mhurhangee/ep-ind-claims huggingface dataset:
A rotary tool, comprising: a main body having a circular columnar shape, comprising a rotation axis and extending from a first end to a second end, wherein the main body comprises a plurality of first flutes which are located on an outer periphery of the main body and go toward a rear side in a rotation direction of the rotation axis at a helix angle θ1 as going toward the second end; a first cutting edge located on at least a part of a ridge line where the outer periphery of the main body intersects with the first flutes; a plurality of second flutes which are located on the outer periphery of the main body and go toward a front side in the rotation direction of the rotation axis at a reverse helix angle θ2 as going toward the second end, the second flutes intersecting with the first flutes; and a second cutting edge located on at least a part of a ridge line where the outer periphery of the main body intersects with the second flutes, wherein the θ2 is larger than the θ1, and characterized in that m>5, m-n≥3, and m and n are coprime numbers where m is a number of the first flutes and n is a number of the second flutes. a main body having a circular columnar shape, comprising a rotation axis and extending from a first end to a second end, wherein the main body comprises a plurality of first flutes which are located on an outer periphery of the main body and go toward a rear side in a rotation direction of the rotation axis at a helix angle θ1 as going toward the second end; a first cutting edge located on at least a part of a ridge line where the outer periphery of the main body intersects with the first flutes; a plurality of second flutes which are located on the outer periphery of the main body and go toward a front side in the rotation direction of the rotation axis at a reverse helix angle θ2 as going toward the second end, the second flutes intersecting with the first flutes; and a second cutting edge located on at least a part of a ridge line where the outer periphery of the main body intersects with the second flutes, wherein a plurality of first flutes which are located on an outer periphery of the main body and go toward a rear side in a rotation direction of the rotation axis at a helix angle θ1 as going toward the second end; a first cutting edge located on at least a part of a ridge line where the outer periphery of the main body intersects with the first flutes; a plurality of second flutes which are located on the outer periphery of the main body and go toward a front side in the rotation direction of the rotation axis at a reverse helix angle θ2 as going toward the second end, the second flutes intersecting with the first flutes; and a second cutting edge located on at least a part of a ridge line where the outer periphery of the main body intersects with the second flutes, wherein the θ2 is larger than the θ1, and characterized in that m>5, m-n≥3, and m and n are coprime numbers where m is a number of the first flutes and n is a number of the second flutes.
A composition comprising a pamoate salt of donepezil, wherein the ratio of donepezil to pamoic acid is 1:1 or 2:1, and wherein the salt is crystalline including anhydrous, hydrate or solvate forms, and their polymorphs.
A laryngoscope blade comprising: a hilt; a blade end; and a channel extending at least partially through the blade; wherein the channel is adapted to receive a light source and a camera, the channel having a substantially transparent end face through which light is transmittable situated towards the blade end, and the end face comprising an optical element comprising a prism, characterised in that the optical element is adapted to collect light from an offset target within a patient when the camera is received in the channel and redirect light towards the offset target when the light source is received in the channel so as to reduce an ambient light signal from the light source in the channel, wherein when the camera is received in the channel the offset target is offset from the camera and wherein when the light source is received in the channel the offset target is offset from the light source. a hilt; a blade end; and a channel extending at least partially through the blade; wherein the channel is adapted to receive a light source and a camera, the channel having a substantially transparent end face through which light is transmittable situated towards the blade end, and the end face comprising an optical element comprising a prism, characterised in that the optical element is adapted to collect light from an offset target within a patient when the camera is received in the channel and redirect light towards the offset target when the light source is received in the channel so as to reduce an ambient light signal from the light source in the channel, wherein when the camera is received in the channel the offset target is offset from the camera and wherein when the light source is received in the channel the offset target is offset from the light source.
Device for preparing food, the device comprising a container cover for covering a food container and a stirring/heating unit for stirring and heating the food in the food container, wherein the stirring/heating unit comprises i. a probe tube arrangeable with at least one probe tube opening inside the food container, ii. a stirring drive for a stirring movement of the probe tube, wherein the probe tube is configured such that it is connectable to a steam generator to supply heated steam for stirring and heating the food in the food container via the at least one probe tube opening, characterized by a container retainer for retaining the food container in which the food is prepared, and a probe tube linear drive for a linear displacement of the probe tube along the probe tube longitudinal axis relative to the food container. i. a probe tube arrangeable with at least one probe tube opening inside the food container, ii. a stirring drive for a stirring movement of the probe tube, wherein the probe tube is configured such that it is connectable to a steam generator to supply heated steam for stirring and heating the food in the food container via the at least one probe tube opening,
A luminous laminated structure characterized in that it comprises: - a transparent first flat substrate, of given optical index n 1, - a bulk-tinted second flat substrate (1") - a lamination interlayer between the first and second substrates; - a porous coating (2") forming an optical separator, deposited on the lamination interlayer or on the first substrate, the coating being of optical index n 2, the difference n 1 - n 2 being equal to or greater than 0.1; - a light source coupled into the edge of the first substrate, - an internal backscattering network between the porous coating and the first substrate and/or an external scattering network on the external face of the first substrate. - a transparent first flat substrate, of given optical index n 1, - a bulk-tinted second flat substrate (1") - a lamination interlayer between the first and second substrates; - a porous coating (2") forming an optical separator, deposited on the lamination interlayer or on the first substrate, the coating being of optical index n 2, the difference n 1 - n 2 being equal to or greater than 0.1; - a light source coupled into the edge of the first substrate, - an internal backscattering network between the porous coating and the first substrate and/or an external scattering network on the external face of the first substrate.
Lift - with a cage which is guided at guide rails and - with a safety brake which is arranged at the cage and which is designed for exertion of a braking force on the guide rails in the event of non-compliance with a safety criterion, wherein the safety brake comprises a brake housing having an opening of wedge-shaped form into which at least a part of a guide rail is introducible, a brake body introducible into the wedge-shaped opening between a surface of the brake housing bounding the wedge-shaped opening and the guide surface of the guide rail, an activating mechanism by way of which an activation force is transmissible to the brake body and by way of which the brake body can be pressed against the bounding surface and guide surface, and a release mechanism which is connected indirectly or directly with the brake body and holds the brake body in a position against the activation force, characterised in that the release mechanism comprises at least an articulated arm which can be brought into an extended position and into a folded position, wherein the articulated arm in the extended position holds the brake body in the rest position and in the folded position releases the activation force for transmission to the brake body, and the activating mechanism comprises a lever arm which is operatively connected with the brake body and transmits the activation force to the brake body, the lever arm being so connected with the articulated arm that the articulated arm in its extended position holds the lever arm in the rest position against the activation force. - with a cage which is guided at guide rails and - with a safety brake which is arranged at the cage and which is designed for exertion of a braking force on the guide rails in the event of non-compliance with a safety criterion,
Whole blood filtration Point-of-Care testing device comprising: a feeding volume having a first feeding side opening and a second feeding side opening, a clean side, and a filter membrane, wherein the filter membrane separates the feeding volume and the clean side, wherein the filter membrane has a pore size ensuring permeability to blood plasma/serum, but retaining blood cells, wherein the first feeding side opening is adapted to be coupled to a first blood pump for feeding blood from the first feeding side opening to the feeding volume so that blood plasma/serum may permeate the filter membrane and blood cells may exit the volume through the second feeding side opening, wherein the filter membrane comprises at least one hollow fiber membrane having a lumen with a first end sided opening and a second end sided opening, wherein the lumen comprises the feeding volume so that the first feeding side opening is in communication with a first end side opening and the second feeding side opening is in communication with the second end side opening, characterized in that the hollow fiber membrane is made of a ceramic material having a pore size ensuring permeability to blood plasma/serum, but retaining blood cells and wherein the hollow fiber membrane is a membrane having reduced hydrophilicity, wherein a water or blood droplet contact angle of the membrane is bigger than the water or blood droplet contact angle of an untreated hollow fiber membrane filter medium. a feeding volume having a first feeding side opening and a second feeding side opening, a clean side, and a filter membrane, wherein the filter membrane separates the feeding volume and the clean side, wherein the filter membrane has a pore size ensuring permeability to blood plasma/serum, but retaining blood cells, wherein the first feeding side opening is adapted to be coupled to a first blood pump for feeding blood from the first feeding side opening to the feeding volume so that blood plasma/serum may permeate the filter membrane and blood cells may exit the volume through the second feeding side opening, wherein the filter membrane comprises at least one hollow fiber membrane having a lumen with a first end sided opening and a second end sided opening, wherein the lumen comprises the feeding volume so that the first feeding side opening is in communication with a first end side opening and the second feeding side opening is in communication with the second end side opening, characterized in that the hollow fiber membrane is made of a ceramic material having a pore size ensuring permeability to blood plasma/serum, but retaining blood cells and wherein the hollow fiber membrane is a membrane having reduced hydrophilicity, wherein a water or blood droplet contact angle of the membrane is bigger than the water or blood droplet contact angle of an untreated hollow fiber membrane filter medium.
Apparatus for manufacturing a capsule with a sealable opening for use in a coffee machine, comprising a capsule having a generally frusto-conical form with an upper surface and a lower surface, an annular flange being provided at the lower surface, wherein an annular seal is provided on the annular flange, the annular seal comprising a cellulose material such as paper that deforms in use, wherein the apparatus comprises gasket application means, which applies a gasket to the capsule on the flange, characterised in that the apparatus further comprises gasket detection means for detecting the presence of a gasket on the capsule, capsule selection means being provided to enable capsules without a gasket to be rejected and capsules with a gasket detected to be packed.
Method for identifying an electrical device (250, 252, 254) connected to a mains grid, the method comprising: measuring a plurality of electrical characteristics on the mains grid with a sensor (206, 300) connected to a socket of the mains grid; comparing each of the measured electrical characteristics with a respective plurality of stored candidate electrical characteristics each corresponding to one of a plurality of candidate electrical devices (250, 252, 254); identifying the electrical device (250, 252, 254) based on the stored candidate electrical characteristic that is closest to the at least one electrical characteristic, wherein the at least one electrical characteristic is one of electrical power, real power, reactive power, apparent power, current, voltage, frequency intermodulation, input reflection coefficient, noise, line cycle frequency, supply voltage at line cycle; and the method being characterised in that at least two different electrical characteristics are used to identify the electrical device. measuring a plurality of electrical characteristics on the mains grid with a sensor (206, 300) connected to a socket of the mains grid; comparing each of the measured electrical characteristics with a respective plurality of stored candidate electrical characteristics each corresponding to one of a plurality of candidate electrical devices (250, 252, 254); identifying the electrical device (250, 252, 254) based on the stored candidate electrical characteristic that is closest to the at least one electrical characteristic, wherein the at least one electrical characteristic is one of electrical power, real power, reactive power, apparent power, current, voltage, frequency intermodulation, input reflection coefficient, noise, line cycle frequency, supply voltage at line cycle; and the method being characterised in that at least two different electrical characteristics are used to identify the electrical device.
Apparatus for allowing ventilation through a ventilation shaft to an underground ventilation duct fluidly communicating through the ventilation shaft to an atmospheric opening of the shaft and on threat of flooding operable to prevent downward flow of surface water into the underground ventilation duct, comprising: a support for arrangement in said shaft defining a passage between top and bottom openings of the support for fluid communication of said ventilation duct up through said support to said atmospheric opening, one or more stops within and connected to said support proximate said bottom opening and not obstructing said passage, and one or more panels (234; 236), each of the one or more panels mounted on a respective pivot axis in said support for rotation of each said panel upwardly by human action raising each said panel past a center point of its pivot axis to an upright inwardly leaning home position in said support, said home position not obstructing said passage, and for rotation downwardly by human action moving each said panel away from said home position outwardly past said center point of said pivot axis, allowing each said panel to rotationally fall by gravitational impetus to a lower passage closing position where further downward rotation is prevented by said one or more stops, each said panel having a profile such that said more than one panels closes said passage when said one or more panels gravitationally rotate to said passage closing position. a support for arrangement in said shaft defining a passage between top and bottom openings of the support for fluid communication of said ventilation duct up through said support to said atmospheric opening, one or more stops within and connected to said support proximate said bottom opening and not obstructing said passage, and one or more panels (234; 236), each of the one or more panels mounted on a respective pivot axis in said support for rotation of each said panel upwardly by human action raising each said panel past a center point of its pivot axis to an upright inwardly leaning home position in said support, said home position not obstructing said passage, and for rotation downwardly by human action moving each said panel away from said home position outwardly past said center point of said pivot axis, allowing each said panel to rotationally fall by gravitational impetus to a lower passage closing position where further downward rotation is prevented by said one or more stops, each said panel having a profile such that said more than one panels closes said passage when said one or more panels gravitationally rotate to said passage closing position.
An aerial camera comprising at least one lens, a number of optoelectronic and electronic components (2b, 3b, 4) and comprising a housing, which has the at least one lens and the optoelectronic and electronic components (2b, 3b, 4), wherein the optoelectronic and electronic components (2b, 3b, 4) are arranged in the housing alongside one another and one above another in at least two different planes (2, 3) arranged at least approximately parallel to one another and above one another, wherein the housing has at least one cooling device for cooling the optoelectronic and electronic components (2b, 3b, 4), wherein the cooling device has at least two cooling channels integrated in the housing between the at least two different planes (2, 3) having the optoelectronic and electronic components (2b, 3b, 4), through which at least one cooling channel a gaseous fluid flows for the purpose of cooling and which are completely separated from a gaseous environment of the optoelectronic and electronic components (2b, 3b, 4), characterized in that the optoelectronic components (2b, 3b, 4) have at least one optical image sensor, and wherein the optoelectronic and electronic components (2b, 3b, 4) are thermally coupled to the cooling channels by means of thermally conductive components.
A method (1000A, 1000B, 1000C) performed in a user equipment "UE" of interpreting contents of at least one message body per message, wherein said contents correspond to a content type, said method comprising: sending a Session Initiation Protocol "SIP" request message via an internet protocol "IP" network; receiving (1002, 1010, 1020) a SIP response message from a network node via the IP network, said SIP response message including at least one message body content in said message's body, wherein said message includes a content disposition indicator and a content type indicator with respect to said at least one message body content; and providing a treatment (1006, 1014, 1024) for said at least one message body content based on a value of said content type indicator independent of a value of said content disposition indicator, wherein said treatment comprises performing an Emergency Services call. sending a Session Initiation Protocol "SIP" request message via an internet protocol "IP" network; receiving (1002, 1010, 1020) a SIP response message from a network node via the IP network, said SIP response message including at least one message body content in said message's body, wherein said message includes a content disposition indicator and a content type indicator with respect to said at least one message body content; and providing a treatment (1006, 1014, 1024) for said at least one message body content based on a value of said content type indicator independent of a value of said content disposition indicator, wherein said treatment comprises performing an Emergency Services call.
A method to automatically focus a light sheet in a single plane illumination microscopy device comprising: illuminating a sample at a fixed plane using a patterned light sheet at a spatial modulation frequency; obtaining a 3D image stack comprising a plurality of images of an emission pattern; performing a 2D Fourier transform of the image stack at a plurality of image planes; determining which of the plurality of image planes contains a highest signal intensity at the spatial modulation frequency by determining for each of the plurality of images a ratio between the absolute value of the component of the 2D Fourier transform corresponding to the spatial modulation frequency of the patterned light sheet and the absolute value of the non-modulated DC component of the 2D Fourier transform present in each of the plurality of image planes; and identifying and outputting a light sheet axial position based on the highest signal intensity. illuminating a sample at a fixed plane using a patterned light sheet at a spatial modulation frequency; obtaining a 3D image stack comprising a plurality of images of an emission pattern; performing a 2D Fourier transform of the image stack at a plurality of image planes; determining which of the plurality of image planes contains a highest signal intensity at the spatial modulation frequency by determining for each of the plurality of images a ratio between the absolute value of the component of the 2D Fourier transform corresponding to the spatial modulation frequency of the patterned light sheet and the absolute value of the non-modulated DC component of the 2D Fourier transform present in each of the plurality of image planes; and identifying and outputting a light sheet axial position based on the highest signal intensity.