mhurhangee/ep-ind-claims huggingface dataset:
A venous access port assembly, including: a housing made of needle impenetrable material, the housing further including: a housing base; a well having a bottom floor and side walls that define an interior reservoir; and a passageway that extends from the interior reservoir to a distal tip opening of a discharge port; wherein radiopaque markings (60, 70) are applied to a surface of the housing base; and characterized in that the venous access port assembly is rated for power injection such as of contrast fluid, the radiopaque markings (60, 70) including indicia that comprise the letters "CT" and conveying, when an X-ray of the patient is taken after implantation of the venous access port assembly, that the venous access port assembly can be used for power injection. a housing made of needle impenetrable material, the housing further including: a housing base; a well having a bottom floor and side walls that define an interior reservoir; and a passageway that extends from the interior reservoir to a distal tip opening of a discharge port; a housing base; a well having a bottom floor and side walls that define an interior reservoir; and a passageway that extends from the interior reservoir to a distal tip opening of a discharge port; wherein radiopaque markings (60, 70) are applied to a surface of the housing base; and characterized in that the venous access port assembly is rated for power injection such as of contrast fluid, the radiopaque markings (60, 70) including indicia that comprise the letters "CT" and conveying, when an X-ray of the patient is taken after implantation of the venous access port assembly, that the venous access port assembly can be used for power injection.
An electronic device, comprising: a connection interface including: a connection portion; and a fastening portion including a first plate and a plate driver, wherein the plate driver is configured to detect if the connection interface and a connector are mated and cause the first plate to: (i) be substantially flush with a surface of the electronic device when the connection interface and a connector are not mated, and (ii) extend or recede from the surface of the electronic device when the connection interface and the connector are mated. a connection portion; and a fastening portion including a first plate and a plate driver,
An operation support system configured to perform treatment on a target tissue, which is a treatment target, while observing by using an image capturing unit, using a treatment unit installed at a distal end side of a manipulator, which is a distal end when seen from a fixed end of the manipulator, the operation support system comprising: the manipulator having a plurality of joints corresponding to a plurality of degrees of freedom and including at least two redundant joints having a redundant relationship among the plurality of joints; an operating unit configured to provide operating information corresponding to the plurality of degrees of freedom; and a control unit configured to control an operation of the joint according to the operating information, characterized by a positional relationship calculation unit configured to calculate a distance between the target tissue or the treatment unit and the image capturing unit, wherein the control unit is configured to control the manipulator using one of the at least two redundant joints as a driving joint and the other redundant joints of the at least two redundant joints as a fixed joint based on said distance. the manipulator having a plurality of joints corresponding to a plurality of degrees of freedom and including at least two redundant joints having a redundant relationship among the plurality of joints; an operating unit configured to provide operating information corresponding to the plurality of degrees of freedom; and a control unit configured to control an operation of the joint according to the operating information,
A dispersion-hardened platinum composition comprising at least 70 wt.% platinum, the platinum composition containing up to 29.95 wt.% of one of the metals rhodium, gold, iridium and palladium or of a mixture of at least two of the metals rhodium, gold, iridium and palladium, the platinum composition containing between 0.05 wt.% and 1 wt.% oxides of the non-precious metals zirconium, yttrium and scandium, and the platinum composition containing, as the remainder, the platinum including impurities, wherein between 8.0 mol.% and 10.0 mol.% of the oxides of the non-precious metals is yttrium oxide, between 0.1 mol.% and 5.0 mol.% of the oxides is scandium oxide, and the remainder of the oxides is zirconia, including oxide impurities.
Flow cytometer for acquiring discontinuous emission spectra data from particles, comprising, a light source for providing an illumination beam, means for focussing said illumination beam onto a detection location, a flow cell configured for receiving particles, passing said particles individually to the detection location, where the focussed illumination beam of the light source illuminates the particles, light detectors for detecting fluorescent light emitted by said particles at the detection location and a data processor configured for processing data acquired by the light detectors characterized in that optical bandpass filters situated in between the flow cell and the light detectors divide the fluorescent emission spectrum into two to ten separate wavelength bands almost gaplessly with gaps of 10 nm or less which are detected by the light detectors and in that the data processor is configured to analyze the data acquired by the light detectors on the two to ten separate wavelength bands by a principal component analysis. a light source for providing an illumination beam, means for focussing said illumination beam onto a detection location, a flow cell configured for receiving particles, passing said particles individually to the detection location, where the focussed illumination beam of the light source illuminates the particles, light detectors for detecting fluorescent light emitted by said particles at the detection location and a data processor configured for processing data acquired by the light detectors characterized in that optical bandpass filters situated in between the flow cell and the light detectors divide the fluorescent emission spectrum into two to ten separate wavelength bands almost gaplessly with gaps of 10 nm or less which are detected by the light detectors and in that the data processor is configured to analyze the data acquired by the light detectors on the two to ten separate wavelength bands by a principal component analysis.
Drive assembly for a rotary electric machine for a motor vehicle, the drive assembly comprising a rotor shaft extending along a longitudinal axis and a connecting piece that allows a connection between the rotor shaft and the torque-transmission system and comprises a bore for the passage of the rotor shaft, the bore comprising a first wall extending axially and a cylindrical second wall extending axially in the continuation of the first wall, and the rotor shaft comprising: - a first surface extending axially and engaging with the first wall of the bore for centring the connecting piece around the rotor shaft; and - a cylindrical second surface extending axially and provided with knurling that has a diameter that is larger than the diameter (A') of the second wall of the bore, the connecting piece being mounted with a force-fit onto the rotor shaft by means of the knurling, in that the first surface of the rotor shaft and the first wall of the bore are cylindrical surfaces that have the same diameter, in that the connecting piece is mounted at a first end of the rotor shaft, in that the first surface of the rotor shaft and the first wall of the bore are configured to be substantially smooth so as to facilitate the centring of the connecting piece on the rotor shaft, the drive assembly being characterized in that the diameter of the first surface of the rotor shaft is larger than the diameter of the knurling, the knurling being arranged between the first surface and the first end of the rotor shaft, and in that the knurling consists of a plurality of protrusions that cut grooves in the second wall of the bore when the connecting piece is force-fitted onto the rotor shaft. - a first surface extending axially and engaging with the first wall of the bore for centring the connecting piece around the rotor shaft; and - a cylindrical second surface extending axially and provided with knurling that has a diameter that is larger than the diameter (A') of the second wall of the bore, the connecting piece being mounted with a force-fit onto the rotor shaft by means of the knurling, in that the first surface of the rotor shaft and the first wall of the bore are cylindrical surfaces that have the same diameter, in that the connecting piece is mounted at a first end of the rotor shaft, in that the first surface of the rotor shaft and the first wall of the bore are configured to be substantially smooth so as to facilitate the centring of the connecting piece on the rotor shaft, the drive assembly being characterized in that the diameter of the first surface of the rotor shaft is larger than the diameter of the knurling, the knurling being arranged between the first surface and the first end of the rotor shaft, and in that the knurling consists of a plurality of protrusions that cut grooves in the second wall of the bore when the connecting piece is force-fitted onto the rotor shaft.
A method for inactivating bacteria or viruses, the method comprising a step (a) of irradiating with ultraviolet light having an optical output at a specific wavelength in a range of 200 nm to 235 nm, characterized in that the step (a) of irradiation is carried out so that an irradiance X [mW/cm 2] wherein X≥0.0002 and an integrated irradiation dose for two hours Y [mJ/cm 2] satisfy the following formula: 0 < Y < 10.704 X − 0.373 the step (a) is carried out indoors where the indoor air is changed at least once every two hours. the step (a) of irradiation is carried out so that an irradiance X [mW/cm 2] wherein X≥0.0002 and an integrated irradiation dose for two hours Y [mJ/cm 2] satisfy the following formula: 0 < Y < 10.704 X − 0.373 the step (a) is carried out indoors where the indoor air is changed at least once every two hours.
Carriage for a rail vehicle, comprising: - a plurality of fresh-water or drinking-water containers (111, 112) which are arranged within the carriage; - a connection (2, 12) for joint filling of the plurality of fresh-water or drinking-water containers (111, 112) with fresh water or drinking water; characterized in that - each fresh-water or drinking-water container (111, 112) is assigned at least one consumer unit (101, 102) for consumption of fresh water or drinking water; - the carriage comprises a line (3, 13) for conveyance of fresh water or drinking water, wherein the line leads from the connection (2, 12) to each of the fresh-water or drinking-water containers (111, 112); - the carriage comprises a valve (V1, V2, V3, V4) which is arranged upstream of each of the fresh-water or drinking-water containers (111, 112) within the line (4, 5) leading to the plurality of fresh-water or drinking-water containers (111, 112). - a plurality of fresh-water or drinking-water containers (111, 112) which are arranged within the carriage; - a connection (2, 12) for joint filling of the plurality of fresh-water or drinking-water containers (111, 112) with fresh water or drinking water; characterized in that - each fresh-water or drinking-water container (111, 112) is assigned at least one consumer unit (101, 102) for consumption of fresh water or drinking water; - the carriage comprises a line (3, 13) for conveyance of fresh water or drinking water, wherein the line leads from the connection (2, 12) to each of the fresh-water or drinking-water containers (111, 112); - the carriage comprises a valve (V1, V2, V3, V4) which is arranged upstream of each of the fresh-water or drinking-water containers (111, 112) within the line (4, 5) leading to the plurality of fresh-water or drinking-water containers (111, 112).
A method for encoding HDR image data comprising: receiving (102; 302) a high dynamic range image; receiving (108;304) a tone-mapped image generated based on the HDR image; computing (116;306) luminance ratio values, on an individual pixel basis, by dividing luminance values of the HDR image with luminance values of the TM image on the individual pixel basis; characterized by dividing (118;308) the HDR image by the computed luminance ratio values to create a re-mapped image; determining (132;301) residual values in color channels of a color space based on the re-mapped image and the TM image; and outputting the TM image with HDR reconstruction data, the HDR reconstruction data being derived from the luminance ratio values and the residual values. receiving (102; 302) a high dynamic range image; receiving (108;304) a tone-mapped image generated based on the HDR image; computing (116;306) luminance ratio values, on an individual pixel basis, by dividing luminance values of the HDR image with luminance values of the TM image on the individual pixel basis; dividing (118;308) the HDR image by the computed luminance ratio values to create a re-mapped image; determining (132;301) residual values in color channels of a color space based on the re-mapped image and the TM image; and outputting the TM image with HDR reconstruction data, the HDR reconstruction data being derived from the luminance ratio values and the residual values.
A pressure measuring device including: an elastic body having at least one wall which at least partially defines a lumen arranged at least partially within the elastic body, the lumen being fillable with a compressible fluid, wherein the lumen is configured to be compressed by at least one body part of a user to compress the compressible fluid; a pressure detection device arranged at least partially within the lumen, the pressure detection device being configured to detect a pressure in the lumen as the lumen is being compressed by the body part of the user; and at least one connection member which is arranged at least partially within an opening formed in the wall of the elastic body and attached to at least a section of the wall, the connection member being operatively connectable to at least one electrical component (20, 28) of the pressure measuring device and configured to be connectable to an external power source to provide electrical power to the electrical component (20, 28) via the connection member, wherein the connection member has an outer contour which is curved, with respect to a direction which extends along a longitudinal axis of the opening, at at least a section of an interface between the wall and the connection member. an elastic body having at least one wall which at least partially defines a lumen arranged at least partially within the elastic body, the lumen being fillable with a compressible fluid, wherein the lumen is configured to be compressed by at least one body part of a user to compress the compressible fluid; a pressure detection device arranged at least partially within the lumen, the pressure detection device being configured to detect a pressure in the lumen as the lumen is being compressed by the body part of the user; and at least one connection member which is arranged at least partially within an opening formed in the wall of the elastic body and attached to at least a section of the wall, the connection member being operatively connectable to at least one electrical component (20, 28) of the pressure measuring device and configured to be connectable to an external power source to provide electrical power to the electrical component (20, 28) via the connection member, wherein the connection member has an outer contour which is curved, with respect to a direction which extends along a longitudinal axis of the opening, at at least a section of an interface between the wall and the connection member.
An automatic peeling device for elongated peeled goods - having a receiving means for holding the peeled goods in an upright position, - having a cutting means for peeling the peeled goods in a cutting direction which runs longitudinally along the peeled goods, - having a driving means for moving the receiving means in a conveying direction which runs perpendicularly to the cutting direction and for moving the cutting means in the cutting direction, - having a coupling means for coupling the driving means to the receiving means and the cutting means, - having a feeding means for feeding in the peeled goods, - having a discharging means for discharging the peeled goods, wherein the receiving means comprises a receiving rotary member which is rotatable about a rotary axis which runs in the cutting direction, on one side of said rotary member the peeled goods are held, characterized in that the feeding and/or the discharging means comprise/comprises a depository rotary member which is rotatable to a further rotary axis which is arranged parallel to the rotary axis, in that the coupling means comprises a conveying coupling module which couples the receiving rotary member to the depository rotary member, with which conveying coupling module the receiving rotary member and the depository rotary member are alternatingly rotated about a predetermined angle of rotation and in that the conveying coupling module comprises an actuator which is coupled to the receiving rotary member and the depository rotary member such that the receiving rotary member and the depository rotary member are rotated in a same direction of rotation. - having a receiving means for holding the peeled goods in an upright position, - having a cutting means for peeling the peeled goods in a cutting direction which runs longitudinally along the peeled goods, - having a driving means for moving the receiving means in a conveying direction which runs perpendicularly to the cutting direction and for moving the cutting means in the cutting direction, - having a coupling means for coupling the driving means to the receiving means and the cutting means, - having a feeding means for feeding in the peeled goods, - having a discharging means for discharging the peeled goods,
A method for processing a web of wrapping material to make smoking articles, comprising the following steps, repeated cyclically with periodicity: - feeding the web of wrapping material to advance it by a predetermined quantity corresponding to a length of a stretch of web used to make an article; - creating a feature on the web of wrapping material; - applying a mark on a surface of the web of wrapping material; - generating a synchronization signal representing the periodicity, wherein the mark is applied by means of a shaft controlled by the synchronization signal, and wherein the step of creating the feature on the web of wrapping material is controlled by the synchronization signal, characterized in that the method comprises a step of temporarily storing a stretch of the web of wrapping material in a buffer, the length of the stretch of the web of wrapping material in the buffer being variable over time. - feeding the web of wrapping material to advance it by a predetermined quantity corresponding to a length of a stretch of web used to make an article; - creating a feature on the web of wrapping material; - applying a mark on a surface of the web of wrapping material; - generating a synchronization signal representing the periodicity, wherein the mark is applied by means of a shaft controlled by the synchronization signal, and wherein the step of creating the feature on the web of wrapping material is controlled by the synchronization signal,
Electrical circuit breaker comprising an arc formation chamber and an arc extinguishing chamber, the arc formation chamber being at least partially bounded by a side flange or at least a part of a side wall consisting of a polymeric composition comprising a thermoplastic polymer, a triazine based flame retardant, at most wt.% of phosphorous or halogen containing flame retardants, and at most 15 wt.% of a reinforcing agent, characterised in that the thermoplastic polymer comprises a polyamide with a melting temperature of at least 260 °C and the triazine based flame retardant comprises at least 20 wt.% of melam, wherein the weight percentages (wt.%) are relative to the total weight of the polymeric composition.
A cineole-containing composition, wherein the composition contains in combination and in effective, in particular pharmaceutically effective, amounts in each case: (a) 1,8-cineole, wherein the cineole is present as a pure substance, wherein the cineole has a purity of at least 95% by weight, relative to the cineole, and wherein the cineole is free of other terpenes and wherein the composition contains the component (a) in relative amounts in the range of 0.001 to 10% by weight relative to the composition; and (b) pantothenol, preferably dexpanthenol (D-pantothenol), or its physiologically acceptable esters, and/or pantothenic acid or its physiologically acceptable salts, wherein the composition contains the component (b) in relative amounts in the range of 0.01 to 10% by weight relative to the composition; wherein the composition has a pH value in the range of 5.0 to 6.5. (a) 1,8-cineole, wherein the cineole is present as a pure substance, wherein the cineole has a purity of at least 95% by weight, relative to the cineole, and wherein the cineole is free of other terpenes and wherein the composition contains the component (a) in relative amounts in the range of 0.001 to 10% by weight relative to the composition; and (b) pantothenol, preferably dexpanthenol (D-pantothenol), or its physiologically acceptable esters, and/or pantothenic acid or its physiologically acceptable salts, wherein the composition contains the component (b) in relative amounts in the range of 0.01 to 10% by weight relative to the composition; pantothenol, preferably dexpanthenol (D-pantothenol), or its physiologically acceptable esters, and/or pantothenic acid or its physiologically acceptable salts,
Method for operating a once-through steam generator comprising a plurality of evaporator heating surfaces and a plurality of preheater heating surfaces connected upstream on the flow medium side, wherein a device for adjusting the feedwater mass flow ( Ṁ) is supplied with a setpoint value ( Ṁ s) for the feedwater mass flow ( Ṁ), wherein a characteristic correction value for the time derivative of the density of the flow medium at the input of one or more of the preheater heating surfaces is taken into account in the generation of the setpoint value ( Ṁ s) for the feedwater mass flow ( Ṁ) on the one hand, characterised in that the once-through steam generator is embodied as a heat recovery steam generator and a characteristic correction value for the time derivative of the enthalpy at the input of one or more of the evaporator heating surfaces is taken into account on the other hand.
An implant comprising: a body having a proximal end and a distal end, wherein the body defines a central axis extending from the proximal end to the distal end, characterised in that the implant further comprises a cap (172, 272, 372) that is affixed to the distal end of the body when the body is implanted; and a high tensile strand received by the cap, wherein the strand is loaded with an active agent. a body having a proximal end and a distal end, wherein the body defines a central axis extending from the proximal end to the distal end, characterised in that the implant further comprises a cap (172, 272, 372) that is affixed to the distal end of the body when the body is implanted; and a high tensile strand received by the cap, wherein the strand is loaded with an active agent.