mhurhangee/patent-ind-claim-en huggingface dataset:
An air purifying apparatus comprising: a main body being configured to discharge clean air obtained by filtering foreign matters to a discharge port ; a floating body which is floated from the main body ; a magnetic body placed on the floating body ; and a lower module provided corresponding to the magnetic body in the main body , characterized in that : the lower module includes: a lifting and lowering member which is vertically movable, a magnetic force generating unit provided on the lifting and lowering member and generating a magnetic force; and a magnetic force adjusting unit (260; 731) being configured to adjust a magnetic force applied to the magnetic body , and adjust the floating body to be inclined. a main body being configured to discharge clean air obtained by filtering foreign matters to a discharge port ; a floating body which is floated from the main body ; a magnetic body placed on the floating body ; and a lower module provided corresponding to the magnetic body in the main body , characterized in that : the lower module includes: a lifting and lowering member which is vertically movable, a magnetic force generating unit provided on the lifting and lowering member and generating a magnetic force; and a magnetic force adjusting unit (260; 731) being configured to adjust a magnetic force applied to the magnetic body , and adjust the floating body to be inclined. a lifting and lowering member which is vertically movable, a magnetic force generating unit provided on the lifting and lowering member and generating a magnetic force; and a magnetic force adjusting unit (260; 731) being configured to adjust a magnetic force applied to the magnetic body , and adjust the floating body to be inclined. adjust a magnetic force applied to the magnetic body , and adjust the floating body to be inclined.
A mobile radiography system comprising: a base including wheels and a transport drive system configured to drive the wheels to transport the mobile radiography system ; a movable support arm attached to the wheeled base ; an x-ray assembly attached to the movable support arm ; an electronic control system configured to receive operator input to selectively operate the transport drive system ; a detector configured to sense either one or both of a tilt angle and a pitch angle of the mobile radiography system ; and a stored control program executable by the electronic control system to receive one or both of the tilt angle and the pitch angle sensed by the detector , the stored control program configured to automatically disable at least a portion of the transport drive system or at least a portion of the movable support arm or both if the received tilt angle or pitch angle exceeds a pre-set threshold; wherein said at least a portion of the transport drive system is automatically disabled if the movable support arm is undocked when the received tilt angle or pitch angle exceeds the pre-set threshold, wherein said at least a portion of the transport drive system is not automatically disabled if the movable support arm is docked and said at least a portion of the movable support arm is locked in the docked position, when the received tilt angle or pitch angle exceeds the pre-set threshold. a base including wheels and a transport drive system configured to drive the wheels to transport the mobile radiography system ; a movable support arm attached to the wheeled base ; an x-ray assembly attached to the movable support arm ; an electronic control system configured to receive operator input to selectively operate the transport drive system ; a detector configured to sense either one or both of a tilt angle and a pitch angle of the mobile radiography system ; and a stored control program executable by the electronic control system to receive one or both of the tilt angle and the pitch angle sensed by the detector , the stored control program configured to automatically disable at least a portion of the transport drive system or at least a portion of the movable support arm or both if the received tilt angle or pitch angle exceeds a pre-set threshold; wherein said at least a portion of the transport drive system is automatically disabled if the movable support arm is undocked when the received tilt angle or pitch angle exceeds the pre-set threshold, wherein said at least a portion of the transport drive system is not automatically disabled if the movable support arm is docked and said at least a portion of the movable support arm is locked in the docked position, when the received tilt angle or pitch angle exceeds the pre-set threshold.
A method for visual search by using a sending means, the method comprising: sending a first query of an image to a receiving means, wherein the first query comprises a first number of feature points which is a subset of a first set of feature points of the image invariant to rotation and scaling in creating the image, and wherein the first set of feature points is a scale-invariant feature transform, SIFT, feature points of the image or a speeded up robust features, SURF, feature points of the image; receiving feedback from the receiving means, wherein the feedback is generated by the receiving means based on searching an image repository using information from the first query; and deciding whether there is a match of the image in the image repository based on the received feedback; sending by the sending means a second query of the image to the receiving means when the sending means decides there is no match of the image in the image repository based on the first query, wherein the second query comprises a second number of feature points which is a subset of the first set of feature points of the image invariant to rotation and scaling in creating the image, wherein a subset of the first set of feature points is not a complete set of the first set of feature points and is not an empty set of feature points, and wherein the first query and second query are disjoint without any common feature point. sending a first query of an image to a receiving means, wherein the first query comprises a first number of feature points which is a subset of a first set of feature points of the image invariant to rotation and scaling in creating the image, and wherein the first set of feature points is a scale-invariant feature transform, SIFT, feature points of the image or a speeded up robust features, SURF, feature points of the image; receiving feedback from the receiving means, wherein the feedback is generated by the receiving means based on searching an image repository using information from the first query; and deciding whether there is a match of the image in the image repository based on the received feedback; sending by the sending means a second query of the image to the receiving means when the sending means decides there is no match of the image in the image repository based on the first query, wherein the second query comprises a second number of feature points which is a subset of the first set of feature points of the image invariant to rotation and scaling in creating the image, wherein a subset of the first set of feature points is not a complete set of the first set of feature points and is not an empty set of feature points, and wherein the first query and second query are disjoint without any common feature point.
A structured catalyst for catalyzing an endothermic reaction of a feed gas to convert it to a product gas, said structured catalyst comprising at least one macroscopic structure extending in a longitudinal direction from a first end to a second end, where said first end forms an inlet to said macroscopic structure for said feed gas and said second end forms an outlet for said product gas, said macroscopic structure comprising a three-dimensional network structure, wherein the network structure forms flow paths allowing the feed gas to flow from said first end to said second end, wherein the network structure is formed by a metallic material being electrically conductive and at least partly support a ceramic coating, the ceramic coating supporting a catalytically active material, wherein the network structure in a cross-section transverse to the longitudinal direction constitutes a fraction of a cross section of the macroscopic structure, the fraction being in the range of 4-75%, and wherein the network structure in at least three different cross-sections in the longitudinal direction constitute different fractions.
Power electronic circuit having a plurality of interconnected power modules , wherein the power modules • each have at least one power electronic element , in particular a transistor, • have a plurality of capacitors which are wired in parallel and are electrically connected to the at least one power electronic element , wherein the power modules are designed in such a way that • the power electronic elements are mounted on one side of substrate plates , • the capacitors are mounted in a plurality of planes one above the other on the other side of the substrate plates , wherein the substrate plates , with the power electronic elements forward and alongside each other, are fixed onto an assembly side of a base circuit carrier . • each have at least one power electronic element , in particular a transistor, • have a plurality of capacitors which are wired in parallel and are electrically connected to the at least one power electronic element , • the power electronic elements are mounted on one side of substrate plates , • the capacitors are mounted in a plurality of planes one above the other on the other side of the substrate plates , wherein the substrate plates , with the power electronic elements forward and alongside each other, are fixed onto an assembly side of a base circuit carrier .
A retractor assembly for a twin shoulder strap harness, the retractor assembly comprising a load distribution mechanism having an intermediate shaft , a first webbing spool for a first of the shoulder straps and a second webbing spool for a second of the shoulder straps , the first and second webbing spools being located on opposite sides of the load distribution mechanism, each webbing spool being rotatably mounted to and drivingly coupled to the intermediate shaft through a respective first load-limiter to provide vehicle occupant restraint in use, and at least one locking mechanism for selectively coupling a respective one of the first and second webbing spools to the intermediate shaft, the load distribution mechanism having a load regulator operative on the intermediate shaft to apply at least one of the following load regulation functions: a. pre-tensioning; b. further load-limiting; c. webbing pay-out limiting; and/or d. active seatbelt control. a. pre-tensioning; b. further load-limiting; c. webbing pay-out limiting; and/or d. active seatbelt control.
An unravelable catheter which is formed from flexible material, the catheter having an insertable catheter body which is configured to be inserted into a lumen and a free proximal end which can be pulled to remove the insertable catheter body from the lumen, the catheter having two basic configurations: an initial configuration in which the insertable catheter body has a shape resembling a tension coil spring for the entire length of the insertable catheter body , a bond being provided between adjacent coils to provide a hermetic seal wherein each bond is formed by gluing, welding or molding, and a final configuration, which is essentially linear; said insertable catheter body being adapted to undergo a non-reversible transformation from said initial configuration to said final configuration, wherein the bonds between adjacent coils are broken separating said coils from each other, when said catheter is pulled from the free proximal end to remove it from said lumen.
A wiper connector assembly for a vehicle , comprising a wiper blade connector part and a wiper arm connector part , wherein one of the wiper arm connector part and the wiper blade connector part is a male connector and the other one a female connector for connecting the wiper blade connector part to the wiper arm connector part, wherein the connector has a biased protrusion extending from an exterior of the male connector in a radial direction (R) of the male connector and having a visual indicator portion , said male connector further comprising a user-operable arm configured to cooperate with the biased protrusion and having a tab portion reachable by a user from an outside of the male connector; characterized in that - the female connector defines an interior surface and comprises a groove disposed on the interior surface, said groove defining a path for the biased protrusion of the male connector and having a groove end comprising a through hole for said biased protrusion; - the groove path having at least a first path section extending substantially in an axial direction (A) and a subsequent second path section extending from the first path section and substantially in a circumferential direction (C) along said interior surface of said female connector; - wherein the male connector is connectable to the female connector by inserting a front end of said male connector in a receiving end of said female connector and displacing the biased protrusion in the first path section and subsequently in the second path section to the groove end, whereby the biased protrusion is permitted to move outwards in the radial direction, thereby fixating the male connector relative the female connector, while providing a visible indication of a fixation position to a user by the visual indicator portion. - the female connector defines an interior surface and comprises a groove disposed on the interior surface, said groove defining a path for the biased protrusion of the male connector and having a groove end comprising a through hole for said biased protrusion; - the groove path having at least a first path section extending substantially in an axial direction (A) and a subsequent second path section extending from the first path section and substantially in a circumferential direction (C) along said interior surface of said female connector; - wherein the male connector is connectable to the female connector by inserting a front end of said male connector in a receiving end of said female connector and displacing the biased protrusion in the first path section and subsequently in the second path section to the groove end, whereby the biased protrusion is permitted to move outwards in the radial direction, thereby fixating the male connector relative the female connector, while providing a visible indication of a fixation position to a user by the visual indicator portion.
Label roll , with a roll core and with a label tape wound on the roll core , characterised in that the roll core has a plurality of rollers distributed over its circumference around which the label tape is wound .
A method of remediating leaks in a cement sheath of cured cement surrounding a wellbore tubular in an underground wellbore , the method comprising plastically deforming the wellbore tubular at a selected depth thereby forming a circumferential recess into an inner surface of the wellbore tubular whereby forcing the outer surface of the wellbore tubular at the selected depth into the surrounding cement sheath ; characterized by : - providing an energetics device comprising at least one charge; - moving the energetics device to the selected depth in the wellbore tubular ; and - detonating the at least one charge to create an outwardly directed pressure wave over a full 360° radiation angle in a plane transverse to a longitudinal axis of the wellbore tubular at the location of the energetics device thereby causing said plastically deforming of the wellbore tubular with the pressure wave at the selected depth. - providing an energetics device comprising at least one charge; - moving the energetics device to the selected depth in the wellbore tubular ; and - detonating the at least one charge to create an outwardly directed pressure wave over a full 360° radiation angle in a plane transverse to a longitudinal axis of the wellbore tubular at the location of the energetics device thereby causing said plastically deforming of the wellbore tubular with the pressure wave at the selected depth.
A multi-ply paperboard for packaging of liquid or food products, which paperboard comprises a top ply, a back ply and at least one middle ply arranged between said top and back ply, wherein said paperboard is made of 100% of hardwood pulp, calculated on the total fiber weight of said paperboard, wherein said top ply is made of hardwood chemical pulp and wherein said back ply is made of unbleached hardwood chemical pulp to 100%, calculated on the total fiber weight of said back ply and wherein said paperboard exhibits: a Scott Bond value of at least 100 J/m 2 and a bending resistance index of at least 5 Nm6/kg 3 .
A compound represented by the following chemical structural formula: or a pharmaceutically acceptable salt thereof for use in treating or preventing nephrotic syndrome.
A computer-implemented method for evaluating custom code and altered dependency code in a binary file for a security risk, wherein custom code is code developed for a computer application, dependency code is code in a code repository that is relied upon by the custom code, and wherein altered dependency code is dependency code that has changed since the dependency code passed a security evaluation, the method comprising: receiving the binary file containing the custom code and the dependency code; identifying a first version-specific fingerprint associated with a first version of the dependency code, wherein the first version-specific fingerprint is a fingerprint of a cleared dependency code, the cleared dependency code is a dependency code that has passed the security evaluation; searching the binary file for the first version of the dependency code based on the first version-specific fingerprint, wherein the binary file contains a second version of the dependency code, wherein a second version-specific fingerprint associated with the second version of the dependency code differs from the first version-specific fingerprint; and filtering cleared dependency code from the binary file to separate cleared dependency code from the custom code and altered dependency code in the binary file, wherein the altered dependency code includes the second version of the dependency code; and evaluating the custom code and the altered dependency code in the binary file for the security risk. receiving the binary file containing the custom code and the dependency code; identifying a first version-specific fingerprint associated with a first version of the dependency code, wherein the first version-specific fingerprint is a fingerprint of a cleared dependency code, the cleared dependency code is a dependency code that has passed the security evaluation; searching the binary file for the first version of the dependency code based on the first version-specific fingerprint, wherein the binary file contains a second version of the dependency code, wherein a second version-specific fingerprint associated with the second version of the dependency code differs from the first version-specific fingerprint; and filtering cleared dependency code from the binary file to separate cleared dependency code from the custom code and altered dependency code in the binary file, wherein the altered dependency code includes the second version of the dependency code; and evaluating the custom code and the altered dependency code in the binary file for the security risk.
A method of operating a first radio access network, RAN, node in a communication network comprising: receiving , by the first RAN node, data indicating characteristics of an uplink, UL, channel of one or more UL channels for a second RAN node in the communication network, wherein the data comprises first data indicating a transmit power used by the second RAN node to transmit a downlink, DL, signal; second data indicating UL interference and noise, I+N, in the UL channel; and third data indicating a receive power of the signal detected by the UE from the second RAN node; estimating , by the first RAN node, an UL quality of the UL channel based on the data, wherein estimating the UL quality comprises: estimating a path loss based on the transmit power, the receive power, and the I+N; and determining transmit capabilities of the UE based on limitations of the UE and restrictions placed on the transmit capabilities of the UE by the communication network; and determining , by the first RAN node and based on the UL quality, whether to provide dual connectivity to a user equipment, UE, in the communication network by adding the second RAN node as a secondary node serving the UE. receiving , by the first RAN node, data indicating characteristics of an uplink, UL, channel of one or more UL channels for a second RAN node in the communication network, wherein the data comprises first data indicating a transmit power used by the second RAN node to transmit a downlink, DL, signal; second data indicating UL interference and noise, I+N, in the UL channel; and third data indicating a receive power of the signal detected by the UE from the second RAN node; first data indicating a transmit power used by the second RAN node to transmit a downlink, DL, signal; second data indicating UL interference and noise, I+N, in the UL channel; and third data indicating a receive power of the signal detected by the UE from the second RAN node; estimating , by the first RAN node, an UL quality of the UL channel based on the data, wherein estimating the UL quality comprises: estimating a path loss based on the transmit power, the receive power, and the I+N; and determining transmit capabilities of the UE based on limitations of the UE and restrictions placed on the transmit capabilities of the UE by the communication network; and estimating a path loss based on the transmit power, the receive power, and the I+N; and determining transmit capabilities of the UE based on limitations of the UE and restrictions placed on the transmit capabilities of the UE by the communication network; and determining , by the first RAN node and based on the UL quality, whether to provide dual connectivity to a user equipment, UE, in the communication network by adding the second RAN node as a secondary node serving the UE.
A system comprising: a Mobile Edge Computing, MEC, server implemented at a Radio Access Network, RAN, of a next generation network that includes a base station , the MEC server comprising: an interface component configured to communicate with a Session Management Function, SMF, element implemented in a control plane of the next generation network; and a controller configured to implement a plurality of edge applications (926-928) provisioned to provide MEC services for a session requested by User Equipment, UE, in range of the base station; the controller is configured to implement a virtual Charging Trigger Function, CTF, configured to receive a response from the SMF element through the interface component indicating a quota of service units granted for the session, to manage the quota by allocating slices of the quota to the edge applications, and to transmit messages to the edge applications indicating the slices allocated to the edge applications. an interface component configured to communicate with a Session Management Function, SMF, element implemented in a control plane of the next generation network; and a controller configured to implement a plurality of edge applications (926-928) provisioned to provide MEC services for a session requested by User Equipment, UE, in range of the base station; the controller is configured to implement a virtual Charging Trigger Function, CTF, configured to receive a response from the SMF element through the interface component indicating a quota of service units granted for the session, to manage the quota by allocating slices of the quota to the edge applications, and to transmit messages to the edge applications indicating the slices allocated to the edge applications.