mhurhangee/ep-ind-claims huggingface dataset:
An extension cable (EXC1, EXC2) for an ultrasound system, the extension cable comprising: a first electrical connector for connecting to a corresponding ultrasound transducer connector; a second electrical connector for connecting to a corresponding console connector; and an electrical cable (ECAB); characterised in that the extension cable (EXC1, EXC2) further comprises: an electrical circuit (ECCT); wherein the electrical circuit (ECCT) is disposed between the first electrical connector and the electrical cable (ECAB), and wherein the electrical cable (ECAB) is disposed between the electrical circuit (ECCT) and the second electrical connector for extending an electrical connection between the ultrasound transducer connector and the console connector; and wherein the electrical circuit (ECCT) is configured to provide a multiple-state output (MSOP), the multiple states being different voltage levels (V 1, V 2, V 3) corresponding to each of i) the electrical circuit (ECCT) not being electrically connected to the console connector via the second electrical connector, ii) the electrical circuit (ECCT) being electrically connected to the console connector via the second electrical connector and the ultrasound transducer connector not being electrically connected to the first electrical connector, and iii) the electrical circuit (ECCT) being electrically connected to the console connector via the second electrical connector and the ultrasound transducer connector being electrically connected to the first electrical connector. a first electrical connector for connecting to a corresponding ultrasound transducer connector; a second electrical connector for connecting to a corresponding console connector; and an electrical cable (ECAB); an electrical circuit (ECCT); wherein the electrical circuit (ECCT) is disposed between the first electrical connector and the electrical cable (ECAB), and wherein the electrical cable (ECAB) is disposed between the electrical circuit (ECCT) and the second electrical connector for extending an electrical connection between the ultrasound transducer connector and the console connector; and wherein the electrical circuit (ECCT) is configured to provide a multiple-state output (MSOP), the multiple states being different voltage levels (V 1, V 2, V 3) corresponding to each of i) the electrical circuit (ECCT) not being electrically connected to the console connector via the second electrical connector, ii) the electrical circuit (ECCT) being electrically connected to the console connector via the second electrical connector and the ultrasound transducer connector not being electrically connected to the first electrical connector, and iii) the electrical circuit (ECCT) being electrically connected to the console connector via the second electrical connector and the ultrasound transducer connector being electrically connected to the first electrical connector.
A fixed network comprising: a trunk transmission line; a plurality of tributary transmission lines; one or more signal couplers operable to couple said plurality of tributary transmission lines and said trunk transmission line; a plurality of transmitters each being operable to transmit a traffic data signal onto one of said tributary transmission lines, said traffic data signal representing traffic data symbols encoded in accordance with a code division multiple access coding scheme; each transmitter having access to a timing signal and a pre-set time offset store; characterised in that each of said transmitters is arranged in operation to transmit said traffic data signals onto said tributary transmission line at a time dependent upon said timing signal and a respective pre-set time offset stored in said pre-set time offset store, to synchronise the encoded traffic data symbols on the trunk transmission line, wherein said trunk transmission line comprises a trunk optical fibre, said one or more signal couplers comprise optical couplers and said tributary transmission lines comprise tributary optical fibres. a trunk transmission line; a plurality of tributary transmission lines; one or more signal couplers operable to couple said plurality of tributary transmission lines and said trunk transmission line; a plurality of transmitters each being operable to transmit a traffic data signal onto one of said tributary transmission lines, said traffic data signal representing traffic data symbols encoded in accordance with a code division multiple access coding scheme; each transmitter having access to a timing signal and a pre-set time offset store; characterised in that each of said transmitters is arranged in operation to transmit said traffic data signals onto said tributary transmission line at a time dependent upon said timing signal and a respective pre-set time offset stored in said pre-set time offset store, to synchronise the encoded traffic data symbols on the trunk transmission line, wherein said trunk transmission line comprises a trunk optical fibre, said one or more signal couplers comprise optical couplers and said tributary transmission lines comprise tributary optical fibres.
Modular swimming pool comprising a swimming basin and an arrangement of a plurality of containers such that the containers contribute to substantially laterally delimit an interior space for forming the swimming basin, characterized in that the swimming basin in the interior space is made of stainless steel, wherein the swimming basin is self-supporting in the interior space, and wherein the self-supporting construction is arranged in the interior space in such a way that the side walls of the swimming basin have a distance of 20 cm to 80 cm from a side wall of the associated container. characterized in that the swimming basin in the interior space is made of stainless steel, wherein the swimming basin is self-supporting in the interior space, and wherein the self-supporting construction is arranged in the interior space in such a way that the side walls of the swimming basin have a distance of 20 cm to 80 cm from a side wall of the associated container.
A reconstituted lyophilized composition comprising: a polyalkylene oxide-asparaginase at a concentration of 100 to 5,000 IU per ml of said composition; dibasic sodium phosphate at a concentration of 0.1 to 0.8 wt. %; monobasic sodium phosphate at a concentration of 0.01 to 0.5 wt. %; a salt at a concentration of 0.05 to 1 wt. %; and a sugar at a concentration of 0.1 to 25 wt. %, wherein the polyalkylene oxide-asparaginase comprises an asparaginase covalently linked to a polyalkylene oxide group. a polyalkylene oxide-asparaginase at a concentration of 100 to 5,000 IU per ml of said composition; dibasic sodium phosphate at a concentration of 0.1 to 0.8 wt. %; monobasic sodium phosphate at a concentration of 0.01 to 0.5 wt. %; a salt at a concentration of 0.05 to 1 wt. %; and a sugar at a concentration of 0.1 to 25 wt. %, wherein the polyalkylene oxide-asparaginase comprises an asparaginase covalently linked to a polyalkylene oxide group.
A medical image-based tumor detection and diagnostic device comprising: an input unit configured to obtain a medical image related to a patient; a preprocessing unit configured to preprocess the obtained medical image to observe a tumor region; an analysis unit configured to divide the preprocessed image into a plurality of regions by applying a deep neural network-based deep learning technique; and a measurement unit configured to group the plurality of divided regions by performing clustering on the plurality of divided regions, wherein the measurement unit performs the clustering to process the tumor from a voxel level to an object level, wherein the measurement unit extracts a group feature value in respect to each of the grouped regions and derives diagnosis information related to the tumor based on the extracted group feature value, wherein the measurement unit quantifies the extracted group feature value, and the diagnosis information includes information on a location, a region, a diameter, and a volume of the tumor. an input unit configured to obtain a medical image related to a patient; a preprocessing unit configured to preprocess the obtained medical image to observe a tumor region; an analysis unit configured to divide the preprocessed image into a plurality of regions by applying a deep neural network-based deep learning technique; and a measurement unit configured to group the plurality of divided regions by performing clustering on the plurality of divided regions, wherein the measurement unit performs the clustering to process the tumor from a voxel level to an object level, wherein the measurement unit extracts a group feature value in respect to each of the grouped regions and derives diagnosis information related to the tumor based on the extracted group feature value, wherein the measurement unit quantifies the extracted group feature value, and the diagnosis information includes information on a location, a region, a diameter, and a volume of the tumor.
A method for frequency reset of a first memory, the method comprising: issuing, by a processor, a reset command when the processor is operating at a first frequency set point and the first memory is operating at the first frequency set point; issuing, by the processor, a self-refresh command to the first memory, the self-refresh command including a frequency reset entry; setting the processor at a second frequency set point; issuing, by the processor, a register write command to set the first memory at the second frequency set point; and setting the first memory at the second frequency set point. issuing, by a processor, a reset command when the processor is operating at a first frequency set point and the first memory is operating at the first frequency set point; issuing, by the processor, a self-refresh command to the first memory, the self-refresh command including a frequency reset entry; setting the processor at a second frequency set point; issuing, by the processor, a register write command to set the first memory at the second frequency set point; and setting the first memory at the second frequency set point.
A turbine rotor for a turbomachine, comprising a disk containing slots for mounting vane roots, with each slot being defined by two adjacent teeth of the disk, with the vane roots comprising contact surfaces bearing on contact surfaces of the teeth of the disk, in which foils are mounted on the teeth of the disk, with each foil having a general U-shape comprising lateral bearing parts inserted between the corresponding contact surfaces (22, 23) of the vane roots and the teeth of the disk, and a central part facing the peak of the corresponding tooth of the disk and defining a cavity between said peak and the foil, with the turbine rotor comprising means for supplying cooling air into said cavity.
A seal for use with pump casing elements that are adjustable relative to each other, comprising: an annular band having a first circumferential end and a second circumferential end, and having a first surface extending at least partially between said first circumferential end and said second circumferential end, and having a second surface extending at least partially between said first circumferential end and said second circumferential end, said second surface being spaced from said first surface and oriented in a direction opposite to said first surface; and a resilient annular flange positioned proximate said second circumferential end of said annular band and extending at a non-perpendicular angle with respect to said first surface of said annular band, said resilient annular flange having a surface oriented toward the first surface of said annular band and being arranged so that, in use, a slidable portion of the surface of said annular flange is in slidable contact with said first surface of said annular band, said slidable portion being adapted to be slidable along said first surface toward or beyond said second circumferential end as the pump casing elements are adjusted relative to each other. an annular band having a first circumferential end and a second circumferential end, and having a first surface extending at least partially between said first circumferential end and said second circumferential end, and having a second surface extending at least partially between said first circumferential end and said second circumferential end, said second surface being spaced from said first surface and oriented in a direction opposite to said first surface; and a resilient annular flange positioned proximate said second circumferential end of said annular band and extending at a non-perpendicular angle with respect to said first surface of said annular band, said resilient annular flange having a surface oriented toward the first surface of said annular band and being arranged so that, in use, a slidable portion of the surface of said annular flange is in slidable contact with said first surface of said annular band, said slidable portion being adapted to be slidable along said first surface toward or beyond said second circumferential end as the pump casing elements are adjusted relative to each other.
A wind turbine comprising: - a number of wind turbine blades extending substantially radially from a hub on a main shaft having a substantially horizontal axis, the wind turbine blades together with the hub forming a rotor, which can be put into rotation by wind, - the main shaft being rotatable mounted in a nacelle that is mounted on top of a tower, wherein - the nacelle may be rotated around a vertical axis in relation to the tower so as to adjust the rotor in relation to a prevailing wind direction, and wherein the wind turbine further comprises - a yaw brake system comprising a brake calliper and a brake disc or ring having a first side with a first surface and second side with a second surface, the yaw brake system, when activated, acting as a rotation restriction of the nacelle in relation to the tower, wherein - the brake disc or ring is provided with one or more grooves (130, 230, 330, 430), formed in at least one of the first surface and the second surface, characterised in that the one or more grooves are angled with respect to a radial direction of the brake disc. - a number of wind turbine blades extending substantially radially from a hub on a main shaft having a substantially horizontal axis, the wind turbine blades together with the hub forming a rotor, which can be put into rotation by wind, - the main shaft being rotatable mounted in a nacelle that is mounted on top of a tower, wherein - the nacelle may be rotated around a vertical axis in relation to the tower so as to adjust the rotor in relation to a prevailing wind direction, and wherein the wind turbine further comprises - a yaw brake system comprising a brake calliper and a brake disc or ring having a first side with a first surface and second side with a second surface, the yaw brake system, when activated, acting as a rotation restriction of the nacelle in relation to the tower, wherein - the brake disc or ring is provided with one or more grooves (130, 230, 330, 430), formed in at least one of the first surface and the second surface, characterised in that the one or more grooves are angled with respect to a radial direction of the brake disc.
A substrate for fabricating a biological microarray, the substrate comprising: a support having an upper surface; a first coating applied to the upper surface of the support, wherein the first coating comprises a charged polymer and a metal silicate; and a second coating consisting of a water-insoluble non-ionic polyether soluble in ethanol applied to the first coating. a support having an upper surface; a first coating applied to the upper surface of the support, wherein the first coating comprises a charged polymer and a metal silicate; and a second coating consisting of a water-insoluble non-ionic polyether soluble in ethanol applied to the first coating.
A method, comprising: displaying one or more rules corresponding to one or more threats, receiving configuration information on one or more rules; generating an optimal suggested placement of the one or more rules in a list of rules for a security device, wherein generating an optimal suggested placement includes determining if a rule placement change, which is input based on the displayed one or more rules, will lead to one or more anomalies. displaying one or more rules corresponding to one or more threats, receiving configuration information on one or more rules; generating an optimal suggested placement of the one or more rules in a list of rules for a security device, wherein generating an optimal suggested placement includes determining if a rule placement change, which is input based on the displayed one or more rules, will lead to one or more anomalies.
A method of stopping a crack in a component of a gas turbine engine for performing an in-situ repair, wherein the method is carried out remotely and comprises the steps of: inserting an integrated repair interface attached to a cable delivery system, wherein the cable delivery system comprises a high temperature conduit configurable to deliver particles therethrough, within a gas turbine engine, wherein the integrated repair interface comprises a repair tool, said repair tool comprising a tip; positioning the tip adjacent to a defect within a surface of the component; temporarily attaching the tip adj acent to the defect within the surface on the component; heating the high temperature conduit with a heating element; supplying a new material to the high temperature conduit from external of the engine, wherein the new material is a particle powder comprising a plurality of solid particles; maintaining the new material in the high temperature conduit at a delivery temperature within 25% of the melting point of the new material; supplying the new material into the defect at the delivery temperature to fill the defect; and heating at least the new material to fuse the new material to the component within the defect. inserting an integrated repair interface attached to a cable delivery system, wherein the cable delivery system comprises a high temperature conduit configurable to deliver particles therethrough, within a gas turbine engine, wherein the integrated repair interface comprises a repair tool, said repair tool comprising a tip; positioning the tip adjacent to a defect within a surface of the component; temporarily attaching the tip adj acent to the defect within the surface on the component; heating the high temperature conduit with a heating element; supplying a new material to the high temperature conduit from external of the engine, wherein the new material is a particle powder comprising a plurality of solid particles; maintaining the new material in the high temperature conduit at a delivery temperature within 25% of the melting point of the new material; supplying the new material into the defect at the delivery temperature to fill the defect; and heating at least the new material to fuse the new material to the component within the defect.
A wind turbine blade, comprising: an airfoil comprising a pressure side, a suction side, and a trailing edge portion that is deflectable from a trailing edge neutral position; and a tensile-only stiffener secured to the trailing edge portion and comprising a tension center disposed toward the pressure side of and at a distance from an elastic axis of the airfoil when the airfoil is in an airfoil neutral position, characterized in that during positive load a tensile resistance of the tensile-only stiffener is passively coupled with an inherent tensile resistance of the trailing edge portion to change a curvature of the airfoil by deflecting the trailing edge portion toward the suction side with respect to the pressure side, and during negative load the tensile-only stiffener offers no or negligible resistance to compression and hence does not contribute to the inherent compression resistance of the trailing edge portion, and wherein the trailing edge portion further comprises chordwise oriented compressible gaps disposed between trailing edge portion segments effective to permit compression of the trailing edge portion when the airfoil deforms flap-wise toward the pressure side, and wherein the tensile-only stiffener comprises a rope-like element oriented from a base to a tip of the airfoil and a plurality of springs, each spring connecting the rope-like element to a respective trailing edge portion segment. an airfoil comprising a pressure side, a suction side, and a trailing edge portion that is deflectable from a trailing edge neutral position; and a tensile-only stiffener secured to the trailing edge portion and comprising a tension center disposed toward the pressure side of and at a distance from an elastic axis of the airfoil when the airfoil is in an airfoil neutral position, characterized in that
A server configured to negotiate Message Session Relay Protocol, MSRP, chunk size to be used in an MSRP media session established between a first end-point and a second end-point through the server, the server adapted to: - receive from a first end-point a first message comprising a first end-point preferred MSRP chunk size; - determine a first server preferred MSRP chunk size, modify the first message to replace the first end-point preferred MSRP chunk size with the first server preferred MSRP chunk size and forward the modified first message towards a second end-point; - receive a second message from the second end-point comprising a second end-point preferred MSRP chunk size; - determine a second server preferred MSRP chunk size, modify the second message to replace the second end-point preferred MSRP chunk size with the second server preferred MSRP chunk size and forward the modified second message towards the first end-point; - determine a first server MSRP chunk size and a second server MSRP chunk size for the MSRP session; and - segment a MSRP session message from the first end-point in accordance with the first server MSRP chunk size and segment a MSRP message from the second end-point in accordance with the second server MSRP chunk size. - receive from a first end-point a first message comprising a first end-point preferred MSRP chunk size; - determine a first server preferred MSRP chunk size, modify the first message to replace the first end-point preferred MSRP chunk size with the first server preferred MSRP chunk size and forward the modified first message towards a second end-point; - receive a second message from the second end-point comprising a second end-point preferred MSRP chunk size; - determine a second server preferred MSRP chunk size, modify the second message to replace the second end-point preferred MSRP chunk size with the second server preferred MSRP chunk size and forward the modified second message towards the first end-point; - determine a first server MSRP chunk size and a second server MSRP chunk size for the MSRP session; and - segment a MSRP session message from the first end-point in accordance with the first server MSRP chunk size and segment a MSRP message from the second end-point in accordance with the second server MSRP chunk size.