mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing application layer packets, comprising: receiving , by a user equipment from a network device, compression configuration information for a compression of the application layer packets; and performing , by the user equipment, compression processing on the application layer packets according to the compression configuration information and performing compression initialization wherein a compression initialization identifier of a compressed application layer packet initially sent instructs to initialize compression once after a predetermined number of application layer packets have been compressed such that after every said predetermined number of application layer packets are compressed, compression initialization is performed once; wherein header information of the compressed application layer packet initially sent by the user equipment comprises the compression initialization identifier. receiving , by a user equipment from a network device, compression configuration information for a compression of the application layer packets; and performing , by the user equipment, compression processing on the application layer packets according to the compression configuration information and performing compression initialization wherein a compression initialization identifier of a compressed application layer packet initially sent instructs to initialize compression once after a predetermined number of application layer packets have been compressed such that after every said predetermined number of application layer packets are compressed, compression initialization is performed once; wherein header information of the compressed application layer packet initially sent by the user equipment comprises the compression initialization identifier.
A method for producing a water-insoluble pattern on and/or within a substrate, the method comprising the following steps: (a) providing a substrate; (b) providing a deliquescent salt comprising a cation; (c) providing quantum dots; (d) providing an acid comprising or being capable of forming an anion, or a salt thereof comprising said anion, wherein the deliquescent salt and the acid or salt thereof are selected such that the cation of the deliquescent salt and the anion of the acid or salt thereof are capable of forming a water-insoluble salt; and (e) depositing the deliquescent salt provided in step (b), the quantum dots provided in step (c) and the acid or salt thereof provided in step (d) onto at least one surface region of the substrate provided in step (a) such that the deliquescent salt, the quantum dots and the acid or salt thereof are at least partially contacted to form at least one water-insoluble pattern on and/or within said substrate, wherein (i) the deliquescent salt and the quantum dots are deposited simultaneously, preferably before depositing the acid or salt thereof, or (ii) the deliquescent salt and the quantum dots are deposited consecutively in any order, preferably before depositing the acid or salt thereof, and wherein the at least one water-insoluble pattern is composed of a stable network including cations of the deliquescent salt, anions of the acid and quantum dots. (a) providing a substrate; (b) providing a deliquescent salt comprising a cation; (c) providing quantum dots; (d) providing an acid comprising or being capable of forming an anion, or a salt thereof comprising said anion, wherein the deliquescent salt and the acid or salt thereof are selected such that the cation of the deliquescent salt and the anion of the acid or salt thereof are capable of forming a water-insoluble salt; and (e) depositing the deliquescent salt provided in step (b), the quantum dots provided in step (c) and the acid or salt thereof provided in step (d) onto at least one surface region of the substrate provided in step (a) such that the deliquescent salt, the quantum dots and the acid or salt thereof are at least partially contacted to form at least one water-insoluble pattern on and/or within said substrate, wherein (i) the deliquescent salt and the quantum dots are deposited simultaneously, preferably before depositing the acid or salt thereof, or (ii) the deliquescent salt and the quantum dots are deposited consecutively in any order, preferably before depositing the acid or salt thereof, and wherein the at least one water-insoluble pattern is composed of a stable network including cations of the deliquescent salt, anions of the acid and quantum dots.
A method for manufacturing a card-shaped data carrier with natural materials, with the steps of: - supplying a card-shaped carrier layer ; and - supplying a card-shaped decorative layer , wherein the decorative layer has at least one natural material and is bonded onto the carrier layer , - the natural material is present as wood, metal, ceramic or stone, - the bonding takes place by means of an adhesive bonding, characterized in that the adhesive bonding forms a flexible bonding layer between the carrier layer and the decorative layer , wherein the carrier layer has a thickness of approximately 500-700 μm, the decorative layer has a thickness of approximately 100-300 μm and/or the bonding layer has a thickness of approximately 10-100 μm. - supplying a card-shaped carrier layer ; and - supplying a card-shaped decorative layer , wherein the decorative layer has at least one natural material and is bonded onto the carrier layer , - the natural material is present as wood, metal, ceramic or stone, - the bonding takes place by means of an adhesive bonding, characterized in that the adhesive bonding forms a flexible bonding layer between the carrier layer and the decorative layer ,
An environmental control system for a space vehicle, comprising: an oxygen supply ; a nitrogen supply ; a supervisory controller configured to control the first pressure nitrogen supply and thereby to adjust a partial pressure of oxygen and an ambient pressure of an oxygen/nitrogen gas mixture within a first module , characterized by a first pressure control panel including a first oxygen control board configured to receive an oxygen gas from the oxygen supply the first oxygen control board including an oxygen pressure transducer configured to determine an oxygen pressure within the first oxygen control board, and an oxygen solenoid valve configured to regulate and to release the oxygen gas into the first module , and a first nitrogen control board configured to receive a nitrogen gas from the nitrogen supply , the first nitrogen control board including a nitrogen pressure transducer configured to determine a nitrogen pressure within the first nitrogen control board, and a nitrogen solenoid valve configured to regulate and to release the nitrogen gas into the first module . an oxygen supply ; a nitrogen supply ; a supervisory controller configured to control the first pressure nitrogen supply and thereby to adjust a partial pressure of oxygen and an ambient pressure of an oxygen/nitrogen gas mixture within a first module , characterized by a first pressure control panel including a first oxygen control board configured to receive an oxygen gas from the oxygen supply the first oxygen control board including an oxygen pressure transducer configured to determine an oxygen pressure within the first oxygen control board, and an oxygen solenoid valve configured to regulate and to release the oxygen gas into the first module , and a first nitrogen control board configured to receive a nitrogen gas from the nitrogen supply , the first nitrogen control board including a nitrogen pressure transducer configured to determine a nitrogen pressure within the first nitrogen control board, and a nitrogen solenoid valve configured to regulate and to release the nitrogen gas into the first module .
A flanged connecting assembly, comprising: a first flange ; a second flange with a diameter greater than the diameter of the first flange ; and a third flange , provided with a first portion and a second portion forming a step; wherein the first portion is fitted to the first flange through a first sealing element , and the second portion is fitted to the second flange through a second sealing element ; and the first flange and the second flange are spaced from each other by a first distance; characterised in that the first flange is positioned between the third flange and the second flange . a first flange ; a second flange with a diameter greater than the diameter of the first flange ; and a third flange , provided with a first portion and a second portion forming a step; wherein the first portion is fitted to the first flange through a first sealing element , and the second portion is fitted to the second flange through a second sealing element ; and the first flange and the second flange are spaced from each other by a first distance; characterised in that the first flange is positioned between the third flange and the second flange .
A polydixylitol polymer-based gene transporter (PdXYP) represented by the following Formula 1. wherein the PdXYP is capable of transmigrating the blood brain barrier (BBB), wherein the PdXYP is further conjugated to vitamin B6 and represented by the following Formula 4.
A crossbar (12; 50, 52; 100; 232; 300) for a vehicle rooftop cargo rack (10; 40), the crossbar comprising: an elongate metal body having a first end, a second end, and an aerodynamic outer profile defining an upper surface and a lower surface of the body; a continuous first slot running lengthwise across the upper surface from the first end to the second end; and a single continuous second slot running lengthwise across the lower surface from the first end to the second end, wherein the body has a rounded leading edge portion on a forward side of the crossbar, characterized in that the crossbar profile is asymmetrical with respect to a horizontal plane passing through a forward vertex on the leading edge portion, such that an upper half of the crossbar has a different shape than a lower half of the crossbar, wherein the upper surface comprises a top portion that is substantially flat in a vicinity of the continuous first slot and wherein the lower surface of the body of the crossbar is curved; and wherein the crossbar profile further comprises a tapered trailing edge portion on an aft side of the crossbar having a cutback angle in the trailing edge portion such that it truncates an otherwise long, symmetrical tapering of the trailing edge of the crossbar at an oblique angle. an elongate metal body having a first end, a second end, and an aerodynamic outer profile defining an upper surface and a lower surface of the body; a continuous first slot running lengthwise across the upper surface from the first end to the second end; and a single continuous second slot running lengthwise across the lower surface from the first end to the second end, wherein the body has a rounded leading edge portion on a forward side of the crossbar, characterized in that the crossbar profile is asymmetrical with respect to a horizontal plane passing through a forward vertex on the leading edge portion, such that an upper half of the crossbar has a different shape than a lower half of the crossbar, wherein the upper surface comprises a top portion that is substantially flat in a vicinity of the continuous first slot and wherein the lower surface of the body of the crossbar is curved; and wherein the crossbar profile further comprises a tapered trailing edge portion on an aft side of the crossbar having a cutback angle in the trailing edge portion such that it truncates an otherwise long, symmetrical tapering of the trailing edge of the crossbar at an oblique angle.
Method for forming a floating flood boom in which method mass , which is needed for forming the mentioned boom, is being brought to the location of the boom with the help of a transport vehicle and the mentioned mass is being formed to have a boom form, whereby the mass is moved close to the mounting surface of a boom from the loading space of the vehicle with the help of a mass transport vehicle, such as a groove or a conveyor and when the mass is being unloaded from the mentioned vehicle, it is directed inside a flexible, pipe-like protective casing in which case in the method the protective casing is located around the mentioned mass transport vehicle and is located to be unloaded from there in order to form an outer casing for the boom , characterized in that polystyrene particles are moved with the help of a screw conveyor , and are used as mass and the polystyrene particles are being handled with water vapor in order to expand them before or at the same time when they are being directed inside the pipe-like protective casing forming the oil boom .
Method for washing and separating pieces of plastics material (P), from contaminating material (C), comprising the steps of: a. supplying to a washing container pieces of plastics material (P) containing contaminating material (C) and an entering flow (F in ) of washing fluid (W); b. generating in the washing fluid (W), in said washing container , a turbulent stirring action to achieve a detachment and separation, through mechanical action, of the contaminating material (C) from the plastics material (P), c. evacuating through overflowing, through an outlet port of said washing container , an outlet flow (F out ) of washing fluid (W) and a quantity of plastics material (P') that has undergone said turbulent stirring action, d. driving a controlled-conveying and retaining means for retaining said plastics material (P) in said washing container and for advancing in a controlled manner said quantity of plastics material (P') to said outlet port independently of the advancement of said outlet flow (F out ) of washing fluid (W), CHARACTERIZING IN THAT it further comprises e. arranging a bulkhead that is adjustable and that penetrates the washing fluid (w) to a depth (D) with respect to the free surface , and diverting away from said outlet port - by said bulkhead - the pieces of plastics material (P) that, once supplied to said container , by advancing more on the surface, tend to reach directly the outlet zone of the washing container , and guiding said pieces of plastics (P) to force the pieces of plastics (P) to undergo said turbulent stirring action to separate and detach therefrom the adhering contaminants (C). a. supplying to a washing container pieces of plastics material (P) containing contaminating material (C) and an entering flow (F in ) of washing fluid (W); b. generating in the washing fluid (W), in said washing container , a turbulent stirring action to achieve a detachment and separation, through mechanical action, of the contaminating material (C) from the plastics material (P), c. evacuating through overflowing, through an outlet port of said washing container , an outlet flow (F out ) of washing fluid (W) and a quantity of plastics material (P') that has undergone said turbulent stirring action, d. driving a controlled-conveying and retaining means for retaining said plastics material (P) in said washing container and for advancing in a controlled manner said quantity of plastics material (P') to said outlet port independently of the advancement of said outlet flow (F out ) of washing fluid (W), CHARACTERIZING IN THAT it further comprises e. arranging a bulkhead that is adjustable and that penetrates the washing fluid (w) to a depth (D) with respect to the free surface , and diverting away from said outlet port - by said bulkhead - the pieces of plastics material (P) that, once supplied to said container , by advancing more on the surface, tend to reach directly the outlet zone of the washing container , and guiding said pieces of plastics (P) to force the pieces of plastics (P) to undergo said turbulent stirring action to separate and detach therefrom the adhering contaminants (C).
Cage bar pack for installation into a strainer bar cage of a cage screw press, having at least one cage bar set formed from a plurality of cage bars and a set apparatus which fixes the plurality of cage bars of the at least one cage bar set , the set apparatus having, furthermore, at least one base element and one securing means , characterized in that the base element has a hollow semi-cylindrical shape, and in that the cage bar pack is an at least temporary structural unit, in that the base element is coupled temporarily or permanently to at least one strut/rod , and in that the strut/rod dimensionally stabilizes the base element , in that the at least one strut/rod can be used functionally as a handle and/or overhead action region, or in that the cage bar pack has at least one separate holding apparatus , and in that the at least one securing means is formed from at least one tensioning strap which is elastic at least in regions and can be subjected to a tensile load.
A basket arrangement having a basic basket and a place-on part and connection supports , wherein the basic basket has a basket base and lateral walls and receiving cutouts for the connection supports are formed in each case in the lateral walls and in the place-on part , wherein the place-on part is, by means of the connection supports releasably locked in the receiving cutouts , secured or securable to the basic basket at a distance from the basic basket , characterised in that the connection supports are in each case releasably locked or lockable in one of the receiving cutouts of the lateral walls of the basic basket by means of a rotation lock and are in each case releasably locked or lockable in one of the receiving cutouts of the place-on part by means of a rotation lock .
A system comprising a microblog client and an external network server, the microblog client comprising a message pulling module configured to pull a microblog message from an external network server according to location information; a message pool configured to store the microblog message pulled by the message pulling module; and a geography page service module configured to generate one or more geography pages, and display the microblog message on the geography page which corresponds to the location information corresponding to the microblog message pulled, wherein the geography page is a city broadcasting geography page including microblog messages in a user's current location, a location selected by the user, and a popular location, the geography page service module is further configured to determine, before displaying the microblog message, whether required microblog messages are stored in the message pool, and when the message pool does not store the required microblog messages, trigger the message pulling module to pull the required microblog messages, the message pulling module is further configured to store, after pulling the required microblog messages from the external network server, the pulled microblog messages into the message pool, and meanwhile provide the pulled microblog messages for the geography page service module to be displayed, the microblog client is configured, after logging on successfully to the external network server, to provide, in a request to the external network server, a version number of a corresponding configuration file, wherein popular location information is packaged in the form of configuration files in an installation package of the microblog client, and the external network server is configured, when it finds the version number and that self-stored contents do not match each other, to enable the microblog client to start a download process to obtain a configuration file stored in the external network server.
A method for collecting data, comprising: receiving a tag identifier from a tag positioned in, on, or near a machine , using a tag reader of a data collection unit ; taking a plurality of measurements of one or more operating conditions of the machine, using a sensor of the data collection unit; finding a steady-state measurement using the data collection unit, by performing a settling analysis to determine when the plurality of measurements have settled within a threshold; storing the steady-state measurement; and associating the steady-state measurement with the tag identifier. receiving a tag identifier from a tag positioned in, on, or near a machine , using a tag reader of a data collection unit ; taking a plurality of measurements of one or more operating conditions of the machine, using a sensor of the data collection unit; finding a steady-state measurement using the data collection unit, by performing a settling analysis to determine when the plurality of measurements have settled within a threshold; storing the steady-state measurement; and associating the steady-state measurement with the tag identifier.
A computer-implemented method for verifying functionality of software, the method comprising: identifying a set of code that is to be validated; determining a first configuration for the set of code that configures the code as a first build for validation; releasing the first build for a first validation process; prior to completion of validation of the first build, determining a second configuration for the set of code that configures the code as a second build for validation; releasing the second build for a second validation process prior to completion of validation of the first build; staging the first and second validation process so that the first and second builds can be reverted independently of one another in response to a validation issue, wherein the staging comprises: reserving a percentage of production rings that are equally usable by each of the first build or second build; releasing the first build and the second build progressively through the production rings up to the reserved percentage of production rings; determining which of the first build or second build should proceed to a next validation stage of the first or second validation process; and independently completing the first and second validation process in the absence of a validation issue. identifying a set of code that is to be validated; determining a first configuration for the set of code that configures the code as a first build for validation; releasing the first build for a first validation process; prior to completion of validation of the first build, determining a second configuration for the set of code that configures the code as a second build for validation; releasing the second build for a second validation process prior to completion of validation of the first build; staging the first and second validation process so that the first and second builds can be reverted independently of one another in response to a validation issue, wherein the staging comprises: reserving a percentage of production rings that are equally usable by each of the first build or second build; releasing the first build and the second build progressively through the production rings up to the reserved percentage of production rings; determining which of the first build or second build should proceed to a next validation stage of the first or second validation process; and independently completing the first and second validation process in the absence of a validation issue. reserving a percentage of production rings that are equally usable by each of the first build or second build; releasing the first build and the second build progressively through the production rings up to the reserved percentage of production rings; determining which of the first build or second build should proceed to a next validation stage of the first or second validation process; and independently completing the first and second validation process in the absence of a validation issue.