mhurhangee/patent-ind-claim-en huggingface dataset:
A roller tool for a soil processing roller of a soil processing machine, comprising a replaceable tool holder to be fixed on an outer peripheral side of a carrier casing , wherein the replaceable tool holder has an attachment region for fixed attachment to an outer peripheral surface of the carrier casing and a replaceable tool holder opening elongated in the direction of an opening longitudinal axis (Lo) for accommodating a replaceable tool shaft of a replaceable tool (24; 24') to be detachably fixed on the replaceable tool holder , characterized in that the replaceable tool holder comprises: - a first replaceable tool holder part , wherein the attachment region is completely provided on the first replaceable tool holder part , - a second replaceable tool holder part to be detachably attached to the first replaceable tool holder part , wherein the second replaceable tool holder part , together with the first replaceable tool holder part , delimits the replaceable tool holder opening in the circumferential direction around the opening longitudinal axis (L O ). - a first replaceable tool holder part , wherein the attachment region is completely provided on the first replaceable tool holder part , - a second replaceable tool holder part to be detachably attached to the first replaceable tool holder part , wherein the second replaceable tool holder part , together with the first replaceable tool holder part , delimits the replaceable tool holder opening in the circumferential direction around the opening longitudinal axis (L O ).
A pneumatic tire for two-wheeled motor vehicles, comprising: a tread portion formed in an annular shape; side wall portions and bead portions, which continuously extend on the respective ends of the tread portion; a carcass composed of at least three layers of carcass plies toroidally extending on the tire radial-direction inner side of the tread portion; a belt composed of at least two belt layers arranged on the tire radial-direction outer side of the carcass; and bead cores embedded in the bead portions, wherein the at least three layers of carcass plies have a bias structure, and the at least three layers of carcass plies comprise at least two layers of turn-up carcass plies which are folded back around the bead cores, and at least one layer of down carcass ply which is arranged on the tire radial-direction outer side of the turn-up carcass plies and terminated on the tire width-direction outer side of the bead portions without being folded back around the bead cores. a tread portion formed in an annular shape; side wall portions and bead portions, which continuously extend on the respective ends of the tread portion; a carcass composed of at least three layers of carcass plies toroidally extending on the tire radial-direction inner side of the tread portion; a belt composed of at least two belt layers arranged on the tire radial-direction outer side of the carcass; and bead cores embedded in the bead portions, wherein the at least three layers of carcass plies have a bias structure, and the at least three layers of carcass plies comprise at least two layers of turn-up carcass plies which are folded back around the bead cores, and at least one layer of down carcass ply which is arranged on the tire radial-direction outer side of the turn-up carcass plies and terminated on the tire width-direction outer side of the bead portions without being folded back around the bead cores.
Process for drying at a temperature comprised between 20°C and 30°C or a temperature comprised between -30°C and 20°C a suspension of hydrogel microcapsules, said method comprising the steps of: (i) providing an aqueous suspension of hydrogel microcapsules, each microcapsule comprising an oil phase containing a hydrophobic active ingredient, preferably a perfume or a flavor; wherein the weight ratio between microcapsules and water is preferably above 0.8; (ii) mixing the suspension obtained in step (i) with hydrophobic particles to obtain free-flowing microcapsules; (iii) drying the free-flowing microcapsules obtained in step (ii) by mixing the microcapsules with a desiccant and/or by submitting the microcapsules under a gas flow to obtain a dried free-flowing microcapsules powder; and (iv) optionally, sifting the dried microcapsules powder to remove the excess desiccant. (i) providing an aqueous suspension of hydrogel microcapsules, each microcapsule comprising an oil phase containing a hydrophobic active ingredient, preferably a perfume or a flavor; wherein the weight ratio between microcapsules and water is preferably above 0.8; (ii) mixing the suspension obtained in step (i) with hydrophobic particles to obtain free-flowing microcapsules; (iii) drying the free-flowing microcapsules obtained in step (ii) by mixing the microcapsules with a desiccant and/or by submitting the microcapsules under a gas flow to obtain a dried free-flowing microcapsules powder; and (iv) optionally, sifting the dried microcapsules powder to remove the excess desiccant.
A coupled inductor , comprising: a magnetic core and windings , N being at least three, wherein the magnetic core comprises: • N first magnetic cylinders , N-1, being at least two, second magnetic cylinders , and two opposite magnet yokes and each of the N windings is arranged on a corresponding first magnetic cylinder of the N first magnetic cylinders , wherein the N first magnetic cylinders and the N-1 second magnetic cylinders have a cylinder, triangular prism, rectangular, or polygonal prism shape, • the N first magnetic cylinders and the N-1 second magnetic cylinders are disposed between the two opposite magnet yokes; • the N first magnetic cylinders are arranged along a first straight line and the N-1 second magnetic cylinders are arranged on a second straight line, and an extension direction of the first straight line is parallel to an extension direction of the second straight line, wherein the first straight line is distanced to the second straight line, and • in the extension direction of the first or second straight line, a first second magnetic cylinder of the N-1 second magnetic cylinders is arranged between a first and a second first magnetic cylinder of the N first magnetic cylinders and a second second magnetic cylinder of the N-1 second magnetic cylinders is arranged between the second and a third first magnetic cylinder of the N first magnetic cylinders . • N first magnetic cylinders , N-1, being at least two, second magnetic cylinders , and two opposite magnet yokes and each of the N windings is arranged on a corresponding first magnetic cylinder of the N first magnetic cylinders , wherein the N first magnetic cylinders and the N-1 second magnetic cylinders have a cylinder, triangular prism, rectangular, or polygonal prism shape, • the N first magnetic cylinders and the N-1 second magnetic cylinders are disposed between the two opposite magnet yokes; • the N first magnetic cylinders are arranged along a first straight line and the N-1 second magnetic cylinders are arranged on a second straight line, and an extension direction of the first straight line is parallel to an extension direction of the second straight line, wherein the first straight line is distanced to the second straight line, and • in the extension direction of the first or second straight line, a first second magnetic cylinder of the N-1 second magnetic cylinders is arranged between a first and a second first magnetic cylinder of the N first magnetic cylinders and a second second magnetic cylinder of the N-1 second magnetic cylinders is arranged between the second and a third first magnetic cylinder of the N first magnetic cylinders .
A ventricular assist device comprising: a rotary pump configured to be implantable in fluid communication with a heart and systemic circulation of a subject to assist blood flow from the heart to the systemic circulation; a pump drive circuit for applying power to the pump; a pump drive circuit to control the speed of the pump; one or more sensors for sensing one or more electrogram signals in a patient; and a signal processing circuit in communication with the sensors and the pump drive circuit, the signal processing circuit being operative to receive the subcutaneous ECG signals, wherein the signal processing circuit is operative to determine the presence or absence of a reduction in cardiac blood flow or an ischemic condition or myocardial infarction condition based on subcutaneous pre-cordial electrode signals, and to control power supplied to the pump from the pump drive circuit so as to control the speed of the pump and operate the pump in a normal sinus rhythm mode in the absence of an ischemic condition or myocardial infarction condition, and to operate the pump in at least one modified mode of operation in the presence of an ischemic condition or myocardial infarction condition, wherein the circuit is operable to detect an ischemic condition and the at least one modified mode of operation includes at least one ischemia mode different from the normal sinus rhythm mode, and wherein the at least one ischemia mode includes a pulsatile mode different from the normal sinus rhythm mode. a rotary pump configured to be implantable in fluid communication with a heart and systemic circulation of a subject to assist blood flow from the heart to the systemic circulation; a pump drive circuit for applying power to the pump; a pump drive circuit to control the speed of the pump; one or more sensors for sensing one or more electrogram signals in a patient; and a signal processing circuit in communication with the sensors and the pump drive circuit, the signal processing circuit being operative to receive the subcutaneous ECG signals, wherein the signal processing circuit is operative to determine the presence or absence of a reduction in cardiac blood flow or an ischemic condition or myocardial infarction condition based on subcutaneous pre-cordial electrode signals, and to control power supplied to the pump from the pump drive circuit so as to control the speed of the pump and operate the pump in a normal sinus rhythm mode in the absence of an ischemic condition or myocardial infarction condition, and to operate the pump in at least one modified mode of operation in the presence of an ischemic condition or myocardial infarction condition, wherein the circuit is operable to detect an ischemic condition and the at least one modified mode of operation includes at least one ischemia mode different from the normal sinus rhythm mode, and wherein the at least one ischemia mode includes a pulsatile mode different from the normal sinus rhythm mode.
An artificial femoral prosthesis for knee arthroplasty, comprising: medial members and lateral members , the medial members comprising a medial condyle portion and a medial trochlear portion , wherein an articular surface of the medial trochlear portion appears in a sagittal section as an arc of a second ellipse or circle ; and the lateral members comprising a lateral trochlear portion and a lateral condyle portion , wherein an articular surface of the lateral trochlear portion appears in the sagittal section as an arc of a third ellipse or circle , characterised in that an articular surface of the medial condyle portion appears in the sagittal section as an arc of a first ellipse , and an articular surface of the lateral condyle portion appears in the sagittal section as an arc of a fourth ellipse , wherein preferably an articular surface of a most concave portion of a trochlear groove between the medial trochlear portion and the lateral trochlear portion is an arc of a fifth circle in the sagittal section, and wherein optionally some inter-condylar structures and/or elements of the prosthesis is adjusted to adapt to a cruciate ligament retaining-type prosthesis or a posterior stabilizing-type prosthesis or other revision-type prostheses or an individualized 3D printed prosthesis, or a non-patella arthroplasty-type prosthesis, a patella arthroplasty-type prosthesis, or a kinematic alignment-type prosthesis or an assembly-type prosthesis. medial members and lateral members , the medial members comprising a medial condyle portion and a medial trochlear portion , wherein an articular surface of the medial trochlear portion appears in a sagittal section as an arc of a second ellipse or circle ; and the lateral members comprising a lateral trochlear portion and a lateral condyle portion , wherein an articular surface of the lateral trochlear portion appears in the sagittal section as an arc of a third ellipse or circle , characterised in that an articular surface of the medial condyle portion appears in the sagittal section as an arc of a first ellipse , and an articular surface of the lateral condyle portion appears in the sagittal section as an arc of a fourth ellipse , wherein preferably an articular surface of a most concave portion of a trochlear groove between the medial trochlear portion and the lateral trochlear portion is an arc of a fifth circle in the sagittal section, and wherein optionally some inter-condylar structures and/or elements of the prosthesis is adjusted to adapt to a cruciate ligament retaining-type prosthesis or a posterior stabilizing-type prosthesis or other revision-type prostheses or an individualized 3D printed prosthesis, or a non-patella arthroplasty-type prosthesis, a patella arthroplasty-type prosthesis, or a kinematic alignment-type prosthesis or an assembly-type prosthesis.
A composition comprising an aqueous dispersion of metal oxide pigment particles coated with an organosilane polymer comprising structural units of an alkyltrihydroxysilane or a salt thereof and a dialkyldihydroxysilane or a salt thereof, wherein the mole:mole ratio of structural units of the alkyltrihydroxysilane or a salt thereof to dialkyldihydroxysilane or a salt thereof is in the range of 99.9:1 to 50:50, and wherein the aqueous dispersion has a pH in the range of from 7.5 to 12.
A system (S) for stable connection of a reservoir (B) for compressed air or hydraulic oil to a vehicle frame, the reservoir (B) having a central port (P) configured to enable a pneumatic/hydraulic connection of the reservoir to a pneumatic/hydraulic system of said vehicle, the system comprising: - a cylindrical tubular sleeve (MC) having a first end (MC1) and a second end (MC2) opposite the first one, wherein the first end is threaded in a way complementary with respect to said port (P) and wherein said second end (MC2) is configured to define a second port (P1), thus enabling a pneumatic/hydraulic connection of the reservoir to said pneumatic/hydraulic system; - a support element (F), which is stably connected to the frame of said vehicle or defines a frame portion of said vehicle and comprises a seat (H) complementary to said sleeve (MC); and - a filter device (G R,BT) for filtering vibrations that propagate from the frame of said vehicle to said reservoir arranged between said support element and said tubular sleeve (MC) . - a cylindrical tubular sleeve (MC) having a first end (MC1) and a second end (MC2) opposite the first one, wherein the first end is threaded in a way complementary with respect to said port (P) and wherein said second end (MC2) is configured to define a second port (P1), thus enabling a pneumatic/hydraulic connection of the reservoir to said pneumatic/hydraulic system; - a support element (F), which is stably connected to the frame of said vehicle or defines a frame portion of said vehicle and comprises a seat (H) complementary to said sleeve (MC); and - a filter device (G R,BT) for filtering vibrations that propagate from the frame of said vehicle to said reservoir arranged between said support element and said tubular sleeve (MC) .
A superconducting coil device , comprising: a housing part housing a superconducting coil ; the superconducting coil housed in the housing part ; and a resin part filled in a gap between an inner wall of the housing part and the superconducting coil , wherein the resin part is formed of a polymer obtained by polymerizing a polymerizable composition containing a first monomer having a norbornene ring structure, a second monomer having a norbornene ring structure and being of a kind different from the kind of the first monomer, and a metathesis polymerization catalyst, the first monomer is made of dicyclopentadiene, the second monomer is made of one or more kinds selected from the group consisting of norbornene, tetracyclododecene, 5-ethylidene norbornene, 8-ethylidene tetracyclododecene, and tricyclopentadiene, a content of the second monomer in the polymerizable composition is 5 parts by mass or more and 45 parts by mass or less when the total content of the first monomer in the polymerizable composition and the second monomer in the polymerizable composition is taken as 100 parts by mass, and the metathesis polymerization catalyst is a ruthenium-carbene complex. a housing part housing a superconducting coil ; the superconducting coil housed in the housing part ; and a resin part filled in a gap between an inner wall of the housing part and the superconducting coil , wherein the resin part is formed of a polymer obtained by polymerizing a polymerizable composition containing a first monomer having a norbornene ring structure, a second monomer having a norbornene ring structure and being of a kind different from the kind of the first monomer, and a metathesis polymerization catalyst, the first monomer is made of dicyclopentadiene, the second monomer is made of one or more kinds selected from the group consisting of norbornene, tetracyclododecene, 5-ethylidene norbornene, 8-ethylidene tetracyclododecene, and tricyclopentadiene, a content of the second monomer in the polymerizable composition is 5 parts by mass or more and 45 parts by mass or less when the total content of the first monomer in the polymerizable composition and the second monomer in the polymerizable composition is taken as 100 parts by mass, and the metathesis polymerization catalyst is a ruthenium-carbene complex.
A crystalline Form CS1 of ozanimod hydrochloride, wherein the X-ray powder diffraction pattern shows characteristic peaks at 2theta values of 26.1°±0.20°, 24.4°±0.20° and 20.1°±0.20° using CuKα radiation.
A process for acquiring seismic data in a seismic survey comprising a large plurality of shot points (J, K, L, M) and a large plurality of receiver points wherein multiple sweep-style phase encoded seismic sources are arranged such that each source is positioned at a separate shot point (J, K, L, M) and the sources are delivering seismic energy into the earth concurrently while receivers are arranged to record seismic signals reflected back from the earth to the surface to create a composite data record of energy from the sources , wherein a pseudo listen time is created in the composite data record using a frequency band pass filter based method and wherein the process is characterized by the phase encoded sources delivering at each shot point (J, K, L, M) at least the number of sweeps of seismic energy as there are sources that are commonly delivering seismic energy into the earth used in the survey and further characterized in that the phase encoded sweeps are delivered continuously with no listen time at the end and also no listen time between each sweep, and in that a frequency band pass filter is designed to attenuate the frequencies of the next activated sources activated during the pseudo listen time and said band pass filter is applied to or used during the pseudo listen time to attenuate the contaminating energy.
Sensor device for determining the electrical conductivity of a fluid and the speed of sound in the fluid , wherein the sensor device has: - at least one pair of electrodes that has a first electrode and a second electrode electrically isolated from the first electrode , each of which is in direct contact with the fluid , and is designed to determine the electrical conductivity of the fluid in accordance with the conductive principle, and - a sound transducer that is designed to emit sound waves into the fluid in such a way that the sound waves are reflected back to the sound transducer at the first electrode and/or second electrode , and to receive the sound waves reflected back to the sound transducer at least at the first electrode and/or second electrode in order to determine the speed of sound in the fluid . - at least one pair of electrodes that has a first electrode and a second electrode electrically isolated from the first electrode , each of which is in direct contact with the fluid , and is designed to determine the electrical conductivity of the fluid in accordance with the conductive principle, and - a sound transducer that is designed to emit sound waves into the fluid in such a way that the sound waves are reflected back to the sound transducer at the first electrode and/or second electrode , and to receive the sound waves reflected back to the sound transducer at least at the first electrode and/or second electrode in order to determine the speed of sound in the fluid .
Measuring device for a gas line through which a gas stream enriched with odorizing agent , biogas, synthesis gas and/or hydrogen flows, wherein - the measuring device has an inflow body for positioning in the gas stream in the gas line , - the inflow body is equipped with at least one sensor , - the measuring device comprises a wireless transmitting unit which is set up for wireless transmission of the measured data of the at least one sensor to a wireless receiving unit located outside the gas line , the wireless transmitting unit being arranged on or in the inflow body , and - the measuring device is set up to be inserted into a wall opening of a gas line section of the gas line , so that the inflow body extends into the gas line section . - the measuring device has an inflow body for positioning in the gas stream in the gas line , - the inflow body is equipped with at least one sensor , - the measuring device comprises a wireless transmitting unit which is set up for wireless transmission of the measured data of the at least one sensor to a wireless receiving unit located outside the gas line , the wireless transmitting unit being arranged on or in the inflow body , and - the measuring device is set up to be inserted into a wall opening of a gas line section of the gas line , so that the inflow body extends into the gas line section .