mhurhangee/ep-ind-claims huggingface dataset:
A method for refilling with product in the form of liquid, gel or cream for a travel dispenser of said product, the travel dispenser comprising two assemblies (12, 14) that are mechanically coupled to one another for dispensing the product in dispensing mode: - a first assembly including a bottle containing the product, a venting passage that is able to be opened to place the inside and the outside of the bottle in communication and a pump mounted on the bottle that is able to occupy, on the one hand, an upper rest position in which the venting passage is closed and, on the other hand, a lower position in which the venting passage is open, the upper and lower positions being considered when the pump is above the bottle, - a second assembly including a device for dispensing product outside the dispenser, characterized in that the method comprises the following steps: - blocking the pump in the lower position, - uncoupling the two assemblies (12, 14) from one another to allow refilling of the bottle with product through the venting passage of the first assembly in refilling mode. - a first assembly including a bottle containing the product, a venting passage that is able to be opened to place the inside and the outside of the bottle in communication and a pump mounted on the bottle that is able to occupy, on the one hand, an upper rest position in which the venting passage is closed and, on the other hand, a lower position in which the venting passage is open, the upper and lower positions being considered when the pump is above the bottle, - a second assembly including a device for dispensing product outside the dispenser, characterized in that the method comprises the following steps: - blocking the pump in the lower position, - uncoupling the two assemblies (12, 14) from one another to allow refilling of the bottle with product through the venting passage of the first assembly in refilling mode.
An injectable slurry comprising: a plurality of sterile ice particles having a largest cross-sectional dimension less than about 1.5 mm; and a biocompatible surfactant selected from glycerol, urea, polysorbates, or a combination thereof. a plurality of sterile ice particles having a largest cross-sectional dimension less than about 1.5 mm; and a biocompatible surfactant selected from glycerol, urea, polysorbates, or a combination thereof.
A radar system employing a direct digital synthesiser DDS, the system being adapted to use the DDS to provide a modulated signal for transmission, the modulated signal comprising at least a first followed temporally by one or more subsequent signals generated over an integration period, the first and subsequent signals having similar primary frequency characteristics, each signal having an associated starting phase, the system further incorporating: a receiver for receiving a signal comprising at least a reflection from one or more objects; a mixer for mixing a signal split off the signal for transmission with the received signal, thus mixing a signal with a delayed version of itself to derive an intermediate frequency signal; an integrator for coherently integrating the derived IF signals from the first and subsequent modulated signals; wherein the DDS is provided with at least an input clock source, an input allowing control of the starting phase for each signal, and an input for controlling the DDS output frequency; characterised in that the DDS is arranged to generate a primary output frequency characteristic, the characteristic being the same for both the first and subsequent signals over the integration period, wherein the DDS is arranged to have at least one of the input clock source frequency and the starting phase changed between production of the first signal and a subsequent signal, such that the output of the DDS has frequency spurs having different characteristic between the first and subsequent signal. a receiver for receiving a signal comprising at least a reflection from one or more objects; a mixer for mixing a signal split off the signal for transmission with the received signal, thus mixing a signal with a delayed version of itself to derive an intermediate frequency signal; an integrator for coherently integrating the derived IF signals from the first and subsequent modulated signals; wherein the DDS is provided with at least an input clock source, an input allowing control of the starting phase for each signal, and an input for controlling the DDS output frequency; characterised in that the DDS is arranged to generate a primary output frequency characteristic, the characteristic being the same for both the first and subsequent signals over the integration period, wherein the DDS is arranged to have at least one of the input clock source frequency and the starting phase changed between production of the first signal and a subsequent signal, such that the output of the DDS has frequency spurs having different characteristic between the first and subsequent signal.
A method of manufacturing electric motor comprising - forming a rotor having a core by stacking rotor laminations, said core having more than one motor slots, - embedding one or more magnets into the core at one or more magnet inserting holes for securing the magnets, - injecting aluminum into the rotor slots in an injection mould to form more than one conductor bars and to define a first surface situated at the aluminum injected side of the core and a second surface situated at the side wherein the injected aluminum goes out of the core, wherein a first end ring is provided for the electrical connection of the conductor bar ends with each other at the first surface and a second end ring is provided for the electrical connection of the conductor bar ends on the second surface, said method being characterized - by forming more than one fixing end by shaping the ends of the conductor bars injected into the rotor slots, said fixing end projecting out of the first and/or second surfaces (9, 11) - and by producing end rings (10, 110) with at least one produced separately and mounting same on the first and/or second surfaces (9, 11) after the processes of securing of the magnets, said end rings (10, 110) dimensioned such that the magnet inserting holes are partially or entirely covered and fitting the fixing ends in more than one fixing end housing included in the end rings (10, 110). - forming a rotor having a core by stacking rotor laminations, said core having more than one motor slots, - embedding one or more magnets into the core at one or more magnet inserting holes for securing the magnets, - injecting aluminum into the rotor slots in an injection mould to form more than one conductor bars and to define a first surface situated at the aluminum injected side of the core and a second surface situated at the side wherein the injected aluminum goes out of the core, - by forming more than one fixing end by shaping the ends of the conductor bars injected into the rotor slots, said fixing end projecting out of the first and/or second surfaces (9, 11) - and by producing end rings (10, 110) with at least one produced separately and mounting same on the first and/or second surfaces (9, 11) after the processes of securing of the magnets, said end rings (10, 110) dimensioned such that the magnet inserting holes are partially or entirely covered and fitting the fixing ends in more than one fixing end housing included in the end rings (10, 110).
An inkjet recording apparatus comprising: a plurality of inkjet heads having an array of a plurality of nozzles for ejecting a functional liquid material on a recording medium; a head holder fixing the plurality of inkjet heads at predetermined intervals; and an ink suction unit that has a suction port disposed in the vicinity of the nozzles, the suction port either having a slit shape parallel with the array direction of the nozzles or comprising a series of small holes disposed in parallel with the array direction of the nozzles, characterized in that a lower surface of the head holder protrudes downwardly from a lower surface of each inkjet head to form a wall part, the suction port being formed in the wall part and being positioned so as to face toward the direction of the nozzles. a plurality of inkjet heads having an array of a plurality of nozzles for ejecting a functional liquid material on a recording medium; a head holder fixing the plurality of inkjet heads at predetermined intervals; and an ink suction unit that has a suction port disposed in the vicinity of the nozzles, the suction port either having a slit shape parallel with the array direction of the nozzles or comprising a series of small holes disposed in parallel with the array direction of the nozzles, characterized in that a lower surface of the head holder protrudes downwardly from a lower surface of each inkjet head to form a wall part, the suction port being formed in the wall part and being positioned so as to face toward the direction of the nozzles.
A heads-up display system for wearing by a user to view images, the system, comprising: a first image generator, which is a display, configured to generate a first output image from data used to create dynamic display of information, images and/or video that appears on the display, wherein the display is of the type selected from: organic light-emitting diode display and liquid-crystal display; a data source configured to dynamically supply the data to the first image generator, the data source is coupled with the first image generator; a first lens; a first curved mirror; a first visor having a reflective surface; and a second lens and a third lens, neither of which is a doublet, wherein an intermediate image appears between the second lens and the third lens, wherein the first image generator, first lens, first curved mirror, second lens, third lens, and first visor are fixed in relative positions so that, in use, the first output image passes through the first lens, reflects off the first curved mirror, passes through the first lens again, passes through the second and third lenses, and reflects off the reflective surface of the first visor into a first eye of the user. a first image generator, which is a display, configured to generate a first output image from data used to create dynamic display of information, images and/or video that appears on the display, wherein the display is of the type selected from: organic light-emitting diode display and liquid-crystal display; a data source configured to dynamically supply the data to the first image generator, the data source is coupled with the first image generator; a first lens; a first curved mirror; a first visor having a reflective surface; and a second lens and a third lens, neither of which is a doublet, wherein an intermediate image appears between the second lens and the third lens, wherein the first image generator, first lens, first curved mirror, second lens, third lens, and first visor are fixed in relative positions so that, in use, the first output image passes through the first lens, reflects off the first curved mirror, passes through the first lens again, passes through the second and third lenses, and reflects off the reflective surface of the first visor into a first eye of the user.
An optical sensor system adapted to operate through a window of a vehicle, said optical sensor system comprising: a lens configured to direct light from a field-of-view toward a focal plane; a plurality of optoelectronic devices arranged proximate to the focal plane, wherein said plurality of optoelectronic devices includes a first optoelectronic device operable to detect an image from a first portion of the field-of-view, and a second optoelectronic device operable to detect light from a second portion of the field-of-view distinct from the first portion; characterized in that it further comprises an optical device in the form of an annular ring and cooperating with the perimeter of the lens such that said optical device expands the field of view to direct light from outside the field-of-view toward the second portion; wherein the second optoelectronic device and the optical device cooperate to form a rain sensor for detecting moisture on the window; wherein the system includes an infrared light source configured to emit light toward the window where the rain sensor is detecting moisture on the window and wherein the system includes a prism configured to direct light that was emitted by the infrared light source and reflected by the window toward the optical device. a lens configured to direct light from a field-of-view toward a focal plane; a plurality of optoelectronic devices arranged proximate to the focal plane, wherein said plurality of optoelectronic devices includes a first optoelectronic device operable to detect an image from a first portion of the field-of-view, and a second optoelectronic device operable to detect light from a second portion of the field-of-view distinct from the first portion; characterized in that it further comprises an optical device in the form of an annular ring and cooperating with the perimeter of the lens such that said optical device expands the field of view to direct light from outside the field-of-view toward the second portion; wherein the second optoelectronic device and the optical device cooperate to form a rain sensor for detecting moisture on the window; wherein the system includes an infrared light source configured to emit light toward the window where the rain sensor is detecting moisture on the window and wherein the system includes a prism configured to direct light that was emitted by the infrared light source and reflected by the window toward the optical device.
A process for preparing an asphalt mixture from recycled asphalt pavement, virgin aggregate, filler and first and second binder materials, comprising steps of (a) transporting RAP through a first drum and thereby heating the RAP to a temperature of from 70 to 130°C; (b) transporting virgin aggregate through a second drum, thereby heating the virgin aggregate to a temperature of from 90 to 130°C; (c) adding a first binder material to the RAP in the first drum to provide treated RAP; (d) optionally supplying the treated RAP from the first drum to a first storage vessel; (e) optionally supplying the virgin aggregate from the second drum to a second storage vessel; and (f) supplying the treated RAP from the first drum or from the first storage vessel to a mixing zone, supplying the virgin aggregate from the second drum or from the second storage vessel to the mixing zone, supplying filler to the mixing zone, supplying a second binder material to the mixing zone, and mixing to provide the asphalt mixture; wherein the first binder material is a soft bitumen component having a viscosity of less than 0.3Pa.s at 100°C (measured according to EN 13302 at 100°C), wherein the second binder material comprises a hard bitumen component having a penetration at 25°C of less than 100 1/10 mm (measured according to EN 1426 at 25°C) and optionally further comprises a soft bitumen component having a viscosity of less than 0.3Pa.s at 100°C (measured according to EN 13302 at 100°C), and wherein the hard bitumen component is added as a bitumen emulsion or as a foamed bitumen. (a) transporting RAP through a first drum and thereby heating the RAP to a temperature of from 70 to 130°C; (b) transporting virgin aggregate through a second drum, thereby heating the virgin aggregate to a temperature of from 90 to 130°C; (c) adding a first binder material to the RAP in the first drum to provide treated RAP; (d) optionally supplying the treated RAP from the first drum to a first storage vessel; (e) optionally supplying the virgin aggregate from the second drum to a second storage vessel; and (f) supplying the treated RAP from the first drum or from the first storage vessel to a mixing zone, supplying the virgin aggregate from the second drum or from the second storage vessel to the mixing zone, supplying filler to the mixing zone, supplying a second binder material to the mixing zone, and mixing to provide the asphalt mixture;
A static wheel balancer; comprising: a wheel carrier; wherein the wheel carrier includes at least three wheel support elements; wherein the wheel support elements supports and establish a reference for a selected edge of a wheel when the wheel is positioned in the wheel carrier, wherein the wheel support elements defines a wheel positioning plane; and the static wheel balancer further comprising a weight measuring arrangement including at least one load cell; wherein a weight measuring point of the load cell is arranged to measure a partial weight of the wheel at a selected wheel edge at a given angular orientation of the wheel; and wherein the weight measuring point forms part of one of the at least three wheel support elements; and wherein the weight measuring point is arranged at a predetermined distance to at least one of the at least three wheel support elements not comprising the weight measuring point; and the static wheel balancer further including a display arranged to display a measure of imbalance obtained based on partial measured weight at the weight measuring point. a wheel carrier; wherein the wheel carrier includes at least three wheel support elements; wherein the wheel support elements supports and establish a reference for a selected edge of a wheel when the wheel is positioned in the wheel carrier, wherein the wheel support elements defines a wheel positioning plane; and wherein the wheel support elements supports and establish a reference for a selected edge of a wheel when the wheel is positioned in the wheel carrier, wherein the wheel support elements defines a wheel positioning plane; and the static wheel balancer further comprising a weight measuring arrangement including at least one load cell; wherein a weight measuring point of the load cell is arranged to measure a partial weight of the wheel at a selected wheel edge at a given angular orientation of the wheel; and wherein the weight measuring point forms part of one of the at least three wheel support elements; and wherein the weight measuring point is arranged at a predetermined distance to at least one of the at least three wheel support elements not comprising the weight measuring point; and the static wheel balancer further including a display arranged to display a measure of imbalance obtained based on partial measured weight at the weight measuring point.
An ophthalmologic apparatus having an optical system for projecting an illumination light onto a tear film lipid layer on a cornea of an eye to be examined, and imaging means for receiving reflected light from the tear film lipid layer and capturing an image of the tear film lipid layer, the ophthalmologic apparatus comprising: first measuring means for processing the captured image of the tear film lipid layer to measure the movement speed (H') of the tear film lipid layer at the time an eyelid is opened; second measuring means (8, 8a) for processing the captured image of the tear film lipid layer to measure the time until the tear film lipid layer is broken up after the eyelid has been opened and a break up region appears; and classification means for classifying the type of dry eye of the eye to be examined from measurement results from the first and second measuring means, and characterized by the classification means being configured so as to display the type of dry eye as a two-dimensional map having one coordinate axis representing the movement speed (H') of the tear film lipid layer at the time the patient's eyelid is opened and the other coordinate axis representing the time until the tear film lipid layer is broken up after the patient's eyelid has been opened and the breakup region appears. first measuring means for processing the captured image of the tear film lipid layer to measure the movement speed (H') of the tear film lipid layer at the time an eyelid is opened; second measuring means (8, 8a) for processing the captured image of the tear film lipid layer to measure the time until the tear film lipid layer is broken up after the eyelid has been opened and a break up region appears; and classification means for classifying the type of dry eye of the eye to be examined from measurement results from the first and second measuring means, and characterized by the classification means being configured so as to display the type of dry eye as a two-dimensional map having one coordinate axis representing the movement speed (H') of the tear film lipid layer at the time the patient's eyelid is opened and the other coordinate axis representing the time until the tear film lipid layer is broken up after the patient's eyelid has been opened and the breakup region appears.
A battery storage system, comprising: a battery compartment accommodating a plurality of battery cells; an electrical component compartment accommodating electrical components electrically connectable with the battery cells; a disconnector for electrically connecting the electrical components to the battery cells and for electrically disconnecting the electrical components from the battery cells; a fuse (48a, 48b) in the electrical component compartment in an electrical line (38a, 38b) from the electrical components to the disconnector; a fuse (46a, 46b) in the battery component compartment in an electrical line (34a, 34b) from the battery cells to the disconnector; wherein the fuse (48a, 48b) in the electrical component compartment has a lower current rating and/or higher reaction speed than the fuse (46a, 46b) in the battery compartment. a battery compartment accommodating a plurality of battery cells; an electrical component compartment accommodating electrical components electrically connectable with the battery cells; a disconnector for electrically connecting the electrical components to the battery cells and for electrically disconnecting the electrical components from the battery cells; a fuse (48a, 48b) in the electrical component compartment in an electrical line (38a, 38b) from the electrical components to the disconnector; a fuse (46a, 46b) in the battery component compartment in an electrical line (34a, 34b) from the battery cells to the disconnector; wherein the fuse (48a, 48b) in the electrical component compartment has a lower current rating and/or higher reaction speed than the fuse (46a, 46b) in the battery compartment.
A DC power supply device, comprising a current source chopper forming a direct current source, a multiphase inverter for converting a DC output from the current source chopper into multiphase AC power by operating multiple switching elements, a rectifier for subjecting an output from the multiphase inverter to AC-DC conversion to supply direct current being obtained to a load, and a controller for controlling the current source chopper and the multiphase inverter, the controller having a control function for performing suspend and resume control of the DC output, the control function for performing the suspend and resume control comprising the functions of, suspend control for switching a main switch of the current source chopper from ON state to OFF state, upon suspending the DC output from the DC power supply device, and suspending generation of a gate signal for a bridge circuit constituting the multiphase inverter, simultaneously with establishing a short circuit between a positive terminal and a negative terminal in the bridge circuit, suspend holding control for holding, under suspension of the DC output from the DC power supply device, the OFF state of the main switch of the current source chopper, and the short circuit state between the positive terminal and the negative terminal in the bridge circuit, and resume control for switching the main switch of the current source chopper from OFF state to ON state, and restarting the multiphase inverter by the gate signal; characterized in that suspend holding control is configured to hold the gate signal of the multiphase inverter applying at the time the DC power supply is stopped; and resume control is configured to resume the generation of the gate signal for the bridge circuit based on the gate signal state upon suspending.