production of sterile milk through dynamic microfiltration

A rapid method for fractionating a fat composition, such as butter, containing a mixture of fatty glycerides into two or more fractions. The method comprises heating the initial fat composition, such as butter to liquify all of the fatty glycerides contained therein and then very rapidly cooling the liquified fat compositions, to quickly obtain filterable crystals of the fatty glycerides. By selective choice of the rate of cooling and the temperature to which the liquified fat composition is cooled, it is possible to adjust the nature of the fatty glycerides that are induced to form crystals, and commensurately, to control the nature of both the resulting filtrate and concentrate, after filtration. Additionally, a method for treating fat compositions, such as raw butter, to produce treated fat having a lower bacterial content than the initail fat compositions is provided by subjecting the fat composition, in liquified form, to dynamic filtration through a microporous filter having an average pore size sufficient to reduce the bacterial content of the fat composition flowing therethrough, to yield a filtrate which has a lower bacterial content than the initial raw fat compositon and a concentrate having a higher bacterial content than the initial fat composition. More effective bacterial reduction is achieved than with other known methods.

Method for fractionating a fat composition

The present invention provides a method of pretreating a porous medium for use in filtering a protein-containing fluid, such as milk, beer, wine, or the like, which method comprises contacting a porous medium with an aqueous citrate solution prior to passing the protein-containing fluid through the porous medium.

Method of pretreating a porous medium

A method for treating raw milk to produce treated milk having a lower bacterial content than the raw milk. The milk is homogenized and, within about 5 minutes from the homogenization, subjected to dynamic microfiltration, to yield a filtrate which has a lower bacterial content than the initial raw milk. When the flow rate of milk through the microfilter drops below a predetermined level, the dynamic microfilter is removed from milk filtration service, flushed with water, and returned to milk filtration service, the steps being repeated as necessary until the membrane cannot be rejuvenated to a minimum filtration capacity, at which time the membrane is subjected to chemical cleaning to essentially restore the original filtration capacity of the membrane.

Manufacturing method for producing sterile milk using dynamic

The present invention provides a method of treating a clogged porous medium comprising contacting a porous medium clogged in the course of filtering a protein-containing fluid, such as milk, beer, or wine, with an aqueous citrate solution.

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Kendall Park, NJ, United States of America

Tony Alex