48 results about "Repackaging" patented technology

A computer implemented method and apparatus for mobile application development comprises receiving at least one compiled source code file into the temporary sandbox; and testing the at least one compiled source code file in the temporary sandbox.

The present invention provides for method and system in which a heat-shrinkable plastic cover is placed over an individual conventional medicine container. The cover is heat shrunk around the container to form a tight-fitting seal which covers the majority of the original medication container. The seal must be opened in order to gain entry into an individual medication container just prior to the use or the administration of the product in the container. The seal includes an easy-open mechanism, such as a pull-tab or perforated tear strip. The purpose of the seal is to distinguish high-alert medications and requires an additional safety step in the medication administration process by requiring the removal of an additional cover which entirely encloses the container. The non-adhesive nature of the seal is significant in that the removal of the seal does not damage the original product labeling or leave unwanted residue on the medication container. The seal includes an integrated warning statement directed to point-of-use, high-alert medication preparations for the person preparing the medication for use. The level of repackaging would distinguish categories of high-alert medications, alerting users as to the classification of the medication. Application of the seal offers the user visual cues and “tactile awareness” different from the look and feel of the original container to distinguish high-alert medications from other medications.

The invention relates to a system and method for tracking drugs during a transfer and administering process to reduce labeling errors that can occur during that process. The system includes a storage container reader that is configured to read a set of one or more storage-container-associated machine-readable indicia positioned on a container containing a drug. The set of one or more storage-container-associated machine-readable indicia identifies the drug. The system further includes an indicia-generating device that is configured to generate a drug-delivery-container-associated indicia identifying the drug based on the storage-container-associated machine-readable indicia. The set of one or more drug-delivery-container-associated indicia includes a set of one or more drug-delivery-container-associated machine-readable indicia. Optionally the system further includes a drug delivery container reader, wherein the drug delivery container reader is configured to read the set of one or more drug-delivery-container-associated machine-readable indicia. Optionally the system further includes a processing unit that generates an output signal corresponding to the drug based on the set of one or more drug-delivery-container-associated machine-readable indicia. Optionally the system further includes an output device that outputs a user-comprehensible output identifying the drug based on the output signal from the processing unit.

A method for distributing content in a content distribution system is disclosed which comprises the steps of: encrypting at a Content Packager a content using a content encryption key to generate an encrypted content; sending the content encryption key to a Licensing Authority; receiving from the Licensing Authority a distribution key containing an encryption of the content decryption key (Kc) for a given set of authorized devices; creating a secure link between the content encryption key (Kc) and the content protected by this content encryption key using a signature of the content; and distributing the encrypted content together with the signature of the content. A method for receiving content distributed according to the above-mentioned method in a device able to play back the content is also disclosed where the content signature is checked before any play back of the content.

The invention relates to a system and method for tracking drugs during a transfer and administering process to reduce labeling errors that can occur during that process. The system includes a storage container reader that is configured to read a set of one or more storage-container-associated machine-readable indicia positioned on a container containing a drug. The set of one or more storage-container-associated machine-readable indicia identifies the drug. The system further includes an indicia-generating device that is configured to generate a drug-delivery-container-associated indicia identifying the drug based on the storage-container-associated machine-readable indicia. The set of one or more drug-delivery-container-associated indicia includes a set of one or more drug-delivery-container-associated machine-readable indicia. Optionally the system further includes a drug delivery container reader, wherein the drug delivery container reader is configured to read the set of one or more drug-delivery-container-associated machine-readable indicia. Optionally the system further includes a processing unit that generates an output signal corresponding to the drug based on the set of one or more drug-delivery-container-associated machine-readable indicia. Optionally the system further includes an output device that outputs a user-comprehensible output identifying the drug based on the output signal from the processing unit.

The invention relates to a cold-chain logistics information management system based on an electronic code of a product. The system comprises a remote monitoring module and a terminal module, wherein the remote monitoring module is connected to the terminal module through a communication network; the terminal module is arranged in a vehicle or a refrigerator of the cold-chain logistics; and the terminal module acquires electronic code information, environment temperature information and geological position information of the product and sends the electronic code information, environment temperature information and geological position information of the product to the remote monitoring module. Compared with the prior art, the cold-chain logistics information management system based on the electronic code of the product can realize real-time and on-site information monitoring, including, continuous information acquisition and monitoring of each link of the cold-chain logistics such as refrigerated transportation, storage, sorting, repackaging and distribution, for an electronic label used by a common manufacturing enterprise during the whole process of the cold-chain logistics, can acquire the whole cold-chain logistics information in real time and can realize traceability and sharing of the information on a uniform data service platform.

A computer implemented method and apparatus for mobile application development comprises receiving at least one compiled source code file into the temporary sandbox; and testing the at least one compiled source code file in the temporary sandbox.

The present invention provides for method and system in which a heat-shrinkable plastic cover is placed over an individual conventional medicine container. The cover is heat shrunk around the container to form a tight-fitting seal which covers the majority of the original medication container. The seal must be opened in order to gain entry into an individual medication container just prior to the use or the administration of the product in the container. The seal includes an easy-open mechanism, such as a pull-tab or perforated tear strip. The purpose of the seal is to distinguish high-alert medications and requires an additional safety step in the medication administration process by requiring the removal of an additional cover which entirely encloses the container. The non-adhesive nature of the seal is significant in that the removal of the seal does not damage the original product labeling or leave unwanted residue on the medication container. The seal includes an integrated warning statement directed to point-of-use, high-alert medication preparations for the person preparing the medication for use. The level of repackaging would distinguish categories of high-alert medications, alerting users as to the classification of the medication. Application of the seal offers the user visual cues and “tactile awareness” different from the look and feel of the original container to distinguish high-alert medications from other medications.

The invention discloses an anti-repackaging method and apparatus. The method comprises the steps of running a target file in an installation package and loading a secure dynamic library in the installation package; and according to a code in the target file, executing the following steps of obtaining digital watermark information embedded in the target file and verification information stored in the secure dynamic library; and according to the digital watermark information and the verification information, verifying whether the installation package is a re-packaged installation package or not. The installation package contains the verification code, so that the installation package verification process of a system cannot be avoided no matter how to transform the operation system, the problem that whether the installation package is repackaged or not cannot be effectively verified sometimes when the system verifies whether the installation package is repackaged or not by checking a self signature of the installation package in the prior art is solved, and the problem that the verification efficiency is relatively low sometimes when the system verifies whether the installation package is re-packaged or not by calculating a hash value of the installation package in the prior art is solved.

A method for storing respiring produce, particularly bananas, during ripening is disclosed. The method allows bananas to remain in the ripened condition for an extended period of time while, at the same time, having improved sweetness and taste characteristics. In addition, the method does not require separate handling and repackaging of the bananas between the starting of the ripening process and storage / shipment of the bananas. In this method, ripening is initiated by inserting additional gas into the banana package, such that the gas medium comprises from about 2.0% to about 5.0% oxygen, from about 5.0% to about 15.0% carbon dioxide, from about 0.8% to about 1.5% ethylene, the remainder of the gas medium being predominantly nitrogen, for a period of from about 0.5 to about 5 seconds. The composition of the gas medium in the package is then adjusted such that the gas medium has a ratio of oxygen to carbon dioxide which meets the following conditions: (20.94−B) / C=from about 1.8 to about 3.8; wherein B is the percentage of oxygen in the gas medium, C is the percentage of carbon dioxide in the gas medium, and, further, wherein the percentage of oxygen in the gas medium is from about 1.0 to about 6.0, and the percentage of carbon dioxide in the gas medium is from about 3.0 to about 10.0.

Various methods of mounting semiconductor chips on a substrate are disclosed. In one aspect, a method of manufacturing is provided that includes coupling a first plurality of solder interconnect structures to a first semiconductor chip. The first solder interconnect structures have a first melting point. The first semiconductor chip may be tested. If the first semiconductor chip passes the testing, then a second semiconductor chip is coupled to the first semiconductor chip using a second plurality of solder interconnect structures that have a second melting point lower than the first melting point.

The invention discloses a malicious program detection method and device, a computing device and a computer storage medium. The method comprises the steps that when a to-be-detected program is operated, instruction characteristics of the to-be-detected program are monitored; wherein the instruction feature at least comprises a to-be-tested method calling sequence and / or a to-be-tested instruction sequence corresponding to each method; matching the to-be-tested method calling sequence with a reference method calling sequence of a known malicious program; and / or matching the to-be-tested instruction sequence corresponding to each method with a reference instruction sequence of a known malicious program; and determining whether the to-be-detected program is a malicious program or not accordingto a matching result. According to the scheme provided by the invention, whether the program to be detected is a malicious program is determined from the level of the to-be-detected method calling sequence and / or the to-be-detected instruction sequence of the program to be detected, so that virus detection can be accurately carried out on the program to be detected including malicious variant viruses caused by means of repackaging and the like.

Methods, computer-implemented systems, and apparatus provide for a DRM Migrator that extracts embedded first license information that enables licensed access to content according to a first licensing system. The DRM Migrator sends the first license information to a server compatible with a second licensing system. After sending the first license information to the server, the DRM Migrator receives second license information that enables an end user to create a request for a license that provides access to the content according to the second licensing system. Another embodiment of the DRM Migrator also receives the first license information from a source and generates the second license information. After generating the second license information, the DRM Migrator sends the second license information to the source to enable creation of a request for a license that provides access to the content according to the second licensing system.

The invention discloses an implementation method for repeatedly packaging APK installation packages. The method comprises the following steps of 1, developing an APP, configuring template information into a resource file, then using an IDE to conduct compiling and signing to complete the development of a template APK; 2, conducting decompiling and uncompressing operation on the template APK, uncompressing the resource of template information to a designated directory, conducting sorting processing by word-class resources and picture-class resources, and forming visualized information to be displayed; 3, modifying the template information; 4, recompiling and repackaging the modified resource into a new APK after the modification is completed; 5, signing the APK complied in the fourth step to complete repackaging of the APK. According to the implementation method for repeatedly packaging the APK installation packages, non-source-code compliers or non-relevant technicists can also re-modify the existing APK installation package, and customized packaging is repeatedly conducted.

The invention provides an open system bus expansion function-based chip architecture. The function of a chip is expanded by opening a system bus to pins of the chip; and without redesign, a main control chip with an open bus port only needs to be matched with other slave function processing chips with open bus ports, repackaging is performed, and mass production test related processes are correspondingly added, so that the main control chip can be upgraded to a new universal control chip product with functions of the slave function chips. Under the architecture, the main control chip and the slave chips are combined more closely and cooperate more reliably, and the data transmission speed is greatly increased. The market time of the new product is greatly shortened, thereby effectively assisting in seizing market opportunities. Moreover, the slave function chips and the main control chip adopt most proper technological processes respectively; and the new universal control chip is formed, thereby realizing comprehensive optimal performance and cost.

The invention relates to an automatic cigarette bar supplementing system of a GD cigarette bar transparent paper packager and belongs to the technical field of cigarette packaging equipment. The automatic cigarette bar supplementing system comprises a cigarette storage box, a horizontal cigarette pushing device, a power switching device and a detection control device, the cigarette storage box is fixed nearby a barrel transparent paper packager and used for manually storing defective cigarette bars rejected by the barrel transparent paper packager in the process of production, a vertical cigarette conveying mechanism used for upwards conveying the defective cigarette bars in the cigarette storage box to the top of the cigarette storage box is arranged on the cigarette storage box, the horizontal cigarette pushing device is used for conveying the defective cigarette bars from the top of the cigarette storage box onto a lifting plate of the barrel transparent paper packager, the power switching device is provided with a power source, and the power source or a power output shaft of a barrel packager can be selected to drive the barrel transparent paper packager. By the automatic cigarette bar supplementing system, transparent paper repackaging of the defective cigarette bars rejected by the barrel transparent paper packager in the process of production can be automatically completed in an interval when an auxiliary machine of a GD packager is closed down.

The invention discloses a packaging method for a polymer lithium ion battery cell. The method comprises the steps of: stamping and forming a battery cell aluminum plastic film stamping part on an aluminum plastic film; packaging the polymer lithium ion battery cell in a battery cell accommodating cavity; performing edge-sealing the folded battery cell aluminum plastic film stamping part along theperiphery of the battery cell accommodating cavity and a gasbag groove to form an upper sealing line, a lower sealing line A, a left sealing line and a right sealing line to obtain a primary lithium ion battery cell package shell; charging the polymer lithium ion battery cell, squeezing bubbles into the gasbag groove, and repackaging and cutting. Compared with the prior art, the method used in theinvention is simple and efficient, the operation is more convenient, the automatic packaging production is better realized, and the product qualification rate and production efficiency are greatly improved.

The invention described herein provides a seal opening device structured as a component of an automated system that ruptures seals from sealed containers. The invention is particularly useful within the context of a repackaging process where automated opening of laminated and / or foil seals is needed, such as repackaging pharmaceutical or nutritional supplement products and combining their contents into larger containers or bottles. The seal opening device comprises a generally elongated and substantially planar blade wherein the distal portion of the blade forms a generally chevron configuration. The distal end of the blade further comprises an arcuate bend initiating at a position proximal to the apex tip and continuing to the tip. The invention further provides an automated seal opening apparatus structured to rupture seals from container openings comprising the seal opening device. The invention further includes an automated method of opening a seal of a sealed container utilizing the seal opening device.

Various methods of mounting semiconductor chips on a substrate are disclosed. In one aspect, a method of manufacturing is provided that includes coupling a first plurality of solder interconnect structures to a first semiconductor chip. The first solder interconnect structures have a first melting point. The first semiconductor chip may be tested. If the first semiconductor chip passes the testing, then a second semiconductor chip is coupled to the first semiconductor chip using a second plurality of solder interconnect structures that have a second melting point lower than the first melting point.

The invention relates to a dish for mixing hair preparations, particularly hair coloring products. Said dish comprises a bottom, a circumferential wall that defines an opening, and a fixture for a product identification, especially parts of a repackaging of the hair preparation.

The invention described herein provides a seal opening device structured as a component of an automated system that ruptures seals from sealed containers. The invention is particularly useful within the context of a repackaging process where automated opening of laminated and / or foil seals is needed, such as repackaging pharmaceutical or nutritional supplement products and combining their contents into larger containers or bottles. The seal opening device comprises a generally elongated and substantially planar blade wherein the distal portion of the blade forms a generally chevron configuration. The distal end of the blade further comprises an arcuate bend initiating at a position proximal to the apex tip and continuing to the tip. The invention further provides an automated seal opening apparatus structured to rupture seals from container openings comprising the seal opening device. The invention further includes an automated method of opening a seal of a sealed container utilizing the seal opening device.

The invention relates to an application anti-repackaging method and system. The method includes first constructing a defense code that identifies a repackaging program and triggers an exception; and then the defense code is embedded in an application to defend against attacks by repackaging. The defense code consists of two parts, including a program identifying the repackaging and an exception triggering mechanism. In the process of actual defense code implantation, the difficulty of reverse tracking by an attacker is increased by randomly placing and confusing in multiple places, and the protection of the Android application is achieved. According to the application anti-repackaging method and system, the attacker's repackaging attacks on Android applications and applications of other operating systems can be effectively prevented.

The invention discloses a food package detection method. The food package detection method comprises the following steps that (a) food detection samples are selected; (b) the food detection samples are sorted; (c) a preliminary examination of outer packages of the food detection samples is carried out; (d) the preliminary examination result of the outer packages of the food detection samples is recorded; (e) the shapes of the outer packages of the food detection samples are detected; and (f) repackaging is carried out. According to the food package detection method, the food outer packages are detected twice; the content of the preliminary examination of the outer packages of the food involves food outer package tags, good identifiers and literal explanations, food with obviously unqualified outer packages can be firstly excluded from a sample pile, follow-up detection time is shortened, and detection efficiency is improved; through secondary detection, the food according with the standard is directly discharged onto a production assembly line for use, the good not according with the standard is measured and recorded, repackaging improvement is carried out, resource waste is avoided, production cost is reduced, and the food production quality is improved. The food package detection method has the characteristics that cost is low, operation is easy, the detection speed is high and the detection efficiency is high.

A malicious code positioning device of an Android repackaging application comprises a position determining unit suitable for determining the position of a sensitive API in the Android repackaging application when it is determined that the preset sensitive API is called in the Android repackaging application; a code determining unit suitable for determining suspicious codes existing in the Androidrepackaging application based on the determined position of the sensitive API in the Android repackaging application and a calling path of the sensitive API determined in the Android repackaging application; and a detection unit suitable for independently executing the determined suspicious codes so as to detect whether the suspicious codes are malicious codes or not. According to the scheme, themalicious code existing in the Android repackaging application can be accurately determined.

A method for storing respiring produce, particularly bananas, during ripening is disclosed. The method allows bananas to remain in the ripened condition for an extended period of time while, at the same time, having improved sweetness and taste characteristics. In addition, the method does not require separate handling and repackaging of the bananas between the starting of the ripening process and storage / shipment of the bananas. In this method, ripening is initiated by inserting additional gas into the banana package, such that the gas medium comprises from about 2.0% to about 5.0% oxygen, from about 5.0% to about 15.0% carbon dioxide, from about 0.8% to about 1.5% ethylene, the remainder of the gas medium being predominantly nitrogen, for a period of from about 0.5 to about 5 seconds. The composition of the gas medium in the package is then adjusted such that the gas medium has a ratio of oxygen to carbon dioxide which meets the following conditions:(20.94−B) / C=from about 1.8 to about 3.8; wherein B is the percentage of oxygen in the gas medium, C is the percentage of carbon dioxide in the gas medium, and, further, wherein the percentage of oxygen in the gas medium is from about 1.0 to about 6.0, and the percentage of carbon dioxide in the gas medium is from about 3.0 to about 10.0.

The invention relates to a vehicular real-time playing method and system. According to the method, received advertisement data and video frames of real-time bit stream data are fused to generate new video frames, and repackaging and slicing are carried out to generate network streams. According to the method and the system, transmission and playing can be carried out only through utilization of asingle network interface and a network cable, switching between an HDMI interface and an SDI interface does not need to be carried out, cost is greatly reduced, the advertisement data does not need tobe reused in bit streams, and issuing, iteration and updating of advertisement are facilitated.

The invention discloses a data and logic development method, which comprises a data operation development process, and the data operation development process comprises the following steps: A) creatinga database or modifying a table, and creating a field for storing data; B) generating an operation configuration by using a tool; C) combining the operation configuration into a complex service logicoperation; And D) updating the modified operation configuration. The data and logic development method has the following beneficial effects that a data model and DAO operation do not need to be developed through codes; Generating an operation configuration by using a tool to achieve rapid development and iteration; The modification does not need to be regenerated, small or not to modify the currently referenced call; Repackaging is not needed, and only the configuration file needs to be updated; Maintenance cost is low.

The invention provides a character string loading method, device and system of a mobile APP and an electronic device. In the application, character string resources (including Key and Mapping of translation character strings) associated with the mobile APP are not packaged and configured locally in the mobile APP in a hard coding mode, but are configured at a server. Compared with a character string resource associated with a mobile APP, the character string resource associated with the mobile APP is packaged and configured locally in a hard coding mode, the character string resources associated with the mobile APP are configured at the server side, the character string resources associated with the mobile APP can be modified more conveniently and rapidly, version repackaging and releasingare not needed, the mobile APP or an operating system does not need to be restarted, and the character string resource updating efficiency is greatly improved.

The invention provides X-ray multi-angle on-line detection and real-time packaging equipment. The equipment comprises a detection mechanism, wherein the detection mechanism comprises a protective box body; a sample cylinder is arranged in the protective box body and is arranged on a supporting device through a flexible ferrule in a sleeving way; a ray source is arranged above the sample cylinder; an image acquisition detector is arranged below the sample cylinder; a push rod is arranged on the side of the sample cylinder and acts on the lower end of the sample cylinder. The detection mechanism provided by the invention can perform multi-angle detection on the sample, so the detection success rate is increased; the on-line detection and real-time packaging equipment is detection line equipment realizing sample repackaging, realizes blanking, detection and packaging processes in one step by a detection transmitting line; furthermore, all the processes are realized automatically, so manpower and material resources are saved and the production efficiency is improved.