mhurhangee/patent-ind-claim-en huggingface dataset:
An MRI-compatible medical device, comprising: an elongated sheath having a distal end , an opposite proximal end , and a central lumen extending between the proximal and distal ends, wherein the sheath includes at least one tracking member adjacent the sheath distal end; a dilator movably disposed within the sheath lumen and having a distal end , an opposite proximal end , and a lumen extending between the dilator proximal and distal ends, wherein the dilator includes at least one tracking member adjacent the dilator distal end, wherein the at least one tracking member includes a cable for electrically connecting it to an MRI scanner, and wherein the dilator distal end is configurable to extend outwardly from the sheath distal end; and a needle movably disposed within the dilator lumen and having a distal end , an opposite proximal end , and a central lumen extending between the needle proximal and distal ends, wherein the needle comprises a main body portion of an MRI-compatible material and a tip portion , wherein the tip portion is located at the needle distal end, wherein the needle is movable between retracted and extended positions, wherein the needle distal end is within the dilator lumen when in the retracted position and wherein the needle distal end extends outwardly from the dilator distal end when in the extended position, wherein the needle tip portion includes a tracking member that is closely spaced-apart from the at least one tracking member on the dilator distal end when the needle is in the extended position. an elongated sheath having a distal end , an opposite proximal end , and a central lumen extending between the proximal and distal ends, wherein the sheath includes at least one tracking member adjacent the sheath distal end; a dilator movably disposed within the sheath lumen and having a distal end , an opposite proximal end , and a lumen extending between the dilator proximal and distal ends, wherein the dilator includes at least one tracking member adjacent the dilator distal end, wherein the at least one tracking member includes a cable for electrically connecting it to an MRI scanner, and wherein the dilator distal end is configurable to extend outwardly from the sheath distal end; and a needle movably disposed within the dilator lumen and having a distal end , an opposite proximal end , and a central lumen extending between the needle proximal and distal ends, wherein the needle comprises a main body portion of an MRI-compatible material and a tip portion , wherein the tip portion is located at the needle distal end, wherein the needle is movable between retracted and extended positions, wherein the needle distal end is within the dilator lumen when in the retracted position and wherein the needle distal end extends outwardly from the dilator distal end when in the extended position, wherein the needle tip portion includes a tracking member that is closely spaced-apart from the at least one tracking member on the dilator distal end when the needle is in the extended position.
Transport platform which is intended for loading, moving and/or storing goods and is realised in the form of a steel-beam structure with a floor assembly which is constructed from two longitudinal beams and transverse beams , wherein both a floor corner fitting and a roof corner fitting is arranged at each of the four corner regions of the transport platform, wherein, as seen in a longitudinal direction (x) of the platform, the transport platform is extended beyond the corner fittings by a front projection and a rear projection , which terminate in each case at a front vertical frame and a rear vertical frame , wherein each vertical frame is constructed from vertical struts and a transverse roof strut , which come together at a roof-frame corner (I), which, as seen in the longitudinal direction (x) of the platform, is connected to the roof-corner fitting via a load-bearing strut , and wherein a supporting strut is supported between the roof-corner fittings arranged in longitudinal alignment in relation to one another, wherein, for the purpose of realising the front projection , the two longitudinal platform beams terminate at the front floor-corner fittings and are extended by longitudinal floor struts , which are reduced in cross section in relation to the same and are attached to the front vertical frame , wherein the front vertical frame has a transverse floor strut , which connects the two longitudinal floor struts to one another at the front, wherein the front projection is offset in a step-like manner from the underside of the platform by a vertical-offset amount (Δz) to form a floor-side free space , and wherein an inner corner region is defined between the respective longitudinal floor strut and an end side of the longitudinal beam of the platform, said inner corner region forming the floor-side free space .
A method for contacting one or more fluids and one or more solids, the method comprising: introducing a feed comprising carbon monoxide to a contactor, the contactor comprising: a body having a first head and a second head disposed thereon; two or more discrete fixed beds disposed across a cross-section of the body; one or more unobstructed flow paths adapted to bypass each fixed bed; and one or more baffles disposed between the fixed beds; wherein the one or more baffles block fluid flow between the two or more discrete fixed beds; wherein each fixed bed comprises a first inert layer, a second inert layer, and a catalyst layer comprising one or more catalysts for converting at least a portion of the carbon monoxide in the feed to carbon dioxide, the catalyst layer being disposed between the first inert layer and second inert layer, wherein the first inert layer comprises tabular alumina, mullite, ceramic, mixtures thereof or combinations thereof, and the second inert layer comprises tabular alumina, mullite, ceramic, mixtures thereof or combinations thereof; flowing a first portion of the feed through the first fixed bed to provide a first effluent comprising carbon dioxide; flowing a second portion of the feed comprising carbon monoxide through the one or more flow paths bypassing the first fixed bed; flowing the second portion of the feed through the second fixed bed to provide a second effluent comprising carbon dioxide; flowing the first effluent through the one or more flow paths bypassing the second fixed bed; and combining the first effluent and second effluent. a body having a first head and a second head disposed thereon; two or more discrete fixed beds disposed across a cross-section of the body; one or more unobstructed flow paths adapted to bypass each fixed bed; and one or more baffles disposed between the fixed beds; wherein the one or more baffles block fluid flow between the two or more discrete fixed beds; wherein each fixed bed comprises a first inert layer, a second inert layer, and a catalyst layer comprising one or more catalysts for converting at least a portion of the carbon monoxide in the feed to carbon dioxide, the catalyst layer being disposed between the first inert layer and second inert layer, wherein the first inert layer comprises tabular alumina, mullite, ceramic, mixtures thereof or combinations thereof, and the second inert layer comprises tabular alumina, mullite, ceramic, mixtures thereof or combinations thereof; flowing a first portion of the feed through the first fixed bed to provide a first effluent comprising carbon dioxide; flowing a second portion of the feed comprising carbon monoxide through the one or more flow paths bypassing the first fixed bed; flowing the second portion of the feed through the second fixed bed to provide a second effluent comprising carbon dioxide; flowing the first effluent through the one or more flow paths bypassing the second fixed bed; and combining the first effluent and second effluent.
A laser treatment head for guiding a laser beam to a target area within a body cavity , wherein the laser treatment head comprises a laser output element which extends along a longitudinal axis , and a guide element for said laser output element , wherein the laser output element comprises a carrier member , and through which during operation a generally coaxial incoming laser beam section of the laser beam passes, wherein the laser output element further comprises deflection means for deflecting the incoming laser beam section into a generally radial output laser beam section , wherein the deflection means is a mirror having a reflecting surface , wherein the mirror is fixed to the carrier member such, that an angle (α) between the reflecting surface and the longitudinal axis of the laser output element is in a range from 30° to 60°, and wherein the laser output element including its deflection means is rotatable relative to said guide element about the longitudinal axis , characterized in that the deflection means is one of a pair of opposite inclined mirrors , multiple flat mirrors (14") arranged to form a pyramid and a cone shaped mirror , wherein the carrier member comprises first thread means , wherein the guide element comprises second thread means , wherein the first and second thread means engage each other such, that upon rotational movement of the laser output element relative to the guide element the deflection means perform a combined axial and rotational movement relative to the guide element .
(Currently Amended) An optical film, which is disposed at the outermost side of a display device or at an outside of a polarizing layer of the display device in which the polarizing layer is disposed at a visible side, comprising: a liquid crystal layer having an in-plane retardation with respect to light with a wavelength of 550 nm of 80 nm to 200 nm, and a surface hardness of 1H or more, wherein the liquid crystal layer is a cured layer of a liquid crystal composition comprising a polymerizable liquid crystal material comprising a monofunctional polymerizable liquid crystal compound and a multifunctional liquid crystal compound mixture in 50 wt% to 60 wt%, and a reactive non-liquid crystal compound having a functional group capable of reacting with a polymerizable functional group of the polymerizable liquid crystal compound in less than 5 parts by weight with respect to 100 parts by weight of the polymerizable liquid crystal material, wherein the multifunctional liquid crystal compound mixture comprises a liquid crystal compound having two polymerizable functional groups, and a liquid crystal compound having at least three polymerizable functional groups. a liquid crystal layer having an in-plane retardation with respect to light with a wavelength of 550 nm of 80 nm to 200 nm, and a surface hardness of 1H or more, wherein the liquid crystal layer is a cured layer of a liquid crystal composition comprising a polymerizable liquid crystal material comprising a monofunctional polymerizable liquid crystal compound and a multifunctional liquid crystal compound mixture in 50 wt% to 60 wt%, and a reactive non-liquid crystal compound having a functional group capable of reacting with a polymerizable functional group of the polymerizable liquid crystal compound in less than 5 parts by weight with respect to 100 parts by weight of the polymerizable liquid crystal material, wherein the multifunctional liquid crystal compound mixture comprises a liquid crystal compound having two polymerizable functional groups, and a liquid crystal compound having at least three polymerizable functional groups.
A multifunctional capacitive-type sleeve with a vacuum arc-extinguishing chamber, comprising a capacitive-type sleeve insulation core covering the outside of the vacuum arc-extinguishing chamber , wherein first ends of two connection terminals are respectively led out from the two ends of the sleeve insulation core , and the other ends of the two connection terminals can be contacted and separated in the vacuum arc-extinguishing chamber to switch on and off a circuit, wherein at least two capacitive screen groups are embedded in the sleeve insulation core , wherein each capacitive screen group is composed of a plurality of coaxial capacitive screens alternatively arranged with an insulating layer, and the outermost capacitive screen is an earthing screen , characterized in that , two capacitive screen groups are respectively arranged at the two ends of the sleeve insulation core , and the earthing screens of the two capacitive screen groups are connected.
Fixing device for fixing a sliding block , which is displaceably mounted in a slide rail , of a door drive for automatically closing a door, wherein the fixing device has a blocking element having a blocking portion and an energizeable solenoid , wherein the blocking element is movable between a releasing position and a blocking position and in the assembled state in its blocking position by way of the blocking portion blocks a movement of the sliding block , which is coupled to a closing movement of the door, past the blocking element , and wherein the solenoid in its energized state arrests the blocking element in its blocking position, wherein the fixing device has a coupling gear , wherein the coupling gear comprises a first swing arm , a second swing arm and a first coupling rod which is rotatably coupled to the first swing arm as well as to the second swing arm , wherein the first swing arm forms the blocking element , wherein a second coupling rod is provided which is rotatably connected to the second swing arm as well as to a contacting end of an armature rod which is displaceable by the solenoid , and wherein the solenoid in its energized state displaces the armature rod to an active position in which the armature rod by way of the second coupling rod , and as a result by way of the coupling gear , arrests the blocking element in its blocking position, characterized in that the first swing arm is formed as a dual-arm lever having a mounting rotatable about a first bearing point , the blocking portion formed on a first end of the lever, and a rotatable connection to the first coupling rod on the second end of the lever, and the second swing arm is formed as a dual-arm lever having a mounting rotatable about a second bearing pint , a rotatable connection to the first coupling rod on a first end of the lever, and a rotatable connection to the second coupling rod on the second end of the lever.
An information processing device in a game system, the information processing device comprising: a storage device configured to store a plurality of files constituting a digital content; and a processing section configured to record the files of the digital content in the storage device; wherein each file belongs to at least one of a plurality of groups , with at least one file belonging to a plurality of groups, and at least one file belongs to each group, and the processing section includes a determining block configured to determine whether a file is recorded in the storage device in group units, wherein the processing section includes a download executing block configured to obtain the digital content from a server connected to a network , and wherein during execution of download processing by the download executing block, the determining block determines whether all of one or more files belonging to a first group to be downloaded first are recorded in the storage device. a storage device configured to store a plurality of files constituting a digital content; and a processing section configured to record the files of the digital content in the storage device; wherein each file belongs to at least one of a plurality of groups , with at least one file belonging to a plurality of groups, and at least one file belongs to each group, and the processing section includes a determining block configured to determine whether a file is recorded in the storage device in group units, wherein the processing section includes a download executing block configured to obtain the digital content from a server connected to a network , and wherein during execution of download processing by the download executing block, the determining block determines whether all of one or more files belonging to a first group to be downloaded first are recorded in the storage device.
Rotor blade assembly for a turbomachine, in particular a gas turbine, having at least one rotor blade , the rotor blade assembly having at least one cavity in which at least one tuning mass is movably arranged, the tuning mass and/or the cavity being adapted such that the tuning mass rests against an inner wall (3.1) of the cavity in a predetermined first operating state of the turbomachine and moves away from the inner wall, at least temporarily, in a second predetermined operating state of the turbomachine, characterized in that either the first or the second predetermined operating state is adjacent to a natural frequency of the rotor blade assembly having a tuning mass which rests on or is spaced apart from the inner wall, the adjacent operating state being in the range from 0.9 to 0.99 times said natural frequency of the rotor blade assembly.
A method of automatic configuration of a communications interface of an unknown data network , the method comprising: connecting an Electronic Flight Bag, EFB, to the unknown data network ; attempting to open communication ports of the unknown data network based on known communications data library configurations for a known set of data networks, wherein the known set of data networks comprises a plurality of different data networks, defining a selected communications interface ; in response to attempting to open communication ports, receiving data from the unknown data network ; determining, by a controller module , if the selected communications interface can interpret the received data; and upon successful interpretation of the received data, operate the communications interface of the EFB in accordance with the selected communications interface . connecting an Electronic Flight Bag, EFB, to the unknown data network ; attempting to open communication ports of the unknown data network based on known communications data library configurations for a known set of data networks, wherein the known set of data networks comprises a plurality of different data networks, defining a selected communications interface ; in response to attempting to open communication ports, receiving data from the unknown data network ; determining, by a controller module , if the selected communications interface can interpret the received data; and upon successful interpretation of the received data, operate the communications interface of the EFB in accordance with the selected communications interface .
A portable terminal comprising: a display module ; a case member coupled to the display module ; and a supporting member configured to support a center portion of the display module and diffuse an impact exerted on the display module to the case member , wherein the supporting member comprises a first member disposed between the display module and the case member , and wherein the portable terminal further comprises a second member provided on a rear face of the display module to surround the first member , wherein the first member has a higher stiffness than that of the second member , and wherein the first member is attached to a front face of the case member by way of an adhesive member , while the first member supports at least a center portion of the display module in a lengthwise direction and in a widthwise direction, wherein the front face of the case member comprises a face of the case member opposing the rear face of the display module . a display module ; a case member coupled to the display module ; and a supporting member configured to support a center portion of the display module and diffuse an impact exerted on the display module to the case member , wherein the supporting member comprises a first member disposed between the display module and the case member , and wherein the portable terminal further comprises a second member provided on a rear face of the display module to surround the first member , wherein the first member has a higher stiffness than that of the second member , and wherein the first member is attached to a front face of the case member by way of an adhesive member , while the first member supports at least a center portion of the display module in a lengthwise direction and in a widthwise direction, wherein the front face of the case member comprises a face of the case member opposing the rear face of the display module .
A method to be implemented at a device configured to be connected to a customer premises equipment of a first type network , said first type network comprising at least one network apparatus in communication with said customer premises equipment , said method comprising: - defining one or several routing rules to route packets of said device , based on capabilities information received from the customer premises equipment and said at least one network apparatus , - sending commands to enforce the defined routing rules either at the customer premises equipment or at the at least one network apparatus , said routing rules identifying either the customer premises equipment or said at least one network apparatus to forward packets between the first type network and a second type network . - defining one or several routing rules to route packets of said device , based on capabilities information received from the customer premises equipment and said at least one network apparatus , - sending commands to enforce the defined routing rules either at the customer premises equipment or at the at least one network apparatus ,
An apparatus comprising: decoder circuitry to decode a single instruction to generate a decoded instruction, the instruction including an opcode to indicate that a memory protection controller is to be programmed according to a leaf operation, wherein a first implicit operand is to provide an indication of the leaf operation, a second implicit operand is to provide a key identifier, keyID, and an indication of an encryption algorithm, and a third implicit operand is to provide a location of an input data structure, wherein the opcode is to indicate execution circuitry to decrypt encrypted data from the input data structure using an unwrapping key generated by a physical unclonable function, PUF, the decrypted data comprising two concatenated keys, program the memory protection controller using the two concatenated keys based on the keyID and the indicated encryption algorithm, and set an operational status; and the apparatus further comprises: execution circuitry to execute the decoded instruction according to the opcode . decoder circuitry to decode a single instruction to generate a decoded instruction, the instruction including an opcode to indicate that a memory protection controller is to be programmed according to a leaf operation, wherein a first implicit operand is to provide an indication of the leaf operation, a second implicit operand is to provide a key identifier, keyID, and an indication of an encryption algorithm, and a third implicit operand is to provide a location of an input data structure, wherein the opcode is to indicate execution circuitry to decrypt encrypted data from the input data structure using an unwrapping key generated by a physical unclonable function, PUF, the decrypted data comprising two concatenated keys, program the memory protection controller using the two concatenated keys based on the keyID and the indicated encryption algorithm, and set an operational status; and the apparatus further comprises: execution circuitry to execute the decoded instruction according to the opcode .