mhurhangee/ep-ind-claims huggingface dataset:
A ceramic tile decoration method, comprising: preparing a digital design and loading said digital design into a digital printer; said digital printer applying ink to a ceramic tile body using a print head according to the digital design, the ink comprising a dispersion of water soluble metal-containing solids, wherein a resultant dispersion does not contain solubilized electrolytes; after application of the ink, treating the printed tile surface with a diffusion additive fluid to dissolve the metal-salt particles, wherein the dissolved metals are then carried into the tile; firing the tile in a kiln at temperatures are between 600 and 1300 °C to develop colors associated with the applied metal salts; and polishing the tile to produce a final product. preparing a digital design and loading said digital design into a digital printer; said digital printer applying ink to a ceramic tile body using a print head according to the digital design, the ink comprising a dispersion of water soluble metal-containing solids, wherein a resultant dispersion does not contain solubilized electrolytes; after application of the ink, treating the printed tile surface with a diffusion additive fluid to dissolve the metal-salt particles, wherein the dissolved metals are then carried into the tile; firing the tile in a kiln at temperatures are between 600 and 1300 °C to develop colors associated with the applied metal salts; and polishing the tile to produce a final product.
A method for typing a RNA sample of an individual suffering from cancer, or suspected of suffering there from, the method comprising a. providing an RNA sample that is prepared from a tissue sample from said individual, said tissue sample comprising colorectal cancer cells or suspected to comprise colorectal cancer cells; b. determining RNA levels for a set of at least five genes selected from TRIM7, ACSL6, AGR2, AHR, AIFM3, ANXA10, ARID3A, ASCL2, ASXL1, AXIN2, BX427767, BX647159, C10orf47, C10orf59, C13orf18, C20orf142, CEBPA, CEP68, CR616309, DIDO1, DNAH2, DUSP18, EPDR1, ETV5, GGT7, GPR143, HOXD1, KCNK5, LOC157860, LOC388610, MLH1, MOCS3, MORC4, PCDH21, PLAGL2, POFUT1, PRDX5, PTPRO, QPRT, RAB27B, RAB32, REG4, RNF43, SHROOM2, SHROOM4, SLC39A5, SLC7A11, SMCR7L, SNHG11, SOX8, SPINK1, TFF2, TNNC2, TNNT1, UNKL, VAV3, ZIC5 and ZSWIM3 listed in Table 2 in said RNA sample, and c. typing said RNA sample on the basis of the RNA levels determined for said set of genes. a. providing an RNA sample that is prepared from a tissue sample from said individual, said tissue sample comprising colorectal cancer cells or suspected to comprise colorectal cancer cells; b. determining RNA levels for a set of at least five genes selected from TRIM7, ACSL6, AGR2, AHR, AIFM3, ANXA10, ARID3A, ASCL2, ASXL1, AXIN2, BX427767, BX647159, C10orf47, C10orf59, C13orf18, C20orf142, CEBPA, CEP68, CR616309, DIDO1, DNAH2, DUSP18, EPDR1, ETV5, GGT7, GPR143, HOXD1, KCNK5, LOC157860, LOC388610, MLH1, MOCS3, MORC4, PCDH21, PLAGL2, POFUT1, PRDX5, PTPRO, QPRT, RAB27B, RAB32, REG4, RNF43, SHROOM2, SHROOM4, SLC39A5, SLC7A11, SMCR7L, SNHG11, SOX8, SPINK1, TFF2, TNNC2, TNNT1, UNKL, VAV3, ZIC5 and ZSWIM3 listed in Table 2 in said RNA sample, and c. typing said RNA sample on the basis of the RNA levels determined for said set of genes.
A process for the production of tetrachloromethane comprising catalyzing the chlorination of a feedstream comprising methylene chloride and methyl chloride but not methane, with a free radical catalyst in a reactor, wherein unreacted partially chlorinated methanes and tetrachloromethane are recycled to the chlorination reactor; wherein the process is conducted in a solvent comprising tetrachloromethane produced by the process and recycled to the chlorination reactor; wherein the free radical initiator comprises azobisisobutyronitrile (AIBN), 1,1'-azobis(cyclohexanecarbonitrile), di-tert-butylperoxide, benzoyl peroxide, methyl ethyl ketone peroxide, acetone peroxide or combinations of any number of these, and wherein feedstream conversion rates are maintained at less than 90%.
A processing method of a three-dimensional point cloud, comprising the steps of: - obtaining a 3D point cloud from a predetermined view point of a depth sensor; - extracting 3D coordinates (xyz) and intensity (i) data from each point of the 3D point cloud with respect to the view point; - transforming the extracted 3D coordinates (xyz) and intensity (i) data into at least three two-dimensional spaces: o an intensity 2D space defined as a function of the intensity (i) data of each point; o a height 2D space defined as a function of an elevation (h) data of each point, and o a distance 2D space defined as a function of a distance (d) data between each point of 3D point cloud and the view point, defining a single multi-channel 2D space (IS, HS, DS). - obtaining a 3D point cloud from a predetermined view point of a depth sensor; - extracting 3D coordinates (xyz) and intensity (i) data from each point of the 3D point cloud with respect to the view point; - transforming the extracted 3D coordinates (xyz) and intensity (i) data into at least three two-dimensional spaces: o an intensity 2D space defined as a function of the intensity (i) data of each point; o a height 2D space defined as a function of an elevation (h) data of each point, and o a distance 2D space defined as a function of a distance (d) data between each point of 3D point cloud and the view point, defining a single multi-channel 2D space (IS, HS, DS). o an intensity 2D space defined as a function of the intensity (i) data of each point; o a height 2D space defined as a function of an elevation (h) data of each point, and o a distance 2D space defined as a function of a distance (d) data between each point of 3D point cloud and the view point, defining a single multi-channel 2D space (IS, HS, DS).
A method comprising: obtaining, using optical spectroscopy, a spectrum of a surface of a photoconductor member, wherein the photoconductor member is in a printing apparatus during the obtaining step; determining an extent of oxidation of the surface based on the obtained spectrum, wherein the determining step comprises detecting a peak corresponding to an oxidation product of a material comprised in the photoconductor member in the obtained spectrum and determining an attribute of the detected peak; assessing whether remedial action is required based on comparing the determined extent of oxidation to a threshold, wherein the remedial action comprises cleaning the surface of the photoconductor member by removing, by a cleaning apparatus, the oxidation product from the surface of the photoconductor. obtaining, using optical spectroscopy, a spectrum of a surface of a photoconductor member, wherein the photoconductor member is in a printing apparatus during the obtaining step; determining an extent of oxidation of the surface based on the obtained spectrum, wherein the determining step comprises detecting a peak corresponding to an oxidation product of a material comprised in the photoconductor member in the obtained spectrum and determining an attribute of the detected peak; assessing whether remedial action is required based on comparing the determined extent of oxidation to a threshold, wherein the remedial action comprises cleaning the surface of the photoconductor member by removing, by a cleaning apparatus, the oxidation product from the surface of the photoconductor.
A chain comprising at least a plurality of link plates and a plurality of pins as chain components, the pins and mutually sliding chain components sliding against the pins being formed with a hardened surface layer containing one of Cr carbide, Ti carbide, V carbide, Nb carbide, Cr nitride, Ti nitride, V nitride, and Nb nitride on part or all of respective sliding surfaces, the chain components include bushings fitted on the pins, the mutually sliding chain components being the bushings, characterized in that the bushings have a concave inner circumferential surface such that the gap between the pin and the bushing increases toward the center in the longitudinal direction of the bushing. the pins and mutually sliding chain components sliding against the pins being formed with a hardened surface layer containing one of Cr carbide, Ti carbide, V carbide, Nb carbide, Cr nitride, Ti nitride, V nitride, and Nb nitride on part or all of respective sliding surfaces, the chain components include bushings fitted on the pins, the mutually sliding chain components being the bushings, characterized in that the bushings have a concave inner circumferential surface such that the gap between the pin and the bushing increases toward the center in the longitudinal direction of the bushing.
A polysaccharide polymer obtained from the seeds of the tamarind tree (tamarind seed polysaccharide), for use in protecting airway epithelial cells against tobacco smoke-induced damages.
A circular saw, comprising: a brushless motor, comprising a stator and a rotor; a motor shaft, configured to be driven by the rotor of the brushless motor; a saw blade shaft, configured for supporting a saw blade to perform a cutting operation on a workpiece; a transmission device, configured to connect the motor shaft to the saw blade shaft; a control unit, configured to output a first drive signal to control the rotor of the brushless motor to operate; a drive circuit, configured to drive the brushless motor according to the first drive signal generated by the control unit; and a power supply, arranged to be a battery pack, configured to supply power to the brushless motor, the drive circuit, and the control unit; characterized in that the control unit comprises a signal processing unit, the signal process unit is configured to collect a bus current and/or a phase current of the brushless motor, and output a second drive signal to the drive circuit after the bus current and/or the phase current of the brushless motor being processed by the signal processing unit, and the drive circuit is configured to control the brushless motor to output a sinusoidal current, so that the brushless motor charges the power supply with a charging current less than or equal to 50A. a brushless motor, comprising a stator and a rotor; a motor shaft, configured to be driven by the rotor of the brushless motor; a saw blade shaft, configured for supporting a saw blade to perform a cutting operation on a workpiece; a transmission device, configured to connect the motor shaft to the saw blade shaft; a control unit, configured to output a first drive signal to control the rotor of the brushless motor to operate; a drive circuit, configured to drive the brushless motor according to the first drive signal generated by the control unit; and a power supply, arranged to be a battery pack, configured to supply power to the brushless motor, the drive circuit, and the control unit; characterized in that the control unit comprises a signal processing unit, the signal process unit is configured to collect a bus current and/or a phase current of the brushless motor, and output a second drive signal to the drive circuit after the bus current and/or the phase current of the brushless motor being processed by the signal processing unit, and the drive circuit is configured to control the brushless motor to output a sinusoidal current, so that the brushless motor charges the power supply with a charging current less than or equal to 50A.
Vehicle lamp for an automotive vehicle, comprising a light-guide illumination assembly, the assembly comprising: a housing; a printed circuit board assembly provided with a first mounting side and a second mounting side which is opposite to the first mounting side and which is fixed together with the housing; a light-emitting diode provided with a light-emitting surface and a mounting surface opposite to the light-emitting surface, said light-emitting diode being arranged on the first mounting side of the printed circuit board assembly by means of the mounting surface; and a light-guide member, a light incident surface of said light-guide member being configured to face the light-emitting surface of the light-emitting diode, wherein said light-guide member is provided with a locating part which is formed by a bulge or a groove on a side surface of the light-guide member, and the locating part is engaged directly with the housing. a housing; a printed circuit board assembly provided with a first mounting side and a second mounting side which is opposite to the first mounting side and which is fixed together with the housing; a light-emitting diode provided with a light-emitting surface and a mounting surface opposite to the light-emitting surface, said light-emitting diode being arranged on the first mounting side of the printed circuit board assembly by means of the mounting surface; and a light-guide member, a light incident surface of said light-guide member being configured to face the light-emitting surface of the light-emitting diode, wherein said light-guide member is provided with a locating part which is formed by a bulge or a groove on a side surface of the light-guide member, and the locating part is engaged directly with the housing.
A canister vacuum cleaner comprising a dust collection unit supported on rollers and/or skids, a suction hose, a suction tube and a floor nozzle, wherein the floor nozzle is in fluidic communication with the dust collection unit via the suction tube and the suction hose, wherein the dust collection unit comprises a dust collector, wherein the dust collection unit comprises a motor fan unit for sucking in a flow of air through the floor nozzle, wherein the motor fan unit is arranged such that a flow of air sucked in through the floor nozzle, the suction tube and the suction hose passes through the motor fan unit and flows into the dust collector, wherein the dust collection unit comprises a housing and the motor fan unit is arranged on or within the housing, wherein the dust collector is arranged within the housing.
Method for increasing the optical transparency of regions of a tissue sample, wherein the tissue sample is introduced into a process chamber and infiltrated by at least one process fluid in the process chamber, wherein light-scattering structures in the tissue sample are removed, and wherein the transparency of the tissue sample is measured, characterized in that the method comprises monitoring the optical transparency of the tissue sample at least during a clearing period, wherein the tissue sample has been introduced into the process chamber and the light-scattering structures in the tissue sample are being removed, by means of an optical transparency measuring arrangement assigned to the process chamber, until a sufficiently high transparency has been established by infiltration of the process fluid and removal of light-scattering structures from the tissue sample.
A compound represented by following formula, wherein R 1 represents a 2n-valent group having 1 to 30 carbon atoms, each of R 2 to R 5 independently represents a straight, branched or cyclic alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 10 carbon atoms, an alkenyl group having 2 to 10 carbon atoms, an alkoxy group having 1 to 30 carbon atoms, a halogen atom, a thiol group or a hydroxyl group, provided that at least one selected from R 1 to R 5 represents a group including an iodine atom and at least one R 4 and/or at least one R 5 represent/represents one or more selected from the group consisting of a hydroxyl group and a thiol group, each of m 2 and m 3 independently represents an integer of 0 to 8, each of m 4 and m 5 independently represents an integer of 0 to 9, provided that m 4 and m 5 do not represent 0 at the same time, n represents an integer of 1 to 4, and each of p 2 to p 5 independently represents an integer of 0 to 2.
A dispensing apparatus for containing a pressurized composition, the dispensing apparatus comprising: a. a reservoir for containing a composition; b. an actuator head comprising a side wall having an interior surface, the actuator head forming a dispensing orifice through the side wall; c. a displaceable flow conduit comprising a proximal end in fluid communication with the reservoir and a distal end forming a flow conduit orifice, the distal end is moveably engaged with the interior surface of the actuator head; d. a valve stem positioned between the proximal end and the reservoir, the valve stem further comprises a spring biasing the valve stem into a closed position and biasing the distal end of the displaceable flow conduit into an at-rest position; and e. an intermediate member interposed between the interior surface and the distal end having an aperture extending there through, characterized in that the intermediate member is affixed to the interior surface aligning the aperture with the dispensing orifice; wherein the displaceable flow conduit is biased to an at-rest position sealing the flow conduit orifice against the intermediate member and wherein the displaceable flow conduit can be movably actuated to at least partially engage the intermediate member in a dispense position thereby at least partially aligning the flow conduit orifice with the dispensing orifice through the aperture. a. a reservoir for containing a composition; b. an actuator head comprising a side wall having an interior surface, the actuator head forming a dispensing orifice through the side wall; c. a displaceable flow conduit comprising a proximal end in fluid communication with the reservoir and a distal end forming a flow conduit orifice, the distal end is moveably engaged with the interior surface of the actuator head; d. a valve stem positioned between the proximal end and the reservoir, the valve stem further comprises a spring biasing the valve stem into a closed position and biasing the distal end of the displaceable flow conduit into an at-rest position; and e. an intermediate member interposed between the interior surface and the distal end having an aperture extending there through, characterized in that the intermediate member is affixed to the interior surface aligning the aperture with the dispensing orifice;
Method for operating a motor vehicle, which has a drive apparatus for providing a drive torque, as well as a detection apparatus for detecting at least one preceding further motor vehicle, wherein an automatic longitudinal guidance of the motor vehicle is performed by aligning a speed of the motor vehicle to a speed of the preceding further motor vehicle such that a distance between the motor vehicle and the further motor vehicle remains at least temporarily constant, wherein the distance of the motor vehicle from the further motor vehicle is adjusted to a setpoint distance, wherein, at a constant distance, the setpoint distance corresponds to a predefined distance and, based on the predefined distance, is increased in the event of a change in the distance resulting from a positive acceleration of the further motor vehicle and is decreased in the event of a change in the distance resulting from a negative acceleration of the further motor vehicle, characterized in that the motor vehicle is hybrid powered and has a first drive unit designed as an internal combustion engine and a second drive unit designed as an electric motor, wherein, in the event of a positive acceleration of the motor vehicle, the internal combustion engine is prevented from starting and the drive torque is selected such that it can only be provided by means of the electric motor, and, in the event of a negative acceleration of the motor vehicle, the motor vehicle is slowed down with the aid of the electric motor by recuperating electrical energy, wherein, on the basis of at least one environmental condition, an end speed of the further motor vehicle is predicted at an end of acceleration, wherein, when the speed of the further motor vehicle remains constant at the end of acceleration, the setpoint distance is set to the predefined distance and the distance of the motor vehicle from the further motor vehicle is subsequently adjusted thereto.
Method for determining a distortion of the image of an object produced by a reflection on a reflecting subject, the object being arranged at a predetermined distance from the subject, wherein the three-dimensional shape of the surface of the subject is first determined, characterized in that, based on the known three-dimensional shape of the surface, the distortions of the images of the object are subsequently calculated from different viewing directions and a three-dimensional distortion is thus determined, wherein the images of the object are created by reflection on the surface of the subject, wherein a virtual camera is arranged in each desired viewing direction in order to calculate the distortions of the images of the object from different viewing directions, and the image of the object reflected on the subject is determined from the viewpoint of this virtual camera.
A wavelength converting device, comprising: a transparent substrate having an incident surface, a substrate top surface and a substrate side surface formed in a planar shape, and including a grid-like groove into the transparent substrate from a direction of the substrate top surface, and the grid-like groove extending along the substrate side surface; a dichroic filter having a filter top surface disposed on the substrate top surface of the transparent substrate; and a wavelength converting layer having a light-emitting surface disposed on the filter top surface of the dichroic filter, and divided into a plurality of wavelength converting chips each having a side surface and a boundary end located in the wavelength converting layer, each of the side surfaces of the adjacent wavelength converting chips contacting with respect to each other, and therefore forming a boundary between the light-emitting surface of the wavelength converting layer and the boundary end, and each of the side surfaces of the adjacent wavelength converting chips facing with respect to each other, separating between the boundary end and the grid-like groove of the transparent substrate, and therefore forming a space between the boundary end and the grid-like groove of the transparent substrate; characterized in that the space enlarges from the boundary end toward the grid-like groove of the transparent substrate in an extending direction of the grid-like groove. a transparent substrate having an incident surface, a substrate top surface and a substrate side surface formed in a planar shape, and including a grid-like groove into the transparent substrate from a direction of the substrate top surface, and the grid-like groove extending along the substrate side surface; a dichroic filter having a filter top surface disposed on the substrate top surface of the transparent substrate; and a wavelength converting layer having a light-emitting surface disposed on the filter top surface of the dichroic filter, and divided into a plurality of wavelength converting chips each having a side surface and a boundary end located in the wavelength converting layer, each of the side surfaces of the adjacent wavelength converting chips contacting with respect to each other, and therefore forming a boundary between the light-emitting surface of the wavelength converting layer and the boundary end, and each of the side surfaces of the adjacent wavelength converting chips facing with respect to each other, separating between the boundary end and the grid-like groove of the transparent substrate, and therefore forming a space between the boundary end and the grid-like groove of the transparent substrate; characterized in that the space enlarges from the boundary end toward the grid-like groove of the transparent substrate in an extending direction of the grid-like groove.