mhurhangee/patent-ind-claim-en huggingface dataset:
A portable test device for determining the concentration of an analyte in a physiological fluid , the test device having: a sample chamber for receiving a sample of the physiological fluid; and arranged at different locations in the chamber: a source of a predetermined amount of an indicator , and a detector arranged to measure the flux of said indicator from the source, wherein the indicator has a specific affinity for said analyte; such that when the fluid is present in said chamber, a concentration gradient of the indicator is created across said fluid between the source and the detector and the detector measures the flux of said indicator through said fluid, said flux being used to determine the concentration of said analyte. a sample chamber for receiving a sample of the physiological fluid; and arranged at different locations in the chamber: a source of a predetermined amount of an indicator , and a detector arranged to measure the flux of said indicator from the source, wherein the indicator has a specific affinity for said analyte; a source of a predetermined amount of an indicator , and a detector arranged to measure the flux of said indicator from the source, wherein the indicator has a specific affinity for said analyte; such that when the fluid is present in said chamber, a concentration gradient of the indicator is created across said fluid between the source and the detector and the detector measures the flux of said indicator through said fluid, said flux being used to determine the concentration of said analyte.
Method for managing participation in a conference in a client module, the conference involving multiple data processing devices (D1, D12, D22) communicating with one another via a communication network (RES), the devices including respective client modules capable of requesting the creation of a conference from a conference management module (MConf1), said management module storing for a given duration the information relating to a created conference, a created conference being able to be suspended by the conference management module after a period of inactivity of the devices forming part of the conference and restarted by the conference management module after suspension if a message is received from a device participating in the conference during the given duration, characterized in that it comprises a step of reception, by a client module of a device participating in the conference, of a piece of information relating to a storage duration of said information relating to the conference, created following a conference suspension, in that this duration is taken into account by the client module of a device before sending a message relating to the conference to the management module, in that , when the storage duration has expired, sending a message relating to the conference comprises a step of transforming the message to be transmitted into a command (INV1') for the creation of a new conference by the client module to the conference management module.
A massage roller comprising a roller base made of a synthetic resin free of elastic deformation when pressed against a human body, and a plurality of elastic ridges formed on a circumferential roller surface of the roller base so as to continuously extend in a direction along an axis of rotation of the roller base such that adjacent ridges in a rotational direction of the roller base are spaced, the circumferential roller surface following the spherical surface of an imaginary globe, which has a diameter in a range of from 20 mm to 60 mm; and the roller base having a coating layer disposed on the circumferential roller surface , the coating layer being made of a synthetic resin having a rubber-like elasticity, the coating layer being integrally disposed on the roller base by insert molding where the roller base is utilized as an insert; and the elastic ridges being formed of parts of the coating layer , and each of the elastic ridges having a distance from a root to a leading edge thereof, which is within a range longer than 2 mm and shorter than 10 mm, and adjacent elastic ridges are spaced at intervals of at least 4 mm and at most 7 mm.
A solid freeform fabrication object comprising: a plurality of parts formed of hydrogels having respective physical properties, characterized in that the hydrogels having respective physical properties, each having a moisture content of 70 percent by mass or greater, wherein a solvent concentration difference after curing between the hydrogel constituting adjacent parts of the plurality of parts is 5 percent by mass or less. a plurality of parts formed of hydrogels having respective physical properties, characterized in that the hydrogels having respective physical properties, each having a moisture content of 70 percent by mass or greater, wherein a solvent concentration difference after curing between the hydrogel constituting adjacent parts of the plurality of parts is 5 percent by mass or less.
A method for operating a self-propelled cleaning device that travels within an environment, wherein the cleaning device carries out a cleaning process of a defined, spatially limited surface section of the environment and in the process travels along a planned movement path, characterized in that a detection device of the cleaning device measures a degree of dirt accumulation of the surface section during the cleaning process of this defined surface section , wherein the degree of dirt accumulation is compared with a defined reference degree of dirt accumulation, and wherein the surface section is automatically enlarged beyond a peripheral path delimiting the surface section by adding a defined additional section bordering on the surface section if the detected degree of dirt accumulation within the surface section exceeds the reference degree of dirt accumulation.
A system for moving a flexible plate (P), in particular a printing plate or a printing plate precursor, over a support surface in the direction of a treatment station (S2), such as a washer station, said system comprising: - a support configured for supporting the plate on a support surface thereof, and intended to be located upstream of the treatment station; - a movement means comprising a plate engagement means configured to contact the plate in such a way that the plate is engaged by adhesion or by friction or a combination thereof, in a movement mode, and that the plate can be slid over the support surface by controlling the movement means in the movement mode; - a control means configured to control the movement means such that the plate is slid over the support in the direction of the treatment station. - a support configured for supporting the plate on a support surface thereof, and intended to be located upstream of the treatment station; - a movement means comprising a plate engagement means configured to contact the plate in such a way that the plate is engaged by adhesion or by friction or a combination thereof, in a movement mode, and that the plate can be slid over the support surface by controlling the movement means in the movement mode; - a control means configured to control the movement means such that the plate is slid over the support in the direction of the treatment station.
A method for slice-based routing, comprising: receiving a first packet at a switch ; determining, at the switch , a slice identifier for the first packet based on header information of the first packet, wherein the slice identifier uniquely identifies a slice in a virtual service network ,VSN, and wherein slices represent different virtual networks on a shared physical network infrastructure; determining, at the switch , a next hop for the first packet; the method being characterised by selecting, by the switch, an egress interface from a plurality of interfaces based on the slice identifier, wherein the slice identifier is used to create a hash, and the hash is used to select the egress interface; and sending the first packet from the egress interface to the next hop . receiving a first packet at a switch ; determining, at the switch , a slice identifier for the first packet based on header information of the first packet, wherein the slice identifier uniquely identifies a slice in a virtual service network ,VSN, and wherein slices represent different virtual networks on a shared physical network infrastructure; determining, at the switch , a next hop for the first packet; the method being characterised by selecting, by the switch, an egress interface from a plurality of interfaces based on the slice identifier, wherein the slice identifier is used to create a hash, and the hash is used to select the egress interface; and sending the first packet from the egress interface to the next hop .
A system for a transit vehicle comprising: a master controller disposed on the transit vehicle ; a peripheral device disposed on the transit vehicle ; a first wireless subsystem communicably coupled to the master controller ; a second wireless subsystem communicably coupled to the peripheral device; wherein the master controller is operable to send a signal to the peripheral device via the first wireless subsystem , the signal comprising a command related to operation of the peripheral device; wherein the peripheral device is operable to receive the signal via the second wireless subsystem and execute the command; wherein the system utilizes a wireless protocol that specifies a unique identification for the system; and wherein the master controller and the peripheral device are each configured via the wireless protocol, the configuration comprising: storage of the unique identification; and operability to restrict wireless communication to wireless communication with other devices so configured, wherein the wireless protocol uses frequency hopping spread spectrum and wherein the master controller and the peripheral device are each operable to execute a same algorithm to pseudo-randomly generate a hop table, said same algorithm using the unique identification as a seed for pseudo-random-number generation. a master controller disposed on the transit vehicle ; a peripheral device disposed on the transit vehicle ; a first wireless subsystem communicably coupled to the master controller ; a second wireless subsystem communicably coupled to the peripheral device; wherein the master controller is operable to send a signal to the peripheral device via the first wireless subsystem , the signal comprising a command related to operation of the peripheral device; wherein the peripheral device is operable to receive the signal via the second wireless subsystem and execute the command; wherein the system utilizes a wireless protocol that specifies a unique identification for the system; and wherein the master controller and the peripheral device are each configured via the wireless protocol, the configuration comprising: storage of the unique identification; and operability to restrict wireless communication to wireless communication with other devices so configured, wherein the wireless protocol uses frequency hopping spread spectrum and wherein the master controller and the peripheral device are each operable to execute a same algorithm to pseudo-randomly generate a hop table, said same algorithm using the unique identification as a seed for pseudo-random-number generation.
A system comprising: a processor ; a memory storing a column ordering framework , for actuation by the processor, the column ordering framework being configured to carry out the method of any one of claims 8 to 11; wherein the statistics are sent from a workload manager module ; and wherein the updated order for columns is determined by an order generating module . a processor ; a memory storing a column ordering framework , for actuation by the processor, the column ordering framework being configured to carry out the method of any one of claims 8 to 11; wherein the statistics are sent from a workload manager module ; and wherein the updated order for columns is determined by an order generating module . wherein the statistics are sent from a workload manager module ; and wherein the updated order for columns is determined by an order generating module .
Process for manufacturing a cyclic urea adduct of an ethyleneamine compound, the ethyleneamine compound being selected from the group of ethyleneamines and hydroxyethylethyleneamines and comprising at least one -NH-CH2-CH2-NH- moiety and at least two ethylene moieties, wherein the ethyleneamine compound is reacted with CO2 in the presence of an auxiliary compound selected from ethylenediamine (EDA), monoethanolamine (MEA) and mixtures thereof, the molar ratio of auxiliary compound to amine compound being at least 0.02:1.
A memory device , comprising: a memory cell array comprising a plurality of memory cell rows; an address buffer configured to store addresses of target rows of the plurality of memory cell rows, wherein the addresses of the target rows have been repeatedly accessed, wherein the address buffer comprises a counter circuit configured to store an access count of each of the target rows; a minimum access output circuit configured to select, in response to a plurality of rows having a same minimum access count among the target rows, any one of the plurality of rows having the same minimum access count as a minimum access row based on a selection command value (SC) that is randomly determined, and to output an index value of the minimum access row; and a control circuit configured to: output a command instructing replacement of an address corresponding to the index value of the minimum access row with an address of an access row and storage of the address of the access row in the address buffer ; and generate control signals commanding a refresh operation on rows adjacent to the target rows in response to a row-hammer refresh command. a memory cell array comprising a plurality of memory cell rows; an address buffer configured to store addresses of target rows of the plurality of memory cell rows, wherein the addresses of the target rows have been repeatedly accessed, wherein the address buffer comprises a counter circuit configured to store an access count of each of the target rows; a minimum access output circuit configured to select, in response to a plurality of rows having a same minimum access count among the target rows, any one of the plurality of rows having the same minimum access count as a minimum access row based on a selection command value (SC) that is randomly determined, and to output an index value of the minimum access row; and a control circuit configured to: output a command instructing replacement of an address corresponding to the index value of the minimum access row with an address of an access row and storage of the address of the access row in the address buffer ; and generate control signals commanding a refresh operation on rows adjacent to the target rows in response to a row-hammer refresh command. output a command instructing replacement of an address corresponding to the index value of the minimum access row with an address of an access row and storage of the address of the access row in the address buffer ; and generate control signals commanding a refresh operation on rows adjacent to the target rows in response to a row-hammer refresh command.
A method of filling a cavity of a muffler with a fibrous material , the method comprising: inserting a perforated member (360; 400) into the cavity of the muffler; holding the muffler so as to affix the perforated member (360; 400) relative to the muffler ; filling the cavity of the muffler with the fibrous material ; evacuating air from the cavity of the muffler through the perforated member (360; 400) and an end of a pipe of the muffler that extends into the perforated member (360; 400), wherein the perforated member (360; 400) prevents the fibrous material from entering the pipe ; and further comprising releasing the muffler and removing the perforated member (360; 400) from the cavity of the muffler . inserting a perforated member (360; 400) into the cavity of the muffler; holding the muffler so as to affix the perforated member (360; 400) relative to the muffler ; filling the cavity of the muffler with the fibrous material ; evacuating air from the cavity of the muffler through the perforated member (360; 400) and an end of a pipe of the muffler that extends into the perforated member (360; 400), wherein the perforated member (360; 400) prevents the fibrous material from entering the pipe ; and further comprising releasing the muffler and removing the perforated member (360; 400) from the cavity of the muffler .
Carrier element for a cleaning element to be introduced into a cistern, in particular a cleaning element which dissolves in water, comprising a support element , a first holding tab protruding from the support element and a second holding tab protruding from the support element , wherein the clearance between the two holding tabs defines a receiving region for the cleaning element , wherein the cleaning element can be clamped in the receiving region by the two holding tabs , and wherein the first holding tab is arranged to be displaceable relative to the support element from a holding position into a release position, wherein, in the holding position, the cleaning element is clamped in a substantially fixed manner between the two holding tabs and wherein, in the release position, the cleaning element is released and can fall out of the receiving region . wherein the first holding tab is mounted in a longitudinal guide on the support element and wherein the movement from the holding position into the release position is a longitudinal movement in the direction of the longitudinal guide , and wherein the first holding tab is displaced towards the support element such that the part of the first holding tab which protrudes from the support element is smaller in the release position than in the holding position. a support element , a first holding tab protruding from the support element and a second holding tab protruding from the support element , wherein the clearance between the two holding tabs defines a receiving region for the cleaning element , wherein the cleaning element can be clamped in the receiving region by the two holding tabs , and wherein the first holding tab is arranged to be displaceable relative to the support element from a holding position into a release position, wherein, in the holding position, the cleaning element is clamped in a substantially fixed manner between the two holding tabs and wherein, in the release position, the cleaning element is released and can fall out of the receiving region . wherein the first holding tab is mounted in a longitudinal guide on the support element and wherein the movement from the holding position into the release position is a longitudinal movement in the direction of the longitudinal guide , and wherein the first holding tab is displaced towards the support element such that the part of the first holding tab which protrudes from the support element is smaller in the release position than in the holding position.
A gas purifying apparatus for purifying a gas, which is a mixture of an atmosphere gas and a substance vaporized by heating, comprising: a compressing unit configured to compress the gas ; and an expanding unit configured to liquefy the substance by expanding the gas compressed by the compressing unit, wherein the gas purifying apparatus is configured such that the gas in which the substance has been reduced is obtained, wherein the gas purifying apparatus further comprises: a path forming unit which forms a path of the gas; an air blower; and a supply opening out of which the gas is blown into the path forming unit by the air blower, wherein the path forming unit has the compressing unit for compressing the gas and the expanding unit which is continuous to the compressing unit, characterized in that the air blower is a centrifugal fan; the supply opening is provided for outer peripheral side surfaces of blades of the centrifugal fan; and the path forming unit has a path which is concentric or spiral with respect to the outer peripheral side surface. a compressing unit configured to compress the gas ; and an expanding unit configured to liquefy the substance by expanding the gas compressed by the compressing unit, wherein the gas purifying apparatus is configured such that the gas in which the substance has been reduced is obtained, wherein the gas purifying apparatus further comprises: a path forming unit which forms a path of the gas; an air blower; and a supply opening out of which the gas is blown into the path forming unit by the air blower, wherein the path forming unit has the compressing unit for compressing the gas and the expanding unit which is continuous to the compressing unit, characterized in that the air blower is a centrifugal fan; the supply opening is provided for outer peripheral side surfaces of blades of the centrifugal fan; and the path forming unit has a path which is concentric or spiral with respect to the outer peripheral side surface. a path forming unit which forms a path of the gas; an air blower; and a supply opening out of which the gas is blown into the path forming unit by the air blower, wherein the path forming unit has the compressing unit for compressing the gas and the expanding unit which is continuous to the compressing unit, characterized in that the air blower is a centrifugal fan; the supply opening is provided for outer peripheral side surfaces of blades of the centrifugal fan; and the path forming unit has a path which is concentric or spiral with respect to the outer peripheral side surface.