mhurhangee/ep-ind-claims huggingface dataset:
An ink jet recording method comprising: recording a white color-based image by discharging droplets of a white color-based ink composition from nozzles of an ink jet recording head on a recording surface of a flexible packing film; and recording a color image by discharging droplets of a color ink composition from nozzles of an ink jet recording head on the white color-based image; wherein the white color-based ink composition contains water, a coloring material of a white color base, and a urethane-based resin, but substantially does not contain alkyl polyols having a normal boiling point of 280°C or more, and wherein the color ink composition contains water, and a coloring material of a color system, characterized in that the method further comprises: an entire image heating step of heating at least the white color-based image and the color image at a temperature higher than 40°C to promote drying, wherein a film thickness of the flexible packing film is in the range of 5 μm to 70 μm. recording a white color-based image by discharging droplets of a white color-based ink composition from nozzles of an ink jet recording head on a recording surface of a flexible packing film; and recording a color image by discharging droplets of a color ink composition from nozzles of an ink jet recording head on the white color-based image; wherein the white color-based ink composition contains water, a coloring material of a white color base, and a urethane-based resin, but substantially does not contain alkyl polyols having a normal boiling point of 280°C or more, and wherein the color ink composition contains water, and a coloring material of a color system, characterized in that the method further comprises: an entire image heating step of heating at least the white color-based image and the color image at a temperature higher than 40°C to promote drying, wherein a film thickness of the flexible packing film is in the range of 5 μm to 70 μm. an entire image heating step of heating at least the white color-based image and the color image at a temperature higher than 40°C to promote drying, wherein a film thickness of the flexible packing film is in the range of 5 μm to 70 μm.
A control apparatus for a three-dimensional object fabrication apparatus, the object fabrication apparatus comprising a storing unit configured to store therein powder, a supplying unit configured to supply the powder to the storing unit in layers, and a discharge unit configured to discharge, onto the powder, a fabrication liquid for solidifying the powder, the control apparatus comprising: a controller configured to control a total amount of the powder supplied from the supplying unit to the storing unit based on fabrication data indicating a shape of a three-dimensional object and powder information indicating a change in dimension of a layer of the powder due to permeation of the fabrication liquid, wherein the controller corrects the fabrication data based on the powder information so as to compensate for an amount of reduction in thickness of the layer after the fabrication liquid is discharged, and wherein the fabrication data contains a thickness in design of the three-dimensional object, and the controller calculates, based on the powder information, an actual thickness of the three-dimensional object that is reduced due to permeation of the fabrication liquid, and adds a difference between the thickness in design and the actual thickness to the thickness in design, characterized in that the controller adds a value obtained by dividing an amount of overall reduction by number of the layers (35A to 35N) to the thickness in design for each of the layers (35A to 35N), the amount of overall reduction being an amount of reduction in thickness of the entire three-dimensional object. a controller configured to control a total amount of the powder supplied from the supplying unit to the storing unit based on fabrication data indicating a shape of a three-dimensional object and powder information indicating a change in dimension of a layer of the powder due to permeation of the fabrication liquid, wherein the controller corrects the fabrication data based on the powder information so as to compensate for an amount of reduction in thickness of the layer after the fabrication liquid is discharged, and wherein the fabrication data contains a thickness in design of the three-dimensional object, and the controller calculates, based on the powder information, an actual thickness of the three-dimensional object that is reduced due to permeation of the fabrication liquid, and adds a difference between the thickness in design and the actual thickness to the thickness in design, characterized in that the controller adds a value obtained by dividing an amount of overall reduction by number of the layers (35A to 35N) to the thickness in design for each of the layers (35A to 35N), the amount of overall reduction being an amount of reduction in thickness of the entire three-dimensional object.
Heating device, comprising A) a burner part, comprising - a combustion chamber - a double-walled, internally hollow combustion-chamber wall, which has an upper opening leading above the combustion zone into the combustion chamber, - a flue-gas duct which leads the flue gas downwards along the combustion chamber, - the flue-gas duct is followed by a heat-exchanger area comprising - initially, a flat-tube flue-gas heat exchanger, - then, a tertiary-air heat exchanger, - a flue-gas ventilation stack, - a radiant-heat exchanger located above the combustion chamber, - a flue-gas flap at the upper end of the flue-gas duct, which, when open, connects the flue-gas duct to the stack, B) a heating part, comprising - an air suction blower, - an exhaust-air heat exchanger with the same heat-transfer medium as the flat-tube flue-gas heat exchanger, - an outlet opening for the heated air, wherein the flat-tube flue-gas heat exchanger forms a heat-exchanger circuit with the exhaust-air heat exchanger. A) a burner part, comprising - a combustion chamber - a double-walled, internally hollow combustion-chamber wall, which has an upper opening leading above the combustion zone into the combustion chamber, - a flue-gas duct which leads the flue gas downwards along the combustion chamber, - the flue-gas duct is followed by a heat-exchanger area comprising - initially, a flat-tube flue-gas heat exchanger, - then, a tertiary-air heat exchanger, - a flue-gas ventilation stack, - a radiant-heat exchanger located above the combustion chamber, - a flue-gas flap at the upper end of the flue-gas duct, which, when open, connects the flue-gas duct to the stack, - a combustion chamber - a double-walled, internally hollow combustion-chamber wall, which has an upper opening leading above the combustion zone into the combustion chamber, - a flue-gas duct which leads the flue gas downwards along the combustion chamber, - the flue-gas duct is followed by a heat-exchanger area comprising - initially, a flat-tube flue-gas heat exchanger, - then, a tertiary-air heat exchanger, - initially, a flat-tube flue-gas heat exchanger, - then, a tertiary-air heat exchanger, - a flue-gas ventilation stack, - a radiant-heat exchanger located above the combustion chamber, - a flue-gas flap at the upper end of the flue-gas duct, which, when open, connects the flue-gas duct to the stack, B) a heating part, comprising - an air suction blower, - an exhaust-air heat exchanger with the same heat-transfer medium as the flat-tube flue-gas heat exchanger, - an outlet opening for the heated air, - an air suction blower, - an exhaust-air heat exchanger with the same heat-transfer medium as the flat-tube flue-gas heat exchanger, - an outlet opening for the heated air,
A method for assessing a potential course of treatment with a virus entry inhibitor for a patient, comprising: (a) collecting data points that measure entry of a population of human immunodeficiency virus particles from a biological sample from a patient into a cell in the presence of varying concentrations of a virus entry inhibitor; (b) generating a log-sigmoid inhibition curve with the collected data points; (c) determining a baseline susceptibility value to the virus entry inhibitor for the HIV population as indicated by the maximum inhibition percentage; (d) comparing the baseline susceptibility value of step (c) with a baseline susceptibility value for a reference population of HIV viral particles as indicated by the maximum inhibition percentage, wherein a baseline susceptibility value of step (c) that is lower than the baseline susceptibility value for the reference HIV population indicates that the potential course of treatment with the virus entry inhibitor is not likely to be effective for the patient. (a) collecting data points that measure entry of a population of human immunodeficiency virus particles from a biological sample from a patient into a cell in the presence of varying concentrations of a virus entry inhibitor; (b) generating a log-sigmoid inhibition curve with the collected data points; (c) determining a baseline susceptibility value to the virus entry inhibitor for the HIV population as indicated by the maximum inhibition percentage; (d) comparing the baseline susceptibility value of step (c) with a baseline susceptibility value for a reference population of HIV viral particles as indicated by the maximum inhibition percentage, wherein a baseline susceptibility value of step (c) that is lower than the baseline susceptibility value for the reference HIV population indicates that the potential course of treatment with the virus entry inhibitor is not likely to be effective for the patient.
Method for measuring multidimensional dynamics of cardiac activity comprising simultaneous measurement of: three dimensional ECG, three dimensional impedance rheometry, tissue motion, wherein the tissue motion measurement is performed with a sensor placed outside the patient body selected from among sensors including: membrane, auscultation Funnel, accelerometer, microphone, piezoelectric sensor, wherein the impedance rheometry measurement comprises simultaneous generation of applied current of different frequencies for three orthogonal axes and an impedance measurement for the same or other three orthogonal axes, and wherein the impedance rheometry measurement and the ECG measurement are carried out for the same three orthogonal axes. three dimensional ECG, three dimensional impedance rheometry, tissue motion, wherein the tissue motion measurement is performed with a sensor placed outside the patient body selected from among sensors including: membrane, auscultation Funnel, accelerometer, microphone, piezoelectric sensor, wherein the impedance rheometry measurement comprises simultaneous generation of applied current of different frequencies for three orthogonal axes and an impedance measurement for the same or other three orthogonal axes, and wherein the impedance rheometry measurement and the ECG measurement are carried out for the same three orthogonal axes.
A stainless steel separator for a fuel cell, comprising: a stainless steel sheet; a first coating layer comprising a transition metal film M and a transition metal nitride film MN x, wherein 0.5 ≦ x ≦ 1, on a surface of the stainless steel sheet; and a second coating layer comprising a transition metal oxynitride film MO y N z, wherein 0.05 ≦ y ≦ 2 and 0.25 ≦ z ≦ 1.0, on the first coating layer and the second coating layer having a thickness of 100 nm or less and not including 0. a stainless steel sheet; a first coating layer comprising a transition metal film M and a transition metal nitride film MN x, wherein 0.5 ≦ x ≦ 1, on a surface of the stainless steel sheet; and a second coating layer comprising a transition metal oxynitride film MO y N z, wherein 0.05 ≦ y ≦ 2 and 0.25 ≦ z ≦ 1.0, on the first coating layer and the second coating layer having a thickness of 100 nm or less and not including 0.
Ironing station comprising an ironing board having a foldable frame that is arranged on a stand device that is designed as a column and has a steam generator for an iron, a removable water tank for supplying the steam generator with water being arranged in the column, a water filter arranged upstream of the steam generator being integrated in the docking socket for the water tank, characterised in that a detachable hood-like element is arranged at least on the docking socket and can be used as a tool for taking the water filter and the sealing ring out of the docking socket, and in that the hood element consists of a shell housing that covers the docking socket in part when in the placed-on state, and in that tools and are integrally formed on the shell housing.
A handheld device for identification of at least one object in an image registered with a handheld image registration device, where each of the at least one objects is provided with a wireless tag having stored thereon identification information related to the object, the handheld device for identification comprising: - at least one transmitter operable for transmitting at least one interrogation signal; - at least two sensors operable for detecting wireless response signals from wireless tags responding to the at least one interrogation signal, wherein the wireless response signal from a wireless tag comprises identification information related to that object in the image, wherein a direction to the at least one object in the image is estimated based on a phase difference of the wireless response signals detected by the at least two sensors, - a processing device for processing identification information from the wireless tags located within a field of view of the handheld image registration device and the estimated direction to the objects located within a field of view of the handheld image registration device together with image data for the image, wherein processing comprising determination of a relative position of the objects within the image; and - a display device for displaying the registered image together with the relative position and identification information assigned to each of the at least one objects identified in the image, whereby each object in the image provided with a wireless tag is identified in the image. - at least one transmitter operable for transmitting at least one interrogation signal; - at least two sensors operable for detecting wireless response signals from wireless tags responding to the at least one interrogation signal, wherein the wireless response signal from a wireless tag comprises identification information related to that object in the image, wherein a direction to the at least one object in the image is estimated based on a phase difference of the wireless response signals detected by the at least two sensors, - a processing device for processing identification information from the wireless tags located within a field of view of the handheld image registration device and the estimated direction to the objects located within a field of view of the handheld image registration device together with image data for the image, wherein processing comprising determination of a relative position of the objects within the image; and - a display device for displaying the registered image together with the relative position and identification information assigned to each of the at least one objects identified in the image, whereby each object in the image provided with a wireless tag is identified in the image.
A method for delivering error information in a first network comprising a tuner, a first device and at least one second device, the method comprising, at the tuner, the steps of: - receiving from the first device a request for a first audiovisual service wherein said first audiovisual service is accessed by the tuner over a second network; - receiving from the at least second device a request for a second audiovisual service wherein said second audiovisual service is accessed by the tuner over said second network; and in case the first audiovisual service and the second audiovisual service are not compatible: - in case the first audiovisual service is interrupted to deliver the second audiovisual service to the at least one second device, delivering an image to the first device, the image being such that it, when rendered to a user, provides to the user error information about the non-delivery of the first audivisual service; or - in case the second audiovisual service is to be refused in order to deliver the first audiovisual service, delivering an image to the at least one second device, the image being such that it, when rendered to a user, provides to the user error information about the non-delivery of the second audiovisual service. - receiving from the first device a request for a first audiovisual service wherein said first audiovisual service is accessed by the tuner over a second network; - receiving from the at least second device a request for a second audiovisual service wherein said second audiovisual service is accessed by the tuner over said second network; and in case the first audiovisual service and the second audiovisual service are not compatible: - in case the first audiovisual service is interrupted to deliver the second audiovisual service to the at least one second device, delivering an image to the first device, the image being such that it, when rendered to a user, provides to the user error information about the non-delivery of the first audivisual service; or - in case the second audiovisual service is to be refused in order to deliver the first audiovisual service, delivering an image to the at least one second device, the image being such that it, when rendered to a user, provides to the user error information about the non-delivery of the second audiovisual service. - in case the first audiovisual service is interrupted to deliver the second audiovisual service to the at least one second device, delivering an image to the first device, the image being such that it, when rendered to a user, provides to the user error information about the non-delivery of the first audivisual service; or - in case the second audiovisual service is to be refused in order to deliver the first audiovisual service, delivering an image to the at least one second device, the image being such that it, when rendered to a user, provides to the user error information about the non-delivery of the second audiovisual service.
Abrasive means in the form of a flat material with a flat carrier material, on the upper side of which a granular layer is fixed, characterized in that a layer of polyurethane is arranged on the upper side of the carrier material, in which the grains of the granular layer are embedded, and that the flat carrier material consists of polyvinyl chloride, polyethersulfone, polypropylene, polyamide, polyethylene, polyurethane or mixtures thereof.
Handheld electric rivet setting device, in particular with removable battery, for setting riveting means with a tear-off rivet pin, comprising a device head with a mechanism for gripping the rivet pin, a pulling device for pulling on the rivet pin and a drive for driving the pulling device, an in particular offset gear mechanism preferably being provided between drive and pulling device, a first sensor for detecting a travel covered being arranged in the device in such a way that, by means of the first sensor, the travel covered by the pulling device can be detected, and in that a second sensor for detecting an applied force being arranged in the device in such a way that, by means of the second sensor, the pulling force applied by the pulling device can be detected, the handheld rivet setting device additionally having a device memory and a comparison means and being configured to provide the data detected by means of the sensors (8, 9) for a first force-travel curve and a second force-travel curve in the device memory, and to compare the two curves with each other by using the comparison means and to derive an action from the comparison result, the device head comprising clamping jaws, which can be activated by means of the pulling device, for gripping the rivet pin, characterized in that the action provided is to determine slip between the clamping jaws and the rivet pin during a pulling operation, wherein the rivet setting device is provided for rivet slip detection, for automatic detection of a saw-tooth curve within a riveting curve which indicates slippage of the rivet pin between the clamping jaws, wherein slippage beyond a permissible, in particular a maximum, vertical range of scatter of the riveting curve is detected and leads to a maintenance indication as the action, and wherein a limiting curve for the travel or the force can be predefined, and wherein each individual riveting curve point can be provided with individual deviation tolerances.
Apparatus for the cleaning of bulk goods, comprising a trough that can be flooded by means of a cleaning fluid, with a cover and a rotatable drum with essentially horizontal axis placed in said through, the drum being provided with a bottom, a peripheral wall area and a cover opposite the bottom, and featuring a plurality of openings, at least in the peripheral wall area, characterised in that the drum is provided with a first bearing element at the bottom and a second bearing element at the cover, and that in the trough two bearings (12, 13) are provided, which detachably receive the bearing elements, such that the drum can be removed, and that lifting means are provided in the trough for lifting the drum when the cover is opened, which lifting means are configured as straps attached to the cover.
An apparatus (10, 20) for estimating a physical state of a movable object, the apparatus comprising a processor, wherein the processor is configured to receive or determine a probability mass function including probabilities for each movement class of a first group of at least two movement classes, wherein the movement classes of the first group being determined using sensor data from an inertial measurement unit of the movable object, receive at least one additional probability mass function associated with a second group of at least two movement classes, wherein the additional probability mass function has been obtained using additional information different from the sensor data; combine the probability mass function and the at least one additional probability mass function to obtain a combined probability mass function over the movement classes of the first group and the second group; select a movement class having the highest probability from the combined probability mass function; and estimate the physical state of the movable object using a movement model of the selected movement class, wherein each movement class is either a movement state or a movement model, characterised in that the additional information different from the sensor data concern the type of the movable object. receive or determine a probability mass function including probabilities for each movement class of a first group of at least two movement classes, wherein the movement classes of the first group being determined using sensor data from an inertial measurement unit of the movable object, receive at least one additional probability mass function associated with a second group of at least two movement classes, wherein the additional probability mass function has been obtained using additional information different from the sensor data; combine the probability mass function and the at least one additional probability mass function to obtain a combined probability mass function over the movement classes of the first group and the second group; select a movement class having the highest probability from the combined probability mass function; and estimate the physical state of the movable object using a movement model of the selected movement class, wherein each movement class is either a movement state or a movement model, characterised in that the additional information different from the sensor data concern the type of the movable object.