mhurhangee/patent-ind-claim-en huggingface dataset:
An antifungal agent comprising as an active ingredient a compound selected from the group consisting of ravuconazole, a prodrug ether of ravuconazole, a prodrug ester of ravuconazole, and pharmaceutically acceptable salts, hydrates, and solvates thereof, wherein the prodrug ester is selected from the group consisting of esters and carbonates formed by reacting a hydroxyl of the ravuconazole with any of an alkyl, an alkoxy, or an aryl-substituted acylating agent or a phosphorylating agent, and wherein the prodrug ether is selected from the group consisting of phosphate acetals and O-glucosides of ravuconazole, for use in treating an animal suffering from cryptococcosis, wherein the cryptococcosis is a cryptococcosis caused by cryptococcus that is resistant to at least two triazole-based antifungal agents selected from the group consisting of fluconazole, itraconazole and voriconazole. wherein the prodrug ester is selected from the group consisting of esters and carbonates formed by reacting a hydroxyl of the ravuconazole with any of an alkyl, an alkoxy, or an aryl-substituted acylating agent or a phosphorylating agent, and wherein the prodrug ether is selected from the group consisting of phosphate acetals and O-glucosides of ravuconazole, for use in treating an animal suffering from cryptococcosis, wherein the cryptococcosis is a cryptococcosis caused by cryptococcus that is resistant to at least two triazole-based antifungal agents selected from the group consisting of fluconazole, itraconazole and voriconazole.
An access point, AP, comprising: a transmitter configured to broadcast a trigger message to a plurality of stations, STAs, the trigger message comprising a matrix defining a plurality of resource units, RUs, that the plurality of STAs are assigned in order to transmit or receive data simultaneously for a fixed duration, the matrix further defining a first timeslot in a first RU of the plurality RUs that is assigned to a first STA of the plurality of STAs and a second timeslot in the first RU that is assigned to a second STA of the plurality of STAs, and a receiver configured to receive data from the STAs using the RUs defined in the matrix. a transmitter configured to broadcast a trigger message to a plurality of stations, STAs, the trigger message comprising a matrix defining a plurality of resource units, RUs, that the plurality of STAs are assigned in order to transmit or receive data simultaneously for a fixed duration, the matrix further defining a first timeslot in a first RU of the plurality RUs that is assigned to a first STA of the plurality of STAs and a second timeslot in the first RU that is assigned to a second STA of the plurality of STAs, and a receiver configured to receive data from the STAs using the RUs defined in the matrix.
Cleaning basket system for use in a cleaning device for cleaning items to be cleaned , comprising: - at least one cleaning basket , which is open towards the top, for receiving the items to be cleaned ; and - at least one holding-down device , wherein the holding-down device is specified for acting on the items to be cleaned from above and to press the latter against the cleaning basket ; wherein the holding-down device is connected to the cleaning basket and mounted so as to be pivotable about at least one pivot axis , characterized in that the holding-down device has a frame , wherein a plurality of flexible holding-down elements extend within the frame , wherein the holding-down elements are selected from the group consisting of: chains ; cables ; belts; straps. - at least one cleaning basket , which is open towards the top, for receiving the items to be cleaned ; and - at least one holding-down device , wherein the holding-down device is specified for acting on the items to be cleaned from above and to press the latter against the cleaning basket ;
An aerosol source member comprising: a substrate portion that includes a substrate material configured to generate a primary inhalable substance upon the application of heat thereupon, the substrate portion defining an outer surface; and an overwrap material substantially surrounding the outer surface of the substrate portion , wherein the overwrap material comprises a plurality of layers, wherein at least one of the layers of the overwrap material contains an aerosol generating component, and wherein upon the application of heat thereupon, the overwrap material is configured to produce an initial inhalable substance prior to production of the primary inhalable substance from the substrate material or a secondary inhalable substance after production of the primary inhalable substance from the substrate material , wherein the overwrap material comprises a three layer laminate that includes an outer layer , an inner layer positioned proximate an outer surface of the substrate material , and an intermediate layer positioned between the outer layer and the inner layer, wherein the outer layer comprises a paper material, the intermediate layer comprises a foil material, and the inner layer comprises an aerosol generating material. a substrate portion that includes a substrate material configured to generate a primary inhalable substance upon the application of heat thereupon, the substrate portion defining an outer surface; and an overwrap material substantially surrounding the outer surface of the substrate portion , wherein the overwrap material comprises a plurality of layers, wherein at least one of the layers of the overwrap material contains an aerosol generating component, and wherein upon the application of heat thereupon, the overwrap material is configured to produce an initial inhalable substance prior to production of the primary inhalable substance from the substrate material or a secondary inhalable substance after production of the primary inhalable substance from the substrate material , wherein the overwrap material comprises a three layer laminate that includes an outer layer , an inner layer positioned proximate an outer surface of the substrate material , and an intermediate layer positioned between the outer layer and the inner layer, wherein the outer layer comprises a paper material, the intermediate layer comprises a foil material, and the inner layer comprises an aerosol generating material.
A centrifugal droplet separator for separating liquid droplets out of a gas stream, comprising a shell having a circular cross section and a vertical longitudinal axis , an upper hood that bounds the shell at the top and has a gas exit port for the gas stream cleaned in the centrifugal droplet separator, a drip plate disposed beneath the gas exit port , a lower hood that bounds the shell at the bottom and has a liquid exit port for removal of the deposited liquid droplets and an inlet that opens tangentially into the shell for supply of the gas stream, wherein there are at least two nozzles for feeding a stabilizer liquid into the interior of the centrifugal droplet separator, the nozzle outlet of the respective nozzle is above the tangential inlet and below the drip plate in the centrifugal droplet separator, the main spraying direction for each individual nozzle is directed upward at an internal angle in the range from 0 to 60° relative to the vertical longitudinal axis and hence all walls in the interior of the centrifugal droplet separator are fully wettable. a shell having a circular cross section and a vertical longitudinal axis , an upper hood that bounds the shell at the top and has a gas exit port for the gas stream cleaned in the centrifugal droplet separator, a drip plate disposed beneath the gas exit port , a lower hood that bounds the shell at the bottom and has a liquid exit port for removal of the deposited liquid droplets and an inlet that opens tangentially into the shell for supply of the gas stream, wherein there are at least two nozzles for feeding a stabilizer liquid into the interior of the centrifugal droplet separator, the nozzle outlet of the respective nozzle is above the tangential inlet and below the drip plate in the centrifugal droplet separator, the main spraying direction for each individual nozzle is directed upward at an internal angle in the range from 0 to 60° relative to the vertical longitudinal axis and hence all walls in the interior of the centrifugal droplet separator are fully wettable.
A cylindrical bandage for being worn on a part of a human body along a lengthwise direction of the part of the human body, the bandage including: a variation in a circumference with a variation in the number of stitches of a complete stitch row, the variation in the circumference corresponding to a variation in a section of the part of the human body on which the cylindrical bandage is configured to be worn on, the complete stitch row having a continuous yarn (A, B) forming the stitches; and an uneven shape in a cross-section on an inside configured to be brought into contact with a part of the human body, the uneven shape including depression parts and protrusion parts formed by knitting, wherein each depression part and each protrusion part are arranged alternately and continuously around an entire circumference of the cylindrical bandage perpendicular to a longitudinal direction of the cylindrical bandage ; characterized in that depression parts and protrusion parts extend in parallel along an entire length of the cylindrical bandage , and wherein parts of the protrusion parts and the depression parts extending in the longitudinal direction of the cylindrical bandage have one end on a symmetrical line (d1, d2) of the cylindrical bandage . a variation in a circumference with a variation in the number of stitches of a complete stitch row, the variation in the circumference corresponding to a variation in a section of the part of the human body on which the cylindrical bandage is configured to be worn on, the complete stitch row having a continuous yarn (A, B) forming the stitches; and an uneven shape in a cross-section on an inside configured to be brought into contact with a part of the human body, the uneven shape including depression parts and protrusion parts formed by knitting, wherein each depression part and each protrusion part are arranged alternately and continuously around an entire circumference of the cylindrical bandage perpendicular to a longitudinal direction of the cylindrical bandage ; characterized in that depression parts and protrusion parts extend in parallel along an entire length of the cylindrical bandage , and wherein parts of the protrusion parts and the depression parts extending in the longitudinal direction of the cylindrical bandage have one end on a symmetrical line (d1, d2) of the cylindrical bandage .
A method for interference mitigation in a wireless communication system performed by a base station of a closed subscriber group, CSG, cell , the method comprising: advertising an uplink bandwidth; identifying that a band edge portion of the bandwidth includes an interference signal from of an interfering non-allowed user equipment, UE ; scheduling a served allowed UE to use a reduced uplink bandwidth that avoids the band edge portion based on the identifying; receiving a transmission from the served allowed UE in the reduced uplink bandwidth; and filtering out the band edge portion. advertising an uplink bandwidth; identifying that a band edge portion of the bandwidth includes an interference signal from of an interfering non-allowed user equipment, UE ; scheduling a served allowed UE to use a reduced uplink bandwidth that avoids the band edge portion based on the identifying; receiving a transmission from the served allowed UE in the reduced uplink bandwidth; and filtering out the band edge portion.
A container crane control system for controlling a container crane, the container crane control system comprising: a first camera configured to be mounted to a container crane such that the first camera is rotatable to only allow vertical rotational movement, implementing a tilt function of the first camera , the first camera being configured to provide a first video signal; a control device configured to tilt the first camera based on a current height of a load of the crane, to thereby track the load ; and an operator terminal , being configured to receive the first video signal, for presentation to an operator and being configured to receive user input for controlling the crane, resulting in a crane control signal for provision to the control device ; wherein the control device is further configured to receive the crane control signal from the operator terminal and to provide a corresponding control signal to control crane operation. a first camera configured to be mounted to a container crane such that the first camera is rotatable to only allow vertical rotational movement, implementing a tilt function of the first camera , the first camera being configured to provide a first video signal; a control device configured to tilt the first camera based on a current height of a load of the crane, to thereby track the load ; and an operator terminal , being configured to receive the first video signal, for presentation to an operator and being configured to receive user input for controlling the crane, resulting in a crane control signal for provision to the control device ; wherein the control device is further configured to receive the crane control signal from the operator terminal and to provide a corresponding control signal to control crane operation.
A method comprising: establishing a first vector of weighted presences of a set of vehicle features in a first vehicle; establishing a second vector of weighted presences of the set of vehicle features in a second vehicle; calculating a value of a distance function based on an inner product of the first vector and the second vector , wherein the value of the distance function establishes a similarity score between the first vehicle and the second vehicle; and recommending an update for the second vehicle when the similarity score exceeds a predetermined threshold value, wherein the update includes at least one of a software update, a firmware update, and a security patch. establishing a first vector of weighted presences of a set of vehicle features in a first vehicle; establishing a second vector of weighted presences of the set of vehicle features in a second vehicle; calculating a value of a distance function based on an inner product of the first vector and the second vector , wherein the value of the distance function establishes a similarity score between the first vehicle and the second vehicle; and recommending an update for the second vehicle when the similarity score exceeds a predetermined threshold value, wherein the update includes at least one of a software update, a firmware update, and a security patch.
A method of an access point, AP , for communication between the AP and a wireless device while the wireless device is in a pre-associated state prior to associating with the AP, the method comprising: generating by the AP a public-private key pair; transmitting , by the AP to the wireless device, a beacon that includes an indicator indicating support for communication of protected data during the pre-association state; after the transmitting of the beacon, receiving, from the wireless device during the pre-associated state, a message including a request transmitted in clear and a flag indicating the wireless device support for communication of protected data during the pre-association state; based on the flag indicating the wireless device support for communication of protected data during the pre-association state, generating by the AP a symmetric encryption key; and sending , to the wireless device during the pre-associated state a message comprising: an encrypted version of the symmetric encryption key, and an encrypted response to the request, the encrypted response being encrypted using the symmetric encryption key; wherein the encrypted version of the symmetric encryption key is obtained by encryption of the symmetric encryption key using a private key of the public-private key pair generated by the AP. generating by the AP a public-private key pair; transmitting , by the AP to the wireless device, a beacon that includes an indicator indicating support for communication of protected data during the pre-association state; after the transmitting of the beacon, receiving, from the wireless device during the pre-associated state, a message including a request transmitted in clear and a flag indicating the wireless device support for communication of protected data during the pre-association state; based on the flag indicating the wireless device support for communication of protected data during the pre-association state, generating by the AP a symmetric encryption key; and sending , to the wireless device during the pre-associated state a message comprising: an encrypted version of the symmetric encryption key, and an encrypted response to the request, the encrypted response being encrypted using the symmetric encryption key; an encrypted version of the symmetric encryption key, and an encrypted response to the request, the encrypted response being encrypted using the symmetric encryption key; wherein the encrypted version of the symmetric encryption key is obtained by encryption of the symmetric encryption key using a private key of the public-private key pair generated by the AP.
Machine to work oblong metal products, comprising a drawing apparatus configured to feed at least one of said metal products (P) in a direction of feed (Z) and a work apparatus , provided with a work plane , in which a bending device is present provided with a contrast element , and a bending element , positioned downstream of said drawing apparatus , aligned in said direction of feed (Z), said drawing apparatus comprising a first drawing unit and a second drawing unit opposite each other with respect to said direction of feed (Z) and at least one drive member to move said drawing apparatus and in which said first drawing unit and said second drawing unit define between them, in said direction of feed (Z), a drawing channel for the at least one metal product (P), characterized in that, at exit from said drawing channel it includes guide means , advantageously adjustable on the plane substantially orthogonal to a lying plane of said drawing channel , followed by a main cutting unit and said bending device and in that at exit from said main cutting unit there are guiding and holding means consisting of branches , said guiding and holding means , lying on the same plane, being autonomous and advantageously adjustable, directly cooperating with said bending device , having profiles with an extension which reaches the proximity of the center of said contrast element of said bending device , said contrast element having a cylindrical portion with an axis of rotation and a flat portion close to said axis of rotation, said flat portion facing the guiding and holding means .
A carry-signal controlled LED light with low power consumption characteristic, comprising: at least one LED, and a drive unit coupled to the at least one LED, the drive unit being configured to receive a carry light signal to control the at least one LED, the drive unit comprising: a light control unit configured to drive the at least one LED according to a light command content of the carry light signal, characterized in that when a voltage (Vd) of the carry light signal decreases from a high voltage level to a low voltage level and the voltage (Vd) of the carry light signal is less than a low-level voltage (Vlow), the drive unit is configured to enter a low power consumption mode, whereby a reducing speed of the voltage (Vd) is decreased by controllably disabling circuits within the drive unit which have a highest power consumption so as to avoid the voltage (Vd) to be equal to or less than a reset voltage (Vreset), thereby preventing the carry-signal controlled LED light from unnecessarily resetting. at least one LED, and a drive unit coupled to the at least one LED, the drive unit being configured to receive a carry light signal to control the at least one LED, the drive unit comprising: a light control unit configured to drive the at least one LED according to a light command content of the carry light signal, characterized in that when a voltage (Vd) of the carry light signal decreases from a high voltage level to a low voltage level and the voltage (Vd) of the carry light signal is less than a low-level voltage (Vlow), the drive unit is configured to enter a low power consumption mode, whereby a reducing speed of the voltage (Vd) is decreased by controllably disabling circuits within the drive unit which have a highest power consumption so as to avoid the voltage (Vd) to be equal to or less than a reset voltage (Vreset), thereby preventing the carry-signal controlled LED light from unnecessarily resetting.
An oil decantation system for an internal combustion engine comprising at least one main wall provided with a passage opening for a blow-by gas flow and a separation device disposed downstream of said passage opening in the direction of circulation of said blow-by gas flow, the separation device comprising a valve provided with decantation means capable of retaining the oil contained in the blow-by gas and letting a purified blow-by gas flow pass, characterized in that the valve is pivotally mounted on the main wall so that its inclination relative to said main wall varies according to the blow-by gas flow.