mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for producing microcellular foams, in which an extruder cylinder and an extruder screw provided with a spiral flight therein and running around a core are situated, the apparatus having a feeder unit suitable for feeding a polymeric base material into an inner space delimited by the cylinder and the extruder screw and connected to a feeder inlet formed on the cylinder and communicating with the inner space , an extrusion outlet being formed on the cylinder , the apparatus further comprising means for feeding a foaming agent into the inner space and means for rotating the screw , wherein the means for feeding said foaming agent is at least one nozzle connected to a bore hole , a nozzle orifice of which, opening into the inner space , is situated between the surface (2c1) of the core and the inner surface of the cylinder in such a way that the distance between the nozzle orifice and the surface (2c1) is greater than 0, and wherein the nozzle is connected to the bore hole formed in a wall of the cylinder , and wherein the nozzle orifice of the nozzle is situated on a surface (F) of a disc situated in the inner space , and a mantle (P) of the disc is in contact with the inner wall of the cylinder in the vicinity of the bore hole , and a channel for guiding the foaming agent is formed on the mantle (P) of the disc , and a melt channel is formed between two surfaces (F) of the disc , and wherein the nozzle orifices of the nozzles are situated on an inner surface of the melt channel formed between the two surfaces (F) of the disc , characterized in that at least two discs are situated side by side, and a first disc is attached to the screw , while a second disc is attached to the inner surface of the cylinder .
An uplink information sending method, comprising: receiving (S210), in a first time unit, scheduling information from an access network device; and determining, based on the scheduling information, that a first uplink information scheduled by using the scheduling information needs to be sent; wherein the first uplink information is uplink data sent to the access network; determining (S220) a second time unit and a first time offset, wherein the second time unit is after the first time unit, and the second time unit carries downlink information from the access network device, wherein the downlink information is downlink data sent by the access network device; determining (S230), based on the second time unit, a third time unit used to carry the first uplink information, wherein the third time unit is a time unit that is offset from the second time unit by the first time offset; and sending (S240), in the third time unit, the first uplink information. receiving (S210), in a first time unit, scheduling information from an access network device; and determining, based on the scheduling information, that a first uplink information scheduled by using the scheduling information needs to be sent; wherein the first uplink information is uplink data sent to the access network; determining (S220) a second time unit and a first time offset, wherein the second time unit is after the first time unit, and the second time unit carries downlink information from the access network device, wherein the downlink information is downlink data sent by the access network device; determining (S230), based on the second time unit, a third time unit used to carry the first uplink information, wherein the third time unit is a time unit that is offset from the second time unit by the first time offset; and
A method of determining a location of an originating device , wherein the device is a non-Access Point, AP, station, the method comprising: causing display of a user interface, the user interface configured to receive input selecting whether static configuration of locations is used for one or more first stations or the locations for the one or more first stations are derived from a network; obtaining location information for each of a first set of stations (102a-c, 104a-c) from input defining static configuration of locations via the user interface; a second set of stations includes stations that are not in the first set of stations; receiving, from each station in the first set of stations and the second set of stations , a list identifying access points among the first (102a-c, 104a-c) and second set of stations from which signals have been received by the respective station within a predefined time period; receiving a message originating from the originating device , the message received via a first AP included in the second set of stations; determining a location for the first access point based on the location information for the first set of stations and one or more of the received lists ; determining a location of the originating device based on the determined location of the first AP ; and processing the message based on the determined location of the originating device . causing display of a user interface, the user interface configured to receive input selecting whether static configuration of locations is used for one or more first stations or the locations for the one or more first stations are derived from a network; obtaining location information for each of a first set of stations (102a-c, 104a-c) from input defining static configuration of locations via the user interface; a second set of stations includes stations that are not in the first set of stations; receiving, from each station in the first set of stations and the second set of stations , a list identifying access points among the first (102a-c, 104a-c) and second set of stations from which signals have been received by the respective station within a predefined time period; receiving a message originating from the originating device , the message received via a first AP included in the second set of stations; determining a location for the first access point based on the location information for the first set of stations and one or more of the received lists ; determining a location of the originating device based on the determined location of the first AP ; and processing the message based on the determined location of the originating device .
A composition comprising a polymerase dissolved in a solution, wherein the polymerase comprises a 5'-3' exonuclease domain that is fused to the amino terminus of a family B polymerase, wherein said family B polymerase is conjugated to a DNA binding domain, wherein the solution comprises free arginine, or a salt thereof, or arginine derivative having an additional methyl or hydroxyl in the arginine carbon backbone, or being an arginine ethyl ester, or being argininamide dihydrochloride, or being citrulline, 2-amino-3-guanidinobutyric acid, 2-amino-4-guanidinobutyric acid, cavanine, homoarginine, thiocitrulline, L-2-amino-3-guanidinopropionic acid, 4-guanidinobutyric acid or 3-guanidinobutyric acid, or salt thereof; and 5% or more cryoprotectant, and wherein the solution is free of detergents.
A system comprising: a plurality of direct-current-to-direct-current, DC/DC, power converters having output terminals coupled in series to form a serial string having power lines ; wherein each of the plurality of power converters comprises a controller that is configured to convert input power to direct-current output power on the power converter output terminals, and a receiver ; characterized in that each receiver is configured to generate a disable signal in response to receiving a stop signal; wherein each controller is configured, in response to receiving the disable signal from the corresponding receiver , to stop the corresponding power converter providing power at the converter output terminals and cause the corresponding converter to enter into a bypass mode which allows current from other power converters in the serial string to pass through the power converter from one of its output terminals to the other of its output terminals. wherein each of the plurality of power converters comprises a controller that is configured to convert input power to direct-current output power on the power converter output terminals, and a receiver ; characterized in that each receiver is configured to generate a disable signal in response to receiving a stop signal; wherein each controller is configured, in response to receiving the disable signal from the corresponding receiver , to stop the corresponding power converter providing power at the converter output terminals and cause the corresponding converter to enter into a bypass mode which allows current from other power converters in the serial string to pass through the power converter from one of its output terminals to the other of its output terminals.
A method for setting one or more parameters of a film inflation and sealing machine, comprising: providing a device configured to inflate and seal film to make packaging material and a control system of the film inflation and sealing machine, wherein the control system comprises a processor and a memory component , wherein the processor is configured to access recipes stored in the memory component corresponding to each of a plurality of different film materials, wherein each of the recipes includes a plurality of parameter settings for the components of the film inflation and sealing machine that are to be used when the select material is being inflated and sealed by the machine; providing a supply of film material on the device ; identifying the film material on the device by the control system receiving a material identifier; selecting , by the processor, the recipe from the memory component that corresponds to the material identifier; automatically adjusting the operating parameters of the components of the film inflation and sealing machine to be used to inflate and seal the identified film material to the parameter settings defined in the selected recipe. providing a device configured to inflate and seal film to make packaging material and a control system of the film inflation and sealing machine, wherein the control system comprises a processor and a memory component , wherein the processor is configured to access recipes stored in the memory component corresponding to each of a plurality of different film materials, wherein each of the recipes includes a plurality of parameter settings for the components of the film inflation and sealing machine that are to be used when the select material is being inflated and sealed by the machine; providing a supply of film material on the device ; identifying the film material on the device by the control system receiving a material identifier; selecting , by the processor, the recipe from the memory component that corresponds to the material identifier; automatically adjusting the operating parameters of the components of the film inflation and sealing machine to be used to inflate and seal the identified film material to the parameter settings defined in the selected recipe.
A method for switching PANs , wherein a first parent node (A-5) and at least one child node (A-6, N) are joined to a first PAN , comprising: maintaining, by the first parent node (A-5), timing synchronization with the first PAN ; identifying, by the first parent node (A-5), a second PAN ; obtaining, by the first parent node (A-5), timing synchronization information for the second PAN ; maintaining, by the first parent node (A-5), timing synchronization with both the first PAN and the second PAN ; transmitting, by the first parent node (A-5), a message to the at least one child node (A-6, N), wherein the message includes synchronization information for the second PAN and a time for switching from the first PAN to the second PAN , the at least one child node (A-6, N) maintains timing synchronization with both the first PAN and the second PAN based on the received synchronization information; switching, by the first parent node (A-5), from the first PAN to the second PAN at the time for switching; and maintaining, by the first parent node (A-5), a parent-child relationship with the at least one child node (A-6, N) in the second PAN . maintaining, by the first parent node (A-5), timing synchronization with the first PAN ; identifying, by the first parent node (A-5), a second PAN ; obtaining, by the first parent node (A-5), timing synchronization information for the second PAN ; maintaining, by the first parent node (A-5), timing synchronization with both the first PAN and the second PAN ; transmitting, by the first parent node (A-5), a message to the at least one child node (A-6, N), wherein the message includes synchronization information for the second PAN and a time for switching from the first PAN to the second PAN , the at least one child node (A-6, N) maintains timing synchronization with both the first PAN and the second PAN based on the received synchronization information; switching, by the first parent node (A-5), from the first PAN to the second PAN at the time for switching; and maintaining, by the first parent node (A-5), a parent-child relationship with the at least one child node (A-6, N) in the second PAN .
A method profiling the gene expression of a nucleus, the method comprising: (a) processing a tissue sample containing a plurality of cell types to expose nuclei wherein the tissue sample comprises brain tissue, brain stem tissue, and/or spinal cord tissue; (b) labeling at least one nucleus from the processed tissue sample by contacting the processed tissue sample with two or more affinity labels that each bind a different nucleic acid transcript or protein unique to the nucleus of at least one cell type contained in the tissue sample, wherein each nucleic acid transcript or protein is encoded by a gene selected from Tables 19-24, wherein the affinity labels are selected from the group consisting of an antibody, an RNA probe, and a DNA probe; (c) purifying at least one labeled nucleus using the two or more affinity labels; and (d) collecting nucleic acid transcript and/or protein expression data for the labeled nucleus, thereby profiling the gene expression of the nucleus. (a) processing a tissue sample containing a plurality of cell types to expose nuclei wherein the tissue sample comprises brain tissue, brain stem tissue, and/or spinal cord tissue; (b) labeling at least one nucleus from the processed tissue sample by contacting the processed tissue sample with two or more affinity labels that each bind a different nucleic acid transcript or protein unique to the nucleus of at least one cell type contained in the tissue sample, wherein each nucleic acid transcript or protein is encoded by a gene selected from Tables 19-24, wherein the affinity labels are selected from the group consisting of an antibody, an RNA probe, and a DNA probe; (c) purifying at least one labeled nucleus using the two or more affinity labels; and (d) collecting nucleic acid transcript and/or protein expression data for the labeled nucleus, thereby profiling the gene expression of the nucleus.
A hand-held electromechanical surgical device comprising: a power-pack comprising a motor configured to selectively control a surgical accessory ; an outer shell housing including a distal half-section , a proximal half-section , the distal half-section and the proximal half-section together defining a cavity configured to selectively encase the entire power-pack therein; and a gasket located between the distal half-section and the proximal half-section of the outer shell housing, the gasket configured to create a seal between the distal half-section and the proximal half-section and to provide a sterile barrier between the power-pack and an environment outside the outer shell housing, characterised in that the hand-held electromechanical surgical device comprises further a sterile barrier plate assembly supported in the distal half-section. a power-pack comprising a motor configured to selectively control a surgical accessory ; an outer shell housing including a distal half-section , a proximal half-section , the distal half-section and the proximal half-section together defining a cavity configured to selectively encase the entire power-pack therein; and a gasket located between the distal half-section and the proximal half-section of the outer shell housing, the gasket configured to create a seal between the distal half-section and the proximal half-section and to provide a sterile barrier between the power-pack and an environment outside the outer shell housing, characterised in that the hand-held electromechanical surgical device comprises further a sterile barrier plate assembly supported in the distal half-section.
A method performed by a device for user data transmission on a random access channel, RACH, to a network, the method comprising: determining a timing advance value by the device ; based on the timing advance value, transmitting to the network on the RACH an access request message comprising an identifier used to identify the device and user data. determining a timing advance value by the device ; based on the timing advance value, transmitting to the network on the RACH an access request message comprising an identifier used to identify the device and user data.
Method for operation of a laundry apparatus , said laundry apparatus including a drum which is rotatably mounted in a casing , the method including: ∘ selecting a washing or drying program among a plurality of washing or drying programs; ∘ rotating the drum for a given first time interval and given first speed before beginning of said washing or drying program; ∘ calculating a value associated with a torque and/or an unbalance of the drum during the rotation at the first speed; ∘ comparing the value with a first and/or second threshold (T1, T1') of torque and/or unbalance; ∘ if said value associated with a torque and/or an unbalance is above the first and/or second threshold of torque and/or unbalance, then the method further includes: • emitting a command to change a parameter of said selected washing or drying program; characterized in that ∘ if said value associated with a torque and/or an unbalance is below or equal to the first and/or second threshold of torque and/or unbalance, then the method further includes: • calculating a first weight of laundry present in the drum before beginning of said selected washing or drying program. ∘ selecting a washing or drying program among a plurality of washing or drying programs; ∘ rotating the drum for a given first time interval and given first speed before beginning of said washing or drying program; ∘ calculating a value associated with a torque and/or an unbalance of the drum during the rotation at the first speed; ∘ comparing the value with a first and/or second threshold (T1, T1') of torque and/or unbalance; ∘ if said value associated with a torque and/or an unbalance is above the first and/or second threshold of torque and/or unbalance, then the method further includes: • emitting a command to change a parameter of said selected washing or drying program; characterized in that • emitting a command to change a parameter of said selected washing or drying program; ∘ if said value associated with a torque and/or an unbalance is below or equal to the first and/or second threshold of torque and/or unbalance, then the method further includes: • calculating a first weight of laundry present in the drum before beginning of said selected washing or drying program. • calculating a first weight of laundry present in the drum before beginning of said selected washing or drying program.
A communication channel configured to operatively couple a system control unit of an X-ray imaging system to an X-ray tube of an X-ray source assembly of the X-ray imaging system, the communication channel comprising: a first authentication module associated with the system control unit ); a second authentication module associated with the X-ray tube ; a first connector configured to couple to the system control unit ; and a second connector configured to couple to the X-ray tube ; wherein the system control unit is configured to transmit a challenge to the first authentication module and receive a response to the challenge transmitted by the first authentication module ; wherein the system control unit is configured to authenticate the X-ray tube by transmitting a challenge to the second authentication module and receive a response to the challenge transmitted by the second authentication module . a first authentication module associated with the system control unit ); a second authentication module associated with the X-ray tube ; a first connector configured to couple to the system control unit ; and a second connector configured to couple to the X-ray tube ; wherein the system control unit is configured to transmit a challenge to the first authentication module and receive a response to the challenge transmitted by the first authentication module ; wherein the system control unit is configured to authenticate the X-ray tube by transmitting a challenge to the second authentication module and receive a response to the challenge transmitted by the second authentication module .
A deployable solar tracker system comprising a single-axis solar tracker including a plurality of foldable panel array sections , each foldable panel array section comprising: a shaft section ; a plurality of paired support ribs arranged at opposite sides of said shaft section and hinged to the shaft section ; and a plurality of solar panels attached to said support ribs ; wherein the support ribs and solar panels are movable between a folded position, in which the solar panels are opposite and parallel to each other, and an unfolded position, in which energy-collecting surfaces of the solar panels are coplanar to each other; and wherein the plurality of foldable panel array sections are configured for being shipped together in a shipping arrangement, in which the respective shaft sections are side by side and parallel to each other and the support ribs and solar panels are in said folded position, and for being unloaded in a deployment location and arranged in a work arrangement, in which the respective shaft sections are aligned and connected together and the support ribs and solar panels are in said unfolded position, characterized in that each foldable panel array section has a handling element attached on top of the shaft section thereof, said handling element having at least one handle opening dimensioned for receiving at least one lift member in a transversal direction perpendicular to the shaft section , said handle openings of the handling elements of the plurality of the foldable panel array sections being mutually aligned in the shipping arrangement. a shaft section ; a plurality of paired support ribs arranged at opposite sides of said shaft section and hinged to the shaft section ; and a plurality of solar panels attached to said support ribs ; wherein the support ribs and solar panels are movable between a folded position, in which the solar panels are opposite and parallel to each other, and an unfolded position, in which energy-collecting surfaces of the solar panels are coplanar to each other; and wherein the plurality of foldable panel array sections are configured for being shipped together in a shipping arrangement, in which the respective shaft sections are side by side and parallel to each other and the support ribs and solar panels are in said folded position, and for being unloaded in a deployment location and arranged in a work arrangement, in which the respective shaft sections are aligned and connected together and the support ribs and solar panels are in said unfolded position, characterized in that each foldable panel array section has a handling element attached on top of the shaft section thereof, said handling element having at least one handle opening dimensioned for receiving at least one lift member in a transversal direction perpendicular to the shaft section , said handle openings of the handling elements of the plurality of the foldable panel array sections being mutually aligned in the shipping arrangement.