mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic oscillator unit comprising: an ultrasonic oscillator array in which a plurality of ultrasonic oscillators are arranged outward in a circular-arc shape; an electrode part having a plurality of electrodes provided on an end surface side of the ultrasonic oscillator array perpendicular to the circular-arc surface resulting from the arrangement of the plurality of ultrasonic oscillators and electrically connected to the plurality of ultrasonic oscillators , respectively; a backing material layer that is disposed on a back surface of the ultrasonic oscillator array serving as an inside with respect to an arrangement surface of the plurality of ultrasonic oscillators , has an outer surface having a circular-arc cross section, and is provided with a recess on the inside opposite to the outer surface; a wiring board having a plurality of wiring lines electrically connected to the plurality of electrodes of the electrode part ; and a cable wiring part in which a plurality of cables connected to the plurality of wiring lines, respectively, are wiring-connected, wherein the recess of the backing material layer is a counterbore recessed from at least one outer side surface of the backing material layer toward the center side thereof, and wherein at least a portion of the cable wiring part is included in the recess of the backing material layer . an ultrasonic oscillator array in which a plurality of ultrasonic oscillators are arranged outward in a circular-arc shape; an electrode part having a plurality of electrodes provided on an end surface side of the ultrasonic oscillator array perpendicular to the circular-arc surface resulting from the arrangement of the plurality of ultrasonic oscillators and electrically connected to the plurality of ultrasonic oscillators , respectively; a backing material layer that is disposed on a back surface of the ultrasonic oscillator array serving as an inside with respect to an arrangement surface of the plurality of ultrasonic oscillators , has an outer surface having a circular-arc cross section, and is provided with a recess on the inside opposite to the outer surface; a wiring board having a plurality of wiring lines electrically connected to the plurality of electrodes of the electrode part ; and a cable wiring part in which a plurality of cables connected to the plurality of wiring lines, respectively, are wiring-connected, wherein the recess of the backing material layer is a counterbore recessed from at least one outer side surface of the backing material layer toward the center side thereof, and wherein at least a portion of the cable wiring part is included in the recess of the backing material layer .
A reduced-pressure bridge for delivering reduced pressure to a tissue site from a remote site, the reduced-pressure bridge comprising: a delivery manifold operable to transfer the reduced pressure; the bridge characterized by a first encapsulating envelope at least partially enclosing the delivery manifold and having a patient-facing side ; a reduced-pressure interface site formed proximate to a second end of the reduced-pressure bridge; a second aperture formed on the patient-facing side of the first encapsulating envelope , wherein reduced pressure is transferable to the tissue site via the second aperture , and a moisture-removing device on at least a portion of the first encapsulating envelope ; wherein the first encapsulating envelope comprises: a first encapsulating member having a first perimeter portion; a second encapsulating member having a second perimeter portion; and wherein the first perimeter portion is coupled to the second perimeter portion such that the delivery manifold is at least partially enclosed by the first encapsulating member and the second encapsulating member ; wherein the moisture-removing device comprises a comfort manifold and a third encapsulating member for encapsulating at least a portion of the comfort manifold on the patient-facing side and wherein the third encapsulating member has a plurality of apertures . a delivery manifold operable to transfer the reduced pressure; the bridge characterized by a first encapsulating envelope at least partially enclosing the delivery manifold and having a patient-facing side ; a reduced-pressure interface site formed proximate to a second end of the reduced-pressure bridge; a second aperture formed on the patient-facing side of the first encapsulating envelope , wherein reduced pressure is transferable to the tissue site via the second aperture , and a moisture-removing device on at least a portion of the first encapsulating envelope ; wherein the first encapsulating envelope comprises: a first encapsulating member having a first perimeter portion; a second encapsulating member having a second perimeter portion; and wherein the first perimeter portion is coupled to the second perimeter portion such that the delivery manifold is at least partially enclosed by the first encapsulating member and the second encapsulating member ; wherein the moisture-removing device comprises a comfort manifold and a third encapsulating member for encapsulating at least a portion of the comfort manifold on the patient-facing side and wherein the third encapsulating member has a plurality of apertures .
A motor comprising: a stator ; and a rotor arranged outside the stator and configured to be rotated by electromagnetically interacting with the stator, wherein the rotor comprises: a ring-shaped back yoke , a plurality of magnets separately arranged along an inner circumferential surface of the back yoke , and a frame arranged to support the back yoke and the plurality of magnets , wherein an outer circumferential surface of the back yoke is exposed to an outside of the frame so that structures arranged on the outer circumferential surface of the back yoke to fix the back yoke are not present, characterized in that the frame comprises: a plurality of magnet holes provided for the magnet to be inserted thereto and arranged radially inside the magnets and the back yoke ; and a plurality of columns formed between the magnet holes . a stator ; and a rotor arranged outside the stator and configured to be rotated by electromagnetically interacting with the stator, wherein the rotor comprises: a ring-shaped back yoke , a plurality of magnets separately arranged along an inner circumferential surface of the back yoke , and a frame arranged to support the back yoke and the plurality of magnets , wherein an outer circumferential surface of the back yoke is exposed to an outside of the frame so that structures arranged on the outer circumferential surface of the back yoke to fix the back yoke are not present, characterized in that the frame comprises: a plurality of magnet holes provided for the magnet to be inserted thereto and arranged radially inside the magnets and the back yoke ; and a plurality of columns formed between the magnet holes . a ring-shaped back yoke , a plurality of magnets separately arranged along an inner circumferential surface of the back yoke , and a frame arranged to support the back yoke and the plurality of magnets , wherein an outer circumferential surface of the back yoke is exposed to an outside of the frame so that structures arranged on the outer circumferential surface of the back yoke to fix the back yoke are not present, characterized in that the frame comprises: a plurality of magnet holes provided for the magnet to be inserted thereto and arranged radially inside the magnets and the back yoke ; and a plurality of columns formed between the magnet holes . a plurality of magnet holes provided for the magnet to be inserted thereto and arranged radially inside the magnets and the back yoke ; and a plurality of columns formed between the magnet holes .
A method of producing a frozen product comprising a solid matrix throughout which particulates are distributed using an apparatus comprising at least one compartment which is rotatable about an axis and which has an opening which can be sealed by a lid, the method comprising the steps of: a) adding to the compartment liquid water to be frozen to form the matrix and particulates to be distributed therein and sealing the opening of the compartment using the lid; b) reducing the temperature around the compartment to a temperature below the freezing point of the liquid water; c) rotating the compartment about the axis while at least some of the water freezes within the compartment trapping at least some of the particulates within the frozen matrix of ice, the axis about which the compartment rotates being transverse to the axis along which gravity acts so that the particulates move through the liquid under the action of gravity before becoming trapped within the frozen matrix; and d) unsealing the opening of the compartment and removing the frozen product from the compartment through the opening. a) adding to the compartment liquid water to be frozen to form the matrix and particulates to be distributed therein and sealing the opening of the compartment using the lid; b) reducing the temperature around the compartment to a temperature below the freezing point of the liquid water; c) rotating the compartment about the axis while at least some of the water freezes within the compartment trapping at least some of the particulates within the frozen matrix of ice, the axis about which the compartment rotates being transverse to the axis along which gravity acts so that the particulates move through the liquid under the action of gravity before becoming trapped within the frozen matrix; and d) unsealing the opening of the compartment and removing the frozen product from the compartment through the opening.
Additive manufacturing machine , this additive manufacturing machine comprising a manufacturing chamber inside which at least one source of heat or energy is used to melt additive manufacturing powder on a working surface , the manufacturing chamber being formed by at least one working plane , a front wall , a rear wall , a left-hand lateral wall , a right-hand lateral wall , and an upper wall , at least one of these walls supporting the source of energy or heat used to melt the additive manufacturing powder, the additive manufacturing machine being characterized in that it comprises an inner skin that is positioned inside the manufacturing chamber in front of each wall of this chamber supporting the source of energy or heat and at a non-zero distance (D1, D2, D3) from each wall supporting the source of energy or heat so as to create a circulation volume (V) for a flow of gas (F) between the inner skin and each wall of this chamber in front of which this inner skin is positioned, and in that the additive manufacturing machine comprises a device for generating the flow of gas (F) that is connected to the circulation volume (V), each wall supporting the source of energy or heat being subjected less to the heat radiating from the working surface and being thus less likely to deform by virtue of the inner skin and the flow of gas which cools the inner skin.
Component for a drain device for a flat roof with an attic , comprising - an angled part which comprises a first leg and a second leg , whereby each one of the legs has an outer face facing away from the respective other leg and an inner face facing the respective other leg , whereby the outer face of the first leg can be arranged on the upper side of the roof , whereby the outer face of the second leg can be arranged on the attic projecting upwards from the upper side of the flat roof , whereby the second leg has an opening and whereby the angled part is made from an elastomer material or comprises an elastomer material, and - a drain connection , which is connected to the angled part and extends from the opening in the second leg away from the angled part , characterised in that the component comprises a sealing film which is connected to the angled part and extends at least partially over the inner faces of the legs , and in that the component comprises a support ring which is arranged on the drain connection , whereby the support ring is arranged partially in the drain connection or partially outside the drain connection , and whereby the support ring serves to receive a connecting pipe and to provide sealing relative to this connecting pipe . - an angled part which comprises a first leg and a second leg , whereby each one of the legs has an outer face facing away from the respective other leg and an inner face facing the respective other leg , whereby the outer face of the first leg can be arranged on the upper side of the roof , whereby the outer face of the second leg can be arranged on the attic projecting upwards from the upper side of the flat roof , whereby the second leg has an opening and whereby the angled part is made from an elastomer material or comprises an elastomer material, and - a drain connection , which is connected to the angled part and extends from the opening in the second leg away from the angled part ,
A fluid conduit , comprising: a body ; a first conduit portion connected to the body ; a second conduit portion connected to the body ; and a base connected to the second conduit portion ; wherein the body , the first conduit portion , the second conduit portion , and the base are formed as a monolithic component via additive manufacturing; wherein the base includes a mesh configured to receive fluid, characterized in that a cross-sectional shape of the second conduit portion includes a tear drop configuration including a rounded portion and an angled or pointed portion . a body ; a first conduit portion connected to the body ; a second conduit portion connected to the body ; and a base connected to the second conduit portion ; wherein the body , the first conduit portion , the second conduit portion , and the base are formed as a monolithic component via additive manufacturing; wherein the base includes a mesh configured to receive fluid, characterized in that a cross-sectional shape of the second conduit portion includes a tear drop configuration including a rounded portion and an angled or pointed portion .
A numerical control program creating unit for creating a numerical control program for a machine tool, comprising: a permission information storage unit that stores, for each tool of a plurality of tools included in said machine tool, information on whether changing of an override value is permitted or not; a process determination unit configured to determine for each machining process in an existing numerical control program if the machining process is a process using a tool for which changing of the override value is permitted based on the stored information, and, a numerical control program editing unit configured to automatically insert a start code at a start of the machining process and automatically insert an end code at an end of the machining process if it is determined by the process determination unit that the machining process is the process using the tool for which changing of the override value is permitted, the start code being a code that allows the override value to be changed, and the end code being a code that no longer allows the override value to be changed. a permission information storage unit that stores, for each tool of a plurality of tools included in said machine tool, information on whether changing of an override value is permitted or not; a process determination unit configured to determine for each machining process in an existing numerical control program if the machining process is a process using a tool for which changing of the override value is permitted based on the stored information, and, a numerical control program editing unit configured to automatically insert a start code at a start of the machining process and automatically insert an end code at an end of the machining process if it is determined by the process determination unit that the machining process is the process using the tool for which changing of the override value is permitted, the start code being a code that allows the override value to be changed, and the end code being a code that no longer allows the override value to be changed.
A formulation comprising: (i) (R)-N-(5-(5-ethyl-1,2,4-oxadiazol-3-yl)-2,3-dihydro-1H-inden-1-yl)-1-methyl-1H-pyrazole-4-carboxamide, or a hydrate, solvate, polymorph, or pharmaceutically acceptable salt thereof; (ii) a filler; (iii) a binder; (iv) a disintegrant; (v) a surfactant; and (vi) a lubricant. (i) (R)-N-(5-(5-ethyl-1,2,4-oxadiazol-3-yl)-2,3-dihydro-1H-inden-1-yl)-1-methyl-1H-pyrazole-4-carboxamide, or a hydrate, solvate, polymorph, or pharmaceutically acceptable salt thereof; (ii) a filler; (iii) a binder; (iv) a disintegrant; (v) a surfactant; and (vi) a lubricant.
Use of a purification agent which comprises a compound having a betaine structure, and which is for the purification of a sugar chain having a length equal to or longer than that of a monosaccharide or for the purification of a glycopeptide having a sugar chain having a length equal to or longer than that of a monosaccharide, wherein the betaine structure has a cationic moiety, an anionic moiety and a linker that links the cationic moiety and the anionic moiety; wherein the cationic moiety is a quaternary ammonium group; wherein the anionic moiety is a phosphoric acid group; and wherein the linker is an alkylene linker having 1 to 10 carbon atoms.
Building connector with thermal insulation, including at least one pair of load bearing elements , one above the other, and a thermal insulation layer around these load bearing elements and between them, and containing a bottom and a top fire prevention layer , wherein the load bearing element is a section of a steel profile , on both ends of which steel reinforcement bars comprising extensions of this profile are attached, and a section of the steel profile free of those reinforcement bars is located between these reinforcing bars attached to both ends of the steel profile , characterised in that the steel profile is an open profile with an omega cross-section, wherein a single steel reinforcing bar is attached to at least one end of this steel profile , at the bends of its arms , which includes a loop and two arms formed along its length, such that said loop covers the spine of the steel profile and this reinforcement bar is welded to the steel profile along the entire length of contact with this profile at the bends of the steel profile , between the outwards bent arm of this steel profile , and the side wall of the spine of this profile perpendicular to this arm .
A method, comprising: receiving a request to perform a recovery operation; determining a plan for recovering a backup from multiple copies of the backup, wherein each of the copies is identical, and each of the copies resides at a different respective location; downloading , in parallel, different respective portions of the backup from each of the multiple copies in accordance with the plan, wherein the different portions, and the respective copies from which the different portions are downloaded, are selected based on respective throughputs associated with each location; rebuilding the backup from the portions downloaded from the multiple copies; and recovering the rebuilt backup. receiving a request to perform a recovery operation; determining a plan for recovering a backup from multiple copies of the backup, wherein each of the copies is identical, and each of the copies resides at a different respective location; downloading , in parallel, different respective portions of the backup from each of the multiple copies in accordance with the plan, wherein the different portions, and the respective copies from which the different portions are downloaded, are selected based on respective throughputs associated with each location; rebuilding the backup from the portions downloaded from the multiple copies; and recovering the rebuilt backup.
A Compton camera for medical imaging, the Compton camera comprising: a first module having a wedged cross-section formed by a first housing , a first scatter detector connected with the first housing , and a first catcher detector connected with the first housing and spaced from the first scatter detector ; and a second module having the same wedged cross-section formed by a second housing , a second scatter detector connected with the second housing , and a second catcher detector connected with the second housing and spaced from the second scatter detector ; wherein the first module is connectable with the second module , and the first module , when connected with the second module , is releasable from the second module . a first module having a wedged cross-section formed by a first housing , a first scatter detector connected with the first housing , and a first catcher detector connected with the first housing and spaced from the first scatter detector ; and a second module having the same wedged cross-section formed by a second housing , a second scatter detector connected with the second housing , and a second catcher detector connected with the second housing and spaced from the second scatter detector ; wherein the first module is connectable with the second module , and the first module , when connected with the second module , is releasable from the second module .
An apparatus for one-way/two-way cable sealing to prevent the entry of water and the penetration of smoke into interstices, hollow spaces, cable protection tubes or wall bushings , having at least one interior space that can be occupied by cables and/or tubes , and having a lay-flat hose sealing pad that can be fixed in length and width, characterized in that the lay-flat hose sealing pad is embodied as an interstice seal with a swelling nonwoven sealing tape on at least two outer sides; that on one longitudinal side or one widthwise side of the lay-flat hose sealing pad , a thermoplastic filling hose is provided, which on an outer circumference has at least one crimp barrel, and the lay-flat hose sealing pad in the installed state is filled with a gaseous medium and is closed in overpressure-tight fashion; that for the overpressure-tight closure, at least one of the at least one crimp barrel can be compressed by means of a crimping tool, and/or the thermoplastic filling hose is closeable by welding by means of a heating clamp .