mhurhangee/ep-ind-claims huggingface dataset:
Sports footwear, comprising a shell, made of a substantially rigid material and shaped for accommodating a user's foot, and a cuff, also made of a substantially rigid material and shaped for receiving the lower part of the leg of said user, said cuff being articulated to said shell at one or more pivoting points, wherein said sports footwear comprises, at the rear portion thereof, a connecting element which connects said shell to said cuff and wherein said connecting element has the shape of an elongated plate and has a sinuous shape when viewed in a sectional view on a vertical plane parallel to the longitudinal axis of the sports footwear, wherein said connecting element comprises a lower portion, arranged to receive first fixing means for fixing said connecting element to said shell, an upper portion, arranged to receive second fixing means for fixing said connecting element to said cuff, and a central portion, which is unattached to said shell and to said cuff and has a sinuous shape when viewed in a sectional view on a vertical plane parallel to the longitudinal axis of sports footwear, wherein said central portion of said connecting element comprises a first, lower section which is joined to said lower portion of said connecting element, a second, intermediate section (15c") and a third, upper section, which is joined to said upper portion of said connecting element, characterized by said first, lower section and said third, upper section being farther from the rear wall of said sports footwear than said second, intermediate section (15c"), which is closer to the rear wall of said sports footwear.
A method for suppressing very fast transients in medium and high voltage switchgear during opening/closing a switching device of a switchgear, wherein said switching device is controlled by a control signal S1 sent from a control module connected to the switchgear, which switchgear has a measuring circuit comprising a measuring module and a secondary winding, wherein said secondary winding is a part of a current transformer, which current transformer comprises a nanocrystalline or amorphous core having an equivalent resistance and is equipped with a primary winding, which primary winding is connected in series with the switching device of the switchgear, characterized in that the measuring function of the measuring circuit is periodically changed into the function of a suppressor of very fast transients by connection into the measuring circuit a switching-over module (9, 9') in-series between a terminal of the secondary winding and a terminal of the measuring module and by controlling said switching-over module (9, 9') by a control signal S2 sent from the control module.
A method for soil mixture reinforcement for growing grass for sport applications, the soil mixture comprising soil, fine material and natural fibers, the fine material being selected from the group consisting of sand, stone powder, bypass dust, limestone, brick powder and combinations thereof, the natural fibers being selected from the group consisting of fibers of banana, sisal, coconut, hemp, sugarcane/ bagasse, bamboo, jute, flax, elephant grass, musamba, wood, cotton, kenaf and combinations thereof, characterised in that the method comprises the following steps: (a) excavating and removing the top layer of an original soil to a depth from 10 to 30 cm, (b) mixing - the original soil removed in step (a) in a portion of 5 to 45% by weight of the total solid content of the soil mixture and a weight ratio of fine material to soil from 1.2 and 19, - the fine material in a portion of 55 to 95% by weight of the total solid content of the soil mixture, - the natural fibers in a portion of 0.6% to 3% by weight of the total solid content of the soil mixture, and - water in a portion of 8% to 20% weight of the total solid content of the soil mixture, (c) discharging the soil mixture obtained in step (b) and placing it in a location and (d) compacting the surface obtained after step (c). (a) excavating and removing the top layer of an original soil to a depth from 10 to 30 cm, (b) mixing - the original soil removed in step (a) in a portion of 5 to 45% by weight of the total solid content of the soil mixture and a weight ratio of fine material to soil from 1.2 and 19, - the fine material in a portion of 55 to 95% by weight of the total solid content of the soil mixture, - the natural fibers in a portion of 0.6% to 3% by weight of the total solid content of the soil mixture, and - water in a portion of 8% to 20% weight of the total solid content of the soil mixture, - the original soil removed in step (a) in a portion of 5 to 45% by weight of the total solid content of the soil mixture and a weight ratio of fine material to soil from 1.2 and 19, - the fine material in a portion of 55 to 95% by weight of the total solid content of the soil mixture, - the natural fibers in a portion of 0.6% to 3% by weight of the total solid content of the soil mixture, and - water in a portion of 8% to 20% weight of the total solid content of the soil mixture, (c) discharging the soil mixture obtained in step (b) and placing it in a location and (d) compacting the surface obtained after step (c).
A method of processing a password in a mobile computing device comprising: sensing at least one movement of the mobile computing device by an accelerometer of the mobile computing device in three dimensional space, wherein the at least one movement comprises a sequence of movements by the user of the mobile computing device in three dimensional space; characterized by: capturing first directional motion information representing the at least one movement as at least a portion of an entered password, the entered password further comprising timing information relating to the sequence of movements and time delays during which the mobile computing device is not moved between discrete motions of the sequence of movements; comparing the entered password to a password previously stored in the mobile computing device, the stored password comprising second captured directional motion information, second timing information and second time delays during which the mobile computing device is not moved; and allowing access to the mobile computing device by a user when the entered password matches the stored password. sensing at least one movement of the mobile computing device by an accelerometer of the mobile computing device in three dimensional space, wherein the at least one movement comprises a sequence of movements by the user of the mobile computing device in three dimensional space; characterized by: capturing first directional motion information representing the at least one movement as at least a portion of an entered password, the entered password further comprising timing information relating to the sequence of movements and time delays during which the mobile computing device is not moved between discrete motions of the sequence of movements; comparing the entered password to a password previously stored in the mobile computing device, the stored password comprising second captured directional motion information, second timing information and second time delays during which the mobile computing device is not moved; and allowing access to the mobile computing device by a user when the entered password matches the stored password. capturing first directional motion information representing the at least one movement as at least a portion of an entered password, the entered password further comprising timing information relating to the sequence of movements and time delays during which the mobile computing device is not moved between discrete motions of the sequence of movements; comparing the entered password to a password previously stored in the mobile computing device, the stored password comprising second captured directional motion information, second timing information and second time delays during which the mobile computing device is not moved; and allowing access to the mobile computing device by a user when the entered password matches the stored password.
Electric component arrangement, comprising a semiconductor component and a varistor body, which is contact-connected to the semiconductor component in order to protect the latter against electrostatic discharges, characterized in that the semiconductor component and the varistor body are arranged separately from one another on a common carrier containing a thermally conductive ceramic.
A driveshaft assembly for a high-pressure fuel pump, the driveshaft assembly comprising an elongate shaft element and a cam member comprising a concentric oval bore, the cam member is an interference fit on the elongate shaft element, wherein the cam member and the concentric oval bore each comprise a major axis of symmetry perpendicular to a minor axis of symmetry, the concentric oval bore being arranged with respect to the cam member such that the major and minor axes of symmetry of the concentric oval bore and the cam member are coaxially aligned and, characterised in that the portion of the elongate shaft element forming the interference fit has a circular cross-section.
A combination of a vascular hole closure device and a delivery instrument for delivering the vascular hole closure device, the combination comprising: a vascular hole closure device having a covering member at a distal end for positioning internal of a vessel, a first retainer for positioning external of the vessel, a first flexible member extending between the first retainer, the covering member and a first engagement member at a proximal portion of the flexible member; and a delivery instrument including a housing having a first stop, the first engagement member engageable with the first stop characterised in that the first stop is adapted to be overridden when a predetermined proximal force is applied to the delivery instrument, wherein proximal movement of the delivery instrument advances the first retainer toward the covering member.
A presentation system comprising: a tornado fan that includes a plurality of blowers, wherein the tornado fan is configured so that each of the plurality of blowers blows air so as to generate a clockwise or counterclockwise air flow in plan view in a presentation space surrounded by exhaust ports of the plurality of blowers; a suction port suctioning the air blown by the tornado fan in an upper side of the presentation space; and a supply device that supplies a float body in the presentation space, characterized that the presentation system further comprise flexible air intake ducts and flexible exhaust ducts that are connected to the plurality of blowers, respectively, wherein the air intake ducts include air intake ports, the exhaust ducts include the exhaust ports, the air suctioned from the air intake ports is supplied to the plurality of blowers via the air intake ducts, the plurality of blowers discharge the air suctioned from the air intake ports from the exhaust ports via the exhaust ducts, and the air intake ports arranged at a peripheral area of the suction port. a tornado fan that includes a plurality of blowers, wherein the tornado fan is configured so that each of the plurality of blowers blows air so as to generate a clockwise or counterclockwise air flow in plan view in a presentation space surrounded by exhaust ports of the plurality of blowers; a suction port suctioning the air blown by the tornado fan in an upper side of the presentation space; and a supply device that supplies a float body in the presentation space, characterized that the presentation system further comprise flexible air intake ducts and flexible exhaust ducts that are connected to the plurality of blowers, respectively, wherein the air intake ducts include air intake ports, the exhaust ducts include the exhaust ports, the air suctioned from the air intake ports is supplied to the plurality of blowers via the air intake ducts, the plurality of blowers discharge the air suctioned from the air intake ports from the exhaust ports via the exhaust ducts, and the air intake ports arranged at a peripheral area of the suction port.
A diagnostic device comprising a test strip encased within a support, wherein the test strip and the support are each comprised of a water-dispersible matrix material, characterized in that the water-dispersible matrix-material is a nonwoven web material; and the support is treated with a hydrophobic coating.
Respirator for ventilating a patient, comprising: a respiratory tube connector (29, 30) for connecting a respiratory tube (4, 5); an actuator (8, 10, 13) that is pneumatically connected to the respiratory tube connector for delivering air to a patient via the respiratory tube connector; a breathing sensor connector for a breathing sensor (17, 34, 35) for returning a breathing sensor signal; a digital programmable controller that is electrically connected to said breathing sensor connector, wherein the breathing signal is fed to said digital controller that is programmed to calculate a lung volume signal from said breathing signal, wherein the lung volume signal monotonically increases with the lung volume of the patient, and wherein the controller is programmed to calculate an inhaled volume and an exhaled volume from the lung volume signal for each breath; characterized in that the controller is further programmed to store an EFE event when the exhaled volume exceeds the associated inhaled volume by an adjustable value, and to increase the pressure at the end of exhalation during an EFE event. a respiratory tube connector (29, 30) for connecting a respiratory tube (4, 5); an actuator (8, 10, 13) that is pneumatically connected to the respiratory tube connector for delivering air to a patient via the respiratory tube connector; a breathing sensor connector for a breathing sensor (17, 34, 35) for returning a breathing sensor signal; a digital programmable controller that is electrically connected to said breathing sensor connector, wherein the breathing signal is fed to said digital controller that is programmed to calculate a lung volume signal from said breathing signal, wherein the lung volume signal monotonically increases with the lung volume of the patient, and wherein the controller is programmed to calculate an inhaled volume and an exhaled volume from the lung volume signal for each breath; characterized in that the controller is further programmed to store an EFE event when the exhaled volume exceeds the associated inhaled volume by an adjustable value, and to increase the pressure at the end of exhalation during an EFE event.
A patch antenna for dual polarized operation comprising a primary radiator, a dual microstrip feed line configured to utilize corner-feeding to enable substantially diagonal radiating modes, characterized by the patch antenna further consisting two parasitic patches (107,108) that are arranged adjacent and on opposite sides to the primary radiator for shaping the beamwidths of both polarizations at the same time, wherein the patch separation is chosen to be so that the currents in the primary radiator and the induced currents in the parasitics are in opposite phase at operating frequency.
Hybrid module for a hybrid drive system of a vehicle, comprising: - an electric machine with a stator arrangement and with a rotor arrangement, - a wet-running multiplate clutch for selectively producing/interrupting a torque-transmitting connection between an output shaft, which is rotatable about an axis of rotation, and a coupling arrangement for rotationally conjoint coupling to a drive shaft of an internal combustion engine, wherein the multiplate clutch comprises a drive-side plate assembly, an output-side plate assembly which can be placed in frictional interaction with said drive-side plate assembly, and a clutch housing which is coupled rotationally conjointly to the drive-side plate assembly, and wherein the hybrid module furthermore comprises - a torsional vibration damper arrangement which is arranged outside the clutch housing and in the torque transmission path between the coupling arrangement and the output shaft, wherein the primary side of the torsional vibration damper arrangement is to be coupled by means of the coupling arrangement to the drive shaft, and the secondary side of the torsional vibration damper arrangement is coupled rotationally conjointly by means of a transmission element to the clutch housing, wherein the transmission element is mounted outside the drive shaft, wherein - the rotor arrangement of the electric machine is rotationally conjointly coupled, or to be rotationally conjointly coupled, to the output shaft for conjoint rotation, characterized in that the wet-running multiplate clutch forms the connection between the rotor arrangement and the drive assembly, and in that the clutch housing forms a closed-off fluid interior space. - an electric machine with a stator arrangement and with a rotor arrangement, - a wet-running multiplate clutch for selectively producing/interrupting a torque-transmitting connection between an output shaft, which is rotatable about an axis of rotation, and a coupling arrangement for rotationally conjoint coupling to a drive shaft of an internal combustion engine, wherein the multiplate clutch comprises a drive-side plate assembly, an output-side plate assembly which can be placed in frictional interaction with said drive-side plate assembly, and a clutch housing which is coupled rotationally conjointly to the drive-side plate assembly, and wherein the hybrid module furthermore comprises - a torsional vibration damper arrangement which is arranged outside the clutch housing and in the torque transmission path between the coupling arrangement and the output shaft, wherein the primary side of the torsional vibration damper arrangement is to be coupled by means of the coupling arrangement to the drive shaft, and the secondary side of the torsional vibration damper arrangement is coupled rotationally conjointly by means of a transmission element to the clutch housing, wherein the transmission element is mounted outside the drive shaft, wherein - the rotor arrangement of the electric machine is rotationally conjointly coupled, or to be rotationally conjointly coupled, to the output shaft for conjoint rotation,
A spectroscopic apparatus, including a plurality of varied line spacing diffraction gratings, each differing in range of wavelengths to be accommodated and having a groove plane provided with a concave geometry; selection means for selecting one varied line spacing diffraction grating from among the plurality of varied line spacing diffraction gratings for obtaining a desired wavelength of output light; a light source for emitting an incident ray entering the one varied line spacing diffraction grating, the light source is on the upper side of the groove plane of the selected grating; an image surface common to all the varied line spacing diffraction gratings, onto which the ray diffracted by the diffraction grating is focused; the selection means for selecting the one varied line spacing diffraction grating is adapted to install it in a position where the incident ray is to be entered, the spectroscopic apparatus is characterized in that, in selecting the one varied line spacing diffraction grating from among the plurality of varied line spacing diffraction gratings, the selection means treats the normal line passing through the center of the groove plane of the respective varied line spacing diffraction gratings as one to be superposed upon a common normal line, and the selection means are configured so that the centers of the groove planes of the gratings are provided in a positional relationship, so that with a switchover among the gratings a changeover of the height of the position of the center of the groove plane of the respective varied line spacing diffraction gratings is caused, so that the selection means selects the one varied line spacing diffraction grating and installs it such that the smaller the value of the minimum wavelength to be accommodated by the one varied line spacing diffraction grating, the higher the position at which the groove plane is set.
A busbar system for aluminum electrolysis cells arranged side-by-side in series for developing and deploying potlines for amperage of 600 kA to 2,000 kA, consisting of an anode part designed to connect anodes in a cell line by means of anode rods, a cathode part composed of collector bars with flexible strap stacks and designed to connect to the anode part of the next cell in a line by means of a bus module (A, B, C, D) comprising collecting cathode busbars (12 and 13) on the upstream and downstream sides of the cathode shell of the cell, connecting busbars located under the cell bottom, some of which in the outermost bus modules (A, B, C, D) are designed to pass around the cell ends and be located at the molten metal level, at least one anode riser on the upstream side and at least one anode riser on the downstream side of the cell, which are located symmetrically with respect to the YZ symmetry plane of the electrolysis cell and designed to be powered by the collector bars on the upstream and downstream sides of the previous cell in a line and to pass 1/2-3/4 of the bus module (A, B, C, D) current through the anode risers on the upstream side and 1/2-1/4 of the bus module current through the anode risers on the downstream side, characterized in that it is designed to supply current to two similar aluminum cell lines (3 and 4) composed of one row of electrolysis cells, such lines being independent from each other in terms of power supply (1 and 2) and having opposite current directions in plan view clockwise in one cell line and counterclockwise in the other cell line and additionally comprises compensation busbars (5 and 6) located in close proximity to the cathode part of the electrolysis (reduction) cell row of the adjacent cell line, including ensuring compensation for the magnetic field.
A security device (60, 70, 80, 120, 130, 140, 150) comprising: a light transmissive substrate having a first surface and an opposing second surface, the first surface having an optical interference pattern; a color shifting optical coating (66, 76, 86, 116, 126, 136, 146, 156) for providing an observable color shift as the angle of incident light or viewing angle changes; and an adhesive layer laminating the color shifting optical coating and the light transmissive substrate having the optical interference pattern in mutual superposition. a light transmissive substrate having a first surface and an opposing second surface, the first surface having an optical interference pattern; a color shifting optical coating (66, 76, 86, 116, 126, 136, 146, 156) for providing an observable color shift as the angle of incident light or viewing angle changes; and an adhesive layer laminating the color shifting optical coating and the light transmissive substrate having the optical interference pattern in mutual superposition.