mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation detection system comprising: a guard detector subsystem comprising guard photomultiplier tubes and a liquid scintillator , wherein the guard detector subsystem is configured to detect active guard events; a sample detector subsystem comprising sample photomultiplier tubes and a sample counting chamber , the sample detector subsystem configured to detect sample events in an unknown sample , wherein the sample photomultiplier tubes are configured to detect light pulses generated by the transformation of radiation through a scintillating liquid added to the unknown sample ; one or more processors adapted to: count coincident events (SP12 R ) that are the detected sample events in the unknown sample and the detected guard events that are detected coincidently in a given energy region; and for the given energy region: calculate a compensation guard count (CGC R ) for the unknown sample based on the count of coincident events (SP12 R ) and a predetermined guard efficiency value (GE R ) that is associated with the given energy region and determined based on utilization of a standard sample having a quench level that approximately matches the quench level of the unknown sample. a guard detector subsystem comprising guard photomultiplier tubes and a liquid scintillator , wherein the guard detector subsystem is configured to detect active guard events; a sample detector subsystem comprising sample photomultiplier tubes and a sample counting chamber , the sample detector subsystem configured to detect sample events in an unknown sample , wherein the sample photomultiplier tubes are configured to detect light pulses generated by the transformation of radiation through a scintillating liquid added to the unknown sample ; one or more processors adapted to: count coincident events (SP12 R ) that are the detected sample events in the unknown sample and the detected guard events that are detected coincidently in a given energy region; and for the given energy region: calculate a compensation guard count (CGC R ) for the unknown sample based on the count of coincident events (SP12 R ) and a predetermined guard efficiency value (GE R ) that is associated with the given energy region and determined based on utilization of a standard sample having a quench level that approximately matches the quench level of the unknown sample. count coincident events (SP12 R ) that are the detected sample events in the unknown sample and the detected guard events that are detected coincidently in a given energy region; and for the given energy region: calculate a compensation guard count (CGC R ) for the unknown sample based on the count of coincident events (SP12 R ) and a predetermined guard efficiency value (GE R ) that is associated with the given energy region and determined based on utilization of a standard sample having a quench level that approximately matches the quench level of the unknown sample.
Ophthalmological ultra-violet (UV) laser system for eye treatment comprising: a. A laser source including a Ce:YAG gain medium configured to generate a pulsed primary laser beam ; and b. A frequency converter arranged downstream from the laser source comprising one or more non-linear optical crystals configured to multiply the frequency of the primary laser beam to generate a pulsed UV laser beam . a. A laser source including a Ce:YAG gain medium configured to generate a pulsed primary laser beam ; and b. A frequency converter arranged downstream from the laser source comprising one or more non-linear optical crystals configured to multiply the frequency of the primary laser beam to generate a pulsed UV laser beam .
A method of treating a water system containing or in contact with a metal sulphide scale, the method comprising: - adding to said system, separately or together, a synergistic mixture of (i) a phosphorus compound selected from tris (hydroxymethyl) phosphine and tetrakis(hydroxyorgano)phosphonium salts and (ii) a citrate salt, to provide a solution; then - contacting said solution with said scale, thereby dissolving at least part of said scale in said solution; and - withdrawing said dissolved metal sulphide from the system. - adding to said system, separately or together, a synergistic mixture of (i) a phosphorus compound selected from tris (hydroxymethyl) phosphine and tetrakis(hydroxyorgano)phosphonium salts and (ii) a citrate salt, to provide a solution; then - contacting said solution with said scale, thereby dissolving at least part of said scale in said solution; and - withdrawing said dissolved metal sulphide from the system.
A compound having formula (I) wherein R 1 is H or alkyl; R 2 is H or alkyl; R 4 is H, or alkyl; R 6 is H, or alkyl; R w is -NR 10 SO 2 R 12 ; R 10 is H, or alkyl; R 12 is alkyl, or phenylalkyl; A) R x , R y , R z and R zz are selected from: a) R x and R y are F and R z and R zz are H; and b) R x , R y and R zz are independently halogen and R z is H; and R 5 is phenyl which is substituted with 1 or 2 groups independently selected from -POdi(alkyl), and hydroxyalkyl-ONH-CO-; or B) R x , R y and R zz are independently halogen and R z is H; and R 5 is pyrimidinyl which is substituted with 1 or 2 groups independently selected from alkyl, cycloalkyl, alkoxy, and alkylsulfanyl, or a pharmaceutically acceptable salt, solvate or optical isomer thereof. R 1 is H or alkyl; R 2 is H or alkyl; R 4 is H, or alkyl; R 6 is H, or alkyl; R w is -NR 10 SO 2 R 12 ; R 10 is H, or alkyl; R 12 is alkyl, or phenylalkyl; A) R x , R y , R z and R zz are selected from: a) R x and R y are F and R z and R zz are H; and b) R x , R y and R zz are independently halogen and R z is H; and R 5 is phenyl which is substituted with 1 or 2 groups independently selected from -POdi(alkyl), and hydroxyalkyl-ONH-CO-; or B) R x , R y and R zz are independently halogen and R z is H; and R 5 is pyrimidinyl which is substituted with 1 or 2 groups independently selected from alkyl, cycloalkyl, alkoxy, and alkylsulfanyl,
A system for facilitating smoking of tobacco from a hookah, the system comprising: a heating platform for resting on a bowl operable to contain tobacco or other smokable organic substance , the heating platform comprising a central surface including a depression with at least one surrounding wall such that a heating source will not slide off the central surface, at least one perimeter vent of the platform to allow air to pass between an area above the central surface and below the central surface and a cap with at least one exterior vent , at least one upper vent , at least one movement control extension and at least one rest for resting on the heating platform characterized in that the heating platform further comprises: at least one exterior vent located in at least one perimeter wall located around an exterior of the heating platform , wherein the at least one exterior vent of the heating platform can be aligned with the at least one exterior vent of the cap .
A wiper connector for mutually connecting a wiper blade and a wiper arm , comprising: an insertion portion inserted into the wiper arm and disposed at one side of a washing liquid spray nozzle provided on the wiper arm ; and a fixing portion integrally provided with the insertion portion and fixed to the wiper blade , wherein the insertion portion includes a first fastener caught by a hole provided in an upper surface of the wiper arm , and a second fastener caught by a rib provided inside the wiper arm , and the second fastener is provided to be elastically deformed and provided to be switched from a first state in which the second fastener is elastically deformed by being pressed by the rib when the first fastener passes through the hole to a second state in which the second fastener passes the rib and is restored to an original state when the first fastener is moved in the hole and caught by the hole . an insertion portion inserted into the wiper arm and disposed at one side of a washing liquid spray nozzle provided on the wiper arm ; and a fixing portion integrally provided with the insertion portion and fixed to the wiper blade , wherein the insertion portion includes a first fastener caught by a hole provided in an upper surface of the wiper arm , and a second fastener caught by a rib provided inside the wiper arm , and the second fastener is provided to be elastically deformed and provided to be switched from a first state in which the second fastener is elastically deformed by being pressed by the rib when the first fastener passes through the hole to a second state in which the second fastener passes the rib and is restored to an original state when the first fastener is moved in the hole and caught by the hole .
An information processing apparatus (100; 210) comprising: a reception unit configured to receive belongings information of a user of another information processing apparatus (100; 220) transmitted from the other information processing apparatus (100; 220) by use of wireless communication; and a control unit configured to cause the received belongings information to be output and to transmit evaluation information on the belongings information to the other information processing apparatus (100; 220) by use of wireless communication on the basis of a user operation for the belongings information, wherein the belongings information is information for notifying objects owned by the user of the other information processing apparatus (100; 220) or the objects worn by the user of the other information processing apparatus (100; 220) to other users. a reception unit configured to receive belongings information of a user of another information processing apparatus (100; 220) transmitted from the other information processing apparatus (100; 220) by use of wireless communication; and a control unit configured to cause the received belongings information to be output and to transmit evaluation information on the belongings information to the other information processing apparatus (100; 220) by use of wireless communication on the basis of a user operation for the belongings information, wherein the belongings information is information for notifying objects owned by the user of the other information processing apparatus (100; 220) or the objects worn by the user of the other information processing apparatus (100; 220) to other users.
A computing device for enabling access to a resource, the computing device comprising a claims facilitator , which comprises: an authentication flow manager configured to: receive, from a user, a request for access to a resource ; access an authentication flow for granting access to the resource, wherein the authentication flow includes multiple authentication procedures in a defined order, wherein each authentication procedure designates a claims provider that is accessed for authenticating the identity of the user, wherein the claims provider generates one or more claims used for authenticating the identity of the user; obtain first claims for the user from a first claims provider in the authentication flow, determine a second claims provider in the authentication flow, the second claims provider having a trust relationship with the claims facilitator, direct the user to the second claims provider, and receive second claims for the user from the second claims provider; and a resource access controller configured to enable the user to access the resource in response to at least the first and second claims. an authentication flow manager configured to: receive, from a user, a request for access to a resource ; access an authentication flow for granting access to the resource, wherein the authentication flow includes multiple authentication procedures in a defined order, wherein each authentication procedure designates a claims provider that is accessed for authenticating the identity of the user, wherein the claims provider generates one or more claims used for authenticating the identity of the user; obtain first claims for the user from a first claims provider in the authentication flow, determine a second claims provider in the authentication flow, the second claims provider having a trust relationship with the claims facilitator, direct the user to the second claims provider, and receive second claims for the user from the second claims provider; and receive, from a user, a request for access to a resource ; access an authentication flow for granting access to the resource, wherein the authentication flow includes multiple authentication procedures in a defined order, wherein each authentication procedure designates a claims provider that is accessed for authenticating the identity of the user, wherein the claims provider generates one or more claims used for authenticating the identity of the user; obtain first claims for the user from a first claims provider in the authentication flow, determine a second claims provider in the authentication flow, the second claims provider having a trust relationship with the claims facilitator, direct the user to the second claims provider, and receive second claims for the user from the second claims provider; and a resource access controller configured to enable the user to access the resource in response to at least the first and second claims.
An optical arrangement for an X-ray system for determining a patient position and/or a patient rotation of a patient to be X-rayed by the X-ray system, the optical arrangement comprising a laser source and a detector vertically spaced apart from the laser source, wherein the laser source is configured for emitting a horizontal laser onto the patient, wherein the detector is configured for detecting a course of the laser line emitted onto the patient, an analyzing unit configured for determining the patient position and/or the patient rotation of the patient, based on an analysis of the detected course of the laser line, wherein the analyzing unit is configured for validating whether the determined patient position and/or patient rotation of the patient corresponds to a predetermined reference parameter, wherein the analyzing unit is configured for generating a feedback signal based on a result of the validation, characterized in that in the optical arrangement spatial coordinates of a vertical centerline of an X-ray sensor of the X-ray system are stored, wherein the analyzing unit is configured for comparing the determined patient position and/or patient rotation with the stored spatial coordinates, and wherein the vertical centerline of the X-ray sensor is the reference parameter. a laser source and a detector vertically spaced apart from the laser source, wherein the laser source is configured for emitting a horizontal laser onto the patient, wherein the detector is configured for detecting a course of the laser line emitted onto the patient, an analyzing unit configured for determining the patient position and/or the patient rotation of the patient, based on an analysis of the detected course of the laser line, wherein the analyzing unit is configured for validating whether the determined patient position and/or patient rotation of the patient corresponds to a predetermined reference parameter, wherein the analyzing unit is configured for generating a feedback signal based on a result of the validation, characterized in that in the optical arrangement spatial coordinates of a vertical centerline of an X-ray sensor of the X-ray system are stored, wherein the analyzing unit is configured for comparing the determined patient position and/or patient rotation with the stored spatial coordinates, and wherein the vertical centerline of the X-ray sensor is the reference parameter.
Anchoring apparatus for a bed cover , comprising a base member and a holding member (12; 120), wherein said base member is configured to be affixed to a bed at a lower edge of a mattress and includes a first part of a clip member, and said holding member (12; 120) comprises a second part of said clip member for enabling said base member and said holding member (12; 120) to be releasably connected together, in use, said holding member (12; 120) further comprising a clamp member for releasably clamping a portion of said bed cover therein, characterised in that said clamp member comprises a rear grip member (26; 260) and a hooked portion (28a; 280a) in opposed, spaced-apart relation, communicably coupled together by means of an over-centre pivot mechanism and configured to be manually operated between a first, open configuration in which an opening is defined between said hooked portion (28a; 280a) and said rear grip member (26; 260) into which said portion of said bed cover can be inserted, and a second, closed configuration, in which said portion of said bed cover is clamped between said hooked portion (28a; 280a) and said rear grip member (26; 260).
A travel control device mounted on a vehicle including an electric motor and an internal combustion engine as a power source, the travel control device comprising: a creation unit configured to create a speed profile in which a speed of the vehicle at each time is predicted; an estimation unit configured to estimate a predicted amount of regenerative energy, the regenerative energy being energy that is recoverable by regenerative braking of the electric motor; and a determination unit configured to determine the power source to be used for traveling based on the predicted amount of the regenerative energy, characterized in that the estimation unit is configured to approximate the speed profile with a predetermined approximation model to result in an approximation result and estimate the predicted amount of regenerative energy based on the approximation result. a creation unit configured to create a speed profile in which a speed of the vehicle at each time is predicted; an estimation unit configured to estimate a predicted amount of regenerative energy, the regenerative energy being energy that is recoverable by regenerative braking of the electric motor; and a determination unit configured to determine the power source to be used for traveling based on the predicted amount of the regenerative energy, characterized in that the estimation unit is configured to approximate the speed profile with a predetermined approximation model to result in an approximation result and estimate the predicted amount of regenerative energy based on the approximation result.
A method, comprising: a. using additive manufacturing to produce a metal shaped-preform, wherein the metal shaped-preform comprises a plurality of undulations on a surface of the metal shaped preform indicative of an additive manufacturing build; b. smoothing the plurality of undulations on the surface of the metal shaped-preform via an energy source sufficient to provide a workable preform configured for a further working operation, wherein smoothing comprises at least one of: electron beam smoothing, flash lamp melting, laser melting, arc melting, laser ablation, and combinations thereof, and wherein the smoothing comprises heating at least a portion of a single bead depth, wherein a bead is a continuous deposit of fused metal; and c. working the metal shaped-preform to a final worked product. a. using additive manufacturing to produce a metal shaped-preform, wherein the metal shaped-preform comprises a plurality of undulations on a surface of the metal shaped preform indicative of an additive manufacturing build; b. smoothing the plurality of undulations on the surface of the metal shaped-preform via an energy source sufficient to provide a workable preform configured for a further working operation, wherein smoothing comprises at least one of: electron beam smoothing, flash lamp melting, laser melting, arc melting, laser ablation, and combinations thereof, and wherein the smoothing comprises heating at least a portion of a single bead depth, wherein a bead is a continuous deposit of fused metal; and c. working the metal shaped-preform to a final worked product.
A method of performing an automated changeover process within a stencil printer, the method comprising: identifying at least one item for replacement within the stencil printer; transporting a new item to the stencil printer by a movable cart; removing a used item identified for replacement and delivering the used item to the movable cart; and installing the new item within the stencil printer from the movable cart, wherein the movable cart includes a first support configured to receive the new item and a second support configured to receive the used item, characterized in that the movable cart is configured to transport the new item to the stencil printer and to transport the used item to a station. identifying at least one item for replacement within the stencil printer; transporting a new item to the stencil printer by a movable cart; removing a used item identified for replacement and delivering the used item to the movable cart; and installing the new item within the stencil printer from the movable cart, wherein the movable cart includes a first support configured to receive the new item and a second support configured to receive the used item, characterized in that the movable cart is configured to transport the new item to the stencil printer and to transport the used item to a station.
A drying appliance comprising: a drum for processing laundry ; a heat exchanger to cool and condense moisture-laden air received from the drum ; a blower channel for moving dry air from the heat exchanger to the drum ; a drain structure disposed under the heat exchanger , wherein the drain structure is configured to receive and evacuate condensate from the heat exchanger ; a sump area connected to the drain structure for collecting the condensate ; the drying appliance being characterized in that it further comprises an air channel extending from the sump area to the blower channel , wherein the air channel is configured to provide air flow communication between the sump area and the blower channel ; a base structure disposed under the drum , wherein at least a portion of the drain structure is formed in the base structure , and wherein the base structure is configured to support the heat exchanger . a drum for processing laundry ; a heat exchanger to cool and condense moisture-laden air received from the drum ; a blower channel for moving dry air from the heat exchanger to the drum ; a drain structure disposed under the heat exchanger , wherein the drain structure is configured to receive and evacuate condensate from the heat exchanger ; a sump area connected to the drain structure for collecting the condensate ; the drying appliance being characterized in that it further comprises an air channel extending from the sump area to the blower channel , wherein the air channel is configured to provide air flow communication between the sump area and the blower channel ; a base structure disposed under the drum , wherein at least a portion of the drain structure is formed in the base structure , and wherein the base structure is configured to support the heat exchanger .