mhurhangee/patent-ind-claim-en huggingface dataset:
A balloon catheter assembly comprising: an inner member ; an outer member disposed about the inner member and including a series of spaced apart indentations or protrusions and a balloon having a proximal end and a distal end, wherein the proximal end of the balloon is connected to the outer member and the distal end of the balloon is connected to the inner member ; a sheath disposed about the outer member for movement relative to the balloon , wherein the sheath is configured to limit the length of the inflated portion of the balloon by to selectively exposing some of the balloon for inflation; and a clamp comprising a housing and a first and a second actuator arm , wherein said first and a second actuator arm are supported within said housing and are selectively movable into engagement with the indentations or protrusions of the outer member to selectively secure the sheath at a desired position relative to the balloon . an inner member ; an outer member disposed about the inner member and including a series of spaced apart indentations or protrusions and a balloon having a proximal end and a distal end, wherein the proximal end of the balloon is connected to the outer member and the distal end of the balloon is connected to the inner member ; a sheath disposed about the outer member for movement relative to the balloon , wherein the sheath is configured to limit the length of the inflated portion of the balloon by to selectively exposing some of the balloon for inflation; and a clamp comprising a housing and a first and a second actuator arm , wherein said first and a second actuator arm are supported within said housing and are selectively movable into engagement with the indentations or protrusions of the outer member to selectively secure the sheath at a desired position relative to the balloon .
A charging method, which is applied to a session management function, SMF, comprising: creating (s210) a session with an online charging system, OCS, by the SMF, for each of a plurality of user plane functions, UPFs, which carry user equipment service traffic, and assigning different session identifiers and a unified charging identifier to sessions with a charging association; and sending (s220) an online charging message to the OCS for any one session in the sessions with the charging association, wherein the online charging message carries a session identifier of the any one session and the charging identifier; characterized in that , the unified charging identifier comprises, a charging identifier sequence number and an identifier of a network element which creates the charging identifier sequence number. creating (s210) a session with an online charging system, OCS, by the SMF, for each of a plurality of user plane functions, UPFs, which carry user equipment service traffic, and assigning different session identifiers and a unified charging identifier to sessions with a charging association; and sending (s220) an online charging message to the OCS for any one session in the sessions with the charging association, wherein the online charging message carries a session identifier of the any one session and the charging identifier; characterized in that , the unified charging identifier comprises, a charging identifier sequence number and an identifier of a network element which creates the charging identifier sequence number.
A filter assembly for a plate heat exchanger comprising inlet and outlet ports for passage of a working medium and a cooling or heating fluid, respectively, wherein the filter assembly is dimensioned to fit into the inlet or outlet ports , characterised in that the filter assembly comprises a proximal flange and a distal flange and at least one filter tube attached at respective ends to the proximal flange and the distal flange , respectively, wherein the at least one filter tube is adapted to receive an elongated filter element and further comprises a plurality of inlet holes arranged on a circumferential surface thereof, and wherein the distal flange comprises at least one through-going outlet aperture in fluid communication with the interior of the at least one filter tube , wherein the plurality of inlet holes is arranged substantially in a longitudinal direction of the at least one filter tube and located substantially in the same angular position with respect to a longitudinal axis of the at least one filter tube .
A process for producing an aqueous solvent solution containing a host group-containing monomer, a guest group-containing monomer, and an acrylic type monomer, the process comprising the steps of mixing the host group-containing monomer, the guest group-containing monomer, and the acrylic type monomer in an aqueous solvent, and heating the mixture obtained in the above step at 40 to 80°C to obtain an aqueous solvent solution of the monomers, wherein the guest group-containing monomer is a monomer represented by formula wherein A is an optionally substituted aryl group, C(O)OR 1 , or C(O)NHR 1 , R 1 is an optionally substituted alkyl group, an optionally substituted aryl group, or an optionally substituted arylalkyl group, and R b is a hydrogen atom or a methyl group, and wherein the optionally substituted alkyl group may have 1 to 3 substituents selected from halogen atoms, carboxyl groups, ester groups, amide groups, and hydroxyl groups that may be protected, or the optionally substituted alkyl group has a ferrocene attached as a substituent; the optionally substituted aryl group may have 1 to 3 substituents selected from C 1 to C 18 alkyl groups, halogen atoms, carboxyl groups, ester groups, amide groups, azo groups having aryl groups, and hydroxyl groups that may be protected; the aryl group of the optionally substituted arylalkyl group may have 1 to 3 substituents selected from C 1 to C 18 alkyl groups, halogen atoms, carboxyl groups, ester groups, amide groups, azo groups having aryl groups, and hydroxyl groups that may be protected. wherein A is an optionally substituted aryl group, C(O)OR 1 , or C(O)NHR 1 , R 1 is an optionally substituted alkyl group, an optionally substituted aryl group, or an optionally substituted arylalkyl group, and R b is a hydrogen atom or a methyl group, and wherein the optionally substituted alkyl group may have 1 to 3 substituents selected from halogen atoms, carboxyl groups, ester groups, amide groups, and hydroxyl groups that may be protected, or the optionally substituted alkyl group has a ferrocene attached as a substituent; the optionally substituted aryl group may have 1 to 3 substituents selected from C 1 to C 18 alkyl groups, halogen atoms, carboxyl groups, ester groups, amide groups, azo groups having aryl groups, and hydroxyl groups that may be protected; the aryl group of the optionally substituted arylalkyl group may have 1 to 3 substituents selected from C 1 to C 18 alkyl groups, halogen atoms, carboxyl groups, ester groups, amide groups, azo groups having aryl groups, and hydroxyl groups that may be protected.
A mobile unit control device comprising: an imaging unit that, when installed on a mobile unit , captures at least a portion of surroundings of the mobile unit to obtain an image thereof; an identification unit that, when the image captured by the imaging unit includes a figure of a person, determines a trunk of the person in the figure of the person as a representative point; and a control unit that controls a movement of the mobile unit on a basis of a position of the representative point determined by the identification unit in the image, the movement including a moving direction of the mobile unit ; characterized in that the control unit changes an orientation of the mobile unit when the identification unit is unable to determine the representative point. an imaging unit that, when installed on a mobile unit , captures at least a portion of surroundings of the mobile unit to obtain an image thereof; an identification unit that, when the image captured by the imaging unit includes a figure of a person, determines a trunk of the person in the figure of the person as a representative point; and a control unit that controls a movement of the mobile unit on a basis of a position of the representative point determined by the identification unit in the image, the movement including a moving direction of the mobile unit ; characterized in that the control unit changes an orientation of the mobile unit when the identification unit is unable to determine the representative point.
An aircraft engine assembly comprising: an engine having an engine shaft ; an output shaft ; a clutch (30; 230) in driving engagement between the engine shaft and the output shaft , the clutch (30; 230) having a first component (34f; 230a) in driving engagement with the engine shaft and a second component (30b; 230b 1 ), the clutch (30; 230) operable between a first configuration and a second configuration, in the first configuration the first component (34f; 230a) is rotatable relative to the second component (30b; 230bi) and the engine shaft is rotatable relative to the output shaft , in the second configuration the first and second components (34f, 30b; 230a, 230bi) are engaged with one another such that rotation of the first component relative to the second component is limited and the engine shaft rotates with the output shaft , the clutch (30; 230) configured to selectively engage the engine shaft to the output shaft via the engagement between the first component (34f; 230a) and the second component (30b; 230b 1 ); a mechanical lock (32; 232) operable between a first position and a second position, in the first position the mechanical lock (32; 232) is disengaged from the first component (34f; 230a) of the clutch (30; 230), and in the second position the first component (34f; 230a) and the second component (30b; 230b 1 ) of the clutch (30; 230) are secured for joint rotation one relative to the other, characterised in that : the aircraft engine assembly further comprises a turbine having a turbine shaft drivingly engaged to the engine shaft , the turbine having a turbine inlet fluidly connected to an exhaust of the engine , wherein the engine is an intermittent internal combustion engine and the output shaft is operatively connectable to a rotatable load (L). an engine having an engine shaft ; an output shaft ; a clutch (30; 230) in driving engagement between the engine shaft and the output shaft , the clutch (30; 230) having a first component (34f; 230a) in driving engagement with the engine shaft and a second component (30b; 230b 1 ), the clutch (30; 230) operable between a first configuration and a second configuration, in the first configuration the first component (34f; 230a) is rotatable relative to the second component (30b; 230bi) and the engine shaft is rotatable relative to the output shaft , in the second configuration the first and second components (34f, 30b; 230a, 230bi) are engaged with one another such that rotation of the first component relative to the second component is limited and the engine shaft rotates with the output shaft , the clutch (30; 230) configured to selectively engage the engine shaft to the output shaft via the engagement between the first component (34f; 230a) and the second component (30b; 230b 1 ); a mechanical lock (32; 232) operable between a first position and a second position, in the first position the mechanical lock (32; 232) is disengaged from the first component (34f; 230a) of the clutch (30; 230), and in the second position the first component (34f; 230a) and the second component (30b; 230b 1 ) of the clutch (30; 230) are secured for joint rotation one relative to the other,
Overpack for storage and handling of drums for liquids, with volumes of 200 - 500 litres, wherein the overpack is integrally formed of plastics and stackable, wherein the overpack comprises an upper portion and a lower portion, and the upper portion comprises an opening for inserting or removing a drum into or from the overpack and provides a spill containment, the opening is covered by a removable lid , wherein the lid is arrangeable next to a side wall of the overpack in an open position; wherein the upper portion and lower portion are constructed to match one another such that the overpack is stackable, and wherein the lid covering the opening is positioned below a highest point of the overpack , wherein the overpack comprises handling recesses constructed for handling of the overpack by a fork or hand lift, wherein the handling recesses are located at the base portion of the overpack ; wherein the handling recesses are formed from one side wall of the overpack to the opposing side wall of the overpack ; wherein the overpack is constructed in that, when stacking an overpack on top of another overpack the upper surface of the lid covering the opening of the lower overpack is spaced apart from the lower surfaces of the upper overpack ; wherein the load of the upper overpack is supported by projecting side walls of the lower overpack .
Method of processing a surface for additive manufacturing comprising the steps of: - assembling a structure for a component by additive manufacturing out of a bed of a powdery base material , such that the structure is provided with an internal surface and the powdery base material covers at least a part of the internal surface , and - actuating the base material relatively to the structure such that the internal surface is mechanically processed by the base material , wherein the structure comprises a cavity being defined by the internal surface , wherein the base material is retained in the cavity , wherein, for this actuation, the cavity is closed and wherein, after this actuation, the base material is removed from the cavity , and, wherein the base material is firstly actuated at a first frequency (F1) and, after this first actuation of the base material , the base material is actuated at a second frequency being different from the first frequency (F1), wherein the second frequency is chosen such that the base material is removed from the cavity . - assembling a structure for a component by additive manufacturing out of a bed of a powdery base material , such that the structure is provided with an internal surface and the powdery base material covers at least a part of the internal surface , and - actuating the base material relatively to the structure such that the internal surface is mechanically processed by the base material , wherein the structure comprises a cavity being defined by the internal surface , wherein the base material is retained in the cavity , wherein, for this actuation, the cavity is closed and wherein, after this actuation, the base material is removed from the cavity , and, wherein the base material is firstly actuated at a first frequency (F1) and, after this first actuation of the base material , the base material is actuated at a second frequency being different from the first frequency (F1), wherein the second frequency is chosen such that the base material is removed from the cavity .
A sailcloth comprising at least two woven layers including a first woven layer and a second woven layer which are interconnected and form parallel tunnels, and load-bearing yarns extending through the tunnels, in which there is at least one load-bearing yarn per tunnel for a plurality of said tunnels, and wherein the first woven layer has yarn which crosses over and is woven in the adjoining second woven layer at intervals, CHARACTERIZED IN THAT said tunnels extend in the warp direction,
Vacuum cleaning device comprising: - a dust collecting chamber with at least one inlet port for dust-laden air and at least one outlet port , - at least one filter element located between the at least one outlet port and the rest of the dust collecting chamber , - at least two motors each driving an air blower for drawing air from the dust collecting chamber through an air outlet of the vacuum cleaning device , thereby creating a depression in the dust collecting chamber , and - a control unit for controlling the operation of the at least two motors , characterized in that the control unit is adapted to automatically operate only one of the motors upon activation of the vacuum cleaning device . - a dust collecting chamber with at least one inlet port for dust-laden air and at least one outlet port , - at least one filter element located between the at least one outlet port and the rest of the dust collecting chamber , - at least two motors each driving an air blower for drawing air from the dust collecting chamber through an air outlet of the vacuum cleaning device , thereby creating a depression in the dust collecting chamber , and - a control unit for controlling the operation of the at least two motors , characterized in that
An apparatus for packing respective pasty food product portions in a corresponding containment package, preferably defined by a respective wrapper, in particular defined by a respective sheet of foldable material which is wrapped around, in particular in contact with, the respective portion of product, said apparatus comprising an apparatus for dosing respective portions of a corresponding pasty food productcomprising means for dosing respective predetermined portions of product, the dosing means being in particular in the form of respective screw means which are housed in a rotatable fashion inside in a respective dosing chamber , and which feed the product towards a respective nozzle for unloading from the dosing chamber ; means for feeding the product towards the dosing means , the feeding means being designed for delivering the product at a respective zone for inserting the product in the dosing means , in particular at an end and/or upper zone of the dosing means , that is, of the respective dosing chamber ; the means for feeding the product being in the form of corresponding screw means , wherein the screw feeder means for feeding the product towards the dosing means are in the form of a respective screw feeder having a respective rotary shaft on which extend peripherally respective spiral means defining first spiral means for picking up and feeding the product and second spiral means for feeding and compressing the product in the dosing means , characterised in that the screw means for feeding the product towards the dosing means comprise, at the respective end or front part , a first and a second front spiral profile , which are transversal to each other, that is, at the same longitudinal height, and being angularly spaced or circumferentially distributed, in such a way as to apply a compression as much as possible continuous or uniform of the product during the steps of compressing the latter in the pickup zone of the dosing means .
A method, in a transmitter, the method comprising: transmitting a first data block to a first user, using an index modulation scheme and using signal space diversity, SSD, for transmitting the first data block; determining that a retransmission of the first data block to the first user is needed; rearranging a bit mapping of bits in the first data block to indices used in the index modulation scheme, compared to a bit mapping previously used for transmitting the first data block to the first user using the index modulation scheme; and retransmitting the first data block to the first user, using the index modulation scheme with the rearranged bit mapping and using SSD for retransmitting the first data block, wherein the method comprises transmitting a second data block to a second user, simultaneously with transmitting the first data block to the first user, using power-domain non-orthogonal multiple access, NOMA, with respect to the first and second users. transmitting a first data block to a first user, using an index modulation scheme and using signal space diversity, SSD, for transmitting the first data block; determining that a retransmission of the first data block to the first user is needed; rearranging a bit mapping of bits in the first data block to indices used in the index modulation scheme, compared to a bit mapping previously used for transmitting the first data block to the first user using the index modulation scheme; and retransmitting the first data block to the first user, using the index modulation scheme with the rearranged bit mapping and using SSD for retransmitting the first data block, wherein the method comprises transmitting a second data block to a second user, simultaneously with transmitting the first data block to the first user, using power-domain non-orthogonal multiple access, NOMA, with respect to the first and second users.
Diaphragm for an ultrasonic transducer , in particular for a vehicle, wherein the diaphragm has a transducer section on an inner surface and a transducer element, in particular a piezoceramic element , can be fitted on the said transducer section, wherein the transducer section has a structured portion for increasing the size of the surface of the diaphragm in the region of the transducer section , characterized in that the structured portion comprises a plurality of grooves and/or raised portions which are arranged in a radial manner on the transducer section .
A movable body apparatus, comprising: a movable body (WST) arranged for holding an object and being movable relative to a base ; and a drive device having a mover provided at the movable body and a stator provided at the base, wherein the movable body has a slider section , a support member , a frame , and a holding member, the mover being attached to the slider section, the frame being connected to the slider section, the support member being connected to the slider section, the holding member being supported by the support member, and the holding member being arranged for holding the object, wherein the support member and the frame form a squeeze film damper therebetween. a movable body (WST) arranged for holding an object and being movable relative to a base ; and a drive device having a mover provided at the movable body and a stator provided at the base, wherein the movable body has a slider section , a support member , a frame , and a holding member, the mover being attached to the slider section, the frame being connected to the slider section, the support member being connected to the slider section, the holding member being supported by the support member, and the holding member being arranged for holding the object, wherein the support member and the frame form a squeeze film damper therebetween.
A radial turbomachine having a first housing part which forms a motor chamber for accommodating a drive motor ; a second housing part which forms a gas inlet ; a flow channel which is jointly formed and delimited by the first housing part and the second housing part ; a gas outlet ; and a radial impeller which can be driven about an axis of rotation (R) by the drive motor in order to suction a gas from outside the turbomachine through the gas inlet into the flow channel and to convey said gas out of the flow channel through the gas outlet to the outside, wherein the first housing part or the second housing part forms the gas outlet at a radial distance from the axis of rotation (R) and peripherally delimits the gas outlet, and wherein the first housing part and the second housing part are configured in each case in a substantially plate-shaped manner on the outer face in the region of the flow channel . a first housing part which forms a motor chamber for accommodating a drive motor ; a second housing part which forms a gas inlet ; a flow channel which is jointly formed and delimited by the first housing part and the second housing part ; a gas outlet ; and a radial impeller which can be driven about an axis of rotation (R) by the drive motor in order to suction a gas from outside the turbomachine through the gas inlet into the flow channel and to convey said gas out of the flow channel through the gas outlet to the outside, wherein the first housing part or the second housing part forms the gas outlet at a radial distance from the axis of rotation (R) and peripherally delimits the gas outlet, and wherein the first housing part and the second housing part are configured in each case in a substantially plate-shaped manner on the outer face in the region of the flow channel .