mhurhangee/ep-ind-claims huggingface dataset:
Electric shears (200;300;400;500;600) comprising: - a longitudinal body, and - a cutting tool at one end, called distal end, of said body; characterized in that it further comprises at least one holding member (202;402;502;602) of one hand of a user holding the shears (200;300;400;500;600), the holding member being attached to the shears and designed to rest on the back of said hand passed between said holding member (202;402;502;602) and of the body of said shears, and tightening said hand against said body and holding said hand against said body; said holding member (202;402;502;602) being elastic. - a longitudinal body, and - a cutting tool at one end, called distal end, of said body; characterized in that it further comprises at least one holding member (202;402;502;602) of one hand of a user holding the shears (200;300;400;500;600), the holding member being attached to the shears and designed to rest on the back of said hand passed between said holding member (202;402;502;602) and of the body of said shears, and tightening said hand against said body and holding said hand against said body; said holding member (202;402;502;602) being elastic.
An in vitro method for preparing at least one RNA molecule, contained in a biological sample, for sequencing comprising the following steps: (i) obtaining a biological sample comprising at least one RNA molecule, wherein the at least one RNA molecule bears a phosphate or a 2',3'-cyclic phosphate group at the 3' end; (ii) phosphorylating the at least one RNA molecule at the 5' end, thus introducing a phosphate group at the 5' end of the at least one RNA molecule, and obtaining at least one RNA molecule phosphorylated at both ends; (iii) ligating the 3' end of the at least one phosphorylated RNA molecule to the 5' end of a random RNA linker, wherein the random RNA linker bears a -OH group at both ends, obtaining at least one first ligation product; (iv) self-ligating the at least one first ligation product to form at least one circular RNA molecule, wherein the at least one circular RNA molecule is mixed with linear RNA molecules; (v) digesting the linear RNA molecules; (vi) subjecting the at least one circular RNA molecule to reverse transcription rolling circular amplification, obtaining at least one single-stranded cDNA molecule, wherein the at least one single-stranded cDNA molecule carries at least 1, preferably between 2 and 500, copies of the sequence of the at least one RNA molecule; wherein the at least one single-stranded cDNA molecule carrying at least 1 copy of the sequence of the at least one RNA molecule is suitable for sequencing, preferably single molecule sequencing. (i) obtaining a biological sample comprising at least one RNA molecule, wherein the at least one RNA molecule bears a phosphate or a 2',3'-cyclic phosphate group at the 3' end; (ii) phosphorylating the at least one RNA molecule at the 5' end, thus introducing a phosphate group at the 5' end of the at least one RNA molecule, and obtaining at least one RNA molecule phosphorylated at both ends; (iii) ligating the 3' end of the at least one phosphorylated RNA molecule to the 5' end of a random RNA linker, wherein the random RNA linker bears a -OH group at both ends, obtaining at least one first ligation product; (iv) self-ligating the at least one first ligation product to form at least one circular RNA molecule, wherein the at least one circular RNA molecule is mixed with linear RNA molecules; (v) digesting the linear RNA molecules; (vi) subjecting the at least one circular RNA molecule to reverse transcription rolling circular amplification, obtaining at least one single-stranded cDNA molecule, wherein the at least one single-stranded cDNA molecule carries at least 1, preferably between 2 and 500, copies of the sequence of the at least one RNA molecule;
A pickup for an agricultural vehicle, comprising: a rotatable tine carrier; a plurality of tines (16A, 16B) rotatably carried by the tine carrier through a rotation path; a pickup band assembly comprising a plurality of tine slots in which the tines (16A, 16B) are disposed in a position in the rotation path; and a tine guide comprising at least one guide slot, the tine guide being rotatable with at least one of the tines (16A, 16B) such that the at least one tine (16A, 16B) is disposed in the at least one guide slot in a position in the rotation path in which the at least one tine (16A, 16B) is outside any of the tine slots of the pickup band assembly; characterized by: the at least one tine (16A, 16B) is not disposed in the at least one guide slot in a position in the rotation path in which the at least one tine (16A, 16B) is disposed in one of the tine slots. a rotatable tine carrier; a plurality of tines (16A, 16B) rotatably carried by the tine carrier through a rotation path; a pickup band assembly comprising a plurality of tine slots in which the tines (16A, 16B) are disposed in a position in the rotation path; and a tine guide comprising at least one guide slot, the tine guide being rotatable with at least one of the tines (16A, 16B) such that the at least one tine (16A, 16B) is disposed in the at least one guide slot in a position in the rotation path in which the at least one tine (16A, 16B) is outside any of the tine slots of the pickup band assembly; characterized by: the at least one tine (16A, 16B) is not disposed in the at least one guide slot in a position in the rotation path in which the at least one tine (16A, 16B) is disposed in one of the tine slots.
A scrubber for exhaust gas cleaning onboard a marine vessel, comprising: - a scrubber shell forming a scrubber chamber; - an opening in the scrubber shell; and - a tubular pipe running through the scrubber shell for feeding scrubber liquid into the scrubber chamber; characterized in that the scrubber further comprises: - a concave bowl for connecting the tubular pipe to the scrubber shell, the concave bowl having the shape of a solid of revolution and including a rim and a bottom, and the shape curving smoothly from the rim of the concave bowl to the bottom of the concave bowl; - wherein the tubular pipe runs through the bottom of the concave bowl in such a way that the bottom encircles the tubular pipe, and the tubular pipe and the bottom are connected to each other, and - wherein the concave bowl is placed in the opening in the scrubber shell in such a way that the scrubber shell encircles the rim of the concave bowl, and the scrubber shell and the rim are connected to each other. - a scrubber shell forming a scrubber chamber; - an opening in the scrubber shell; and - a tubular pipe running through the scrubber shell for feeding scrubber liquid into the scrubber chamber; - a concave bowl for connecting the tubular pipe to the scrubber shell, the concave bowl having the shape of a solid of revolution and including a rim and a bottom, and the shape curving smoothly from the rim of the concave bowl to the bottom of the concave bowl; - wherein the tubular pipe runs through the bottom of the concave bowl in such a way that the bottom encircles the tubular pipe, and the tubular pipe and the bottom are connected to each other, and - wherein the concave bowl is placed in the opening in the scrubber shell in such a way that the scrubber shell encircles the rim of the concave bowl, and the scrubber shell and the rim are connected to each other.
A method of removing a fiber-reinforced wrap from a fan casing, the method comprising: heating the fiber-reinforced wrap while on a metal support of the fan casing; unwinding a layer of the fiber-reinforced wrap from the fan casing; and winding the layer of the fiber-reinforced wrap onto a collection drum. heating the fiber-reinforced wrap while on a metal support of the fan casing; unwinding a layer of the fiber-reinforced wrap from the fan casing; and winding the layer of the fiber-reinforced wrap onto a collection drum.
Tappet, suitable either for a high-pressure fuel pump or for a valve train of a quality-controlled or quantity-controlled internal combustion engine, having a housing, to the drive side of which, which serves as a cam or eccentric run-on means, a roller or sliding face is intrinsic, the output side of which housing, which serves as a bearing means of a tappet follower part, lies on an underside of a bridge piece which penetrates an inner shell of the housing, an anti-rotation safeguard which projects beyond the outer shell of the housing and is formed from a radial extension of the bridge piece running in a window of the said housing, characterized in that a projection which is attached in one piece and rises in a wedge-like manner in the direction of the drive side runs on the inner shell of the tappet, only on a section which lies diametrically opposite the window, the bridge piece which consists of steel sheet being snapped over the projection by way of a section which lies diametrically opposite the radial extension, and lies on the said projection by way of an end region of its underside.
A data transmission method when a UE moves from a first mobile communication system to a second mobile communication system, said method comprising: receiving, by a Mobility Management Entity, MME, located in the second mobile communication system, a downlink data buffering indication sent by a Session Management Function, SMF, entity located in the first mobile communication system through an Access and Mobility Management Function, AMF, entity in the first mobile communication system; wherein the downlink data buffering indication is used to indicate that downlink data of the UE is buffered in the first mobile communication system; initiating, by the MME entity, an establishment of a user plane connection and/or control plane connection of the UE. receiving, by a Mobility Management Entity, MME, located in the second mobile communication system, a downlink data buffering indication sent by a Session Management Function, SMF, entity located in the first mobile communication system through an Access and Mobility Management Function, AMF, entity in the first mobile communication system; wherein the downlink data buffering indication is used to indicate that downlink data of the UE is buffered in the first mobile communication system; initiating, by the MME entity, an establishment of a user plane connection and/or control plane connection of the UE.
An in vitro method for a) diagnosing congestion or assessing or monitoring the extent of congestion in a subject or, b) predicting or determining or monitoring need of therapy or intervention of congestion or predicting or determining or monitoring the success of a therapy or intervention of congestion or guiding a therapy or intervention of congestion in a subject or, c) predicting decongestion or residual congestion after therapy or intervention of congestion in a subject or, d) assessing decongestion or residual congestion after therapy or intervention of congestion in a subject or, e) assessing the decision on hospital discharge of a subject, wherein said subject is subject having acute heart failure that is either new-onset AHF or acute decompensated HF or acute decompensated chronic HF or wherein said subject is a subject having chronic heart failure with worsening signs/symptoms of chronic heart failure and wherein Pro-Adrenomedullin or fragments thereof of at least 5 amino acids is used as a marker for congestion and wherein said Pro-Adrenomedullin or fragment is selected from the group comprising Pro-Adrenomedullin according to SEQ ID No. 1 or PAMP according to SEQ ID No.: 2 or MR-proADM according to SEQ ID No.: 3 or mature ADM-NH2 according to SEQ ID No.: 4 or ADM-Gly according to SEQ ID No.: 5 or CT-proADM according to SEQ ID No.: 6 a) diagnosing congestion or assessing or monitoring the extent of congestion in a subject or, b) predicting or determining or monitoring need of therapy or intervention of congestion or predicting or determining or monitoring the success of a therapy or intervention of congestion or guiding a therapy or intervention of congestion in a subject or, c) predicting decongestion or residual congestion after therapy or intervention of congestion in a subject or, d) assessing decongestion or residual congestion after therapy or intervention of congestion in a subject or, e) assessing the decision on hospital discharge of a subject, wherein said subject is subject having acute heart failure that is either new-onset AHF or acute decompensated HF or acute decompensated chronic HF or wherein said subject is a subject having chronic heart failure with worsening signs/symptoms of chronic heart failure and wherein Pro-Adrenomedullin or fragments thereof of at least 5 amino acids is used as a marker for congestion and wherein said Pro-Adrenomedullin or fragment is selected from the group comprising Pro-Adrenomedullin according to SEQ ID No. 1 or PAMP according to SEQ ID No.: 2 or MR-proADM according to SEQ ID No.: 3 or mature ADM-NH2 according to SEQ ID No.: 4 or ADM-Gly according to SEQ ID No.: 5 or CT-proADM according to SEQ ID No.: 6
A temperature-controlled storage device comprising a display case door (102, 104) and a pivoting mullion wherein said pivoting mullion comprising: a mullion body pivotally attached to a display case door (102, 104) of the temperature-controlled storage device, wherein the mullion body is configured to rotate relative to the display case door (102, 104) between a first position when the display case door (102, 104) is opened and a second position when the display case door (102, 104) is closed, wherein the mullion body is configured to provide a support surface against which the display case door (102, 104) rests when the display case door (102, 104) is closed; and a lighting element fixed to the mullion body and configured to turn off when the display case door (102, 104) is open, and to activate when the display case door (102, 104) is closed, wherein activation of the lighting element illuminates items within the temperature-controlled storage device such that the items are visible through a substantially transparent surface (128, 130) of the display case door (102, 104) when the display case door (102, 104) is closed. a mullion body pivotally attached to a display case door (102, 104) of the temperature-controlled storage device, wherein the mullion body is configured to rotate relative to the display case door (102, 104) between a first position when the display case door (102, 104) is opened and a second position when the display case door (102, 104) is closed, wherein the mullion body is configured to provide a support surface against which the display case door (102, 104) rests when the display case door (102, 104) is closed; and a lighting element fixed to the mullion body and configured to turn off when the display case door (102, 104) is open, and to activate when the display case door (102, 104) is closed, wherein activation of the lighting element illuminates items within the temperature-controlled storage device such that the items are visible through a substantially transparent surface (128, 130) of the display case door (102, 104) when the display case door (102, 104) is closed.
A three-dimensional modeling apparatus that models a three-dimensional object, the apparatus comprising: an ejection portion capable of ejecting a fluid material, which is a material of the object; and a control portion that forms a laminated body in which one or more layers each comprising a cross-section body is laminated by executing one or more repetitions of a cross-section body formation process, which forms a cross-section body equivalent to one layer of the object by controlling the ejection portion and ejecting the fluid material, wherein the control portion executes a correction process that ejects the fluid material onto a target correction location, which is at least a portion of an outline section on an upper surface of the laminated body, and characterized in that, if there is no portion of the layer of the laminated body being formed in which a shape of a cross-section body to be formed on the laminated body and a shape of the target correction location coincide, the control portion performs the correction process simultaneously with the cross-section body formation process for forming a cross-section body on the laminated body. an ejection portion capable of ejecting a fluid material, which is a material of the object; and a control portion that forms a laminated body in which one or more layers each comprising a cross-section body is laminated by executing one or more repetitions of a cross-section body formation process, which forms a cross-section body equivalent to one layer of the object by controlling the ejection portion and ejecting the fluid material, wherein the control portion executes a correction process that ejects the fluid material onto a target correction location, which is at least a portion of an outline section on an upper surface of the laminated body, and characterized in that, if there is no portion of the layer of the laminated body being formed in which a shape of a cross-section body to be formed on the laminated body and a shape of the target correction location coincide, the control portion performs the correction process simultaneously with the cross-section body formation process for forming a cross-section body on the laminated body.
A rock drilling rig comprising: a movable carrier; at least one boom connected to the carrier; a drilling unit, which is located at a free end portion of the boom and is provided with a feed beam, a rock drilling machine supported to the feed beam and a feed device for moving the drilling machine relative to the feed beam; and the rock drilling machine comprises a hydraulically operated impact device and a hydraulically operated rotation device, which are connected to dedicated hydraulic circuits provided with dedicated supply lines and dedicated discharge lines, and which are controlled by means of dedicated control valves, which are located at the carrier; characterized in that the rock drilling rig is further provided with at least one distributed hydraulic system comprising several hydraulic devices connected to a common hydraulic circuit provided with one common supply line and one common discharge line, and the system further comprising several distributed valves connected to the supply line and the discharge line for operating the hydraulic devices; and wherein the feed device is hydraulically operated and is connected to the distributed hydraulic system and a distributed valve of the feed device is located at the drilling unit. a movable carrier; at least one boom connected to the carrier; a drilling unit, which is located at a free end portion of the boom and is provided with a feed beam, a rock drilling machine supported to the feed beam and a feed device for moving the drilling machine relative to the feed beam; and the rock drilling machine comprises a hydraulically operated impact device and a hydraulically operated rotation device, which are connected to dedicated hydraulic circuits provided with dedicated supply lines and dedicated discharge lines, and which are controlled by means of dedicated control valves, which are located at the carrier; characterized in that the rock drilling rig is further provided with at least one distributed hydraulic system comprising several hydraulic devices connected to a common hydraulic circuit provided with one common supply line and one common discharge line, and the system further comprising several distributed valves connected to the supply line and the discharge line for operating the hydraulic devices; and wherein the feed device is hydraulically operated and is connected to the distributed hydraulic system and a distributed valve of the feed device is located at the drilling unit.
An apparatus for stapling tissue, the apparatus comprising: (a) a stapling head assembly; (b) a shaft assembly coupled to the stapling head assembly; and (c) a handle assembly coupled to the shaft assembly, wherein the handle assembly comprises: (i) a motor, wherein the motor is operable to actuate the stapling head assembly in a motorized operational mode, and (ii) a selection assembly (251, 296), characterized in that the handle assembly comprises a rotation knob, wherein the rotation knob is configured to translate between a first position and a second position, wherein the rotation knob is operable to actuate the stapling head assembly in a manual operational mode, wherein the selection assembly (251, 296) is operable to provide the motorized operational mode when the rotation knob is in the first position, wherein the selection assembly (251, 296) is operable to provide the manual operational mode when the rotation knob is in the second position. (a) a stapling head assembly; (b) a shaft assembly coupled to the stapling head assembly; and (c) a handle assembly coupled to the shaft assembly, wherein the handle assembly comprises: (i) a motor, wherein the motor is operable to actuate the stapling head assembly in a motorized operational mode, and (ii) a selection assembly (251, 296), (i) a motor, wherein the motor is operable to actuate the stapling head assembly in a motorized operational mode, and (ii) a selection assembly (251, 296),
A hollow fiber membrane module comprising: a hollow fiber membrane bundle consisted of a plurality of hollow fiber membrane filaments, end part(s) at one end or both ends of the hollow fiber membrane bundle, and an air inlet pipe and a produced water pipe, wherein ends of the hollow fiber membrane filaments are converged in the one or more end part(s), an air distributing device having air distributing holes is disposed on an end surface of at least one of the end part(s), the air distributing device being communicated with the air inlet pipe, the air distributing holes of the air distributing device disposed on the end part are opened towards end portions of the hollow fiber membrane filaments, wherein "end part(s) at one end or both ends of the hollow fiber membrane bundle" means that one end of the hollow fiber membrane bundle is provided with the end part or both ends of the hollow fiber membrane bundle are provided with the end parts; characterized in that the end surface of the at least one end part on which the air distribution device is disposed is protruded, and the protruded direction is defined as a direction away form the end surface towards the middle of the hollow fiber membrane filaments, and when the hollow fiber membrane module is vertically placed, the air distributing holes are positioned close to a bottom of the protruded end surface and the air distributing holes are opened towards a top of the protruded end surface. a hollow fiber membrane bundle consisted of a plurality of hollow fiber membrane filaments, end part(s) at one end or both ends of the hollow fiber membrane bundle, and an air inlet pipe and a produced water pipe, wherein ends of the hollow fiber membrane filaments are converged in the one or more end part(s), an air distributing device having air distributing holes is disposed on an end surface of at least one of the end part(s), the air distributing device being communicated with the air inlet pipe, the air distributing holes of the air distributing device disposed on the end part are opened towards end portions of the hollow fiber membrane filaments, wherein "end part(s) at one end or both ends of the hollow fiber membrane bundle" means that one end of the hollow fiber membrane bundle is provided with the end part or both ends of the hollow fiber membrane bundle are provided with the end parts; characterized in that the end surface of the at least one end part on which the air distribution device is disposed is protruded, and the protruded direction is defined as a direction away form the end surface towards the middle of the hollow fiber membrane filaments, and when the hollow fiber membrane module is vertically placed, the air distributing holes are positioned close to a bottom of the protruded end surface and the air distributing holes are opened towards a top of the protruded end surface.