mhurhangee/ep-ind-claims huggingface dataset:
A data processing method for calculating the contact position of a medical ultrasound transceiver on the head of a patient, comprising the steps of: a) acquiring ROI data which represent a region of interest corresponding to at least a part of a vessel in a vascular structure; b) acquiring a bone dataset which represents the three-dimensional bone structure of the head; c) acquiring contact region data which represent a contact region for the ultrasound transceiver on the head, wherein the contact region corresponds to one or more acoustic windows, and wherein acquiring contact region data is based on the bone dataset of step b); d) determining at least one target point in the region of interest; e) determining at least two entry points on the contact region; f) calculating a set of lines which comprises the lines between the two points of each respective possible pair consisting of one entry point and one target point; g) eliminating lines which pass through a bony structure other than the bone immediately beneath the contact region; h) calculating a score for each of the remaining lines; and i) selecting the entry point of the line with the highest score as the contact position of the ultrasound transceiver. a) acquiring ROI data which represent a region of interest corresponding to at least a part of a vessel in a vascular structure; b) acquiring a bone dataset which represents the three-dimensional bone structure of the head; c) acquiring contact region data which represent a contact region for the ultrasound transceiver on the head, wherein the contact region corresponds to one or more acoustic windows, and wherein acquiring contact region data is based on the bone dataset of step b); d) determining at least one target point in the region of interest; e) determining at least two entry points on the contact region; f) calculating a set of lines which comprises the lines between the two points of each respective possible pair consisting of one entry point and one target point; g) eliminating lines which pass through a bony structure other than the bone immediately beneath the contact region; h) calculating a score for each of the remaining lines; and i) selecting the entry point of the line with the highest score as the contact position of the ultrasound transceiver.
A computing system comprising: a portable authorization module including: a module enclosure; an identification unit configured to provide an identification signal for identifying communication, the module enclosure completely covering unit contacts of the identification unit; a module antenna, connected to the identification unit, configured to receive operation power wirelessly for operation of the portable authorization module; and a module attachment unit along an external surface of the module enclosure configured to attach the portable authorization module to a device, wherein the identification unit within the portable authorization module is configured to override a further instance of the identification unit within the device. a module enclosure; an identification unit configured to provide an identification signal for identifying communication, the module enclosure completely covering unit contacts of the identification unit; a module antenna, connected to the identification unit, configured to receive operation power wirelessly for operation of the portable authorization module; and a module attachment unit along an external surface of the module enclosure configured to attach the portable authorization module to a device, wherein the identification unit within the portable authorization module is configured to override a further instance of the identification unit within the device.
A method of determining a measure of the cardiac output, CO, of a patient, the method comprising: obtaining measurements of one or more physiological characteristics of the patient, the physiological characteristics including at least the heart rate, HR, of the patient, the systolic blood pressure, S, of the patient and the diastolic blood pressure, D, of the patient; and processing the measurements to determine a measure of the cardiac output of the patient; wherein the measure of the cardiac output of the patient is derived using the relationship: CO = K 1 ⁢ HR ⁢ S - D S + D, CO = K 2 ⁢ HR ⁢ S - D ⁢ PTT 2, and/or CO = K 2 ⁢ HR ⁢ S - D ⁢ PAT - PEP 2, where K 1 and K 2 are patient-specific calibration factors, PAT is the pulse arrival time, PEP is the pre-ejection period and PTT is the pulse transit time, the time taken for a pulse wave to travel between two points in the body of the patient. obtaining measurements of one or more physiological characteristics of the patient, the physiological characteristics including at least the heart rate, HR, of the patient, the systolic blood pressure, S, of the patient and the diastolic blood pressure, D, of the patient; and processing the measurements to determine a measure of the cardiac output of the patient; wherein the measure of the cardiac output of the patient is derived using the relationship: CO = K 1 ⁢ HR ⁢ S - D S + D, CO = K 2 ⁢ HR ⁢ S - D ⁢ PTT 2, and/or CO = K 2 ⁢ HR ⁢ S - D ⁢ PAT - PEP 2,
A system for monitoring eye health comprising: a scleral strain monitor adapted to be implanted in an eye, the scleral strain monitor comprising a) at least first and second anchor spaced-apart members (108, 110), the first and second anchor members configured to be secured to respective first and second anchor locations on or in the sclera, the first and second anchor members being movable with respect to one another; b) a sensor comprising a plurality of resistive elements (130a-g, 132a-g), configured to measure electrical resistance between two electrical conductors (134a-g, 136a-g), and to generate a signal representing said electrical resistance; c) a transmitter configured to transmit the signal; and d) a reader adapted to be located outside the eye, the reader being configured to receive information transmitted by the transmitter wherein the sensor is configured to measure scleral strain based at least in part on a displacement between the first and second anchor members. a) at least first and second anchor spaced-apart members (108, 110), the first and second anchor members configured to be secured to respective first and second anchor locations on or in the sclera, the first and second anchor members being movable with respect to one another; b) a sensor comprising a plurality of resistive elements (130a-g, 132a-g), configured to measure electrical resistance between two electrical conductors (134a-g, 136a-g), and to generate a signal representing said electrical resistance; c) a transmitter configured to transmit the signal; and d) a reader adapted to be located outside the eye, the reader being configured to receive information transmitted by the transmitter wherein the sensor is configured to measure scleral strain based at least in part on a displacement between the first and second anchor members.
A construction machine comprising: a muffler comprising silencers (23, 24) and an exhaust-gas purifying device and including flange coupling portions in which the silencers (23, 24) are respectively coupled to entrance and exit sides of the exhaust-gas purifying device by flanges of the exhaust-gas purifying device and flanges of the silencers (23, 24); and characterised by muffler mounting seats provided integrally with the flanges (25, 26) of at least one of the exhaust-gas purifying device and the silencers (23, 24) in the flange coupling portions on the entrance and exit sides, the muffler mounting seats protruding toward outer peripheries of the flanges and being attached to a fixed portion of the construction machine. a muffler comprising silencers (23, 24) and an exhaust-gas purifying device and including flange coupling portions in which the silencers (23, 24) are respectively coupled to entrance and exit sides of the exhaust-gas purifying device by flanges of the exhaust-gas purifying device and flanges of the silencers (23, 24); and characterised by muffler mounting seats provided integrally with the flanges (25, 26) of at least one of the exhaust-gas purifying device and the silencers (23, 24) in the flange coupling portions on the entrance and exit sides, the muffler mounting seats protruding toward outer peripheries of the flanges and being attached to a fixed portion of the construction machine.
Essentially transparent temperable glazing comprising a system of thin layers deposited under vacuum by magnetron comprising two silver functional layers, each with a thickness of from 7 to 20 nm, and a set of dielectric layers positioned between the glass substrate and the first silver layer, where appropriate between each silver layer, and above the silver layer furthest from the substrate, and having antisolar and/or low-emissivity properties, comprising, as protective surface layer, a layer based on titanium oxide and on ZrO 2, said protective surface layer having a thickness ≤ 35 nm, and in which the silver layers are deposited on a layer based on zinc oxide optionally doped with tin, Al or Ga.
A metal substrate for catalytic converter for purifying an exhaust gas, comprising a honeycomb core with metal flat foil and corrugated foil (30,30') stacked in layers, wherein an oxide film is formed in a predetermined range (T,T') including an exposed end surface exposed toward a gas inlet side; the predetermined range (T, T') is at least 2 mm from the exposed end surface in a direction in which a gas flows; the oxide film contains at least a first alumina comprising a-alumina and a Fe oxide; characterized in that the oxide film has a thickness of 0.1 μm or more and 10 μm or less; the a-alumina contains a-alumina with solid-solved Fe and a-alumina with no solid-solved Fe; and in the oxide film, a content of the first alumina is 30% by mass or more and 99.5% by mass or less, a content of the Fe oxide is 0.5% by mass or more and 40% by mass or less, and a content of Fe is more than 7% by mass and 35% by mass or less.
A humidification and air cleaning apparatus comprising: an air clean module to receive external air and to filter the entered external air; an air wash module disposed on the air clean module to humidify the filtered air; a dust sensor disposed on at least one of the air clean module or the air wash module to detect a dust concentration of external air; and a lighting module disposed on at least one of the air clean module or the air wash module to emit light as a color classified according to a dust concentration detected by the dust sensor, and comprising a printed circuit board, characterized in that the lighting module further comprises: a first light emitting member disposed at one side surface of the printed circuit board and a second light emitting member disposed at the other side surface of the printed circuit board; and a diffusion member having one end facing the first light emitting member and the other end facing the second light emitting member. an air clean module to receive external air and to filter the entered external air; an air wash module disposed on the air clean module to humidify the filtered air; a dust sensor disposed on at least one of the air clean module or the air wash module to detect a dust concentration of external air; and a lighting module disposed on at least one of the air clean module or the air wash module to emit light as a color classified according to a dust concentration detected by the dust sensor, and comprising a printed circuit board, a first light emitting member disposed at one side surface of the printed circuit board and a second light emitting member disposed at the other side surface of the printed circuit board; and a diffusion member having one end facing the first light emitting member and the other end facing the second light emitting member.
A hydrazide functional material represented by the following Formula, wherein for Formula, n is 2, x is 0 and y is 1 for a first n unit and x is 0 or 1, y is 0 or 1, provided that the sum of x and y is 1 for a second n unit, L 1, independently for each n, is selected from a divalent hydrocarbyl group optionally interrupted with at least one of -O- and -S-, L 2, independently for each n, is selected from a divalent hydrocarbyl group, and R 1, independently for each n, is selected from hydrogen and hydrocarbyl. n is 2, x is 0 and y is 1 for a first n unit and x is 0 or 1, y is 0 or 1, provided that the sum of x and y is 1 for a second n unit, L 1, independently for each n, is selected from a divalent hydrocarbyl group optionally interrupted with at least one of -O- and -S-, L 2, independently for each n, is selected from a divalent hydrocarbyl group, and R 1, independently for each n, is selected from hydrogen and hydrocarbyl.
A portion of a drill assembly operated by a supply of compressed fluid, comprising: a backhead having a proximal end connectible to the supply, an axial bore and an open distal end, the backhead having passages extending between the axial bore and outer surface of the backhead; a hollow elongate wear sleeve having a proximal end to which the backhead is coupled and into which the distal end of the backhead is received; and a piston housed by the wear sleeve and having a proximal end, the piston being slidably movable along the wear sleeve in response to compressed fluid conveyed through the backhead, wherein an intake flow path (80, 92) for an intake flow of compressed fluid in the drilling tool extends in a distal direction from the axial bore, through the passages in the backhead, through a space between the backhead and the wear sleeve and into an area between the piston and wear sleeve and into contact with the piston, characterized in that the distal end of the backhead has defined therein an integrated cylinder portion, with the proximal end of the piston being shaped to fit within the integrated cylinder portion of the backhead, and being slidably movable.along the integrated cylinder portion in response to the compressed fluid. a backhead having a proximal end connectible to the supply, an axial bore and an open distal end, the backhead having passages extending between the axial bore and outer surface of the backhead; a hollow elongate wear sleeve having a proximal end to which the backhead is coupled and into which the distal end of the backhead is received; and a piston housed by the wear sleeve and having a proximal end, the piston being slidably movable along the wear sleeve in response to compressed fluid conveyed through the backhead, wherein an intake flow path (80, 92) for an intake flow of compressed fluid in the drilling tool extends in a distal direction from the axial bore, through the passages in the backhead, through a space between the backhead and the wear sleeve and into an area between the piston and wear sleeve and into contact with the piston, characterized in that the distal end of the backhead has defined therein an integrated cylinder portion, with the proximal end of the piston being shaped to fit within the integrated cylinder portion of the backhead, and being slidably movable.along the integrated cylinder portion in response to the compressed fluid.
System for encapsulating an object such as an electronic or electrochemical component such as a battery, characterised in that it is formed by three successive layers comprising: (i) a pretreatment layer, namely a polymeric layer, preferably a pretreatment layer comprising parylene and/or polyimide, more preferably comprising parylene N, which covers said object, (ii) a first covering layer (31, 31') composed of an electrically insulating material deposited by atomic layer deposition, deposited on said pretreatment layer, said electrically insulating material being, preferably selected from Al 2 O 3, SiO 2, SiO y N x, (iii) a second covering layer (32, 32') comprising parylene and/or polyimide, disposed on the first covering layer, said second covering layer comprising, preferably, parylene N, (iv) a third covering layer (33, 33') deposited on the second covering layer in such a way as to protect the second encapsulation layer, namely, with respect to oxygen, and to increase the service life of the object. (i) a pretreatment layer, namely a polymeric layer, preferably a pretreatment layer comprising parylene and/or polyimide, more preferably comprising parylene N, which covers said object, (ii) a first covering layer (31, 31') composed of an electrically insulating material deposited by atomic layer deposition, deposited on said pretreatment layer, said electrically insulating material being, preferably selected from Al 2 O 3, SiO 2, SiO y N x, (iii) a second covering layer (32, 32') comprising parylene and/or polyimide, disposed on the first covering layer, said second covering layer comprising, preferably, parylene N, (iv) a third covering layer (33, 33') deposited on the second covering layer in such a way as to protect the second encapsulation layer, namely, with respect to oxygen, and to increase the service life of the object.
An apparatus for packing an infusion or extraction product in a container comprising an external body and a bag made of porous and/or filter material and configured with fluted sidewalls; the apparatus comprising a supporting frame, means for feeding the external body in a feed direction and making and inserting means for making and inserting the bag inside the external body; wherein the making and inserting means comprise a first and a second making and inserting unit (160, 160) comprising a respective device for making the bag designed to separate, in particular to cut, from a single strip of material for bags corresponding portions, in particular disc or circular-shaped, to make corresponding bags, a device for inserting the bag inside the external body, and a device for conveying the bag from the making device to the inserting device, the respective making device of the respective unit being located upstream and downstream, respectively, of the corresponding inserting device along the feed direction; and Z wherein the first and second making and inserting units (160, 160) operate on respective first and second external bodies, with the first external bodies being offset relative to the second external bodies along the feed direction, said apparatus being characterised in that the device for making the bag comprises means for pushing a first face of the portion, the pushing means being designed to push the portion in corresponding forming means and means for accompanying the portion through the forming means, the accompanying means engaging a second face of the portion, opposite the first face engaged by the pushing means, inside forming means.
A gas turbine inner flowpath coverpiece mounted in use in a gas turbine having a first turbine wheel and a second turbine wheel, the first and second turbine wheels (205, 210) having airfoil slots, the coverpiece disposed between the first and second turbine wheels (205, 210), the coverpiece comprising: a main body having a first surface and a second surface; side pieces disposed on the first surface of the main body; the coverpiece being further characterized in that it comprises a structural support disposed on the second surface of the main body; and first mating dovetails disposed on the second surface of the main body adjacent the structural supports and configured to mate with second mating dovetails disposed adjacent to at least one of the first turbine wheel and the second turbine wheel; wherein the side pieces are contiguous with the first surface and perpendicular to the first and second surfaces, and coplanar with the first and second mating dovetails. a main body having a first surface and a second surface; side pieces disposed on the first surface of the main body; the coverpiece being further characterized in that it comprises a structural support disposed on the second surface of the main body; and first mating dovetails disposed on the second surface of the main body adjacent the structural supports and configured to mate with second mating dovetails disposed adjacent to at least one of the first turbine wheel and the second turbine wheel; wherein the side pieces are contiguous with the first surface and perpendicular to the first and second surfaces, and coplanar with the first and second mating dovetails.
A pack for cigarettes, having a box part which is delimited at least by a front wall, a rear wall, side walls (16, 17) and a base wall, and wherein, in the box part, there is arranged at least one preferably cuboidal cigarette group which is wrapped in an inner blank and forms a cigarette block, and wherein the pack has predefined dimensions in respect of width, depth and height, and at least one dimension of the at least one cigarette block is smaller than a corresponding dimension of the interior of the box part, such that the cigarette block does not fill the interior of the box part with regard to at least one dimension, and wherein, in the box part, there is arranged a collar which bears with a front wall at least partially against the front wall of the box part and which bears with side walls of the collar, which are arranged laterally with respect to the front wall of the collar, against corresponding side walls (16, 17) of the box part, and wherein the collar serves for compensating for at least one different dimension of cigarette block and interior of the box part, and wherein a wall of the collar, in part, bears against the corresponding wall of the box part and, in part, is arranged with a spacing to the corresponding wall of the box part and supports the cigarette block in order to compensate for a corresponding different dimension of the cigarette block in relation to the corresponding dimension of the box part, and wherein the wall of the collar is divided by at least two fold lines (31, 32) into multiple sections (34, 35, 36), and in that the wall of the collar is folded about the fold lines (34, 35, 36) such that at least one section of the wall of the collar is arranged on the corresponding wall of the box part, and another section of the wall of the collar is arranged with a spacing to the corresponding wall of the box part, and wherein the fold lines (31, 32) are preferably formed by perforation lines, and wherein the at least one section of the wall of the collar which bears against the corresponding wall of the box part and the at least one section of the wall of the collar which is spaced apart from the corresponding wall of the box part are connected to one another by means of at least one further section of the wall of the collar as connecting section, wherein the former sections (34, 36) are arranged so as to run substantially parallel to the plane of the corresponding wall of the box part, and the connecting section is arranged to run at an angle, in particular transversely, to the plane of the corresponding wall of the box part and the former sections (34, 36), wherein the connecting section of the wall of the collar is held in its position by holding means on at least one other wall of the pack, characterized in that the holding means is formed by folding tabs which are arranged in the region of the side walls of the collar and which are folded about in each case one fold line so as to support the bottom of the connecting section of the collar.