mhurhangee/ep-ind-claims huggingface dataset:
Method for the finishing of a substructure of a wall or a roof, whereby first thermal insulation panels are adjoined against each other on the substructure and then a cladding is applied on a load-bearing frame in the form of slats, panels or the like which are attached on the substructure, wherein the slats, panels or the like of the load-bearing frame are attached to the substructure by means of a support slat and by means of one or more accessories in the form of a base plate, whereby the support slat and the base plate are applied against the side of the insulation panels turned away from the substructure and whereby the base plate of the accessory is screwed on the support slat and the support slat is fixed to the substructure using screws or the like which are attached through provided holes in the support slat and through the insulation panels in the substructure, whereby the base plate is fitted with a regulating rod or adjusting screw with a head in the form of an attachment element for the slats, panels or the like, whereby after installation of the accessories the regulating rods or adjustment screws, in relation to the base plate, can be adjusted to align the slats, panels or the like of the load-bearing frame with each other in a plane.
Method for transmission of binary information via a radio link using an ultra-wideband modulation, characterized in that the method comprises the steps for: - formation of symbols comprising a plurality of bits, - selection, for each symbol formed, of a combination of at least three pair-wise orthogonal ultra-wideband pulses from amongst a set of combinations of the at least three pair-wise orthogonal ultra-wideband pulses, the set of combinations of the at least three pair-wise orthogonal ultra-wideband pulses is obtained by performing permutations of the at least three ultra-wideband pulses and by concatenating over time the at least three pulses, - transfer, for each combination of at least three pair-wise orthogonal ultra-wideband pulses selected, of a radio signal. - formation of symbols comprising a plurality of bits, - selection, for each symbol formed, of a combination of at least three pair-wise orthogonal ultra-wideband pulses from amongst a set of combinations of the at least three pair-wise orthogonal ultra-wideband pulses, the set of combinations of the at least three pair-wise orthogonal ultra-wideband pulses is obtained by performing permutations of the at least three ultra-wideband pulses and by concatenating over time the at least three pulses, - transfer, for each combination of at least three pair-wise orthogonal ultra-wideband pulses selected, of a radio signal.
Protective device for scaring away insects and for use on a mower of a mowing apparatus, the protective device comprising: - a scaring unit by means of which insects can be startled and/or scared away, - at least one holding arm (3, 3.1, 4, 4.1) having a first and a second end (5, 6), - wherein the first end can be fastened to a mower of a mowing apparatus, - and wherein the second end is connected to the scaring unit such that the scaring unit and the at least one holding arm (3, 3.1, 4, 4.1) are rotatable and/or displaceable relative to one another, characterized in that - the scaring unit comprises a cross member which has for the at least one holding arm (3, 3.1, 4, 4.1) a slotted guide in which the second end of the at least one holding arm (3, 3.1, 4, 4.1) is arranged, and/or - the at least one holding arm (3, 3.1, 4, 4.1) is designed to be variable in length and is configured to automatically change its length in the event of a collision of the scaring unit with an obstacle. - a scaring unit by means of which insects can be startled and/or scared away, - at least one holding arm (3, 3.1, 4, 4.1) having a first and a second end (5, 6), - wherein the first end can be fastened to a mower of a mowing apparatus, - and wherein the second end is connected to the scaring unit such that the scaring unit and the at least one holding arm (3, 3.1, 4, 4.1) are rotatable and/or displaceable relative to one another, characterized in that - the scaring unit comprises a cross member which has for the at least one holding arm (3, 3.1, 4, 4.1) a slotted guide in which the second end of the at least one holding arm (3, 3.1, 4, 4.1) is arranged, and/or - the at least one holding arm (3, 3.1, 4, 4.1) is designed to be variable in length and is configured to automatically change its length in the event of a collision of the scaring unit with an obstacle.
A vaccine comprising: an effective amount of purified recombinant West Nile virus envelope ("E") protein as set forth in the sequence of Figure 1; and an effective amount of aluminum-based adjuvant, wherein the vaccine is formulated in a dose form of 15-50 μg per dose of said purified recombinant West Nile virus envelope ("E") protein, wherein the vaccine induces the production of neutralizing antibodies for West Nile virus in human subjects. an effective amount of purified recombinant West Nile virus envelope ("E") protein as set forth in the sequence of Figure 1; and an effective amount of aluminum-based adjuvant, wherein the vaccine is formulated in a dose form of 15-50 μg per dose of said purified recombinant West Nile virus envelope ("E") protein, wherein the vaccine induces the production of neutralizing antibodies for West Nile virus in human subjects.
Circuit breaker device for protecting an electrical low-voltage circuit, having: - a housing having grid-side connections and at least one load-side connection, - a mechanical isolating contact unit that is connected in series with an electronic interruption unit, wherein the mechanical isolating contact unit is assigned to the load-side connection and the electronic interruption unit is assigned to the grid-side connections, - wherein the mechanical isolating contact unit is able to be switched by opening contacts so as to avoid a current flow or closing the contacts to allow a current flow in the low-voltage circuit, - wherein the electronic interruption unit is able to be switched by semiconductor-based switching elements to a high-resistance state of the switching elements so as to avoid a current flow or a low-resistance state of the switching elements so as to allow a current flow in the low-voltage circuit, - a current sensor unit for ascertaining the level of the current of the low-voltage circuit, - a control unit that is connected to the current sensor unit, the mechanical isolating contact unit and the electronic interruption unit, wherein, in the event of current or/and current-time limit values being exceeded, avoidance of a current flow in the low-voltage circuit is initiated, characterized in that a series circuit consisting of a measurement impedance and a switch (Smeas) is provided between conductors of the low-voltage circuit such that, when the switch (Smeas) is closed and the electronic interruption unit is switched to the low-resistance state, a measurement current flows through the electronic interruption unit via the grid-side connections. - a housing having grid-side connections and at least one load-side connection, - a mechanical isolating contact unit that is connected in series with an electronic interruption unit, wherein the mechanical isolating contact unit is assigned to the load-side connection and the electronic interruption unit is assigned to the grid-side connections, - wherein the mechanical isolating contact unit is able to be switched by opening contacts so as to avoid a current flow or closing the contacts to allow a current flow in the low-voltage circuit, - wherein the electronic interruption unit is able to be switched by semiconductor-based switching elements to a high-resistance state of the switching elements so as to avoid a current flow or a low-resistance state of the switching elements so as to allow a current flow in the low-voltage circuit, - a current sensor unit for ascertaining the level of the current of the low-voltage circuit, - a control unit that is connected to the current sensor unit, the mechanical isolating contact unit and the electronic interruption unit, wherein, in the event of current or/and current-time limit values being exceeded, avoidance of a current flow in the low-voltage circuit is initiated,
A detection apparatus arranged to detect defects within a flexible pipe at least partially surrounded by seawater, the detection apparatus comprising: an impedance monitor arranged to measure the impedance between an electrically conductive member extending at least partially along the length of a flexible pipe and a seawater electrode in contact with seawater surrounding at least part of the flexible pipe in response to an electrical test signal applied to the electrically conductive member at first and second frequencies; and a processor arranged to detect variation of the measured impedance for an electrical test signal at a first frequency, and if a variation of the measured impedance is detected, to determine if the variation is indicative of a pipe defect, and if so to determine the distance from the seawater electrode to a pipe defect by comparison of the measured impedances at the first and second frequencies. an impedance monitor arranged to measure the impedance between an electrically conductive member extending at least partially along the length of a flexible pipe and a seawater electrode in contact with seawater surrounding at least part of the flexible pipe in response to an electrical test signal applied to the electrically conductive member at first and second frequencies; and a processor arranged to detect variation of the measured impedance for an electrical test signal at a first frequency, and if a variation of the measured impedance is detected, to determine if the variation is indicative of a pipe defect, and if so to determine the distance from the seawater electrode to a pipe defect by comparison of the measured impedances at the first and second frequencies.
An apparatus for reducing effects of tremors on the human body, the apparatus comprising a wearable element and at least one gyroscopic device mounted to the wearable element; wherein the at least one gyroscopic device comprises a gyroscope (20, 21) and a gyroscope housing (32,42,43); wherein the gyroscope has a gyroscope axis; characterised in that: the gyroscope is mounted within the housing by means of a mount (25, 30 31) which allows the gyroscope axis to precess with respect to the housing; and in that the mount comprises a hinge to which the gyroscope (20,21) is mounted and a hinge plate or hinge mount to which the hinge is mounted for rotation with respect to the gyroscope housing (32,42,43). the gyroscope is mounted within the housing by means of a mount (25, 30 31) which allows the gyroscope axis to precess with respect to the housing; and in that the mount comprises a hinge to which the gyroscope (20,21) is mounted and a hinge plate or hinge mount to which the hinge is mounted for rotation with respect to the gyroscope housing (32,42,43).
An ink cartridge, configured to be installed in an installation portion comprising multiple groups (421, 422) of contact pins and an ink supply portion (41, 410), wherein the ink cartridge has a housing, the housing has a side portion and an inner portion, an ink cartridge chip (1, 200) is installed on the housing of the ink cartridge, an accommodation portion is further disposed on the housing, and the accommodation portion is configured to accommodate the ink cartridge chip, characterized in that: the ink cartridge chip (1, 200) is installed on the side portion of the housing of the ink cartridge, the ink cartridge chip being configured for being movable relative to the housing towards the inner portion of the ink cartridge; the ink cartridge chip is installed on a chip rack (11, 300), the chip rack is installed on the side portion of the housing, the accommodation portion is further configured to accommodate the chip rack, and the chip rack is configured for being movable relative to the housing; an abutting portion is disposed on the chip rack, and an elastic element is clamped between the abutting portion and the housing; and connecting rods are disposed on two sides of the chip rack, an installation groove is provided on the housing, the connecting rods are inserted in the installation groove, and a groove wall of the installation groove that is used to support movement of the connecting rods has a projection distance in a direction perpendicular to an installation direction of the ink cartridge and toward the inner portion of the ink cartridge. the ink cartridge chip (1, 200) is installed on the side portion of the housing of the ink cartridge, the ink cartridge chip being configured for being movable relative to the housing towards the inner portion of the ink cartridge; the ink cartridge chip is installed on a chip rack (11, 300), the chip rack is installed on the side portion of the housing, the accommodation portion is further configured to accommodate the chip rack, and the chip rack is configured for being movable relative to the housing; an abutting portion is disposed on the chip rack, and an elastic element is clamped between the abutting portion and the housing; and connecting rods are disposed on two sides of the chip rack, an installation groove is provided on the housing, the connecting rods are inserted in the installation groove, and a groove wall of the installation groove that is used to support movement of the connecting rods has a projection distance in a direction perpendicular to an installation direction of the ink cartridge and toward the inner portion of the ink cartridge.
A subtalar joint implant, the implant comprising: a talar portion having a lower surface, the lower surface comprising a first region and a second region; and a calcaneal portion comprising an upper surface having a third region configured to contact the first region of the talar portion and a fourth region configured to contact the second region of the talar portion; and the second region and the fourth region comprise at least one pivot point defining a range of sliding motion of the talar portion and calcaneal portion of the implant; characterized in that: one of the first region and the third region comprises a concave component and the other of the first region and the third region comprises a convex component. a talar portion having a lower surface, the lower surface comprising a first region and a second region; and a calcaneal portion comprising an upper surface having a third region configured to contact the first region of the talar portion and a fourth region configured to contact the second region of the talar portion; and the second region and the fourth region comprise at least one pivot point defining a range of sliding motion of the talar portion and calcaneal portion of the implant; characterized in that: one of the first region and the third region comprises a concave component and the other of the first region and the third region comprises a convex component.
An intraluminal prosthesis for placement in a side branch vessel, comprising: an expandable tubular body portion with a first outer diameter, the body portion having a proximal end and a distal end; an expandable flange coupled to the proximal end of the body portion, the flange having a second outer diameter that is greater than the first diameter; and a sealing sleeve extending proximally from the expandable flange, the sealing sleeve adapted to deform to a first configuration and to deploy to a second configuration, wherein the sealing sleeve is a generally straight cylindrical hollow shape in the first configuration and the sealing sleeve rolls up to a coil that bears against the annular flange in the second configuration. an expandable tubular body portion with a first outer diameter, the body portion having a proximal end and a distal end; an expandable flange coupled to the proximal end of the body portion, the flange having a second outer diameter that is greater than the first diameter; and a sealing sleeve extending proximally from the expandable flange, the sealing sleeve adapted to deform to a first configuration and to deploy to a second configuration, wherein the sealing sleeve is a generally straight cylindrical hollow shape in the first configuration and the sealing sleeve rolls up to a coil that bears against the annular flange in the second configuration.
A propulsion mechanism adapted to be inserted in an opening in the bottom of a watercraft, the propulsion mechanism comprising a horizontal shaft; a generally vertical shaft; a pair of flexible fins (32, 34) extending below the water line; and means (24, 26) operatively associated with said fins (32, 34) for applying input force, said pair of flexible fins (32, 34) each adapted to oscillate through an arcuate path on the horizontal shaft to propel the watercraft, said horizontal shaft being continuously rotatable in either direction about the generally vertical shaft to propel said watercraft in any direction in a generally horizontal plane, whereby as input force is applied to said pair of flexible fins (32, 34), said pair of flexible fins (32, 34) twists to form an angle of attack for providing thrust while moving in both directions along said arcuate path. a horizontal shaft; a generally vertical shaft; a pair of flexible fins (32, 34) extending below the water line; and means (24, 26) operatively associated with said fins (32, 34) for applying input force, said pair of flexible fins (32, 34) each adapted to oscillate through an arcuate path on the horizontal shaft to propel the watercraft, said horizontal shaft being continuously rotatable in either direction about the generally vertical shaft to propel said watercraft in any direction in a generally horizontal plane, whereby as input force is applied to said pair of flexible fins (32, 34), said pair of flexible fins (32, 34) twists to form an angle of attack for providing thrust while moving in both directions along said arcuate path.
Baler having a longitudinal direction extending in the traveling direction of the baler, and a transverse direction, the baler comprising a frame, a gearbox, and a cross member extending in the transverse direction for coupling a top part of the gearbox to the frame, said cross member having a first end coupled to the frame and a second end coupled to the frame, wherein said top part is coupled to the cross member between said first end and said second end; characterized in that said frame is provided with a first and a second mounting bracket adapted for receiving said first end and said second end, respectively, such that the first end and the second end of the cross member is coupled to the frame in a weld-free way.
A method for wirelessly transmitting power by a wireless power transmitter (400, 500, 600, 700), the method comprising: transmitting, to a wireless power receiver (410, 550, 650, 750), power of a first level based on first information including a first load power level and a capacity of a capacitor in the wireless power receiver (410, 550, 650, 750), wherein the first load power level represents a maximum allowable power of a load of the wireless power receiver (410, 550, 650, 750); receiving, from the wireless power receiver (410, 550, 650, 750), second information including a second load power level according to a change in the load of the wireless power receiver (410, 550, 650, 750), wherein the second load power level is a power level measured at the load; and controlling a power level of the wireless power transmitter according to the second information, wherein the controlling of the power level comprises: stopping, if the second load power level is less than the first level, the transmission of the power of the first level while the load operates by an electric discharge of the capacitor according to the capacity of the capacitor; and transmitting, if the second load power level is greater than the first level, power of a second level corresponding to the second load power level. transmitting, to a wireless power receiver (410, 550, 650, 750), power of a first level based on first information including a first load power level and a capacity of a capacitor in the wireless power receiver (410, 550, 650, 750), wherein the first load power level represents a maximum allowable power of a load of the wireless power receiver (410, 550, 650, 750); receiving, from the wireless power receiver (410, 550, 650, 750), second information including a second load power level according to a change in the load of the wireless power receiver (410, 550, 650, 750), wherein the second load power level is a power level measured at the load; and controlling a power level of the wireless power transmitter according to the second information, wherein the controlling of the power level comprises: stopping, if the second load power level is less than the first level, the transmission of the power of the first level while the load operates by an electric discharge of the capacitor according to the capacity of the capacitor; and transmitting, if the second load power level is greater than the first level, power of a second level corresponding to the second load power level. stopping, if the second load power level is less than the first level, the transmission of the power of the first level while the load operates by an electric discharge of the capacitor according to the capacity of the capacitor; and transmitting, if the second load power level is greater than the first level, power of a second level corresponding to the second load power level.
An assembly comprising an instrumentation device suitable for a stationary engine; and an installation device (30A, 30B, 30C) suitable for mounting the instrumentation device to a vibrating engine frame, wherein said instrumentation device is comprised of an amplifier configured to amplify a detection signal from a cylinder internal pressure sensor, and the installation device comprises: a suspending tool including a fixing part for every cylinder head mountable and fixable to the engine frame, and an extension part connected to the fixing part and extending in a direction away from an engine frame surface; and a spring member (36, 60, 70, 80) connected at one end thereof to the extension part, and connected at the other end thereof to a holding tool (38, 50a, 50b) configured to hold the instrumentation device, wherein the position in the spring member where the spring member is connected to the extension part is set at a position preventing the instrumentation device from coming in contact with the suspending tool even by a vibration of the engine frame, wherein the instrumentation device is hung from the spring member with the spring member elongated by the own weight of the instrumentation device, and wherein a natural vibration frequency of each of the spring member and the instrumentation device is set outside a resonance occurrence region with respect to a vibration frequency of the engine frame. a suspending tool including a fixing part for every cylinder head mountable and fixable to the engine frame, and an extension part connected to the fixing part and extending in a direction away from an engine frame surface; and a spring member (36, 60, 70, 80) connected at one end thereof to the extension part, and connected at the other end thereof to a holding tool (38, 50a, 50b) configured to hold the instrumentation device, wherein the position in the spring member where the spring member is connected to the extension part is set at a position preventing the instrumentation device from coming in contact with the suspending tool even by a vibration of the engine frame, wherein the instrumentation device is hung from the spring member with the spring member elongated by the own weight of the instrumentation device, and wherein a natural vibration frequency of each of the spring member and the instrumentation device is set outside a resonance occurrence region with respect to a vibration frequency of the engine frame.