mhurhangee/ep-ind-claims huggingface dataset:
A removal device for use in a passageway of a urinary tract of an in vivo patient, comprising: a vacuum tube comprising a first passageway and a second passageway extending longitudinally through the first passageway, wherein the vacuum tube is configured to be disposed at least partially within the passageway of the urinary tract, is characterized by a diameter of about 3.3 mm (10 Fr.) to about 10 mm (30 Fr.), and is designed to accommodate suction provided from a suction source; an introducer configured to be disposed in one of the passageways to assist with positioning of the vacuum tube; a guidewire accommodated within the introducer; and a port coupled to the removal device adapted to receive saline for infusion through one of the passageways. a vacuum tube comprising a first passageway and a second passageway extending longitudinally through the first passageway, wherein the vacuum tube is configured to be disposed at least partially within the passageway of the urinary tract, is characterized by a diameter of about 3.3 mm (10 Fr.) to about 10 mm (30 Fr.), and is designed to accommodate suction provided from a suction source; an introducer configured to be disposed in one of the passageways to assist with positioning of the vacuum tube; a guidewire accommodated within the introducer; and a port coupled to the removal device adapted to receive saline for infusion through one of the passageways.
Microscope (100, 200) with an observation optic system that comprises at least one ocular optic system (101, 201) with an illumination optic system comprising at least one light source (110, 210), a collector optic system (111, 211) and a deflection means (114, 214, 115, 215) and with a shared lens optic system (103, 203) for observation optic system and illumination optic system, characterized in that the illumination optic system comprises a scale (113, 213) that is projected onto the observed object (104, 204) by means of illumination with light emitted by the light source (110, 210) through the shared lens optic system (103, 203) such that the scale becomes an integral part of the image viewed through the observation optic system and, on the one hand, the scale is correspondingly enlarged by changing the magnification of the microscope and, on the other hand, it is ensured that the scale is perceived by a human observer, for the purpose of determining size, through the ocular optic system or the ocular optic systems in the same way as a microscope camera attached to the microscope via a beam splitter in that the scale (113, 213) is disposed in the plane of the illumination optic system in which a field diaphragm (112, 212) is shown in focus by the illumination optic system.
A method operable on a mobile communication device, comprising: opening a browser session and issuing an HTTP request for document data, said request having an XML descriptor added to headers of the HTTP request for identifying the request and said document data; receiving an HTTP response including said XML descriptor along with document binary data representing respective chunks of said document data for display on said mobile communication device; saving at least one of said respective chunks of said document data on said mobile communication device along with meta-data included in said HTTP response relating to said document data for inclusion in the XML descriptor of additional requests for further chunks of said document data; and retrieving said at least one of said respective chunks of said document data saved on said mobile communication device in the event the HTTP responses to said additional requests include said meta-data. opening a browser session and issuing an HTTP request for document data, said request having an XML descriptor added to headers of the HTTP request for identifying the request and said document data; receiving an HTTP response including said XML descriptor along with document binary data representing respective chunks of said document data for display on said mobile communication device; saving at least one of said respective chunks of said document data on said mobile communication device along with meta-data included in said HTTP response relating to said document data for inclusion in the XML descriptor of additional requests for further chunks of said document data; and retrieving said at least one of said respective chunks of said document data saved on said mobile communication device in the event the HTTP responses to said additional requests include said meta-data.
A method for manufacturing a flexible display device, wherein an adhesion layer having a rough surface is formed at the juncture of a releasing layer and a carrier substrate and then a flexible substrate is formed on the side of the carrier substrate on which the adhesion layer is formed, the adhesion layer is formed of a metal oxide, the metal oxide is at least one selected from indium tin oxide, indium zinc oxide, aluminum zinc oxide and indium gallium zinc oxide.
A hearing assistance system for use in a binaural hearing assistance device by processing speech from a sound source, comprising: a microphone configured to receive an input sound including the speech from the sound source and produce a microphone signal representative of the input sound; a processing circuit configured to process the microphone signal to produce an output signal, the processing circuit including a multichannel Wiener filter, MWF, and configured to approximately optimize the MWF to balance noise reduction and speech intelligibility in an output sound, using a priori spatial information including an estimated direction of the sound source; and a receiver configured to receive the output signal and produce the output sound including the speech using the output signal. a microphone configured to receive an input sound including the speech from the sound source and produce a microphone signal representative of the input sound; a processing circuit configured to process the microphone signal to produce an output signal, the processing circuit including a multichannel Wiener filter, MWF, and configured to approximately optimize the MWF to balance noise reduction and speech intelligibility in an output sound, using a priori spatial information including an estimated direction of the sound source; and a receiver configured to receive the output signal and produce the output sound including the speech using the output signal.
A filter-manufacturing machine comprising a rod-making machine of the tobacco processing industry having a thread emergency cutting apparatus having a cutting element and a thread-guiding apparatus, which predefines a thread path for a thread, characterized in that the cutting element and the thread-guiding apparatus cooperate such that, when a predefinable force acting on the thread is exceeded, the thread path intersects an operating region of the cutting element.
A printer comprising: a base; a lid hingedly attached to the base movable between a closed position in which the lid is secured to the base, and an open position; a cavity defined between the lid and the base, wherein the cavity is inaccessible when the lid is in the closed position and the cavity is accessible when the lid is in the open position; a ribbon positioning assembly disposed within the cavity that is pivotably attached to the lid or the base wherein the ribbon positioning assembly is configured to move between a printing position when the lid is in the closed position, and an accessible position when the lid is in the open position; characterized in that the ribbon positioning assembly further comprises at least one cartridge channel configured to receive therein a ribbon cartridge and at least one printhead assembly channel; and wherein the printer further comprises a printhead assembly attached to the lid, wherein the printhead assembly engages the at least one printhead assembly channel and translates within the at least one printhead assembly channel in response to the lid being moved between the closed position and the open position. a base; a lid hingedly attached to the base movable between a closed position in which the lid is secured to the base, and an open position; a cavity defined between the lid and the base, wherein the cavity is inaccessible when the lid is in the closed position and the cavity is accessible when the lid is in the open position; a ribbon positioning assembly disposed within the cavity that is pivotably attached to the lid or the base wherein the ribbon positioning assembly is configured to move between a printing position when the lid is in the closed position, and an accessible position when the lid is in the open position; characterized in that the ribbon positioning assembly further comprises at least one cartridge channel configured to receive therein a ribbon cartridge and at least one printhead assembly channel; and wherein the printer further comprises a printhead assembly attached to the lid, wherein the printhead assembly engages the at least one printhead assembly channel and translates within the at least one printhead assembly channel in response to the lid being moved between the closed position and the open position.
A method for determining clock priority for a multihost unit distributed antenna system, the method comprising: identifying which port of a plurality of ports (132, 134) is receiving a reference clock signal having a highest priority Network Chain Level, NCL, value, wherein the NCL value indicates a master clock priority level, MCPL, of a host unit providing a Master Clock and a chain level value indicating a chain depth that indicated how far down a chain a particular network element is from the host unit providing the Master Clock; selecting a system clock reference port from the plurality of ports (132, 134) based on the highest priority NCL value; locking a local clock to a reference clock signal received on the selected system clock reference port; calculating an incremented NCL value based on the highest priority NCL value; and transmitting the incremented NCL value over the plurality of ports (132, 134). identifying which port of a plurality of ports (132, 134) is receiving a reference clock signal having a highest priority Network Chain Level, NCL, value, wherein the NCL value indicates a master clock priority level, MCPL, of a host unit providing a Master Clock and a chain level value indicating a chain depth that indicated how far down a chain a particular network element is from the host unit providing the Master Clock; selecting a system clock reference port from the plurality of ports (132, 134) based on the highest priority NCL value; locking a local clock to a reference clock signal received on the selected system clock reference port; calculating an incremented NCL value based on the highest priority NCL value; and transmitting the incremented NCL value over the plurality of ports (132, 134).
A pallet protector comprising a plastic material for attachment to the front face of a wooden pallet, the pallet protector having a faceplate with a generally planar front surface and a generally planar back surface, the faceplate having holes to provide for the securing of the protector to the pallet, the faceplate defining at least two generally rectangular openings of comparable dimensions to a rectangular tine- accepting pallet entry opening; further, the protector opening having at least three sidewalls, including an upper sidewall, a right sidewall and a left sidewall, that extend rearward beyond the major plane of the back surface of the faceplate for extending, in use, into the inner space of the pallet; and where the upper sidewall is tapered as it proceeds back into the inner space.
A pharmaceutical composition comprising at least 95% ethyl-eicosapentaenoic acid (ethyl-EPA) enclosed in a capsule shell, wherein (a) the composition has a baseline peroxide value not greater than 5 Meq/kg and upon storage of the composition at 25 °C and 60% RH for a period of 6 months, the composition has a second peroxide value not greater than 8 Meq/kg, (b) the capsule shell comprises (i) gelatin in an amount of 50% to 70% by weight of the non-aqueous components but substantially no chemically modified gelatin such as succinated gelatin, (ii) glycerin in an amount of 5% to 15% by weight of the non-aqueous components and sorbitol in an amount of 15% to 25% by weight of the non-aqueous components, and (iii) maltitol in an amount of 3% to 10% by weight of the non-aqueous components. (a) the composition has a baseline peroxide value not greater than 5 Meq/kg and upon storage of the composition at 25 °C and 60% RH for a period of 6 months, the composition has a second peroxide value not greater than 8 Meq/kg, (b) the capsule shell comprises (i) gelatin in an amount of 50% to 70% by weight of the non-aqueous components but substantially no chemically modified gelatin such as succinated gelatin, (ii) glycerin in an amount of 5% to 15% by weight of the non-aqueous components and sorbitol in an amount of 15% to 25% by weight of the non-aqueous components, and (iii) maltitol in an amount of 3% to 10% by weight of the non-aqueous components.
A system for applying a cross-linking treatment to a cornea of an eye, comprising: a light source configured to emit a photoactivating light; an oxygen delivery device coupled to an oxygen source, the oxygen delivery device configured to deliver oxygen at a selected concentration to the cornea; a spatial light modulator configured to receive the photoactivating light from the light source and provide a pixelated illumination with the photoactivating light; and a controller configured to cause the spatial light modulator to project a first pixelated illumination onto the cornea to generate cross-linking activity in a treatment area by photoactivating a cross-linking agent applied to the treatment area, wherein the system is further configured to detect a change in eye gaze angle and/or head position, and in response to the change in eye gaze angle and/or head position, the controller is configured to control the spatial light modulator to generate a second pixelated illumination which is a geometric transformation of the first pixelated illumination to compensate for a geometric distortion caused by the change in eye gaze angle and/or head position, and to project the second pixelated illumination to the treatment area to continue photoactivating the cross-linking agent applied to the treatment area. a light source configured to emit a photoactivating light; an oxygen delivery device coupled to an oxygen source, the oxygen delivery device configured to deliver oxygen at a selected concentration to the cornea; a spatial light modulator configured to receive the photoactivating light from the light source and provide a pixelated illumination with the photoactivating light; and a controller configured to cause the spatial light modulator to project a first pixelated illumination onto the cornea to generate cross-linking activity in a treatment area by photoactivating a cross-linking agent applied to the treatment area, wherein the system is further configured to detect a change in eye gaze angle and/or head position, and in response to the change in eye gaze angle and/or head position, the controller is configured to control the spatial light modulator to generate a second pixelated illumination which is a geometric transformation of the first pixelated illumination to compensate for a geometric distortion caused by the change in eye gaze angle and/or head position, and to project the second pixelated illumination to the treatment area to continue photoactivating the cross-linking agent applied to the treatment area.
A buckle component with a belt receiving opening and a frame, surrounding the belt receiving opening, and a crosspiece about which the belt can be guided, wherein the crosspiece is secured to the frame by means of at least one securing arrangement (6, 7) of the crosspiece so as to traverse the belt receiving opening, in particular completely, characterized in that the crosspiece is secured to the frame by means of plastic deformation of the crosspiece and/or of at least one of the securing arrangements (6, 7).
An image processing apparatus that generates a virtual endoscopic image from a three-dimensional image representing a tubular organ, the apparatus comprising: a region identification means that sets, in the three-dimensional image, a predetermined range in the vicinity of a viewpoint that has been set in advance, and identifies each of a lumen region of the tubular organ in the set range and a wall region of the tubular organ in the set range; an opacity curve setting means that obtains, based on information about voxel values in the identified lumen region and information about voxel values in the identified wall region, a voxel value or a voxel value interval constituting a boundary between a range of voxel values in the identified lumen region and a range of voxel values in the identified wall region, and sets an opacity curve representing a relationship between voxel values and opacity in such a manner that the opacity changes from a value representing a transparent state to a value representing an opaque state at the voxel value or in the voxel value interval; and a virtual endoscopic image generation means that generates the virtual endoscopic image from the three-dimensional image by volume rendering using the set viewpoint and the set opacity curve. a region identification means that sets, in the three-dimensional image, a predetermined range in the vicinity of a viewpoint that has been set in advance, and identifies each of a lumen region of the tubular organ in the set range and a wall region of the tubular organ in the set range; an opacity curve setting means that obtains, based on information about voxel values in the identified lumen region and information about voxel values in the identified wall region, a voxel value or a voxel value interval constituting a boundary between a range of voxel values in the identified lumen region and a range of voxel values in the identified wall region, and sets an opacity curve representing a relationship between voxel values and opacity in such a manner that the opacity changes from a value representing a transparent state to a value representing an opaque state at the voxel value or in the voxel value interval; and a virtual endoscopic image generation means that generates the virtual endoscopic image from the three-dimensional image by volume rendering using the set viewpoint and the set opacity curve.
A method for processing the tracking of airborne targets moving in a space of interest and detected by a plurality of sensors (102, 103), characterised in that: • the detections from sensors (102, 103) are synthetized in the form of detections of a single dummy radar that is synchronised by a plurality of internal virtual time sectors of determined duration; • said method comprises a prior step establishing a two-dimensional grid of a stereographic projection plane of the space of interest, said two-dimensional grid being divided into a plurality of cells (510, 511, 512) of rectangular shape; • the tracking system stores all of the detections completed for at least one internal virtual sector in a buffer memory; • a correlation function performs a correlation of detections with tracks (503, 504) on the basis of a first proximity criterion between the cells of said two-dimensional grid containing said detections and said tracks (503, 504), said correlation function being triggered by a message indicating the end of said internal virtual sector, said correlation being carried out on the basis of detections stored during said internal virtual sector. • the detections from sensors (102, 103) are synthetized in the form of detections of a single dummy radar that is synchronised by a plurality of internal virtual time sectors of determined duration; • said method comprises a prior step establishing a two-dimensional grid of a stereographic projection plane of the space of interest, said two-dimensional grid being divided into a plurality of cells (510, 511, 512) of rectangular shape; • the tracking system stores all of the detections completed for at least one internal virtual sector in a buffer memory; • a correlation function performs a correlation of detections with tracks (503, 504) on the basis of a first proximity criterion between the cells of said two-dimensional grid containing said detections and said tracks (503, 504), said correlation function being triggered by a message indicating the end of said internal virtual sector, said correlation being carried out on the basis of detections stored during said internal virtual sector.
An adjustable hip component for a legged mobility device, the hip component comprising: a hip body; and a hip insert assembly attached to the hip body for adjusting a size of the hip component; the hip insert assembly comprising: a carrier assembly mounted to the hip body; a main insert assembly spaced apart from the carrier assembly; and a plurality of adjustment screws (30, 32) that each is connected at a first end to the carrier assembly, and that each is connected at a second end opposite from the first end to the main insert assembly; wherein the carrier assembly includes an adjustment mechanism to effect simultaneous translational movement of the plurality of adjustment screws (30, 32) in a common direction to move the main insert assembly either closer to or farther from the carrier assembly to adjust the size of the hip component. a hip body; and a hip insert assembly attached to the hip body for adjusting a size of the hip component; the hip insert assembly comprising: a carrier assembly mounted to the hip body; a main insert assembly spaced apart from the carrier assembly; and a plurality of adjustment screws (30, 32) that each is connected at a first end to the carrier assembly, and that each is connected at a second end opposite from the first end to the main insert assembly; wherein the carrier assembly includes an adjustment mechanism to effect simultaneous translational movement of the plurality of adjustment screws (30, 32) in a common direction to move the main insert assembly either closer to or farther from the carrier assembly to adjust the size of the hip component. a carrier assembly mounted to the hip body; a main insert assembly spaced apart from the carrier assembly; and a plurality of adjustment screws (30, 32) that each is connected at a first end to the carrier assembly, and that each is connected at a second end opposite from the first end to the main insert assembly; wherein the carrier assembly includes an adjustment mechanism to effect simultaneous translational movement of the plurality of adjustment screws (30, 32) in a common direction to move the main insert assembly either closer to or farther from the carrier assembly to adjust the size of the hip component.