mhurhangee/patent-ind-claim-en huggingface dataset:
A static electric induction apparatus comprising: - a winding including a plurality of winding units , - a plurality of first spacer elements (5; 5a-d) extending radially between respective winding units and arranged above each other, wherein each of the first spacer elements has a first groove (18; 18a-d) defined in the surface thereof and an outer end facing outwardly from the winding, wherein the first groove (18; 18a-d) enters and exits the first spacer element at the outer end thereof, - a sensor system for monitoring the temperature in the apparatus, wherein the sensor system comprises an elongated and flexible temperature sensing element disposed in the first grooves, each of the first grooves (18; 18a-d) has a curved part and the flexible temperature sensing element is wound at least one revolution in each of said curved parts , - an elongated second spacer element extending in an axial direction on the outside of the winding , the second spacer element comprises an elongated second groove arranged in communication with the first grooves (18; 18a-d) to allow the flexible temperature sensing element to run between the second groove and the first grooves, and the flexible temperature sensing element is disposed in the first grooves (18; 18a-d) of the first spacer elements and in the second groove of the second spacer element . - a winding including a plurality of winding units , - a plurality of first spacer elements (5; 5a-d) extending radially between respective winding units and arranged above each other, wherein each of the first spacer elements has a first groove (18; 18a-d) defined in the surface thereof and an outer end facing outwardly from the winding, wherein the first groove (18; 18a-d) enters and exits the first spacer element at the outer end thereof, - a sensor system for monitoring the temperature in the apparatus, wherein the sensor system comprises an elongated and flexible temperature sensing element disposed in the first grooves, each of the first grooves (18; 18a-d) has a curved part and the flexible temperature sensing element is wound at least one revolution in each of said curved parts , - an elongated second spacer element extending in an axial direction on the outside of the winding , the second spacer element comprises an elongated second groove arranged in communication with the first grooves (18; 18a-d) to allow the flexible temperature sensing element to run between the second groove and the first grooves, and the flexible temperature sensing element is disposed in the first grooves (18; 18a-d) of the first spacer elements and in the second groove of the second spacer element .
A carbon fiber bundle that satisfies the following requirements: having a single fiber diameter, as measured by the method of the description, of 6.1 μm or more and a heat loss rate, as measured by the method of the description, at 450°C of 0.15% or less, and meeting formula wherein L c is the crystallite size, as measured by the method of the description, and π 002 is the orientation parameter, as measured by the method of the description, of crystallites determined from bulk measurement of the entire fiber bundle: π 002 > 4.0 × L c + 73.2 and retaining a twist count, as measured by the method of the description, of 2 turns/m or more when suspended with one end fixed and the other end free; or retaining a surface layer twist angle, as measured by the method of the description, of 0.2° or more when suspended with one end fixed and the other end free. and retaining a twist count, as measured by the method of the description, of 2 turns/m or more when suspended with one end fixed and the other end free; or retaining a surface layer twist angle, as measured by the method of the description, of 0.2° or more when suspended with one end fixed and the other end free.
A method for displaying vascular parameter data, the method comprising: receiving, in a processor , at least a first and a second 2-D angiographic image each comprising (i) respective 2-D frames of reference, and (ii) vascular image contents viewed from angles at least 30° different from each other; creating, via the processor , a model including a data structure configured to link a plurality of 2-D locations in each of the first and the second 2-D angiographic images; determining, via the processor the vascular parameter data for the linked plurality of 2-D locations using at least one of the first 2-D angiographic image and the second 2-D angiographic image; forming, via the processor , visual elements of the vascular parameter data at the linked plurality of 2-D locations in the frame of reference of the first 2-D angiographic image; and displaying , via the processor , the visual elements of the vascular parameter data at the plurality of linked 2-D locations in the frame of reference of the first 2-D angiographic image and overlaid on the first 2-D angiographic image; wherein the display of the vascular parameter data at each of linked 2-D locations is based on a plurality of accessed parameter data elements, and characterized in that the data structure links at least a third 2-D angiographic image not registrable to consistently align with the first and second 2-D angiographic images by an invertible 2-D geometrical transform, and a least some values of the accessed parameter data elements are derived from processing of linked 2-D plurality of locations of the third 2-D angiographic imagine. receiving, in a processor , at least a first and a second 2-D angiographic image each comprising (i) respective 2-D frames of reference, and (ii) vascular image contents viewed from angles at least 30° different from each other; creating, via the processor , a model including a data structure configured to link a plurality of 2-D locations in each of the first and the second 2-D angiographic images; determining, via the processor the vascular parameter data for the linked plurality of 2-D locations using at least one of the first 2-D angiographic image and the second 2-D angiographic image; forming, via the processor , visual elements of the vascular parameter data at the linked plurality of 2-D locations in the frame of reference of the first 2-D angiographic image; and displaying , via the processor , the visual elements of the vascular parameter data at the plurality of linked 2-D locations in the frame of reference of the first 2-D angiographic image and overlaid on the first 2-D angiographic image; wherein the display of the vascular parameter data at each of linked 2-D locations is based on a plurality of accessed parameter data elements, and characterized in that the data structure links at least a third 2-D angiographic image not registrable to consistently align with the first and second 2-D angiographic images by an invertible 2-D geometrical transform, and a least some values of the accessed parameter data elements are derived from processing of linked 2-D plurality of locations of the third 2-D angiographic imagine.
A method of accelerating a gas turbine engine of an aircraft , comprising: adding torque to a core of the gas turbine engine to accelerate rotation of the core by controlling fuel flow to a plurality of fuel injectors of the gas turbine engine ; and adding torque to the core by powering an electric machine that is operatively connected to the core to drive the core , characterized in that : the controlling fuel flow to the plurality of fuel injectors is based on feedback from the electric machine including a torque feedback and a rotational speed feedback; powering the electric machine includes controlling the electric machine based on an engine core speed feedback from the core to reach a target core speed of the core ; and the controlling fuel flow based on feedback from the electric machine includes controlling fuel flow to achieve a target torque generated by the electric machine . adding torque to a core of the gas turbine engine to accelerate rotation of the core by controlling fuel flow to a plurality of fuel injectors of the gas turbine engine ; and adding torque to the core by powering an electric machine that is operatively connected to the core to drive the core , characterized in that : the controlling fuel flow to the plurality of fuel injectors is based on feedback from the electric machine including a torque feedback and a rotational speed feedback; powering the electric machine includes controlling the electric machine based on an engine core speed feedback from the core to reach a target core speed of the core ; and the controlling fuel flow based on feedback from the electric machine includes controlling fuel flow to achieve a target torque generated by the electric machine . the controlling fuel flow to the plurality of fuel injectors is based on feedback from the electric machine including a torque feedback and a rotational speed feedback; powering the electric machine includes controlling the electric machine based on an engine core speed feedback from the core to reach a target core speed of the core ; and the controlling fuel flow based on feedback from the electric machine includes controlling fuel flow to achieve a target torque generated by the electric machine .
A water-in-oil emulsion composition comprising: an aqueous phase; an organic solvent; and lecithin, wherein the composition additionally comprises a nonionic surfactant, the nonionic surfactant comprised of a polyoxyethylene derivative of a sorbitan ester, wherein the composition additionally comprises a monomer phase, the monomer phase polymerizable to form a water-in-oil polymer dispersion. an aqueous phase; an organic solvent; and lecithin, wherein the composition additionally comprises a nonionic surfactant, the nonionic surfactant comprised of a polyoxyethylene derivative of a sorbitan ester, wherein the composition additionally comprises a monomer phase, the monomer phase polymerizable to form a water-in-oil polymer dispersion.
Pneumatic sealing system suitable for being installed in a working channel of a surgery device comprising: - an inflatable pad (5.1) inflatable with a fluid, such inflatable pad (5.1) being configured for exerting pressure on an external element when inflated, - a main body (5.2) wherein the inflatable pad (5.1) is located, the main body (5.2) comprising: a first surface (5.2.1), a second surface (5.2.2) opposite the first surface (5.2.1), an inner passage (5.2.3), a fluid distribution system (5.2.4) for inflating said inflatable pad (5.1) through the inner passage (5.2.3), - a first sealing portion (5.3) and a second sealing portion (5.4), said sealing portions (5.3, 5.4) located on the first surface (5.2.1) and the second surface (5.2.2) respectively of the main body (5.2), both sealing portions (5.3, 5.4) sealing the inflatable pad (5.1), and, - at least one fixing member (5.5) for fixing the inflatable pad (5.1) to the main body (5.2). - an inflatable pad (5.1) inflatable with a fluid, such inflatable pad (5.1) being configured for exerting pressure on an external element when inflated, - a main body (5.2) wherein the inflatable pad (5.1) is located, the main body (5.2) comprising: a first surface (5.2.1), a second surface (5.2.2) opposite the first surface (5.2.1), an inner passage (5.2.3), a fluid distribution system (5.2.4) for inflating said inflatable pad (5.1) through the inner passage (5.2.3), a first surface (5.2.1), a second surface (5.2.2) opposite the first surface (5.2.1), an inner passage (5.2.3), a fluid distribution system (5.2.4) for inflating said inflatable pad (5.1) through the inner passage (5.2.3), - a first sealing portion (5.3) and a second sealing portion (5.4), said sealing portions (5.3, 5.4) located on the first surface (5.2.1) and the second surface (5.2.2) respectively of the main body (5.2), both sealing portions (5.3, 5.4) sealing the inflatable pad (5.1), and, - at least one fixing member (5.5) for fixing the inflatable pad (5.1) to the main body (5.2).
A wound dressing containing a carrier material and at least one antiseptic together with a surfactant, characterised in that the carrier material is treated with a cyclodextrin or cyclodextrin derivative which is loaded with the antiseptic, and the surfactant is a betaine, wherein the cyclodextrin or cyclodextrin derivative is chemically bound to a polysaccharide, a polyvinyl amine or a polyethyleneimine, which for its part is bound to the carrier material via physical interactions.
An articulated device comprising at least three consecutive modules (M): a first module (M1), or head module, at least one intermediate module (Mi), and a last module (Mn), or tail module, connected together by at least two articulations (Ai) and (Ai+1), at least one module (M) comprising movement means and each intermediate module (Mi) being connected by a first articulation (Ai) to the preceding module (Mi-1) and by a second articulation (Ai+1) to the following module (Mi+1), each articulation (Ai, Ai+1, ...) releasing at least one rotation movement in a first mid-plane (PH) of the articulated device about an axis (Hi, Hi+1, ...) perpendicular to said plane (PH), and each articulation (Ai, Ai+1, ...) releasing a second rotation movement in a second mid-plane (PV) of the articulated device about an axis (Vi, Vi+1, ...) perpendicular to said second mid-plane (PV), said second mid-plane (PV) being approximately perpendicular to the first mid-plane (PH), the articulated device being equipped with a device for mechanical control of the relative movements of said modules, this control device comprising at least one mechanical steering device making it possible at least to increase or reduce the steering angle (B) between the first module (M1) and the last module (Mn) in the first mid-plane (PH), each first articulation (Ai) between an intermediate module (Mi) and a following module (Mi+1) being implemented by a junction piece (Ji) comprising at least one pivot connection with its axis (Hi) perpendicular to the first plane (PH) with the intermediate module (Mi), and at least one pivot connection with its axis (Vi) perpendicular to the second plane (PH) with the following module (Mi+1), each first articulation (Ai) allowing an orientation angle (OPHi) between the intermediate module (Mi) and the preceding module (Mi-1) in the first mid-plane (PH), and each second articulation (Ai+1) allowing an orientation angle (OPHi+1) between the intermediate module (Mi) and the following module (Mi+1) in the first mid-plane (PH), characterised in that the mechanical control device comprises, for each intermediate module (Mi), a first mechanical device for transferring orientation in said first mid-plane (PH) equalising the orientation angle (OPHi) allowed by the first articulation (Ai) with the orientation angle (OPHi+1) allowed by the second articulation (Ai+1).
A chemical-mechanical polishing composition comprising: (a) first abrasive particles, wherein the first abrasive particles are wet-process ceria particles, have a median particle size of about 40 nm to about 100 nm, are present in the polishing composition at a concentration of about 0.005 wt.% to about 2 wt.%, and have a particle size distribution of at least about 300 nm, (b) a functionalized heterocycle selected from a functionalized nitrogen-containing heterocycle, a functionalized sulfur-containing heterocycle, a naphthoic acid, and combinations thereof, wherein the functionalized heterocycle is present in the polishing composition at a concentration of about 100 ppm to about 1500 ppm, (c) a pH-adjusting agent, and (d) an aqueous carrier, wherein the pH of the polishing composition is about 1 to about 6. (a) first abrasive particles, wherein the first abrasive particles are wet-process ceria particles, have a median particle size of about 40 nm to about 100 nm, are present in the polishing composition at a concentration of about 0.005 wt.% to about 2 wt.%, and have a particle size distribution of at least about 300 nm, (b) a functionalized heterocycle selected from a functionalized nitrogen-containing heterocycle, a functionalized sulfur-containing heterocycle, a naphthoic acid, and combinations thereof, wherein the functionalized heterocycle is present in the polishing composition at a concentration of about 100 ppm to about 1500 ppm, (c) a pH-adjusting agent, and (d) an aqueous carrier,
A connector cover attachable to a communication connector of a power supply device which includes a secondary battery and a manager managing the secondary battery, the connector cover comprising: a plurality of cover side terminals (P1,P2,P7,P8,301a) which are each connectible to a plurality of connector side terminals (J1,J2,J3,J4,1001a), the connector side terminals are connection terminals included in the communication connector and provided on a supply circuit (PSC) supplying power of the secondary battery to the manager; a cover base portion which has a first side on which the plurality of cover side terminals electrically connected by a conductive portion (11-C,301e,302e,304e) are positioned and a second side different from the first side, and electrically connects to the plurality of connector side terminals on the supply circuit when the plurality of cover side terminals are connected to the connector side terminals; and a protector which is positioned on the second side of the cover based portion and is attachable to the communication connector and which serves as a mark which indicates an electrical connection situation of the plurality of connector side terminals connected to the supply circuit. a plurality of cover side terminals (P1,P2,P7,P8,301a) which are each connectible to a plurality of connector side terminals (J1,J2,J3,J4,1001a), the connector side terminals are connection terminals included in the communication connector and provided on a supply circuit (PSC) supplying power of the secondary battery to the manager; a cover base portion which has a first side on which the plurality of cover side terminals electrically connected by a conductive portion (11-C,301e,302e,304e) are positioned and a second side different from the first side, and electrically connects to the plurality of connector side terminals on the supply circuit when the plurality of cover side terminals are connected to the connector side terminals; and a protector which is positioned on the second side of the cover based portion and is attachable to the communication connector and which serves as a mark which indicates an electrical connection situation of the plurality of connector side terminals connected to the supply circuit.
A system for lifting an object, the system comprising: a first floor and a second floor , the first floor being directly above the second floor and securing an assembling body and the second floor ; an object rack supported on the second floor , wherein the object rack is configured to support a plurality of objects , the plurality of objects configured to be attached to the assembling body ; an object advance apparatus coupled with the object rack , the object advance apparatus configured to advance one object from the plurality of objects from an advancing position to a lifting position ; a lifting cylinder supported by the second floor and positioned in line with the lifting position on the object rack , the lifting cylinder configured to extend from a retracted position below the lifting position on the object rack to an extended position above the first floor , such that as the lifting cylinder is extended from the retracted position the one object in the lifting position is removed from the object rack and lifted adjacent to the assembling body ; and a floor flap in the first floor directly above the lifting cylinder , the floor flap configured to open and close in synchronization with the extension and retraction of the lifting cylinder such that the floor flap is opened as the lifting cylinder is extended toward the first floor and remains opened while the lifting cylinder is in the extended position and is closed when the lifting cylinder is retracted below the first floor toward the retracted position and remains closed while the lifting cylinder is in the retracted position . a first floor and a second floor , the first floor being directly above the second floor and securing an assembling body and the second floor ; an object rack supported on the second floor , wherein the object rack is configured to support a plurality of objects , the plurality of objects configured to be attached to the assembling body ; an object advance apparatus coupled with the object rack , the object advance apparatus configured to advance one object from the plurality of objects from an advancing position to a lifting position ; a lifting cylinder supported by the second floor and positioned in line with the lifting position on the object rack , the lifting cylinder configured to extend from a retracted position below the lifting position on the object rack to an extended position above the first floor , such that as the lifting cylinder is extended from the retracted position the one object in the lifting position is removed from the object rack and lifted adjacent to the assembling body ; and a floor flap in the first floor directly above the lifting cylinder , the floor flap configured to open and close in synchronization with the extension and retraction of the lifting cylinder such that the floor flap is opened as the lifting cylinder is extended toward the first floor and remains opened while the lifting cylinder is in the extended position and is closed when the lifting cylinder is retracted below the first floor toward the retracted position and remains closed while the lifting cylinder is in the retracted position .
A method for detecting radiation emitted from one or more organs in a body undergoing internal radionuclide therapy, and transmitting signals characterizing the detected radiation, the method comprising providing a garment configured to be secured around the body during positron emission tomography-computed tomography (PET/CT) and to permit imaging a portion of the body through the garment , wherein the garment further comprises grid markings that are configured to be visible in computed tomography images through the garment ; marking the body with a plurality of fiducial markers ; attaching the garment to the body in a repeatable position using the fiducial markers ; imaging the body with the garment in the repeatable position using a PET/CT scanner to generate images showing the organs and the grid markings; fixing a plurality of radiation detectors to the garment in locations based on the image obtained from the PET/CT scanner, wherein the detectors are positioned to detect radiation emitted from the organ, and wherein the detectors are operatively connectable to the computer and configured to transmit signals characterizing the radiation detected by the detectors to the computer; and attaching the garment to the body in the repeatable position after the body has been injected with a radionuclide and transmitting signals corresponding to the radiation detected by the detectors to the computer. providing a garment configured to be secured around the body during positron emission tomography-computed tomography (PET/CT) and to permit imaging a portion of the body through the garment , wherein the garment further comprises grid markings that are configured to be visible in computed tomography images through the garment ; marking the body with a plurality of fiducial markers ; attaching the garment to the body in a repeatable position using the fiducial markers ; imaging the body with the garment in the repeatable position using a PET/CT scanner to generate images showing the organs and the grid markings; fixing a plurality of radiation detectors to the garment in locations based on the image obtained from the PET/CT scanner, wherein the detectors are positioned to detect radiation emitted from the organ, and wherein the detectors are operatively connectable to the computer and configured to transmit signals characterizing the radiation detected by the detectors to the computer; and attaching the garment to the body in the repeatable position after the body has been injected with a radionuclide and transmitting signals corresponding to the radiation detected by the detectors to the computer.