mhurhangee/ep-ind-claims huggingface dataset:
A thermal printer, comprising a base part, a holding member, a printing device and a platen roller, wherein the holding member is arranged on the base part, the printing device is disposed along a width direction of a recording paper sheet, the platen roller and the printing device are oppositely disposed and are capable of performing rotation, in a state where the recording paper sheet is clamped therebetween, to feed the recording paper sheet, characterized in that: a front end of the printing device is connected with the holding member by a support pin, a rear end of the printing device is connected with the holding member by a deformable mechanism, and the printing device is capable of swinging about the support pin serving as a fulcrum when an uneven pressing force is applied to the printing device by the recording paper sheet, in order to even out the pressing force, and the deformable mechanism is capable of being plastically deformed to keep a position of the printing device; wherein an elastic element is disposed between the holding member and the base part, and the elastic element is configured to allow both the printing device and the platen roller to get in close contact with the recording paper sheet in a state where the recording paper sheet is clamped between the printing device and the platen roller; wherein the support pin is configured to transfer a pressing force generated by the elastic element to the printing device. a front end of the printing device is connected with the holding member by a support pin, a rear end of the printing device is connected with the holding member by a deformable mechanism, and the printing device is capable of swinging about the support pin serving as a fulcrum when an uneven pressing force is applied to the printing device by the recording paper sheet, in order to even out the pressing force, and the deformable mechanism is capable of being plastically deformed to keep a position of the printing device; wherein an elastic element is disposed between the holding member and the base part, and the elastic element is configured to allow both the printing device and the platen roller to get in close contact with the recording paper sheet in a state where the recording paper sheet is clamped between the printing device and the platen roller; wherein the support pin is configured to transfer a pressing force generated by the elastic element to the printing device.
A method comprising: enclosing a medical supply in an interior volume defined by a package precursor wherein the package precursor comprises a shrink-formable composition; retaining the package precursor in a support; and directing a flow of heated medium from a nozzle toward at least one region of the package precursor to cause the at least one region to shrink to a greater extent than an adjacent region of the package precursor, wherein the package precursor comprises a sterilization window comprising a gas-permeable panel through which a sterilizing gas may pass into the interior volume of the package precursor, the method further comprising introducing the sterilizing gas through the gas-permeable panel into the interior volume defined by the package precursor. enclosing a medical supply in an interior volume defined by a package precursor wherein the package precursor comprises a shrink-formable composition; retaining the package precursor in a support; and directing a flow of heated medium from a nozzle toward at least one region of the package precursor to cause the at least one region to shrink to a greater extent than an adjacent region of the package precursor, wherein the package precursor comprises a sterilization window comprising a gas-permeable panel through which a sterilizing gas may pass into the interior volume of the package precursor, the method further comprising introducing the sterilizing gas through the gas-permeable panel into the interior volume defined by the package precursor.
Rotor for a compressor, in particular a gas turbine, which rotor comprises a plurality of rotor blades which are arranged in the form of a ring about the rotation axis of the rotor and which are each held in a peripheral turned groove on the rotor by means of a blade root, wherein the blade root engages with a widening lower part behind two shoulders with a shoulder depth formed on the side walls of said turned groove, and the turned groove is defined by a minimum groove depth (T min) which is specific to the compressor and which, under the predefined material properties of the rotor and the predefined operating conditions of the compressor, gives a strength of the rotor in the region of the blade fixing which is sufficient for the start-up, characterized in that the turned groove of the rotor has a groove depth which is more than 40% greater than the minimum groove depth (T min), that the shoulder depth is enlarged in accordance with the groove depth by (A<B), and that the rotor blades have a blade root adapted to the groove depth, and that to reduce the weight, recesses (19, 29) are provided in the blade root, wherein in the blade root above the lower part, a recess is provided in the form of a hole extending continuously through the blade root in the circumferential direction.
A driving lane recognizer for detecting a lane marker provided on a driving road on the basis of an image taken of the driving road, the driving lane recognizer comprising: a lane marker detector that detects a length of a lane marker in each of a near region and a far region adjacently set along a vehicle traveling direction in the image; and characterized by further comprising a determining element that determines a type of the lane marker on the basis of the length of the lane marker in the near region and the length of the lane marker in the far region, which are detected by the lane marker detector. a lane marker detector that detects a length of a lane marker in each of a near region and a far region adjacently set along a vehicle traveling direction in the image; and characterized by further comprising a determining element that determines a type of the lane marker on the basis of the length of the lane marker in the near region and the length of the lane marker in the far region, which are detected by the lane marker detector.
A method for detecting gene fusions comprising: amplifying a nucleic acid sample in the presence of a primer pool to produce a plurality of amplicons; wherein the primer pool includes a first set of primers corresponding to a 3' end of a first plurality of exons and a second set of primers corresponding to a 5' end of a second plurality of exons and wherein one set of the first and the second set of primers is designed based on a known breakpoint for a gene fusion and the other set of the first and the second set of primers comprises universal primers, sequencing the amplicons by detecting a plurality of signals indicative of nucleotide incorporation events to generate a plurality of reads; mapping the reads to a reference genome sequence based on alignments between the reads and the reference genome sequence; identifying reads that partially map to the reference genome sequence for a subset of partially mapped reads; generating read fragments for each partially mapped read of the subset by splitting the partially mapped read into a mapped portion and an unmapped portion; aligning the read fragments generated from the subset of partially mapped reads to the reference genome sequence to determine loci on the reference genome for the mapped portions and the unmapped portions of the read fragments; and identifying candidate fusions based on a combination of the loci of the reference genome determined in each of the partially mapped reads by the mapped portions and the unmapped portions of the read fragments. amplifying a nucleic acid sample in the presence of a primer pool to produce a plurality of amplicons; wherein the primer pool includes a first set of primers corresponding to a 3' end of a first plurality of exons and a second set of primers corresponding to a 5' end of a second plurality of exons and wherein one set of the first and the second set of primers is designed based on a known breakpoint for a gene fusion and the other set of the first and the second set of primers comprises universal primers, sequencing the amplicons by detecting a plurality of signals indicative of nucleotide incorporation events to generate a plurality of reads; mapping the reads to a reference genome sequence based on alignments between the reads and the reference genome sequence; identifying reads that partially map to the reference genome sequence for a subset of partially mapped reads; generating read fragments for each partially mapped read of the subset by splitting the partially mapped read into a mapped portion and an unmapped portion; aligning the read fragments generated from the subset of partially mapped reads to the reference genome sequence to determine loci on the reference genome for the mapped portions and the unmapped portions of the read fragments; and identifying candidate fusions based on a combination of the loci of the reference genome determined in each of the partially mapped reads by the mapped portions and the unmapped portions of the read fragments.
Desiccant cartridge for drying air along a flow path, the said cartridge having the following characteristics: a housing, which provides an air passage for the air to be dried and has an inside space; a desiccant for drying the air along the flow path; characterised in that a coalescence means which comprises a plurality of pieces and is mixed with the desiccant, is distributed within the said inside space. a housing, which provides an air passage for the air to be dried and has an inside space; a desiccant for drying the air along the flow path; characterised in that a coalescence means which comprises a plurality of pieces and is mixed with the desiccant, is distributed within the said inside space.
A method for control of an oxyhydrogen gas generator in an oxyhydrogen gas generator system, the method comprising: receiving output from one or more measurement devices, the received output being dependent on the measurement of one or more parameters associated with the oxyhydrogen gas generator system; and controlling a switch, to control the operation of the oxyhydrogen gas generator, dependent on the value of the one or more measured parameters, the switch having a first state and a second state, wherein controlling the switch comprises: controlling the switch to be in the first state, to facilitate the provision of electrical power to a heater configured to heat a fluid in a fluid circulation path of the oxyhydrogen gas generator system which is conveyed to the oxyhydrogen gas generator, when a first fluid temperature measured at a first position in the fluid circulation path of the oxyhydrogen gas generator system is at or below a first fluid temperature threshold; and controlling the switch to be in the second state, to facilitate prevention of the provision of electrical power to the heater, when the first fluid temperature is above the first fluid temperature threshold. receiving output from one or more measurement devices, the received output being dependent on the measurement of one or more parameters associated with the oxyhydrogen gas generator system; and controlling a switch, to control the operation of the oxyhydrogen gas generator, dependent on the value of the one or more measured parameters, the switch having a first state and a second state, wherein controlling the switch comprises: controlling the switch to be in the first state, to facilitate the provision of electrical power to a heater configured to heat a fluid in a fluid circulation path of the oxyhydrogen gas generator system which is conveyed to the oxyhydrogen gas generator, when a first fluid temperature measured at a first position in the fluid circulation path of the oxyhydrogen gas generator system is at or below a first fluid temperature threshold; and controlling the switch to be in the second state, to facilitate prevention of the provision of electrical power to the heater, when the first fluid temperature is above the first fluid temperature threshold. controlling the switch to be in the first state, to facilitate the provision of electrical power to a heater configured to heat a fluid in a fluid circulation path of the oxyhydrogen gas generator system which is conveyed to the oxyhydrogen gas generator, when a first fluid temperature measured at a first position in the fluid circulation path of the oxyhydrogen gas generator system is at or below a first fluid temperature threshold; and controlling the switch to be in the second state, to facilitate prevention of the provision of electrical power to the heater, when the first fluid temperature is above the first fluid temperature threshold.
Vehicle seat, in particular motor vehicle seat, having a seat part and a backrest, wherein at least the seat part or the backrest has a frame, wherein the frame comprises at least one frame side part, wherein the frame side part has a stamped portion for fastening a gas pressure generator for an airbag, wherein the stamped portion comprises a first section and a second section which is adjacent to the first section, wherein the first section and the second section of the stamped portion are stamped inwards and stamped outwards, respectively, in an opposed direction substantially parallel to the transverse direction (y), wherein the first section is stamped in the direction of a frame interior, wherein the second section is stamped in the direction of a frame exterior, characterized in that a passage opening is arranged in a transition region between the first section of the stamped portion and the second section of the stamped portion.
Method for producing a lightweight textured shower tray having a rectangular or square shape with slopes running diagonally from the corners of the shower tray towards a drain hole, characterized by comprising the following steps: - introducing glass fiber fabrics inside a textured shower tray mold; - laminating the glass fiber fabrics with a resin inside the textured shower tray mold; - placing a high density expanded polystyrene plate with a shower plate shape inside the mold, on the laminated glass fiber fabrics; and - applying vacuum to the mold, the glass fiber fabrics and the high density expanded polystyrene plate for imprinting the texture of said mold onto the glass fiber fabrics and sticking said glass fiber fabrics onto the high density expanded polystyrene plate. - introducing glass fiber fabrics inside a textured shower tray mold; - laminating the glass fiber fabrics with a resin inside the textured shower tray mold; - placing a high density expanded polystyrene plate with a shower plate shape inside the mold, on the laminated glass fiber fabrics; and - applying vacuum to the mold, the glass fiber fabrics and the high density expanded polystyrene plate for imprinting the texture of said mold onto the glass fiber fabrics and sticking said glass fiber fabrics onto the high density expanded polystyrene plate.
A process for densifying annular porous substrates by chemical vapour infiltration, the process comprising at least the following steps: - providing a plurality of unit modules, each unit module comprising a support plate on which is formed a stack of annular porous substrates, the support plate comprising a central gas inlet opening communicating with an internal volume formed by the central passages of the stacked substrates and gas outlet openings angularly distributed around the central opening, and a thermal mass cylinder disposed around the stack of substrates having a first end integral with the support plate and a second free end, - forming stacks of unit modules in the chamber of a densification furnace, each stack comprising at least one second unit module stacked on a first unit module, the support plate of the second unit module resting on the second free end of the cylinder of the first unit module, the central gas inlet opening of the second unit module communicating with the internal volume of the stack of substrates of the first unit module, and the gas outlet openings of the second unit module communicating with an external volume to the stack of substrates of the first unit module, and - injecting into the stacks of unit modules a gas phase comprising a gas precursor of a matrix material to be deposited within the porosity of the substrates. - providing a plurality of unit modules, each unit module comprising a support plate on which is formed a stack of annular porous substrates, the support plate comprising a central gas inlet opening communicating with an internal volume formed by the central passages of the stacked substrates and gas outlet openings angularly distributed around the central opening, and a thermal mass cylinder disposed around the stack of substrates having a first end integral with the support plate and a second free end, - forming stacks of unit modules in the chamber of a densification furnace, each stack comprising at least one second unit module stacked on a first unit module, the support plate of the second unit module resting on the second free end of the cylinder of the first unit module, the central gas inlet opening of the second unit module communicating with the internal volume of the stack of substrates of the first unit module, and the gas outlet openings of the second unit module communicating with an external volume to the stack of substrates of the first unit module, and - injecting into the stacks of unit modules a gas phase comprising a gas precursor of a matrix material to be deposited within the porosity of the substrates.
A management device for managing titration for a patient implanted with a neurostimulator, comprising: a display; a processor; and a memory storing instructions that, when executed by the processor, cause the management device to: receive, from the neurostimulator, data for the patient relating to stimulation being provided to the patient by the neurostimulator while the neurostimulator is in communication with the management device; display, by the display, a user interface including at least a portion of the data displayed within a graph, the user interface allowing a user to modify a parameter of the titration by manipulating a marker included in the graph; receive a selection of the parameter; based on the selection, determine a titration schedule for the patient; and transmit the titration schedule to the neurostimulator. a display; a processor; and a memory storing instructions that, when executed by the processor, cause the management device to: receive, from the neurostimulator, data for the patient relating to stimulation being provided to the patient by the neurostimulator while the neurostimulator is in communication with the management device; display, by the display, a user interface including at least a portion of the data displayed within a graph, the user interface allowing a user to modify a parameter of the titration by manipulating a marker included in the graph; receive a selection of the parameter; based on the selection, determine a titration schedule for the patient; and transmit the titration schedule to the neurostimulator. receive, from the neurostimulator, data for the patient relating to stimulation being provided to the patient by the neurostimulator while the neurostimulator is in communication with the management device; display, by the display, a user interface including at least a portion of the data displayed within a graph, the user interface allowing a user to modify a parameter of the titration by manipulating a marker included in the graph; receive a selection of the parameter; based on the selection, determine a titration schedule for the patient; and transmit the titration schedule to the neurostimulator.
An optically variable device comprising: a substrate (1; 60; 70); and a plurality of optical elements formed in or on the substrate (1; 60; 70) and being structured to provide a non-diffractive three-dimensional optical effect for a viewer when light is incident on the optical elements, wherein the plurality of optical elements are arranged as a plurality of stereo pairs structured to reflect or refract light to corresponding focal points in three-dimensional space apart from the optically variable device to form the three-dimensional optical effect, wherein the optical elements include one or more optical elements (12; 22; 32; 42; 52; 62; 76, 77; 82) that are curved structures having a curvature that is either less than or greater than a semi-circle, characterised in that the optical elements include one or more optical elements having a micro-patterned surface that causes at least a portion of the three-dimensional optical effect to include a color effect. a substrate (1; 60; 70); and a plurality of optical elements formed in or on the substrate (1; 60; 70) and being structured to provide a non-diffractive three-dimensional optical effect for a viewer when light is incident on the optical elements, wherein the plurality of optical elements are arranged as a plurality of stereo pairs structured to reflect or refract light to corresponding focal points in three-dimensional space apart from the optically variable device to form the three-dimensional optical effect, wherein the optical elements include one or more optical elements (12; 22; 32; 42; 52; 62; 76, 77; 82) that are curved structures having a curvature that is either less than or greater than a semi-circle, characterised in that the optical elements include one or more optical elements having a micro-patterned surface that causes at least a portion of the three-dimensional optical effect to include a color effect.
An apparatus for treating urinary incontinence, comprising: (a) a support section adapted for providing at least one of urethral support and pressure against a portion of the urethra; (b) an anchoring section adapted for resisting movement of said apparatus; characterised in that the apparatus further comprises: (c) a normally open expansion mechanism adapted to urge said support section radially outwards; and (d) a conversion mechanism adapted to sharply and selectively reduce a radial outward urging of said support section; wherein said support section comprises a plurality of support arms, and wherein the expansion mechanism is hingedly connected to the support section. (a) a support section adapted for providing at least one of urethral support and pressure against a portion of the urethra; (b) an anchoring section adapted for resisting movement of said apparatus; (c) a normally open expansion mechanism adapted to urge said support section radially outwards; and (d) a conversion mechanism adapted to sharply and selectively reduce a radial outward urging of said support section;
A device for providing protection against intrusion in order to protect at least one electronic component, the device comprising a first enclosure surrounding the electronic component and proof against at least one type of radiation, said device being characterized in that it comprises at least one piece of equipment from a receiver and a transmitter of radiation of said type arranged inside the first enclosure, and substantially tuned to another piece of equipment that is complementary and selected from a receiver and a transmitter arranged outside the first enclosure, and detection means suitable for detecting an intrusion if at least one receiver receives radiation of said type.