mhurhangee/patent-ind-claim-en huggingface dataset:
A camera module comprising: a Printed Circuit Board, PCB, ; an image sensor mounted on the PCB and with an image pickup device; a base mounted on the PCB and including a plated portion formed at a lower center with an opening mounted with an Infrared, IR, filter, and accommodated with a connection lead therein and corner pillar portions each erected at a corner portion of the plated portion; a lower spring plate formed with a conductive material and connected to the connection lead of the base for coupling with an upper surface of the plated portion and through the connection lead connected to the PCB to allow a lens actuator to be provided with electrical power; a spacer arranged on an upper surface of the lower spring plate and forming a staircase structure by a rib wrapping a periphery of the lower spring plate to supportively apply a pressure to the lower spring plate ; the lens actuator including a lens assembly , a bobbin elastically supported by the lower spring plate and accommodated inside the lens assembly , and a yoke wrapping the bobbin and coupled among the corner pillar portions of the base and stacked at an upper surface of the spacer; an upper spring plate coupled to an upper surface of the lens actuator ; and a cover attached to an upper surface of the upper spring plate and formed thereon with a hole, the camera module further comprising a shield can of an enclosure formed thereon with a hole and a bottom-opened inner space, accommodating the lens actuator at the inner space, and secured at a bottom end to an upper surface of the PCB . a Printed Circuit Board, PCB, ; an image sensor mounted on the PCB and with an image pickup device; a base mounted on the PCB and including a plated portion formed at a lower center with an opening mounted with an Infrared, IR, filter, and accommodated with a connection lead therein and corner pillar portions each erected at a corner portion of the plated portion; a lower spring plate formed with a conductive material and connected to the connection lead of the base for coupling with an upper surface of the plated portion and through the connection lead connected to the PCB to allow a lens actuator to be provided with electrical power; a spacer arranged on an upper surface of the lower spring plate and forming a staircase structure by a rib wrapping a periphery of the lower spring plate to supportively apply a pressure to the lower spring plate ; the lens actuator including a lens assembly , a bobbin elastically supported by the lower spring plate and accommodated inside the lens assembly , and a yoke wrapping the bobbin and coupled among the corner pillar portions of the base and stacked at an upper surface of the spacer; an upper spring plate coupled to an upper surface of the lens actuator ; and a cover attached to an upper surface of the upper spring plate and formed thereon with a hole, the camera module further comprising a shield can of an enclosure formed thereon with a hole and a bottom-opened inner space, accommodating the lens actuator at the inner space, and secured at a bottom end to an upper surface of the PCB .
A heat exchanger , comprising: a plurality of heat exchanger plates in a stacked arrangement; at least two counterflow sections positioned adjacent each other, the counterflow sections comprising an intermediate section of each heat exchanger plate , the heat exchanger plates configured to transfer heat between a first fluid and a second fluid flowing in opposite directions from each other through a respective heat exchanger plate; at least one tent section on each end of each counterflow section , the tent sections configured to angle the flow direction of the first and second fluids in the tent sections relative to the flow direction in the counterflow sections ; and at least two inlet ports configured to allow the first fluid to enter the heat exchanger and at least two outlet ports configured to allow the first fluid to exit the heat exchanger , each inlet port and outlet port positioned through a respective tent section ; characterized in that the inlet ports of the first fluid are separated by a wall and wherein the outlet ports of the first fluid are separated by a wall . a plurality of heat exchanger plates in a stacked arrangement; at least two counterflow sections positioned adjacent each other, the counterflow sections comprising an intermediate section of each heat exchanger plate , the heat exchanger plates configured to transfer heat between a first fluid and a second fluid flowing in opposite directions from each other through a respective heat exchanger plate; at least one tent section on each end of each counterflow section , the tent sections configured to angle the flow direction of the first and second fluids in the tent sections relative to the flow direction in the counterflow sections ; and at least two inlet ports configured to allow the first fluid to enter the heat exchanger and at least two outlet ports configured to allow the first fluid to exit the heat exchanger , each inlet port and outlet port positioned through a respective tent section ; characterized in that the inlet ports of the first fluid are separated by a wall and wherein the outlet ports of the first fluid are separated by a wall .
A method for use in routing of a traffic between at least one user equipment, UE, and a point of presence, PoP, of a Virtual Network Function, VNF, placed in a network comprising a Multi-Access Edge Computing infrastructure comprising a plurality of routers, at least some of which are linked and where at least one link links the plurality of routers with the PoP, the method comprising: a) obtaining an indication of which of at least two possible paths for the traffic between the at least one UE to the PoP and passing via a router in the plurality of routers corresponds to a smaller estimate of an impact on a centrality of the PoP, b) thereby enabling selection of the respective path for routing of the traffic between the at least one UE and the VNF. a) obtaining an indication of which of at least two possible paths for the traffic between the at least one UE to the PoP and passing via a router in the plurality of routers corresponds to a smaller estimate of an impact on a centrality of the PoP, b) thereby enabling selection of the respective path for routing of the traffic between the at least one UE and the VNF.
An aerosol can configuration , with an outer can , an inner container and a spray head provided with a discharge element , the spray head having an outlet valve connected to the interior of the outer can and an outlet valve connected to the interior of the inner container , wherein at least one first component is contained together with at least one propellant gas in the outer can , and at least one further component together with at least one propellant gas is contained in the inner container , and wherein the outlet valves are configured to be actuated jointly by pressing on the spray head such that the contents of the outer can and the contents of the inner container can jointly enter the discharge element, characterised in that , to form the foam, the outer can contains at least 30 to 70 wt.-% isocyanate, in particular diphenylmethane 4,4'-diisocyanate, and 5 to 30% by weight liquid gas at a critical temperature of ≥+70°C, 3 to 15 wt.-% polyol with an OH number of less than 300 and 10 to 20 wt.-% flame retardant is contained in the outer can, and at least 5 to 30 wt.-% polyol with an OH number of more than 300, 1 to 10 wt.-% liquid gas with a critical temperature of ≥+70°C, and 0.5 to 3 wt.-% catalyst for the urethane reaction and 0.5 to 3 wt.-% trimerisation catalyst are additionally contained in the inner container .
A geoid estimation device comprising: a recording part adapted to record inertially-derived data and comparison data in association with each other, the inertially-derived data being data related to velocity, position, and attitude angle acquired based on an output of an inertial measurement part having a three-axis gyro and a three-axis accelerometer attached to a moving body; and a state variable estimation part adapted to estimate state variables including a plumb line deviation by applying a Kalman filter in which the plumb line deviation is included in the state variables; characterized in that the geoid estimation device further comprises a geoid calculation part adapted to calculate a change in geoid height based on the estimated plumb line deviation at an estimated position that the estimating applied to; the comparison data is velocity data acquired from a speedometer which is a source other than the inertial measurement part; the state variable estimating step uses the inertially-derived data and the comparison data to apply the Kalman filter; and the state variables in the Kalman filter include velocity. a recording part adapted to record inertially-derived data and comparison data in association with each other, the inertially-derived data being data related to velocity, position, and attitude angle acquired based on an output of an inertial measurement part having a three-axis gyro and a three-axis accelerometer attached to a moving body; and a state variable estimation part adapted to estimate state variables including a plumb line deviation by applying a Kalman filter in which the plumb line deviation is included in the state variables; characterized in that the geoid estimation device further comprises a geoid calculation part adapted to calculate a change in geoid height based on the estimated plumb line deviation at an estimated position that the estimating applied to; the comparison data is velocity data acquired from a speedometer which is a source other than the inertial measurement part; the state variable estimating step uses the inertially-derived data and the comparison data to apply the Kalman filter; and the state variables in the Kalman filter include velocity.
A communication control method for an air conditioner, wherein the air conditioner is connected with a bus via a communication chip, and the communication control method for an air conditioner comprises: acquiring (step 102) a voltage signal on the bus; determining (step 104) a voltage slope-rising edge and a voltage slope-falling edge in the voltage signal when the voltage signal satisfies a comparison condition of a power supply voltage of the communication chip and a reference voltage on the bus; performing (step 106) time comparison of the voltage signal to obtain a processed voltage signal when the voltage slope-rising edge and the voltage slope-falling edge satisfy a slope comparison condition; determining (step 108), from a data model library, a target data model that is consistent with the processed voltage signal; and outputting (step 110) data information corresponding to the target data model. acquiring (step 102) a voltage signal on the bus; determining (step 104) a voltage slope-rising edge and a voltage slope-falling edge in the voltage signal when the voltage signal satisfies a comparison condition of a power supply voltage of the communication chip and a reference voltage on the bus; performing (step 106) time comparison of the voltage signal to obtain a processed voltage signal when the voltage slope-rising edge and the voltage slope-falling edge satisfy a slope comparison condition; determining (step 108), from a data model library, a target data model that is consistent with the processed voltage signal; and outputting (step 110) data information corresponding to the target data model.
Fastening arrangement for a vehicle, having a vehicle-body-side sheet-metal part and a U-shaped retaining clip which is fastened thereto and which has a basic web having U limbs which connect thereto and from which foot portions are angled at the ends, said foot portions engaging under, and in particular being welded to, the vehicle-body-side sheet-metal part , wherein the sheet-metal part has apertures which are separate from each other at the spacing of the two U limbs of the retaining clip and through which the U limbs are guided with the foot portions thereof, wherein the U limbs and the basic web of the retaining clip span a wire clip plane (E), and in that the foot portions project from the wire clip plane (E), characterized in that the foot portions project in an opposing manner, that is to say in opposite directions, with respect to the wire clip plane (E).
A first apparatus comprising a processor, a memory, and communication circuitry, the first apparatus being connected to a network via the communication circuitry, the first apparatus further comprising computer-executable instructions stored in the memory of the first apparatus which, when executed by the processor of the first apparatus, cause the first apparatus to perform operations comprising: receiving, from a second apparatus, a grantless transmission, the grantless transmission associated with a hybrid automatic repeat request process; sending, to the second apparatus, a response to the grantless transmission if the first apparatus correctly receives the grantless transmission, the response to the grantless transmission comprising a first positive acknowledgement in a downlink control information, wherein the downlink control information is specific to the second apparatus, and wherein the downlink control information comprises one or more acknowledgement bits corresponding to multiple transport blocks; and if the first apparatus does not send the first positive acknowledgement of the grantless transmission, receiving, from the second apparatus, one or more retransmissions associated with the hybrid automatic repeat request process until a transmission limit is reached or a second positive acknowledgement is sent; wherein an indication of a redundancy version for each transmission or retransmission associated with the hybrid automatic repeat request process is signaled, by the second apparatus. receiving, from a second apparatus, a grantless transmission, the grantless transmission associated with a hybrid automatic repeat request process; sending, to the second apparatus, a response to the grantless transmission if the first apparatus correctly receives the grantless transmission, the response to the grantless transmission comprising a first positive acknowledgement in a downlink control information, wherein the downlink control information is specific to the second apparatus, and wherein the downlink control information comprises one or more acknowledgement bits corresponding to multiple transport blocks; and if the first apparatus does not send the first positive acknowledgement of the grantless transmission, receiving, from the second apparatus, one or more retransmissions associated with the hybrid automatic repeat request process until a transmission limit is reached or a second positive acknowledgement is sent; wherein an indication of a redundancy version for each transmission or retransmission associated with the hybrid automatic repeat request process is signaled, by the second apparatus.
A drill bit for forming a hole in a jawbone to receive a dental implant comprising: an apical end , a coronal end , and a longitudinal axis extending between the apical end end ; and the coronal with a drill bit core ewe circumferentially surrounding the longitudinal axis and having at least a portion with a non-round or non-circular profile when viewed in a plane perpendicular to the longitudinal axis; the drill bit core ewe further comprises a cutting flute and an apical tip; wherein the apical tip has a round shape at least on a portion of the length of the drill core . an apical end , a coronal end , and a longitudinal axis extending between the apical end end ; and the coronal with a drill bit core ewe circumferentially surrounding the longitudinal axis and having at least a portion with a non-round or non-circular profile when viewed in a plane perpendicular to the longitudinal axis; the drill bit core ewe further comprises a cutting flute and an apical tip;
A communication control device (100; 200; 300) configured to be connected to an external device by using a plurality of communication modes, the communication control device comprising: a storage unit configured to store communication possibility information in which positions and communication modes are correlated with each other, the positions being positions at which the communication control device (100; 200; 300) is connectable to the external device , the communication modes being usable at the positions, among the plurality of communication modes; an acquisition unit configured to acquire a first route as an expected route along which the communication control device (100; 200; 300) is to move; a control unit (124; 324) configured to control a communication mode while the communication control device (100; 200; 300) is moving, based on the first route, communication possibility information, and a communication content required by an application, the communication mode being used by the application implemented by the communication control device (100; 200; 300) for communication with the external device ; a communication unit (130; 330) configured to execute communication between the application and the external device by using the communication mode controlled by the control unit (124; 324); and characterized by further comprising a detection unit configured to detect a power state of the communication control device (100; 200; 300), wherein the control unit (124; 324) is configured to control the communication mode that is used by the application for the communication with the external device so as to meet the communication content based on variations of the power state predicted on the first route. a storage unit configured to store communication possibility information in which positions and communication modes are correlated with each other, the positions being positions at which the communication control device (100; 200; 300) is connectable to the external device , the communication modes being usable at the positions, among the plurality of communication modes; an acquisition unit configured to acquire a first route as an expected route along which the communication control device (100; 200; 300) is to move; a control unit (124; 324) configured to control a communication mode while the communication control device (100; 200; 300) is moving, based on the first route, communication possibility information, and a communication content required by an application, the communication mode being used by the application implemented by the communication control device (100; 200; 300) for communication with the external device ; a communication unit (130; 330) configured to execute communication between the application and the external device by using the communication mode controlled by the control unit (124; 324); and
Lubricant container (100; 200; 300) for a hydraulic system, comprising a container housing , having a lower housing part and an upper housing part connected to the lower housing part ; a lubricant filter arranged in the container housing ; at least one lubricant inlet connecting piece and at least one lubricant outlet connecting piece for connecting the lubricant container (100; 200; 300) to at least one circuit of a hydraulic system, which are each arranged in a bottom region of the lower housing part ; a conducting element arranged in the container housing , said conducting element forming a pathway for the lubricant, said pathway forcing lubricant into a flow movement after it has passed through the lubricant filter and before it has left the container housing via the lubricant outlet connecting piece in order to deposit the gas contained in it; characterized in that the conducting element (9; 22; 9a, 9b) extends from the bottom region of the lower housing part to an upper end region of the lower housing part , has at least one outlet opening (22; 12) in the upper end region, and is configured such that it forces lubricant emerging from the lubricant filter into a flow movement along the conducting element (9, 22; 9a, 9b) as far as the upper end region of the lower housing part and through the at least one outlet opening (12; 22) . a container housing , having a lower housing part and an upper housing part connected to the lower housing part ; a lubricant filter arranged in the container housing ; at least one lubricant inlet connecting piece and at least one lubricant outlet connecting piece for connecting the lubricant container (100; 200; 300) to at least one circuit of a hydraulic system, which are each arranged in a bottom region of the lower housing part ; a conducting element arranged in the container housing , said conducting element forming a pathway for the lubricant, said pathway forcing lubricant into a flow movement after it has passed through the lubricant filter and before it has left the container housing via the lubricant outlet connecting piece in order to deposit the gas contained in it; characterized in that the conducting element (9; 22; 9a, 9b) extends from the bottom region of the lower housing part to an upper end region of the lower housing part , has at least one outlet opening (22; 12) in the upper end region, and is configured such that it forces lubricant emerging from the lubricant filter into a flow movement along the conducting element (9, 22; 9a, 9b) as far as the upper end region of the lower housing part and through the at least one outlet opening (12; 22) .
A gas circuit breaker , comprising: a sealed container in which an arc-extinguishing gas is enclosed; a first fixed contactor portion fixed to the sealed container ; a second fixed contactor portion fixed to the sealed container ; and a movable contactor portion configured to be movable between the first fixed contactor portion and the second fixed contactor portion , and to conduct and to break current between the first fixed contactor portion and the second fixed contactor portion , the gas circuit breaker being configured so that an arc generated between a fixed arc contactor provided to the first fixed contactor portion and a movable arc contactor provided to the movable contactor portion at a time of current breaking action is extinguished by spraying the arc-extinguishing gas, wherein the gas circuit breaker is characterized by further comprising a gas chamber configured to accumulate unnecessary gas generated from the arc-extinguishing gas sprayed to the arc, wherein: the sealed container is formed by joining ends of two hollow truncated cone portions both having a large opening diameter via a cylindrical portion between the ends, and the gas chamber is formed inside the cylindrical portion forming the sealed container . a sealed container in which an arc-extinguishing gas is enclosed; a first fixed contactor portion fixed to the sealed container ; a second fixed contactor portion fixed to the sealed container ; and a movable contactor portion configured to be movable between the first fixed contactor portion and the second fixed contactor portion , and to conduct and to break current between the first fixed contactor portion and the second fixed contactor portion , the gas circuit breaker being configured so that an arc generated between a fixed arc contactor provided to the first fixed contactor portion and a movable arc contactor provided to the movable contactor portion at a time of current breaking action is extinguished by spraying the arc-extinguishing gas, wherein the gas circuit breaker is characterized by further comprising a gas chamber configured to accumulate unnecessary gas generated from the arc-extinguishing gas sprayed to the arc, wherein: the sealed container is formed by joining ends of two hollow truncated cone portions both having a large opening diameter via a cylindrical portion between the ends, and the gas chamber is formed inside the cylindrical portion forming the sealed container . the sealed container is formed by joining ends of two hollow truncated cone portions both having a large opening diameter via a cylindrical portion between the ends, and the gas chamber is formed inside the cylindrical portion forming the sealed container .