mhurhangee/ep-ind-claims huggingface dataset:
A measuring device for the geomechanical characterization of a soil, comprising: - a housing which is adapted to be secured to a dynamic penetrometer, - a power supply battery, which is accommodated in the casing, and - an electronic system, which is accommodated in the casing, which is connected to the power supply battery, and which comprises: - an accelerometer adapted to measure an acceleration of the measuring device, - a distance sensor, which is oriented towards a soil when the housing is secured to the dynamic penetrometer and which is adapted to determine a distance between the measuring device and a surface of the soil by measuring the time required for a wave emitted by the distance sensor to travel back and forth between the distance sensor and the surface of the soil, and - a processing unit, which is connected to the accelerometer and the distance sensor and which, when the electronic system is in an operating state in which the power supply battery powers entirely the electronic system, is adapted to apply a first processing to measuring signals coming from the accelerometer and the distance sensor. - a housing which is adapted to be secured to a dynamic penetrometer, - a power supply battery, which is accommodated in the casing, and - an electronic system, which is accommodated in the casing, which is connected to the power supply battery, and which comprises: - an accelerometer adapted to measure an acceleration of the measuring device, - a distance sensor, which is oriented towards a soil when the housing is secured to the dynamic penetrometer and which is adapted to determine a distance between the measuring device and a surface of the soil by measuring the time required for a wave emitted by the distance sensor to travel back and forth between the distance sensor and the surface of the soil, and - a processing unit, which is connected to the accelerometer and the distance sensor and which, when the electronic system is in an operating state in which the power supply battery powers entirely the electronic system, is adapted to apply a first processing to measuring signals coming from the accelerometer and the distance sensor. - an accelerometer adapted to measure an acceleration of the measuring device, - a distance sensor, which is oriented towards a soil when the housing is secured to the dynamic penetrometer and which is adapted to determine a distance between the measuring device and a surface of the soil by measuring the time required for a wave emitted by the distance sensor to travel back and forth between the distance sensor and the surface of the soil, and - a processing unit, which is connected to the accelerometer and the distance sensor and which, when the electronic system is in an operating state in which the power supply battery powers entirely the electronic system, is adapted to apply a first processing to measuring signals coming from the accelerometer and the distance sensor.
A method at a first computing device within an Intelligent Transportation System for a platoon or vehicle length reporting wherein the first computing device is associated with a lead vehicle of the platoon, the method comprising: receiving, at the first computing device, a reported position from a second computing device associated with an end vehicle of the platoon; finding position information for the first computing device; calculating a difference between the position found for the first computing device and the position reported from the second computing device; and using the difference for a platoon vehicle length reporting; characterised in that it further comprises: receiving a position from a third computing device associated with an intermediate vehicle; calculating a difference between the position found for the first computing device and the reported position of the third computing device; and ignoring the difference between the position found for the first computing device and the reported position of the third computing device when the difference is shorter than the difference between the position found for the first computing device and the reported position from the second computing device. receiving, at the first computing device, a reported position from a second computing device associated with an end vehicle of the platoon; finding position information for the first computing device; calculating a difference between the position found for the first computing device and the position reported from the second computing device; and using the difference for a platoon vehicle length reporting; characterised in that it further comprises: receiving a position from a third computing device associated with an intermediate vehicle; calculating a difference between the position found for the first computing device and the reported position of the third computing device; and ignoring the difference between the position found for the first computing device and the reported position of the third computing device when the difference is shorter than the difference between the position found for the first computing device and the reported position from the second computing device. receiving a position from a third computing device associated with an intermediate vehicle; calculating a difference between the position found for the first computing device and the reported position of the third computing device; and ignoring the difference between the position found for the first computing device and the reported position of the third computing device when the difference is shorter than the difference between the position found for the first computing device and the reported position from the second computing device.
A mechanical arresting disk brake comprising: an adjustment mechanism for adjusting a brake clearance (7,8) between a friction pad (5,6) and a side face of a disk rotor by turning an adjustment bolt mounted on a calliper body, a mechanical arresting lever for effecting rotation of a piston formed integrally with the adjustment bolt, and a mechanical arresting mechanism that causes braking when the mechanical arresting lever is pulled, characterised in that an indicator device for determining during braking whether the brake clearance (7,8) at the friction pad (5,6) and disk rotor has widened to more than a predetermined amount is provided on the calliper body and the mechanical arresting lever; and the indicator device has a boundary display displayed at a given adjustment position at an outer surface of the calliper body, as well as a match display coupled to the mechanical arresting lever and formed, separated by an alignment clearance from the boundary display, on the mechanical arresting lever at a calliper body side end of the mechanical arresting lever, to determine whether the brake clearance (7,8) at the friction pad (5,6) and disk rotor has widened to more than the predetermined amount by confirming a position of the match display and boundary display during braking. an adjustment mechanism for adjusting a brake clearance (7,8) between a friction pad (5,6) and a side face of a disk rotor by turning an adjustment bolt mounted on a calliper body, a mechanical arresting lever for effecting rotation of a piston formed integrally with the adjustment bolt, and a mechanical arresting mechanism that causes braking when the mechanical arresting lever is pulled, characterised in that an indicator device for determining during braking whether the brake clearance (7,8) at the friction pad (5,6) and disk rotor has widened to more than a predetermined amount is provided on the calliper body and the mechanical arresting lever; and
Device for medical treatment by means of laser light, using an optical light-conducting fibre that has a core for conducting the coupled-in laser light, the said core being surrounded by a cladding, wherein the light-exit end of the optical fibre is curved and where the exit end face of the laser light is so aligned, wherein the exit direction is transverse to a mainly straight length that immediately precedes the bend, characterised in that capillaries are arranged within the cladding and run in the longitudinal direction at a radial distance from the longitudinal axis of the optical fibre, that form, seen in cross-section, a capillary ring whose capillary cavities are separated from each other by webs whose width is less than the wavelength of the laser light and that the capillaries at the light-exit end of the optical fibre are closed by melting the optical fibre and that the light exit end is bent into a hook-shape.
A charge transporting, liquid crystal photoalignment material comprising: i) a charge transporting moiety connected through covalent chemical bonds to a surface derivatising moiety; and ii) a liquid crystal photoalignment moiety connected through covalent chemical bonds to a surface derivatising moiety. i) a charge transporting moiety connected through covalent chemical bonds to a surface derivatising moiety; and ii) a liquid crystal photoalignment moiety connected through covalent chemical bonds to a surface derivatising moiety.
A medical system including a cardiac assist unit configured to be transapically implanted into a heart, an access device including a through port, an element suitable to be implanted into a heart chamber, and wherein said through port being closed for fluid communication when said cardiac assist unit is attached to said access device, characterised by a sealing unit insertable into said through port, wherein said sealing unit is provided as a closed element having an interior with a dry zone separated from a wet zone in said heart chamber, wherein said sealing unit provides a magnetic coupling at its distal end to magnetically couple with said element implanted into said heart, wherein said cardiac assist unit is removably attachable to said access device. a cardiac assist unit configured to be transapically implanted into a heart, an access device including a through port, an element suitable to be implanted into a heart chamber, and wherein said through port being closed for fluid communication when said cardiac assist unit is attached to said access device, characterised by a sealing unit insertable into said through port, wherein said sealing unit is provided as a closed element having an interior with a dry zone separated from a wet zone in said heart chamber, wherein said sealing unit provides a magnetic coupling at its distal end to magnetically couple with said element implanted into said heart, wherein said cardiac assist unit is removably attachable to said access device.
Mower, having a plurality of mowing elements, which are positioned next to one another forming a mower bar, having a roller conditioner, which is arranged behind the mower bar, as seen in the material flow direction of mowed crop, and which has an upper conditioning roller and a lower conditioning roller, wherein the lower conditioning roller is rotatable about a lower, positionally fixed axis of rotation, wherein the upper conditioning roller is rotatable about an upper, shiftable axis of rotation in such a manner that, as a result of shifting the upper axis of rotation relative to the lower axis of rotation, a gap between the conditioning rollers (5, 6) is changeable, characterized in that the lower conditioning roller and the upper conditioning roller are coupled to each other via a scissors-like transmission, wherein a first transmission part is coupled to the lower conditioning roller and a second transmission part is coupled to the upper conditioning roller, wherein the transmission parts (10, 11) are operatively connected to each other and are shiftable in a scissors-like manner with respect to each other. having a plurality of mowing elements, which are positioned next to one another forming a mower bar, having a roller conditioner, which is arranged behind the mower bar, as seen in the material flow direction of mowed crop, and which has an upper conditioning roller and a lower conditioning roller, wherein the lower conditioning roller is rotatable about a lower, positionally fixed axis of rotation, wherein the upper conditioning roller is rotatable about an upper, shiftable axis of rotation in such a manner that, as a result of shifting the upper axis of rotation relative to the lower axis of rotation, a gap between the conditioning rollers (5, 6) is changeable, wherein the lower conditioning roller is rotatable about a lower, positionally fixed axis of rotation, wherein the upper conditioning roller is rotatable about an upper, shiftable axis of rotation in such a manner that, as a result of shifting the upper axis of rotation relative to the lower axis of rotation, a gap between the conditioning rollers (5, 6) is changeable, characterized in that the lower conditioning roller and the upper conditioning roller are coupled to each other via a scissors-like transmission, wherein a first transmission part is coupled to the lower conditioning roller and a second transmission part is coupled to the upper conditioning roller, wherein the transmission parts (10, 11) are operatively connected to each other and are shiftable in a scissors-like manner with respect to each other.
A bit interleaving method for interleaving a codeword generated by quasi-cyclic low-density parity check, QC LDPC, coding employing Q×Q circulant matrices, including repeat-accumulate QC LDPC coding, the bit interleaving method comprising: a cyclic block permutation step of applying a cyclic block permutation process to the codeword made up of N cyclic blocks each consisting of Q cyclic block bits so as to rearrange the N cyclic blocks in accordance with a cyclic block permutation rule defining a reordering of the N cyclic blocks; a bit permutation step of applying a bit permutation process to the codeword, so as to rearrange the codeword bits, after the cyclic block permutation process; and a division step of dividing the codeword, after the bit permutation process, into a plurality of constellation words, each of the constellation words being made up of M bits, wherein F is a divisor of M and Q, N is not a multiple of M/F, N' is equal to (M/F)×floor(N/(M/F)), after the cyclic block permutation process, a subset of N' cyclic blocks among the N cyclic blocks of the codeword is selected and divided into F×N'/M sections, each of the sections consisting of M/F different cyclic blocks, the (N-N') cyclic blocks not included in the selected subset of N' cyclic blocks are excluded from the bit permutation process and include a parity section of the codeword, and in the bit permutation step, for each section, the bit permutation process is applied to the Q×(M/F) bits of a given section such that M bits, including F cyclic block bits from each of M/F different cyclic blocks, are allocated to one of the Q/F constellation words associated to the given section. a cyclic block permutation step of applying a cyclic block permutation process to the codeword made up of N cyclic blocks each consisting of Q cyclic block bits so as to rearrange the N cyclic blocks in accordance with a cyclic block permutation rule defining a reordering of the N cyclic blocks; a bit permutation step of applying a bit permutation process to the codeword, so as to rearrange the codeword bits, after the cyclic block permutation process; and a division step of dividing the codeword, after the bit permutation process, into a plurality of constellation words, each of the constellation words being made up of M bits, wherein F is a divisor of M and Q, N is not a multiple of M/F, N' is equal to (M/F)×floor(N/(M/F)),
A viscous clutch comprising: a housing assembly; a rotor assembly; a working chamber operatively positioned between the housing assembly and the rotor assembly, wherein selective introduction of the shear fluid to the working chamber facilitates selective torque transmission between the housing assembly and the rotor assembly; and characterized by: a reservoir carried by the housing assembly to hold a supply of a shear fluid; a reservoir cover defining a portion of a boundary of the reservoir; an outlet bore provided in the reservoir cover to allow the shear fluid out of the reservoir to the working chamber along a fluid delivery path; a fluid return bore that extends radially through at least an outer diameter portion of the rotor assembly to the working chamber, the fluid return bore forming at least a portion of a fluid return path from the working chamber to the reservoir. a housing assembly; a rotor assembly; a working chamber operatively positioned between the housing assembly and the rotor assembly, wherein selective introduction of the shear fluid to the working chamber facilitates selective torque transmission between the housing assembly and the rotor assembly; and characterized by: a reservoir carried by the housing assembly to hold a supply of a shear fluid; a reservoir cover defining a portion of a boundary of the reservoir; an outlet bore provided in the reservoir cover to allow the shear fluid out of the reservoir to the working chamber along a fluid delivery path; a fluid return bore that extends radially through at least an outer diameter portion of the rotor assembly to the working chamber, the fluid return bore forming at least a portion of a fluid return path from the working chamber to the reservoir. a reservoir carried by the housing assembly to hold a supply of a shear fluid; a reservoir cover defining a portion of a boundary of the reservoir; an outlet bore provided in the reservoir cover to allow the shear fluid out of the reservoir to the working chamber along a fluid delivery path; a fluid return bore that extends radially through at least an outer diameter portion of the rotor assembly to the working chamber, the fluid return bore forming at least a portion of a fluid return path from the working chamber to the reservoir.
A laminated heat exchanger comprising: a first heat exchange layer (15;16;130;160;190;220) and a second heat exchange layer, each of the first heat exchange layer and the second heat exchanger layer including: a plurality of side members (62-66;133-135;166-169;194-197;224-228) that define a frame (60;132;164;192;222) having an interior portion (69;136;171;199;236), and a plurality of heat exchange members (74;100;107;113;139;175;205;234) extending between at least two of the plurality of side members across the interior portion, the plurality of heat exchange members being linked by a ligament member (93;101;108;115) to form a heat exchange member chain (72;99;106;112;137;173;203;232); wherein at least one heat exchange element (8,9) directly abuts the first heat exchange layer (15;16;130;160;190;220), the at least one heat exchange element including a substantially planar surface (23,31) and a plurality of heat exchange components, the plurality of heat exchange components (25,33) projecting outward from the substantially planar surface, and wherein 2. the first heat exchange layer and second heat exchange layer do not comprise a planar surface on which the heat exchange members are supported, and in that the first heat exchange layer is arranged adjacent to, and abutting, the second heat exchange layer to define a medium section. a plurality of side members (62-66;133-135;166-169;194-197;224-228) that define a frame (60;132;164;192;222) having an interior portion (69;136;171;199;236), and a plurality of heat exchange members (74;100;107;113;139;175;205;234) extending between at least two of the plurality of side members across the interior portion, the plurality of heat exchange members being linked by a ligament member (93;101;108;115) to form a heat exchange member chain (72;99;106;112;137;173;203;232); wherein at least one heat exchange element (8,9) directly abuts the first heat exchange layer (15;16;130;160;190;220), the at least one heat exchange element including a substantially planar surface (23,31) and a plurality of heat exchange components, the plurality of heat exchange components (25,33) projecting outward from the substantially planar surface, and wherein 2. the first heat exchange layer and second heat exchange layer do not comprise a planar surface on which the heat exchange members are supported, and in that the first heat exchange layer is arranged adjacent to, and abutting, the second heat exchange layer to define a medium section.
Torsional vibration damper for a coupling apparatus which serves to establish an operative connection between a drive and an output and has a clutch system with a clutch element which can be moved between an engaged position, in which an operative connection can be established between the drive and the output, and a disengaged position, in which the said operative connection is cancelled, and at least two damping devices (7, 8) which are arranged with a radial offset with respect to one another and which are assigned at least one absorber system which is active between the two damping devices (7, 8) and at least one additional mass which is independent of the absorber system, the clutch element being operatively connected to an input of one of the damping devices (7, 8), and an output of another of the damping devices (7, 8) being operatively connected to the output, and the output of one of the damping devices (7, 8) being operatively connected to an input of another of the damping devices (7, 8) by means of a connecting apparatus which has at least one absorber mass carrier (16; 16a, 16b) for receiving at least one absorber mass of the absorber system, characterized in that the clutch element is operatively connected to the input of the radially inner damping device, and the output of the radially outer damping device is operatively connected via the additional mass to the output, whereas the output of the radially inner damping device is operatively connected via the connecting apparatus to the input of the radially outer damping device, with the result that the additional mass and the connecting apparatus are provided such that they can be moved relative to one another.
A pressure and temperature probe of a gas turbine engine, comprising: a base portion; an end portion surface; an airfoil portion extending from the base portion to the end portion surface located at a distal end of the probe, the airfoil portion including a leading edge disposed at an upstream end of the probe relative to a direction of airflow across the probe; a temperature sensor disposed in a temperature sensor chamber located in the airfoil portion; and a temperature airflow hole at the distal end of the airfoil portion through the end portion surface, the temperature airflow hole being configured to admit an airflow into the temperature sensor chamber around the temperature sensor, the temperature airflow hole configured and positioned such that the airflow admitted via the temperature airflow hole has a turning angle of less than 90 degrees into the temperature sensor chamber. a base portion; an end portion surface; an airfoil portion extending from the base portion to the end portion surface located at a distal end of the probe, the airfoil portion including a leading edge disposed at an upstream end of the probe relative to a direction of airflow across the probe; a temperature sensor disposed in a temperature sensor chamber located in the airfoil portion; and a temperature airflow hole at the distal end of the airfoil portion through the end portion surface, the temperature airflow hole being configured to admit an airflow into the temperature sensor chamber around the temperature sensor, the temperature airflow hole configured and positioned such that the airflow admitted via the temperature airflow hole has a turning angle of less than 90 degrees into the temperature sensor chamber.