mhurhangee/patent-ind-claim-en huggingface dataset:
An insertion mechanism for a drug pump , the insertion mechanism comprising: a rotatably disposed housing having an internal chamber; at least one rotational biasing member coupled to the housing and initially held in an energized state, the rotational biasing member being disposed to rotate the housing as the rotational biasing member de-energizes; a sleeve disposed at least partially within the internal chamber of the housing , wherein the housing is configured to rotate with respect to the sleeve; a needle having a hollow interior, a proximal end, and a distal end and disposed at least partially within the internal chamber of the housing ; a hub connected to the proximal end of the needle and disposed at least partially within the internal chamber of the housing , the needle and hub being configured to axially translate between an initial position and an insertion position; characterized by at least one retraction biasing member disposed between the hub and at least one axially-stationary element , the retraction biasing member being disposed to move the hub and needle from the insertion position to an at least partially retracted position as the retraction biasing member de-energizes; wherein rotation of the housing caused by de-energizing of the rotational biasing member causes axial translation of the hub and needle in a distal direction from the initial position to the insertion position and further wherein de-energizing of the retraction biasing member causes translation of the hub and needle in a proximal direction to the at least partially retracted position. a rotatably disposed housing having an internal chamber; at least one rotational biasing member coupled to the housing and initially held in an energized state, the rotational biasing member being disposed to rotate the housing as the rotational biasing member de-energizes; a sleeve disposed at least partially within the internal chamber of the housing , wherein the housing is configured to rotate with respect to the sleeve; a needle having a hollow interior, a proximal end, and a distal end and disposed at least partially within the internal chamber of the housing ; a hub connected to the proximal end of the needle and disposed at least partially within the internal chamber of the housing , the needle and hub being configured to axially translate between an initial position and an insertion position; characterized by at least one retraction biasing member disposed between the hub and at least one axially-stationary element , the retraction biasing member being disposed to move the hub and needle from the insertion position to an at least partially retracted position as the retraction biasing member de-energizes; wherein rotation of the housing caused by de-energizing of the rotational biasing member causes axial translation of the hub and needle in a distal direction from the initial position to the insertion position and further wherein de-energizing of the retraction biasing member causes translation of the hub and needle in a proximal direction to the at least partially retracted position.
Tyre building system for building a tyre in a plurality of functional steps, having a plurality of machine modules (2.n), each machine module (2.n) comprising a functional unit (3.n) for performing at least one functional step in the tyre building process, and each machine module (2.n) being assigned a module control unit (12.n) for controlling the functional unit (3.n) of this machine module (2.n), and having a central module , which is designed to communicate via data signals (S.n) with the module control units (12.n) of the machine modules (2.n) and to activate them, characterized in that the module control unit (12.n) is arranged in or on the respectively assigned machine module (2.n) and each machine module (2.n) is also assigned its own module power supply (13.n), so that each machine module (2.n) can be operated autonomously and/or independently of the other machine modules (2.n) of the tyre building system , each machine module (2.n) having its own module data interface (4.n), which on the one hand is connected in a signal-conducting manner to the module control unit (12.n) of the machine module (2.n) and which on the other hand is indirectly or directly connected via a module data line (5.n) to a central data interface of the central module for sending and/or receiving data signals (S.n), assigned by the respective machine module (2.n), for coordinating the machine modules (2.n) of the tyre building system via the central module .
Fitted bolt connection, comprising a fitted bolt (5; 5'; 5") having a conical surface (6'; 6'; 6") for arrangement in a hole in a first component , cone segments (10; 10'; 10") for arrangement between the conical surface (6'; 6'; 6") of the fitted bolt (5; 5'; 5") and an inner peripheral wall of the hole in the first component , and clamping bolts (16; 16'; 16") for clamping the cone segments (10; 10'; 10") between the conical surface (6'; 6'; 6") of the fitted bolt (5; 5'; 5") and the inner peripheral wall of the hole , characterized in that three or more of said cone segments (10; 10'; 10"), each having a cylindrical outer wall portion and a conical inner wall portion , are mutually spaced apart in circumferential direction about the fitted bolt (5; 5'; 5") and do not touch each other, wherein each of the cone segments (10; 10'; 10") has a radially inwardly directed wall portion , angled relative to the outer wall portion , on which a threaded hole is provided for engagement with one of said clamping bolts (16; 16'; 16") for individually clamping the cone segments (10; 10'; 10") independently of one another. a fitted bolt (5; 5'; 5") having a conical surface (6'; 6'; 6") for arrangement in a hole in a first component , cone segments (10; 10'; 10") for arrangement between the conical surface (6'; 6'; 6") of the fitted bolt (5; 5'; 5") and an inner peripheral wall of the hole in the first component , and clamping bolts (16; 16'; 16") for clamping the cone segments (10; 10'; 10") between the conical surface (6'; 6'; 6") of the fitted bolt (5; 5'; 5") and the inner peripheral wall of the hole , characterized in that three or more of said cone segments (10; 10'; 10"), each having a cylindrical outer wall portion and a conical inner wall portion , are mutually spaced apart in circumferential direction about the fitted bolt (5; 5'; 5") and do not touch each other, wherein each of the cone segments (10; 10'; 10") has a radially inwardly directed wall portion , angled relative to the outer wall portion , on which a threaded hole is provided for engagement with one of said clamping bolts (16; 16'; 16") for individually clamping the cone segments (10; 10'; 10") independently of one another.
An apparatus comprising: a tubular member comprising a proximal portion and a distal portion defining a longitudinal axis (L-L), the tubular member configured to be manipulated at the proximal portion to position the distal portion into a heart of a patient, the distal portion having a cross-section disposed about the longitudinal axis, the cross-section intersecting first (P4) and second (P5) orthogonal planes that extend along the longitudinal axis, the cross section of the distal portion includes a first opening intersecting the first orthogonal plane and the second orthogonal plane and extending along the longitudinal axis; six apertures disposed circumferentially about the first opening, each of the apertures configured to receive a spine; and an end effector coupled to the distal portion, comprising first , second , and third loop members, each of the loop members including two spines (1A/B, 2A/B, 3A/B) and a connector that connects the two spines, the first, second, and third loop members being configured such that each connector of each of the first, second, and third loop members overlap at a distal vertex , and the end effector being configured to be delivered through vasculature in a collapsed configuration and expand in the heart to a deployed configuration such that in the deployed configuration, each of the loop members defines a plane. a tubular member comprising a proximal portion and a distal portion defining a longitudinal axis (L-L), the tubular member configured to be manipulated at the proximal portion to position the distal portion into a heart of a patient, the distal portion having a cross-section disposed about the longitudinal axis, the cross-section intersecting first (P4) and second (P5) orthogonal planes that extend along the longitudinal axis, the cross section of the distal portion includes a first opening intersecting the first orthogonal plane and the second orthogonal plane and extending along the longitudinal axis; six apertures disposed circumferentially about the first opening, each of the apertures configured to receive a spine; and an end effector coupled to the distal portion, comprising first , second , and third loop members, each of the loop members including two spines (1A/B, 2A/B, 3A/B) and a connector that connects the two spines, the first, second, and third loop members being configured such that each connector of each of the first, second, and third loop members overlap at a distal vertex , and the end effector being configured to be delivered through vasculature in a collapsed configuration and expand in the heart to a deployed configuration such that in the deployed configuration, each of the loop members defines a plane.
A method comprising: displaying, by an electronic device, a user interface of an application; receiving, by the electronic device, touch input in a region of the displayed user interface; determining, by the electronic device, a context, wherein the context relates to whether the electronic device is currently in motion or stationary; if the determined context is a context in which the electronic device is currently stationary, performing, by the electronic device, an action if the touch input is a first touch input comprising a first sequence of gestures; and if the determined context is a context in which the electronic device is currently in motion , performing, by the electronic device, the action if the touch input is a second touch input, different from the first touch input, the second touch input comprising a second sequence of gestures, wherein the second sequence of gestures includes a subset of the first sequence of gestures. displaying, by an electronic device, a user interface of an application; receiving, by the electronic device, touch input in a region of the displayed user interface; determining, by the electronic device, a context, wherein the context relates to whether the electronic device is currently in motion or stationary; if the determined context is a context in which the electronic device is currently stationary, performing, by the electronic device, an action if the touch input is a first touch input comprising a first sequence of gestures; and if the determined context is a context in which the electronic device is currently in motion , performing, by the electronic device, the action if the touch input is a second touch input, different from the first touch input, the second touch input comprising a second sequence of gestures, wherein the second sequence of gestures includes a subset of the first sequence of gestures.
A hybrid foam comprising • at least one mineral binder; • at least one styrene-acrylate copolymer; • at least one surface-active substance selected from the group consisting of C 8 -C 18 -alkyl sulfates, C 8 -C 18 -alkyl ether sulfates, C 8 -C 18 -alkyl sulfonates, C 8 -C 18 -alkylbenzene sulfonates, C 8 -C 18 -ex-olefin sulfonates, C 8 -C 18 -sulfosuccinates, α-sulfo-C 8 -C 18 -fatty acids disalts, C 8 -C 18 -fatty acid salts, C 8 -C 18 -fatty alcohol ethoxylates, block copolymers of ethylene oxide and propylene oxide, C 8 -C 18 -alkyl polyglycosides and mixtures thereof; • at least one thickener; • optionally at least one further additive; and • water. • at least one mineral binder; • at least one styrene-acrylate copolymer; • at least one surface-active substance selected from the group consisting of C 8 -C 18 -alkyl sulfates, C 8 -C 18 -alkyl ether sulfates, C 8 -C 18 -alkyl sulfonates, C 8 -C 18 -alkylbenzene sulfonates, C 8 -C 18 -ex-olefin sulfonates, C 8 -C 18 -sulfosuccinates, α-sulfo-C 8 -C 18 -fatty acids disalts, C 8 -C 18 -fatty acid salts, C 8 -C 18 -fatty alcohol ethoxylates, block copolymers of ethylene oxide and propylene oxide, C 8 -C 18 -alkyl polyglycosides and mixtures thereof; • at least one thickener; • optionally at least one further additive; and • water.
An electronic tamper detection device comprising a tamper loop , a processing unit , a storage unit and a communication unit, wherein the processing unit is configured to perform a measurement on the tamper loop , wherein the processing unit is further configured to fetch a result of said measurement in a register and to store, if the tamper loop is open, data indicating that the tamper loop has been opened in said storage unit , wherein the storage unit is a non-volatile memory; wherein the processing unit is further configured to retrieve the stored data from the storage unit and to provide the retrieved data and the result of the measurement to the communication unit, wherein the communication unit is configured to transmit said retrieved data and the result of the measurement to an external device in a response to a command from said external device or in a message to said external device; characterized in that the processing unit is configured to store said data indicating that the tamper loop has been opened in multiple independent locations of said storage unit . wherein the processing unit is further configured to retrieve the stored data from the storage unit and to provide the retrieved data and the result of the measurement to the communication unit, wherein the communication unit is configured to transmit said retrieved data and the result of the measurement to an external device in a response to a command from said external device or in a message to said external device; characterized in that the processing unit is configured to store said data indicating that the tamper loop has been opened in multiple independent locations of said storage unit .
A method for scheduling transmission opportunities , TXOPs, in a wireless communications system, the method comprising: receiving a request-to-send multiple, RTSM, frame from a subscriber station to request resources based on data currently buffered at the subscriber station, or based on data expected to be buffered in the near future at the subscriber station, wherein the RTSM frame has a priority level; and allocating resources for multiple TXOPs based on the RTSM frame. receiving a request-to-send multiple, RTSM, frame from a subscriber station to request resources based on data currently buffered at the subscriber station, or based on data expected to be buffered in the near future at the subscriber station, wherein the RTSM frame has a priority level; and allocating resources for multiple TXOPs based on the RTSM frame.
A method, comprising: configuring a terminal device of a cellular telecommunication system to apply a first sounding reference signal configuration used for transmitting a sounding reference signal periodically in a semi-static manner from the terminal device to a base station ; configuring the terminal device to apply a second sounding reference signal configuration used for transmitting a dynamically scheduled sounding reference signal from the terminal device to the base station , wherein the two sounding reference signal configurations are in parallel use; communicating the scheduling of the transmission of the dynamically scheduled sounding reference signal, using a downlink control message transmitted to the terminal device regardless of whether or not uplink data transmission is scheduled in the downlink control message to the terminal device at the same time; communicating the periodic sounding reference signal in a first transmission time instant; scheduling the transmission of the dynamically scheduled sounding reference signal to a second transmission time instant, wherein the time duration between the first transmission time instant and second transmission time instant is shorter than the assumed coherence time of a radio channel between the terminal device and the base station ; and aggregating the dynamically scheduled sounding reference signal and the periodic sounding reference signal to improve reliability of sounding reference signal analysis. configuring a terminal device of a cellular telecommunication system to apply a first sounding reference signal configuration used for transmitting a sounding reference signal periodically in a semi-static manner from the terminal device to a base station ; configuring the terminal device to apply a second sounding reference signal configuration used for transmitting a dynamically scheduled sounding reference signal from the terminal device to the base station , wherein the two sounding reference signal configurations are in parallel use; communicating the scheduling of the transmission of the dynamically scheduled sounding reference signal, using a downlink control message transmitted to the terminal device regardless of whether or not uplink data transmission is scheduled in the downlink control message to the terminal device at the same time; communicating the periodic sounding reference signal in a first transmission time instant; scheduling the transmission of the dynamically scheduled sounding reference signal to a second transmission time instant, wherein the time duration between the first transmission time instant and second transmission time instant is shorter than the assumed coherence time of a radio channel between the terminal device and the base station ; and aggregating the dynamically scheduled sounding reference signal and the periodic sounding reference signal to improve reliability of sounding reference signal analysis.
Drilling head, comprising a perforation unit provided with a rotation shaft carrying at least one attachment to which at least one drilling rod is connectable, and tubular protection means able to be positioned around at least part of said drilling rod and able to be extended or retracted by means of corresponding drive means , characterized in that said tubular protection means are connected to said perforation unit by connection means mobile at least along a longitudinal axis (L) with respect to said perforation unit , so that an upper part of said tubular protection means , that is, a part facing toward said perforation unit , can perform at least one axial movement along said longitudinal axis (L) with respect to said perforation unit .
An x-ray imaging apparatus comprising a support structure , the support structure supporting two separate x-ray emitting apparatus , a first of said x-ray emitting apparatus comprising an x-ray emitter arranged for producing 2D images, and a second of said x-ray emitting apparatus comprising an array of distributed x-ray emitters arranged for producing 3D tomosynthesis images, the first and second x-ray emitting apparatus moveable relative to the support structure and arranged such that, in use, one of the first and second x-ray emitting apparatus is moveable into an operative position whereby x-rays are emitted therefrom towards a target , and simultaneously the other of the first and second x-ray emitting apparatus is movable into an inoperative position whereby x-rays are not emitted therefrom.
An imaging method for use with image-guided radiation therapy, IGRT, of a patient, the method comprising: receiving image data corresponding to a prior image of the patient, wherein the image data includes data corresponding to a region of interest, ROI; registering the prior image to the patient to obtain a registered image, wherein the registration occurs between the prior image and the patient's location on a patient support ; identifying the ROI in the registered image; projecting (120; 140) ROI image data based on the prior image, using a pre-patient filter, which focuses a major portion of the radiation imaging beam on a portion of the ROI; generating (120;142) an optimized set of parameters using the projected ROI image data; and performing (120;144) a CT scan of the patient using said optimized set of parameters. receiving image data corresponding to a prior image of the patient, wherein the image data includes data corresponding to a region of interest, ROI; registering the prior image to the patient to obtain a registered image, wherein the registration occurs between the prior image and the patient's location on a patient support ; identifying the ROI in the registered image; projecting (120; 140) ROI image data based on the prior image, using a pre-patient filter, which focuses a major portion of the radiation imaging beam on a portion of the ROI; generating (120;142) an optimized set of parameters using the projected ROI image data; and performing (120;144) a CT scan of the patient using said optimized set of parameters.
An intelligent module pipeline characterized in that the pipeline is a cylindrical pipeline formed of a plurality of intelligent module units which are fastened and locked end to end, and then are spirally wound with their lateral sides clamped each other; wherein the intelligent module units which are arch-shaped modules injection or compression moulded, are spirally wound in a staggered arrangement in the axial direction; wherein the each intelligent module unit is provided with a reinforcing rib structure inside, a fixing device at lateral sides for fixing and locking each other from left to right, and a clamping device at edges for fixing and locking each other.
A pump module for a drilling riser comprising: at least one pump mounted to a structure to form the pump module , the structure including retention pins adapted for insertion in use into mating openings in a docking structure coupled to a segment of an assembled riser ; and a fluid inlet affixed to the pump module , the fluid inlet in fluid communication with an intake of the at least one pump , the fluid inlet having features to make a fluid tight hydraulic connection to a fluid outlet of the riser segment when the structure is coupled to the riser segment . at least one pump mounted to a structure to form the pump module , the structure including retention pins adapted for insertion in use into mating openings in a docking structure coupled to a segment of an assembled riser ; and a fluid inlet affixed to the pump module , the fluid inlet in fluid communication with an intake of the at least one pump , the fluid inlet having features to make a fluid tight hydraulic connection to a fluid outlet of the riser segment when the structure is coupled to the riser segment .