mhurhangee/ep-ind-claims huggingface dataset:
A printer apparatus comprising: a platen roller; a printer head which is a thermal head for performing a printing on a recording paper; a recording paper guide fixed to a part of a front surface of the printer head that guides the recording paper; and a heat radiation plate mounted to a rear surface of the printer head; wherein the recording paper guide includes a first engaging member (30a, 30b), wherein the heat radiation plate includes a second engaging member (11a, 11b), characterized in that the second engaging member (11a, 11b) includes side projecting parts provided on each side of the heat radiation plate, and a bottom projecting part provided on a bottom of the heat radiation plate, that the first engaging member (30a, 30b) includes hook parts each corresponding to one of the side projecting parts, respectively, and an engagement part corresponding to the bottom projecting part, and that the printer head, the recording paper guide and the heat radiation plate form an integrated body by hooking the hook parts to the side projecting parts and engaging the engagement part to the bottom projecting part with the thermal head being sandwiched between the heat radiation plate and the recording paper guide. a platen roller; a printer head which is a thermal head for performing a printing on a recording paper; a recording paper guide fixed to a part of a front surface of the printer head that guides the recording paper; and a heat radiation plate mounted to a rear surface of the printer head; wherein the recording paper guide includes a first engaging member (30a, 30b), wherein the heat radiation plate includes a second engaging member (11a, 11b), characterized in that the second engaging member (11a, 11b) includes side projecting parts provided on each side of the heat radiation plate, and a bottom projecting part provided on a bottom of the heat radiation plate, that the first engaging member (30a, 30b) includes hook parts each corresponding to one of the side projecting parts, respectively, and an engagement part corresponding to the bottom projecting part, and that the printer head, the recording paper guide and the heat radiation plate form an integrated body by hooking the hook parts to the side projecting parts and engaging the engagement part to the bottom projecting part with the thermal head being sandwiched between the heat radiation plate and the recording paper guide.
An aggregate of carbon nanotubes, wherein when a mixture of 10 mg of the aggregate of carbon nanotubes, 30 mg of sodium polystyrene sulfonate and 10 mL of water is subjected to ultrasonic homogenizer treatment, subsequently subjected to centrifugal treatment at 20000 G, and then 9 mL of supernatant are sampled, the content of the aggregate of carbon nanotubes in the supernatant is 0.6 mg/mL or more and wherein a height ratio (G/D ratio) of G band to D band by Raman spectroscopic analysis of wavelength 532 nm is 30 or more, and 50 or more of 100 carbon nanotubes are double-walled carbon nanotubes when observed by a transmission electron microscope, and which is obtainable by a method which comprises obtaining the combustion peak temperature of a sample of an aggregate of carbon nanotubes before oxidation treatment and, thereafter, conducting oxidation treatment, wherein said oxidation treatment is to conduct burning treatment in a range of the combustion peak temperature ± 15°C.
Process for manufacturing an ophthalmic lens having at least one optical function, characterized in that it comprises: - a step of additively manufacturing an intermediate optical element by depositing a plurality of predetermined volume elements of at least one material having a predetermined refractive index, said intermediate optical element comprising a target ophthalmic lens adjoined to at least one extra amount of material, called an extra thickness, consisting of a portion of said plurality of volume elements; and - a step of manufacturing by soft polishing said target ophthalmic lens from said intermediate optical element, by at least partial subtraction of said at least one extra thickness so as to filter asperities formed on at least one face (15, 16) of said intermediate optical element during said additive manufacturing step, characterized in that said additive manufacturing step comprises a step of determining manufacturing settings of said intermediate optical element, in which step said extra thickness is determined depending on predetermined parameters of said soft polishing step, said predetermined parameters being a geometric characteristic representative of a cut-off spatial frequency and a geometric characteristic representative of a material removal capacity. - a step of additively manufacturing an intermediate optical element by depositing a plurality of predetermined volume elements of at least one material having a predetermined refractive index, said intermediate optical element comprising a target ophthalmic lens adjoined to at least one extra amount of material, called an extra thickness, consisting of a portion of said plurality of volume elements; and - a step of manufacturing by soft polishing said target ophthalmic lens from said intermediate optical element, by at least partial subtraction of said at least one extra thickness so as to filter asperities formed on at least one face (15, 16) of said intermediate optical element during said additive manufacturing step,
A flowmeter proving device for use in proving a flowmeter in situ under operating conditions, comprising: first and second standard Coriolis based mass flowmeters (2, 3) which have been calibrated to a predetermined accuracy specification; means connecting the fluid outlet of the first flowmeter to the fluid inlet of the second flowmeter to connect said flowmeters in series; supply and return conduits (4, 8) respectively connected to the fluid inlet of the first flowmeter and to the fluid outlet of the second flowmeter, the supply and return conduits (4, 8) being arranged to be connected to a fluid flow line containing a flowmeter which is to be proved such that fluid flowing in the flow line will flow in series through said flowmeter to be proved and said first and second flowmeters (2, 3) of the proving device; and control means for connection to said first and second flowmeters (2, 3) and to said flowmeter to be proved to receive flow measurement signals therefrom, said control means being operative to use one of said first and second flowmeters (2, 3) as a master meter to check the accuracy of the flowmeter to be proved and the other of said first and second flowmeters (2, 3) as a check meter for said master meter. first and second standard Coriolis based mass flowmeters (2, 3) which have been calibrated to a predetermined accuracy specification; means connecting the fluid outlet of the first flowmeter to the fluid inlet of the second flowmeter to connect said flowmeters in series; supply and return conduits (4, 8) respectively connected to the fluid inlet of the first flowmeter and to the fluid outlet of the second flowmeter, the supply and return conduits (4, 8) being arranged to be connected to a fluid flow line containing a flowmeter which is to be proved such that fluid flowing in the flow line will flow in series through said flowmeter to be proved and said first and second flowmeters (2, 3) of the proving device; and control means for connection to said first and second flowmeters (2, 3) and to said flowmeter to be proved to receive flow measurement signals therefrom, said control means being operative to use one of said first and second flowmeters (2, 3) as a master meter to check the accuracy of the flowmeter to be proved and the other of said first and second flowmeters (2, 3) as a check meter for said master meter.
A method for access point discovery by a single mobile node, comprising the single mobile node: scanning for access points (202, 204) of a first radio type; scanning for access points of a second radio type; generating a single report comprising the results of the scanning for access points of the first radio type and scanning for access points of the second radio type; and transmitting the single report to a parent access point, wherein the single mobile node has a client address and uses the same client address to scan for access points of the first radio type and the second radio type, and to send the report to the parent access point. scanning for access points (202, 204) of a first radio type; scanning for access points of a second radio type; generating a single report comprising the results of the scanning for access points of the first radio type and scanning for access points of the second radio type; and transmitting the single report to a parent access point, wherein the single mobile node has a client address and uses the same client address to scan for access points of the first radio type and the second radio type, and to send the report to the parent access point.
A method of capturing and analyzing fluorescence images of a sample gemstone, the method comprising: generating a fluorescence exciting beam; directing the fluorescence exciting beam through a filter to a dichroic beam splitter, and through a stage upon which the gemstone rests, table-side down, the stage capable of transmitting both ultraviolet and visible light; wherein the dichroic beam splitter is configured to reflect wavelengths of the fluorescence exciting beam and pass wavelengths of excited fluorescence from the sample gemstone; receiving, at a camera with a computer processor and a memory, an excited fluorescence image from the sample gemstone resting table-side down on the stage, wherein the sample gemstone is backed by a light absorbing material to reduce reflections, and wherein the excited fluorescence image having passed through the dichroic beam splitter; digitizing, by the camera computer processor, the received fluorescence image of the sample gemstone; and sending, by the camera computer processor, the digitized image of the sample gemstone table to a computer data storage. generating a fluorescence exciting beam; directing the fluorescence exciting beam through a filter to a dichroic beam splitter, and through a stage upon which the gemstone rests, table-side down, the stage capable of transmitting both ultraviolet and visible light; wherein the dichroic beam splitter is configured to reflect wavelengths of the fluorescence exciting beam and pass wavelengths of excited fluorescence from the sample gemstone; receiving, at a camera with a computer processor and a memory, an excited fluorescence image from the sample gemstone resting table-side down on the stage, wherein the sample gemstone is backed by a light absorbing material to reduce reflections, and wherein the excited fluorescence image having passed through the dichroic beam splitter; digitizing, by the camera computer processor, the received fluorescence image of the sample gemstone; and sending, by the camera computer processor, the digitized image of the sample gemstone table to a computer data storage.
A confectioneries-production system comprising a confectioneries-production apparatus with multiple conveying plates (41a - 41e) being provided on a conveyer and spaced from each other in the conveying-plate conveying direction, and a conveyor cups-washing device for washing cups that are fixed to the conveying plates, said device comprising: a high-pressure pump for converting water of 40 degrees C to 90 degrees C into high-pressure water of 1 MPa to 10 MPa; a high-pressure water hose fed with high-pressure water provided by the high-pressure pump; a nozzle unit having multiple nozzles that are configured to spray the high-pressure water fed into the high-pressure water hose toward cups facing downward on the conveying plate; characterized in that the conveyor cups-washing device further comprises a motor to slide the nozzle unit in the longitudinal direction of the conveying plate; and a cover plate that is configured to be raised when the conveyor is moving in the conveying-plate conveying direction, and that is configured to be lowered when the conveying plates stop moving so as to block the space between a conveying plate and the subsequent conveying plate, wherein the insides of the cups placed on two adjacent rows of conveying plates are washed by the nozzle unit slides in the longitudinal direction of the conveying plate. a high-pressure pump for converting water of 40 degrees C to 90 degrees C into high-pressure water of 1 MPa to 10 MPa; a high-pressure water hose fed with high-pressure water provided by the high-pressure pump; a nozzle unit having multiple nozzles that are configured to spray the high-pressure water fed into the high-pressure water hose toward cups facing downward on the conveying plate; characterized in that the conveyor cups-washing device further comprises a motor to slide the nozzle unit in the longitudinal direction of the conveying plate; and a cover plate that is configured to be raised when the conveyor is moving in the conveying-plate conveying direction, and that is configured to be lowered when the conveying plates stop moving so as to block the space between a conveying plate and the subsequent conveying plate, wherein the insides of the cups placed on two adjacent rows of conveying plates are washed by the nozzle unit slides in the longitudinal direction of the conveying plate.
A microfluidic probe device comprising: a microfluidic probe head, the microfluidic probe head comprising: a processing surface, configured to hydrodynamically control fluids along the processing surface; one or more injection apertures (24, 202, 302) in the processing surface; one or more aspiration apertures (204, 206, 208, 210, 212, 304) in the processing surface, with at least one of the aspiration apertures (204, 206, 208, 210, 212, 304) partially surrounding at least one of the injection apertures (24, 202); and one or more barrier projections (214, 216) extending from the processing surface, positioned to direct fluids dispensed from the at least one injection aperture (24, 202) and passing towards the one or more aspiration apertures (204, 206, 208, 210, 212, 304), the microfluidic probe device being configured to inject liquid via the one or more injection apertures (24, 202) and aspirate liquid from the one or more aspiration apertures (204, 206, 208, 210, 212, 304). a processing surface, configured to hydrodynamically control fluids along the processing surface; one or more injection apertures (24, 202, 302) in the processing surface; one or more aspiration apertures (204, 206, 208, 210, 212, 304) in the processing surface, with at least one of the aspiration apertures (204, 206, 208, 210, 212, 304) partially surrounding at least one of the injection apertures (24, 202); and one or more barrier projections (214, 216) extending from the processing surface, positioned to direct fluids dispensed from the at least one injection aperture (24, 202) and passing towards the one or more aspiration apertures (204, 206, 208, 210, 212, 304), the microfluidic probe device being configured to inject liquid via the one or more injection apertures (24, 202) and aspirate liquid from the one or more aspiration apertures (204, 206, 208, 210, 212, 304).
Method for processing a user input, in which - using a data processing device of a vehicle • an evaluation of the user input is carried out and based on a result of the evaluation from a superset of person related datasets a subset appropriate for the user input is selected, • for each dataset of the subset a frequency value is determined, which is equal to a number of previous usages of the dataset, and - by means of an output device of the vehicle the subset of datasets adapted to the determined frequency values is outputted to the user, - the superset of datasets prior to the selection of the subset is retrieved by a mobile end unit different from the vehicle and is saved in a storage device of the vehicle, characterised in that - for adapting the output to the user the determined frequency values of the datasets of the subset are checked with respect to a predetermined selection criterion and only when this is fulfilled the dataset from the subset with the greatest frequency value is determined as VIP-dataset and at the output to the user is marked and/or preselected, wherein - the selection criterion is, whether a relative value is greater than a predetermined threshold value, wherein the relative value is formed by a ratio of the greatest frequency value to the second greatest frequency value or by a ratio of the greatest frequency value to a total of all frequency values of the datasets of the subset. - using a data processing device of a vehicle • an evaluation of the user input is carried out and based on a result of the evaluation from a superset of person related datasets a subset appropriate for the user input is selected, • for each dataset of the subset a frequency value is determined, which is equal to a number of previous usages of the dataset, and • an evaluation of the user input is carried out and based on a result of the evaluation from a superset of person related datasets a subset appropriate for the user input is selected, • for each dataset of the subset a frequency value is determined, which is equal to a number of previous usages of the dataset, and - by means of an output device of the vehicle the subset of datasets adapted to the determined frequency values is outputted to the user, - the superset of datasets prior to the selection of the subset is retrieved by a mobile end unit different from the vehicle and is saved in a storage device of the vehicle, characterised in that - for adapting the output to the user the determined frequency values of the datasets of the subset are checked with respect to a predetermined selection criterion and only when this is fulfilled the dataset from the subset with the greatest frequency value is determined as VIP-dataset and at the output to the user is marked and/or preselected, wherein - the selection criterion is, whether a relative value is greater than a predetermined threshold value, wherein the relative value is formed by a ratio of the greatest frequency value to the second greatest frequency value or by a ratio of the greatest frequency value to a total of all frequency values of the datasets of the subset.
A fluid impervious wall skin providing an interstitial space, the wall skin formed from a composite material, the composite material comprising a plurality of layers including: i. a first layer of flexible material having adhesive on at least one surface thereof for attachment to a structural wall; ii. a layer comprising a spacer; and iii. a second layer of flexible material; wherein layers of the composite material are attached a structural wall and one to the other by adhesive between adjacent layers, and wherein the spacer provides the interstitial space between the said first and second layers of flexible material within the said composite material, characterised by: the second flexible layer comprising overlapping sheets of a woven fibreglass fabric of a first weight and a woven fibreglass fabric tape of a second weight, the first weight heavier than the second weight, wherein the each overlapping sheet presents a free edge, and the tape is positioned over the free edge is attached to the overlapping and the overlapped sheet of woven fibreglass fabric of the first weight, and a solvent free epoxy coating applied to the surface of the second flexible layer that is distal from the structural wall, which coating cures to form a hard fluid impervious layer. i. a first layer of flexible material having adhesive on at least one surface thereof for attachment to a structural wall; ii. a layer comprising a spacer; and iii. a second layer of flexible material;
A method for manufacturing a cover structure, in particular for a battery of an electric vehicle, comprising the steps of: - inserting a fire protection coating into a bonding press, - inserting an SMC main body into the bonding press, - inserting an EMC layer into the bonding press, and - bonding the SMC main body to the fire protection coating and the EMC layer by means of the bonding press. - inserting a fire protection coating into a bonding press, - inserting an SMC main body into the bonding press, - inserting an EMC layer into the bonding press, and - bonding the SMC main body to the fire protection coating and the EMC layer by means of the bonding press.
A stent delivery device comprising: a multi-lumen catheter containing a catheter tube for guidewire passage and a core member passage; a pusher member comprising a core member residing inside the core member passage connected to a handle on a proximal end and an anchor member on a distal end, and a distal guidewire tube on the distal end; the anchor member releasably connected to the stent for inserting or retracting the stent; characterized in that the distal guidewire tube extends into the catheter tube in a telescoping arrangement; and, as the pusher member slides relative to the catheter, the distal guidewire tube and the catheter tube maintain a continuous passage for a guidewire, including as the catheter is retracted relative to the pusher. a multi-lumen catheter containing a catheter tube for guidewire passage and a core member passage; a pusher member comprising a core member residing inside the core member passage connected to a handle on a proximal end and an anchor member on a distal end, and a distal guidewire tube on the distal end; the anchor member releasably connected to the stent for inserting or retracting the stent; characterized in that the distal guidewire tube extends into the catheter tube in a telescoping arrangement; and, as the pusher member slides relative to the catheter, the distal guidewire tube and the catheter tube maintain a continuous passage for a guidewire, including as the catheter is retracted relative to the pusher.
Hole and thread-forming screw comprising a screw head and a screw shank having a thread with an essentially cylindrical thread base thereon, which screw terminates in a conical screw tip, allowing the screw to be screwed into sheet-metal parts, characterized in that the portion of the screw shank with the cylindrical thread base thereon is adjoined by a hole-forming portion which continuously tapers towards the end of the screw, which portion has a first segment which exhibits a concave reduction in cross-section and which has plural thread turns and which transitions into a cone in a second segment thereof, which cone terminates in the screw tip.