mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting tool mechanism for converting a rotary motion to an orbital, oscillatory or impact motion, said mechanism comprising: an inner circular part comprising teeth members , which extend radially outwardly; a surrounding circular part comprising teeth members , which extend radially inwardly; where said inner circular part teeth members are fewer in number than said surrounding circular part teeth members ; where said inner circular part co-operates with said surrounding circular part by engagement of said inner circular part teeth members with said surrounding circular part teeth members ; and where, as a one of said inner circular part and said surrounding circular part rotates about a central axis of an input coupling of the mechanism , an other of said inner circular part and said surrounding circular part is configured to move constrained by the engagement of said teeth members of said inner circular part and said surrounding circular part, wherein the engaging teeth members ride along and over each other to provide an orbital, oscillatory or impact motion in the other of said inner circular part and said surrounding circular part; wherein the input coupling is connected for transmission of rotary motion about the central axis to the one of said inner circular part and said surrounding circular part; and wherein the other of said inner circular part and said surrounding circular part has an output coupling configured to receive a blade , the output coupling configured to transmit said orbital, oscillatory or impact motion to the blade , to oscillate the blade between a maxima away from and a minima toward the central axis . an inner circular part comprising teeth members , which extend radially outwardly; a surrounding circular part comprising teeth members , which extend radially inwardly; where said inner circular part teeth members are fewer in number than said surrounding circular part teeth members ; where said inner circular part co-operates with said surrounding circular part by engagement of said inner circular part teeth members with said surrounding circular part teeth members ; and where, as a one of said inner circular part and said surrounding circular part rotates about a central axis of an input coupling of the mechanism , an other of said inner circular part and said surrounding circular part is configured to move constrained by the engagement of said teeth members of said inner circular part and said surrounding circular part, wherein the engaging teeth members ride along and over each other to provide an orbital, oscillatory or impact motion in the other of said inner circular part and said surrounding circular part; wherein the input coupling is connected for transmission of rotary motion about the central axis to the one of said inner circular part and said surrounding circular part; and wherein the other of said inner circular part and said surrounding circular part has an output coupling configured to receive a blade , the output coupling configured to transmit said orbital, oscillatory or impact motion to the blade , to oscillate the blade between a maxima away from and a minima toward the central axis .
Training equipment comprising: - at least a weight ; - at least a connection means constrained to the weight ; - a suspension means of the weight , secured at an end to the connection means and at another end to a support element , and which keeps the weight suspended and free to oscillate in correspondence of a use condition (U) of the equipment ; - a grasp means which interacts with the weight for the movement thereof by a user in the use condition (U); the equipment being characterized in that the grasp means comprises at least one blade , having a rear surface and a front surface , with the front surface defining a concavity almost complementary to at least a portion of the weight . - at least a weight ; - at least a connection means constrained to the weight ; - a suspension means of the weight , secured at an end to the connection means and at another end to a support element , and which keeps the weight suspended and free to oscillate in correspondence of a use condition (U) of the equipment ; - a grasp means which interacts with the weight for the movement thereof by a user in the use condition (U);
An exhaust system comprising: at least one member selected from the group consisting of an exhaust gas purification device , an exhaust gas treating body , and an exhaust pipe in an automotive exhaust system ; and a mat material disposed on a surface of the at least one member, the mat material comprising: inorganic fibers; and an oily fiber-scattering inhibitor attached to a surface of the inorganic fibers, wherein the amount of the fiber-scattering inhibitor attached is 0.05 to 2.0% by weight, characterized in that when the mat material is trisected into a top surface portion, a middle portion, and a bottom surface portion in the thickness direction, the amount of the fiber-scattering inhibitor attached to the bottom surface portion is smaller than that in the top surface portion, and the mat material is disposed such that the bottom surface portion faces the at least one member. at least one member selected from the group consisting of an exhaust gas purification device , an exhaust gas treating body , and an exhaust pipe in an automotive exhaust system ; and a mat material disposed on a surface of the at least one member, the mat material comprising: inorganic fibers; and an oily fiber-scattering inhibitor attached to a surface of the inorganic fibers, wherein the amount of the fiber-scattering inhibitor attached is 0.05 to 2.0% by weight, characterized in that when the mat material is trisected into a top surface portion, a middle portion, and a bottom surface portion in the thickness direction, the amount of the fiber-scattering inhibitor attached to the bottom surface portion is smaller than that in the top surface portion, and the mat material is disposed such that the bottom surface portion faces the at least one member. inorganic fibers; and an oily fiber-scattering inhibitor attached to a surface of the inorganic fibers, wherein the amount of the fiber-scattering inhibitor attached is 0.05 to 2.0% by weight, characterized in that when the mat material is trisected into a top surface portion, a middle portion, and a bottom surface portion in the thickness direction, the amount of the fiber-scattering inhibitor attached to the bottom surface portion is smaller than that in the top surface portion, and the mat material is disposed such that the bottom surface portion faces the at least one member.
A motor comprising; a rotational shaft defining a vertical direction; a rotor disposed on an outside of the rotational shaft ; a stator disposed on an outside of the rotor , the stator including a coil ; and a router disposed above the stator , characterised in that the router guides the coil , wherein the router comprises a body in an annular shape including a first coil guide , and a guide part disposed to protrude from the body and comprising a second coil guide , wherein the first coil guide is concavely disposed in the upper face of the body , wherein the second coil guide is concavely disposed in the inner circumferential surface of the guide part , wherein the first coil guide and the second coil guide are connected to each other. a rotational shaft defining a vertical direction; a rotor disposed on an outside of the rotational shaft ; a stator disposed on an outside of the rotor , the stator including a coil ; and a router disposed above the stator , characterised in that the router guides the coil , wherein the router comprises a body in an annular shape including a first coil guide , and a guide part disposed to protrude from the body and comprising a second coil guide , wherein the first coil guide is concavely disposed in the upper face of the body , wherein the second coil guide is concavely disposed in the inner circumferential surface of the guide part , wherein the first coil guide and the second coil guide are connected to each other.
An air pollution control apparatus comprising: a stack that discharges flue gas, discharged from an industrial facility, outside; a blower that is provided downstream of the stack and draws in the flue gas; and a CO 2 recovering apparatus that recovers CO 2 in the flue gas drawn in by the blower , the stack includes a controlling unit that suppresses inflow of atmosphere to the stack , characterized in that the controlling unit is a leak suppressing unit , and the leak suppressing unit is at least three resistive parts that are provided on a wall surface of the stack , and extend toward an exit of the stack when viewed from a cross-sectional direction in a longitudinal direction of the stack . a stack that discharges flue gas, discharged from an industrial facility, outside; a blower that is provided downstream of the stack and draws in the flue gas; and a CO 2 recovering apparatus that recovers CO 2 in the flue gas drawn in by the blower , the stack includes a controlling unit that suppresses inflow of atmosphere to the stack , characterized in that the controlling unit is a leak suppressing unit , and the leak suppressing unit is at least three resistive parts that are provided on a wall surface of the stack , and extend toward an exit of the stack when viewed from a cross-sectional direction in a longitudinal direction of the stack .
A method for controlling the performance of a plate loudspeaker, the method comprising: processing a signal into a plurality of sub-signals using a modal crossover network, wherein each sub-signal is associated with a frequency band; assigning each sub-signal to one or more of a plurality of modal drivers, which are a linear combination of drivers located on a plate of the plate loudspeaker, wherein the plate has a surface covered with the plurality of drivers at indexed locations, and assigning a relative amplitude to each of the plurality of modal drivers, calculating, by the modal crossover network, the relative amplitudes of the sub-signal sent to each modal driver based on spatial filtering of modes on the plate, wherein the sub-signal and the relative amplitude assigned to each of the plurality of modal drivers are determined based at least on the location of the drivers on the plate; and wherein modal driver amplitudes are configured to generate sound through selected modes at specific amplitudes, and wherein the plate is driven to modes of motion by the plurality of drivers to generate the sound output of the plate loudspeaker, wherein each mode has a spatial shape function and a temporal function which modulates the spatial shape; routing each sub-signal to its assigned one or more plurality of modal drivers; and calculating actual driver amplitudes from the calculated modal driver sub-signal amplitudes, driving the plate loudspeaker with the plurality of drivers having received the calculated actual driver amplitudes. processing a signal into a plurality of sub-signals using a modal crossover network, wherein each sub-signal is associated with a frequency band; assigning each sub-signal to one or more of a plurality of modal drivers, which are a linear combination of drivers located on a plate of the plate loudspeaker, wherein the plate has a surface covered with the plurality of drivers at indexed locations, and assigning a relative amplitude to each of the plurality of modal drivers, calculating, by the modal crossover network, the relative amplitudes of the sub-signal sent to each modal driver based on spatial filtering of modes on the plate, wherein the sub-signal and the relative amplitude assigned to each of the plurality of modal drivers are determined based at least on the location of the drivers on the plate; and wherein modal driver amplitudes are configured to generate sound through selected modes at specific amplitudes, and wherein the plate is driven to modes of motion by the plurality of drivers to generate the sound output of the plate loudspeaker, wherein each mode has a spatial shape function and a temporal function which modulates the spatial shape; routing each sub-signal to its assigned one or more plurality of modal drivers; and calculating actual driver amplitudes from the calculated modal driver sub-signal amplitudes, driving the plate loudspeaker with the plurality of drivers having received the calculated actual driver amplitudes.
Process for the transportation and/or storage of road bitumen under cold conditions, said method comprising manufacturing bitumen blocks from the road bitumen and the transport and/or storage under the form of bitumen blocks, the road bitumen comprising - at least one bitumen base having a penetrability, measured at 25°C according to standard EN 1426, of between 5 and 300 1/10 mm, and - from 0.1% to 30% by weight of at least one chemical additive chosen from: • a diacid compound of general formula HOOC-C w H 2w -COOH, in which w is an integer ranging from 4 to 22, and • a compound of general formula (II) : R-CONH-NHCO-R' in which: - R and R', which are identical or different, contain a saturated or unsaturated, linear or branched, cyclic or acyclic hydrocarbon-based chain having from 1 to 22 carbon atoms and optionally comprising heteroatoms and/or rings having from 3 to 12 atoms and/or heterocycles having from 3 to 12 atoms. - at least one bitumen base having a penetrability, measured at 25°C according to standard EN 1426, of between 5 and 300 1/10 mm, and - from 0.1% to 30% by weight of at least one chemical additive chosen from: • a diacid compound of general formula HOOC-C w H 2w -COOH, in which w is an integer ranging from 4 to 22, and • a compound of general formula (II) : R-CONH-NHCO-R' in which: - R and R', which are identical or different, contain a saturated or unsaturated, linear or branched, cyclic or acyclic hydrocarbon-based chain having from 1 to 22 carbon atoms and optionally comprising heteroatoms and/or rings having from 3 to 12 atoms and/or heterocycles having from 3 to 12 atoms. • a diacid compound of general formula HOOC-C w H 2w -COOH, in which w is an integer ranging from 4 to 22, and • a compound of general formula (II) : R-CONH-NHCO-R' in which: - R and R', which are identical or different, contain a saturated or unsaturated, linear or branched, cyclic or acyclic hydrocarbon-based chain having from 1 to 22 carbon atoms and optionally comprising heteroatoms and/or rings having from 3 to 12 atoms and/or heterocycles having from 3 to 12 atoms. - R and R', which are identical or different, contain a saturated or unsaturated, linear or branched, cyclic or acyclic hydrocarbon-based chain having from 1 to 22 carbon atoms and optionally comprising heteroatoms and/or rings having from 3 to 12 atoms and/or heterocycles having from 3 to 12 atoms.
A battery separator comprising at least a polyolefin porous membrane and a modified porous layer, the polyolefin porous membrane having protrusions made of a polyolefin interspersed randomly on at least one surface at a density of not less than 3 protrusions/cm 2 and not greater than 200 protrusions/cm 2 , the protrusions satisfying 5 μm ≤ W ≤ 50 μm (W being a size of the protrusion) and 0.5 μm ≤ H (H being a height of the protrusion); and the modified porous layer containing a fluorine-based resin and inorganic particles laminated on a surface of the polyolefin porous membrane, the surface having the protrusions; a content of the inorganic particles relative to a total of the fluorine-based resin and the inorganic particles of the modified porous layer being not less than 40 wt.% and less than 80 wt.%.
A photonic reservoir computer comprising one or more input nodes , multiple reservoir nodes (00-24) and one or more output nodes , wherein the input nodes, reservoir nodes and output nodes (00-24) are photonic and coupled for signal transmission by means of waveguides , characterized in that at least one of the waveguides spans or crosses at least one other waveguide and/or at least one of the reservoir nodes (00-24) in a non-planar manner.
A substantially halo-free heat transfer label , comprising: a graphic layer printed on a carrier layer forming a graphic area ; and an adhesive layer printed over the graphic layer forming an adhesive area ; wherein the adhesive area substantially matches and overlaps the graphic area , and peripheral edges of the adhesive area extend beyond peripheral edges of the graphic area forming an adhesive border , characterized in that the adhesive layer is 3D printed by fused deposition modeling or stereolithography printing techniques using 100% solids adhesives without the need of a solvent printing an adhesive layer having a thickness of 16-100 μm in a single pass providing an adhesive border having an average width of 0,05 - 0,1 mm to provide a substantially halo-free heat transfer label . a graphic layer printed on a carrier layer forming a graphic area ; and an adhesive layer printed over the graphic layer forming an adhesive area ; wherein the adhesive area substantially matches and overlaps the graphic area , and peripheral edges of the adhesive area extend beyond peripheral edges of the graphic area forming an adhesive border , characterized in that the adhesive layer is 3D printed by fused deposition modeling or stereolithography printing techniques using 100% solids adhesives without the need of a solvent printing an adhesive layer having a thickness of 16-100 μm in a single pass providing an adhesive border having an average width of 0,05 - 0,1 mm to provide a substantially halo-free heat transfer label .
Apparatus for removal of a ring-shaped reinforcement edge from a ground semiconductor wafer , which wafer is connected with an elastic film with material fit, and attached to a circumferential wafer frame by way of this carrier film , the apparatus having a holding device that has a support having suction openings for holding the semiconductor wafer against the support surface of the support , and having a severing device that comprises means for detachment of the reinforcement edge from the carrier film in one piece, wherin the holding device has a clamping device that surrounds the support , for clamping the wafer frame and/or the carrier film in place, characterized in that the clamping device interacts with the support to produce stretching of the carrier film between clamping device and reinforcement edge , and that the severing device has a tool guide having a disaggregating tool , for moving the disaggregating tool between stretched carrier film and reinforcement edge , in order to detach the reinforcement edge from the carrier film , which is stretched by an interaction of clamping device and support , in one piece.
A merchandiser for dispensing a number of products , comprising: a temperature controlled compartment , the temperature controlled compartment comprising: a plurality of concentric storage wheels for storing the number of products therein, wherein the plurality of concentric storage wheels comprises an inner storage wheel and an outer storage wheel , wherein the plurality of concentric storage wheels connect to a support ring , and wherein each storage wheel comprises a plurality of support cups positioned on the support ring; an input system positioned about the temperature controlled compartment; a dispensing system positioned about the temperature controlled compartment; and an output pusher system positioned about the dispensing system and the plurality of concentric storage wheels. a plurality of concentric storage wheels for storing the number of products therein, wherein the plurality of concentric storage wheels comprises an inner storage wheel and an outer storage wheel , wherein the plurality of concentric storage wheels connect to a support ring , and wherein each storage wheel comprises a plurality of support cups positioned on the support ring; an input system positioned about the temperature controlled compartment; a dispensing system positioned about the temperature controlled compartment; and an output pusher system positioned about the dispensing system and the plurality of concentric storage wheels.
Inverter (I) having a first busbar for connection to a positive pole of a battery (HV) and a second busbar for connection to a negative pole of the battery (HV) and a filter for reducing common-mode and push-pull interference, which filter comprises a toroidal core made of a ferromagnetic material and surrounding the first and the second busbar , wherein a core of a further ferromagnetic material is provided in an intermediate space (Z) surrounded by the toroidal core and formed between the two busbars , wherein the busbars have recesses facing one another which surround the core in sections.
Method for evacuating passengers from a vehicle (FZ), in particular rail-guided vehicle, in which an item of information, which is generated by a control and safety system (LSS) for the vehicle (FZ) and relates to the evacuation, is transmitted via a communication device (CD1, CD2), wherein the communication device (CD1, CD2) is designed as a portable communication device which, for the transmission of the information, • uses an energy source that is separate for the device, • establishes a communication connection to the control and safety system (LSS) via a first air interface, characterised in that the communication connection uses a radio network, which is also used for communication between the vehicle (FZ) and the control and safety system (LSS), as communication infrastructure. the communication device (CD1, CD2) is designed as a portable communication device which, for the transmission of the information, • uses an energy source that is separate for the device, • establishes a communication connection to the control and safety system (LSS) via a first air interface, • uses an energy source that is separate for the device, • establishes a communication connection to the control and safety system (LSS) via a first air interface, characterised in that the communication connection uses a radio network, which is also used for communication between the vehicle (FZ) and the control and safety system (LSS), as communication infrastructure.