mhurhangee/patent-ind-claim-en huggingface dataset:
An entry system for a building that includes a plurality of suites, each having a suite lock and a plurality of rooms, each having a room lock, the system comprising: a first door lock that is a suite lock for one of the suites, that includes a controller; wherein the first door lock is configured for encoding access rights to a first client keycard, that is a guest keycard, responsive to a first engagement with a master keycard; wherein engaging the master keycard includes the first door lock monitoring the occurrence of a predetermined combination of actions proximate in time to the first engagement with the master keycard; wherein monitoring the occurrence of the predetermined combination of actions includes the first door lock monitoring the occurrence of one or more additional engagements with the master keycard and receiving manual actuation of a first door handle of the first door lock; wherein the first door lock is configured for granting access rights at a plurality of door locks to the first client keycard, wherein the plurality of door locks includes the first door lock and selective ones of the room locks within the suite, the selective ones of the room locks being less than all of the room locks within the suite. a first door lock that is a suite lock for one of the suites, that includes a controller; wherein the first door lock is configured for encoding access rights to a first client keycard, that is a guest keycard, responsive to a first engagement with a master keycard; wherein engaging the master keycard includes the first door lock monitoring the occurrence of a predetermined combination of actions proximate in time to the first engagement with the master keycard; wherein monitoring the occurrence of the predetermined combination of actions includes the first door lock monitoring the occurrence of one or more additional engagements with the master keycard and receiving manual actuation of a first door handle of the first door lock; wherein the first door lock is configured for granting access rights at a plurality of door locks to the first client keycard, wherein the plurality of door locks includes the first door lock and selective ones of the room locks within the suite, the selective ones of the room locks being less than all of the room locks within the suite.
A photosensitive composition containing the following essential components: (A) an onium salt represented by the general formula ; (B) a sensitizer; and (C) a radical polymerizable compound: wherein in the formula , Rf each independently represents an alkyl group having a carbon number of 1 to 8, an alkenyl group having a carbon number of 2 to 8, or an aryl group having a carbon number of 6 to 10, where 80% or more of hydrogen atoms bonded to the carbon atoms of each group are substituted with fluorine atoms; n represents an integer of 1 to 5; and A + represents a monovalent onium cation, characterized in that the sensitizer (B) is a polymethine-based dye selected from compounds of chemical formula 5 or chemical formula 6: (A) an onium salt represented by the general formula ; (B) a sensitizer; and (C) a radical polymerizable compound: wherein in the formula , Rf each independently represents an alkyl group having a carbon number of 1 to 8, an alkenyl group having a carbon number of 2 to 8, or an aryl group having a carbon number of 6 to 10, where 80% or more of hydrogen atoms bonded to the carbon atoms of each group are substituted with fluorine atoms; n represents an integer of 1 to 5; and A + represents a monovalent onium cation, characterized in that the sensitizer (B) is a polymethine-based dye selected from compounds of chemical formula 5 or chemical formula 6:
Hand valve for a fluid, in particular water, wherein the hand valve has an actuating element which can be pivoted along an actuating direction (B) from a closing position into an open position about a pivot point (A), wherein a valve element for opening the hand valve is movable, in particular linearly displaceable, along an opening direction (Ö) between a locking position of the valve element corresponding to the closing position of the actuating element and a release position of the valve element corresponding to the open position of the actuating element , and wherein the hand valve has a resetting apparatus which is designed to move the actuating element in the opposite direction to the actuating direction (B), wherein the resetting apparatus is designed to move the actuating element beyond the closing position in the opposite direction to the actuating direction (B) into an end position, characterized in that the resetting apparatus has a resetting device which has a guide surface , wherein the guide surface acts on a contact point (K) on the actuating element , and wherein the angle of inclination (N) of the guide surface with respect to a connecting line (V) between the pivot point (A) and the contact point (K) decreases, starting from the open position of the actuating element , in the opposite direction to the actuating direction (B).
A turbine shroud assembly adapted for use with a gas turbine engine, the shroud assembly comprising a carrier shaped to include an outer wall that extends circumferentially at least partway about an axis , a forward support wall that extends radially inward from the outer wall , an aft support wall spaced axially from the forward support wall that extends radially inward from the outer wall , and a central support wall located between the forward support wall and the aft support wall that extends radially inward from the outer wall , a seal segment shaped to include a runner that extends circumferentially partway around the axis , a forward mount flange that extends from the runner into a forward space between the forward support wall and the central support wall of the carrier , and an aft mount flange that extends from the runner into an aft space between the aft support wall and the central support wall of the carrier , and a mount assembly including a forward pin of the first split-pin fastener that extends axially through the forward mount flange of the seal segment into both the forward support wall and the central support wall of the carrier and an aft pin of the first split-pin fastener that extends axially through the aft mount flange of the seal segment into both the aft support wall and the central support wall of the carrier , characterised in that the mount assembly includes a forward retainer plug configured to block removal of the forward pin out of the carrier and an aft retainer plug configured to block removal of the aft pin out of the carrier . a carrier shaped to include an outer wall that extends circumferentially at least partway about an axis , a forward support wall that extends radially inward from the outer wall , an aft support wall spaced axially from the forward support wall that extends radially inward from the outer wall , and a central support wall located between the forward support wall and the aft support wall that extends radially inward from the outer wall , a seal segment shaped to include a runner that extends circumferentially partway around the axis , a forward mount flange that extends from the runner into a forward space between the forward support wall and the central support wall of the carrier , and an aft mount flange that extends from the runner into an aft space between the aft support wall and the central support wall of the carrier , and a mount assembly including a forward pin of the first split-pin fastener that extends axially through the forward mount flange of the seal segment into both the forward support wall and the central support wall of the carrier and an aft pin of the first split-pin fastener that extends axially through the aft mount flange of the seal segment into both the aft support wall and the central support wall of the carrier , characterised in that the mount assembly includes a forward retainer plug configured to block removal of the forward pin out of the carrier and an aft retainer plug configured to block removal of the aft pin out of the carrier .
Joinery comprising a frame that defines an opening in an aperture plane and a sash configured to reversibly obstruct said opening, said sash being hinged along a pivot connection on a stile of the sash in relation to said frame, said joinery further comprising sealing means between the frame and the sash, said sealing means comprising a seal fixed directly to the side jamb of the frame that is the closest of the pivot connection or fixed to said side jamb of the frame by the intermediary of a longitudinal profile fixed to said side jamb of the frame and extending longitudinally over at least one portion of the height of said side jamb of the frame, said seal extending longitudinally over at least one portion of the respective height of the side jamb of the frame or of the longitudinal profile , said seal and the profile of said stile of the sash being configured in such a way that the profile of the stile of the sash urges said seal in compression along an axis X parallel to the aperture plane when said sash obstructs the opening of the frame, wherein the profile of the stile of the sash comprises over a portion of its height from the low end of said stile of the sash, at least one portion of its surface that is rounded according to at least one horizontal arc of a circle having for centre the axis Y of rotation of the pivot connection or according to a curve formed from at least two horizontal arcs of a circle of a different radius, the frame comprising a sill with a connector , and the sealing means comprising a flexible sealing element fixed on the one hand to the connector of said sill and on the other hand respectively to the side jamb of the frame or to the longitudinal profile , said flexible sealing element comprising a curved rounded profile complementary to the rounded portion of the surface of the profile of the stile of the sash in such a way that the rounded portion of the surface of the profile of the stile of the sash urges in compression said curved rounded profile of the flexible sealing element when said sash obstructs the opening of the frame.
A disposable heat exchanger cartridge for thermally treating fluid for treatment of a patient with a cooling device that includes a thermal plate, the cartridge comprising: a first plate having a thermally conductive surface coupled to a second plate thereby defining a fluid channel that extends through the cartridge with at least a portion of the fluid channel arranged adjacent to the thermally conductive surface ; the cartridge being removably couplable via a biasing mechanism to the thermal plate of the cooling device such that the thermally conductive surface conductively cools the fluid, characterized in that the cartridge includes an inlet port formed at a first end of the fluid channel in fluid communication with the inlet supply line and an outlet port at a second end of the fluid channel , in fluid communication with the outlet supply line , the inlet port and outlet port having a sloped profile with a starting depth greater than a depth of the fluid channel and sloping downward to a depth of the fluid channel .
Attaching device for at least one supply pipe and/or at least one supply line for attaching to an industrial robot arm with a holder , an associable holder unit for the supply pipe and/or the supply line and a closable clamping element , wherein the holder is arranged on the closable clamping element such that the holder can be attached to the industrial robot arm and/or positioned thereon in a flexible manner by means of clamping and closing the clamping element around the industrial robot arm and thus, in the event of the connection of the holder to the associable holder unit , the supply pipe and/or the supply line can be oriented in a targeted manner, characterised in that the closable clamping element is guided through an interior of the holder .
A User Equipment, UE, comprising: a transmission and/or reception unit configured to: transmit, to a Mobility Management Entity, MME, , an ATTACH REQUEST message including identification information indicating that the UE does not establish a connection; receive, from the MME , as a response to the ATTACH REQUEST message, an ATTACH ACCEPT message including the identification information; and transmit, to the MME , a non-access Stratum, NAS, message including user data after receiving the ATTACH ACCEPT message, the identification information included in the ATTACH REQUEST message being identical to the identification information included in the ATTACH ACCEPT message, wherein the identification information indicates that connectionless communication is to be performed. transmit, to a Mobility Management Entity, MME, , an ATTACH REQUEST message including identification information indicating that the UE does not establish a connection; receive, from the MME , as a response to the ATTACH REQUEST message, an ATTACH ACCEPT message including the identification information; and transmit, to the MME , a non-access Stratum, NAS, message including user data after receiving the ATTACH ACCEPT message, the identification information included in the ATTACH REQUEST message being identical to the identification information included in the ATTACH ACCEPT message, wherein the identification information indicates that connectionless communication is to be performed.
An aerosol delivery device comprising: a mouthpiece end ; an aerosol generation chamber in fluid communication with the mouthpiece end via a primary air channel , wherein the primary air channel extends between an air inlet and the mouthpiece end, wherein the aerosol generation chamber comprises an aerosol source for generating an aerosol from a source material for inhalation by a user through the mouthpiece end during use; and a sensor for detecting when a user inhales on the mouthpiece end, wherein the sensor is in fluid communication with the mouthpiece end via a secondary air channel , and wherein the sensor is located further from the mouthpiece end than the aerosol source, and the secondary air channel bypasses the aerosol generation chamber; wherein the device comprises a first part that includes the mouthpiece end and the aerosol generation chamber and a second part that includes the sensor, wherein the first part and second part are detachable from one another, wherein the secondary air channel provides fluid communication between the sensor and the mouthpiece end across an interface between the first part and second part when the first part and second part are coupled together for use; wherein the primary air channel does not pass through the second part a mouthpiece end ; an aerosol generation chamber in fluid communication with the mouthpiece end via a primary air channel , wherein the primary air channel extends between an air inlet and the mouthpiece end, wherein the aerosol generation chamber comprises an aerosol source for generating an aerosol from a source material for inhalation by a user through the mouthpiece end during use; and a sensor for detecting when a user inhales on the mouthpiece end, wherein the sensor is in fluid communication with the mouthpiece end via a secondary air channel , and wherein the sensor is located further from the mouthpiece end than the aerosol source, and the secondary air channel bypasses the aerosol generation chamber; wherein the device comprises a first part that includes the mouthpiece end and the aerosol generation chamber and a second part that includes the sensor, wherein the first part and second part are detachable from one another, wherein the secondary air channel provides fluid communication between the sensor and the mouthpiece end across an interface between the first part and second part when the first part and second part are coupled together for use; wherein the primary air channel does not pass through the second part
A radio frequency system (100; 500, 500') comprising multiple nodes for performing radio frequency based sensing, wherein at least two of the multiple nodes (10, ..., 30) are included in a dense node arrangement , wherein the dense node arrangement comprises a multi-node device and/or a group of densely packed nodes; and wherein the radio frequency system (100; 500, 500') is configured: - for forming a first group of nodes (10, ..., 30) including at least one node of the dense node arrangement , - for forming a second group of nodes (10, ..., 30) including the at least one node of the first group and at least one additional node of the dense node arrangement , - for performing radio frequency based sensing by the first group in a first sensing area for detecting a first sensing event indicating a presence of an object in the first sensing area , and wherein if the first sensing event is detected, the radio frequency system (100; 500, 500') is further configured: - for performing radio frequency based sensing by the second group in a second sensing area at least partially overlapping with the first sensing area for recognizing a second sensing event indicating an activity of the object . wherein at least two of the multiple nodes (10, ..., 30) are included in a dense node arrangement , wherein the dense node arrangement comprises a multi-node device and/or a group of densely packed nodes; and wherein the radio frequency system (100; 500, 500') is configured: - for forming a first group of nodes (10, ..., 30) including at least one node of the dense node arrangement , - for forming a second group of nodes (10, ..., 30) including the at least one node of the first group and at least one additional node of the dense node arrangement , - for performing radio frequency based sensing by the first group in a first sensing area for detecting a first sensing event indicating a presence of an object in the first sensing area , and wherein if the first sensing event is detected, the radio frequency system (100; 500, 500') is further configured: - for performing radio frequency based sensing by the second group in a second sensing area at least partially overlapping with the first sensing area for recognizing a second sensing event indicating an activity of the object . - for forming a first group of nodes (10, ..., 30) including at least one node of the dense node arrangement , - for forming a second group of nodes (10, ..., 30) including the at least one node of the first group and at least one additional node of the dense node arrangement , - for performing radio frequency based sensing by the first group in a first sensing area for detecting a first sensing event indicating a presence of an object in the first sensing area , and wherein if the first sensing event is detected, the radio frequency system (100; 500, 500') is further configured: - for performing radio frequency based sensing by the second group in a second sensing area at least partially overlapping with the first sensing area for recognizing a second sensing event indicating an activity of the object .
A vortex thruster system , comprising: a catalyst bed configured to decompose a monopropellant delivered to the catalyst bed; a first valve for controlling delivery of the monopropellant at a first flow rate into the catalyst bed to transform the monopropellant into a decomposed monopropellant; and a vortex combustion chamber in fluid communication with the catalyst bed and configured to receive the decomposed monopropellant from the catalyst bed, the decomposed monopropellant assisting with creating a first thrust level, the system being characterised in that the vortex combustion chamber includes at least one side injection port positioned proximate to a sidewall of the vortex combustion chamber and configured to deliver a first amount of the decomposed monopropellant into the vortex combustion chamber in a direction that is approximately tangent to the sidewall, and and in that the vortex combustion chamber includes a proximal injection port positioned proximate to a proximal end of the vortex combustion chamber and configured to deliver a second amount of the decomposed monopropellant into a center area of the vortex combustion chamber. a catalyst bed configured to decompose a monopropellant delivered to the catalyst bed; a first valve for controlling delivery of the monopropellant at a first flow rate into the catalyst bed to transform the monopropellant into a decomposed monopropellant; and a vortex combustion chamber in fluid communication with the catalyst bed and configured to receive the decomposed monopropellant from the catalyst bed, the decomposed monopropellant assisting with creating a first thrust level, the system being characterised in that the vortex combustion chamber includes at least one side injection port positioned proximate to a sidewall of the vortex combustion chamber and configured to deliver a first amount of the decomposed monopropellant into the vortex combustion chamber in a direction that is approximately tangent to the sidewall, and and in that the vortex combustion chamber includes a proximal injection port positioned proximate to a proximal end of the vortex combustion chamber and configured to deliver a second amount of the decomposed monopropellant into a center area of the vortex combustion chamber.
A method of predicting risk of recurrence of cancer in an individual with cancer, the method comprising a step of assaying a cancer sample from the individual for positive expression of at least three genes, or proteins encoded by said genes, selected from FOXM1, PTTG1, ZNF367, UHRF1, E2F1, MYBL2, HMGB2, ATAD2, E2F8, and TCF19, wherein positive expression of the at least three genes, or proteins encoded by said genes, correlates with increased risk of recurrence of cancer compared with an individual with cancer who does not exhibit positive expression of the at least three genes or proteins encoded by those genes; wherein the at least three genes, or proteins encoded by said at least three genes, are FOXM1, PTTG1 and ZNF367, optionally including one or more of genes, or proteins encoded by said genes, UHRF1, E2F1, MYBL2, HMGB2, ATAD2, E2F8, and TCF19.