mhurhangee/patent-ind-claim-en huggingface dataset:
Medical instrument for diagnostic, therapeutic or surgical measures in a cavity in the body of a patient, comprising: a proximal region , which is provided and designed for arrangement outside the body ; a distal region , which is provided and designed for arrangement inside a cavity in the body ; a supply structure for delivering a fluid to the cavity , wherein the supply structure reaches from a first coupling in the proximal region of the medical instrument to an outlet in the distal region ; a discharge structure for discharging a fluid from the cavity , wherein the discharge structure reaches from an inlet in the distal region of the medical instrument to a second coupling in the proximal region of the medical instrument ; wherein the flow resistance of the supply structure is greater than the flow resistance of the discharge structure , wherein at least either the supply structure has a flow resistance means which substantially determines the flow resistance of the supply structure , or the discharge structure has a flow resistance means which substantially determines the flow resistance of the discharge structure , wherein the flow resistance means (44; 54) has a finite number of alternative predetermined configurations with different flow resistances, and the flow resistance means (44; 54) is provided and designed to be operated exclusively in the predetermined configurations. a proximal region , which is provided and designed for arrangement outside the body ; a distal region , which is provided and designed for arrangement inside a cavity in the body ; a supply structure for delivering a fluid to the cavity , wherein the supply structure reaches from a first coupling in the proximal region of the medical instrument to an outlet in the distal region ; a discharge structure for discharging a fluid from the cavity , wherein the discharge structure reaches from an inlet in the distal region of the medical instrument to a second coupling in the proximal region of the medical instrument ; wherein the flow resistance of the supply structure is greater than the flow resistance of the discharge structure , wherein at least either the supply structure has a flow resistance means which substantially determines the flow resistance of the supply structure , or the discharge structure has a flow resistance means which substantially determines the flow resistance of the discharge structure , wherein the flow resistance means (44; 54) has a finite number of alternative predetermined configurations with different flow resistances, and the flow resistance means (44; 54) is provided and designed to be operated exclusively in the predetermined configurations.
A discharge muffler for mounting to take discharge from a screw compressor , the muffler having an inlet for receiving the discharge and an outlet for delivering the discharge, wherein the muffler comprises an inner duct and an outer duct , the inner duct extending inside the outer duct, the inner duct being open at each end and the outer duct being open at a first end in the region of the muffler inlet and having a closure at a second end in the region of the muffler outlet, the inner duct being provided with a plurality of holes communicating with the outer duct, at least two of the holes being at different distances from the muffler outlet, characterised in that the inner and outer ducts are offset with respect to each other so that the clearance between them is different when measured in different radial directions from the inner duct and at least two of the holes in the inner duct are therefore at different distances from the outer duct.
A method for preprocessing sensor data to facilitate prognostic-surveillance operations, comprising: obtaining training data from sensors in a monitored system during operation of the monitored system, wherein the training data comprises time-series data sampled from signals produced by the sensors; obtaining functional requirements for the prognostic-surveillance operations, wherein functional requirements for the prognostic-surveillance operations include one or more of the following: a false-alarm probability, FAP; a missed-alarm probability, MAP; and a time-to-detection, TTD, metric for discovering anomalies; performing the prognostic-surveillance operations on the training data; determining whether the prognostic-surveillance operations meet the functional requirements; and if the prognostic-surveillance operations do not meet the functional requirements, iteratively applying one or more preprocessing operations to the training data in order of increasing computational cost until the functional requirements are met, the method being characterised in that the computational cost is determined based on an empirically established nonlinear function for each preprocessing operation relating compute cost to a trivariate function of a sampling rate, a number of signals, and signal-to-noise ratios for the signals. obtaining training data from sensors in a monitored system during operation of the monitored system, wherein the training data comprises time-series data sampled from signals produced by the sensors; obtaining functional requirements for the prognostic-surveillance operations, wherein functional requirements for the prognostic-surveillance operations include one or more of the following: a false-alarm probability, FAP; a missed-alarm probability, MAP; and a time-to-detection, TTD, metric for discovering anomalies; a false-alarm probability, FAP; a missed-alarm probability, MAP; and a time-to-detection, TTD, metric for discovering anomalies; performing the prognostic-surveillance operations on the training data; determining whether the prognostic-surveillance operations meet the functional requirements; and if the prognostic-surveillance operations do not meet the functional requirements, iteratively applying one or more preprocessing operations to the training data in order of increasing computational cost until the functional requirements are met, the method being characterised in that the computational cost is determined based on an empirically established nonlinear function for each preprocessing operation relating compute cost to a trivariate function of a sampling rate, a number of signals, and signal-to-noise ratios for the signals.
A stay for opening and closing of a door or a cover , comprising: a main body mounted to a housing ; an arm having one end rotatably connected to the main body ; a main-body slider slidably provided on the main body and being biased in one direction by an elastic body ; and a link rotatably connected to the main-body slider and the arm , characterized in that the arm is configured to give the door or cover , in an open state, an additional force in an opening direction and to give the door or cover , in a closed state, an additional force in a closing direction, in that there are at least two pivots of the link in the form of pins (P3,P4,57,67) relative to the arm or the main-body slider , and in that when the door or cover rotates from the open state to the closed state, the pivots of the link relative to the arm or the main-body slider are changed from one pin (P4,57,67) to an opposite pin (P3,57,67) so as to reduce the force in the closing direction given by the arm to the door or cover . a main body mounted to a housing ; an arm having one end rotatably connected to the main body ; a main-body slider slidably provided on the main body and being biased in one direction by an elastic body ; and a link rotatably connected to the main-body slider and the arm , characterized in that the arm is configured to give the door or cover , in an open state, an additional force in an opening direction and to give the door or cover , in a closed state, an additional force in a closing direction, in that there are at least two pivots of the link in the form of pins (P3,P4,57,67) relative to the arm or the main-body slider , and in that when the door or cover rotates from the open state to the closed state, the pivots of the link relative to the arm or the main-body slider are changed from one pin (P4,57,67) to an opposite pin (P3,57,67) so as to reduce the force in the closing direction given by the arm to the door or cover .
Projectile intended for damping a spacecraft comprising a main body and active attitude control means suitable for the 3-axis stabilisation of the attitude of said spacecraft , said projectile comprising a harpoon and being intended to equip a space delivery vehicle, that is different from the spacecraft, in order to be projected from said space delivery vehicle towards said spacecraft , said projectile being characterised in that it comprises a passive damper mounted such that it is fixed on said harpoon and suitable for generating, in cooperation with the Earth's magnetic field, a damping torque, said passive damper comprising an outer enclosure and an inner body that are configured such that: - said inner body is positioned inside said outer enclosure and is capable of moving in rotation inside said outer enclosure about at least one axis of rotation, - said outer enclosure comprises an inner surface and said inner body comprises an outer surface , said surfaces being separated by means of a viscous fluid , - said inner body is permanently magnetised, - said outer enclosure is fixed to the main body of said spacecraft for rotation therewith when said harpoon is fixed to said main body . - said inner body is positioned inside said outer enclosure and is capable of moving in rotation inside said outer enclosure about at least one axis of rotation, - said outer enclosure comprises an inner surface and said inner body comprises an outer surface , said surfaces being separated by means of a viscous fluid , - said inner body is permanently magnetised, - said outer enclosure is fixed to the main body of said spacecraft for rotation therewith when said harpoon is fixed to said main body .
Filter device for filtering a fluid to be filtered, having at least one double-membrane arrangement , Filter device having at least one first connection for introducing the fluid to be filtered into the at least one double-membrane arrangement and at least one second connection for discharging a filtrate of the fluid to be filtered out of the filter device , the at least one double-membrane arrangement - viewed in the flow direction of the fluid to be filtered - having a first membrane and, downstream, a second membrane , an interspace being embodied between the first membrane and the second membrane , the interspace comprising a flushing channel for flushing the interspace the flushing channel extending from at least one third connection for introducing a flushing fluid into the interspace to at least one fourth connection for discharging the flushing fluid from the interspace , the at least one third connection and the at least one fourth connection opening into the interspace , characterized in that that at least one adsorption filter is arranged between the second membrane and the at least one second connection .
A composition comprising: a first partially double-stranded nucleic acid molecule and an at least second partially double-stranded nucleic acid molecule, wherein the first partially double-stranded nucleic acid molecule comprises a first 5' overhang and a second 5' overhang, wherein the at least second partially double-stranded nucleic acid molecule comprises a third 5' overhang and fourth 5' overhang, wherein the second 5' overhang and third 5' overhang are complementary to each other, wherein the first 5' overhang, the third 5' overhang and the fourth 5' overhang each comprise one of the 4-mer sequences, or complement thereof, of a 4-mer triplet, wherein the 4-mer triplet comprises three 4-mer sequences, which yield a single fragment with at least 90% purity upon ligation of the first partially double-stranded nucleic acid molecule and the at least second partially double-stranded nucleic acid molecule, and wherein the first 5' overhang, the third 5' overhang and the fourth 5' overhang comprise a different 4-mer sequence, wherein the 4-mer triplet is selected from the 4-mer triplets recited in Table 1; and T7 DNA ligase. a first partially double-stranded nucleic acid molecule and an at least second partially double-stranded nucleic acid molecule, wherein the first partially double-stranded nucleic acid molecule comprises a first 5' overhang and a second 5' overhang, wherein the at least second partially double-stranded nucleic acid molecule comprises a third 5' overhang and fourth 5' overhang, wherein the second 5' overhang and third 5' overhang are complementary to each other, wherein the first 5' overhang, the third 5' overhang and the fourth 5' overhang each comprise one of the 4-mer sequences, or complement thereof, of a 4-mer triplet, wherein the 4-mer triplet comprises three 4-mer sequences, which yield a single fragment with at least 90% purity upon ligation of the first partially double-stranded nucleic acid molecule and the at least second partially double-stranded nucleic acid molecule, and wherein the first 5' overhang, the third 5' overhang and the fourth 5' overhang comprise a different 4-mer sequence, wherein the 4-mer triplet is selected from the 4-mer triplets recited in Table 1; and T7 DNA ligase.
A doser cap for a liquid container, enclosing additives for release in the said liquid container comprising: a) a bottom cap unit comprising internal thread to engage with thread on the liquid container, a reservoir shaft , wherein the bottom side of the shaft is sealed by a seal and wherein the bottom cap unit has a cam guide on outer portion of the reservoir shaft ; b) a top cap unit comprising a cam slot that engages with the cam guide on bottom cap unit , such that the top cap unit moves spirally down or up as per direction of rotation; and a peel-off ring which is in contact with the bottom cap unit ; the top cap unit further comprising a cutting unit having a cutting tip , for piercing the seal of the reservoir shaft of the bottom cap unit and cutting edge on the inner portion of the top cap unit for shearing the seal on rotation of the top cap unit in desired direction to discharge the additives from the said reservoir shaft of the bottom cap unit ; and c) an entry groove for smooth entry of the cam guide on the bottom cap unit into the cam slot on the top cap unit , characterised in that the peel-off ring is also in contact with the top cap unit, and in that the cam guide has a slight opening angle at top for the entry and with no angle at back to avoid separation of the top and bottom cap units without breaking the peel off ring . a) a bottom cap unit comprising internal thread to engage with thread on the liquid container, a reservoir shaft , wherein the bottom side of the shaft is sealed by a seal and wherein the bottom cap unit has a cam guide on outer portion of the reservoir shaft ; b) a top cap unit comprising a cam slot that engages with the cam guide on bottom cap unit , such that the top cap unit moves spirally down or up as per direction of rotation; and a peel-off ring which is in contact with the bottom cap unit ; the top cap unit further comprising a cutting unit having a cutting tip , for piercing the seal of the reservoir shaft of the bottom cap unit and cutting edge on the inner portion of the top cap unit for shearing the seal on rotation of the top cap unit in desired direction to discharge the additives from the said reservoir shaft of the bottom cap unit ; and c) an entry groove for smooth entry of the cam guide on the bottom cap unit into the cam slot on the top cap unit , characterised in that the peel-off ring is also in contact with the top cap unit, and in that the cam guide has a slight opening angle at top for the entry and with no angle at back to avoid separation of the top and bottom cap units without breaking the peel off ring .
A fuel cell device, comprising: a fuel cell module comprising a container and a fuel cell housed in the container; a plurality of auxiliary machines for operating the fuel cell module; and an exterior case that houses the fuel cell module and the auxiliary machines, the plurality of auxiliary machines comprising upper auxiliary machines which are located on an upper side of the fuel cell module, the upper auxiliary machines including an air supply device and a fuel supply device, the fuel cell device further comprising a fan located on the upper side of the fuel cell module, and a rack member which is disposed inside the exterior case and on which the plurality of upper auxiliary machines are arranged, the rack member comprising an air-system rack member to which the air supply device is attached, and a fuel-system rack member to which the fuel supply device is attached, at least one of the air-system rack member and the fuel-system rack member being detachable from the fuel cell device. a fuel cell module comprising a container and a fuel cell housed in the container; a plurality of auxiliary machines for operating the fuel cell module; and an exterior case that houses the fuel cell module and the auxiliary machines, the plurality of auxiliary machines comprising upper auxiliary machines which are located on an upper side of the fuel cell module, the upper auxiliary machines including an air supply device and a fuel supply device, the fuel cell device further comprising a fan located on the upper side of the fuel cell module, and a rack member which is disposed inside the exterior case and on which the plurality of upper auxiliary machines are arranged, the rack member comprising an air-system rack member to which the air supply device is attached, and a fuel-system rack member to which the fuel supply device is attached, at least one of the air-system rack member and the fuel-system rack member being detachable from the fuel cell device.
An antigen binding protein comprising the following polypeptide (A), and recognizing the HLA-A2-MAGE-A4 complex: (A) the polypeptide comprising the amino acid sequence of VH (heavy chain variable region) of SEQ ID NO: 36 and the amino acid sequence of VL (light chain variable region) of SEQ ID NO: 38. (A) the polypeptide comprising the amino acid sequence of VH (heavy chain variable region) of SEQ ID NO: 36 and the amino acid sequence of VL (light chain variable region) of SEQ ID NO: 38.
A wafer level opto-electronic assembly comprising a silicon wafer populated with a plurality of opto-electronic modules in separate die locations, with a separate sealing layer comprising a gold-tin solder material disposed to surround each individual optoelectronic module attached to a glass substrate molded to include a plurality of lid encapsulates in separate die locations, wherein the assembly is obtainable by providing a silicon wafer populated with a plurality of opto-electronic modules in separate die locations, with a separate sealing layer comprising a gold-tin solder material disposed to surround each individual optoelectronic module; providing a glass substrate molded to include a plurality of lid encapsulates in separate die locations, each lid encapsulate including a bonding material on a top surface thereof; inverting and attaching the glass substrate to the silicon wafer , such that the lid encapsulate bonding material contacts an associated sealing layer , creating a bond therebetween and forming a plurality of encapsulated opto-electronic modules; wherein the layer of bonding material on the molded lid encapsulate comprises a metallic compound for creating a solder seal with the sealing layer . providing a silicon wafer populated with a plurality of opto-electronic modules in separate die locations, with a separate sealing layer comprising a gold-tin solder material disposed to surround each individual optoelectronic module; providing a glass substrate molded to include a plurality of lid encapsulates in separate die locations, each lid encapsulate including a bonding material on a top surface thereof; inverting and attaching the glass substrate to the silicon wafer , such that the lid encapsulate bonding material contacts an associated sealing layer , creating a bond therebetween and forming a plurality of encapsulated opto-electronic modules;
A composition containing: (a) 1,8-para-menthenethiol and (b) 3-mercaptohexyl acetate, characterized in that it also contains (c) undecylenic acid or one of its derivatives.
A method for changing a setting of a portable electronic device, the method comprising: receiving a first biometric image of a biometric attribute that is associated with a user; determining if the first biometric image matches a first reference biometric image that is associated with a user authorized to change the setting; if the first biometric image matches the first reference biometric image: changing the setting of the electronic device; and if the first biometric image does not match the first reference biometric image: not changing the setting; placing the portable electronic device in a safe mode that locks the portable electronic device and requires one or more additional items of user identification data to exit the safe mode, the safe mode restricting access to a number of functions or applications that were accessible to the user prior to entering the safe mode; and providing an input screen that is configured to be displayed while in safe mode, the input screen configured to receive the one or more additional items of user identification data to exit the safe mode. receiving a first biometric image of a biometric attribute that is associated with a user; determining if the first biometric image matches a first reference biometric image that is associated with a user authorized to change the setting; if the first biometric image matches the first reference biometric image: changing the setting of the electronic device; and if the first biometric image does not match the first reference biometric image: not changing the setting; placing the portable electronic device in a safe mode that locks the portable electronic device and requires one or more additional items of user identification data to exit the safe mode, the safe mode restricting access to a number of functions or applications that were accessible to the user prior to entering the safe mode; and providing an input screen that is configured to be displayed while in safe mode, the input screen configured to receive the one or more additional items of user identification data to exit the safe mode. not changing the setting; placing the portable electronic device in a safe mode that locks the portable electronic device and requires one or more additional items of user identification data to exit the safe mode, the safe mode restricting access to a number of functions or applications that were accessible to the user prior to entering the safe mode; and providing an input screen that is configured to be displayed while in safe mode, the input screen configured to receive the one or more additional items of user identification data to exit the safe mode.