mhurhangee/patent-ind-claim-en huggingface dataset:
An endless vehicle track comprising: a body formed of an elastomeric material having an outer surface displaying a series of ground engaging profiles longitudinally spaced along the outer surface and an inner surface displaying a series of longitudinally spaced guide-drive lugs for retaining the track on the vehicle and/or driving the vehicle; a base and an outer surface disposed upon an upper face of each of the guide-drive lugs ; and, a given width and height defined by each of the guide-drive lugs ; characterized in that , the endless vehicle track further comprises a multilayer reinforcement disposed within each of the guide-drive lugs at a distance inward from the outer surface , wherein the multilayer reinforcement is a contiguous length providing a plurality of layers of reinforcement material; wherein the multilayer reinforcement defines an axis orientated transverse a longitudinal direction of the endless vehicle track; and, wherein the endless vehicle track comprises more than two guide-drive lugs , each containing a multilayer reinforcement , and wherein the multilayer reinforcement contained in one lug is not in contact with the multilayer reinforcement contained in any other lug . a body formed of an elastomeric material having an outer surface displaying a series of ground engaging profiles longitudinally spaced along the outer surface and an inner surface displaying a series of longitudinally spaced guide-drive lugs for retaining the track on the vehicle and/or driving the vehicle; a base and an outer surface disposed upon an upper face of each of the guide-drive lugs ; and, a given width and height defined by each of the guide-drive lugs ; characterized in that , the endless vehicle track further comprises a multilayer reinforcement disposed within each of the guide-drive lugs at a distance inward from the outer surface , wherein the multilayer reinforcement is a contiguous length providing a plurality of layers of reinforcement material; wherein the multilayer reinforcement defines an axis orientated transverse a longitudinal direction of the endless vehicle track; and, wherein the endless vehicle track comprises more than two guide-drive lugs , each containing a multilayer reinforcement , and wherein the multilayer reinforcement contained in one lug is not in contact with the multilayer reinforcement contained in any other lug .
Vehicle comprising a floor , a seat system provided with a seat pan and allowing at least one person to be seated in said vehicle , and an anti-submarining device fastened to the floor and situated below the seat pan of the seat system , the anti-submarining device comprising a tube extending above the floor in a transverse direction of the vehicle , the tube being fastened to the floor by means of at least one deformable connecting element , each connecting element having a first widened end and a second narrowed end , these two ends being connected to one another by a central body delimited by two convergent edges extending from the first widened end to the second narrowed end , each deformable connecting element being welded to the tube at its second end and being fastened to the floor by at least one screw at its first widened end , characterized in that each connecting element extends in a transverse plane, which is inclined with respect to a vertical plane, the first widened end being located in front of the second narrowed end , and in that the tube is connected to the floor by means of two end bridges , the tube tilting towards the front in the event of an impact, by rotation of the two bridges about their anchoring points to the floor .
A modular battery unit for use in a data center rack , comprising: a housing having a top surface and an opposed bottom surface ; a battery disposed within the housing ; a plurality of strips of phase change material "PCM" attached to at least the top surface and spaced apart from one another; and air flow channels provided in spaces between two adjacent strips of the plurality of strips , the air flow channels defined by a shape and size of the spaces between the two adjacent strips . a housing having a top surface and an opposed bottom surface ; a battery disposed within the housing ; a plurality of strips of phase change material "PCM" attached to at least the top surface and spaced apart from one another; and air flow channels provided in spaces between two adjacent strips of the plurality of strips , the air flow channels defined by a shape and size of the spaces between the two adjacent strips .
A computer-implemented method of controlling curve sawing of a block in a cutting direction (S) with a division saw that includes at least a first circular saw blade mounted along a first shaft , wherein the cutting direction lies within a first vertical plane (V), the method comprising: - determining, by a processor of the computer, a plurality of radii (R) of curvature of the block at corresponding locations along the block based on measurements of said curvature, characterized in that the method further comprises: - calculating, by the processor , a plurality of first inclination angles (β) for the first circular saw blade about a first axis based on the respective corresponding radii (R) of curvature of the block , wherein the first axis extends through the first circular saw blade generally parallel to the cutting direction ; and - transmitting by a transmitter of the computer, to a control unit configured to incline the first shaft , control signals comprising instructions for inclining the first circular saw blade to the first inclination angles (β) at the corresponding locations along the block to thereby enable the control unit to control the curve sawing of the block by the division saw. - determining, by a processor of the computer, a plurality of radii (R) of curvature of the block at corresponding locations along the block based on measurements of said curvature, - calculating, by the processor , a plurality of first inclination angles (β) for the first circular saw blade about a first axis based on the respective corresponding radii (R) of curvature of the block , wherein the first axis extends through the first circular saw blade generally parallel to the cutting direction ; and - transmitting by a transmitter of the computer, to a control unit configured to incline the first shaft , control signals comprising instructions for inclining the first circular saw blade to the first inclination angles (β) at the corresponding locations along the block to thereby enable the control unit to control the curve sawing of the block by the division saw.
Method for signaling a successful gesture input by a user, comprising the steps: - detecting a gesture (P1, P2, P3, P4, P5) of a user, - classifying the gesture (P1, P2, P3, P4, P5), and - signaling the determined class by generating an animation which visually emphasizes a position along an edge of a screen associated with the gesture input, this position being linearly variable at least on a sectional basis, characterized in that the animation takes a different form depending on whether an application-related function can be executed in response to the recognized gesture (P1, P2, P3, P4, P5). - detecting a gesture (P1, P2, P3, P4, P5) of a user, - classifying the gesture (P1, P2, P3, P4, P5), and - signaling the determined class by generating an animation which visually emphasizes a position along an edge of a screen associated with the gesture input, this position being linearly variable at least on a sectional basis, characterized in that the animation takes a different form depending on whether an application-related function can be executed in response to the recognized gesture (P1, P2, P3, P4, P5).
A blow molding device for blow forming a resin preform into a container of a predetermined shape, comprising: a mold for blow forming in which the preform is disposed; a cylindrical nozzle that is inserted into a mouth part of the preform from a lower end side; a pressurized fluid supply part for supplying a pressurized incompressible fluid to the nozzle via a supply channel connected from an upper end side; a sealing body that is movable between a closed position that contacts the nozzle and blocks the nozzle , and an open position that is apart from the nozzle and opens the nozzle ; characterized in a plurality of suction holes provided on an inner peripheral surface of the nozzle in a row toward an axial direction of the nozzle ; a vertical hole provided extending along the axial direction of the nozzle for connecting a plurality of suction holes to each other, and a suction pump connected to the vertical hole via a suction path for applying suction force to a plurality of the suction holes for suctioning incompressible fluid adhered to the nozzle . a mold for blow forming in which the preform is disposed; a cylindrical nozzle that is inserted into a mouth part of the preform from a lower end side; a pressurized fluid supply part for supplying a pressurized incompressible fluid to the nozzle via a supply channel connected from an upper end side; a sealing body that is movable between a closed position that contacts the nozzle and blocks the nozzle , and an open position that is apart from the nozzle and opens the nozzle ; characterized in a plurality of suction holes provided on an inner peripheral surface of the nozzle in a row toward an axial direction of the nozzle ; a vertical hole provided extending along the axial direction of the nozzle for connecting a plurality of suction holes to each other, and a suction pump connected to the vertical hole via a suction path for applying suction force to a plurality of the suction holes for suctioning incompressible fluid adhered to the nozzle .
Electrosurgical instrument with a head with a lumen of a channel which can be loaded with gas, and a first opening connected to the lumen for forming a primary stream of gas away from the head , and at least one second opening connected to the lumen for forming at least one secondary stream of gas next to the primary stream or at least partially around the primary stream , so that the one or more secondary streams , which are formed next to the primary stream or at least partially around the primary stream , at least partially surround the primary stream , wherein an electrode is arranged in the head , wherein the electrode is arranged in a channel portion of the channel adjoining the first opening and opening into the first opening , wherein the distal end of the electrode is arranged downstream of the second opening viewed in the gas flow direction . a head with a lumen of a channel which can be loaded with gas, and a first opening connected to the lumen for forming a primary stream of gas away from the head , and at least one second opening connected to the lumen for forming at least one secondary stream of gas next to the primary stream or at least partially around the primary stream , so that the one or more secondary streams , which are formed next to the primary stream or at least partially around the primary stream , at least partially surround the primary stream , wherein an electrode is arranged in the head , wherein the electrode is arranged in a channel portion of the channel adjoining the first opening and opening into the first opening , wherein the distal end of the electrode is arranged downstream of the second opening viewed in the gas flow direction .
A liquid ejection device comprising: a liquid ejection head including a nozzle opening from which liquid is ejected, a supply passage that supplies the liquid contained in a liquid supply source (14; 71; 75) to the liquid ejection head , a liquid supply unit configured to be connectable to the supply passage , and a liquid ejection unit that includes a case accommodating the liquid ejection head , the liquid supply unit comprising: a pressure adjusting valve portion that includes a liquid outlet connectable to an upstream end of the supply passage , a liquid inlet that draws in the liquid from the liquid supply source (14; 71; 75), a pressure chamber connected to the liquid outlet and the liquid inlet , wherein the pressure chamber is at least partially formed by a flexible portion configured to be deformed when pressure of the pressure chamber changes, an urging member configured to urge the flexible portion in a direction in which the flexible portion increases a volume of the pressure chamber , a lever that pivots about a pivot shaft in accordance with a deformation of the flexible portion , and an opening-closing valve configured to allow the liquid to be drawn from the liquid supply source (14; 71; 75) to the pressure chamber through the liquid inlet when the lever pivots, characterised in that the pressure adjusting valve portion of the liquid supply unit is provided so as to remain stationary when the liquid ejection head moves. a liquid outlet connectable to an upstream end of the supply passage , a liquid inlet that draws in the liquid from the liquid supply source (14; 71; 75), a pressure chamber connected to the liquid outlet and the liquid inlet , wherein the pressure chamber is at least partially formed by a flexible portion configured to be deformed when pressure of the pressure chamber changes, an urging member configured to urge the flexible portion in a direction in which the flexible portion increases a volume of the pressure chamber , a lever that pivots about a pivot shaft in accordance with a deformation of the flexible portion , and an opening-closing valve configured to allow the liquid to be drawn from the liquid supply source (14; 71; 75) to the pressure chamber through the liquid inlet when the lever pivots, characterised in that the pressure adjusting valve portion of the liquid supply unit is provided so as to remain stationary when the liquid ejection head moves.
A blower (10; 510), comprising: a housing (20; 520) including an inlet (26; 526) and an outlet (28; 528); a motor (40; 540) including a stator assembly (44; 544), a magnet (42; 542), and a shaft (50; 550) adapted to cooperatively drive an impeller (60; 560); and a stationary component (30; 530) provided to the housing (20; 520), the stationary component configured to support the stator assembly (44; 544) of the motor and including a bearing tube (32; 532) adapted to retain and maintain alignment of one or more bearings (52, 54; 552, 554), characterized in that the magnet (42; 542) is located on at least one arm (84; 584) of a magnet support (80; 580) adapted to align the magnet (42; 542) with the stator assembly (44; 544), the magnet support further including a hub (82; 582) that engages with the shaft (50; 550) of the motor to facilitate rotation of the shaft, and wherein the arm (84; 584) extends radially outwards and then vertically to surround the bearing tube (32; 532) and to facilitate the alignment of the magnet (42; 542) with the stator assembly (44; 544). a housing (20; 520) including an inlet (26; 526) and an outlet (28; 528); a motor (40; 540) including a stator assembly (44; 544), a magnet (42; 542), and a shaft (50; 550) adapted to cooperatively drive an impeller (60; 560); and a stationary component (30; 530) provided to the housing (20; 520), the stationary component configured to support the stator assembly (44; 544) of the motor and including a bearing tube (32; 532) adapted to retain and maintain alignment of one or more bearings (52, 54; 552, 554), characterized in that the magnet (42; 542) is located on at least one arm (84; 584) of a magnet support (80; 580) adapted to align the magnet (42; 542) with the stator assembly (44; 544), the magnet support further including a hub (82; 582) that engages with the shaft (50; 550) of the motor to facilitate rotation of the shaft, and wherein the arm (84; 584) extends radially outwards and then vertically to surround the bearing tube (32; 532) and to facilitate the alignment of the magnet (42; 542) with the stator assembly (44; 544).
A turbine blade for a gas turbine engine, comprising an airfoil exending from a platform , the airfoil comprising: pressure and suction surfaces provided by pressure and suction walls extending in a radial direction and joined at a leading edge and a trailing edge ; a cooling passage arranged between the pressure and suction walls and extending to the trailing edge , the cooling passage terminating in a trailing edge exit arranged in the trailing edge ; and multiple rows of pedestals include a first row of pedestals joining the pressure and suction walls , the first row of pedestals arranged closest to the trailing edge but interiorly from the trailing edge thereby leaving the trailing edge exit unobstructed, wherein the first row of pedestals , second and third rows of pedestals each extend in a radial direction and are spaced from one another in a chord-wise direction, and at feast one of the first, second and third rows of pedestals include first, second, third and fourth groups of pedestals , at least one group having pedestals that are different sizes than the pedestals of another group, the first group arranged near an airfoil tip, and the fourth group arranged near the platform , characterised in that : pedestals in the first and third group are the same size, pedestals in the fourth group are larger than the pedestals in the first and third groups, and pedestals in the second group are smaller than the pedestals in the first and third groups. pressure and suction surfaces provided by pressure and suction walls extending in a radial direction and joined at a leading edge and a trailing edge ; a cooling passage arranged between the pressure and suction walls and extending to the trailing edge , the cooling passage terminating in a trailing edge exit arranged in the trailing edge ; and multiple rows of pedestals include a first row of pedestals joining the pressure and suction walls , the first row of pedestals arranged closest to the trailing edge but interiorly from the trailing edge thereby leaving the trailing edge exit unobstructed, wherein the first row of pedestals , second and third rows of pedestals each extend in a radial direction and are spaced from one another in a chord-wise direction, and at feast one of the first, second and third rows of pedestals include first, second, third and fourth groups of pedestals , at least one group having pedestals that are different sizes than the pedestals of another group, the first group arranged near an airfoil tip, and the fourth group arranged near the platform ,
A system for pacing a heart, comprising: an electrostimulation circuit configured to generate a His-bundle pacing (HBP) pulse for delivery at or near a His bundle of the heart; a sensing circuit configured to sense, in response to the delivery of the HBP pulse at or near the His bundle, a near-field para-Hisian electrical signal and a far-field cardiac electrical signal representing a ventricular response to the delivery of HBP pulse at or near the His bundle; and a control circuit coupled to the sensing circuit and configured to control the delivery of the HBP pulse according to one or more pacing parameters, the control circuit including a capture verification circuit configured to: detect, from the sensed far-field cardiac electrical signal, a His-bundle response representative of excitation of the His bundle directly resulting from the delivery of the HBP pulse; and detect, from the sensed near-field para-Hisian electrical signal, a para-Hisian myocardial response representative of excitation of a para-Hisian myocardial tissue of the heart directly resulting from the delivery of the HBP pulse; wherein the control circuit includes a parameter adjuster circuit configured to adjust at least one of the one or more pacing parameters based on the detected His-bundle response and the detected para-Hisian myocardial response. an electrostimulation circuit configured to generate a His-bundle pacing (HBP) pulse for delivery at or near a His bundle of the heart; a sensing circuit configured to sense, in response to the delivery of the HBP pulse at or near the His bundle, a near-field para-Hisian electrical signal and a far-field cardiac electrical signal representing a ventricular response to the delivery of HBP pulse at or near the His bundle; and a control circuit coupled to the sensing circuit and configured to control the delivery of the HBP pulse according to one or more pacing parameters, the control circuit including a capture verification circuit configured to: detect, from the sensed far-field cardiac electrical signal, a His-bundle response representative of excitation of the His bundle directly resulting from the delivery of the HBP pulse; and detect, from the sensed near-field para-Hisian electrical signal, a para-Hisian myocardial response representative of excitation of a para-Hisian myocardial tissue of the heart directly resulting from the delivery of the HBP pulse; detect, from the sensed far-field cardiac electrical signal, a His-bundle response representative of excitation of the His bundle directly resulting from the delivery of the HBP pulse; and detect, from the sensed near-field para-Hisian electrical signal, a para-Hisian myocardial response representative of excitation of a para-Hisian myocardial tissue of the heart directly resulting from the delivery of the HBP pulse; wherein the control circuit includes a parameter adjuster circuit configured to adjust at least one of the one or more pacing parameters based on the detected His-bundle response and the detected para-Hisian myocardial response.