mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a screen lock function of a mobile terminal , the method comprising: storing identifier information of a wireless device ; storing a predetermined distance between the wireless device and the mobile terminal ; storing a sensing condition of the mobile terminal ; detecting a wireless device and identifier information of the wireless device ; determining that the detected identifier information corresponds to the stored identifier information; determining that the wireless device is located within the predetermined distance from the mobile terminal ; acquiring sensing information of the mobile terminal ; and based on determining that the acquired sensing information satisfies the stored sensing condition and determining that the wireless device is located within the predetermined distance from the mobile terminal , displaying a home screen or an executing screen of a predetermined application on a display of the mobile terminal ; based on determining that the acquired sensing information does not satisfy the stored sensing condition or determining that the wireless device is not located within the predetermined distance from the mobile terminal , displaying an unlock requesting screen on the display of the mobile terminal . storing identifier information of a wireless device ; storing a predetermined distance between the wireless device and the mobile terminal ; storing a sensing condition of the mobile terminal ; detecting a wireless device and identifier information of the wireless device ; determining that the detected identifier information corresponds to the stored identifier information; determining that the wireless device is located within the predetermined distance from the mobile terminal ; acquiring sensing information of the mobile terminal ; and based on determining that the acquired sensing information satisfies the stored sensing condition and determining that the wireless device is located within the predetermined distance from the mobile terminal , displaying a home screen or an executing screen of a predetermined application on a display of the mobile terminal ; based on determining that the acquired sensing information does not satisfy the stored sensing condition or determining that the wireless device is not located within the predetermined distance from the mobile terminal , displaying an unlock requesting screen on the display of the mobile terminal .
A method of decoding video data, the method comprising: deriving , for a current block of video data and using decoder side intra mode derivation, DIMD, a list of intra modes using reconstructed samples of neighboring blocks; constructing, for the current block, a most probable mode, MPM, list, wherein constructing the MPM list comprises inserting , into the MPM list, at least one intra mode from the derived list of intra modes, wherein inserting the at least one intra mode from the derived list of intra modes into the MPM list comprises: inserting, into the MPM list, a first candidate from the list of intra modes derived using DIMD; and selectively inserting, in to the MPM list, a second candidate from the list of intra modes derived using DIMD; and predicting, using a candidate selected from the constructed MPM list, the current block. deriving , for a current block of video data and using decoder side intra mode derivation, DIMD, a list of intra modes using reconstructed samples of neighboring blocks; constructing, for the current block, a most probable mode, MPM, list, wherein constructing the MPM list comprises inserting , into the MPM list, at least one intra mode from the derived list of intra modes, wherein inserting the at least one intra mode from the derived list of intra modes into the MPM list comprises: inserting, into the MPM list, a first candidate from the list of intra modes derived using DIMD; and selectively inserting, in to the MPM list, a second candidate from the list of intra modes derived using DIMD; and inserting, into the MPM list, a first candidate from the list of intra modes derived using DIMD; and selectively inserting, in to the MPM list, a second candidate from the list of intra modes derived using DIMD; and predicting, using a candidate selected from the constructed MPM list, the current block.
An apparatus, comprising: at least two phase shifters, wherein the at least two phase shifters have different frequency bands, and each phase shifter comprises: a signal line layer ; a slidable component, configured to change a phase of an output port of the signal line layer , the slidable component is a slidable dielectric layer; and a filter circuit (20b1, 20b2, 21b1, 21b2) provided at the output port of the signal line layer ; wherein, output ports of filter circuits (20b1, 20b2, 21b1, 21b2) are corresponding to the at least two phase shifters, and are connected by a conductor , the conductor is connected to a common output port , and the common output port is connectable to an antenna radiating element; and wherein the at least two phase shifters are deployed to be laminated; and, a quantity of the at least two phase shifters is two, and signal line layers of the two phase shifters are respectively attached on two opposite faces of a substrate . at least two phase shifters, wherein the at least two phase shifters have different frequency bands, and each phase shifter comprises: a signal line layer ; a slidable component, configured to change a phase of an output port of the signal line layer , the slidable component is a slidable dielectric layer; and a filter circuit (20b1, 20b2, 21b1, 21b2) provided at the output port of the signal line layer ; wherein, a signal line layer ; a slidable component, configured to change a phase of an output port of the signal line layer , the slidable component is a slidable dielectric layer; and a filter circuit (20b1, 20b2, 21b1, 21b2) provided at the output port of the signal line layer ; wherein, output ports of filter circuits (20b1, 20b2, 21b1, 21b2) are corresponding to the at least two phase shifters, and are connected by a conductor , the conductor is connected to a common output port , and the common output port is connectable to an antenna radiating element; and wherein the at least two phase shifters are deployed to be laminated; and, a quantity of the at least two phase shifters is two, and signal line layers of the two phase shifters are respectively attached on two opposite faces of a substrate .
Wiper device for a motor vehicle, with at least one wiper unit (14a; 14b; 14c; 14d) which is arranged on a wiper arm (10a; 10b; 10c; 10d) and/or on a wiper blade (12a; 12b; 12c; 12d) and comprises a spoiler element (16a, 17a; 16b, 17b; 16c, 17c; 16d, 17d), a wiper strip (18a; 18b; 18c; 18d) and/or a spring strip (20a; 20b; 20c; 20d), characterized by at least one adjustment unit (22a; 22b; 22c; 22d) which comprises at least one actuator unit (26a; 26b; 26c, 28c, 30c, 32c, 34c, 36c; 26d) and is provided to adapt an outer shape of the spoiler element , in particular a steepness of a flank of the spoiler element , with reference to a driving speed of the motor vehicle.
Device for ejecting a parachute comprising a housing with an ejection opening , wherein the housing is suitable for at least partially accommodating the parachute, wherein a movable base , which is connected to the housing via at least one spring element, is arranged in the housing , wherein the base is detachably fixable in the housing by means of a fixing means , wherein the device is configured in such a way that, when a parachute is arranged in the housing , the base is accelerated by the spring element upon triggering the fixing means such that the parachute is ejected through the ejection opening by means of the base , characterized in that the spring element is pretensioned in every position of the base .
A chain guide for a bicycle rear derailleur comprising a cage , a guide pulley rotatably mounted to the cage , a circular tension pulley rotatably mounted to the cage , and means for connecting the chain guide to a movable member of a rear derailleur so as to move the chain guide with respect to a bicycle cassette, wherein the guide pulley and the tension pulley are adapted to be engageable with a bicycle chain, wherein the tension pulley is rotatably mounted to the cage not by a central bolt, but by mounting means (6; 61; 6A, 6B) and an interposed bearing , wherein the mounting means (6; 61; 6A, 6B) of the tension pulley are arranged so as to be spaced from the center of rotation of the tension pulley , characterized in that the mounting means (6; 61; 6A, 6B) fix an inner race of the bearing stationary in respect to the cage in the mounted state of the chain guide .
A renal failure therapy system comprising: a dialyzer ; a blood circuit including a blood pump in fluid communication with the dialyzer ; a dialysis circuit in fluid communication with the dialyzer ; and at least one flow path insulator located in the dialysis circuit or the blood circuit , the flow path insulator including (i) a structure that separates liquid flowing within the flow path insulator into a plurality of separated liquid segments that create electrical isolation within the flow path insulator , characterized in that the flow path insulator includes (ii) an air isolation chamber that is separated by at least one baffle from a lower chamber that receives the liquid segments to keep the air isolation chamber dry. a dialyzer ; a blood circuit including a blood pump in fluid communication with the dialyzer ; a dialysis circuit in fluid communication with the dialyzer ; and at least one flow path insulator located in the dialysis circuit or the blood circuit , the flow path insulator including (i) a structure that separates liquid flowing within the flow path insulator into a plurality of separated liquid segments that create electrical isolation within the flow path insulator , characterized in that the flow path insulator includes (ii) an air isolation chamber that is separated by at least one baffle from a lower chamber that receives the liquid segments to keep the air isolation chamber dry.
An electrode plate processing device, comprising: an electrode plate conveying mechanism configured to convey an electrode plate , the electrode plate comprising a coated region coated with an active material layer and an exposed foil region uncoated with the active material layer; a cutting mechanism disposed opposite to the electrode plate and configured to cut the exposed foil region of the electrode plate to form a tab; a waste adsorption mechanism disposed downstream of the cutting mechanism along a conveying direction of the electrode plate , wherein the waste adsorption mechanism comprises an active driving roller , a driven support roller , and a conveyer belt that is coupled to the active driving roller and the driven support roller in a transmission way, and the conveyer belt is driven by the active driving roller to rotate and configured to provide a negative pressure to a waste edge produced during the cutting of the electrode plate so as to adsorb the waste edge ; and an auxiliary roller arranged upstream of the cutting mechanism and configured to support the exposed foil region. an electrode plate conveying mechanism configured to convey an electrode plate , the electrode plate comprising a coated region coated with an active material layer and an exposed foil region uncoated with the active material layer; a cutting mechanism disposed opposite to the electrode plate and configured to cut the exposed foil region of the electrode plate to form a tab; a waste adsorption mechanism disposed downstream of the cutting mechanism along a conveying direction of the electrode plate , wherein the waste adsorption mechanism comprises an active driving roller , a driven support roller , and a conveyer belt that is coupled to the active driving roller and the driven support roller in a transmission way, and the conveyer belt is driven by the active driving roller to rotate and configured to provide a negative pressure to a waste edge produced during the cutting of the electrode plate so as to adsorb the waste edge ; and an auxiliary roller arranged upstream of the cutting mechanism and configured to support the exposed foil region.
Wet room for a rail vehicle, comprising - an interior , which is at least partly delimited by a ceiling , a floor and at least one side wall , - at least one lighting means and/or a light-admitting structure , characterized in that - the wet room comprises a photocatalytic element , which is designed to release air-purifying substances when activated by means of light, wherein the photocatalytic element is configured as a side or ceiling element and is fitted between the at least one lighting means and the interior of the wet room . - an interior , which is at least partly delimited by a ceiling , a floor and at least one side wall , - at least one lighting means and/or a light-admitting structure , - the wet room comprises a photocatalytic element , which is designed to release air-purifying substances when activated by means of light, wherein the photocatalytic element is configured as a side or ceiling element and is fitted between the at least one lighting means and the interior of the wet room .
A device for filtering dust particles or other polluting agents in a flow of fumes, said device comprising a spiral duct which extends in the form of superimposed volutes around a vertical generatrix (X), said spiral duct extending between an inlet mouth and an outlet mouth for said flow, at least one of the radial ends of the spiral duct being provided with a collection chamber ; said device being characterized in that : - each volute of said spiral duct has a cross-section with a larger dimension (y), measured along an axis (Y) perpendicular to said generatrix (X), at least five times greater than a smaller dimension (x), measured with respect to said generatrix, so as to obtain, in zones of said spiral duct, a vacuum effect such as to separate and remove the dust particles or other polluting agents from said flow and convey the finer dust particles in the direction of the generatrix (X); - said collection chamber is defined by a pipe which travels around said spiral duct and is distinct from it. - each volute of said spiral duct has a cross-section with a larger dimension (y), measured along an axis (Y) perpendicular to said generatrix (X), at least five times greater than a smaller dimension (x), measured with respect to said generatrix, so as to obtain, in zones of said spiral duct, a vacuum effect such as to separate and remove the dust particles or other polluting agents from said flow and convey the finer dust particles in the direction of the generatrix (X); - said collection chamber is defined by a pipe which travels around said spiral duct and is distinct from it.
Cleaning device for cleaning a cleaning area of a combustion plant, e.g. flue gas flue, a boiler or the like, with: a hose supplying a cleaning medium, which is supplied with a cleaning medium at an upper supply end and is preferably arranged on a hose reel in order to roll or unroll the hose, extends along a longitudinal hose axis up to a working end at which the cleaning medium emerges, and a nozzle head , which can be supplied with the cleaning medium via the hose and which can be introduced into the cleaning area during a cleaning process in order to apply the cleaning medium to the inner walls of the cleaning area, CHARACTERISED IN THAT that an information adapter is arranged at a distance from the nozzle head via a hose piece , that the information adapter comprises an outer housing , that has a cavity for receiving an inner housing that can be inserted into it, that a camera , a light or both can be inserted or inserted into the inner housing , that the outer housing has at least one window for the camera or the light, and that the outer housing is designed to flush the cavity with the cleaning medium. a hose supplying a cleaning medium, which is supplied with a cleaning medium at an upper supply end and is preferably arranged on a hose reel in order to roll or unroll the hose, extends along a longitudinal hose axis up to a working end at which the cleaning medium emerges, and a nozzle head , which can be supplied with the cleaning medium via the hose and which can be introduced into the cleaning area during a cleaning process in order to apply the cleaning medium to the inner walls of the cleaning area, CHARACTERISED IN THAT that an information adapter is arranged at a distance from the nozzle head via a hose piece , that the information adapter comprises an outer housing , that has a cavity for receiving an inner housing that can be inserted into it, that a camera , a light or both can be inserted or inserted into the inner housing , that the outer housing has at least one window for the camera or the light, and that the outer housing is designed to flush the cavity with the cleaning medium.
A recombinant human cytolytic fusion protein (hCFP) suitable to induce apoptosis in human target cells comprising a target cell-specific binding component and a human effector domain, wherein the binding component comprises an antibody or an antibody fragment with an antigen-binding site for binding to the cellular surface receptor CD64, and the effector domain comprises a variant of wild type human angiogenin (Ang) as shown in SEQ ID NO: 1, wherein the variant of the wild type human angiogenin as shown in SEQ ID NO: 1 contains at least substitutions at positions that correspond structurally or by amino acid sequence homology to positions 85, 86 and 117, and wherein the substitutions are G85R, G86R and Q117G, and wherein the amino acid sequence of said variant is at least 80% identical to the amino acid sequence of SEQ ID NO: 1.
A method, comprising: sending , from a master node device , a secondary node, SN,-Addition-Request message to a secondary node device , wherein the SN-Addition-Request message includes a list of secondary cell group, SCG, bearers to be configured in the secondary node device and a maximum allowed quality of service, QoS, level for at least one configuration for a split bearer; receiving , at the master node device from the secondary node device , an SN-Addition-Response message based on the SN-Addition-Request message, wherein the SN-Addition-Response message includes at least one configuration for the_split bearer and a secondary configuration that corresponds to at least one of a release of the split bearer and a configuration with a suggested quality of service, QoS, level; determining whether the master node device is able to allocate resources for the at least one configuration for the split bearer; sending , to at least one user equipment , a long term evolution radio resource control, LTE RRC, message based on the determination whether the master node device is able to allocate resources for the at least one configuration for the split bearer; and sending an SN reconfiguration complete message to the secondary node device . sending , from a master node device , a secondary node, SN,-Addition-Request message to a secondary node device , wherein the SN-Addition-Request message includes a list of secondary cell group, SCG, bearers to be configured in the secondary node device and a maximum allowed quality of service, QoS, level for at least one configuration for a split bearer; receiving , at the master node device from the secondary node device , an SN-Addition-Response message based on the SN-Addition-Request message, wherein the SN-Addition-Response message includes at least one configuration for the_split bearer and a secondary configuration that corresponds to at least one of a release of the split bearer and a configuration with a suggested quality of service, QoS, level; determining whether the master node device is able to allocate resources for the at least one configuration for the split bearer; sending , to at least one user equipment , a long term evolution radio resource control, LTE RRC, message based on the determination whether the master node device is able to allocate resources for the at least one configuration for the split bearer; and sending an SN reconfiguration complete message to the secondary node device .
A toilet bowl ventilation system , comprising: a housing attached to a toilet seat associated with a toilet bowl, the housing including at least one ventilation inlet in a bottom surface of the housing, and a ventilation outlet ; a fan positioned within the housing operable to move air from the ventilation inlet through the housing to the ventilation outlet in response to receiving power; and a controller for selectively providing power to the fan , the toilet seat being hingedly connected to the housing , the housing and the toilet seat being configured to be mounted onto the distal end of a standard commercial or residential toilet bowl, characterized in that the housing includes a bottom housing platform and a top housing platform which are joined together, by at least one connection member ; and wherein the housing encloses a fan cover positioned over the fan , the fan cover including a top surface and at least one fan cover sidewall , the fan cover further including a ventilation outlet operatively connecting the fan cover to an exhaust hose , wherein an inlet cover is positioned below the fan so as to prevent water and foreign objects from striking the fan and includes the at least one ventilation inlet . a housing attached to a toilet seat associated with a toilet bowl, the housing including at least one ventilation inlet in a bottom surface of the housing, and a ventilation outlet ; a fan positioned within the housing operable to move air from the ventilation inlet through the housing to the ventilation outlet in response to receiving power; and a controller for selectively providing power to the fan , the toilet seat being hingedly connected to the housing , the housing and the toilet seat being configured to be mounted onto the distal end of a standard commercial or residential toilet bowl, characterized in that the housing includes a bottom housing platform and a top housing platform which are joined together, by at least one connection member ; and wherein the housing encloses a fan cover positioned over the fan , the fan cover including a top surface and at least one fan cover sidewall , the fan cover further including a ventilation outlet operatively connecting the fan cover to an exhaust hose , wherein an inlet cover is positioned below the fan so as to prevent water and foreign objects from striking the fan and includes the at least one ventilation inlet .