mhurhangee/patent-ind-claim-en huggingface dataset:
Infrastructure for producing electric power, comprising: a column for distributing electric power, which is referred to as a backbone of the infrastructure and is suitable for conveying electric power to a network for using this power, a plurality of apparatuses for producing electric power, which are connected to said backbone and suitable for feeding at least some of the generated power directly to said backbone , each apparatus being designed to be able to produce electric power from a physical mechanical force exerted by a living being, characterized in that said infrastructure comprises at least one synchronization module, referred to as a reference module , which is connected to said backbone and to each apparatus for producing electric power, said reference module being designed to identify and form a synchronization signal, referred to as a reference signal, suitable for traveling on said backbone and for allowing the synchronization of each production apparatus with said backbone such that each apparatus can directly feed power to said backbone . a column for distributing electric power, which is referred to as a backbone of the infrastructure and is suitable for conveying electric power to a network for using this power, a plurality of apparatuses for producing electric power, which are connected to said backbone and suitable for feeding at least some of the generated power directly to said backbone , each apparatus being designed to be able to produce electric power from a physical mechanical force exerted by a living being, characterized in that said infrastructure comprises at least one synchronization module, referred to as a reference module , which is connected to said backbone and to each apparatus for producing electric power, said reference module being designed to identify and form a synchronization signal, referred to as a reference signal, suitable for traveling on said backbone and for allowing the synchronization of each production apparatus with said backbone such that each apparatus can directly feed power to said backbone .
Device for generating an electromagnetic field for inductive energy transmission to a mobile terminal , the device comprising a plurality of electrical connection elements for forming a coil structure and at least one switch element (S), at least two electrical connection elements being electrically connectable by the at least one switch element (S), wherein in a first switching state of the at least one switch element (S) the electrical connection elements form a coil structure with first coil properties, wherein in a further switching state of the at least one switch element (S) the electrical connection elements form a further coil structure with further coil properties, characterised in that at least three electrical connection elements are electrically connectable by means of the at least one switch element (S), wherein in the first switching state a first electrical connection element is electrically connected to a second electrical connection element, wherein in the at least one further switching state the first electrical connection element is connected to a further electrical connection element.
An air replenish valve for a drinking cup or feeding bottle having an air side and a cup or bottle side , comprising: an orifice at the air side ; first and second side walls which face each other and project in the direction of the cup or bottle side , wherein the first and second side walls slope towards each other to form a narrow elongate slit at their bottle or cup side ends to form a duckbill valve; and first and second end walls which connect the side walls , characterized in that the valve further comprises first and second stiffening portions comprising stiffening regions of the end walls , or stiffening regions between each end wall and a respective end of the slit , and extending between the first and second side walls , wherein the first and second stiffening portions each comprise a region of the respective end wall formed from a stiffer material than the remainder of the end wall; or a locally thicker region of the respective end wall . an orifice at the air side ; first and second side walls which face each other and project in the direction of the cup or bottle side , wherein the first and second side walls slope towards each other to form a narrow elongate slit at their bottle or cup side ends to form a duckbill valve; and first and second end walls which connect the side walls , characterized in that the valve further comprises first and second stiffening portions comprising stiffening regions of the end walls , or stiffening regions between each end wall and a respective end of the slit , and extending between the first and second side walls , wherein the first and second stiffening portions each comprise a region of the respective end wall formed from a stiffer material than the remainder of the end wall; or a locally thicker region of the respective end wall .
A stroller comprising: a seat portion including a seat ; a support frame including an upper support frame supporting the seat , a lower support frame rotatably connected to the upper support frame by a hinge portion , and a frame support that maintains a fixed state between the upper support frame and the lower support frame ; a moving structure to which the support frame is detachably connected, the moving structure including a guide frame that allows the lower support frame to fold and support and is extended in the length direction, a drive frame including a front wheel coupling portion connected in a '┌' shape to the front part of the guide frame and a rear wheel coupling portion having coupling shaft portions formed on both sides of the rear end of the guide frame , a front wheel supported by a support fork to be installed on the front wheel coupling portion , and a rear wheel installed on the rear wheel coupling portion through a rear wheel connecting shaft ; and the lower support frame includes a first frame rotatably connected to the upper support frame by the hinge portion , and a second frame rotatably hinged to the first frame , and the frame support is installed between the upper support frame and the first frame of the lower support frame , and characterized in that the stroller further comprises a frame connecting mechanism which is installed on the rear wheel connecting shaft and to which the first frame of the lower support frame is fixed, and wherein the lower end of the frame support is rotatably supported by a hinge on the lower support frame . a seat portion including a seat ; a support frame including an upper support frame supporting the seat , a lower support frame rotatably connected to the upper support frame by a hinge portion , and a frame support that maintains a fixed state between the upper support frame and the lower support frame ; a moving structure to which the support frame is detachably connected, the moving structure including a guide frame that allows the lower support frame to fold and support and is extended in the length direction, a drive frame including a front wheel coupling portion connected in a '┌' shape to the front part of the guide frame and a rear wheel coupling portion having coupling shaft portions formed on both sides of the rear end of the guide frame , a front wheel supported by a support fork to be installed on the front wheel coupling portion , and a rear wheel installed on the rear wheel coupling portion through a rear wheel connecting shaft ; and the lower support frame includes a first frame rotatably connected to the upper support frame by the hinge portion , and a second frame rotatably hinged to the first frame , and the frame support is installed between the upper support frame and the first frame of the lower support frame , and characterized in that the stroller further comprises a frame connecting mechanism which is installed on the rear wheel connecting shaft and to which the first frame of the lower support frame is fixed, and wherein the lower end of the frame support is rotatably supported by a hinge on the lower support frame .
A machine tool and a tool changer , the machine tool comprising a tool magazine module which comprises: a rotary shaft rotating by being connected to a drive part providing a rotational force; a plurality of magazine bases having a disk shape and being provided with a central part connected to the rotary shaft to be rotated, the plurality of magazine bases loaded with tools along a rim thereof, and mounted by being stacked on the rotary shaft ; and a transfer system enabling the tools to be interchanged between any magazine base and the tool changer by moving in an up-and-down direction and a forward-and-backward direction on one side of the magazine base , characterized in that : the tool magazine module is provided with a frame that wraps and supports the magazine bases , stacked in a plurality thereof, and extending in an up-and-down direction from an outer side or periphery of the magazine bases , wherein the transfer system is disposed in an inner side of the frame between the magazine base and the frame , and the tool changer is positioned on an outer side of the frame , and the machine tool is positioned on an outer side of the tool changer , wherein both the tool changer and the machine tool are mounted on the frame and connected to the magazine bases . a rotary shaft rotating by being connected to a drive part providing a rotational force; a plurality of magazine bases having a disk shape and being provided with a central part connected to the rotary shaft to be rotated, the plurality of magazine bases loaded with tools along a rim thereof, and mounted by being stacked on the rotary shaft ; and a transfer system enabling the tools to be interchanged between any magazine base and the tool changer by moving in an up-and-down direction and a forward-and-backward direction on one side of the magazine base , characterized in that : the tool magazine module is provided with a frame that wraps and supports the magazine bases , stacked in a plurality thereof, and extending in an up-and-down direction from an outer side or periphery of the magazine bases , wherein the transfer system is disposed in an inner side of the frame between the magazine base and the frame , and the tool changer is positioned on an outer side of the frame , and the machine tool is positioned on an outer side of the tool changer , wherein both the tool changer and the machine tool are mounted on the frame and connected to the magazine bases . the tool magazine module is provided with a frame that wraps and supports the magazine bases , stacked in a plurality thereof, and extending in an up-and-down direction from an outer side or periphery of the magazine bases , wherein the transfer system is disposed in an inner side of the frame between the magazine base and the frame , and the tool changer is positioned on an outer side of the frame , and the machine tool is positioned on an outer side of the tool changer , wherein both the tool changer and the machine tool are mounted on the frame and connected to the magazine bases .
A communication method, applied to a terminal device , comprising: acquiring first data (S310); and determining a processing mode of the first data according to data bearing capacity of a first transmission resource (S320), wherein the first transmission resource is a configured grant, CG, resource, characterized in that the data bearing capacity is a transport block size of the first transmission resource, wherein determining the processing mode of the first data according to the data bearing capacity of the first transmission resource (S320) comprises: in response to the data bearing capacity of the first transmission resource being equal to a size of the first data, transmitting third data on the first transmission resource, and the third data comprises all of the first data. acquiring first data (S310); and determining a processing mode of the first data according to data bearing capacity of a first transmission resource (S320), wherein the first transmission resource is a configured grant, CG, resource, characterized in that the data bearing capacity is a transport block size of the first transmission resource, wherein determining the processing mode of the first data according to the data bearing capacity of the first transmission resource (S320) comprises: in response to the data bearing capacity of the first transmission resource being equal to a size of the first data, transmitting third data on the first transmission resource, and the third data comprises all of the first data.
An electronic timepiece, comprising: a rotary switch ; a rotation detection unit adapted to detect a rotation of the rotary switch every time the rotary switch rotates for a predetermined rotation angle; a determination unit adapted to determine as a continuous detection when a number of times the rotation detection unit detects the rotation is a predetermined number of times or greater before a preset unit time have elapsed from a detection timing, the predetermined number of times being 2 or more; and a control unit adapted to execute a predetermined function when the determination unit determines as the continuous detection; the electronic timepiece characterized by further comprising a first elapsed time counting unit adapted to count an elapsed time which is a time elapsed since a predetermined timing; and a storage unit adapted to sequentially store the elapsed times obtained at the detection timings of the rotation detection unit; wherein every time the rotation detection unit detects the rotation, the determination unit calculates a time difference between the elapsed time obtained at the detection timing and the elapsed time obtained back, which relates to the predetermined number of times minus 1, which is stored in the storage unit and determines as the continuous detection when the calculated time difference is smaller than the unit time. a rotary switch ; a rotation detection unit adapted to detect a rotation of the rotary switch every time the rotary switch rotates for a predetermined rotation angle; a determination unit adapted to determine as a continuous detection when a number of times the rotation detection unit detects the rotation is a predetermined number of times or greater before a preset unit time have elapsed from a detection timing, the predetermined number of times being 2 or more; and a control unit adapted to execute a predetermined function when the determination unit determines as the continuous detection; the electronic timepiece characterized by further comprising a first elapsed time counting unit adapted to count an elapsed time which is a time elapsed since a predetermined timing; and a storage unit adapted to sequentially store the elapsed times obtained at the detection timings of the rotation detection unit; wherein every time the rotation detection unit detects the rotation, the determination unit calculates a time difference between the elapsed time obtained at the detection timing and the elapsed time obtained back, which relates to the predetermined number of times minus 1, which is stored in the storage unit and determines as the continuous detection when the calculated time difference is smaller than the unit time.
A prosthetic heart valve assembly comprising: a prosthetic valve including a circumferential wall having an inner surface and an outer surface, wherein the prosthetic valve is radially contractible and expandable for transcatheter delivery to a native annulus ; and two or more sealing members mounted on the prosthetic valve and substantially evenly placed around the prosthetic valve , wherein the sealing members are configured to engage gaps between the implanted prosthesis and the native valve to prevent paravalvular leakage, wherein the prosthetic valve comprises an inflow section, an outflow section, and a waisted middle section having an expanded diameter less than the expanded diameters of the inflow section and the outflow section, and wherein the sealing members are positioned in the waisted middle section of the prosthetic valve , wherein the prosthetic valve comprises commissural posts for supporting tissue leaflets , and characterized in that the sealing members are mounted on the prosthetic valve at locations that are longitudinally aligned with the commissural posts. a prosthetic valve including a circumferential wall having an inner surface and an outer surface, wherein the prosthetic valve is radially contractible and expandable for transcatheter delivery to a native annulus ; and two or more sealing members mounted on the prosthetic valve and substantially evenly placed around the prosthetic valve , wherein the sealing members are configured to engage gaps between the implanted prosthesis and the native valve to prevent paravalvular leakage, wherein the prosthetic valve comprises an inflow section, an outflow section, and a waisted middle section having an expanded diameter less than the expanded diameters of the inflow section and the outflow section, and wherein the sealing members are positioned in the waisted middle section of the prosthetic valve , wherein the prosthetic valve comprises commissural posts for supporting tissue leaflets , and characterized in that the sealing members are mounted on the prosthetic valve at locations that are longitudinally aligned with the commissural posts.
Soil-working tool , comprising - a disk body which has a circumferential cutting edge , the cutting edge being wave shaped, the disk body having a rotational axis and the cutting edge extending in an inclined manner with respect to the axis of rotation , characterized in that the cutting edge is in a hypothetical lateral surface of a truncated cone and has an axial extension in a range from 8 to 17 cm. - a disk body which has a circumferential cutting edge ,
Method for producing a stator housing for an electric motor, wherein the stator housing comprises a drum-shaped peripheral housing and a radial ring , which is connected to the peripheral housing detachable, wherein a pot-shaped workpiece having a peripheral wall section and a bottom section is produced from a starting material through optional forming, the bottom section is separated from the peripheral wall section , the drum-shaped peripheral housing is formed from the peripheral wall section by forming and/or material removing processing and the radial ring is formed from the bottom section by forming and/or material removal editing. a pot-shaped workpiece having a peripheral wall section and a bottom section is produced from a starting material through optional forming, the bottom section is separated from the peripheral wall section , the drum-shaped peripheral housing is formed from the peripheral wall section by forming and/or material removing processing and the radial ring is formed from the bottom section by forming and/or material removal editing.
A battery assembly , comprising: a first printed circuit board (PCB) having a plurality of first conductive shapes arranged in a matrix-shape; a second PCB oppositely disposed from the first PCB (1020 A) and having a plurality of second conductive shapes arranged in a matrix-shape; a plurality of first springs disposed on the first conductive shapes of the first PCB ; a plurality of second springs disposed on the second conductive shapes of the second PCB ; a plurality of batteries stacked between the first and second PCBs in a side-by-side relationship each having a first end in electrical contact with one of the first springs on the first PCB and a second end in electrical contact with one of the second springs on the second PCB ; a plurality of fuses integrally formed in the second PCB , each of the fuses electrically connected with one of the second conductive shapes ; and a plurality of compensation traces each connected with one of the fuses and a bus line where a current flow along, wherein sizes of the compensation traces vary based on a distance between the second conductive shapes and a connection point on the bus line to compensate for resistance differences from each battery to the connection point , wherein the compensation traces located at a first distance from the connection point have a higher resistance compared with the compensation traces located at a second distance from the connection point that is longer than the first distance. a first printed circuit board (PCB) having a plurality of first conductive shapes arranged in a matrix-shape; a second PCB oppositely disposed from the first PCB (1020 A) and having a plurality of second conductive shapes arranged in a matrix-shape; a plurality of first springs disposed on the first conductive shapes of the first PCB ; a plurality of second springs disposed on the second conductive shapes of the second PCB ; a plurality of batteries stacked between the first and second PCBs in a side-by-side relationship each having a first end in electrical contact with one of the first springs on the first PCB and a second end in electrical contact with one of the second springs on the second PCB ; a plurality of fuses integrally formed in the second PCB , each of the fuses electrically connected with one of the second conductive shapes ; and a plurality of compensation traces each connected with one of the fuses and a bus line where a current flow along, wherein sizes of the compensation traces vary based on a distance between the second conductive shapes and a connection point on the bus line to compensate for resistance differences from each battery to the connection point , wherein the compensation traces located at a first distance from the connection point have a higher resistance compared with the compensation traces located at a second distance from the connection point that is longer than the first distance.
Method for manufacturing of a paper, board or tissue, the method comprising - obtaining a stock comprising cellulosic fibers, - adding to the stock a strength additive system comprising - a cationic strength agent, which is a cationic polymer with aldehyde functional groups, which has a charge density of 0.1 - 5.5 meq/g, and - an anionic copolymer obtained by polymerization of a reaction mixture comprising (meth)acrylamide and anionic monomers, the standard viscosity of the obtained copolymer being in the range of 1.8 - 3.0 mPas. - obtaining a stock comprising cellulosic fibers, - adding to the stock a strength additive system comprising - a cationic strength agent, which is a cationic polymer with aldehyde functional groups, which has a charge density of 0.1 - 5.5 meq/g, and - an anionic copolymer obtained by polymerization of a reaction mixture comprising (meth)acrylamide and anionic monomers, the standard viscosity of the obtained copolymer being in the range of 1.8 - 3.0 mPas. - a cationic strength agent, which is a cationic polymer with aldehyde functional groups, which has a charge density of 0.1 - 5.5 meq/g, and - an anionic copolymer obtained by polymerization of a reaction mixture comprising (meth)acrylamide and anionic monomers, the standard viscosity of the obtained copolymer being in the range of 1.8 - 3.0 mPas.