mhurhangee/patent-ind-claim-en huggingface dataset:
A medical sensing system for performing combined photoacoustic and intravascular ultrasound sensing in a body of a patient, the system comprising: an optical emitter configured to emit optical pulses to tissue of the patient in a region of interest, wherein the optical emitter is connected to an actuator ; and a measurement apparatus configured to be placed within a vascular pathway of the patient in the region of interest; and a pullback device , wherein the measurement apparatus is connected to the pullback device ; wherein the measurement apparatus comprises at least one ultrasound transducer configured to transmit ultrasound signals and receive ultrasound echo signals based on the transmitted ultrasound signals, and wherein i) the at least one ultrasound transducer is further configured to receive sound waves generated by the tissue as a result of interaction of the optical pulses with the tissue, or wherein ii) the measurement apparatus further comprises at least one photoacoustic transducer configured to receive sound waves generated by the tissue as a result of interaction of the optical pulses with the tissue; wherein the optical emitter is disposed outside the body of the patient and is configured to emit the optical pulses toward the at least one ultrasound transducer or the at least one photoacoustic transducer respectively; wherein the actuator and the pullback device are configured to coordinate movements of the optical emitter and the measurement apparatus . an optical emitter configured to emit optical pulses to tissue of the patient in a region of interest, wherein the optical emitter is connected to an actuator ; and a measurement apparatus configured to be placed within a vascular pathway of the patient in the region of interest; and a pullback device , wherein the measurement apparatus is connected to the pullback device ; wherein the measurement apparatus comprises at least one ultrasound transducer configured to transmit ultrasound signals and receive ultrasound echo signals based on the transmitted ultrasound signals, and wherein i) the at least one ultrasound transducer is further configured to receive sound waves generated by the tissue as a result of interaction of the optical pulses with the tissue, or wherein ii) the measurement apparatus further comprises at least one photoacoustic transducer configured to receive sound waves generated by the tissue as a result of interaction of the optical pulses with the tissue; wherein the optical emitter is disposed outside the body of the patient and is configured to emit the optical pulses toward the at least one ultrasound transducer or the at least one photoacoustic transducer respectively; wherein the actuator and the pullback device are configured to coordinate movements of the optical emitter and the measurement apparatus .
Hydraulic accumulator comprising a first housing shell and comprising a second housing shell , which, in relation to a longitudinal axis of the hydraulic accumulator , each overlap with their opening edges in an overlapping region such that they define a partial volume of the hydraulic accumulator , and comprising a separating element formed from elastomer material as a membrane , said separating element separating inner work chambers from one another in a media-tight manner inside the accumulator housing of the hydraulic accumulator formed by means of the housing shells , and wherein the opening edge of the housing shell lying radially outwards is placed, by forming, on the circumference of the housing shell lying radially inwards to form a positive connection, characterised in that the separating element comes into contact, adjacent to the overlapping region , in a circumferential groove on the inside of the radially outer first housing shell and is held with an anchoring element , which consists substantially of a U-shaped clamping ring when viewed in cross-section.
An air dryer cartridge , in particular for a compressed-air treatment system of a utility vehicle , comprising a cartridge housing having a closed housing cover ; a drying agent accommodated in the cartridge housing ; and a filter device arranged inside the cartridge housing through which compressed air is able to flow transversely to a longitudinal axis of the air dryer cartridge in a radial direction, characterised in that a spatial region inside the cartridge housing located adjacent to and outside the filter device in a radial direction is at least partially filled with drying agent .
A cable guide channel, comprising a plurality of similar link bodies which are hingedly connected on both sides to adjacent link bodies in the direction of the cable, wherein the link bodies each form a frame keeping clear and stabilizing a cable guide opening, and wherein each frame has a substantially rectangular cross-section which is made up from opposing pivoting surfaces , each having two hinge axes , which are connected to one another via opposing spreading surfaces , wherein both the pivoting surfaces and the spreading surfaces of adjacent link bodies overlap one another, the spreading surfaces being stepped and an overlapping step of a link body at least partially covering an underlapping step of an adjacent link body , thus forming an outer wall, which is continuously closed at any degree of bending, and wherein the spreading surfaces of the link bodies are substantially S-shaped, characterized in that the ends of the S-shape can be used as stops for a maximum degree of bending, so that the free ends of adjacent S-shaped spreading surfaces form a mutual stop. wherein both the pivoting surfaces and the spreading surfaces of adjacent link bodies overlap one another, the spreading surfaces being stepped and an overlapping step of a link body at least partially covering an underlapping step of an adjacent link body , thus forming an outer wall, which is continuously closed at any degree of bending, and wherein the spreading surfaces of the link bodies are substantially S-shaped, characterized in that the ends of the S-shape can be used as stops for a maximum degree of bending, so that the free ends of adjacent S-shaped spreading surfaces form a mutual stop.
An implantable drug depot comprising a therapeutically effective amount of an alpha adrenergic agonist, the drug depot being in a form implantable at a target tissue site beneath the skin, the target tissue site comprising at least one of muscle, ligament, tendon, cartilage, spinal disc, spinal foraminal space, near the spinal nerve root, facet or spinal canal, for use in reducing, preventing or treating pain and/or inflammation, wherein the drug depot comprises a pharmaceutical formulation comprising the alpha adrenergic agonist and a polymer selected from polylactide (PLA), poly (D,L-Lactide), D,L-lactide-co-caprolactone, poly(L-Lactide-co caprolactone) or combination thereof, wherein the depot the depot is capable of releasing (i) about 5% to about 20% of the alpha adrenergic agonist relative to a total amount of the alpha adrenergic agonist loaded in the drug depot over a first period of up to 72 hours and (ii) about 21% to about 99% of the alpha adrenergic agonist relative to a total amount of the alpha adrenergic agonist loaded in the drug depot over a subsequent period of up to 6 months wherein the alpha adrenergic agonist is chlonidine hydrochloride and the clonidine hydrochloride and the polymer are the only components of the pharmaceutical formulation.
A coil component comprising a coil and a core part wherein the core part is formed of two base cores and a plurality of unit coupling cores (12A to 12F) arranged within the coil and in a row between the two base cores so as to face each other, wherein the two base cores and the plurality of unit coupling cores are magnetically and sequentially coupled to form a closed magnetic path as a whole, and a gap is formed between at least one set of two magnetically coupled adjacent unit coupling cores (12A to 12F), wherein a projection is provided on an end surface of at least one of the two adjacent two unit coupling cores with interposing the gap therebetween, characterized in that the gap is formed of at least two types of gaps including a small gap and a large gap, wherein the small gap is formed by a leading end surface region of the projection of one unit core and a facing end surface of the adjacent unit core , and the large gap is formed by an end surface region of the one unit core in which the projection is not provided and the facing end surface of the adjacent unit core , wherein the coil component is configured to control the inductance values in at least two DC value regions of a curve of the DC superposed characteristics independently by adjusting at least a length of the at least two types of gaps, and wherein the inductance value in a region in which a DC current value becomes 0 is set mainly by the small gap of the two types of gaps, and the inductance value in a middle region of the curve of the DC superposed characteristics is set mainly by the large gap of the two types of gaps.
Creping doctor comprising a blade-like main part composed of metal, in particular composed of steel or stainless steel, having a working edge which can be placed against a drying cylinder and which is adjoined by an end face with a counterpart edge , wherein notches are incorporated into the end face and are arranged at distances from one another, characterized in that a wear protection layer is provided between the working edge and that wall of the main body which faces towards the drying cylinder , and in that the notches are incorporated at least into the wear protection layer .
A cryogenic microwave filter device , comprising: a substrate formed of a dielectric material determined to have a thermal conductivity that is above 20C watts per meter-Kelvin (W/m-K) at a temperature of 77 degrees Kelvin (K); and a conductive line formed in a recess of the substrate and comprising a conductive material that has been sintered in the recess; wherein the conductive line is configured to facilitate a filter operation on a microwave signal propagated in a cryogenic environment having a temperature below 77 K; wherein the filter operation is a function of a geometry of the recess filled by the conductive line.. a substrate formed of a dielectric material determined to have a thermal conductivity that is above 20C watts per meter-Kelvin (W/m-K) at a temperature of 77 degrees Kelvin (K); and a conductive line formed in a recess of the substrate and comprising a conductive material that has been sintered in the recess; wherein the conductive line is configured to facilitate a filter operation on a microwave signal propagated in a cryogenic environment having a temperature below 77 K; wherein the filter operation is a function of a geometry of the recess filled by the conductive line..
A marking device for an elongate conduit, in particular for a cable , with two integrally joined plastic parts which are connected to one another by means of a flexible hinge section and which each have on an inner side a contour for bearing on the conduit , wherein at least a first of the parts has, on its outer side which faces away from the inner side , a labelling surface for the attachment of a label, wherein, by bending the hinge section , the two parts can be pivoted relative to one another between a closed position, in which they enclose in an encircling manner a receiving channel for the conduit , and an open position, in which they are arranged spaced apart from one another at their outer longitudinal sides which face away from the hinge section , and wherein the two parts each have, on the outer longitudinal sides , first fastening means for mutual releasable fastening, characterised in that the two parts each have, at their inner longitudinal sides adjacent to the hinge section , second fastening means for mutual releasable fastening, and in that the second part has a flexible tongue which projects by a free end into the receiving channel , and in that the tongue is arranged in an aperture , which extends from the inner side to an outer side , facing away from the inner side , of the second part and which is moulded onto an aperture edge .
A system to analyze vibration data, comprising: circuitry configured to: receive the vibration data generated by a sensor that senses vibration of an object, analyze the vibration data based on stored predetermined vibration data, determine vibration characteristics of the object based on the analysis, characterized in that the circuitry is further configured to: estimate an attachment position of the sensor on the object based on a result of a modal parameter comparison process of the determined vibration characteristics, and estimate whether or not the sensor is attached at a prescribed position. receive the vibration data generated by a sensor that senses vibration of an object, analyze the vibration data based on stored predetermined vibration data, determine vibration characteristics of the object based on the analysis, characterized in that the circuitry is further configured to: estimate an attachment position of the sensor on the object based on a result of a modal parameter comparison process of the determined vibration characteristics, and estimate whether or not the sensor is attached at a prescribed position. estimate an attachment position of the sensor on the object based on a result of a modal parameter comparison process of the determined vibration characteristics, and estimate whether or not the sensor is attached at a prescribed position.
Modified colloidal silica, being obtainable by anion-modifying colloidal silica, wherein the colloidal silica has a number distribution ratio of 10% or less of microparticles having a particle size of 40% or less relative to a volume average particle size based on Heywood diameter (equivalent circle diameter) as determined by image analysis using a scanning electron microscope, the modified colloidal silica is modified with a sulfonic acid group, and a residual oxidizing agent concentration in the modified colloidal silica is 1000 ppm by mass or less. the colloidal silica has a number distribution ratio of 10% or less of microparticles having a particle size of 40% or less relative to a volume average particle size based on Heywood diameter (equivalent circle diameter) as determined by image analysis using a scanning electron microscope, the modified colloidal silica is modified with a sulfonic acid group, and a residual oxidizing agent concentration in the modified colloidal silica is 1000 ppm by mass or less.
An electronic device comprising: a key generation unit that generates a device unique key that is a key unique to every device; and a license management unit that updates an expiration time of a license in a case where an extension code generated by a predetermined method on a basis of the device unique key, first data different for every installation of the license provided by an information processing apparatus , and second data different depending on the number of times of update of the expiration time of the license coincides with an input extension code. a key generation unit that generates a device unique key that is a key unique to every device; and a license management unit that updates an expiration time of a license in a case where an extension code generated by a predetermined method on a basis of the device unique key, first data different for every installation of the license provided by an information processing apparatus , and second data different depending on the number of times of update of the expiration time of the license coincides with an input extension code.
A device for delivering nasal medication, having: - an ultrasonic energy generator, being a concave ultrasonic transducer, adapted to create an ultrasonic focal zone of concentrated ultrasonic energy; - a feeder chamber holding medication; - an energising chamber smaller than the feeder chamber, arranged to hold medication at the focal zone ; - a mesh ; and - a nasal prong ; the device formed so that when it is activated: - the feeder chamber continuously fills the energising chamber with medication, until the feeder chamber has insufficient medication left to achieve this, so that there is a substantially constant supply of medication within the focal zone able to be energised and forced from the energising chamber so as to contact the mesh , become an aerosol, and leave the device by way of the prong . - an ultrasonic energy generator, being a concave ultrasonic transducer, adapted to create an ultrasonic focal zone of concentrated ultrasonic energy; - a feeder chamber holding medication; - an energising chamber smaller than the feeder chamber, arranged to hold medication at the focal zone ; - a mesh ; and - a nasal prong ; - the feeder chamber continuously fills the energising chamber with medication, until the feeder chamber has insufficient medication left to achieve this, so that there is a substantially constant supply of medication within the focal zone able to be energised and forced from the energising chamber so as to contact the mesh , become an aerosol, and leave the device by way of the prong .
Milling tool having - a base body , a central axis (M), and a front side , whereby - at least two geometrically defined first front edges arranged at the front side of the base body exhibit a first edge section facing the central axis (M), respectively, characterized by - the first edge sections of the at least two front edges being formed in an ascending fashion towards the center axis (M) so that they form a centering tip , and that - the centering tip is arranged in a recessed manner when compared with an axial outermost point of at least two first front edges in an axial direction. - a base body , a central axis (M), and a front side , whereby - at least two geometrically defined first front edges arranged at the front side of the base body exhibit a first edge section facing the central axis (M), respectively, characterized by - the first edge sections of the at least two front edges being formed in an ascending fashion towards the center axis (M) so that they form a centering tip , and that - the centering tip is arranged in a recessed manner when compared with an axial outermost point of at least two first front edges in an axial direction.
Refractory product comprising the following features: 1.1 the product has a chemical composition according to which the following oxides are present in the following proportions: 1.1.1 MgO: at least 92% by mass; 1.1.2 Al 2 O 3 : 1.5 to 7% by mass; 1.1.3 Fe 2 O 3 : less than 3% by mass; 1.1.4 CaO + SiO 2 : 1 to 3% by mass; 1.2. the product comprises coated grains having the following features: 1.2.1 the coated grains have a grain size of at least 2 mm; 1.2.2 the coated grains consist of magnesia, the surface of which has a coating of magnesia spinel at least in sections. 1.1 the product has a chemical composition according to which the following oxides are present in the following proportions: 1.1.1 MgO: at least 92% by mass; 1.1.2 Al 2 O 3 : 1.5 to 7% by mass; 1.1.3 Fe 2 O 3 : less than 3% by mass; 1.1.4 CaO + SiO 2 : 1 to 3% by mass; 1.2. the product comprises coated grains having the following features: 1.2.1 the coated grains have a grain size of at least 2 mm; 1.2.2 the coated grains consist of magnesia, the surface of which has a coating of magnesia spinel at least in sections. 1.2.1 the coated grains have a grain size of at least 2 mm; 1.2.2 the coated grains consist of magnesia, the surface of which has a coating of magnesia spinel at least in sections.
A solid oral pharmaceutical composition in the form of a bilayer tablet comprising a fixed dose combination of capecitabine and cyclophosphamide, wherein the bilayer tablet comprises a first layer and a second layer wherein the first layer comprises capecitabine and one or more pharmaceutically acceptable excipients and the second layer comprises cyclophosphamide and one or more pharmaceutically acceptable excipients and further optionally comprising a film coating that covers both layers.
A coating material system comprising components (A) to (C), having: (A) at least one polyhydroxy group-containing compound, where the acid number of the polyhydroxy group-containing compound of component (A) is not more than 15 mg KOH/g of the corresponding polyhydroxy group-containing compound and where the polyhydroxy group-containing compound of component (A) is selected from the group of the polyacrylate polyols and/or the polymethacrylate polyols, (B) at least one polyisocyanate-containing compound, and (C) as catalyst at least two salts of an aliphatic monocarboxylic acid having at least four carbon atoms, the metal component of the first salt comprising bismuth (Bi), and the metal component of the second salt comprising magnesium (Mg), sodium (Na), potassium (K) or calcium (Ca), where i) components (A), (B), and (C) are present separately from one another or ii) are mixed wholly or at least partly with one another. (A) at least one polyhydroxy group-containing compound, where the acid number of the polyhydroxy group-containing compound of component (A) is not more than 15 mg KOH/g of the corresponding polyhydroxy group-containing compound and where the polyhydroxy group-containing compound of component (A) is selected from the group of the polyacrylate polyols and/or the polymethacrylate polyols, (B) at least one polyisocyanate-containing compound, and (C) as catalyst at least two salts of an aliphatic monocarboxylic acid having at least four carbon atoms, the metal component of the first salt comprising bismuth (Bi), and the metal component of the second salt comprising magnesium (Mg), sodium (Na), potassium (K) or calcium (Ca), i) components (A), (B), and (C) are present separately from one another or ii) are mixed wholly or at least partly with one another.
A method for manufacturing a piezoelectric transducer , comprising subsequent steps of: - forming, on a semiconductor body , a bottom electrode of conductive material; - forming, on the bottom electrode , a piezoelectric element ; - forming, on the bottom electrode and the piezoelectric element , a first protective layer having a first opening through which a portion of said piezoelectric element is exposed, and a second opening through which a portion of said bottom electrode is exposed; - forming, on the first protective layer and within the first and second openings , a conductive layer ; and - patterning said conductive layer to contextually form: a top electrode in electrical contact with the piezoelectric element at said first opening , a first biasing stripe in electrical contact with the top electrode , and a second biasing stripe in electrical contact with the bottom electrode at said second opening , wherein the piezoelectric element is of doped or undoped PZT, or of lead-free perovskite material. - forming, on a semiconductor body , a bottom electrode of conductive material; - forming, on the bottom electrode , a piezoelectric element ; - forming, on the bottom electrode and the piezoelectric element , a first protective layer having a first opening through which a portion of said piezoelectric element is exposed, and a second opening through which a portion of said bottom electrode is exposed; - forming, on the first protective layer and within the first and second openings , a conductive layer ; and - patterning said conductive layer to contextually form: a top electrode in electrical contact with the piezoelectric element at said first opening , a first biasing stripe in electrical contact with the top electrode , and a second biasing stripe in electrical contact with the bottom electrode at said second opening , wherein the piezoelectric element is of doped or undoped PZT, or of lead-free perovskite material. a top electrode in electrical contact with the piezoelectric element at said first opening , a first biasing stripe in electrical contact with the top electrode , and a second biasing stripe in electrical contact with the bottom electrode at said second opening , wherein the piezoelectric element is of doped or undoped PZT, or of lead-free perovskite material.