mhurhangee/ep-ind-claims huggingface dataset:
A toner refill apparatus comprising: a chamber to house a toner, the chamber including an insertion section, the insertion section to be inserted into a refill port of a toner cartridge and including a discharge opening, the refill port including an electrical circuit component; a valve mechanism positioned at the discharge opening to control output of the toner from the chamber through the discharge opening, wherein an actuator is to engage the valve mechanism and to controllably open the valve mechanism; and an electronic chip to be in electrical communication with the electrical circuit component, wherein a controller is to activate the actuator based on a detection that the electronic chip is in contact with the electrical circuit component; the toner refill apparatus being characterized by: a release mechanism, wherein manipulation of the release mechanism completes a circuit connection between the electronic chip and the electrical circuit component, and wherein completion of the circuit connection causes the controller to activate the actuator to open the discharge opening. a chamber to house a toner, the chamber including an insertion section, the insertion section to be inserted into a refill port of a toner cartridge and including a discharge opening, the refill port including an electrical circuit component; a valve mechanism positioned at the discharge opening to control output of the toner from the chamber through the discharge opening, wherein an actuator is to engage the valve mechanism and to controllably open the valve mechanism; and an electronic chip to be in electrical communication with the electrical circuit component, wherein a controller is to activate the actuator based on a detection that the electronic chip is in contact with the electrical circuit component;
A method of receiving data by a wireless station from an access point supporting a multi user multiple input/multiple output, briefly MU-MIMO, transmission as well as a single user MIMO, briefly SU-MIMO, transmission in a wireless local area network, the method comprising: receiving, by the wireless station, a management frame from the access point, the management frame including group information to assign or change a position of a spatial stream intended for the wireless station to at least one of a plurality of groups; and receiving, by the wireless station, a data packet from the access point, wherein the data packet comprises a header including group ID indication information and spatial stream indication information, wherein the group ID indication information has a length of M bits representing 2 M different states each indicating either SU-MIMO transmission or a group ID, characterized in that only one of the 2 M states is used for indicating SU-MIMO transmission by the access point, and wherein the wireless station identifies a spatial stream through which the data packet is received by utilizing the position of the spatial stream, wherein the wireless station reads the Group ID indication information to check if the data packet is directed to a group to which the wireless station belongs, wherein if the data packet is directed to the group to which the wireless station belongs, the wireless station receives the spatial stream according to the spatial stream indication information. receiving, by the wireless station, a management frame from the access point, the management frame including group information to assign or change a position of a spatial stream intended for the wireless station to at least one of a plurality of groups; and receiving, by the wireless station, a data packet from the access point, wherein the data packet comprises a header including group ID indication information and spatial stream indication information, wherein the group ID indication information has a length of M bits representing 2 M different states each indicating either SU-MIMO transmission or a group ID, characterized in that only one of the 2 M states is used for indicating SU-MIMO transmission by the access point, and wherein the wireless station identifies a spatial stream through which the data packet is received by utilizing the position of the spatial stream, wherein the wireless station reads the Group ID indication information to check if the data packet is directed to a group to which the wireless station belongs, wherein if the data packet is directed to the group to which the wireless station belongs, the wireless station receives the spatial stream according to the spatial stream indication information.
Vehicle for transporting boxes in a loading volume, said boxes being stacked on at least one trolley with wheels, engaging with at least one guide rail attached to the floor to guide the movement of said trolley, the vehicle comprising at least one device exerting a horizontal force on a row of boxes placed on at least one trolley to move them towards an opening of the vehicle, the vehicle comprising at least one roof bar for holding, at an upper portion, at least one stack of boxes placed on a trolley, characterised in that the vehicle further comprises at least one stabiliser bar attached horizontally over the length of at least one internal wall of the loading volume, the boxes comprising at least one longitudinal sill extending on the side and on the top, the stabiliser bar hooking onto said sill from the top.
A pharmaceutical composition for administration to the stomach of a patient comprising an effective amount of at least one pharmaceutically acceptable zinc salt in combination with a proton pump inhibitor, optionally in combination with a pharmaceutically acceptable carrier, additive or excipient for use to rapidly increase the pH of the gastric juices in the stomach of a patient in need thereof to at least 3.0 within a period no greater than one hour after administration.
A method of conjugating polysialic acid or a modified PSA (mPSA) to an oxidized carbohydrate moiety of a glycoprotein other than a blood coagulation protein comprising a carbohydrate group, comprising contacting the oxidized carbohydrate moiety with the PSA or mPSA under conditions that allow conjugation, wherein said PSA or mPSA contains an aminooxy group and an oxime linkage is formed between the oxidized carbohydrate moiety and the aminooxy group on the PSA or mPSA, wherein modified PSA is PSA comprising a moiety derived from a terminal N-acetylneuraminic acid moiety by oxidation or reduction.
Method for drying a fibrous web in a drying device, in which the fibrous web is led through the drying device in free draw with repeated deflection through a multiplicity of drying interspaces (3.1 - 3.n) arranged substantially parallel to one another and describing web guide path sections, and has a drying medium, in particular hot air, applied thereto on both sides for the transfer of heat; the fibrous web being led through the drying device alternately in and counter to the direction of gravity and vice versa in the vertical direction with a permissible deviation of up to and including ±20° from the vertical direction, and the fibrous web being guided through a multiplicity of drying interspaces (3.1 - 3.n) arranged parallel to one another and extending in the transverse direction of the drying device and in the vertical direction, which are bounded by blowing devices (2.1a, 2.1b - 2.na, 2.nb) arranged on both sides of the web guide path and each forming a blowing unit (2.1 - 2.n), and over deflection rollers (6, 7) at the transition between two mutually adjacent drying interspaces (3.1 - 3.n), the individual vertically aligned web guide path sections provided to guide the fibrous web being defined by the arrangement of the individual deflection rollers (6, 7) assigned to a drying interspace (3.1 - 3.n) for transferring from and transferring into the respectively adjacent drying interspace (3.1 - 3.n), characterized in that in each case a multiplicity of drying interspaces (3.1 - 3.n) arranged parallel to one another and extending in the transverse direction and vertical direction of the drying device, and the deflection rollers (6, 7) coupling the said interspaces to one another, are combined to form a group (I, II, III, IV, V, VI), wherein the individual groups (I, II, III, IV, V, VI) are arranged and formed in such a way that the speed of the fibrous web can be controlled separately within the individual groups (I, II, III, IV, V, VI).
A computer-implemented method for representing sets of elements in a Bloom filter randomized data structure stored in a memory of a computerized system and adapted to reduce the false-positive probability in a time-constrained of said computerized system, said method comprising the steps of: (a) partitioning a memory space in a memory unit used by said data structure to two layers, such that the first layer functions as a regular Bloom filter bits representing buckets, and to a second layer; (b) partitioning said first layer of buckets and said second layer of digest symbols into sets of symbols and sets of buckets; (c) assigning sets of symbols to sets of buckets; and characterized in that: said second layer comprises digest symbols being ternary symbols representing common properties of the items belonging to a bucket set; and that it further comprising the step of (d) representing properties of elements belonging to said sets of buckets as values in their corresponding symbols, wherein upon querying whether an element belongs to a given set, if the Bloom filter returns a true or false positive response, the probability of false positive response is reduced by: applying the hash functions to said elements and for each such index from the bucket indexes; identifying the set of digest symbols corresponding to the set of consecutive buckets, to which a checked bucket belongs; applying a hash function to said element; examining each digest symbol against said element and if said digest symbol has a don't care value, determining that the examined digest symbol is non-informative. (a) partitioning a memory space in a memory unit used by said data structure to two layers, such that the first layer functions as a regular Bloom filter bits representing buckets, and to a second layer; (b) partitioning said first layer of buckets and said second layer of digest symbols into sets of symbols and sets of buckets; (c) assigning sets of symbols to sets of buckets; and characterized in that: said second layer comprises digest symbols being ternary symbols representing common properties of the items belonging to a bucket set; and that it further comprising the step of (d) representing properties of elements belonging to said sets of buckets as values in their corresponding symbols, applying the hash functions to said elements and for each such index from the bucket indexes; identifying the set of digest symbols corresponding to the set of consecutive buckets, to which a checked bucket belongs; applying a hash function to said element; examining each digest symbol against said element and if said digest symbol has a don't care value, determining that the examined digest symbol is non-informative.
A method comprising: receiving, by a plurality of devices connected to one or more loops and controlled by a loop controller, a first command sent by the loop controller to activate a first isolator of a first device included in the devices; measuring, by the devices, a first set of applied voltages at each of the devices when the first isolator is activated; communicating, by the devices, first status regarding the measured first set of applied voltages to the loop controller, receiving, by the devices, a second command sent by the loop controller to activate a second isolator of a second device included in the devices; measuring, by the devices, a second set of applied voltages at each of the devices when the second isolator is activated; and communicating, by the devices, second status regarding the measured second set of applied voltages to the loop controller. receiving, by a plurality of devices connected to one or more loops and controlled by a loop controller, a first command sent by the loop controller to activate a first isolator of a first device included in the devices; measuring, by the devices, a first set of applied voltages at each of the devices when the first isolator is activated; communicating, by the devices, first status regarding the measured first set of applied voltages to the loop controller, receiving, by the devices, a second command sent by the loop controller to activate a second isolator of a second device included in the devices; measuring, by the devices, a second set of applied voltages at each of the devices when the second isolator is activated; and communicating, by the devices, second status regarding the measured second set of applied voltages to the loop controller.
A system for metering aircraft brakes to alleviate structural loading of an aircraft by delaying a full onset of braking for a preset period of time, the aircraft having left and right landing gear (11a, 11b) with a plurality of wheels, and a corresponding plurality of wheel brakes configured to be actuated by commanded initiation of braking by brake clamping force commands, comprising: at least one electric brake actuator (30, 32a, 32b, 34a, 34b) for each of the plurality of wheel brakes having a range of brake clamping force responsive to brake clamping force commands; and a brake actuation controller configured to monitor commanded initiation of braking of the plurality of wheel brakes of the aircraft, characterized in that: said brake actuation controller is configured to limit initial brake effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) of each of the plurality of wheel brakes to a preset fraction of a maximum possible braking effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) for a preset period of time, and to permit brake effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) of each of the plurality of wheel brakes up to the maximum possible braking effort after the preset period of time after initiation of braking of the plurality of wheel brakes of the aircraft has been commanded. at least one electric brake actuator (30, 32a, 32b, 34a, 34b) for each of the plurality of wheel brakes having a range of brake clamping force responsive to brake clamping force commands; and a brake actuation controller configured to monitor commanded initiation of braking of the plurality of wheel brakes of the aircraft, characterized in that: said brake actuation controller is configured to limit initial brake effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) of each of the plurality of wheel brakes to a preset fraction of a maximum possible braking effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) for a preset period of time, and to permit brake effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) of each of the plurality of wheel brakes up to the maximum possible braking effort after the preset period of time after initiation of braking of the plurality of wheel brakes of the aircraft has been commanded. said brake actuation controller is configured to limit initial brake effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) of each of the plurality of wheel brakes to a preset fraction of a maximum possible braking effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) for a preset period of time, and to permit brake effort of said at least one electric brake actuator (30, 32a, 32b, 34a, 34b) of each of the plurality of wheel brakes up to the maximum possible braking effort after the preset period of time after initiation of braking of the plurality of wheel brakes of the aircraft has been commanded.
A method for improving the removal of water in a composition containing microfibrillated cellulose, characterized in that a cationic polyelectrolyte that has a molecular weight of less than 10000 is provided in the composition containing microfibrillated cellulose.
A circuit, comprising: a transformer including a first winding coupled to receive a rectified DC signal derived from an AC signal, in use; a sensing circuit coupled to the first winding and configured to generate a first signal indicative of a sensed current in the first winding; a comparison circuit configured to compare the first signal with a second signal providing a variable reference value; a capacitor configured to store the variable reference value, the capacitor having a first terminal coupled to the comparison circuit and having a second terminal; an injection circuit configured to apply an AC signal derived from the rectified DC signal to the second terminal of the capacitor storing the variable reference value; the circuit characterised by: a diode connected in parallel with the capacitor.
A method for setting up a communication session to a terminal device, the method, performed by an Access and Mobility Function, AMF, comprises: receiving a registration request from the terminal device, the registration request comprising data indicating a unique transaction identifier for the terminal device, the unique transaction identifier for the terminal device being a non-IMSI based user identifier having a form.username@realm, wherein a portion denoted with comprises a determination of a service provider followed by a determination of a task defined to a subscription, interacting communicatively with a Network Slice Selection Function, NSSF, for assigning, on a basis of the unique transaction identifier, a network slice of a mobile communication network providing communication service to the terminal device, the network slice being accessible with a session management function initiated for the terminal device, interacting communicatively with a Policy Control Function, PCF, for assigning a charging and policy scheme to be applied to the terminal device determined on a basis of the unique transaction identifier, the charging and policy scheme being accessible with an application function initiated for the terminal device, in response to the assigning of the network slice and the assigning of the charging and policy scheme for the communication session generating an acknowledgement to the terminal device, the acknowledgement indicating an acceptance to the registration request for causing a setup of the communication session by the terminal device between the terminal device and the application function through a user plane function. receiving a registration request from the terminal device, the registration request comprising data indicating a unique transaction identifier for the terminal device, the unique transaction identifier for the terminal device being a non-IMSI based user identifier having a form.username@realm, wherein a portion denoted with comprises a determination of a service provider followed by a determination of a task defined to a subscription, interacting communicatively with a Network Slice Selection Function, NSSF, for assigning, on a basis of the unique transaction identifier, a network slice of a mobile communication network providing communication service to the terminal device, the network slice being accessible with a session management function initiated for the terminal device, interacting communicatively with a Policy Control Function, PCF, for assigning a charging and policy scheme to be applied to the terminal device determined on a basis of the unique transaction identifier, the charging and policy scheme being accessible with an application function initiated for the terminal device, in response to the assigning of the network slice and the assigning of the charging and policy scheme for the communication session generating an acknowledgement to the terminal device, the acknowledgement indicating an acceptance to the registration request for causing a setup of the communication session by the terminal device between the terminal device and the application function through a user plane function.
Printing machine including a transport device for transporting sheets of printing material along a transport path of the transport device through the printing machine and including at least one printing station for printing on the sheets, wherein - the transport device comprises multiple flat transport tables for carrying the sheets, - the transport path comprises a first section and a second section, - the first section extends upstream and/or downstream of the printing station, - the second section extends along the at least one printing station, - the transport device comprises a first drive for driving the transport tables in the first section, - the transport device comprises a second drive for driving the transport tables in the second section, and wherein each one of the transport tables comprises at least one drive roller or rolling body different from a drive roller or sliding body (17") and the second drive comprises a drive spindle (16, 18) for driving the drive rollers or rolling bodies or sliding bodies, characterized in that each one of the transport tables comprises at least one entrainment element and/or a coupler and in that the first drive comprises a drive belt or a drive chain for driving the entrainment elements or couplers. - the transport device comprises multiple flat transport tables for carrying the sheets, - the transport path comprises a first section and a second section, - the first section extends upstream and/or downstream of the printing station, - the second section extends along the at least one printing station, - the transport device comprises a first drive for driving the transport tables in the first section, - the transport device comprises a second drive for driving the transport tables in the second section, and wherein each one of the transport tables comprises at least one drive roller or rolling body different from a drive roller or sliding body (17") and the second drive comprises a drive spindle (16, 18) for driving the drive rollers or rolling bodies or sliding bodies, characterized in that each one of the transport tables comprises at least one entrainment element and/or a coupler and in that the first drive comprises a drive belt or a drive chain for driving the entrainment elements or couplers.
A method for accessing a network, applicable by a terminal, the method comprising: the terminal prompting (S 11) a user to input a service set identifier SSID, and an access password for a router to be accessed when a network access request sent from an accessing device is received by the terminal; comparing at the terminal the SSID and the access password input with an SSID and an access password in a historical network access data record; accessing the router based on the SSID and the access password input; and transmitting (S 13) the SSID and the access password input to the accessing device if the SSID and the access password input match the SSID and the access password in the historical network access data record and if the accessing the router succeeds, the accessing device accessing a corresponding router of a network based on the SSID and the access password received. the terminal prompting (S 11) a user to input a service set identifier SSID, and an access password for a router to be accessed when a network access request sent from an accessing device is received by the terminal; comparing at the terminal the SSID and the access password input with an SSID and an access password in a historical network access data record; accessing the router based on the SSID and the access password input; and transmitting (S 13) the SSID and the access password input to the accessing device if the SSID and the access password input match the SSID and the access password in the historical network access data record and if the accessing the router succeeds, the accessing device accessing a corresponding router of a network based on the SSID and the access password received.