mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus comprising: at least one processor; and at least one memory including computer program code; wherein the at least one memory and the computer program code are configured to, with the at least one processor, cause the apparatus to: support communication of a packet including a reorderability indicator indicative of a reorderability of the packet with respect to a flow with which the packet is associated, wherein the support for communication of the packet includes: determining, based on the reorderability indicator, a type of load balancing preventing or performing packet reordering to apply for forwarding the packet; determining that the packet, which is associated with a first communication layer, is to be encapsulated by an encapsulation at a second communication layer; and encoding the reorderability indicator into the encapsulation at the second communication layer. at least one processor; and at least one memory including computer program code; wherein the at least one memory and the computer program code are configured to, with the at least one processor, cause the apparatus to: support communication of a packet including a reorderability indicator indicative of a reorderability of the packet with respect to a flow with which the packet is associated, wherein the support for communication of the packet includes: determining, based on the reorderability indicator, a type of load balancing preventing or performing packet reordering to apply for forwarding the packet; determining that the packet, which is associated with a first communication layer, is to be encapsulated by an encapsulation at a second communication layer; and encoding the reorderability indicator into the encapsulation at the second communication layer. determining, based on the reorderability indicator, a type of load balancing preventing or performing packet reordering to apply for forwarding the packet; determining that the packet, which is associated with a first communication layer, is to be encapsulated by an encapsulation at a second communication layer; and encoding the reorderability indicator into the encapsulation at the second communication layer.
A method for wireless communication, comprising: configuring, by a base station , signal resource for a physical random access channel, PRACH, by: determining, by the base station , a PRACH slot pattern with a pattern parameter based on a PRACH subcarrier spacing, SCS, and a specific time duration, wherein: the specific time duration corresponds to a slot duration of a single slot for a SCS being 60 kHz; in response to a maximum number of PRACH slots in the specific time duration being 8 and the PRACH slot pattern comprising one PRACH slot, the pattern parameter comprises ; or in response to a maximum number of PRACH slots in the specific time duration being 8 and the PRACH slot pattern comprising two PRACH slots, the pattern parameter comprises . configuring, by a base station , signal resource for a physical random access channel, PRACH, by: determining, by the base station , a PRACH slot pattern with a pattern parameter based on a PRACH subcarrier spacing, SCS, and a specific time duration, wherein: the specific time duration corresponds to a slot duration of a single slot for a SCS being 60 kHz; in response to a maximum number of PRACH slots in the specific time duration being 8 and the PRACH slot pattern comprising one PRACH slot, the pattern parameter comprises ; or in response to a maximum number of PRACH slots in the specific time duration being 8 and the PRACH slot pattern comprising two PRACH slots, the pattern parameter comprises . the specific time duration corresponds to a slot duration of a single slot for a SCS being 60 kHz; in response to a maximum number of PRACH slots in the specific time duration being 8 and the PRACH slot pattern comprising one PRACH slot, the pattern parameter comprises ; or in response to a maximum number of PRACH slots in the specific time duration being 8 and the PRACH slot pattern comprising two PRACH slots, the pattern parameter comprises .
A guidewire comprising: an elongated member ; a shaft extending distally from the elongated member , wherein the elongated member and the shaft are configured to be navigated through vasculature of a patient; a first conductor extending around the shaft to define an outer perimeter of the guidewire and configured to be electrically connected to an energy source; a first electrode located adjacent the shaft where the first conductor extends around the shaft , wherein the first electrode is configured to be electrically coupled to the energy source via the first conductor ; a second electrode ; and a second conductor configured to electrically couple the second electrode to the energy source, wherein the first and second electrodes are configured to deliver an electrical signal to a fluid in contact with the first and second electrodes to cause the fluid to undergo cavitation to generate a pressure pulse wave within the fluid. an elongated member ; a shaft extending distally from the elongated member , wherein the elongated member and the shaft are configured to be navigated through vasculature of a patient; a first conductor extending around the shaft to define an outer perimeter of the guidewire and configured to be electrically connected to an energy source; a first electrode located adjacent the shaft where the first conductor extends around the shaft , wherein the first electrode is configured to be electrically coupled to the energy source via the first conductor ; a second electrode ; and a second conductor configured to electrically couple the second electrode to the energy source, wherein the first and second electrodes are configured to deliver an electrical signal to a fluid in contact with the first and second electrodes to cause the fluid to undergo cavitation to generate a pressure pulse wave within the fluid.
A system that produces a coffee beverage from coffee beans, the system comprising an apparatus that performs an estimation process and a beverage making apparatus that produces the coffee beverage, wherein the apparatus that performs an estimation process comprises: obtaining means for obtaining photograph data of the coffee bean; estimation means for estimating a property of the coffee bean based on the photograph data obtained by the obtaining means; and display means for displaying one or more types of coffee beans based on the result of the estimation by the estimation means; and the beverage making apparatus comprises: production means for producing the coffee beverage according to a type of coffee bean specified by a user in one or more types of coffee beans based on a result of the estimation by the estimation means. obtaining means for obtaining photograph data of the coffee bean; estimation means for estimating a property of the coffee bean based on the photograph data obtained by the obtaining means; and display means for displaying one or more types of coffee beans based on the result of the estimation by the estimation means; and the beverage making apparatus comprises: production means for producing the coffee beverage according to a type of coffee bean specified by a user in one or more types of coffee beans based on a result of the estimation by the estimation means.
Tape for the manufacture of cigarettes or filters of cigarettes, which is formed by a flat film formed into a ring and extending over the entire width of the tape , and wherein tension elements are arranged in the film to increase the tensile strength thereof.
Vacuum cleaner , in particular an industrial vacuum cleaner, comprising a housing having a housing body and a lid arranged on the housing body , wherein a dust collection container , in particular a dust collection bag, which is accessible by opening the lid , is arranged in the housing body , further comprising an inlet nozzle mounted movably relative to the housing body , which inlet nozzle is adjustable relative to the housing body selectively into a working position or into a release position, wherein the inlet nozzle in the working position projects through an opening in the housing body into the dust collection container and in the release position does not project into the dust collection container , and wherein the inlet nozzle is withdrawable from the dust collection container by means of a withdrawal movement performed relative to the housing body in order to move the inlet nozzle from the working position into the release position, characterized in that the vacuum cleaner comprises an external stop which prevents withdrawal of the inlet nozzle from the opening in the release position.
Fitting for a vehicle seat , having a first ring gear having a first ring gear toothing (114; 214), a second ring gear which has a second ring gear toothing and is mounted so as to be rotatable relative to the first ring gear about an axis (A), and at least one planet gear which is mounted on a planet carrier so as to be rotatable eccentrically to the axis (A) and meshes with the first ring gear toothing (114; 214) and the second ring gear toothing , wherein by rotating the planet carrier about the axis (A) the at least one planet gear is rollable in the first ring gear toothing (114; 214) and in the second ring gear toothing , as a result of which the first ring gear and the second ring gear are rotatable relative to one another about the axis (A), characterized in that at least one interlocking planet gear (150; 250) which is rotatable about an interlocking planet gear rotation axis (D2) permanently meshes with the first ring gear toothing (114; 214) and permanently meshes with the second ring gear toothing , and a spacing (s2) between the interlocking planet gear rotation axis (D2) and the axis (A) is variable in such a manner that the at least one interlocking planet gear (150; 250) is selectively transferable between a locking gear mesh and a non-locking gear mesh with the first ring gear toothing (114; 214) and/or the second ring gear toothing .
A fluidized bed boiler plant comprising a furnace and a combustion gas channel for combusting fuel by combustion gas fed to the furnace through the combustion gas channel, and a water-steam cycle comprising an evaporator section , a superheater section in flow connection with the evaporator section comprising a first superheater , a last superheater (30', 30", 32') and a steam turbine , and a superheating path for conveying steam from the evaporator section via the superheater section to the steam turbine, and a first combustion gas preheater arranged in the combustion gas channel for transferring heat to the combustion gas, characterized in that the fluidized bed boiler plant comprises a second combustion gas preheater arranged in the combustion gas channel, a steam extraction line (44, 46, 46', 46", 46b) attached in flow connection with the second combustion gas preheater and with the superheating path in a location between the first superheater and the last superheater for conveying steam from the superheating path to the second combustion gas preheater so as to transfer heat from the steam to the combustion gas in the second combustion gas preheater.
A metal case, the metal case is configured to be placed on a placing surface and has a bottom part composed of a metal plate, and a side wall part composed of a metal plate that stands from an outer peripheral edge of the bottom part , wherein a boundary part between the bottom part and the side wall part includes a welding portion formed by welding the both parts together, the welding portion is exposed on a surface of the metal case on a lower side in a standing direction of the side wall part , the bottom part is formed in a plate-like shape and has a lower end that is located on a lower side in the standing direction than the welding portion is, such that, when the metal case is placed on the placing surface, the lower end of the bottom part abuts on the placing surface, so that the weld beads of the welding portion do not contact the placing surface, characterized in that the bottom part is provided with a protruding part that protrudes to the lower side in the standing direction from the bottom part to serve as the lower end of the bottom part , wherein the protruding part is formed on the bottom part on the inner side of the outer peripheral edge along the outer peripheral edge , the protruding part is provided at four corners of the bottom part and not formed over the entire periphery. a boundary part between the bottom part and the side wall part includes a welding portion formed by welding the both parts together, the welding portion is exposed on a surface of the metal case on a lower side in a standing direction of the side wall part , the bottom part is formed in a plate-like shape and has a lower end that is located on a lower side in the standing direction than the welding portion is, such that, when the metal case is placed on the placing surface, the lower end of the bottom part abuts on the placing surface, so that the weld beads of the welding portion do not contact the placing surface, characterized in that the bottom part is provided with a protruding part that protrudes to the lower side in the standing direction from the bottom part to serve as the lower end of the bottom part , wherein the protruding part is formed on the bottom part on the inner side of the outer peripheral edge along the outer peripheral edge , the protruding part is provided at four corners of the bottom part and not formed over the entire periphery.
An accessible cooling environment comprising: a back wall , an opening opposite the back wall , a roof panel , first and second side walls at least partially defining the opening , and an interior space at least partially defined by the back wall , roof panel , and first and second side walls ; at least one fan configured to circulate air through the interior space ; an evaporator disposed inside the interior space ; an air curtain assembly configured to form an air barrier adjacent to the opening , the air curtain assembly including one or more deflectors for separating the air barrier into a first air curtain and a second air curtain ; and a diffuser having a plurality of channels and a variable height as the diffuser extends between the first and second side walls . a back wall , an opening opposite the back wall , a roof panel , first and second side walls at least partially defining the opening , and an interior space at least partially defined by the back wall , roof panel , and first and second side walls ; at least one fan configured to circulate air through the interior space ; an evaporator disposed inside the interior space ; an air curtain assembly configured to form an air barrier adjacent to the opening , the air curtain assembly including one or more deflectors for separating the air barrier into a first air curtain and a second air curtain ; and a diffuser having a plurality of channels and a variable height as the diffuser extends between the first and second side walls .
A system for the automatic recognition of a material , comprising: - automatic recognition means of a material by impact, - a timing device , cooperating with said automatic recognition means, and - an architecture (M), said architecture (M) comprising: - a reception device of acoustic waves (W i ), adapted to receive a sound wave (W i with index i = 1, ..., n) emitted by a material at a respective dropping impact on elastic means or drum ; - a device for acquiring, processing and transferring information relating to one or more materials , recognized by said recognition means, said device being provided with a computing card , within a microprocessor or microcontroller , and with a memory card for periodically recording such information relating to one or more materials which are recognized in a database ; - a plurality of separation means , controlled by dedicated software means, for mutually separating the different materials , which was previously recognized , selected, weighted, and stored in specific containment means ; - means for abating the energy consumption of the entire system , provided with dedicated software means to determine the shutdown of the calculating card of the microprocessor when it is not in use, as well as the automatic reactivation thereof following input by a user, and - means adapted to store information necessary for classifying the quantities of material progressively selected. - automatic recognition means of a material by impact, - a timing device , cooperating with said automatic recognition means, and - an architecture (M), said architecture (M) comprising: - a reception device of acoustic waves (W i ), adapted to receive a sound wave (W i with index i = 1, ..., n) emitted by a material at a respective dropping impact on elastic means or drum ; - a device for acquiring, processing and transferring information relating to one or more materials , recognized by said recognition means, said device being provided with a computing card , within a microprocessor or microcontroller , and with a memory card for periodically recording such information relating to one or more materials which are recognized in a database ; - a plurality of separation means , controlled by dedicated software means, for mutually separating the different materials , which was previously recognized , selected, weighted, and stored in specific containment means ; - means for abating the energy consumption of the entire system , provided with dedicated software means to determine the shutdown of the calculating card of the microprocessor when it is not in use, as well as the automatic reactivation thereof following input by a user, and - means adapted to store information necessary for classifying the quantities of material progressively selected.
A method of producing polysaccharide-polyamine copolymers or glycoprotein-polyamine copolymers, the method comprising the steps of: providing an oxidized polysaccharide or oxidized glycoprotein having aldehyde moieties; reacting the oxidized polysaccharide or oxidized glycoprotein with an amino polymer to form a polymer containing imine derivatives; and converting the imine derivatives on the polymer to amines to form the polysaccharide-polyamine copolymers or glycoprotein-polyamine copolymers, the polysaccharide-polyamine copolymers or glycoprotein-polyamine copolymers having an amino functionality which will provide a cationic copolymeric material having a three-dimensional structure with cationic sites when protonated, wherein the cationic copolymeric material has particulates having an average pore size of greater than about 50 μm, and wherein the amino polymers have a nitrogen content of at least 0.5 wt.% and no more than 30 wt.%, based on the weight of the amino polymers and a molecular weight in the range of from about 15,000 to about 900,000. providing an oxidized polysaccharide or oxidized glycoprotein having aldehyde moieties; reacting the oxidized polysaccharide or oxidized glycoprotein with an amino polymer to form a polymer containing imine derivatives; and converting the imine derivatives on the polymer to amines to form the polysaccharide-polyamine copolymers or glycoprotein-polyamine copolymers, the polysaccharide-polyamine copolymers or glycoprotein-polyamine copolymers having an amino functionality which will provide a cationic copolymeric material having a three-dimensional structure with cationic sites when protonated, wherein the cationic copolymeric material has particulates having an average pore size of greater than about 50 μm, and wherein the amino polymers have a nitrogen content of at least 0.5 wt.% and no more than 30 wt.%, based on the weight of the amino polymers and a molecular weight in the range of from about 15,000 to about 900,000.
A compound having the structure of Formula (I), or a pharmaceutically acceptable salt thereof, wherein, R 1 is hydrogen or alkyl; R 2 is hydrogen, halogen or alkyl; G is n is 0, 1, or 2; R 3 is alkyl, carbocyclyl, carbocyclylalkyl, heterocyclyl, or heterocyclylalkyl; R 4 is halogen, alkyl, alkoxy, carbocyclyl, heterocyclyl, aryl, heteroaryl, or X-R 5 ; wherein: X is -(C 1 -C 6 )alkylene-, -O-, -S-, or -NR 1 -; and R 5 is carbocyclyl, heterocyclyl, aryl, or heteroaryl. R 1 is hydrogen or alkyl; R 2 is hydrogen, halogen or alkyl; G is n is 0, 1, or 2; R 3 is alkyl, carbocyclyl, carbocyclylalkyl, heterocyclyl, or heterocyclylalkyl; R 4 is halogen, alkyl, alkoxy, carbocyclyl, heterocyclyl, aryl, heteroaryl, or X-R 5 ; wherein: X is -(C 1 -C 6 )alkylene-, -O-, -S-, or -NR 1 -; and R 5 is carbocyclyl, heterocyclyl, aryl, or heteroaryl. X is -(C 1 -C 6 )alkylene-, -O-, -S-, or -NR 1 -; and R 5 is carbocyclyl, heterocyclyl, aryl, or heteroaryl.
A method for detecting illegitimate sources responsible for a distributed denial of service DDoS attack of the link flooding type in a network made up of nodes and links, each link (Li-j) connecting two nodes (i, j), the nodes having at least one network switching function, the attack being intended to isolate a target connected to the network by flooding at least one link of the network, called target link, using a plurality of streams emitted by a plurality of sources connected to the network, the plurality of sources including illegitimate sources and legitimate sources, such that the total throughput on the target link exceeds the capacity of said target link, the network further including a controller able to communicate with each of the nodes, characterized in that the method consists in: - updating , by each node (i) and for each link (Li-J) from said node, a local list of sources (Fi-J) associated with said link, identifying the sources whose streams are circulating on said link at the considered instant; - determining , by each node (i), the congestion state of each link (Li-j) from said node from the local list of sources (Fi-j) associated with said link; - when the state of said link is congested, said node (i) sends the controller the local list of sources (Fi-j) associated with said link, - implementing , by the controller , at least one detection rule on each source indicated in said local list, said detection rule allowing a behavior of said source to be monitored; and - if said source verifies said detection rule, assigning, by the controller , a "suspect" status to said source, otherwise assigning a "safe" status to said source; and - updating, by the controller , a consolidated list of sources (LS) including at least the sources whose status at the current instant is "suspect". - updating , by each node (i) and for each link (Li-J) from said node, a local list of sources (Fi-J) associated with said link, identifying the sources whose streams are circulating on said link at the considered instant; - determining , by each node (i), the congestion state of each link (Li-j) from said node from the local list of sources (Fi-j) associated with said link; - when the state of said link is congested, said node (i) sends the controller the local list of sources (Fi-j) associated with said link, - implementing , by the controller , at least one detection rule on each source indicated in said local list, said detection rule allowing a behavior of said source to be monitored; and - if said source verifies said detection rule, assigning, by the controller , a "suspect" status to said source, otherwise assigning a "safe" status to said source; and - updating, by the controller , a consolidated list of sources (LS) including at least the sources whose status at the current instant is "suspect".