mhurhangee/ep-ind-claims huggingface dataset:
Method of preparing an aqueous solution with the method steps: a) providing a basic aqueous solution comprising a triterpene acid and/or triterpene acid derivative, b) neutralizing the pH of the basic aqueous solution comprising a triterpene acid and/or a triterpene acid derivative by adding an acidic aqueous solution in the presence of a polysaccharide or oligosaccharide as stabilizing additive, where at least one further aqueous plant extract is added to the basic aqueous solution in step a) or to the pH-reducing solution according to step b) or while carrying out step b), which further aqueous plant extract is a plant extract from a triterpenoid-containing plant or of parts of a triterpenoid-containing plant, and where the derivative of a triterpene acid comprises the derivative of asiatic acid, betulinic acid, boswellic acid, corosonic acid, glycyrrhetinic acid, madecassic acid, oleanolic acid, phellonic acid and/or ursolic acid. a) providing a basic aqueous solution comprising a triterpene acid and/or triterpene acid derivative, b) neutralizing the pH of the basic aqueous solution comprising a triterpene acid and/or a triterpene acid derivative by adding an acidic aqueous solution in the presence of a polysaccharide or oligosaccharide as stabilizing additive,
An air cleaner for catalytic oxidation of gaseous contaminants comprising: an enclosure (1; 8) having an air entrance and an air exit; a blower arranged to generate an airflow through said enclosure (1; 8); an oxidant generating device within said enclosure (1; 8) for generation of oxidants; a zeolite filter positioned after said oxidant generating device along said airflow within said enclosure; wherein the oxidant generating device is placed before the zeolite filter along the direction of said flow of air, characterized in that the zeolite filter has a pore size in the range of 4 Angstroms to 20 Angstroms, and the air cleaner comprises a dust filter positioned in upstream of said airflow from said zeolite filter to remove dust particles. an enclosure (1; 8) having an air entrance and an air exit; a blower arranged to generate an airflow through said enclosure (1; 8); an oxidant generating device within said enclosure (1; 8) for generation of oxidants; a zeolite filter positioned after said oxidant generating device along said airflow within said enclosure; wherein the oxidant generating device is placed before the zeolite filter along the direction of said flow of air, characterized in that the zeolite filter has a pore size in the range of 4 Angstroms to 20 Angstroms, and the air cleaner comprises a dust filter positioned in upstream of said airflow from said zeolite filter to remove dust particles.
Lighting assembly for a vehicle, comprising: - a light source accommodated in a housing member and configured to emit light; - an outer lens coupled to the housing member, wherein at least a portion of the outer lens is positioned to receive light emitted from the light source and to transmit the received light to the outside; - a black mask member at least partially surrounding the portion of the outer lens; the portion of the outer lens comprises an inner surface, wherein at least a part of the inner surface comprises an integrally formed surface texture to diffusively transmit light received from the light source; characterized in that, the inner surface comprises a plurality of protrusions formed in the inner surface, wherein an entire surface of each protrusion including side surfaces comprises the surface texture, and an area between the protrusions is flat and does not comprise the surface texture. - a light source accommodated in a housing member and configured to emit light; - an outer lens coupled to the housing member, wherein at least a portion of the outer lens is positioned to receive light emitted from the light source and to transmit the received light to the outside; - a black mask member at least partially surrounding the portion of the outer lens; the portion of the outer lens comprises an inner surface, wherein at least a part of the inner surface comprises an integrally formed surface texture to diffusively transmit light received from the light source; characterized in that, the inner surface comprises a plurality of protrusions formed in the inner surface, wherein an entire surface of each protrusion including side surfaces comprises the surface texture, and an area between the protrusions is flat and does not comprise the surface texture.
A computer-implemented method for determining performance of a computer resource service, the method comprising: determining a set of computer systems on which to test the performance of the computer resource service, wherein: each computer system in the set of the computer systems is representative of at least one of a location distribution of the computer systems or a respective configuration or an age of a portion of the computer systems; and the set of computer systems on which to test comprises at least two groups of computer systems, wherein each of the at least two groups comprises a statistically significant number of computer systems different in at least one of the location distribution, the configuration, or the age of the computer systems relative to another of the at least two groups; initiating at least one virtual machine on each computer system in the set of the computer systems; monitoring, by a network interface, performance metrics of the at least one virtual machine executing on each computer system in the set of computer systems; and storing, in a computer readable storage medium, the performance metrics. determining a set of computer systems on which to test the performance of the computer resource service, wherein: each computer system in the set of the computer systems is representative of at least one of a location distribution of the computer systems or a respective configuration or an age of a portion of the computer systems; and the set of computer systems on which to test comprises at least two groups of computer systems, wherein each of the at least two groups comprises a statistically significant number of computer systems different in at least one of the location distribution, the configuration, or the age of the computer systems relative to another of the at least two groups; each computer system in the set of the computer systems is representative of at least one of a location distribution of the computer systems or a respective configuration or an age of a portion of the computer systems; and the set of computer systems on which to test comprises at least two groups of computer systems, wherein each of the at least two groups comprises a statistically significant number of computer systems different in at least one of the location distribution, the configuration, or the age of the computer systems relative to another of the at least two groups; initiating at least one virtual machine on each computer system in the set of the computer systems; monitoring, by a network interface, performance metrics of the at least one virtual machine executing on each computer system in the set of computer systems; and storing, in a computer readable storage medium, the performance metrics.
A method by a terminal, the method comprising: - implementing a first reception attempt for at least one synchronization signal burst on an open spectrum, - implementing a second reception attempt for at least one paging signal (4004, 4005) on the open spectrum, wherein the first reception attempt and the second reception attempt are implemented in a common, time-limited channel access interval of the open spectrum, and characterised in that the method further comprises: - depending on a first result of the first reception attempt: selectively activating a backoff for a further first reception attempt for the at least one synchronization signal burst and a further second reception attempt for the at least one paging signal (4004, 4005). - implementing a first reception attempt for at least one synchronization signal burst on an open spectrum, - implementing a second reception attempt for at least one paging signal (4004, 4005) on the open spectrum, - depending on a first result of the first reception attempt: selectively activating a backoff for a further first reception attempt for the at least one synchronization signal burst and a further second reception attempt for the at least one paging signal (4004, 4005).
Method for burning at least one fuel using an oxidiser and at least one mostly inert gas wherein: - the fuel and the oxidizer are injected so as to create a flame, - the mostly inert gas is injected in the form of two jets, in such a way that:. the first jet surrounds the flame created by the fuel and the oxidiser and said first jet has a divergent swirl with respect to said flame,. the second jet surrounds the first jet of mostly inert gas and the second jet has a convergent swirl with respect to the flame created by the fuel and the oxidizer. - the fuel and the oxidizer are injected so as to create a flame, - the mostly inert gas is injected in the form of two jets, in such a way that:. the first jet surrounds the flame created by the fuel and the oxidiser and said first jet has a divergent swirl with respect to said flame,. the second jet surrounds the first jet of mostly inert gas and the second jet has a convergent swirl with respect to the flame created by the fuel and the oxidizer.. the first jet surrounds the flame created by the fuel and the oxidiser and said first jet has a divergent swirl with respect to said flame,. the second jet surrounds the first jet of mostly inert gas and the second jet has a convergent swirl with respect to the flame created by the fuel and the oxidizer.
A clarifier tank insert assembly configured to be inserted into a tank, the clarifier tank insert assembly comprising: a housing that defines a housing interior and includes a bottom opening, at least a first plate pack assembly disposed in the housing interior, wherein the at least first plate pack assembly includes at least first and second parallel plates, wherein the first plate defines a plate angle with a bottom surface of the housing, and at least a first pipe positioned within the housing interior and above the first plate pack assembly, wherein the first pipe includes a plurality of inflow openings defined therein, characterized by at least a first beam member spanning an open top of the housing, and at least a first adjustment assembly extending downwardly from the first beam member, wherein the first adjustment assembly includes a threaded rod that includes an upper end that extends through an opening in the first beam member and a second end that includes a hanger loop engaged therewith, wherein rotation of the threaded rod moves the first pipe upwardly or downwardly. a housing that defines a housing interior and includes a bottom opening, at least a first plate pack assembly disposed in the housing interior, wherein the at least first plate pack assembly includes at least first and second parallel plates, wherein the first plate defines a plate angle with a bottom surface of the housing, and at least a first pipe positioned within the housing interior and above the first plate pack assembly, wherein the first pipe includes a plurality of inflow openings defined therein, characterized by at least a first beam member spanning an open top of the housing, and at least a first adjustment assembly extending downwardly from the first beam member, wherein the first adjustment assembly includes a threaded rod that includes an upper end that extends through an opening in the first beam member and a second end that includes a hanger loop engaged therewith, wherein rotation of the threaded rod moves the first pipe upwardly or downwardly.
Method for manufacturing a plastic component which is a housing of a suction jet pump, comprising the following steps: injection molding of a base body of the plastic component by means of an injection molding tool, wherein a pin-shaped core of the injection molding tool is overmolded with a plastic material for forming a bore in the base body, injection molding a closure of the plastic component to close the bore, removing the core from the bore, and closing the bore by means of the closure, wherein the base body is manufactured to have a receiving portion for receiving the closure, wherein a central axis (M 10) of the bore is arranged at an angle of 90° +/-10° to a central axis (M 20) of the receiving portion, wherein the closure is pressed into the receiving portion, and wherein the injection molding of the base body, the injection molding of the closure, the removal of the core and the closing of the bore are performed by means of the same injection molding tool. injection molding of a base body of the plastic component by means of an injection molding tool, wherein a pin-shaped core of the injection molding tool is overmolded with a plastic material for forming a bore in the base body, injection molding a closure of the plastic component to close the bore, removing the core from the bore, and closing the bore by means of the closure, wherein the base body is manufactured to have a receiving portion for receiving the closure, wherein a central axis (M 10) of the bore is arranged at an angle of 90° +/-10° to a central axis (M 20) of the receiving portion, wherein the closure is pressed into the receiving portion, and wherein the injection molding of the base body, the injection molding of the closure, the removal of the core and the closing of the bore are performed by means of the same injection molding tool.
A method for providing feedback data that may be useful in at least one prosthodontic procedure associated with the intraoral cavity, comprising: (a) providing at least one numerical entity representative of the three dimensional surface geometry of at least part of the intra-oral cavity including a preparation having a finish line and a shoulder; (b) manipulating said entity to identify the geometry of the finish line associated with said dental preparation; (c) determining whether or not said finish line geometry is suitable for receiving a prosthesis according to predetermined parameters; and (d) generating feedback data for output via a visual and/or audio display means, the feedback data being representative whether or not said finish line geometry is suitable for receiving the prosthesis, wherein said feedback data comprises a suitable message advising whether or not said finish line geometry is suitable, according to said determination in step (c); (e) if in step (c) it is determined that the said finish line geometry is not suitable for receiving a prosthesis according to predetermined parameters: providing suggested changes to said finish line geometry such as to provide a new finish line geometry that is suitable for receiving a prosthesis according to predetermined parameters. (a) providing at least one numerical entity representative of the three dimensional surface geometry of at least part of the intra-oral cavity including a preparation having a finish line and a shoulder; (b) manipulating said entity to identify the geometry of the finish line associated with said dental preparation; (c) determining whether or not said finish line geometry is suitable for receiving a prosthesis according to predetermined parameters; and (d) generating feedback data for output via a visual and/or audio display means, the feedback data being representative whether or not said finish line geometry is suitable for receiving the prosthesis, wherein said feedback data comprises a suitable message advising whether or not said finish line geometry is suitable, according to said determination in step (c); (e) if in step (c) it is determined that the said finish line geometry is not suitable for receiving a prosthesis according to predetermined parameters: providing suggested changes to said finish line geometry such as to provide a new finish line geometry that is suitable for receiving a prosthesis according to predetermined parameters.
An electric toothbrush or electric shaver comprising: an energy source; an electronic circuit comprising at least one electric load; a first sensor for providing a first signal indicating a relevant change of a first external condition; and wherein the toothbrush or shaver is arranged to stay in a sleep mode in which the electronic circuit consumes at least a reduced average energy amount in comparison to an active mode and to initiate the active mode when the first signal indicating a change of the first external condition is received; wherein the electronic circuit is arranged to perform a welcome routine in response to a first active mode initialization and a standard routine different to the welcome routine in response to receiving the first signal indicating a relevant change in the first external condition after the welcome routine has been performed; characterized in that the first sensor is a light sensor arranged for measuring the intensity of ambient light. an energy source; an electronic circuit comprising at least one electric load; a first sensor for providing a first signal indicating a relevant change of a first external condition; and wherein the toothbrush or shaver is arranged to stay in a sleep mode in which the electronic circuit consumes at least a reduced average energy amount in comparison to an active mode and to initiate the active mode when the first signal indicating a change of the first external condition is received; wherein the electronic circuit is arranged to perform a welcome routine in response to a first active mode initialization and a standard routine different to the welcome routine in response to receiving the first signal indicating a relevant change in the first external condition after the welcome routine has been performed; characterized in that the first sensor is a light sensor arranged for measuring the intensity of ambient light.
An air-conditioning apparatus comprising: a suction air temperature detection unit configured to detect a temperature of air that is sucked into a heat exchange unit or a temperature of space to be subjected to heat exchange as a suction air temperature (Ta); a cooled/heated air temperature detection unit configured to detect a temperature of air blown from the heat exchange unit or a temperature of the heat exchange unit as a cooled/heated air temperature (Tb); and a control device configured to acquire data on a temperature difference (ΔT) between the suction air temperature (Ta) detected by the suction air temperature detection unit and the cooled/heated air temperature (Tb) detected by the cooled/heated air temperature detection unit at different times as time-series data, and determine whether the heat exchange unit is dirty or not based on the time-series data regarding the temperature difference (ΔT), characterized in that the control device is configured to determine a set temperature zone (Tbd) based on the suction air temperature (Ta), and to determine that the heat exchange unit is dirty, when the temperature difference (ΔT) continuously falls within a range of the determined set temperature zone (Tbd) for a time period longer than a determined set determination period (Pref). a suction air temperature detection unit configured to detect a temperature of air that is sucked into a heat exchange unit or a temperature of space to be subjected to heat exchange as a suction air temperature (Ta); a cooled/heated air temperature detection unit configured to detect a temperature of air blown from the heat exchange unit or a temperature of the heat exchange unit as a cooled/heated air temperature (Tb); and a control device configured to acquire data on a temperature difference (ΔT) between the suction air temperature (Ta) detected by the suction air temperature detection unit and the cooled/heated air temperature (Tb) detected by the cooled/heated air temperature detection unit at different times as time-series data, and determine whether the heat exchange unit is dirty or not based on the time-series data regarding the temperature difference (ΔT), characterized in that the control device is configured to determine a set temperature zone (Tbd) based on the suction air temperature (Ta), and to determine that the heat exchange unit is dirty, when the temperature difference (ΔT) continuously falls within a range of the determined set temperature zone (Tbd) for a time period longer than a determined set determination period (Pref).
Device for recuperating energy from the flow of a fluid, comprising a flag able to deform under the effect of the flow of the fluid, and an oscillator device comprising a pole oscillating in rotation about its axis, to which the flag is attached, the oscillating pole being intended to be connected to a supporting structure that is fixed with respect to the flow of fluid, by return means (20, 22), the flag and the oscillator device being configured so that the resonant frequency of the oscillator device corresponds to a frequency of flutter of the flag.
A patient request system comprising: a tablet computer configured for entry of patient requests; a server coupled to the tablet computer, the server being configured to route patient requests from the tablet computer to one or more other computer devices of the system; a notification device configured to display a patient request from the tablet computer to a caregiver, and locating equipment operable to determine a location of the tablet computer in a healthcare facility, wherein the tablet computer is configured to display a first menu corresponding to basic request categories for a patient in response to selection of a make a request input on a predecessor screen of the tablet computer, the tablet computer being configured to display a second menu corresponding to specific patient requests that fall under the basic request category selected by the patient using the first menu, wherein the first menu is altered based on the location, and if the tablet computer is determined to be located in a maternity ward, then a maternity option is included in the first menu, and if the tablet computer is determined not to be located in the maternity ward, then the maternity option is omitted from the first menu. a tablet computer configured for entry of patient requests; a server coupled to the tablet computer, the server being configured to route patient requests from the tablet computer to one or more other computer devices of the system; a notification device configured to display a patient request from the tablet computer to a caregiver, and locating equipment operable to determine a location of the tablet computer in a healthcare facility, wherein the tablet computer is configured to display a first menu corresponding to basic request categories for a patient in response to selection of a make a request input on a predecessor screen of the tablet computer, the tablet computer being configured to display a second menu corresponding to specific patient requests that fall under the basic request category selected by the patient using the first menu, wherein the first menu is altered based on the location, and if the tablet computer is determined to be located in a maternity ward, then a maternity option is included in the first menu, and if the tablet computer is determined not to be located in the maternity ward, then the maternity option is omitted from the first menu.
A coating on mono- or poly-crystalline diamond or diamond-containing material, the coating comprising a first adhesive layer formed directly on the diamond or diamond-containing material, the first layer comprising a mixture of tungsten and tungsten carbide alloyed with fluorine in an amount of 0.001 to 0.12wt% calculated on the total weight of the first layer; and a second protective layer formed on the first layer, the second layer comprising at least tungsten alloyed with fluorine in an amount of 0.001 to 0.12wt% calculated on the total weight of the second layer.