mhurhangee/ep-ind-claims huggingface dataset:
A method of transforming a displayed three dimensional image to correspond to a position and orientation of a field of view of an imaging probe, with the displayed three dimensional image being produced by another device (106 or 222) than the imaging probe, the method comprising: displaying a three dimensional image of a tissue comprising a first co-ordinate space; tracking the positions of a plurality of transmitters removably connected to the imaging probe; calibrating the field of view of the imaging probe in a second co-ordinate space relative to the tracked positions of the transmitters to determine the position and orientation of the field of view relative to the positions of the transmitters in the second coordinate space; wherein calibrating the field of view of the imaging probe comprises: positioning a configuration tool having at least one transmitter at a plurality of configuration positions on transducer of the imaging probe, and determining a configuration matrix based on tracked position information for the configuration tool and the plurality of configuration positions on the imaging probe; co-registering the first and second co-ordinate spaces; transforming the position and orientation of the field of view in the second coordinate space to the first co-ordinate space; and displaying the three-dimensional image to correspond to the transformed position and orientation of the field of view. displaying a three dimensional image of a tissue comprising a first co-ordinate space; tracking the positions of a plurality of transmitters removably connected to the imaging probe; calibrating the field of view of the imaging probe in a second co-ordinate space relative to the tracked positions of the transmitters to determine the position and orientation of the field of view relative to the positions of the transmitters in the second coordinate space; wherein calibrating the field of view of the imaging probe comprises: positioning a configuration tool having at least one transmitter at a plurality of configuration positions on transducer of the imaging probe, and determining a configuration matrix based on tracked position information for the configuration tool and the plurality of configuration positions on the imaging probe; co-registering the first and second co-ordinate spaces; transforming the position and orientation of the field of view in the second coordinate space to the first co-ordinate space; and displaying the three-dimensional image to correspond to the transformed position and orientation of the field of view. positioning a configuration tool having at least one transmitter at a plurality of configuration positions on transducer of the imaging probe, and determining a configuration matrix based on tracked position information for the configuration tool and the plurality of configuration positions on the imaging probe; co-registering the first and second co-ordinate spaces; transforming the position and orientation of the field of view in the second coordinate space to the first co-ordinate space; and displaying the three-dimensional image to correspond to the transformed position and orientation of the field of view.
A yarn winding device comprising a winding portion winding a yarn unwound from a bobbin around a winding tube, the yarn winding device being characterized by comprising: a yarn supplying portion having a bobbin holding and discharging mechanism holding said bobbin and discharging the bobbin, and a first driving means for driving said bobbin holding and discharging mechanism, a bobbin supplying portion having a supply mechanism including a magazine that accommodates a plurality of the bobbins and supplying one of the plurality of bobbins accommodated in said magazine to said yarn supplying portion, and a second driving means for driving said supply mechanism, and a control means for independently controlling said first driving means and said second driving means. a yarn supplying portion having a bobbin holding and discharging mechanism holding said bobbin and discharging the bobbin, and a first driving means for driving said bobbin holding and discharging mechanism, a bobbin supplying portion having a supply mechanism including a magazine that accommodates a plurality of the bobbins and supplying one of the plurality of bobbins accommodated in said magazine to said yarn supplying portion, and a second driving means for driving said supply mechanism, and a control means for independently controlling said first driving means and said second driving means.
A receiver comprising a low noise amplifier (106, 300, 400) which comprises a pair of complementary devices (M2, M3) having inputs coupled together and having outputs coupled together, wherein an input signal is fed to the pair of complementary devices (M2, M3), the inputs are further coupled to the outputs via a first switchable coupling means, a second switchable coupling means situated between a source of a specified voltage and the inputs of the complementary devices (M2, M3) or situated between the inputs of the complementary devices (M2, M3) and a potential more negative than the source of the specified voltage, and the first switchable coupling means and the second switchable coupling means are adapted to establish the specified voltage at the inputs and outputs of the complementary devices (M2, M3), the receiver comprising: a lower power consumption mode if a logic level enable signal turns off the first switchable coupling means and turns on the second switchable coupling means; and a higher power consumption mode if the logic enable signal turns on the first switchable coupling means and turns off the second switchable coupling means enabling the complementary devices (M2, M3) to operate as complementary push-pull devices. a lower power consumption mode if a logic level enable signal turns off the first switchable coupling means and turns on the second switchable coupling means; and a higher power consumption mode if the logic enable signal turns on the first switchable coupling means and turns off the second switchable coupling means enabling the complementary devices (M2, M3) to operate as complementary push-pull devices.
A laundry washing machine having an outer casing and comprising, inside said outer casing: a washing tub adapted to contain the washing liquid; a rotatable drum which is fitted in axially rotatable manner inside the washing tub and is adapted to contain the laundry to be washed; and at least one balancing ring which is rigidly secured to the rotatable drum for reducing the vibrations of the drum; said at least one balancing ring comprising: a toroidal annular housing which is rigidly secured to the drum and is provided with a closed annular inner cavity; and a number of balancing masses accommodated in free movable manner inside said annular inner cavity; the annular housing including a first and a second discrete and complementary annular hemishells which are concentric to one another and are joined to one another so as to form/delimit the annular inner cavity of said annular housing; the laundry washing machine being wherein said first and second annular hemishells have C-shaped cross sections complementary to one another, and are stably joined/coupled to one another along corresponding first (18a, 19a) and second (18b, 19b) mating annular rims/edges characterized in that said first (18a, 19a) and second (18b, 19b) mating annular rims/edges are arranged on opposite sides of a given intermediate plane perpendicular to the central axis of said toroidal annular housing. said at least one balancing ring comprising: a toroidal annular housing which is rigidly secured to the drum and is provided with a closed annular inner cavity; and a number of balancing masses accommodated in free movable manner inside said annular inner cavity; the annular housing including a first and a second discrete and complementary annular hemishells which are concentric to one another and are joined to one another so as to form/delimit the annular inner cavity of said annular housing; the laundry washing machine being wherein said first and second annular hemishells have C-shaped cross sections complementary to one another, and are stably joined/coupled to one another along corresponding first (18a, 19a) and second (18b, 19b) mating annular rims/edges characterized in that said first (18a, 19a) and second (18b, 19b) mating annular rims/edges are arranged on opposite sides of a given intermediate plane perpendicular to the central axis of said toroidal annular housing.
A transmitter configured to measure a process variable of an industrial process, comprising: a capacitive differential pressure sensor configured to couple to a pressure of a process fluid and provide an output related to process pressure; an acoustic source coupled to an isolation fluid which extends between isolation diaphragms of the transmitter and a centre diaphragm of the capacitive differential pressure sensor; an acoustic detector configured to receive an acoustic signal from said acoustic source, wherein, the acoustic source is positioned in such a way that the acoustic signal from the acoustic source traverses said isolation fluid; and measurement circuitry coupled to the capacitive differential pressure sensor and the acoustic detector, wherein the measurement circuitry is configured to provide an output related to the pressure sensed by said capacitive differential pressure sensor, characterized in that the measurement circuitry is configured to determine the pressure in said isolation fluid based on the acoustic signal detected by said acoustic detector. a capacitive differential pressure sensor configured to couple to a pressure of a process fluid and provide an output related to process pressure; an acoustic source coupled to an isolation fluid which extends between isolation diaphragms of the transmitter and a centre diaphragm of the capacitive differential pressure sensor; an acoustic detector configured to receive an acoustic signal from said acoustic source, wherein, the acoustic source is positioned in such a way that the acoustic signal from the acoustic source traverses said isolation fluid; and measurement circuitry coupled to the capacitive differential pressure sensor and the acoustic detector, wherein the measurement circuitry is configured to provide an output related to the pressure sensed by said capacitive differential pressure sensor, characterized in that the measurement circuitry is configured to determine the pressure in said isolation fluid based on the acoustic signal detected by said acoustic detector.
An interdigitated cellular cushioning system (108, 208, 308) comprising: a first sheet of thermoplastic elastomer material defining a first binding layer (112, 212, 312) and a first array of void cells contiguous with and protruding from the first binding layer, each void cell (110, 116, 210) in the first array having a base integral with the binding layer, a wall, and a peak; a second sheet of thermoplastic elastomer material defining a second binding layer (114, 214, 314) and a second array of void cells contiguous with and protruding from the second binding layer, each void cell in the second array having a base integral with the second binding layer, a wall, and a peak, wherein the walls of the void cells in the first array are spaced from the walls of the void cells in the second array, and wherein the one or more peaks of the void cells in the first array are attached to the second binding layer at first attachment points and the one or more peaks of the void cells in the second array are attached to the first binding layer at second attachment points; and a floor attached to the first binding layer and serving as a traction surface for a vehicle, building or other structure. a first sheet of thermoplastic elastomer material defining a first binding layer (112, 212, 312) and a first array of void cells contiguous with and protruding from the first binding layer, each void cell (110, 116, 210) in the first array having a base integral with the binding layer, a wall, and a peak; a second sheet of thermoplastic elastomer material defining a second binding layer (114, 214, 314) and a second array of void cells contiguous with and protruding from the second binding layer, each void cell in the second array having a base integral with the second binding layer, a wall, and a peak, wherein the walls of the void cells in the first array are spaced from the walls of the void cells in the second array, and wherein the one or more peaks of the void cells in the first array are attached to the second binding layer at first attachment points and the one or more peaks of the void cells in the second array are attached to the first binding layer at second attachment points; and a floor attached to the first binding layer and serving as a traction surface for a vehicle, building or other structure.
A method for producing a modified conjugated diene-based polymer, comprising: a polymerization step of polymerizing a conjugated diene compound, copolymerizing conjugated diene compounds, or copolymerizing a conjugated diene compound with an aromatic vinyl compound using an alkali metal compound or an alkaline earth metal compound as a polymerization initiator to obtain a conjugated diene-based polymer having an active end, and a modifying step of reacting a compound represented by following formula with the active end of the conjugated diene-based copolymer: (wherein R 1 to R 4 each independently represent an alkyl group or aryl group having 1 to 20 carbon atoms; R 5 represents an alkylene group having 1 to 10 carbon atoms; R 6 represents an alkylene group having 1 to 20 carbon atoms; m is an integer of 1 or 2; and n is an integer of 2 or 3.) a polymerization step of polymerizing a conjugated diene compound, copolymerizing conjugated diene compounds, or copolymerizing a conjugated diene compound with an aromatic vinyl compound using an alkali metal compound or an alkaline earth metal compound as a polymerization initiator to obtain a conjugated diene-based polymer having an active end, and a modifying step of reacting a compound represented by following formula with the active end of the conjugated diene-based copolymer: (wherein R 1 to R 4 each independently represent an alkyl group or aryl group having 1 to 20 carbon atoms; R 5 represents an alkylene group having 1 to 10 carbon atoms; R 6 represents an alkylene group having 1 to 20 carbon atoms; m is an integer of 1 or 2; and n is an integer of 2 or 3.)
A communications device for transmitting and receiving data to and from infrastructure equipment forming part of a communications network, the communications device comprising a controller and a transceiver configured to transmit and/or receive signals representing the data to and/or from the infrastructure equipment, the transceiver being configured under the control of the controller to transmit a request for services message to the infrastructure equipment, and to receive a response message to the request for services message from the infrastructure equipment, wherein the request for services message includes a delay period, and the controller is configured in response to the transmission of the request for services message to configure the transceiver to enter a reduced power state in which an amount of power consumed by the transceiver is reduced for the delay period, and after the delay period has expired to configure the transceiver to exit the reduced power state in order to receive the response message from the infrastructure equipment.
A tire having a pump and valve assembly, the tire comprising: a tire cavity and a first and second sidewall extending respectively from first and second tire bead regions to a tire tread region; wherein the valve assembly has a valve housing having an interior chamber, wherein a diaphragm is mounted in the interior chamber and wherein the diaphragm has a first side in fluid communication with the tire cavity and a second side in fluid communication with the interior chamber; wherein the pump has a pump passageway having a first and second end, wherein the pump passageway is positioned in the tire to open and close as the tire rotates; wherein the interior chamber has an inlet chamber in fluid communication with the outside air and a central port in fluid communication with the first and second end of the pump passageway; wherein the diaphragm positioned over the central port and operative to open and close said central port; wherein a spring is positioned in the interior chamber of the valve housing and operative to bias the diaphragm in an open position; and wherein the pump is in fluid communication with the tire cavity; wherein a control plate having an upper surface is positioned against the second side of the diaphragm and in that the spring engages the control plate. a tire cavity and a first and second sidewall extending respectively from first and second tire bead regions to a tire tread region; wherein the valve assembly has a valve housing having an interior chamber, wherein a diaphragm is mounted in the interior chamber and wherein the diaphragm has a first side in fluid communication with the tire cavity and a second side in fluid communication with the interior chamber; wherein the pump has a pump passageway having a first and second end, wherein the pump passageway is positioned in the tire to open and close as the tire rotates; wherein the interior chamber has an inlet chamber in fluid communication with the outside air and a central port in fluid communication with the first and second end of the pump passageway; wherein the diaphragm positioned over the central port and operative to open and close said central port; wherein a spring is positioned in the interior chamber of the valve housing and operative to bias the diaphragm in an open position; and wherein the pump is in fluid communication with the tire cavity; wherein a control plate having an upper surface is positioned against the second side of the diaphragm and in that the spring engages the control plate.
Insulating element for a facade, window or door construction, which contains recesses on its side faces for forming ventilation chambers and is formed as an insulating block of a uniform material, characterized in that the recesses are interconnected by means of passages extending transversely through the insulating element and through at least one cavity in the interior of the insulating element, wherein the parts of the passages leading from the recess on one side face into the cavity are either aligned with or offset from the parts of the passages leading from the recess on the other side face into the cavity, and wherein the insulating element includes passageways extending at right angles to an inner end wall and also at right angles to the passages.
A device to apply a resin impregnated fabric to a substrate, the device comprising: a surface to move relative to the substrate and to conform to the substrate, the surface comprising: a layer of material compatible for use with the resin; and characterized in that the surface further comprises: a first edge disposed at the front of the surface relative to the movement of the device to the fabric, the first edge being curved with a center portion of the first edge being relatively forward of a pair of side portions of the first edge. a surface to move relative to the substrate and to conform to the substrate, the surface comprising: a layer of material compatible for use with the resin; and characterized in that the surface further comprises: a layer of material compatible for use with the resin; and characterized in that the surface further comprises: a first edge disposed at the front of the surface relative to the movement of the device to the fabric, the first edge being curved with a center portion of the first edge being relatively forward of a pair of side portions of the first edge.
Motor vehicle lock having a lock latch, an assigned catch, a main motor for opening the catch, an auxiliary motor for opening the catch and a transmission which directly or indirectly connects the auxiliary motor to the catch, characterized in that the motor vehicle lock has a flexible pulling means which directly or indirectly connects the main motor to the catch and can be unwound by the main motor in order to open the catch, and in that the pulling means and the transmission are freewheeling with respect to one another.
A nucleic acid molecule encoding a mutant C-RAF polypeptide having C-RAF activity or a mutant C-RAF polypeptide having C-RAF activity, wherein said activity comprises phosphorylation of an ERK1/2 substrate, wherein said C-RAF polypeptide comprises SEQ. ID. NO. 2 or a portion thereof having said activity, with at least one amino acid substitution selected from the group consisting of 104E>K, 356G>E, 427S>T, 447D>N, 469M>I and 554R>K as compared to a SEQ. ID. NO. 2, wherein the at least one amino acid substitution confers resistance to one or more RAF inhibitors on a cell expressing the mutant C-RAF polypeptide, the RAF inhibitor selected from PLX 4720, PLX4032, and -methyl 1-(4-(3-(5-chloro-2-fluoro-3-(methylsulfonamido)phenyl)-1-isopropyl-1H-pyrazol-4-yl)pyrimidin-2-ylamino)propan-2-ylcarbamate.
A method of processing a wafer having a first side and a second side opposite to one another, for manufacturing an oscillating structure, the method comprising the steps of: forming a first and a second elastic torsional element (56, 58), which are constrained to respective portions (44, 46) of a fixed supporting body and define an axis of rotation; forming, at the first side of said wafer, a mechanical reinforcement structure; forming, at the mechanical reinforcement structure, a mobile element (54, 60) that is interposed between, and connected to, said first and second elastic torsional elements (56, 58), the mobile element (54, 60) being rotatable about the axis of rotation as a consequence of a torsion of the first and second deformable elements; processing the second side of said wafer, including carrying out, at the second side of the wafer, one or more of the following operations: chemical etching, deposition of metal material, deposition of piezoelectric material, wherein the step of processing the second side of the wafer is carried out after the step of processing the first side of the wafer, characterized in that forming the mechanical reinforcement structure comprises the steps of: growing, on the first side of the wafer, a reinforcement layer; and patterning said reinforcement layer by removing selective portions of the reinforcement layer. forming a first and a second elastic torsional element (56, 58), which are constrained to respective portions (44, 46) of a fixed supporting body and define an axis of rotation; forming, at the first side of said wafer, a mechanical reinforcement structure; forming, at the mechanical reinforcement structure, a mobile element (54, 60) that is interposed between, and connected to, said first and second elastic torsional elements (56, 58), the mobile element (54, 60) being rotatable about the axis of rotation as a consequence of a torsion of the first and second deformable elements; processing the second side of said wafer, including carrying out, at the second side of the wafer, one or more of the following operations: chemical etching, deposition of metal material, deposition of piezoelectric material, wherein the step of processing the second side of the wafer is carried out after the step of processing the first side of the wafer, characterized in that forming the mechanical reinforcement structure comprises the steps of: growing, on the first side of the wafer, a reinforcement layer; and patterning said reinforcement layer by removing selective portions of the reinforcement layer. growing, on the first side of the wafer, a reinforcement layer; and patterning said reinforcement layer by removing selective portions of the reinforcement layer.