Abstract: Methods and apparatus for generating at least one output data set from at least one input data set for use in association with a data mining process are provided. First, data statistics are constructed from the at least one input data set. Then, an output data set is generated from the data statistics. The output data set differs from the input data set but maintains one or more correlations from within the input data set. The correlations may be the inherent correlations between different dimensions of a multidimensional input data set. A significant amount of information from the input data set may be hidden so that the privacy level of the data mining process may be increased.

Abstract: An electrical connector (100), includes an insulative housing (10), a plurality of conductive contacts (20) retained in the insulative housing, an insulative base (60) secured to the insulative housing, a subsidiary printed circuit board (30) connecting with the conductive contacts, a flexible printed circuit board (50) electrically connecting with the subsidiary printed circuit board, and a shielding shell (70) shielding peripherally around the insulative housing and the insulative base. The subsidiary printed circuit board is attached to the insulative base. A gap (609) is defined between a portion of the insulative base and an edge of the subsidiary printed circuit board. The flexible printed circuit board has a first strip portion (503) extending out of the insulative base, a second strip portion (501) connecting with the subsidiary printed circuit board, and a folded portion (505) between the two strip portions. The folded portion is received in the gap.

Abstract: An electrical connector (100), includes an insulative housing (10), a plurality of conductive contacts (20) retained in the insulative housing, an insulative base (60) secured to the insulative housing, a subsidiary printed circuit board (30) connecting with the conductive contacts, a flexible printed circuit board (50) electrically connecting with the subsidiary printed circuit board, and a shielding shell (70) shielding peripherally around the insulative housing and the insulative base. The subsidiary printed circuit board is attached to the insulative base. A gap (609) is defined between a portion of the insulative base and an edge of the subsidiary printed circuit board. The flexible printed circuit board has a first strip portion (503) extending out of the insulative base, a second strip portion (501) connecting with the subsidiary printed circuit board, and a folded portion (505) between the two strip portions. The folded portion is received in the gap.

Abstract: A packaged aqueous carbonated beverage comprising a container which replaces at least a portion of CO2 that permeates through the container or closure. The container comprises a polyester composition including a polyester suitable for packaging aqueous carbonated beverages and a carbonating agent. The aqueous carbonated beverage is disposed in the container such that the aqueous carbonated beverage has direct contact with the container and a closure seals the beverage in the container. The carbonating agent reacts with water in the carbonated beverage forming CO2 for replacing at least a portion of CO2 that permeates through the container or closure. A corresponding method of packaging an aqueous carbonated beverage is disclosed.

Abstract: A cable connector assembly (200) includes an electrical connector (100), a cable (91) connected with the electrical connector and an insulated cover (92) over-molded on an electrical connection between the electrical connector and the cable. The electrical connector includes a first connector (1) and a second connector (2), each of the first connector and the second connector have a contact, a middle tube enclosing the contact and an outer tube enclosing the middle tube. A first insulated housing (70) is defined between the outer tube and the middle tube of the first connector, and a second insulated housing (80) is defined between the outer tube and the middle tube of the second connector, the first insulated housing is unitarily molded with the second insulated housing. The insulated cover comprises a pair of receiving channels (921, 922).

Abstract: A cable connector assembly (200) includes a body portion (1) comprising a cylindrical first connector (11) and a cylindrical second connector (12), an insulative housing (2) connecting the first and second connectors (11, 12) together along a transverse direction thereof, a cable (5) connected with the body portion (1) and an insulative cover (4) over-molded on an electrical connection area between the body portion (1) and the cable (5). The first and second connectors (11, 12) each have a contact (3) located at a central axis thereof. The insulative housing (2) comprises an extending portion (23) extending along a back to front direction perpendicular to the transverse direction, the extending portion (23) locates between the first and second connectors (11, 12).

Abstract: An injection molded preform for making a stretch blow molded container having an overall stretch ratio of from about 12 to about 16, wherein the overall stretch ratio is a product of a hoop stretch ratio and an axial stretch ratio, wherein the hoop stretch ratio is from about 5.6 to about 6.5, wherein the axial stretch ratio is from about 2.4 to about 2.7, and wherein the preform comprises a CG PET Copolymer having a free blow volume of from about 650 to about 800 ml measured at 100° C. and 90 psi using a 25 gram weight preform designed for a 500 ml container with a maximum diameter of 65 mm and a height of 200 mm from below the container finish and having a hoop stretch ratio of 5.5 and an axial stretch ratio of 2.6. This invention also relates to a method of making such preforms and stretch blow molded containers and methods of making the same.

Abstract: A micro device for cell culture is disclosed, which cooperates with a fluid and includes: a top plate having an inlet port; a orifice plate having a plurality of orifices; a culture plate having a plurality of culture wells and a plurality of injection ports; and a bottom plate having at least one collecting well and at least one collecting flow channel, wherein, the culture plate is placed between the orifice plate and the bottom plate. The collecting flow channel connects to all regulating orifices in the culture wells and guides the fluid from the culture wells, then receives the fluid in the collecting well. The fluid flows into the orifice plate from the inlet port of the top plate, and then diversifies into the culture plate, then arrives at each culture well by way of the injection ports, and finally collects in the collecting well of the bottom plate.

Abstract: A container comprising a polyester composition with enhanced carbon dioxide and oxygen barrier properties is provided. The polyester composition comprises a polyester and a purine derivative. In a particular embodiment, the purine derivative comprises a purine dione, such as caffeine.

Abstract: A packaged aqueous carbonated beverage comprising a container which replaces at least a portion of CO2 that permeates through the container or closure. The container comprises a polyester composition including a polyester suitable for packaging aqueous carbonated beverages and a carbonating agent. The aqueous carbonated beverage is disposed in the container such that the aqueous carbonated beverage has direct contact with the container and a closure seals the beverage in the container. The carbonating agent reacts with water in the carbonated beverage forming CO2 for replacing at least a portion of CO2 that permeates through the container or closure. A corresponding method of packaging an aqueous carbonated beverage is disclosed.

Abstract: An electrical connector (1) includes an insulative cover (10), a metal shell (30,40) retained in the insulative cover and a plug portion (80) received in the metal shell. Said plug portion includes a base (60), a plurality of contacts (50) retained in the base and a printed circuit board (70) capable of connecting with the contacts. The base is sunken with a compartment (66). The printed circuit board is retained in the compartment and presses against the contacts.

Abstract: The present invention relates to an apparatus and process for injection molding polymer articles that reduces deposition of additives on the apparatus. Specifically, pressurizing of the mold cavity with a pressurized gas reduces the deposition of low molecular weight additives on the apparatus. Embodiments of the invention also include an apparatus for injection molding polymer articles comprising at least one pressurized gas inlet for introducing a pressurized gas into the mold cavity.

Abstract: Methods and apparatuses for generating, by a computing device configured to interpret a handwritten expression, a symbol graph to represent strokes associated with the handwritten expression, are described herein. The symbol graph may include nodes, each node corresponding to a combination of a stroke and a candidate symbol for that stroke. The computing device may also generate a segment graph based on the symbol graph by combining nodes associated with a same stroke if strokes of their preceding nodes are the same. Also the computing device may perform a structure analysis on at least a subset of segment sequences represented by the segment graph to determine hypotheses for the handwritten expression. In other embodiments, rather than generate a segment graph, the computing device may determine segment sequences by selecting a number of symbol sequences from the symbol graph and combining symbol sequences having the same segmentation.

Abstract: A cable connector assembly (100) includes an insulated housing (2), a plurality of contacts (3) received in the insulated housing, a spacer (4) assembled to the insulated housing and a metallic shell (1) enclosing the insulated housing. The insulated housing (2) comprises a main portion (21) and two arms (22) extending from both sides of the main portion backwards, and at least one of the two arms defines a latching hole (2213), the spacer has a projecting portion (4203) locked with the latching hole (2213) in the arm.

Abstract: A cable connector assembly (200) includes an electrical connector (100), a cable (91) connected with the electrical connector and an insulated cover (92) over-molded on an electrical connection between the electrical connector and the cable. The electrical connector includes a first connector (1) and a second connector (2), each of the first connector and the second connector have a contact, a middle tube enclosing the contact and an outer tube enclosing the middle tube. A first insulated housing (70) is defined between the outer tube and the middle tube of the first connector, and a second insulated housing (80) is defined between the outer tube and the middle tube of the second connector, the first insulated housing is unitarily molded with the second insulated housing. The insulated cover comprises a pair of receiving channels (921, 922).

Abstract: An injection molded preform for making a stretch blow molded container having an overall stretch ratio of from about 12 to about 16, wherein the overall stretch ratio is a product of a hoop stretch ratio and an axial stretch ratio, wherein the hoop stretch ratio is from about 5.6 to about 6.5, wherein the axial stretch ratio is from about 2.4 to about 2.7, and wherein the preform comprises a CG PET Copolymer having a free blow volume of from about 650 to about 800 ml measured at 100° C. and 90 psi using a 25 gram weight preform designed for a 500 ml container with a maximum diameter of 65 mm and a height of 200 mm from below the container finish and having a hoop stretch ratio of 5.5 and an axial stretch ratio of 2.6. This invention also relates to a method of making such preforms and stretch blow molded containers and methods of making the same.

Abstract: A cable connector assembly (100) includes an insulative housing (22) having a plurality of contacts received therein, a cable assembly (3) connected with the contacts by a printed circuit board (5), an upper shielding member (11) and a lower shielding member (12) together with the upper shielding member to form a receiving space (10). Each of the upper shielding member and the lower shielding member have a base portion (111, 121) and a plurality of vertical walls (113, 114, 115, 123, 124, 125) extending from the base portion. The lower shielding member (12) defines a stopping portion (126) to prevent the upper shielding member (11) from moving along a transverse direction. The stopping portion (126) is of U-shaped and comprises a first restricting flake (1261) and a second restricting flake (1262), and a corresponding vertical wall (113) of the upper shielding member is located between the first restricting flake (1261) and the second restricting flake (1262).

Abstract: An electrical connector (100) includes a housing (1), a plurality of contacts (2) receiving in the housing, a metal shell (6), enclosing the housing and including two stopping tabs (620) formed at two sides of thereof, and two insulative cover (4,5), comprising cooperation structure (42) respectively to interfere with the two side of the stopping tabs and assembling to the metal shell along different directions.

Abstract: An interspinous stabilization device includes: (1) a supporting member with a top surface and a bottom surface both being configured to engage spinous processes; (2) two side members connected to the supporting member; (3) a fastener attached to the side members; and optionally (4) two extendable arms each secured on one of the side members.

Abstract: A cable connector assembly (100) includes an insulated housing (2), a plurality of contacts (3) received in the insulated housing, a spacer (4) assembled to the insulated housing and a metallic shell (1) enclosing the insulated housing. The insulated housing (2) comprises a main portion (21) and two arms (22) extending from both sides of the main portion backwards, and at least one of the two arms defines a latching hole (2213), the spacer has a projecting portion (4203) locked with the latching hole (2213) in the arm.