mhurhangee/ep-ind-claims huggingface dataset:
Device comprising a gabion basket, which comprises grid-like outer walls, as a noise protection element, the interior of the gabion basket comprising at least two separate regions, each of the regions extending over the entire height and the entire width of the gabion basket, and the regions of the gabion basket being delimited by at least one separating means, at least one separating means extending over the entire height and the entire width of the gabion basket, the region facing the noise source being filled with a first filling material and the region facing away from the noise source comprising unbound insulation and support material, characterized in that • the first filling material and the insulation and support material have a pH of 6.5 to 8 • the region facing the noise source occupies more than 5% and less than 50% of the total fillable internal volume of the gabion basket, • the mesh size of the wall of the gabion basket facing the noise source is more than 20 mm x 20 mm and less than 100 mm x 100 mm and • the unbound insulation and support material is machine-compacted and, after compaction, cannot be compacted further than 2 cm per meter of height at 500 kN. • the first filling material and the insulation and support material have a pH of 6.5 to 8 • the region facing the noise source occupies more than 5% and less than 50% of the total fillable internal volume of the gabion basket, • the mesh size of the wall of the gabion basket facing the noise source is more than 20 mm x 20 mm and less than 100 mm x 100 mm and • the unbound insulation and support material is machine-compacted and, after compaction, cannot be compacted further than 2 cm per meter of height at 500 kN.
A glass composition for glass fiber comprising: SiO 2 in a range of 45.60 to 56.90% by mass, Al 2 O 3 in a range of 10.00 to 16.00% by mass, CaO in a range of 17.00 to 25.00% by mass, TiO 2 in a range of 0.01 to 9.50% by mass, P 2 O 5 in a range of 0.03 to 7.00% by mass, ZnO in a range of 0.00 to 9.50% by mass, SO 3 in a range of 0.00 to 2.00% by mass, ZnO and SO 3 in a range of 0.01 to 11.50% by mass in total, and Na 2 O, K 2 O, and Li 2 O in a range of 0.00 to 2.00% by mass in total, with respect to the total amount of the glass composition for glass fiber, wherein a content SI of SiO 2, a content A of Al 2 O 3, a content C of CaO, a content T of TiO 2, a content P of P 2 O 5, a content Z of ZnO, and a content SO of SO 3 satisfy following formula: 15.0 ≤ SI / C 2 × A / T × P / SO + Z 1 / 4 ≤ 690.1 SiO 2 in a range of 45.60 to 56.90% by mass, Al 2 O 3 in a range of 10.00 to 16.00% by mass, CaO in a range of 17.00 to 25.00% by mass, TiO 2 in a range of 0.01 to 9.50% by mass, P 2 O 5 in a range of 0.03 to 7.00% by mass, ZnO in a range of 0.00 to 9.50% by mass, SO 3 in a range of 0.00 to 2.00% by mass, ZnO and SO 3 in a range of 0.01 to 11.50% by mass in total, and Na 2 O, K 2 O, and Li 2 O in a range of 0.00 to 2.00% by mass in total, with respect to the total amount of the glass composition for glass fiber, wherein a content SI of SiO 2, a content A of Al 2 O 3, a content C of CaO, a content T of TiO 2, a content P of P 2 O 5, a content Z of ZnO, and a content SO of SO 3 satisfy following formula: 15.0 ≤ SI / C 2 × A / T × P / SO + Z 1 / 4 ≤ 690.1
A landing gear door damping mechanism comprising: a damper; and a coupling mechanism comprising: - a coupling member which is pivotally attached to the damper and has a pivot bearing for pivotally connecting the coupling member to a landing gear door when in use characterised in that the coupling member has a fitting (22,40) which can be engaged with the coupling member to couple the fitting with the damper and disengaged with the coupling member to decouple the fitting from the damper. - a pair of parallel planar faces which taper outwardly from the pivot bearing to a convex curved edge, an upper edge and a lower edge; and - a first and a second recess formed in the convex curved edge - a rib between the first and the second recesses - a third recess formed in the lower edge a damper; and a coupling mechanism comprising: - a coupling member which is pivotally attached to the damper and has a pivot bearing for pivotally connecting the coupling member to a landing gear door when in use characterised in that the coupling member has a fitting (22,40) which can be engaged with the coupling member to couple the fitting with the damper and disengaged with the coupling member to decouple the fitting from the damper. - a pair of parallel planar faces which taper outwardly from the pivot bearing to a convex curved edge, an upper edge and a lower edge; and - a first and a second recess formed in the convex curved edge - a rib between the first and the second recesses - a third recess formed in the lower edge - a coupling member which is pivotally attached to the damper and has a pivot bearing for pivotally connecting the coupling member to a landing gear door when in use characterised in that the coupling member has a fitting (22,40) which can be engaged with the coupling member to couple the fitting with the damper and disengaged with the coupling member to decouple the fitting from the damper. - a pair of parallel planar faces which taper outwardly from the pivot bearing to a convex curved edge, an upper edge and a lower edge; and - a first and a second recess formed in the convex curved edge - a rib between the first and the second recesses - a third recess formed in the lower edge
Hand-guided floor treatment device having a bottom part (3, 3a) which includes at least one tool (11, 11a) which is rotatable on a floor by means of a drive, and having a guide part (2, 2a) which includes at least one handle and is connected to the bottom part (3, 3a) by means of an articulated arrangement (9, 9a), which articulation is designed such that the guide part (2, 2a), proceeding from a perpendicular, is pivotable in relation to the perpendicular to angular positions revolving in all directions and is operatively connected to the bottom part (3, 3a) so as to transmit torque in an angularly limited manner in any angular position relative to the perpendicular, characterized in that the at least one rotatable tool (11, 11a) is arranged on the bottom part (3, 3a) in such a manner that, when the floor treatment device (1, 1 a) is operating, the at least one rotatable tool (11, 11 a) exerts permanent linear propulsion on the bottom part (3, 3a), in that the floor treatment device is implemented as a wet cleaning machine, in particular as a scrubber-drier machine (1, 1 a), and comprises a suction strip arrangement (12, 12a) which - when viewed in the direction of propulsion - is arranged behind the rotatable tool (11, 11a) and in operation rests on the floor, and in that on the bottom part at least one support means is provided, to support the bottom part in a tilted transport or storage position statically determined on the floor.
Measuring device (100; 300; 400) for indicating level of fatigue, the measuring device comprising a cuff (306; 402), with two electrodes (102, 103; 303, 304), anode and cathode, and a current generator which is arranged to form impulses for electrodes, wherein the cuff is provided in a way that it can be placed on the wrist such that at least one of the electrodes is on the volar side of the hand at the point of the median nerve, and the measuring device further comprises an accelerometer (101; 305), that is provided to produce a signal, when the accelerometer detects a movement, and the measuring device further comprises a control arrangement, that is provided - to guide the current generator to produce impulses and to monitor the signal of the accelerometer, - to grow the intensity of the impulses in regard to time, - to stop producing impulses, when the signal produced by the accelerometer is detected, and - to save at least the intensity value of the latest impulse and time ΔT, which is the difference between the points of time of the signal produced by the accelerometer and said latest impulse. - to guide the current generator to produce impulses and to monitor the signal of the accelerometer, - to grow the intensity of the impulses in regard to time, - to stop producing impulses, when the signal produced by the accelerometer is detected, and - to save at least the intensity value of the latest impulse and time ΔT, which is the difference between the points of time of the signal produced by the accelerometer and said latest impulse.
A Power Line Communications, PLC, device adapted for transmitting data symbols on a plurality of sub-carriers via a first transmission channel and a second transmission channel, wherein each subcarrier is represented once on each transmission channel, comprising a demultiplexer unit configured to receive an input bit stream and to provide a first and a second split bit stream, wherein continuous sequences of consecutive bits of the input bit stream are alternately allocated to the first and the second split bit streams; a first symbol mapper unit configured to map bits included in the first split bit stream to first data symbols for the sub-carriers of the first transmission channel and a second symbol mapper unit configured to map bits included in the second split bit stream to second data symbols for the sub-carriers of the second transmission channel, wherein the demultiplexer unit is configured to determine a number of bits allocated to the split bit streams according to constellation information indicating constellations used by the symbol mapper units (10-1, 10-2), each of the first data symbols represents a continuous sequence of bits from the input bit stream, each of the second data symbols represents a continuous sequence of bits from the input bit stream, and a group of first and second data symbols assigned to a corresponding sub-carrier of the first and the second transmission channels represents a continuous bit sequence from the input bit stream.
A method for managing an online charging session, the method comprising: establishing a subscriber data session on a network, via a Policy Charging Enforcement Function, PCEF; establishing a connection with an initial online charging system, via a control plane engine; detecting a change in subscriber's location to or from a roaming location, via the control plane engine; determining, via a processor, whether the change in the subscriber's location is associated with a change in the online charging system; if the change in subscriber's location is associated with a change in the online charging system, determining a new online charging system for the subscriber data session, wherein the new online charging system is determined based on the roaming location; terminating the connection to the initial online charging system by terminating the Gy session with the initial online charging system and without terminating the subscriber data session; and establishing a connection with the new online charging system, via a Policy and Charging Rules Function, PCRF, by starting a new Gy session with the new online charging system; otherwise continuing the connection with the initial online charging system. establishing a subscriber data session on a network, via a Policy Charging Enforcement Function, PCEF; establishing a connection with an initial online charging system, via a control plane engine; detecting a change in subscriber's location to or from a roaming location, via the control plane engine; determining, via a processor, whether the change in the subscriber's location is associated with a change in the online charging system; if the change in subscriber's location is associated with a change in the online charging system, determining a new online charging system for the subscriber data session, wherein the new online charging system is determined based on the roaming location; terminating the connection to the initial online charging system by terminating the Gy session with the initial online charging system and without terminating the subscriber data session; and establishing a connection with the new online charging system, via a Policy and Charging Rules Function, PCRF, by starting a new Gy session with the new online charging system; determining a new online charging system for the subscriber data session, wherein the new online charging system is determined based on the roaming location; terminating the connection to the initial online charging system by terminating the Gy session with the initial online charging system and without terminating the subscriber data session; and establishing a connection with the new online charging system, via a Policy and Charging Rules Function, PCRF, by starting a new Gy session with the new online charging system; otherwise continuing the connection with the initial online charging system.
A method of preparing a porous silicon film, wherein the method comprises: etching a silicon material, wherein the etching comprises exposure of the silicon material to an electric current density, and wherein the etching produces a porous silicon film over a silicon substrate; and gradually increasing of the electric current density in sequential increments, wherein the gradual increase of the electric current density causes separation of the porous silicon film from the silicon substrate. etching a silicon material, wherein the etching comprises exposure of the silicon material to an electric current density, and wherein the etching produces a porous silicon film over a silicon substrate; and wherein the etching comprises exposure of the silicon material to an electric current density, and wherein the etching produces a porous silicon film over a silicon substrate; and gradually increasing of the electric current density in sequential increments, wherein the gradual increase of the electric current density causes separation of the porous silicon film from the silicon substrate.
A method of lyophilizing a material comprising the steps of: pressurizing the gas atmosphere within a chamber to a pressure between ambient pressure and 172,4 kPa (25 psi) above ambient pressure and cooling the material in the pressurized chamber at a prescribed cooling rate to a desired nucleation temperature rapidly decreasing the pressure in the chamber in 40 seconds or less or at a pressure rate drop, ΔP/Δt, greater than 1.4 kPa (0.2 psi) per second to induce nucleation of freezing in the material at the desired nucleation temperature; further cooling the nucleated material to or below a final temperature to freeze the material; and drying the frozen material to produce a dried product having reduced moisture or solvent. pressurizing the gas atmosphere within a chamber to a pressure between ambient pressure and 172,4 kPa (25 psi) above ambient pressure and cooling the material in the pressurized chamber at a prescribed cooling rate to a desired nucleation temperature rapidly decreasing the pressure in the chamber in 40 seconds or less or at a pressure rate drop, ΔP/Δt, greater than 1.4 kPa (0.2 psi) per second to induce nucleation of freezing in the material at the desired nucleation temperature; further cooling the nucleated material to or below a final temperature to freeze the material; and drying the frozen material to produce a dried product having reduced moisture or solvent.
A method performed by a first mobile device, the method comprising: detecting an activity update to an account associated with the first mobile device; communicating the activity update to a plurality of account contacts; receiving a plurality of responses (408, 410, 504, 506) to the communicated update from the plurality of account contacts; displaying, in a display of the first mobile device, an activity update view having at least some of the plurality of responses appended to the activity update as chat stubs, wherein each chat stub: comprises at least a portion of a messaging session related to the activity update between the account and a corresponding account contact; is private and peer-to-peer between the account and the corresponding account contact; and is selectable to initiate an instant messaging session between the account and the corresponding account contact; and displaying, on the display of the first mobile device, a messaging view of an instant messaging session between the account and an account contact corresponding to a selected one of the displayed chat stubs, the messaging view displaying the activity update in association with the response corresponding to the selected chat stub. detecting an activity update to an account associated with the first mobile device; communicating the activity update to a plurality of account contacts; receiving a plurality of responses (408, 410, 504, 506) to the communicated update from the plurality of account contacts; displaying, in a display of the first mobile device, an activity update view having at least some of the plurality of responses appended to the activity update as chat stubs, wherein each chat stub: comprises at least a portion of a messaging session related to the activity update between the account and a corresponding account contact; is private and peer-to-peer between the account and the corresponding account contact; and is selectable to initiate an instant messaging session between the account and the corresponding account contact; and comprises at least a portion of a messaging session related to the activity update between the account and a corresponding account contact; is private and peer-to-peer between the account and the corresponding account contact; and is selectable to initiate an instant messaging session between the account and the corresponding account contact; and displaying, on the display of the first mobile device, a messaging view of an instant messaging session between the account and an account contact corresponding to a selected one of the displayed chat stubs, the messaging view displaying the activity update in association with the response corresponding to the selected chat stub.
A lactic acid residue containing polymer composition comprising: (a) polylactide polymer having a number average molecular weight of between 25,000 and 200,000; (b) lactide, if present at all, is present in a concentration of less than 0.5 wt.% based on the weight of the lactic acid residue containing polymer composition; (c) between 0.01 and 2 wt.% catalyst deactivating agent having a molecular weight greater than 500, wherein the catalyst deactivating agent includes, on average, more than two carboxylic acid groups per molecule. (a) polylactide polymer having a number average molecular weight of between 25,000 and 200,000; (b) lactide, if present at all, is present in a concentration of less than 0.5 wt.% based on the weight of the lactic acid residue containing polymer composition; (c) between 0.01 and 2 wt.% catalyst deactivating agent having a molecular weight greater than 500, wherein the catalyst deactivating agent includes, on average, more than two carboxylic acid groups per molecule.
A loudspeaker system for the reproduction of acoustic waves of music, sounds and speech in a substantially circular horizontal plane, said loudspeaker system comprising multiple enclosures (100,200,300), wherein each enclosure (100,200,300) is a sphere and houses a pair of transducers (2A,2B; 3A,3B; 4A,4B; 5C,5D; 6B,6C), each pair of transducers (2A,2B; 3A,3B; 4A,4B; 5C,5D; 6B,6C) reproducing acoustic waves of a predetermined frequency range, wherein a first of said spherical enclosures comprises a woofer enclosure, said woofer enclosure housing an opposed pair of low-frequency transducers (2A,2B; 3A,3B) operating in phase with one another, and wherein said woofer enclosure comprising an upper hemisphere and a lower hemisphere, said upper and lower hemispheres being opposedly mounted and being separated by spacers for establishing a substantially horizontally oriented open region through which low-frequency acoustic waves emanate from said low-frequency transducers (2A,2B; 3A,3B), and wherein each transducer (2A,2B; 3A,3B; 4A,4B, 5C,5C; 6B,6C) is housed in slightly less than a hemisphere in order to allow for the opening around the equator of said sphere.
A solid composition for preparing a solid agar growth medium by mixing the solid composition with an aqueous solution, the solid composition comprising luciferase, D-luciferin, nutrients, and agar.
A cycling garment comprising a seat pad (20,120,220) having a rear section (24,124,224) oriented to align with a buttocks region of a cyclist, an opposed front section (22,122,222) and an intermediate section (26,126,226) extending therebetween, the seat pad (20,120,220) having a longitudinal axis extending from the front section towards the rear section (24,124,224), characterized by a triangular shaped section comprising an elastic fabric piece (52,252) connecting opposed inner edges of the seat pad adjacent to the lateral edges of the triangular shaped section, the fabric piece (52,252) being thinner than the adjacent seat pad sections, the triangular shaped section extending inwardly from a peripheral edge of the seat pad (20,120,220) in at least one of the front section (22,122,222) and the rear section (24,124,224), the triangular shaped section being oriented along substantially the longitudinal axis and having two inner edges extending on each side of the longitudinal axis to connect to inner edges of the seat pad (20,120,220), the triangular shaped section creating a discontinuity by being more extensible than the adjacent seat pad sections.
A method, comprising: receiving, by a device, a target data set for a target population associated with a first spectroscopic model to update the first spectroscopic model; obtaining, by the device, a master data set for the first spectroscopic model; determining, by the device, an optimal partial least squares factor using cross-validation, wherein the optimal PLS factor is determined based on a plurality of training data sets, each training data set including a respective portion of the target data set and all of the master data set and based on a plurality of validation data sets, each validation data set including a respective portion of the target data set and not including data of the master data set; merging, by the device, the target data set and the master data set to generate a merged data set; generating, by the device and using the merged data set and the optimal PLS factor, a second spectroscopic model, wherein the second spectroscopic model is an update of the first spectroscopic model; and providing, by the device, the second spectroscopic model to replace the first spectroscopic model. receiving, by a device, a target data set for a target population associated with a first spectroscopic model to update the first spectroscopic model; obtaining, by the device, a master data set for the first spectroscopic model; determining, by the device, an optimal partial least squares factor using cross-validation, wherein the optimal PLS factor is determined based on a plurality of training data sets, each training data set including a respective portion of the target data set and all of the master data set and based on a plurality of validation data sets, each validation data set including a respective portion of the target data set and not including data of the master data set; merging, by the device, the target data set and the master data set to generate a merged data set; generating, by the device and using the merged data set and the optimal PLS factor, a second spectroscopic model, wherein the second spectroscopic model is an update of the first spectroscopic model; and providing, by the device, the second spectroscopic model to replace the first spectroscopic model.