mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for setting a gain of a RF repeater , comprising: a synchronization signal power calculator configured to determine an average received power level of a synchronization signal received over a predetermined number of times as a synchronization signal power; a downlink power calculator configured to determine data channel signal power according to a power ratio of the synchronization signal to data channel signal based on the synchronization signal power, wherein the power ratio is received from a base station , and to calculate a downlink input power by summing the synchronization signal power and the data channel signal power; and a downlink gain setting unit configured to calculate a downlink gain by subtracting the downlink input power from a maximum downlink output power determined by hardware specifications to set the downlink gain. a synchronization signal power calculator configured to determine an average received power level of a synchronization signal received over a predetermined number of times as a synchronization signal power; a downlink power calculator configured to determine data channel signal power according to a power ratio of the synchronization signal to data channel signal based on the synchronization signal power, wherein the power ratio is received from a base station , and to calculate a downlink input power by summing the synchronization signal power and the data channel signal power; and a downlink gain setting unit configured to calculate a downlink gain by subtracting the downlink input power from a maximum downlink output power determined by hardware specifications to set the downlink gain.
A method performed by one or more data processing apparatus, the method comprising: maintaining one or more application profiles , each application profile associated with one or more network activities in a network and corresponding to one or more applications configured to be executed on one or more devices in the network , wherein the network comprises a private network; detecting one or more network activities in the network that are directed outside the private network , wherein the one or more network activities are associated with an application from the one or more application, wherein the application is executed on a device of the one or more devices; determining that the one or more detected network activities associated with the application substantially match network activities associated with a predetermined application profile of a prohibited application, wherein the determining comprises accessing a database to determine rules associated with the predetermined application profile for the prohibited application, when determining based on the rules that the application is the prohibited application, denying access to the device for the private network according to the rules. maintaining one or more application profiles , each application profile associated with one or more network activities in a network and corresponding to one or more applications configured to be executed on one or more devices in the network , wherein the network comprises a private network; detecting one or more network activities in the network that are directed outside the private network , wherein the one or more network activities are associated with an application from the one or more application, wherein the application is executed on a device of the one or more devices; determining that the one or more detected network activities associated with the application substantially match network activities associated with a predetermined application profile of a prohibited application, wherein the determining comprises accessing a database to determine rules associated with the predetermined application profile for the prohibited application, when determining based on the rules that the application is the prohibited application, denying access to the device for the private network according to the rules. accessing a database to determine rules associated with the predetermined application profile for the prohibited application, when determining based on the rules that the application is the prohibited application, denying access to the device for the private network according to the rules.
A method of forming a shielded electrical connector configured to receive a corresponding shielded electrical connector, comprising the steps of: a) cutting a shield terminal preform from a sheet of metal defining a single plane, said shield terminal preform having a first shield preform integrally formed with a second shield preform ; b) forming the shield terminal preform such that the first shield preform is formed into a generally tubular shape having a first axis (X) and single open seam and the second shield preform is formed into two semicircular channels having a second axis (Y) that is oriented at a right angle to the first axis (X); c) disposing an inner insulator within the shield terminal preform; d) providing an outer housing defining a cylindrical cavity ; and e) placing the first shield preform within the cylindrical cavity , thereby joining edges of the single open seam and joining the two semicircular channels to form a tubular shape. a) cutting a shield terminal preform from a sheet of metal defining a single plane, said shield terminal preform having a first shield preform integrally formed with a second shield preform ; b) forming the shield terminal preform such that the first shield preform is formed into a generally tubular shape having a first axis (X) and single open seam and the second shield preform is formed into two semicircular channels having a second axis (Y) that is oriented at a right angle to the first axis (X); c) disposing an inner insulator within the shield terminal preform; d) providing an outer housing defining a cylindrical cavity ; and e) placing the first shield preform within the cylindrical cavity , thereby joining edges of the single open seam and joining the two semicircular channels to form a tubular shape.
Condensate discharge station for bakery ovens, comprising: a first container with an outlet valve , and a second container with an inlet opening , characterized in that the condensate discharge station has a closure for the second container , which closure has a first and a second passage opening and is arranged on the inlet opening ; a filling tube which is arranged in the first passage opening , wherein the filling tube has a fluid inlet opening outside the second container and extends as far as the bottom of the second container ; a fluid line between the fluid inlet opening and the outlet valve ; and a venting tube which is arranged in the second passage opening .
A system for moving a tubular string within a wellbore during a stuck pipe event, the system comprising: a torque disconnecting member , the torque disconnecting member comprising: a first mandrel ; and a first housing , where the first mandrel is coupled to the first housing and is movable axially relative to the first housing such that the first mandrel is rotationally coupled to the first housing in a locking position and the first mandrel is rotative relative to the first housing in an unlocking position; and a shock generating member , the shock generating member coupled to the torque disconnecting member , the shock generating member comprising : a second mandrel ; a second housing ; and a shock pad , where the second housing is rotationally coupled to the first mandrel , where the second mandrel is coupled to the second housing , is movable axially relative to the second housing , and is further coupled to the shock pad such that the second mandrel engages the shock pad to extend outwardly laterally in an activated position from a deactivated position, the deactivated position having the shock pad retracted inside the second housing . a torque disconnecting member , the torque disconnecting member comprising: a first mandrel ; and a first housing , where the first mandrel is coupled to the first housing and is movable axially relative to the first housing such that the first mandrel is rotationally coupled to the first housing in a locking position and the first mandrel is rotative relative to the first housing in an unlocking position; and a first mandrel ; and a first housing , where the first mandrel is coupled to the first housing and is movable axially relative to the first housing such that the first mandrel is rotationally coupled to the first housing in a locking position and the first mandrel is rotative relative to the first housing in an unlocking position; and a shock generating member , the shock generating member coupled to the torque disconnecting member , the shock generating member comprising : a second mandrel ; a second housing ; and a shock pad , where the second housing is rotationally coupled to the first mandrel , where the second mandrel is coupled to the second housing , is movable axially relative to the second housing , and is further coupled to the shock pad such that the second mandrel engages the shock pad to extend outwardly laterally in an activated position from a deactivated position, the deactivated position having the shock pad retracted inside the second housing . a second mandrel ; a second housing ; and a shock pad , where the second housing is rotationally coupled to the first mandrel , where the second mandrel is coupled to the second housing , is movable axially relative to the second housing , and is further coupled to the shock pad such that the second mandrel engages the shock pad to extend outwardly laterally in an activated position from a deactivated position, the deactivated position having the shock pad retracted inside the second housing .
A method of making a face mask for a face of a human user, comprising: a) determining on a digital geometric representation of the face including at least one eye: a position of a medial canthus , a position of a lateral canthus , a lower eye region bound , and an upper eye region bound ; b) setting a first anchor point 1 mm to 10 mm outboard from the medial canthus; c) setting a second anchor point 1 mm to 10 mm outboard from the lateral canthus; d) setting a third anchor point spaced 0 mm to 10 mm below a lower eye region bound ; e) setting a fourth anchor point spaced 0 mm to 10 mm above the upper eye region bound ; and f) defining at least one eye opening having a first edge defined by a first curve connecting the first, third, and second anchor points, and a second edge defined by a second curve connecting the first, fourth, and second anchor points; and g) creating the face mask having the defined at least one eye opening . a) determining on a digital geometric representation of the face including at least one eye: a position of a medial canthus , a position of a lateral canthus , a lower eye region bound , and an upper eye region bound ; a position of a medial canthus , a position of a lateral canthus , a lower eye region bound , and an upper eye region bound ; b) setting a first anchor point 1 mm to 10 mm outboard from the medial canthus; c) setting a second anchor point 1 mm to 10 mm outboard from the lateral canthus; d) setting a third anchor point spaced 0 mm to 10 mm below a lower eye region bound ; e) setting a fourth anchor point spaced 0 mm to 10 mm above the upper eye region bound ; and f) defining at least one eye opening having a first edge defined by a first curve connecting the first, third, and second anchor points, and a second edge defined by a second curve connecting the first, fourth, and second anchor points; and g) creating the face mask having the defined at least one eye opening .
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, control information including an uplink grant; in case that the control information is associated with triggering a bandwidth part, BWP, switching, calculating a minimum processing time for preparing a physical uplink shared channel, PUSCH, based on a BWP switching time; and in case that a first time to transmit the PUSCH identified based on the uplink grant is no earlier than a second time to transmit the PUSCH identified based on the minimum processing time, transmitting, to the base station, the PUSCH. receiving, from a base station, control information including an uplink grant; in case that the control information is associated with triggering a bandwidth part, BWP, switching, calculating a minimum processing time for preparing a physical uplink shared channel, PUSCH, based on a BWP switching time; and in case that a first time to transmit the PUSCH identified based on the uplink grant is no earlier than a second time to transmit the PUSCH identified based on the minimum processing time, transmitting, to the base station, the PUSCH.
A liquid level sensor , comprising: a first mounting base ; and a cable assembly , comprising: a metal shell disposed on the first mounting base and defining an accommodating chamber therein; a heating element for heating the metal shell ; and a temperature detector for detecting a temperature of the metal shell , wherein the liquid level sensor further comprises a seal ring fitted over the metal shell and clamped between the metal shell and the first mounting base , the heating element and the temperature detector are disposed in the accommodating chamber of the shell , characterized in that a first surface of the heating element is in contact with a first wall surface of the accommodating chamber of the shell , a shape of the first surface being matched with that of the first wall surface. a first mounting base ; and a cable assembly , comprising: a metal shell disposed on the first mounting base and defining an accommodating chamber therein; a heating element for heating the metal shell ; and a temperature detector for detecting a temperature of the metal shell , wherein the liquid level sensor further comprises a seal ring fitted over the metal shell and clamped between the metal shell and the first mounting base , a metal shell disposed on the first mounting base and defining an accommodating chamber therein; a heating element for heating the metal shell ; and a temperature detector for detecting a temperature of the metal shell , wherein the liquid level sensor further comprises a seal ring fitted over the metal shell and clamped between the metal shell and the first mounting base , the heating element and the temperature detector are disposed in the accommodating chamber of the shell , characterized in that a first surface of the heating element is in contact with a first wall surface of the accommodating chamber of the shell , a shape of the first surface being matched with that of the first wall surface.
A seatbelt pretensioning retractor assembly for use in a vehicle, the seatbelt pretensioning retractor assembly including: a housing adapted for being mounted to the vehicle and having an interior cavity; a tube having an arcuate and curved shape having a first end for fluid communication with a gas generator and a second end in fluid communication with the interior cavity of the housing ; a sprocket rotatably mounted to the housing and fixedly coupled to a spindle adapted for taking up seatbelt webbing during pretensioning; a driving element comprising a polymer rod configured to extend in a longitudinal direction, wherein the polymer rod is disposed within the tube and is translatable through the tube in a first direction towards the sprocket in response to an actuation by the gas generator ; a stopper coupled to an end portion of the polymer rod ; characterized by , a seal member disposed between the gas generator and the stopper , the seal member having a skirt section formed as a cone shape opening with a skirt wall in a proximal end of the seal member and a head section in a distal end of the seal member , wherein the skirt section further includes a flat area on an outer surface of the skirt section for increasing a contact area between an inner wall of the tube and the seal member . a housing adapted for being mounted to the vehicle and having an interior cavity; a tube having an arcuate and curved shape having a first end for fluid communication with a gas generator and a second end in fluid communication with the interior cavity of the housing ; a sprocket rotatably mounted to the housing and fixedly coupled to a spindle adapted for taking up seatbelt webbing during pretensioning; a driving element comprising a polymer rod configured to extend in a longitudinal direction, wherein the polymer rod is disposed within the tube and is translatable through the tube in a first direction towards the sprocket in response to an actuation by the gas generator ; a stopper coupled to an end portion of the polymer rod ; characterized by , a seal member disposed between the gas generator and the stopper , the seal member having a skirt section formed as a cone shape opening with a skirt wall in a proximal end of the seal member and a head section in a distal end of the seal member , wherein the skirt section further includes a flat area on an outer surface of the skirt section for increasing a contact area between an inner wall of the tube and the seal member .
An indoor unit for an air-conditioning apparatus, the unit comprising: a casing having an air inlet in an upper portion of the casing and an air outlet in lower part of a front surface of the casing ; an air-blowing device including a bellmouth disposed to the air inlet , a fan of one of an axial-flow type and a diagonal-flow type disposed within the bellmouth , a motor for rotating the fan , a motor base holding the motor , and a motor stay connecting the motor base to the bellmouth , and a heat exchanger disposed downstream of the air-blowing device and upstream of the air outlet within the casing , the heat exchanger exchanging heat between air discharged from the air-blowing device and a refrigerant, characterized in that the motor stay of the air-blowing device is configured such that, in plan view, a downstream edge of each of blades of the fan intersects any of rod-shaped members (11a to 11e) of the motor stay irrespective of an angle of rotation of the fan , and wherein the bellmouth includes a plurality of mounting portions protruding downwardly from an outlet end of the bellmouth , the outlet end being disposed downstream in an air flow direction, wherein the motor stay is connected to the mounting portions of the bellmouth , and wherein the mounting portions each have side surfaces and, of which at least a first side surface opposing a pressure surface of each of the blades of the fan is at an angle relative to a rotation axis of the fan . a casing having an air inlet in an upper portion of the casing and an air outlet in lower part of a front surface of the casing ; an air-blowing device including a bellmouth disposed to the air inlet , a fan of one of an axial-flow type and a diagonal-flow type disposed within the bellmouth , a motor for rotating the fan , a motor base holding the motor , and a motor stay connecting the motor base to the bellmouth , and a heat exchanger disposed downstream of the air-blowing device and upstream of the air outlet within the casing , the heat exchanger exchanging heat between air discharged from the air-blowing device and a refrigerant, characterized in that the motor stay of the air-blowing device is configured such that, in plan view, a downstream edge of each of blades of the fan intersects any of rod-shaped members (11a to 11e) of the motor stay irrespective of an angle of rotation of the fan , and wherein the bellmouth includes a plurality of mounting portions protruding downwardly from an outlet end of the bellmouth , the outlet end being disposed downstream in an air flow direction, wherein the motor stay is connected to the mounting portions of the bellmouth , and wherein the mounting portions each have side surfaces and, of which at least a first side surface opposing a pressure surface of each of the blades of the fan is at an angle relative to a rotation axis of the fan .
A frozen confection comprising: • freezing point depressants in an amount of from 20 to 40% by weight of the frozen confection, wherein the number average molecular weight < M > n of the freezing point depressants is less than 230 g mol -1 ; and • lactic acid ester of mono and/or diglyceride. • freezing point depressants in an amount of from 20 to 40% by weight of the frozen confection, wherein the number average molecular weight < M > n of the freezing point depressants is less than 230 g mol -1 ; and • lactic acid ester of mono and/or diglyceride.
A compound which is 6-( -2-aminocyclohexylamino)-7-fluoro-4-(-methyl-1H-pyrazol-4-yl)-1H-pyrrolo[3,4-c]pyridine-3 -one citrate, which is crystalline, is characterized by an X-ray powder diffraction (XRPD) pattern using Cu Kα radiation comprising peaks at 2θ angles of 9.4, 16.6, 17.4, 18.9, and 19.2° ± 0.2 degrees, and wherein the compound is not hygroscopic.
Method of producing a vacuum insulated glazing unit comprising: - providing a first and second substantially parallel panes , a plurality of pillars and a peripheral seal provided between the first and second panes , where in the first pane there is provided an evacuation hole for evacuating a void (V) through the evacuation hole to a pressure less than atmospheric pressure; - on a glass pane face , covering the evacuation hole with an evacuation head comprising a heating element , the evacuation head adapted to have a substantially hermetic contact to the glass pane face ; - arranging the vacuum insulated glazing unit and evacuation head in an oven, the oven configured for heating and cooling according to a predetermined profile of oven temperatures (T1); - heating and cooling the oven according to the predetermined profile of oven temperatures (T1) and compensating for a difference in temperature between the predetermined profile of oven temperatures (T1) and a temperature (T2) under the evacuation head by activating the heating element for a time necessary to raise the temperature (T2) under the evacuation head to the predetermined profile of oven temperatures (T1); and - after completion of the heating and cooling according to the predetermined profile of oven temperatures (T1), evacuating the void (V) through the evacuation head , and sealing off an evacuation tube tip of an evacuation tube comprised in the evacuation hole . - providing a first and second substantially parallel panes , a plurality of pillars and a peripheral seal provided between the first and second panes , where in the first pane there is provided an evacuation hole for evacuating a void (V) through the evacuation hole to a pressure less than atmospheric pressure; - on a glass pane face , covering the evacuation hole with an evacuation head comprising a heating element , the evacuation head adapted to have a substantially hermetic contact to the glass pane face ; - arranging the vacuum insulated glazing unit and evacuation head in an oven, the oven configured for heating and cooling according to a predetermined profile of oven temperatures (T1); - heating and cooling the oven according to the predetermined profile of oven temperatures (T1) and compensating for a difference in temperature between the predetermined profile of oven temperatures (T1) and a temperature (T2) under the evacuation head by activating the heating element for a time necessary to raise the temperature (T2) under the evacuation head to the predetermined profile of oven temperatures (T1); and - after completion of the heating and cooling according to the predetermined profile of oven temperatures (T1), evacuating the void (V) through the evacuation head , and sealing off an evacuation tube tip of an evacuation tube comprised in the evacuation hole .