mhurhangee/patent-ind-claim-en huggingface dataset:
A hand held mixing device having a body with a pair of openings providing access to a pair of hubs that are adapted to receive a pair of beaters, the device further comprising: a mechanism for differentiating between a first accessory having a first shaft and a second accessory having a second shaft by detecting a physical difference between the first shaft and the second shaft when received in one of the hubs; the mechanism communicating a signal to a processor ; the processor altering an operation of the mixing device in response to the signal detected by the mechanism, characterised in that the device further includes an ejection mechanism for ejecting the first and second shafts from the pair of hubs, the ejection mechanism being driven by a lever operable by a user. a mechanism for differentiating between a first accessory having a first shaft and a second accessory having a second shaft by detecting a physical difference between the first shaft and the second shaft when received in one of the hubs; the mechanism communicating a signal to a processor ; the processor altering an operation of the mixing device in response to the signal detected by the mechanism, characterised in that the device further includes an ejection mechanism for ejecting the first and second shafts from the pair of hubs, the ejection mechanism being driven by a lever operable by a user.
Needle assembly for collecting blood or other liquid samples for discharge into a container, the needle assembly comprising: - a housing , - a first needle hub provided by said housing , - a first hollow needle portion mounted to said first needle hub and extending from said first needle hub in a distal direction, the first needle having a sharpened first needle tip , - a second needle hub provided by said housing , - a second hollow needle portion mounted to said second needle hub and extending from said second needle hub in a proximal direction, opposite to said distal direction, wherein a hollow flashback chamber is arranged within the housing between the first needle portion and the second needle portion, wherein the flashback chamber communicates with the inner lumen provided within the first and second hollow needle portion, wherein the housing is formed from transparent material at least in a region close to the flashback chamber , wherein the flashback chamber is directly connected to the atmosphere by a passage via a filter provided within the passage , wherein the filter is designed such that it is permeable for air to pour out of the flashback chamber into the atmosphere but prevents blood or other liquid samples contained in the flashback chamber from pouring out through an opening into the atmosphere, characterized in that the filter further is arranged between an interior space and the atmosphere, wherein the interior space is enclosed by the housing and a plug member , which forms a connecting portion sealingly received within the housing for coupling the needle assembly to a container holder and at least partially forming the second needle hub , and the longitudinal extension of the flashback chamber substantially equals an inner diameter of an entry opening of the passage from the flashback chamber . - a housing , - a first needle hub provided by said housing , - a first hollow needle portion mounted to said first needle hub and extending from said first needle hub in a distal direction, the first needle having a sharpened first needle tip , - a second needle hub provided by said housing , - a second hollow needle portion mounted to said second needle hub and extending from said second needle hub in a proximal direction, opposite to said distal direction,
A heat exchanger comprising: a header ; a plurality of flat tubes arranged in line along a longitudinal direction of the header, and is connected to the header; a first partitioning member that partitions an inner space of the header into a flat tube-side space on a side the plurality of flat tubes is connected, and an opposite-flat tube-side space on a side opposite to the flat tube-side space; and a second partitioning member that partitions the inner space of the header into a first side and a second side, the first side being one side of the longitudinal direction of the header, the second side being opposite to the first side, wherein the first partitioning member has a common opening (95U, 95Ua to 95Ug) ; characterised in that the common opening includes an insertion opening portion and a refrigerant opening portion through which a refrigerant moves between the flat tube-side space and the opposite-flat tube-side space, and the second partitioning member is inserted into the insertion opening portion . a header ; a plurality of flat tubes arranged in line along a longitudinal direction of the header, and is connected to the header; a first partitioning member that partitions an inner space of the header into a flat tube-side space on a side the plurality of flat tubes is connected, and an opposite-flat tube-side space on a side opposite to the flat tube-side space; and a second partitioning member that partitions the inner space of the header into a first side and a second side, the first side being one side of the longitudinal direction of the header, the second side being opposite to the first side, wherein the first partitioning member has a common opening (95U, 95Ua to 95Ug) ; characterised in that the common opening includes an insertion opening portion and a refrigerant opening portion through which a refrigerant moves between the flat tube-side space and the opposite-flat tube-side space, and the second partitioning member is inserted into the insertion opening portion .
A dental impression composition which is curable at a temperature below about 50°C, comprising (A) a curable organopolysiloxane polymer as component (A), (B) a crosslinker compound capable of crosslinking said organopolysiloxane polymer as component (B), (C) a catalyst as component (C) capable of catalyzing a crosslinking reaction of component (A) and component (B), (D) a hydrophilizing agent as component (D), (E) a filler as component (E) comprising cristobalite, (F1)a stabilizer as component (F1) selected from compounds comprising a phosphite moiety and mixtures thereof, (F2)a stabilizer as component (F2) selected from antioxidants and mixtures thereof the composition being present in the form of a base paste and a catalyst paste physically separated from another, the base paste comprising components (A), (B), (D), (E), (F1), (F2), the catalyst paste comprising components (A), (C), (E), stabilizer component (F1) being a compound of the formula R 1 n P(OR) 3-n , n is 0, 1, 2 or 3, R and R 1 can independently from each other be with R" independently from each other being H, C 1 -C 18 -alkyl, C 6 -C 30 -aryl or C 7 -C 31 -alkylaryl, halogen (Hal), SiR 3 , OR or wherein the stabilizer is a compound according to the formula with z=2 or Triphenylphosphite or Diisodecylphenylphosphite or wherein the stabilizer is a triarylphosphite, stabilizer component (F2) being selected from antioxidants comprising a sterically hindered phenolic moiety and mixtures thereof. (A) a curable organopolysiloxane polymer as component (A), (B) a crosslinker compound capable of crosslinking said organopolysiloxane polymer as component (B), (C) a catalyst as component (C) capable of catalyzing a crosslinking reaction of component (A) and component (B), (D) a hydrophilizing agent as component (D), (E) a filler as component (E) comprising cristobalite, (F1)a stabilizer as component (F1) selected from compounds comprising a phosphite moiety and mixtures thereof, (F2)a stabilizer as component (F2) selected from antioxidants and mixtures thereof the composition being present in the form of a base paste and a catalyst paste physically separated from another,
A medical device comprising: a body having an exterior surface ; an activatable electromagnet ; and a coating disposed on the exterior surface of the body , the coating comprising: a nanoparticle or microparticle, the nanoparticle or microparticle comprising: a core comprising a biodegradable polymer; an exterior comprising hydrophilic moieties; a magnetic particle; and a therapeutic agent; wherein the electromagnet attracts the nanoparticle or microparticle when the electromagnet is activated. a body having an exterior surface ; an activatable electromagnet ; and a coating disposed on the exterior surface of the body , the coating comprising: a nanoparticle or microparticle, the nanoparticle or microparticle comprising: a core comprising a biodegradable polymer; an exterior comprising hydrophilic moieties; a magnetic particle; and a therapeutic agent; a core comprising a biodegradable polymer; an exterior comprising hydrophilic moieties; a magnetic particle; and a therapeutic agent; wherein the electromagnet attracts the nanoparticle or microparticle when the electromagnet is activated.
An apparatus for controlling the supply of electrical mains power to a powered zone of a building, the apparatus including: an electrical input connectable to a mains supply of electrical power; an electrical output connectable to an electrical circuit of a powered zone of a building; a switching device coupled between the electrical input and the electrical output and operable to control the electrical coupling between the electrical input and output , wherein in one mode the switching device is operable to connect the electrical input to the electrical output and thereby to allow mains supply of electrical power to the powered zone and to any electrical devices coupled to said electrical circuit and in another mode the switching device is operable to disconnect the electrical input from the electrical output , thereby to prevent the supply of any electrical power to the electrical circuit and any devices connected thereto; characterised in that the switching device acts as a bypass device and operates to ensure that electrical power is maintained from the electrical input to the electrical output during a malfunction of the apparatus, thereby to ensure continued supply of electricity to the circuits of the building. an electrical input connectable to a mains supply of electrical power; an electrical output connectable to an electrical circuit of a powered zone of a building; a switching device coupled between the electrical input and the electrical output and operable to control the electrical coupling between the electrical input and output , wherein in one mode the switching device is operable to connect the electrical input to the electrical output and thereby to allow mains supply of electrical power to the powered zone and to any electrical devices coupled to said electrical circuit and in another mode the switching device is operable to disconnect the electrical input from the electrical output , thereby to prevent the supply of any electrical power to the electrical circuit and any devices connected thereto; characterised in that the switching device acts as a bypass device and operates to ensure that electrical power is maintained from the electrical input to the electrical output during a malfunction of the apparatus, thereby to ensure continued supply of electricity to the circuits of the building.
An electronic vaping device , comprising: a power section ; and a cartridge including, at least one inner tube along a length of the cartridge , the at least one inner tube defining a passageway , a heating element within the at least one inner tube , the heating element having a longitudinal axis, and a jacket at least partially surrounding the heating element along the longitudinal axis of the heating element , wherein the jacket comprises an inlet and an outlet that define an airflow path within the jacket , the air flow path being substantially transverse to the passageway , and wherein the jacket is a section of a tube. a power section ; and a cartridge including, at least one inner tube along a length of the cartridge , the at least one inner tube defining a passageway , a heating element within the at least one inner tube , the heating element having a longitudinal axis, and a jacket at least partially surrounding the heating element along the longitudinal axis of the heating element , wherein the jacket comprises an inlet and an outlet that define an airflow path within the jacket , the air flow path being substantially transverse to the passageway , and wherein the jacket is a section of a tube. at least one inner tube along a length of the cartridge , the at least one inner tube defining a passageway , a heating element within the at least one inner tube , the heating element having a longitudinal axis, and a jacket at least partially surrounding the heating element along the longitudinal axis of the heating element , wherein the jacket comprises an inlet and an outlet that define an airflow path within the jacket , the air flow path being substantially transverse to the passageway , and wherein the jacket is a section of a tube.
A method for automatically coordinating protection settings for relays within an electrical power distribution network , comprising: using a graph traversal mechanism to analyze geographical-based equipment data that contains information about overcurrent relays within the electrical power distribution network , wherein the graph traversal mechanism creates a directed equipment connectivity matrix based on the equipment data and identifies a sequence of network equipment from a source and the node of each piece of equipment closest to the source; applying a customizable rule base (505; 610) to protection guidelines; determining protection settings for the overcurrent relays based upon the applied customizable rule base (505; 610) and a direction of fault current flow from each source determined based on the directed equipment connectivity matrix ; and using the determined protection settings for the overcurrent relays to control switches in the electrical power distribution network in response to a detected fault . using a graph traversal mechanism to analyze geographical-based equipment data that contains information about overcurrent relays within the electrical power distribution network , wherein the graph traversal mechanism creates a directed equipment connectivity matrix based on the equipment data and identifies a sequence of network equipment from a source and the node of each piece of equipment closest to the source; applying a customizable rule base (505; 610) to protection guidelines; determining protection settings for the overcurrent relays based upon the applied customizable rule base (505; 610) and a direction of fault current flow from each source determined based on the directed equipment connectivity matrix ; and using the determined protection settings for the overcurrent relays to control switches in the electrical power distribution network in response to a detected fault .
A vehicle comprising an engine system, the engine system comprising: a supercharger driven by a crankshaft of an engine ; an electromagnetic clutch disconnectably connecting the crankshaft to the supercharger ; and a controller configured to output a control signal to the electromagnetic clutch , wherein the controller is configured to: detect an uphill angle during traveling of the vehicle; and determine whether the detected uphill angle is above a given first uphill angle (θ1), characterized in that the controller is configured to control, when the uphill angle is above the first uphill angle (θ1), the electromagnetic clutch to connect the crankshaft to the supercharger even when a target torque of the engine is within a non-boosting range (SCoff). a supercharger driven by a crankshaft of an engine ; an electromagnetic clutch disconnectably connecting the crankshaft to the supercharger ; and a controller configured to output a control signal to the electromagnetic clutch , wherein the controller is configured to: detect an uphill angle during traveling of the vehicle; and determine whether the detected uphill angle is above a given first uphill angle (θ1), detect an uphill angle during traveling of the vehicle; and determine whether the detected uphill angle is above a given first uphill angle (θ1), characterized in that the controller is configured to control, when the uphill angle is above the first uphill angle (θ1), the electromagnetic clutch to connect the crankshaft to the supercharger even when a target torque of the engine is within a non-boosting range (SCoff).
An assembly for printing and cutting print media, comprising: a housing ; a printing assembly comprising a print head ; a cutting assembly ; characterised by a first and second pair of media pinch levers , operable to alternately engage with the print media and wherein the first pair of pinch levers provides a first pinch force when engaged with the print media for holding the print media during printing processes and the second pair of pinch levers provides a second pinch force greater than the first pinch force when engaged with the print media for holding the print media while cutting the print media . a housing ; a printing assembly comprising a print head ; a cutting assembly ; characterised by a first and second pair of media pinch levers , operable to alternately engage with the print media and wherein the first pair of pinch levers provides a first pinch force when engaged with the print media for holding the print media during printing processes and the second pair of pinch levers provides a second pinch force greater than the first pinch force when engaged with the print media for holding the print media while cutting the print media .
A wound cleansing device comprising a carrier layer and a loop system made from fibers, whereby the loop system is arranged on at least on one side of the carrier layer and protrudes from the carrier layer, and wherein the loop system is an intermeshed fiber system, which is intermeshed within or below the carrier layer, wherein the loop system comprises highly and softly abrasive loops and wherein the highly abrasive loops are made from core-twisted yarns having a monofilament core surrounded by finer filaments.
Process for attaching a first substrate to a second substrate by direct bonding including the successive steps of: a) providing the first and second substrates , each comprising a first surface and an opposite second surface ; b) bonding the first substrate to the second substrate by direct bonding between the first surfaces of the first and second substrates , step b) being carried out at a temperature of between 20°C and 30°C under a first gaseous atmosphere having a first relative humidity level denoted by φ 1 ; c) applying a thermal annealing treatment to the bonded first and second substrates at a thermal annealing temperature of between 100°C and 700°C, step c) being carried out under a second gaseous atmosphere having a second humidity level denoted by φ 2 , characterized in that the bonded first and second substrates are maintained after step b), including during step c), under an atmosphere having a relative humidity level φ 2 , superior or equal to φ 1 , satisfying φ 2 ≥ φ 1 , such that the adhesion energy of the first surfaces of the first and second substrates is homogenized. a) providing the first and second substrates , each comprising a first surface and an opposite second surface ; b) bonding the first substrate to the second substrate by direct bonding between the first surfaces of the first and second substrates , step b) being carried out at a temperature of between 20°C and 30°C under a first gaseous atmosphere having a first relative humidity level denoted by φ 1 ; c) applying a thermal annealing treatment to the bonded first and second substrates at a thermal annealing temperature of between 100°C and 700°C, step c) being carried out under a second gaseous atmosphere having a second humidity level denoted by φ 2 ,
A central column for a toroidal field coil, the central column comprising a plurality of segments , each segment comprising first and second sets of parallel arrays of HTS tapes, the HTS tapes arranged such that c-axes of ReBCO crystal structures of the HTS tapes within each array are parallel to each other, and such that planes of the HTS layers of the HTS tapes within each segment are perpendicular to a respective radius of the central column which passes through the segment, wherein: each HTS tape has a c-angle which is an angle between a perpendicular to a plane of an HTS layer of the HTS tape and the c-axis of the ReBCO crystal structure of the tape; the HTS tapes of each array within the first set of arrays are HTS tapes of a first type having a first c-angle; the HTS tapes of each array within the second set of arrays are HTS tapes of a second type having a second c-angle which is greater than the first c-angle; wherein, within each segment, the first set of arrays are arranged closer to the respective radius than the second set of arrays. each HTS tape has a c-angle which is an angle between a perpendicular to a plane of an HTS layer of the HTS tape and the c-axis of the ReBCO crystal structure of the tape; the HTS tapes of each array within the first set of arrays are HTS tapes of a first type having a first c-angle; the HTS tapes of each array within the second set of arrays are HTS tapes of a second type having a second c-angle which is greater than the first c-angle; wherein, within each segment, the first set of arrays are arranged closer to the respective radius than the second set of arrays.