mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing a service set, comprising: defining a service set as an ordered list of service functions to be applied to packet traffic; assigning each service function in the service set to an instance of the respective service function at a first host location; determining that a first service function in the service set is to be transferred from an instance of the first service function at the first host location to an instance of the first service function at a second host location; identifying a second service function in the service set in accordance with the second service function being adjacent to the first service function in the ordered list of service functions and the second service function being available in the second host location; and sending an instruction to transfer the second service function in the service set from an instance of the second service function at the first host location to an instance of the second service function at the second host location. defining a service set as an ordered list of service functions to be applied to packet traffic; assigning each service function in the service set to an instance of the respective service function at a first host location; determining that a first service function in the service set is to be transferred from an instance of the first service function at the first host location to an instance of the first service function at a second host location; identifying a second service function in the service set in accordance with the second service function being adjacent to the first service function in the ordered list of service functions and the second service function being available in the second host location; and sending an instruction to transfer the second service function in the service set from an instance of the second service function at the first host location to an instance of the second service function at the second host location.
A method of controlling a user terminal apparatus comprising: receiving a first user input for selecting at least one graphical object from among a plurality of graphical objects displayed on a touch display screen of the user terminal apparatus , through the touch display screen ; the method being characterised by altering and displaying at least one graphical element which configures the selected graphical object selected according to the first user input; displaying at least one menu related to the selected graphical object ; and receiving a second user input for rotating the displayed graphical object in a first direction or a second direction to select one of the displayed menus , through the touch display screen ; in response to receiving the second user input, displaying the rotated graphical object and selecting one of the displayed menus based on a rotation direction of the rotated graphical object. receiving a first user input for selecting at least one graphical object from among a plurality of graphical objects displayed on a touch display screen of the user terminal apparatus , through the touch display screen ; the method being characterised by altering and displaying at least one graphical element which configures the selected graphical object selected according to the first user input; displaying at least one menu related to the selected graphical object ; and receiving a second user input for rotating the displayed graphical object in a first direction or a second direction to select one of the displayed menus , through the touch display screen ; in response to receiving the second user input, displaying the rotated graphical object and selecting one of the displayed menus based on a rotation direction of the rotated graphical object.
A method of determining the sequence of a target ribonucleic acid (RNA), comprising: (a) hybridising a primer to the target RNA, using the primer to form a complementary deoxyribonucleic acid (cDNA) from the target RNA, and removing the target RNA; (b) contacting the cDNA with a polynucleotide binding protein and a transmembrane pore in the absence of the target RNA such that the polynucleotide binding protein controls the movement of the cDNA through the pore; and (c) taking one or more measurements as the cDNA moves with respect to the pore wherein the measurements are indicative of one or more characteristics of the cDNA and thereby determining the sequence of the target RNA; wherein the method does not comprise polymerase chain reaction (PCR) or reverse transcription PCR (RT-PCR). (a) hybridising a primer to the target RNA, using the primer to form a complementary deoxyribonucleic acid (cDNA) from the target RNA, and removing the target RNA; (b) contacting the cDNA with a polynucleotide binding protein and a transmembrane pore in the absence of the target RNA such that the polynucleotide binding protein controls the movement of the cDNA through the pore; and (c) taking one or more measurements as the cDNA moves with respect to the pore wherein the measurements are indicative of one or more characteristics of the cDNA and thereby determining the sequence of the target RNA;
A seat back assembly comprising: a first support structure , the first support structure being made of a foam material and being configured to provide a support structure against which the upper body and/or back of a user rests in use, characterised in that the first support structure comprises first and second regions, wherein the moulded density and thickness of the first region is different to the moulded density and thickness of the second region, and wherein the first region is provided at a position corresponding to the lower back of an occupant in use, and the second region is provided at a position corresponding to the upper back of an occupant in use.
An ultrasound imaging apparatus comprising: a probe configured to transmit an ultrasound signal to an object along a first path by focusing the ultrasound signal at a first focal point and receive an echo signal reflected from the object; and a processor configured to generate a first ultrasound image representing the object, detect at least one region having low image quality among regions in the generated first ultrasound image according to a predetermined criterion, wherein the processor is configured to generate a map indicating quality of the first ultrasound image based on the detected at least one region, control the probe based on the map so that the ultrasound signal reaches the detected at least one region along a second path by focusing the ultrasound signal at a second focal point within a predetermined region of the object, wherein the second path is determined based on a factor obstructing the first path, and generate a second ultrasound image representing the object based on an echo signal received in response to the ultrasound signal transmitted to the object along the second path, wherein the second path is determined based on a change in at least one of a position of an origin of an ultrasound beam corresponding to the first path and a transmission direction of the ultrasound beam corresponding to the first path. a probe configured to transmit an ultrasound signal to an object along a first path by focusing the ultrasound signal at a first focal point and receive an echo signal reflected from the object; and a processor configured to generate a first ultrasound image representing the object, detect at least one region having low image quality among regions in the generated first ultrasound image according to a predetermined criterion, wherein the processor is configured to generate a map indicating quality of the first ultrasound image based on the detected at least one region, control the probe based on the map so that the ultrasound signal reaches the detected at least one region along a second path by focusing the ultrasound signal at a second focal point within a predetermined region of the object, wherein the second path is determined based on a factor obstructing the first path, and generate a second ultrasound image representing the object based on an echo signal received in response to the ultrasound signal transmitted to the object along the second path, wherein the second path is determined based on a change in at least one of a position of an origin of an ultrasound beam corresponding to the first path and a transmission direction of the ultrasound beam corresponding to the first path.
A construct containing two or more monomeric griffithsin molecules joined by a linker, wherein the linker is (Gly-Thr-Gly) n , and wherein n is 1-5.
A composite structure, comprising: an inner stack comprising a plurality of inserts stacked on top of each other and at least one of the plurality of inserts comprises a metallic material; and an outer ring annularly surrounding the inner stack , and the composite structure further comprises a separator disposed between the outer ring and the inner stack separating the outer ring from the inner stack and separating the plurality of inserts from each other for retaining the inner stack within the outer ring , the composite structure being characterized in that the outer ring comprises a metallic material and that the composite structure is a striked composite structure. an inner stack comprising a plurality of inserts stacked on top of each other and at least one of the plurality of inserts comprises a metallic material; and an outer ring annularly surrounding the inner stack , and the composite structure further comprises a separator disposed between the outer ring and the inner stack separating the outer ring from the inner stack and separating the plurality of inserts from each other for retaining the inner stack within the outer ring , the composite structure being characterized in that the outer ring comprises a metallic material and that the composite structure is a striked composite structure.
A caliper piston tool comprising: a first handle including a guide track and a first paddle fixed in position on the first handle; a second handle to pivot about the first handle at a handle joint , the second handle including a drive finger fixed in position on the second handle; and a second paddle characterised in that the second paddle includes: a drive socket , wherein the drive finger is engaged within the drive socket, and a guide follower constrained to linear motion along the guide track, wherein rotation of the drive finger about the handle joint drives a linear motion of the guide follower along the guide track. a first handle including a guide track and a first paddle fixed in position on the first handle; a second handle to pivot about the first handle at a handle joint , the second handle including a drive finger fixed in position on the second handle; and a second paddle characterised in that the second paddle includes: a drive socket , wherein the drive finger is engaged within the drive socket, and a guide follower constrained to linear motion along the guide track, wherein rotation of the drive finger about the handle joint drives a linear motion of the guide follower along the guide track. a drive socket , wherein the drive finger is engaged within the drive socket, and a guide follower constrained to linear motion along the guide track, wherein rotation of the drive finger about the handle joint drives a linear motion of the guide follower along the guide track.
Fixation plate for fixing to a proximal humerus , comprising a head part and a shaft part adjoining the head part at the bottom , wherein the head part is designed to be attached distally from a foot plate of the major tubercle of the humerus , and for this is provided with: - first screw holes with internal screw thread for insertion of angularly stable screws therein; and - suture holes for insertion of suture material therein; wherein the shaft part is designed to be attached to the humeral shaft and for this is provided with second screw holes for insertion of fixing screws therein, wherein one of the suture holes is provided as an anchoring suture hole for anchoring thereto, by means of suture material , a bone anchoring element attached in the apex of the humeral head , and wherein two first screw holes arranged furthest from the shaft part are provided as upper screw holes for insertion therein of a downwardly directed screw ; characterized in that the anchoring suture hole comprises a tunnel-like cavity , through which the suture material can be inserted and which is provided with adjustment means for adjustably securing the suture material in the tunnel-like cavity . - first screw holes with internal screw thread for insertion of angularly stable screws therein; and - suture holes for insertion of suture material therein; wherein the shaft part is designed to be attached to the humeral shaft and for this is provided with second screw holes for insertion of fixing screws therein, wherein one of the suture holes is provided as an anchoring suture hole for anchoring thereto, by means of suture material , a bone anchoring element attached in the apex of the humeral head , and wherein two first screw holes arranged furthest from the shaft part are provided as upper screw holes for insertion therein of a downwardly directed screw ; characterized in that the anchoring suture hole comprises a tunnel-like cavity , through which the suture material can be inserted and which is provided with adjustment means for adjustably securing the suture material in the tunnel-like cavity .
Door handle assembly comprising a handle , said handle connected to at least one handle connector , said handle connector is moveably connected to extending and retracting means by at least one attachment means , said attachment means is attached to a door body and/or a base , said attachment means allowing for relative movement between said handle connector and said extending and retracting means during retraction of said handle into a recess in order to limit amount of force exerted by said handle on an obstacle between said handle and an edge of a said recess into which said handle is retracted, whereby it comprises said handle connector , said base , an axle , driving means, preferably an electromotor , at least one rack , at least one pinion , whereby said attachment means is attaching said handle connector to said base , and whereby said extending and retracting means are comprised of said driving means, preferably electromotor , connected to said axle connected to said pinion engaging with said rack , said extension of said handle is achieved by rotation of said driving means, preferably electromotor , in the first direction, and said retraction of said handle achieved by rotation of said driving means, preferably electromotor , in the second direction, said pinion connected to said base , wherein it further comprises a cradle and a cradle connector and whereby in case that during retraction said obstacle is inserted between said handle and said recess into which said handle is retracted, said base (i) continues to be retracted into said recess while said handle remains essentially motionless until such time that said obstacle is removed thereby limiting amount of force exerted by said handle on said obstacle, said attachment means afterward pulling said handle toward said base or (ii) control unit disengages aid driving means to either remain at their present position, or engaging said driving means to re-extend said door handle to extended position, characterized in that said attachment means is chosen from group consisting of at least two magnets exerting attracting force one on another, actuators controlled by control unit wherein at least one sensor upon detecting an obstacle sends a signal to said control unit, said control unit disengaging said driving means to either remain at their present position, or engaging said driving means to re-extend said door handle to extended position.
An apparatus for providing negative-pressure therapy, the apparatus comprising: a negative-pressure source configured to be fluidly coupled to a distribution component ; a pressure sensor ; a first feedback path from the pressure sensor to the negative-pressure source ; a second feedback path from the pressure sensor to the distribution component ;a first control valve to control fluid flow through the first feedback path ; a second control valve to control fluid flow through the second feedback path ; and a controller coupled to the first and second control valves and to the pressure sensor , the controller configured to: actuate the first and second control valves , and receive a feedback signal from the pressure sensor . a negative-pressure source configured to be fluidly coupled to a distribution component ; a pressure sensor ; a first feedback path from the pressure sensor to the negative-pressure source ; a second feedback path from the pressure sensor to the distribution component ;a first control valve to control fluid flow through the first feedback path ; a second control valve to control fluid flow through the second feedback path ; and a controller coupled to the first and second control valves and to the pressure sensor , the controller configured to: actuate the first and second control valves , and receive a feedback signal from the pressure sensor . actuate the first and second control valves , and receive a feedback signal from the pressure sensor .
A cask transport system comprising: a support assembly including a plurality of wheels and a U-shaped support frame coupled to and supported by the wheels , and a tower disposed above the support assembly , wherein the tower includes a first side, and a second side that is substantially a mirror image of the first side, and characterized in that the tower includes a base portion and a plurality of vertical movable tower frames on the first side, and a plurality of vertical movable tower frames on the second side, the tower frames are coupled to the base portion and are configured to extend and retract relative to the base portion and to each other to provide varying heights for the tower; an upper beam assembly coupled to the moving tower frames , the upper beam assembly including two winch drums wherein the upper beam assembly further includes an upper sheave and an equalizer located below the upper sheave , the equalizer including two dead end elements , each dead end element including a pin , a first linkage member coupled to and disposed below the pin , a second linkage member coupled to and disposed below the first linkage member , and a pair of third linkage members coupled to and disposed below the second linkage member ; and a bottom block assembly coupled to the upper beam assembly , the bottom block assembly movable from a first vertical position relative to the upper beam assembly to a second vertical position relative to the upper beam assembly . a support assembly including a plurality of wheels and a U-shaped support frame coupled to and supported by the wheels , and a tower disposed above the support assembly , wherein the tower includes a first side, and a second side that is substantially a mirror image of the first side, and characterized in that the tower includes a base portion and a plurality of vertical movable tower frames on the first side, and a plurality of vertical movable tower frames on the second side, the tower frames are coupled to the base portion and are configured to extend and retract relative to the base portion and to each other to provide varying heights for the tower; an upper beam assembly coupled to the moving tower frames , the upper beam assembly including two winch drums wherein the upper beam assembly further includes an upper sheave and an equalizer located below the upper sheave , the equalizer including two dead end elements , each dead end element including a pin , a first linkage member coupled to and disposed below the pin , a second linkage member coupled to and disposed below the first linkage member , and a pair of third linkage members coupled to and disposed below the second linkage member ; and a bottom block assembly coupled to the upper beam assembly , the bottom block assembly movable from a first vertical position relative to the upper beam assembly to a second vertical position relative to the upper beam assembly .
Scooter, in particular electric scooter , having a step element , which is pivotably connected at the rear to a rear swing arm for receiving a rear wheel , wherein the step element and the rear swing arm are connected to at least one suspension and at least one shock absorber in order to absorb shocks, wherein the at least one suspension is formed by a compression spring , wherein the at least one compression spring and the at least one shock absorber are arranged in the longitudinal direction of the step element on or in the latter, characterised in that at least one standpipe is fastened to the step element , in each of which standpipes a compression spring is positioned in a prestressed manner between a first displaceable spring receptacle and a second stationary spring receptacle , wherein the first spring receptacle is connected to a push rod projecting from the standpipe , which is connected to the rear swing arm , wherein the push rod is guided through the second spring receptacle .
An antibody binding to the second extracellular loop of human C5aR for use in the treatment of acute or chronic inflammation, wherein the variable region of the heavy chain of said antibody comprises a CDR1, a CDR2 and a CDR3 sequence, wherein said CDR sequences comprise the sequences SEQ ID 9, 10 and 11, respectively, and wherein the variable region of the light chain of said antibody comprises a CDR1, a CDR2 and a CDR3 sequence, wherein said CDR sequences comprise the sequences SEQ ID 13, 14 and 15, respectively, wherein the variable region of the heavy chain of said antibody comprises a sequence at least 90 % identical to SEQ ID NO: 12, and wherein the variable region of the light chain of said antibody comprises a sequence at least 90 % identical to SEQ ID NO: 16.