mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: receiving, by a first base station, a first request message from a user equipment to resume a radio connection that was previously suspended at a second base station, wherein the first request message includes a resume identification that identifies the second base station; identifying, by the first base station, the second base station based on the resume identification included in the first request message; transmitting, by the first base station, a second request message to the second base station to retrieve user context information of the user equipment; receiving, at the first base station, a response message from the second base station, the response message including information for the user context information in response to the second request message, wherein the information for the user context information excludes history information; transmitting, from the first base station, a path switch request message to a device in a core network to update a path information after resuming the radio connection based on the user context information; receiving, at the first base station, a path switch response message from the device in the core network; and collecting, at the first base station, the history information related to the user context information, characterized in that the collecting of the history information comprises: receiving, from the user equipment, after the user equipment resumes the radio connection, the history information related to the user context information. receiving, by a first base station, a first request message from a user equipment to resume a radio connection that was previously suspended at a second base station, wherein the first request message includes a resume identification that identifies the second base station; identifying, by the first base station, the second base station based on the resume identification included in the first request message; transmitting, by the first base station, a second request message to the second base station to retrieve user context information of the user equipment; receiving, at the first base station, a response message from the second base station, the response message including information for the user context information in response to the second request message, wherein the information for the user context information excludes history information; transmitting, from the first base station, a path switch request message to a device in a core network to update a path information after resuming the radio connection based on the user context information; receiving, at the first base station, a path switch response message from the device in the core network; and collecting, at the first base station, the history information related to the user context information, characterized in that the collecting of the history information comprises: receiving, from the user equipment, after the user equipment resumes the radio connection, the history information related to the user context information.
Surfboard with an electric drive , and a battery for the electric drive , said battery being arranged in a battery housing , a first recess for the battery housing , and a handle on the battery housing , wherein the handle is designed as a bracket handle, which is mounted pivotably on opposite sides 6 of the battery housing 3 and the handle has a locking mechanism with the first recess and the handle has a projection on each of the opposing sides which, when the handle is folded down, in each case engages under a lug inside the first recess and firmly fixes the battery housing in the first recess . a battery for the electric drive , said battery being arranged in a battery housing , a first recess for the battery housing , and a handle on the battery housing , wherein the handle is designed as a bracket handle, which is mounted pivotably on opposite sides 6 of the battery housing 3 and the handle has a locking mechanism with the first recess and the handle has a projection on each of the opposing sides which, when the handle is folded down, in each case engages under a lug inside the first recess and firmly fixes the battery housing in the first recess .
A forklift support leg , comprising: a support leg body , a driving wheel assembly , and a hinging plate , connected with the driving wheel assembly and hinged to the support leg body; wherein the hinging plate is perpendicularly disposed relative to a support direction of one or more driving wheels of the driving wheel assembly, or obliquely disposed relative to the support direction of the one or more driving wheels of the driving wheel assembly, wherein a limiting structure for limiting a range that the hinging plate rotates relative to the support leg body is disposed on the forklift support leg; characterized in that the limiting structure comprises a first limiting structure for limiting a range that the hinging plate rotates upward relative to the support leg body, and/or, a second limiting structure for limiting a range that the hinging plate rotates downward relative to the support leg body; wherein the first limiting structure comprises a first groove , the first groove with an opening facing downward is disposed on the support leg body, and a first end of the hinging plate is inserted a predetermined length into the first groove on the support leg body and hinged on the support leg body by a hinging shaft; the second limiting structure comprises a limiting groove opened at an end of the support leg body and a limiting column disposed on a side portion of the hinging plate, and the limiting column is located in the limiting groove. a support leg body , a driving wheel assembly , and a hinging plate , connected with the driving wheel assembly and hinged to the support leg body; wherein the hinging plate is perpendicularly disposed relative to a support direction of one or more driving wheels of the driving wheel assembly, or obliquely disposed relative to the support direction of the one or more driving wheels of the driving wheel assembly, wherein a limiting structure for limiting a range that the hinging plate rotates relative to the support leg body is disposed on the forklift support leg; characterized in that the limiting structure comprises a first limiting structure for limiting a range that the hinging plate rotates upward relative to the support leg body, and/or, a second limiting structure for limiting a range that the hinging plate rotates downward relative to the support leg body; wherein the first limiting structure comprises a first groove , the first groove with an opening facing downward is disposed on the support leg body, and a first end of the hinging plate is inserted a predetermined length into the first groove on the support leg body and hinged on the support leg body by a hinging shaft; the second limiting structure comprises a limiting groove opened at an end of the support leg body and a limiting column disposed on a side portion of the hinging plate, and the limiting column is located in the limiting groove.
A method of providing a tubular ceramic component for use in a nuclear reactor, the tubular ceramic component comprises: an inner layer of silicon carbide, an intermediate layer of silicon carbide fibres in a fill material of silicon carbide, the intermediate layer adjoining the inner layer , and an outer layer of silicon carbide, the outer layer adjoining the intermediate layer , characterized in that the method comprises doping the silicon carbide of the inner layer , the fill material and the outer layer with a dopant comprising at least one dopant in solid solution within crystals of the silicon carbide, wherein the dopant or dopants will provide a pre-swelling or growth of the silicon carbide, before the operation of the tubular ceramic component in the nuclear reactor. an inner layer of silicon carbide, an intermediate layer of silicon carbide fibres in a fill material of silicon carbide, the intermediate layer adjoining the inner layer , and an outer layer of silicon carbide, the outer layer adjoining the intermediate layer , characterized in that the method comprises doping the silicon carbide of the inner layer , the fill material and the outer layer with a dopant comprising at least one dopant in solid solution within crystals of the silicon carbide, wherein the dopant or dopants will provide a pre-swelling or growth of the silicon carbide, before the operation of the tubular ceramic component in the nuclear reactor.
System for dispensing under pressure a product, said system comprising a device for sampling under pressure the product through an outlet , said system further comprising a plug on which the device for sampling is mounted and which is intended to be mounted on a reservoir wherein the product is intended to be packaged, said system further comprises a collar that is sealingly fixed on the device for sampling , said collar being slidingly mounted in the plug in order to be separable from said plug, said collar comprising means adapted to be sealingly arranged on the reservoir upon the mounting of the plug onto said reservoir, the device for sampling comprising an under pressure feed tube of the product whereon a lower end of an upstream spout of a push button is intended to be reversibly mounted in order to allow for the dispensing under pressure of the product through an outlet formed within said push button upon actuation of said push button, said system for dispensing comprising means for reversibly blocking the actuation of the push button , characterised in that , the reversible blocking means comprise a latch equipped with a locking pin , said latch being displaceable between a locked position, wherein the locking pin is engaged with the periphery of the push button for blocking the actuation of said push button, and a released position, wherein the locking pin is disengaged from said periphery for allowing said actuation.
An evaluation method of an external preparation for skin, comprising: a step of forming a coating film of an external preparation for skin on a base body ; a step of subjecting the coating film of the external preparation for skin to heat treatment; and a step of measuring a protective effect of the coating film of the external preparation for skin subjected to the heat treatment against a UV ray, characterized in that the heat treatment is carried out in an environment shielded from UV rays. a step of forming a coating film of an external preparation for skin on a base body ; a step of subjecting the coating film of the external preparation for skin to heat treatment; and a step of measuring a protective effect of the coating film of the external preparation for skin subjected to the heat treatment against a UV ray, characterized in that the heat treatment is carried out in an environment shielded from UV rays.
A body fluid extraction device for extracting a body fluid and for testing at least one predetermined analyte or property of the body fluid, the body fluid extraction device comprising: - at least one hollow needle having a base end and a tip and a channel linking the base end and the tip in fluid communication - a collection chamber having an input end in fluid communication with the channel, the collection chamber comprising a capillary wick configured to transport at least a fraction of the body fluid away from the input end; - a testing chamber comprising at least one testing unit that includes a respective reacting material configured to react in a predetermined manner to a predetermined analyte or property of the body fluid; - a solution chamber , comprising a buffer solution ; - flow control means (1026.1, 1026.2) configured to control, in a first step, a first transfer of the buffer solution from the solution chamber to the collection chamber, and in a second step a second transfer of the body fluid and the buffer solution from the collection chamber to the testing chamber. - at least one hollow needle having a base end and a tip and a channel linking the base end and the tip in fluid communication - a collection chamber having an input end in fluid communication with the channel, the collection chamber comprising a capillary wick configured to transport at least a fraction of the body fluid away from the input end; - a testing chamber comprising at least one testing unit that includes a respective reacting material configured to react in a predetermined manner to a predetermined analyte or property of the body fluid; - a solution chamber , comprising a buffer solution ; - flow control means (1026.1, 1026.2) configured to control, in a first step, a first transfer of the buffer solution from the solution chamber to the collection chamber, and in a second step a second transfer of the body fluid and the buffer solution from the collection chamber to the testing chamber.
A device for delivering a beneficial substance to an eye of a patient, comprising a shell and a plurality of particles disposed within the shell, the particles comprising a porous silicon-based carrier material and a beneficial substance disposed within pores of the carrier material, and the shell comprising at least one portion that is permeable to the beneficial substance, wherein the beneficial substance is selected from the group consisting of neuroprotectants, antibacterials, antiallergenics, antiinflammatories, decongestants, miotics, mydriatics, and sympathomimetics.
An automated method of bulking seeds in a population, the method comprising: (a) removing a sample from each seed in the population whilst protecting the germination viability of the seeds such that a predominant number of sampled seeds remain viable after sampling; (b) conveying each sample to a separate location of known relationship; (c) testing each sample for a desired trait, marker or genotype; and (d) thereafter separating the seeds based upon the test results of their corresponding samples. (a) removing a sample from each seed in the population whilst protecting the germination viability of the seeds such that a predominant number of sampled seeds remain viable after sampling; (b) conveying each sample to a separate location of known relationship; (c) testing each sample for a desired trait, marker or genotype; and (d) thereafter separating the seeds based upon the test results of their corresponding samples.
A system for transferring data from a wireless network of a vehicle , with a first station for covering a first wireless network secured by encryption, a second station for covering a second wireless network and a mobile device for connecting to the wireless networks , wherein the first station is provided in the vehicle , wherein access data for the connection to the two wireless networks are contained in the mobile device , and wherein the vehicle contains data which are transmitted from the first station to the mobile device and from there to the second station , characterized in that the mobile device detects the second station with the wireless network and only then are the data transmitted from the vehicle via the first station to the mobile device and from there to the second station .
An information handling system comprising: a persistent memory configured to be secured via a passphrase; a basic input/output system, BIOS ; and a management controller configured to provide out-of-band management of the information handling system ; wherein the BIOS is configured to set the passphrase of the persistent memory , encrypt the passphrase via a first key of a first asymmetric key pair, and transmit the encrypted passphrase to the management controller ; and wherein the management controller is configured to decrypt the encrypted passphrase via a second key of the first asymmetric key pair, re-encrypt the passphrase via a first key of a second asymmetric key pair, and transmit the re-encrypted passphrase to an external management console via an out-of-band management interface, the external management console being external to said information handling system . a persistent memory configured to be secured via a passphrase; a basic input/output system, BIOS ; and a management controller configured to provide out-of-band management of the information handling system ; wherein the BIOS is configured to set the passphrase of the persistent memory , encrypt the passphrase via a first key of a first asymmetric key pair, and transmit the encrypted passphrase to the management controller ; and wherein the management controller is configured to decrypt the encrypted passphrase via a second key of the first asymmetric key pair, re-encrypt the passphrase via a first key of a second asymmetric key pair, and transmit the re-encrypted passphrase to an external management console via an out-of-band management interface, the external management console being external to said information handling system .
A method for calculating pressure in a Venturi tube, comprising: acquiring pressure P2 in an intake pipeline of an engine , and acquiring differential pressure ΔP between an inlet and a throat of the Venturi tube, wherein the Venturi tube is arranged between the intake pipe and an exhaust pipe of the engine ; correcting the pressure P2 based on a predetermined first correction MAP to obtain pressure P A at a first point (A) in front of an exhaust gas recirculation EGR mixer, and correcting the differential pressure ΔP based on a predetermined second correction MAP to obtain pressure loss P B in the Venturi tube, wherein the first point (A) is arranged at an outlet of the Venturi tube; and calculating a sum of the pressure P A and the pressure loss P B to obtain pressure at the inlet of the Venturi tube. acquiring pressure P2 in an intake pipeline of an engine , and acquiring differential pressure ΔP between an inlet and a throat of the Venturi tube, wherein the Venturi tube is arranged between the intake pipe and an exhaust pipe of the engine ; correcting the pressure P2 based on a predetermined first correction MAP to obtain pressure P A at a first point (A) in front of an exhaust gas recirculation EGR mixer, and correcting the differential pressure ΔP based on a predetermined second correction MAP to obtain pressure loss P B in the Venturi tube, wherein the first point (A) is arranged at an outlet of the Venturi tube; and calculating a sum of the pressure P A and the pressure loss P B to obtain pressure at the inlet of the Venturi tube.
A method of preparing a plurality of microparticles in a microfluidics device in an oxygen-controlled environment comprising the steps of: (a) providing a continuous phase comprising a non-aqueous liquid and a dispersed phase comprising an aqueous solution comprising a monomer or a macromer, and an initiator; (b) forming a composition comprising microdroplets of said aqueous phase and said non-aqueous liquid; (c) purging said composition comprising said microdroplets and the non-aqueous liquid by flowing said composition through a polydimethylsiloxane microchannel of the microfluidics device, the microchannel being flanked with channels to carry an oxygen-free gas, and saturating the microchannel region of the microfluidics device with the oxygen-free gas; and (d) polymerizing said monomer or said macromer in said microdroplets to form microparticles, wherein said initiator is a photoinitiator and said step of polymerizing said monomer or macromer is carried out in the presence of ultraviolet light, and wherein the oxygen-free gas is nitrogen. (a) providing a continuous phase comprising a non-aqueous liquid and a dispersed phase comprising an aqueous solution comprising a monomer or a macromer, and an initiator; (b) forming a composition comprising microdroplets of said aqueous phase and said non-aqueous liquid; (c) purging said composition comprising said microdroplets and the non-aqueous liquid by flowing said composition through a polydimethylsiloxane microchannel of the microfluidics device, the microchannel being flanked with channels to carry an oxygen-free gas, and saturating the microchannel region of the microfluidics device with the oxygen-free gas; and (d) polymerizing said monomer or said macromer in said microdroplets to form microparticles,
Computer-implemented method for classifying activities of a patient on the basis of image data of the patient in a patient-supporting apparatus , including - detecting an activity of the patient on the basis of the image data; characterized by - determining a zone of interest in the image data, the activity being detected within the zone of interest ; - determining a further zone which at least partially encloses the zone of interest ; - determining classification information for the activity from the image data, the classification information at least comprising information as to whether the detected activity of the patient was brought about actively by the patient or passively by an external influence, the activity in the zone of interest being classified as actively brought about by the patient if no activity is detected in the further zone , and the activity in the zone of interest being classified as passively brought about externally if an activity is detected in the further zone within a time period before, or at the same time as, the activity in the zone of interest ; and - providing information about the activity and the classification information. - detecting an activity of the patient on the basis of the image data; characterized by - determining a zone of interest in the image data, the activity being detected within the zone of interest ; - determining a further zone which at least partially encloses the zone of interest ; - determining classification information for the activity from the image data, the classification information at least comprising information as to whether the detected activity of the patient was brought about actively by the patient or passively by an external influence, the activity in the zone of interest being classified as actively brought about by the patient if no activity is detected in the further zone , and the activity in the zone of interest being classified as passively brought about externally if an activity is detected in the further zone within a time period before, or at the same time as, the activity in the zone of interest ; and the activity in the zone of interest being classified as actively brought about by the patient if no activity is detected in the further zone , and the activity in the zone of interest being classified as passively brought about externally if an activity is detected in the further zone within a time period before, or at the same time as, the activity in the zone of interest ; and - providing information about the activity and the classification information.