mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a network firewall, comprising: obtaining a first authentication token for a network test from a network controller; receiving a test request message for performing the network test on a network element, NE, connected to the network firewall; wherein the test request message is initiated by the network controller and forwarded by the firewall-connected NE to the network firewall; authenticating (840, 850, 860) the test request message by determining whether the test request message comprises a second authentication token that matches the first authentication token; and granting the network test on the NE when the second authentication token matches the first authentication token by forwarding the test request message back to the firewall-connected NE to enable the network test to proceed. obtaining a first authentication token for a network test from a network controller; receiving a test request message for performing the network test on a network element, NE, connected to the network firewall; wherein the test request message is initiated by the network controller and forwarded by the firewall-connected NE to the network firewall; authenticating (840, 850, 860) the test request message by determining whether the test request message comprises a second authentication token that matches the first authentication token; and granting the network test on the NE when the second authentication token matches the first authentication token by forwarding the test request message back to the firewall-connected NE to enable the network test to proceed.
Cover with a rim, which comprises a clamping and stiffening bead, which has clamping sections distributed on the inside over the rim for producing a detachable clamping connection between an opening rim of a container and the cover, wherein the clamping section comprises a first, second and third clamping projection projecting into the bead, wherein the first clamping projection is arranged on one side of the bead and the second and third clamping projections are arranged on the other side of the bead, characterized in that the first clamping projection is arranged opposite to each other between the second and third clamping projections (4-2, 4-3) and is designed such that an opening rim inserted into the bead can be pressed by the first clamping projection at least partially between the second and the third clamping projections (4-2, 4-3).
A method of wireless communication performed by a first base station, comprising: establishing a connection to a User Equipment, UE; identifying a second base station to which the UE is capable of connecting while also being connected to the first base station; determining, based at least in part on information regarding the UE and an identity of the second base station, whether dual connectivity of the UE to the first base station and to the second base station is permitted; and selecting, based on the determining, one of handing over the UE to the second base station or initiating the dual connectivity for the UE to the second base station. establishing a connection to a User Equipment, UE; identifying a second base station to which the UE is capable of connecting while also being connected to the first base station; determining, based at least in part on information regarding the UE and an identity of the second base station, whether dual connectivity of the UE to the first base station and to the second base station is permitted; and selecting, based on the determining, one of handing over the UE to the second base station or initiating the dual connectivity for the UE to the second base station.
Wiper blade packaging device having at least one folding unit which has at least one outer packaging and at least two end packagings, which are provided, in a use state, to form a cavity for receiving at least one wiper blade, wherein the outer packaging has at least two adhesive strips for fixing the folding unit and at least one folding segment, which is bounded by at least two tear-off perforations, and the main length of extent of the folding unit in the use state is substantially larger than each extent of the folding unit perpendicularly to the main direction of extent, and the tear-off perforations extend at least substantially over the entire main length of extent of the folding unit, wherein the outer packaging comprises at least two folding segments, characterized in that the at least two adhesive strips are arranged on different folding segments of the outer packaging, and, in the use state of the folding unit, the at least two adhesive strips are arranged on different sides of the outer packaging.
Adsorbent particles for use in a process to remove CO 2 from a gas mixture containing CO 2, wherein the adsorbent is defined as follows: - alumina; - a carbonate compound; and - one or more alkali metals; wherein the total amount of alkali metals in the adsorbent is from 0.9 weight % to 10 weight %; and wherein the adsorbent has a carbonate to alumina intensity ratio, R 2, the carbonate to alumina intensity ratio, R 2, having a value less than or equal to 0.0150, where the carbonate to alumina intensity ratio is as determined by Fourier Transform infrared (FTIR) spectroscopy, as described in the description, wherein the adsorbent particles are produced by a method comprising the following steps: washing alumina materials which comprise one or more alkali metals and a carbonate compound with water; and drying the washed alumina materials to form the adsorbent particles; wherein the washed and dried adsorbent particles have said carbonate to alumina intensity ratio, R 2, which is smaller than the carbonate to alumina intensity ratio, R 1, before washing. wherein the adsorbent is defined as follows: - alumina; - a carbonate compound; and - one or more alkali metals; - alumina; - a carbonate compound; and - one or more alkali metals; wherein the total amount of alkali metals in the adsorbent is from 0.9 weight % to 10 weight %; and wherein the adsorbent has a carbonate to alumina intensity ratio, R 2, the carbonate to alumina intensity ratio, R 2, having a value less than or equal to 0.0150, where the carbonate to alumina intensity ratio is as determined by Fourier Transform infrared (FTIR) spectroscopy, as described in the description, wherein the adsorbent particles are produced by a method comprising the following steps: washing alumina materials which comprise one or more alkali metals and a carbonate compound with water; and drying the washed alumina materials to form the adsorbent particles; wherein the washed and dried adsorbent particles have said carbonate to alumina intensity ratio, R 2, which is smaller than the carbonate to alumina intensity ratio, R 1, before washing. washing alumina materials which comprise one or more alkali metals and a carbonate compound with water; and drying the washed alumina materials to form the adsorbent particles; wherein the washed and dried adsorbent particles have said carbonate to alumina intensity ratio, R 2, which is smaller than the carbonate to alumina intensity ratio, R 1, before washing.
An inkjet printing apparatus for printing on a substrate, such as a flexible packaging material, comprising: - at least three inkjet heads (1, 2, 3, 4) including a first inkjet head, a second inkjet head, and at least one further inkjet head (1', 2', 3', 4'); - a transport system configured for transporting the substrate from a first location opposite the first inkjet head to a second location opposite the second inkjet head, to at least one further location (L1', L2', L3', L4') opposite the at least one further inkjet head (1', 2', 3', 4'); - at least one drying unit (11, 12, 13, 14) comprising a first drying unit arranged opposite a first drying location which is located, seen in a transport direction of the substrate, between the first and second location, said first drying unit being configured for physically removing liquid from ink applied by the first inkjet head; - wherein the transport system comprises at least a first drum and a second drum on which the substrate is transported, and wherein the first and second locations as well as the first drying location are located on an outer surface of the first drum; and the at least one further location is located on an outer surface of the second drum; - wherein there are no guide elements in contact with a printed side of the substrate between the first and second drum. - at least three inkjet heads (1, 2, 3, 4) including a first inkjet head, a second inkjet head, and at least one further inkjet head (1', 2', 3', 4'); - a transport system configured for transporting the substrate from a first location opposite the first inkjet head to a second location opposite the second inkjet head, to at least one further location (L1', L2', L3', L4') opposite the at least one further inkjet head (1', 2', 3', 4'); - at least one drying unit (11, 12, 13, 14) comprising a first drying unit arranged opposite a first drying location which is located, seen in a transport direction of the substrate, between the first and second location, said first drying unit being configured for physically removing liquid from ink applied by the first inkjet head; - wherein the transport system comprises at least a first drum and a second drum on which the substrate is transported, and wherein the first and second locations as well as the first drying location are located on an outer surface of the first drum; and the at least one further location is located on an outer surface of the second drum; - wherein there are no guide elements in contact with a printed side of the substrate between the first and second drum.
An adjustable liquid delivery assembly for delivering a liquid to an animal, the assembly comprising an elongated rail, a liquid delivery unit having at least one liquid delivery head, said liquid delivery unit being slideably engaged with the elongated rail, a flexible liquid delivery tube for operably connecting the liquid delivery head to a liquid source, a retaining rail, and a means for securing the liquid delivery unit at a selected position along the elongated rail; wherein the retaining rail is configured parallel to the elongated rail and a space separates the two parallel rails; wherein the liquid delivery unit has a plurality of liquid delivery heads and wherein each liquid delivery head is individually operably connected to a flexible liquid delivery tube; wherein the means for securing the liquid delivery unit at a selected position on the elongated rail comprises a linear array of holes disposed along the length of the elongated rail, each hole traversing the elongated rail, and a peg configured to pass through a hole of the series of holes, said peg having a proximal end and a distal end said distal end being capable of extending beyond the elongated rail, thereby preventing the liquid delivery head from passing beyond the position of the peg; or wherein the means for securing the liquid delivery unit at a selected position on the elongated rail is selected from a frictional force between the elongated rail and the liquid delivery unit, a frictional force between the retaining rail and the liquid delivery unit. wherein the retaining rail is configured parallel to the elongated rail and a space separates the two parallel rails; wherein the liquid delivery unit has a plurality of liquid delivery heads and wherein each liquid delivery head is individually operably connected to a flexible liquid delivery tube; wherein the means for securing the liquid delivery unit at a selected position on the elongated rail comprises a linear array of holes disposed along the length of the elongated rail, each hole traversing the elongated rail, and a peg configured to pass through a hole of the series of holes, said peg having a proximal end and a distal end said distal end being capable of extending beyond the elongated rail, thereby preventing the liquid delivery head from passing beyond the position of the peg; or wherein the means for securing the liquid delivery unit at a selected position on the elongated rail is selected from a frictional force between the elongated rail and the liquid delivery unit, a frictional force between the retaining rail and the liquid delivery unit.
A candy composition comprising: a sugar composition portion comprising xylitol as a main component and sorbitol, and a crystallization promoting agent promoting crystallization of the xylitol, wherein the content of the crystallization promoting agent is from 0.5 parts by mass to 10 parts by mass relative to 100 parts by mass of the candy composition, the crystallization promoting agent being a substance which leaves solid residues in a melt of the sugar composition portion when a powder of the crystallization promoting agent in an amount of 0.5g is added to 100 g of the melt maintained at 90°C, and stirred for 30 minutes, wherein the crystallization promoting agent is selected from a tea powder, a coffee powder, a cocoa powder, a talc powder, a calcium carbonate powder, a silicic anhydride powder, a magnesium carbonate powder, and combinations thereof. a sugar composition portion comprising xylitol as a main component and sorbitol, and a crystallization promoting agent promoting crystallization of the xylitol, wherein the content of the crystallization promoting agent is from 0.5 parts by mass to 10 parts by mass relative to 100 parts by mass of the candy composition, the crystallization promoting agent being a substance which leaves solid residues in a melt of the sugar composition portion when a powder of the crystallization promoting agent in an amount of 0.5g is added to 100 g of the melt maintained at 90°C, and stirred for 30 minutes, wherein the crystallization promoting agent is selected from a tea powder, a coffee powder, a cocoa powder, a talc powder, a calcium carbonate powder, a silicic anhydride powder, a magnesium carbonate powder, and combinations thereof.
A method for improving reliability of a broadcast channel, NPBCH, reception in narrowband internet-of-things, NB-IoT, devices UE during a cell acquisition phase, wherein the UE receives one group of 64 encoded NPBCH subframes in order to attach itself to the cell, wherein the one group of 64 NPBCH subframes comprises a master information block, MIB, comprising cell configuration and cell time information and which has a standardized form of 34 bits (b 0...b 33) length and four most significant bits of a system frame number, and wherein the four most significant bits of the system frame number are incremented every 64 NPBCH subframes while the rest of the MIB remains unchanged, the method is characterized in that the UE receives, descrambles and de-rate-matches at least a first and a second group of 64 NPBCH subframes, wherein using the four most significant bits (b 0...b 3) of the system frame number as a counter, wherein whenever the counter gets incremented from an even to an odd number, only the lowest significant bit of the counter b 3 changes from 0 to 1, resulting in only one bit toggle and using a modifier sequence {m}, which is calculated in advance by using the one bit toggle in the SFN bits, which is applied to the first group of 64 NPBCH subframes, before combining the both groups, decoding and extracting the MIB from the combined NPBCH subframes by only linear operations and wherein the UE attaches to the cell if a match is found.
A compound of the general formula, or a stereoisomer, a pharmaceutically acceptable salt thereof, wherein, X is halogen or hydrogen; or " " is point of attachment; "--------" is bond or no bond; R 1 is hydrogen, fluorine or hydroxyl; R 2 is hydrogen or fluorine; providedthat R 2 is fluorine when "--------" is no bond; and "n" is 1 or 2. " " is point of attachment; "--------" is bond or no bond; R 1 is hydrogen, fluorine or hydroxyl; R 2 is hydrogen or fluorine; providedthat R 2 is fluorine when "--------" is no bond; and "n" is 1 or 2.
A coffee brewing machine comprising: a) one or more hot water chambers that are located on top of the machine, wherein each hot water chamber is configured to contain water for a specific amount of coffee to be brewed in a single brewing cycle; b) a pour over system located beneath said one or more hot water chambers; c) a filter basket located beneath each pour over system; and d) a valve for controlling water flow between said one or more hot water chambers and the filter basket, wherein the valve is arranged to be controlled by a gear system comprising one or more cams, the gear system being arranged to be rotated under the control of a motor gear system comprising a motor, a micro switch, and gears; characterized in that: wherein at least one of said one or more hot water chambers comprises a temperature sensor and a heating system, said temperature sensor being arranged for turning the heating system on or off in order to keep water in said one or more hot water chambers at 92 to 96°C, and said motor gear system being arranged to begin to rotate at the same time when the heating system is turned on or off to control opening or closing of said valve, the motor gear system being arranged to stop rotating when the micro switch is hit by a cam of the gear system; wherein said valve is arranged to be opened when water in said hot water chamber reaches 92 to 96°C, to allow said water at 92 to 96°C to flow from said one or more hot water chambers directly to the filter basket by gravity via the pour over system, without going through pipes or tubes. a) one or more hot water chambers that are located on top of the machine, wherein each hot water chamber is configured to contain water for a specific amount of coffee to be brewed in a single brewing cycle; b) a pour over system located beneath said one or more hot water chambers; c) a filter basket located beneath each pour over system; and d) a valve for controlling water flow between said one or more hot water chambers and the filter basket, wherein the valve is arranged to be controlled by a gear system comprising one or more cams, the gear system being arranged to be rotated under the control of a motor gear system comprising a motor, a micro switch, and gears;
An inhibitor of FXYD2 gene expression for use in a method for treating neuropathic pain in a patient in need thereof, wherein said inhibitor is selected from the group consisting of siRNAs, shRNAs, antisense oligonucleotides or ribozymes.
A method for manufacturing a piston housing, comprising: defining a piston housing design having a first fluid chamber design connected to a second fluid chamber design via a structural member design; manufacturing, by an additive manufacturing process, a piston housing (200;400;500) based on the piston housing design, the piston housing (230;330;430;530) comprising a first fluid chamber (230;330;430;530), manufactured based on the first fluid chamber design, in fluid communication with a second fluid chamber (230;330;430;530), manufactured based on the second fluid chamber design, via a structural member (420;520), manufactured based on the structural member design, wherein the structural member defines a non-linear fluid passage (220;320) between the first fluid chamber (230;330;430;530) and the second fluid chamber (230;330;430;530); and wherein the structural member includes a box beam disposed between the first fluid chamber and the second fluid chamber, and a web disposed between the box beam and the non-linear fluid passage; wherein the additive manufacturing process includes at least one of fused deposition modeling, polyjet 3D printing, electron beam freeform fabrication, direct metal laser sintering, electron-beam melting, selective laser melting, selective heat sintering, selective laser sintering, stereolithography, multiphoton photopolymerization, and digital light processing.
A combustor for a gas turbine engine, comprising: a combustor shell having a shell opening therethrough; a combustor panel having a stud attached thereto, the stud extending through the shell opening, the stud including a standoff to define an intermediate passage between the combustor shell and the combustor panel; a retainer attached to the stud; and a washer surrounding the stud and positioned between the retainer and the combustor shell, the washer at least partially defining a cooling flow passage configured to direct a cooling airflow through the shell opening to impinge the cooling flow on at least one of the stud or the standoff, wherein the cooling flow passage extends from a passage inlet located at an outer perimeter of the washer to a passage outlet located at an inner perimeter of the washer, and wherein the cooling flow passage tapers from the passage inlet to the passage outlet. a combustor shell having a shell opening therethrough; a combustor panel having a stud attached thereto, the stud extending through the shell opening, the stud including a standoff to define an intermediate passage between the combustor shell and the combustor panel; a retainer attached to the stud; and a washer surrounding the stud and positioned between the retainer and the combustor shell, the washer at least partially defining a cooling flow passage configured to direct a cooling airflow through the shell opening to impinge the cooling flow on at least one of the stud or the standoff, wherein the cooling flow passage extends from a passage inlet located at an outer perimeter of the washer to a passage outlet located at an inner perimeter of the washer, and wherein the cooling flow passage tapers from the passage inlet to the passage outlet.
A method for processing a stripe in a storage device, comprising: determining at least two stripes in the storage device that satisfy a garbage collection condition, wherein each of the at least two stripes comprises a stripe unit requiring garbage collection and a stripe unit not requiring garbage collection; determining at least one stripe unit not requiring garbage collection from each stripe; computing parity data of data in the determined stripe units not requiring garbage collection; and storing the parity data into a first idle stripe unit, wherein the first stripe unit and the determined stripe units not requiring garbage collection are constructed into a new stripe in the storage device without migrating the data of the determined stripe units not requiring garbage collection, wherein the new stripe is a stripe generated by using a redundant array of independent disks, RAID, or Erasure Coding, EC, technology, and the new stripe is constructed by adding an ID of each determined stripe unit, SU-ID, to a linked list of a disk of the RAID corresponding to a disk ID, which the SU-ID is bound to, and another ID of a stripe unit storing the computed parity data is added to the linked list accordingly. determining at least two stripes in the storage device that satisfy a garbage collection condition, wherein each of the at least two stripes comprises a stripe unit requiring garbage collection and a stripe unit not requiring garbage collection; determining at least one stripe unit not requiring garbage collection from each stripe; computing parity data of data in the determined stripe units not requiring garbage collection; and storing the parity data into a first idle stripe unit, wherein the first stripe unit and the determined stripe units not requiring garbage collection are constructed into a new stripe in the storage device without migrating the data of the determined stripe units not requiring garbage collection, wherein the new stripe is a stripe generated by using a redundant array of independent disks, RAID, or Erasure Coding, EC, technology, and the new stripe is constructed by adding an ID of each determined stripe unit, SU-ID, to a linked list of a disk of the RAID corresponding to a disk ID, which the SU-ID is bound to, and another ID of a stripe unit storing the computed parity data is added to the linked list accordingly.