mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for folding and receiving book documents, comprising a main conveying apparatus having a first conveying surface (OH) arranged and adapted to convey unfolded book documents (B) in a main conveying direction (F) over the first conveying surface (OH), a secondary conveying apparatus with a second conveying surface (ON), which is arranged and constructed to receive book documents (B) conveyed by the main conveying apparatus and to convey them in a secondary conveying direction (N) and against the secondary conveying direction (N') over the second conveying surface (ON), the secondary conveying direction (N) running transversely to the main conveying direction (F), a receiving apparatus which is arranged at a spatial distance from the first and/or the second conveying surface (OH, ON) and is designed to receive folded book documents (B'), wherein the apparatus is designed to fold the conveyed book documents (B) in each case with a movement of the book documents (B) in the secondary conveying direction (N) and/or against the secondary conveying direction (N'), and wherein a lifting apparatus is arranged and designed to convey the folded book documents (B') from the main conveying apparatus and/or from the secondary conveying apparatus into the receiving apparatus , and wherein the lifting apparatus is at least partially retractable in the main conveying apparatus and/or in the secondary conveying apparatus , and wherein the lifting apparatus can be lifted at least partially into the receiving apparatus . a main conveying apparatus having a first conveying surface (OH) arranged and adapted to convey unfolded book documents (B) in a main conveying direction (F) over the first conveying surface (OH), a secondary conveying apparatus with a second conveying surface (ON), which is arranged and constructed to receive book documents (B) conveyed by the main conveying apparatus and to convey them in a secondary conveying direction (N) and against the secondary conveying direction (N') over the second conveying surface (ON), the secondary conveying direction (N) running transversely to the main conveying direction (F), a receiving apparatus which is arranged at a spatial distance from the first and/or the second conveying surface (OH, ON) and is designed to receive folded book documents (B'), wherein the apparatus is designed to fold the conveyed book documents (B) in each case with a movement of the book documents (B) in the secondary conveying direction (N) and/or against the secondary conveying direction (N'), and wherein a lifting apparatus is arranged and designed to convey the folded book documents (B') from the main conveying apparatus and/or from the secondary conveying apparatus into the receiving apparatus , and wherein the lifting apparatus is at least partially retractable in the main conveying apparatus and/or in the secondary conveying apparatus , and wherein the lifting apparatus can be lifted at least partially into the receiving apparatus .
An accessory for an extraction cleaner having a fluid delivery system comprising a supply container and a recovery system comprising at least a suction source and a recovery container , the accessory comprising: a housing; an airflow pathway extending through the housing between an air inlet and an air outlet, wherein the air outlet is configured for fluid communication with the recovery container; a fluid delivery pathway extending through the housing between a fluid inlet and a fluid outlet, wherein the fluid inlet is configured for fluid communication with the supply container; characterised in that it further comprises a diverter provided on the housing in the fluid delivery pathway upstream of the fluid outlet and configured to divert cleaning fluid into the airflow pathway downstream of the air inlet and upstream of the air outlet. a housing; an airflow pathway extending through the housing between an air inlet and an air outlet, wherein the air outlet is configured for fluid communication with the recovery container; a fluid delivery pathway extending through the housing between a fluid inlet and a fluid outlet, wherein the fluid inlet is configured for fluid communication with the supply container; characterised in that it further comprises a diverter provided on the housing in the fluid delivery pathway upstream of the fluid outlet and configured to divert cleaning fluid into the airflow pathway downstream of the air inlet and upstream of the air outlet.
A radio frequency (RF) power package, comprising: a substrate having a metallized part and an insulating part ; an RF power transistor die embedded in the substrate , the RF power transistor die having a die input terminal , a die output terminal , an input impedance and an output impedance; a package input terminal formed in the metallized part of the substrate ; a package output terminal formed in the metallized part of the substrate ; and a first plurality of planar tuning lines formed in the metallized part of the substrate and electrically connecting the die output terminal to the package output terminal , wherein the first plurality of planar tuning lines is shaped so as to transform the output impedance at the die output terminal to a higher target level at the package output terminal ,and wherein the substrate comprises a first insulating material in which the RF power transistor die is embedded, a second insulating material covering the first insulating material and the RF power transistor die , and one or more metal redistribution layers disposed in the second insulating material, wherein each metal redistribution layer is electrically connected to the die input terminal and/or the die output terminal through openings in the second insulating material, and wherein the one or more metal redistribution layers form the metallized part of the substrate . a substrate having a metallized part and an insulating part ; an RF power transistor die embedded in the substrate , the RF power transistor die having a die input terminal , a die output terminal , an input impedance and an output impedance; a package input terminal formed in the metallized part of the substrate ; a package output terminal formed in the metallized part of the substrate ; and a first plurality of planar tuning lines formed in the metallized part of the substrate and electrically connecting the die output terminal to the package output terminal , wherein the first plurality of planar tuning lines is shaped so as to transform the output impedance at the die output terminal to a higher target level at the package output terminal ,and wherein the substrate comprises a first insulating material in which the RF power transistor die is embedded, a second insulating material covering the first insulating material and the RF power transistor die , and one or more metal redistribution layers disposed in the second insulating material, wherein each metal redistribution layer is electrically connected to the die input terminal and/or the die output terminal through openings in the second insulating material, and wherein the one or more metal redistribution layers form the metallized part of the substrate .
A projection device adapted to be disposed on a vehicle and comprising a storage device , a projection module , a distance detection device , and a control device , wherein the storage device is configured to store image data of at least one projection image, the distance detection device is configured to measure a projection distance (D) from the distance detection device to a projection plane (G), and the control device is electrically connected to the storage device , the projection module , and the distance detection device , wherein the control device is configured to enable the projection module to project the at least one projection image and to control a brightness and/or a size of the at least one projection image according to the corresponding projection distance (D), and wherein the control device is configured to calculate an estimated size of the at least one projection image according to the projection distance (D) and a throw ratio of the projection module , and wherein the control device is configured to calculate an estimated brightness of the at least one projection image according to the estimated size, and when the estimated brightness is greater than a first brightness threshold value, the brightness of the at least one projection image projected by the projection module is controlled not to be greater than the first brightness threshold value by the control device . wherein the storage device is configured to store image data of at least one projection image, the distance detection device is configured to measure a projection distance (D) from the distance detection device to a projection plane (G), and the control device is electrically connected to the storage device , the projection module , and the distance detection device , wherein the control device is configured to enable the projection module to project the at least one projection image and to control a brightness and/or a size of the at least one projection image according to the corresponding projection distance (D), and wherein the control device is configured to calculate an estimated size of the at least one projection image according to the projection distance (D) and a throw ratio of the projection module , and wherein the control device is configured to calculate an estimated brightness of the at least one projection image according to the estimated size, and when the estimated brightness is greater than a first brightness threshold value, the brightness of the at least one projection image projected by the projection module is controlled not to be greater than the first brightness threshold value by the control device .
A gas turbine engine comprising: first and second arc segments (66; 166) each having leading and trailing sides and first and second circumferential sides , each first circumferential side including a first slot portion and each second circumferential side including a second slot portion , the first slot portion of the first arc segment (66; 166) and the second slot portion of the second arc segment (66; 166) being in registration and together defining a seal slot , at least the first slot portion of the first arc segment (66; 166) having a first concave arced back wall ; and a feather seal (74; 174) entrapped in the seal slot , the feather seal (74; 174) including first and second feather seal circumferential sides , at least the first feather seal circumferential side having a first convex arced edge that is adjacent the first concave arced back wall of the first slot portion . first and second arc segments (66; 166) each having leading and trailing sides and first and second circumferential sides , each first circumferential side including a first slot portion and each second circumferential side including a second slot portion , the first slot portion of the first arc segment (66; 166) and the second slot portion of the second arc segment (66; 166) being in registration and together defining a seal slot , at least the first slot portion of the first arc segment (66; 166) having a first concave arced back wall ; and a feather seal (74; 174) entrapped in the seal slot , the feather seal (74; 174) including first and second feather seal circumferential sides , at least the first feather seal circumferential side having a first convex arced edge that is adjacent the first concave arced back wall of the first slot portion .
A method for preparing tetrahydropyranyl esters of the general formula (I) where R 1 , R 2 , R 3 and R 4 are each independently hydrogen, straight-chain or branched C 1 -C 12 -alkyl, straight-chain or branched C 2 -C 12 -alkenyl, unsubstituted or C 1 -C 12 -alkyl- and/or C 1 -C 12 -alkoxy-substituted cycloalkyl having a total of 3 to 20 carbon atoms or unsubstituted or C 1 -C 12 -alkyl- and/or C 1 -C 12 -alkoxy-substituted aryl having a total of 6 to 20 carbon atoms, R 5 is hydrogen or straight-chain or branched C 1 -C 12 -alkyl, and R a and R b are hydrogen, in which at least one 4-hydroxytetrahydropyran compound of the general formula (II) is provided where R 1 , R 2 , R 3 , R 4 and R 5 are as defined above, and the compound of the general formula (II) is subjected to a reaction with a ketene (III), CR a R b =C=O (III) where R a and R b are as defined above. R 1 , R 2 , R 3 and R 4 are each independently hydrogen, straight-chain or branched C 1 -C 12 -alkyl, straight-chain or branched C 2 -C 12 -alkenyl, unsubstituted or C 1 -C 12 -alkyl- and/or C 1 -C 12 -alkoxy-substituted cycloalkyl having a total of 3 to 20 carbon atoms or unsubstituted or C 1 -C 12 -alkyl- and/or C 1 -C 12 -alkoxy-substituted aryl having a total of 6 to 20 carbon atoms, R 5 is hydrogen or straight-chain or branched C 1 -C 12 -alkyl, and R a and R b are hydrogen, in which at least one 4-hydroxytetrahydropyran compound of the general formula (II) is provided where R 1 , R 2 , R 3 , R 4 and R 5 are as defined above, and the compound of the general formula (II) is subjected to a reaction with a ketene (III), CR a R b =C=O (III) where R a and R b are as defined above.
A method of decoding video data, the method comprising: decoding neighboring blocks to a current block in a picture of video data; forming a filtered prediction by computing a filtered reference array comprising a plurality of filtered reference values comprising filtered versions of neighboring pixels to the current block in the neighboring blocks; forming a non-filtered prediction by computing a non-filtered reference array comprising a plurality of non-filtered reference values corresponding to non-filtered versions of the neighboring pixels; computing a set of predictive values associated with a set of pixels of the current block; and reconstructing the current block based on the computed set of predictive values, characterised in that the set of predictive values is computed based on a linear combination of the filtered prediction multiplied by a first set of weights and the non-filtered prediction multiplied by a second set of weights. decoding neighboring blocks to a current block in a picture of video data; forming a filtered prediction by computing a filtered reference array comprising a plurality of filtered reference values comprising filtered versions of neighboring pixels to the current block in the neighboring blocks; forming a non-filtered prediction by computing a non-filtered reference array comprising a plurality of non-filtered reference values corresponding to non-filtered versions of the neighboring pixels; computing a set of predictive values associated with a set of pixels of the current block; and reconstructing the current block based on the computed set of predictive values,
An insertion monitor , comprising: a housing having a top and a base adapted to be positioned on a subject's skin adjacent an insertion site; a cannula, catheter or probe having a distal end with a bevel adapted for insertion into the subject's skin protruding distally from the base and a proximal end secured within the housing; at least a pair of mechanical posts each post having a distal end protruding distally from the base in a central area of the base proximate the cannula, catheter or probe and having a proximal end within the housing; each post independently traveling proximally within the housing in correspondence with insertion of the cannula, catheter or probe into the subject's skin to provide an indication of insertion status; and wherein angled insertion of the cannula, catheter or probe is indicated when one of said pair of posts moves a greater distance proximally in the housing than the other of said pair of posts; characterized by windows on a top surface of the housing through which the proximal ends of the respective posts are visible when the cannula, catheter or probe has reached full penetration depth. a housing having a top and a base adapted to be positioned on a subject's skin adjacent an insertion site; a cannula, catheter or probe having a distal end with a bevel adapted for insertion into the subject's skin protruding distally from the base and a proximal end secured within the housing; at least a pair of mechanical posts each post having a distal end protruding distally from the base in a central area of the base proximate the cannula, catheter or probe and having a proximal end within the housing; each post independently traveling proximally within the housing in correspondence with insertion of the cannula, catheter or probe into the subject's skin to provide an indication of insertion status; and wherein angled insertion of the cannula, catheter or probe is indicated when one of said pair of posts moves a greater distance proximally in the housing than the other of said pair of posts; characterized by windows on a top surface of the housing through which the proximal ends of the respective posts are visible when the cannula, catheter or probe has reached full penetration depth.
A saw attachment mechanism (100; 600) for removably affixing a saw motor to a track , said attachment comprising: at least one guide roller (105; 605) configured for releasable engagement with the track ; at least one roller axle (110; 610') coupled to one of the at least one guide roller for rotation of the guide roller on a guide roller shaft (110; 610); at least one guide roller pivot coupled to one of the at least one guide roller (105; 605) and configured to allow the guide roller shaft (110; 610) to swing toward and away from an engaged configuration; at least one pushrod engaging one of the at least one guide roller shaft (110; 610) at a first end; characterized in that the guide roller pivot defines a pivot axis perpendicular to the guide roller shaft (110; 610) and to the at least one roller axle (110; 610'), and the at least one pushrod engages a cam shaft at a second end ; said cam shaft coupled to a handle . at least one guide roller (105; 605) configured for releasable engagement with the track ; at least one roller axle (110; 610') coupled to one of the at least one guide roller for rotation of the guide roller on a guide roller shaft (110; 610); at least one guide roller pivot coupled to one of the at least one guide roller (105; 605) and configured to allow the guide roller shaft (110; 610) to swing toward and away from an engaged configuration; at least one pushrod engaging one of the at least one guide roller shaft (110; 610) at a first end; characterized in that the guide roller pivot defines a pivot axis perpendicular to the guide roller shaft (110; 610) and to the at least one roller axle (110; 610'), and the at least one pushrod engages a cam shaft at a second end ; said cam shaft coupled to a handle .
A rear protection structure for a vehicle which is equipped with an engine and a rear wheel-driving motor each as a traveling-driving power source of the vehicle and in which the rear wheel-driving motor is arranged between right and left rear wheels of the vehicle , and a fuel tank for the engine and the rear wheel-driving motor are arranged adjacent to each other in a longitudinal direction of the vehicle , wherein: a rear suspension supporting the rear wheel-driving motor has a suspension member with an octothorpe-like shape formed by right and left side members extending in the longitudinal direction of the vehicle and spaced from each other in a width direction of the vehicle , a first rear cross member connecting front portions of the right and left side members to each other and extending in a width direction of the vehicle , and a second rear cross member connecting rear portions of the right and left side members to each other and extending in the width direction of the vehicle , the fuel tank is arranged in front of the rear wheel-driving motor with respect to the vehicle , the first rear cross member is set up in front of the rear wheel-driving motor so as to separate the rear wheel-driving motor and the fuel tank from each other, characterized in that : the rear wheel-driving motor and an electric power supply line connected to the rear wheel-driving motor are arranged within a space enclosed by the suspension member , and the electric power supply line is provided on a rear surface of the rear wheel-driving motor located opposite the fuel tank with respect to the longitudinal direction of the vehicle and is connected to the rear wheel-driving motor at a location in front of a rear end face of the second rear cross member . a rear suspension supporting the rear wheel-driving motor has a suspension member with an octothorpe-like shape formed by right and left side members extending in the longitudinal direction of the vehicle and spaced from each other in a width direction of the vehicle , a first rear cross member connecting front portions of the right and left side members to each other and extending in a width direction of the vehicle , and a second rear cross member connecting rear portions of the right and left side members to each other and extending in the width direction of the vehicle , the fuel tank is arranged in front of the rear wheel-driving motor with respect to the vehicle , the first rear cross member is set up in front of the rear wheel-driving motor so as to separate the rear wheel-driving motor and the fuel tank from each other, characterized in that : the rear wheel-driving motor and an electric power supply line connected to the rear wheel-driving motor are arranged within a space enclosed by the suspension member , and the electric power supply line is provided on a rear surface of the rear wheel-driving motor located opposite the fuel tank with respect to the longitudinal direction of the vehicle and is connected to the rear wheel-driving motor at a location in front of a rear end face of the second rear cross member .
A method by a routing instance executing on a host computer in a plurality of host computers in a datacenter that i) execute a plurality of data compute nodes 'DCNs' and, ii) together, implement in the datacenter a virtual private cloud 'VPC' to which the plurality of DCNs belong, the method comprising: at the routing instance executing on the host computer , detecting that a DCN for the VPC has been added on the host computer ; identifying a network address associated with the added DCN; the method being characterised by advertising the identified network address to a route server for the route server to advertise to other routing instances executing on other host computers in the plurality of host computers of the datacenter on which other DCNs belonging to the VPC execute. at the routing instance executing on the host computer , detecting that a DCN for the VPC has been added on the host computer ; identifying a network address associated with the added DCN; the method being characterised by advertising the identified network address to a route server for the route server to advertise to other routing instances executing on other host computers in the plurality of host computers of the datacenter on which other DCNs belonging to the VPC execute.