mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic diagnostic imaging system for determining the border of a chamber of a heart in an ultrasound image comprising: a source of cardiac image data; a border detection processor responsive to the cardiac image data, which comprises a deformable heart model which is fitted to the heart to identify at least an inner and an outer boundary of a myocardium in the image data, wherein the fitting comprises localising the heart in the image data using a generalised Hough transform, adapting the deformable heart model to determine the pose of the heart in the image data and affine transform specific regions of the deformable heart model to fit the heart in the image data,; a user control arranged to enable a user to indicate a user-defined border (110, 110') of a heart chamber in relation to the identified inner and outer boundaries; and a chamber border delineator, coupled to the user control and the border detection processor, said chamber border delineator is arranged to locate the user-defined heart chamber border in the image data with respect to at least one of the boundaries identified by the border detection processor. a source of cardiac image data; a border detection processor responsive to the cardiac image data, which comprises a deformable heart model which is fitted to the heart to identify at least an inner and an outer boundary of a myocardium in the image data, wherein the fitting comprises localising the heart in the image data using a generalised Hough transform, adapting the deformable heart model to determine the pose of the heart in the image data and affine transform specific regions of the deformable heart model to fit the heart in the image data,; a user control arranged to enable a user to indicate a user-defined border (110, 110') of a heart chamber in relation to the identified inner and outer boundaries; and a chamber border delineator, coupled to the user control and the border detection processor, said chamber border delineator is arranged to locate the user-defined heart chamber border in the image data with respect to at least one of the boundaries identified by the border detection processor.
A delivery device for targeting delivery of a medicament to a subretinal space of an eye, the delivery device comprising: a medicament container containing a volume of a medicament and a temporary sealant including at least one of a fibrin, collagen, or protein; a puncture member; and an actuation rod configured such that, on application of a force less than about 6 Newtons to the actuation rod, the actuation rod moves within the medicament container, the delivery device being characterized in that it is configured such that, in use, an initial movement of the actuation rod within the medicament container conveys only the temporary sealant via a lumen of the puncture member to a distal end portion of the puncture member and to a suprachoroidal space, whereby the temporary sealant within the suprachoroidal space increases the back pressure applied to the delivery device such that the force of less than about 6 Newtons applied to the actuation rod is insufficient to overcome the back pressure and movement of the actuation rod is limited, further movement of the actuation rod, after the temporary sealant is delivered, conveys the medicament via the lumen of the puncture member to the distal end portion of the puncture member. a medicament container containing a volume of a medicament and a temporary sealant including at least one of a fibrin, collagen, or protein; a puncture member; and an actuation rod configured such that, on application of a force less than about 6 Newtons to the actuation rod, the actuation rod moves within the medicament container, the delivery device being characterized in that it is configured such that, in use, an initial movement of the actuation rod within the medicament container conveys only the temporary sealant via a lumen of the puncture member to a distal end portion of the puncture member and to a suprachoroidal space, whereby the temporary sealant within the suprachoroidal space increases the back pressure applied to the delivery device such that the force of less than about 6 Newtons applied to the actuation rod is insufficient to overcome the back pressure and movement of the actuation rod is limited, further movement of the actuation rod, after the temporary sealant is delivered, conveys the medicament via the lumen of the puncture member to the distal end portion of the puncture member.
A recombinant oncolytic herpes simplex virus comprising a herpes simplex virus-1 backbone and a mammalian PTEN-Long gene; wherein the recombinant oncolytic herpes simplex virus is HSVQuik (HSVQ).
Rechargeable battery pack comprising a predefined number (n) of individual rechargeable battery cells (Z 1,...,n) that are connected to one another and a monitoring unit, in particular in the form of a single cell monitoring circuit, for monitoring the individual rechargeable battery cells (Z 1,...,n), wherein the monitoring unit has at least one voltmeter (V 1,..., n) for detecting voltages (U 1,...,n) of the individual rechargeable battery cells (Z 1,...,n) with respectively assigned electronic switches (S 1,...,n) and with a passive input circuit that has a plurality of resistors (R 1,...,n) and capacitors (C 1,...,n) and is designed to identify different electrical faults (F 1,..,4) within the passive input circuit by means of a time measuring unit, which is assigned to the monitoring unit, on the basis of a measurement of rise times (T An 1,...,n) of the voltages (U 1,...,n) of the individual rechargeable battery cells (Z 1,...n), characterized in that the electrical faults (F 1,...,4) within the passive input circuit are each identified by an absolute and/or relative evaluation of the rise times (T An 1,...,5) of the voltages (U 1,...,n) of the individual rechargeable battery cells (Z 1,...,n) by at least temporarily bypassing in each case one of the voltmeters (V 1,..., n) of the monitoring unit by means of an assigned switch (S 1,...,n).
Combination of a drive wheel and a gearbox for a continuous track system, the gearbox comprising an annular input member for connection to an end part (14, 15) of a drive axle input member and an annular output member connected to the drive wheel, the annular input member and annular output member being coaxially arranged with respect to a longitudinal axis of the gearbox; and an annular transmission unit coaxially arranged with respect to the longitudinal axis of the gearbox and connecting the annular input member and annular output member through a gear ratio of less than one, the gear ratio being a ratio of an angular input velocity of the annular input member to an angular output velocity of the annular output member, wherein the gearbox further comprises a through bore coaxially arranged with respect to the longitudinal axis of the gearbox and extending through the annular input member, the annular output member and the annular transmission unit.
A cooker comprising: a cooking chamber configured to receive food which is cooked; a door configured to selectively open and close the cooking chamber; a heat source configured to provide heat for heating the food in the cooking chamber; an image sensor configured to scan the food in the cooking chamber; a data storage part configured to store recipes and character images according to a kind of food; a communication part configured to transmit/receive data into/from an external terminal, and a control part configured to determine a cooked degree and whether the cooking is finished from an image of the food scanned by the image sensor to control an operation of the heat source, wherein the control part is configured to determine a kind of food cooked in the cooking chamber from the image of the food scanned by the image sensor before an operation of the heat source starts, and control the communication part to transmit the recipes and character images corresponding to the determined kind of food stored in the data storage part into the terminal, wherein the data received from the terminal by the communication part comprises a manipulation signal for controlling an operation of the heat source. a cooking chamber configured to receive food which is cooked; a door configured to selectively open and close the cooking chamber; a heat source configured to provide heat for heating the food in the cooking chamber; an image sensor configured to scan the food in the cooking chamber; a data storage part configured to store recipes and character images according to a kind of food; a communication part configured to transmit/receive data into/from an external terminal, and a control part configured to determine a cooked degree and whether the cooking is finished from an image of the food scanned by the image sensor to control an operation of the heat source, wherein the control part is configured to determine a kind of food cooked in the cooking chamber from the image of the food scanned by the image sensor before an operation of the heat source starts, and control the communication part to transmit the recipes and character images corresponding to the determined kind of food stored in the data storage part into the terminal, wherein the data received from the terminal by the communication part comprises a manipulation signal for controlling an operation of the heat source. determine a kind of food cooked in the cooking chamber from the image of the food scanned by the image sensor before an operation of the heat source starts, and control the communication part to transmit the recipes and character images corresponding to the determined kind of food stored in the data storage part into the terminal, wherein the data received from the terminal by the communication part comprises a manipulation signal for controlling an operation of the heat source.
Corrugating roll for producing a corrugated web, having a fluting, from a material web, a) with a corrugating roll body, b) with a central longitudinal axis (4, 6), c) with a peripheral direction (28, 29) about the central longitudinal axis (4, 6), and d) with a surface fluting (30; 30a; 30b; 30c; 30d; 30e), which has i) at least one first corrugating tooth, arranged peripherally on the corrugating roll body, and ii) at least one second corrugating tooth (38; 38a; 38b; 38c; 38d; 38e), which is arranged peripherally on the corrugating roll body and which differs from the at least one first corrugating tooth, characterized in that in order to reduce corrugating roll operation-related vibrations, e) the at least one first corrugating tooth has a first crest curvature and the at least one second corrugating tooth (38; 38a; 38b) has a second crest curvature, wherein the first crest curvature and the second crest curvature, at least regionally, are different, and/or f) the at least one first corrugating tooth has at least one first flank (35, 36) and the at least one second corrugating tooth (38; 38a; 38b; 38c; 38d; 38e) has at least one second flank (35, 36; 35a, 36a; 36b; 35c, 36c; 35d, 36d; 35e), wherein the at least one first flank (35, 36) and the at least one second flank (35, 36; 35a, 36a; 36b; 35c, 36c; 35d, 36d; 35e), at least regionally, differ from each other in their course. a) with a corrugating roll body, b) with a central longitudinal axis (4, 6), c) with a peripheral direction (28, 29) about the central longitudinal axis (4, 6), and d) with a surface fluting (30; 30a; 30b; 30c; 30d; 30e), which has i) at least one first corrugating tooth, arranged peripherally on the corrugating roll body, and ii) at least one second corrugating tooth (38; 38a; 38b; 38c; 38d; 38e), which is arranged peripherally on the corrugating roll body and which differs from the at least one first corrugating tooth, characterized in that in order to reduce corrugating roll operation-related vibrations, i) at least one first corrugating tooth, arranged peripherally on the corrugating roll body, and ii) at least one second corrugating tooth (38; 38a; 38b; 38c; 38d; 38e), which is arranged peripherally on the corrugating roll body and which differs from the at least one first corrugating tooth, e) the at least one first corrugating tooth has a first crest curvature and the at least one second corrugating tooth (38; 38a; 38b) has a second crest curvature, wherein the first crest curvature and the second crest curvature, at least regionally, are different, and/or f) the at least one first corrugating tooth has at least one first flank (35, 36) and the at least one second corrugating tooth (38; 38a; 38b; 38c; 38d; 38e) has at least one second flank (35, 36; 35a, 36a; 36b; 35c, 36c; 35d, 36d; 35e), wherein the at least one first flank (35, 36) and the at least one second flank (35, 36; 35a, 36a; 36b; 35c, 36c; 35d, 36d; 35e), at least regionally, differ from each other in their course.
A nonporous vessel capable of holding a fluid, the vessel comprising: an outer wall surface and an inner wall surface, the inner wall surface defining an interior chamber for holding the fluid; a filter having a perimeter, a first surface and a second surface, and fixedly attached around its entire perimeter to a portion of the inner wall surface of the nonporous vessel, thereby forming an integrated interior bag within the nonporous vessel; and a first fitment attached to the outer wall surface of the nonporous vessel at a portion of the outer wall surface that is adjacent to the integrated interior bag, the first fitment forming a first port configured to allow fluid to flow from the interior chamber through the filter into the integrated interior bag, and out of the first port, wherein said nonporous vessel is a flow-through harvest bag and further comprises a port in a bottom panel, adapted for inflow of media and microcarrier beads from a bioreactor and another port in said bottom panel, adapted for outflow back into said bioreactor. an outer wall surface and an inner wall surface, the inner wall surface defining an interior chamber for holding the fluid; a filter having a perimeter, a first surface and a second surface, and fixedly attached around its entire perimeter to a portion of the inner wall surface of the nonporous vessel, thereby forming an integrated interior bag within the nonporous vessel; and a first fitment attached to the outer wall surface of the nonporous vessel at a portion of the outer wall surface that is adjacent to the integrated interior bag, the first fitment forming a first port configured to allow fluid to flow from the interior chamber through the filter into the integrated interior bag, and out of the first port, wherein said nonporous vessel is a flow-through harvest bag and further comprises a port in a bottom panel, adapted for inflow of media and microcarrier beads from a bioreactor and another port in said bottom panel, adapted for outflow back into said bioreactor.
A method of preparing a virtual dentition model comprising: obtaining a digital data file of the patient's oral structure, wherein the digital data file includes first data representing surfaces of the patient's teeth and second data representing a number of orthodontic appliances connected to certain areas of the patient's teeth adjacent the tooth surfaces; and obtaining third data representing at least portions of the patient's tooth surfaces in the certain areas; characterized by combining at least some of the first data with at least some of the third data, including removing at least some of the second data representing the number of orthodontic appliances from the digital data file and adding third data representing tooth surfaces to fill gaps that were established by removing the second data, to provide a virtual dentition model of the patient's teeth with at least a portion of the appliances omitted, wherein the virtual dentition model includes one or more surfaces that have the same or substantially the same configuration as the patient's tooth surfaces in the certain areas. obtaining a digital data file of the patient's oral structure, wherein the digital data file includes first data representing surfaces of the patient's teeth and second data representing a number of orthodontic appliances connected to certain areas of the patient's teeth adjacent the tooth surfaces; and obtaining third data representing at least portions of the patient's tooth surfaces in the certain areas; characterized by combining at least some of the first data with at least some of the third data, including removing at least some of the second data representing the number of orthodontic appliances from the digital data file and adding third data representing tooth surfaces to fill gaps that were established by removing the second data, to provide a virtual dentition model of the patient's teeth with at least a portion of the appliances omitted, wherein the virtual dentition model includes one or more surfaces that have the same or substantially the same configuration as the patient's tooth surfaces in the certain areas.
A method to manufacture a wind turbine blade shell mold, partitioned transversely in at least a first part (1A, 2A) and a second part (1 B, 2B) joined together by some joint ribs (13A, 13A', 13B, 13B') for producing each of the shells of a wind turbine blade in a single piece, the mold being formed primarily by non-metallic materials, comprising two semi-molds, upper and lower, hinged by a pivoting system and equipped with stiffening ribs that secure an air conduit system thereto, characterized by comprising the step of joining together two parts of models (10A, 10B) of a partitioned model by a tool for the model, the two parts of models (10A, 10B) being in correspondence with one of the aerodynamic profiles of a wind turbine blade, wherein the joint ribs (13A, 13A', 13B, 13B') determine at least a single element of mechanical centering, alignment, and fastening of each part of the semi-mold corresponding with at least a single element of mechanical centering, alignment and fastening of the other part of the semi-mold, thus constituting a single semi-mold once these are secured together, and laminating a mold bed on the intermediate tool of the model.
A liquid preparation for a contact lens comprising a cationic polypeptide antimicrobial agent and Hypromellose 2910 as a thickening agent, wherein a kinematic viscosity at 25°C thereof is adjusted to 0.8 mm 2 /s to 15 mm 2 /s.
Cutting device with a hole-type movable cutting die, charcterised in that the movable cutting die is driven by a drive lever, by means of which circular movements with a continuously variable stroke (h) can be performed, wherein the cutting device is provided with an eccentrically shaped crank pin bearing in an outer shaft, wherein a crank pin, which is arranged eccentrically on a crank pin drive, is movably supported in relation to the outer shaft and the crank pin is in operative connection with the drive lever. wherein the cutting device is provided with an eccentrically shaped crank pin bearing in an outer shaft, wherein a crank pin, which is arranged eccentrically on a crank pin drive, is movably supported in relation to the outer shaft and the crank pin is in operative connection with the drive lever.
A handheld engine-driven cutter comprising: a disk blade; a four-stroke engine that drives the disk blade; a filter through which air provided to the four-stroke engine passes; a carburetor that mixes fuel and the air that passed through the filter; a casing that houses the filter and the carburetor, and a grip that allows a user to grasp, wherein the filter, the carburetor and the grip are arranged opposite to the disk blade with the four-stroke engine intervening therebetween, and at least a part of the filter is positioned above the grip when the engine-driven cutter is placed on a horizontal plane characterized in that the filter and the carburetor are arranged to align on a straight line along a direction of flow of the air passing through the filter and the carburetor. a disk blade; a four-stroke engine that drives the disk blade; a filter through which air provided to the four-stroke engine passes; a carburetor that mixes fuel and the air that passed through the filter; a casing that houses the filter and the carburetor, and a grip that allows a user to grasp, wherein the filter, the carburetor and the grip are arranged opposite to the disk blade with the four-stroke engine intervening therebetween, and at least a part of the filter is positioned above the grip when the engine-driven cutter is placed on a horizontal plane characterized in that the filter and the carburetor are arranged to align on a straight line along a direction of flow of the air passing through the filter and the carburetor.
Motor vehicle door latch, in particular a motor vehicle front hood latch, comprising a locking mechanism (1, 2) which substantially consists of a catch and pawl and interacts with a latch holder bracket on a hood, and comprising a retaining element which, during an unlocking process of the hood, holds the pawl in a retaining position in which it is raised from the catch, the latch holder bracket continuing to engage in the catch in the retaining position, and, during a first opening process which proceeds from the retaining position, the retaining element transferring into a release position which releases the pawl, characterized by a switch lever which is designed as a two-arm lever having a stop arm abutting the latch holder bracket, and a bearing arm supporting the retaining element, on which switch lever the retaining element is mounted, the retaining element being designed as a retaining lever having a blocking arm which interacts with the pawl, and a control arm which interacts with the switch lever.
An image processing apparatus capable of acquiring OCT tomographic images from an OCT imaging apparatus, the OCT imaging apparatus being configured to scan a target to be captured with low-coherence light, the image processing apparatus comprising: shooting control means for controlling shooting conditions of the OCT imaging apparatus, the shooting condition including adjustment of a coherence gate position; image acquisition means for respectively acquiring, from the OCT imaging apparatus, a first, second, third and fourth OCT tomographic images (1302, 1303, 1304 and 1310) at a first, second, third and fourth cross section, the first cross section and the second cross section facing each other, the first cross section and the third cross section facing each other, the fourth cross section intersecting with the first, second and third cross sections; a layout determination means for determining a layout of the first, second, third and fourth OCT tomographic images such that the first, second, third and fourth OCT tomographic images are arranged corresponding to said arrangement of the first, second, third and fourth cross sections; and display control means for displaying, with the information for adjusting the coherence gate position, the first, second, third and fourth OCT tomographic images simultaneously on a display screen in the layout determined by the layout determination means. shooting control means for controlling shooting conditions of the OCT imaging apparatus, the shooting condition including adjustment of a coherence gate position; image acquisition means for respectively acquiring, from the OCT imaging apparatus, a first, second, third and fourth OCT tomographic images (1302, 1303, 1304 and 1310) at a first, second, third and fourth cross section, the first cross section and the second cross section facing each other, the first cross section and the third cross section facing each other, the fourth cross section intersecting with the first, second and third cross sections; a layout determination means for determining a layout of the first, second, third and fourth OCT tomographic images such that the first, second, third and fourth OCT tomographic images are arranged corresponding to said arrangement of the first, second, third and fourth cross sections; and display control means for displaying, with the information for adjusting the coherence gate position, the first, second, third and fourth OCT tomographic images simultaneously on a display screen in the layout determined by the layout determination means.