mhurhangee/ep-ind-claims huggingface dataset:
A discontinuous centrifuge comprising - a rotatable centrifuge drum incorporating a drive spindle, a casing and a base, wherein the rotatable centrifuge drum with its drive spindle, the casing and the base is suspended in swinging manner, - a hub of the centrifuge drum, which hub comprises a plurality of arms for the indirect or direct connection of the casing of the centrifuge drum to the drive spindle of the centrifuge drum, wherein the arms of the hub have upper surfaces, - a scraper for scraping a product off the inner wall of the casing of the rotatable centrifuge drum at a scraper rotational speed, wherein the scraper comprises an element which is pivotal about an axis, which axis extends in parallel with the axis of rotation of the centrifuge drum, wherein the element comprises a blade which extends over almost the entire height of the centrifuge drum and makes contact with the product after the pivotal movement, wherein the scraper is mounted independently of the swinging suspension of the centrifuge drum, wherein the scraper is not moveable vertically, characterized in that the upper surfaces of the arms of the hub are located below the drum base. - a rotatable centrifuge drum incorporating a drive spindle, a casing and a base, wherein the rotatable centrifuge drum with its drive spindle, the casing and the base is suspended in swinging manner, - a hub of the centrifuge drum, which hub comprises a plurality of arms for the indirect or direct connection of the casing of the centrifuge drum to the drive spindle of the centrifuge drum, wherein the arms of the hub have upper surfaces, - a scraper for scraping a product off the inner wall of the casing of the rotatable centrifuge drum at a scraper rotational speed, wherein the scraper comprises an element which is pivotal about an axis, which axis extends in parallel with the axis of rotation of the centrifuge drum, wherein the element comprises a blade which extends over almost the entire height of the centrifuge drum and makes contact with the product after the pivotal movement, wherein the scraper is mounted independently of the swinging suspension of the centrifuge drum, wherein the scraper is not moveable vertically, characterized in that the upper surfaces of the arms of the hub are located below the drum base.
A connection assembly for releasably connecting a golf club shaft and golf club head comprising: a shaft retainer configured to be engaged with a golf club shaft; a hosel insert configured to releasably receive and secure the shaft retainer, the hosel insert having an outer perimeter and an inner perimeter, wherein the outer perimeter is configured to be engaged with a golf club head and the inner perimeter includes a rotation inhibiting structure; and a shaft adapter having an upper end and a lower end, wherein the lower end has a spherical member configured to mate with at least a portion of the rotation inhibiting structure to prevent rotation of the shaft adapter in relation to the club head, wherein the shaft adapter is configured to be inserted into the hosel insert at a plurality of different configurations, wherein a first configuration provides different club characteristics than a second configuration wherein the spherical member includes at least one shaft adapter pin groove and the rotation inhibiting structure includes a roll pin and a hosel insert pin groove, wherein the hosel insert pin groove is configured to align with the at least one shaft adapter pin groove in order to slide the roll pin through the hosel insert pin groove and the shaft adapter pin groove. a shaft retainer configured to be engaged with a golf club shaft; a hosel insert configured to releasably receive and secure the shaft retainer, the hosel insert having an outer perimeter and an inner perimeter, wherein the outer perimeter is configured to be engaged with a golf club head and the inner perimeter includes a rotation inhibiting structure; and a shaft adapter having an upper end and a lower end, wherein the lower end has a spherical member configured to mate with at least a portion of the rotation inhibiting structure to prevent rotation of the shaft adapter in relation to the club head, wherein the shaft adapter is configured to be inserted into the hosel insert at a plurality of different configurations, wherein a first configuration provides different club characteristics than a second configuration wherein the spherical member includes at least one shaft adapter pin groove and the rotation inhibiting structure includes a roll pin and a hosel insert pin groove, wherein the hosel insert pin groove is configured to align with the at least one shaft adapter pin groove in order to slide the roll pin through the hosel insert pin groove and the shaft adapter pin groove.
A data acquisition module comprising: a base configured for disposition within a bore of a drill bit shank, the base comprising a body, a first flange of a diameter protruding radially from proximate a lower end of the body and bearing a peripheral first sealing ring, a second flange of a greater diameter protruding radially from proximate an upper end of the body and bearing a peripheral second sealing ring; and an electronics module carried by the base above the flange; the data acquisition module characterized by: an extension protruding upwardly from the second flange, of substantially the same diameter of the second flange, bearing no peripheral sealing ring thereon and having electrical contacts on a peripheral exterior surface thereof, wherein the electronics module is operably coupled to the electrical contacts of the extension; and a longitudinal bore extending through the base and the extension. a base configured for disposition within a bore of a drill bit shank, the base comprising a body, a first flange of a diameter protruding radially from proximate a lower end of the body and bearing a peripheral first sealing ring, a second flange of a greater diameter protruding radially from proximate an upper end of the body and bearing a peripheral second sealing ring; and an electronics module carried by the base above the flange; the data acquisition module characterized by: an extension protruding upwardly from the second flange, of substantially the same diameter of the second flange, bearing no peripheral sealing ring thereon and having electrical contacts on a peripheral exterior surface thereof, wherein the electronics module is operably coupled to the electrical contacts of the extension; and a longitudinal bore extending through the base and the extension. an extension protruding upwardly from the second flange, of substantially the same diameter of the second flange, bearing no peripheral sealing ring thereon and having electrical contacts on a peripheral exterior surface thereof, wherein the electronics module is operably coupled to the electrical contacts of the extension; and a longitudinal bore extending through the base and the extension.
A bolster forming an underframe of a railway car structure body, the bolster comprising: a core made of metal; characterized in that the bolster further comprises: a composite material provided along the core, the composite material including a first composite material provided on an upper surface of the core, and a second composite material provided on a lower surface of the core; and an electroconductive member penetrating the first composite material, the core, and the second composite material in a height direction of the railway car structure body. a core made of metal; characterized in that the bolster further comprises: a composite material provided along the core, the composite material including a first composite material provided on an upper surface of the core, and a second composite material provided on a lower surface of the core; and an electroconductive member penetrating the first composite material, the core, and the second composite material in a height direction of the railway car structure body. a composite material provided along the core, the composite material including a first composite material provided on an upper surface of the core, and a second composite material provided on a lower surface of the core; and an electroconductive member penetrating the first composite material, the core, and the second composite material in a height direction of the railway car structure body.
Method of detection and synchronization for a multi-station wireless communication system (WiFi) utilizing a layer, known as a Medium Access Control Layer, MAC, provided for implementing a multiple-access protocol and a physical layer, known as a Physical layer, PHY, provided in order to achieve functions of synchronization and detection, the MAC layer transmitting to the PHY layer commands for realizing said multiple-access protocol and the PHY layer generating in response at least one waveform x(t) carrying synchronization signals and detection signals, characterized in that it utilizes an orthogonal or quasi-orthogonal cyclic signal s(t) of the type s = ( s 0,..., s N -1) having a length N which verifies: { E s ̅ = 1 N ∑ i = 0 N − 1 s i = ε A s ̅ t = 1 N ∑ i = 0 N − 1 s i s i + t * = f t where E is the expected value of the signal and A ( s,t) is the autocorrelation function of the signal and ∈ = 0 or ∈ ≈ 0 and f = δ or f ≈ δ where δ is a Dirac impulse such that δ t = { 1, t = 0 0, t ≠ 0 for constructing the said at least one waveform x(t) and in that the detection signals include a repetition of the orthogonal or quasi-orthogonal cyclic signal and are generated by a repetition of Barker codes.
Lubricating pump, characterised in that it comprises screw-type pistons (2, 3) of which alternately one is in compression operation and the other is in suction operation.
A biological signal measuring apparatus comprising: a signal receiving section which is configured to receive a first signal corresponding to an intensity of a first light beam that has been passed through or reflected from a living tissue of a subject, and that has a first wavelength, and a second signal corresponding to an intensity of a second light beam that has been passed through or reflected from the living tissue, and that has a second wavelength; a first calculating section which is configured to acquire a light attenuation of the first light beam based on the first signal, and a light attenuation of the second light beam based on the second signal, wherein each of the light attenuations is calculated as a ratio of the amount of light of the first or second signal received at a certain time to that at another time; a second calculating section which is configured to acquire a blood-derived light attenuation based on the light attenuation of the first light beam, and the light attenuation of the second light beam; and a third calculating section which is configured to identify a blood fill time for filling the living tissue, based on a temporal change of the blood-derived light attenuation associated with pressurization of the living tissue. a signal receiving section which is configured to receive a first signal corresponding to an intensity of a first light beam that has been passed through or reflected from a living tissue of a subject, and that has a first wavelength, and a second signal corresponding to an intensity of a second light beam that has been passed through or reflected from the living tissue, and that has a second wavelength; a first calculating section which is configured to acquire a light attenuation of the first light beam based on the first signal, and a light attenuation of the second light beam based on the second signal, wherein each of the light attenuations is calculated as a ratio of the amount of light of the first or second signal received at a certain time to that at another time; a second calculating section which is configured to acquire a blood-derived light attenuation based on the light attenuation of the first light beam, and the light attenuation of the second light beam; and a third calculating section which is configured to identify a blood fill time for filling the living tissue, based on a temporal change of the blood-derived light attenuation associated with pressurization of the living tissue.
An oligonucleotide comprising a full length B/K type, C type, or P type immunostimulatory oligonucleotide or a core moiety with biological activity of an A/D type immunostimulatory oligonucleotide from which consecutive Gs are removed and a nucleic acid comprising a phosphorothioated nucleotide, wherein the nucleic acid has a length of 9 bases to 100 bases, and wherein the phosphorothioated nucleotide content in the nucleic acid is about 35% or greater, wherein said nucleic acid is bound to a 5' end or a 3' end of the full length of a B/K type, C type, or P type immunostimulatory oligonucleotide or the core moiety with biological activity of an A/D type immunostimulatory oligonucleotide.
Method for estimating the load of clothes in a household tumble dryer, such dryer being provided with a contact band for a moisture measuring circuit, comprising monitoring a parameter linked to the conductivity of the load of clothes vs. time, and estimating the load of clothes by analysing the dynamic behaviour of the above parameter, characterized in that the monitoring phase is carried out after having started a wetting of the clothes with a predetermined water flow rate and for a predetermined time.
A process for washing a fuel assembly of a nuclear reactor using sodium as coolant, said washing process using a method for treating sodium by immersion in carboxylate salt or amino-carboxylate salt solution, said washing process being characterized in that it comprises the following steps: - introducing said assembly into a container suitable for washing said assembly; - a prior step of adjusting the temperature of said assembly introduced into said container; said temperature adjustment step being carried out by flushing nonreactive cooling gas, possibly nitrogen, introduced into said container; - injecting carboxylate salt or amino-carboxylate salt solution into said container so as to immerse said assembly in said solution; - circulating said solution in said container, so as to extract the hydrogen formed in said container, the hydrogen being formed by reaction of sodium with said solution. - introducing said assembly into a container suitable for washing said assembly; - a prior step of adjusting the temperature of said assembly introduced into said container; said temperature adjustment step being carried out by flushing nonreactive cooling gas, possibly nitrogen, introduced into said container; - injecting carboxylate salt or amino-carboxylate salt solution into said container so as to immerse said assembly in said solution; - circulating said solution in said container, so as to extract the hydrogen formed in said container, the hydrogen being formed by reaction of sodium with said solution.
A system for determining a location of a radio frequency, RF, emitter transmitting an RF signal, the system characterized by: a long baseline interferometer, LBI, including a first antenna and a second antenna positioned on a vehicle to receive the RF signal transmitted by the RF emitter; a short baseline interferometer, SBI, including a third antenna and a fourth antenna positioned on the vehicle to receive the RF signal transmitted by the RF emitter; and a processor positioned on the vehicle configured to: a) determine a first phase rate of change, PROC, of the RF signal received by the LBI over a short time interval to produce a short time interval range estimate of the RF emitter, b) determine a second PROC of the RF signal received by the LBI over a long time interval which is greater than the short time interval, to produce a plurality of long time interval range estimates of the RF emitter, c) determine an angle of arrival, AOA, of the RF signal received by the SBI, d) select one of the plurality of long time interval range estimates which is closest to the short time interval range estimate, and e) determine the location of the RF emitter based on the selected long time interval range estimate and the determined AOA in step c. a long baseline interferometer, LBI, including a first antenna and a second antenna positioned on a vehicle to receive the RF signal transmitted by the RF emitter; a short baseline interferometer, SBI, including a third antenna and a fourth antenna positioned on the vehicle to receive the RF signal transmitted by the RF emitter; and a processor positioned on the vehicle configured to: a) determine a first phase rate of change, PROC, of the RF signal received by the LBI over a short time interval to produce a short time interval range estimate of the RF emitter, b) determine a second PROC of the RF signal received by the LBI over a long time interval which is greater than the short time interval, to produce a plurality of long time interval range estimates of the RF emitter, c) determine an angle of arrival, AOA, of the RF signal received by the SBI, d) select one of the plurality of long time interval range estimates which is closest to the short time interval range estimate, and e) determine the location of the RF emitter based on the selected long time interval range estimate and the determined AOA in step c. a) determine a first phase rate of change, PROC, of the RF signal received by the LBI over a short time interval to produce a short time interval range estimate of the RF emitter, b) determine a second PROC of the RF signal received by the LBI over a long time interval which is greater than the short time interval, to produce a plurality of long time interval range estimates of the RF emitter, c) determine an angle of arrival, AOA, of the RF signal received by the SBI, d) select one of the plurality of long time interval range estimates which is closest to the short time interval range estimate, and e) determine the location of the RF emitter based on the selected long time interval range estimate and the determined AOA in step c.
Control assembly (10; 20, 24) for a rail vehicle, with - at least one control device, which is connected or can be connected for receiving sensor signals (AV-1; AV-2; AV-3; AV-4), wherein the sensor signals (AV-1; AV-2; AV-3; AV-4) each represent at least one speed; - at least one bus connector, by means of which the control device is connected or can be connected for data exchange to a data bus of the rail vehicle; - wherein the control device is designed to produce a standstill signal (SD-12) based on the sensor signals (AV-1; AV-2; AV-3; AV-4) and to transfer it to the data bus; - a standstill determination device that can receive standstill signals (SD-12, SD-14, SD-16, SD-18) by means of the data bus; - wherein the standstill determination device is designed to determine whether the rail vehicle is at a standstill based on standstill signals (SD-12, SD-14, SD-16, SD-18) received by means of the data bus. - at least one control device, which is connected or can be connected for receiving sensor signals (AV-1; AV-2; AV-3; AV-4), wherein the sensor signals (AV-1; AV-2; AV-3; AV-4) each represent at least one speed; - at least one bus connector, by means of which the control device is connected or can be connected for data exchange to a data bus of the rail vehicle; - wherein the control device is designed to produce a standstill signal (SD-12) based on the sensor signals (AV-1; AV-2; AV-3; AV-4) and to transfer it to the data bus; - a standstill determination device that can receive standstill signals (SD-12, SD-14, SD-16, SD-18) by means of the data bus; - wherein the standstill determination device is designed to determine whether the rail vehicle is at a standstill based on standstill signals (SD-12, SD-14, SD-16, SD-18) received by means of the data bus.
A method of producing a bioscaffold having increased pore size and porosity, the method comprising: decellularizing a tissue with an oxidant and a detergent simultaneously to remove extraneous extracellular matrix material and increase the average pore size and porosity of said tissue, wherein decellularizing a tissue with an oxidant and a detergent simultaneously comprises contacting the tissue with an aqueous solution comprising said oxidant and said detergent, wherein said oxidant is present in the solution at a concentration of between 1 and 32% (w/v). decellularizing a tissue with an oxidant and a detergent simultaneously to remove extraneous extracellular matrix material and increase the average pore size and porosity of said tissue, wherein decellularizing a tissue with an oxidant and a detergent simultaneously comprises contacting the tissue with an aqueous solution comprising said oxidant and said detergent, wherein said oxidant is present in the solution at a concentration of between 1 and 32% (w/v).
Diffusion device for a motor vehicle, for at least one volatile agent (AV1, AV2), comprising a housing comprising an ambient air inlet, a treated air outlet, a diffusion chamber capable of receiving an insert, said insert housing the volatile agent (AV1, AV2), said diffusion chamber being in communication with the fresh air inlet and the treated air outlet, the device further comprising an electric actuator rotating the insert about an axis of rotation and a blower fixed on the housing, characterized in that the diffusion chamber receives the insert via the treated air outlet, in that said device comprises a cap covering a treated air outlet of the housing, with holes 16 being disposed on the cap to allow the treated air flow to be discharged from the diffusion device 1, and in that said diffusion device is capable of being housed in a diffuser support (SAe) so that a treated air flow exiting a hole encounters the air flow F exiting the diffuser Ae.
A tree protector for animals consisting of one plastic sheet of one meter height configured to embrace a perimeter of a trunk of a tree, wherein the plastic sheet is made of a resistant, glossy, shiny and flexible plastic material; a plurality of substantially equally-sized round holes along the length and height of the plastic sheet, wherein the plurality of round holes are configured for allowing the trunk of the tree to breathe, and wherein the round holes are (i) arranged in a lattice substantially covering the entire height of the plastic sheet, (ii) are substantially equidistant relative to their immediate neighbors and have a diameter that is smaller than the distance from their immediate neighbors and (iii) along the height of the plastic sheet three round holes are arranged; and two wired cables (3, 4) fitted along the length of the plastic sheet, wherein the two wired cables (3, 4) are configured (a) to pass lengthwise through both parallel edges of the plastic sheet and come out of the sheet, and (b) for tying the plastic sheet to the perimeter of the trunk of the tree. a plurality of substantially equally-sized round holes along the length and height of the plastic sheet, wherein the plurality of round holes are configured for allowing the trunk of the tree to breathe, and wherein the round holes are (i) arranged in a lattice substantially covering the entire height of the plastic sheet, (ii) are substantially equidistant relative to their immediate neighbors and have a diameter that is smaller than the distance from their immediate neighbors and (iii) along the height of the plastic sheet three round holes are arranged; and (i) arranged in a lattice substantially covering the entire height of the plastic sheet, (ii) are substantially equidistant relative to their immediate neighbors and have a diameter that is smaller than the distance from their immediate neighbors and (iii) along the height of the plastic sheet three round holes are arranged; and two wired cables (3, 4) fitted along the length of the plastic sheet, wherein the two wired cables (3, 4) are configured (a) to pass lengthwise through both parallel edges of the plastic sheet and come out of the sheet, and (b) for tying the plastic sheet to the perimeter of the trunk of the tree.