mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition or dietary supplement comprising, as the active ingredients, D-mannose, proanthocyanidins, hydroquinone derivatives and zinc, the pharmaceutical composition or dietary supplement comprising an Arctostaphylos uva-ursi ( Arctostaphylos uva-ursi (L.) Spreng.) leaf extract as the hydroquinone derivatives source and comprising a dry cranberry ( Vaccinium macrocarpon, Aiton) extract obtained using the whole fruit as the proanthocyanidins source, said cranberry extract comprising a cranberry phytocomplex, for use in the treatment or prevention of urinary tract infections.
A cosmetic composition for eye makeup, which comprises low-specific gravity volatile oil, low-specific gravity powder, and dispersant, - wherein the low-specific gravity volatile oil comprises at least one selected from the group consisting of low-specific gravity hydrocarbon oil and low-specific gravity volatile silicone oil, wherein a specific gravity of the low-specific gravity hydrocarbon oil is equal to or more than 0.1 and less than 1, and a specific gravity of the low-specific gravity silicone oil is equal to or more than 0.1 and less than 1, and a specific gravity of the low-specific gravity powder is equal to or more than 0.001 and less than 1, when the specific gravity of the standard material, pure water at 4°C, is taken as 1, - wherein the composition is a non-aqueous composition not comprising water or aqueous ingredients, - wherein the dispersant is polyhydroxystearic acid comprised in an amount of 3-30 wt% based on the total weight of the low-specific gravity powder, - wherein the low-specific gravity volatile oil is comprised in an amount of 1-80 wt% based on the total weight of the composition, and - wherein the low-specific gravity powder is comprised in an amount of 0.1-20 wt% based on the total weight of the composition. - wherein the low-specific gravity volatile oil comprises at least one selected from the group consisting of low-specific gravity hydrocarbon oil and low-specific gravity volatile silicone oil, wherein a specific gravity of the low-specific gravity hydrocarbon oil is equal to or more than 0.1 and less than 1, and a specific gravity of the low-specific gravity silicone oil is equal to or more than 0.1 and less than 1, and a specific gravity of the low-specific gravity powder is equal to or more than 0.001 and less than 1, when the specific gravity of the standard material, pure water at 4°C, is taken as 1, - wherein the composition is a non-aqueous composition not comprising water or aqueous ingredients, - wherein the dispersant is polyhydroxystearic acid comprised in an amount of 3-30 wt% based on the total weight of the low-specific gravity powder, - wherein the low-specific gravity volatile oil is comprised in an amount of 1-80 wt% based on the total weight of the composition, and - wherein the low-specific gravity powder is comprised in an amount of 0.1-20 wt% based on the total weight of the composition.
A method for manufacturing a glass package, said method comprising the steps of: using a heat source to direct a beam towards a frit which, along with at least one device, is located between two substrate plates; moving the heat source or the two substrate plates such that the beam moves at a constant speed on a sealing line of said two substrate plates, where said sealing line includes said frit, a plurality of regions free of electrodes, and a plurality of regions occupied by electrodes all of which are located between said two substrate plates; and modulating a power of the heat source when moving the beam at the substantially constant speed such that the beam imparts sufficient heat source energy to said frit to cause said frit to form a hermetic seal which connects said two substrate plates, wherein, if the power of the heat source is at a maximum or at a minimum at any point during said modulating step, then changing the speed that the beam moves along the sealing line on said two substrate plates so that the beam continues to impart sufficient heat source energy to said frit to cause said frit to form the hermetic seal, wherein said moving step further includes an overlapping moving step where the movement of the beam begins at a start point on the sealing line of said two substrate plates and passes over the sealing line around a perimeter of said two substrate plates and then passes over the start point again on the sealing line and over a portion of the sealing line past the start point. using a heat source to direct a beam towards a frit which, along with at least one device, is located between two substrate plates; moving the heat source or the two substrate plates such that the beam moves at a constant speed on a sealing line of said two substrate plates, where said sealing line includes said frit, a plurality of regions free of electrodes, and a plurality of regions occupied by electrodes all of which are located between said two substrate plates; and modulating a power of the heat source when moving the beam at the substantially constant speed such that the beam imparts sufficient heat source energy to said frit to cause said frit to form a hermetic seal which connects said two substrate plates, wherein, if the power of the heat source is at a maximum or at a minimum at any point during said modulating step, then changing the speed that the beam moves along the sealing line on said two substrate plates so that the beam continues to impart sufficient heat source energy to said frit to cause said frit to form the hermetic seal, wherein said moving step further includes an overlapping moving step where the movement of the beam begins at a start point on the sealing line of said two substrate plates and passes over the sealing line around a perimeter of said two substrate plates and then passes over the start point again on the sealing line and over a portion of the sealing line past the start point.
A holding apparatus (60, 60A) for fuel cell electrolyte membrane comprising a support (65, 65A) having a flat surface part which supports an electrolyte membrane on which a catalyst layer (32, 33) is disposed, and which constitutes a membrane electrode assembly, characterized in that said flat surface part has one continuous frame-shaped recess configured to be formed outside of and extending along an entire periphery of the catalyst layer (32, 33), without the catalyst layer (32, 33) being exposed to the recess, and said recess is connected to an air-sucking section, and attracts the electrolyte membrane by sucking air in said recess, wherein the flat surface part bounded by the recess supports an entire surface of the catalyst layer (32, 33).
A rotor assembly of a gas turbine engine comprising: a HPC rotor for rotation about an engine axis and including a rotor disk and a plurality of blades each including a platform attached to the rotor disk with a first channel defined radially between the platforms and the rotor disk; and a rear shell attached to and projecting rearward from the final, downstream, HPC rotor of the rotor assembly, the rear shell being concentric to the engine axis, conical in shape, converging in a downstream direction and characterised in that the rear shell includes a radially inner wall and a radially outer wall with a passage defined between the inner and outer walls in fluid communication with the first channel, wherein the shell is constructed and arranged to rotate with the adjacent rotor; and further characterised by a ring-shaped spacer disposed adjacent to and upstream of the HPC rotor with a second channel in the spacer being in fluid communication with the first channel; wherein the first channel, the second channel and the passage are part of a secondary cooling air flowpath. a HPC rotor for rotation about an engine axis and including a rotor disk and a plurality of blades each including a platform attached to the rotor disk with a first channel defined radially between the platforms and the rotor disk; and a rear shell attached to and projecting rearward from the final, downstream, HPC rotor of the rotor assembly, the rear shell being concentric to the engine axis, conical in shape, converging in a downstream direction and characterised in that the rear shell includes a radially inner wall and a radially outer wall with a passage defined between the inner and outer walls in fluid communication with the first channel, wherein the shell is constructed and arranged to rotate with the adjacent rotor; and further characterised by a ring-shaped spacer disposed adjacent to and upstream of the HPC rotor with a second channel in the spacer being in fluid communication with the first channel; wherein the first channel, the second channel and the passage are part of a secondary cooling air flowpath.
A mobile user terminal, which transmits downlink quality information indicating downlink channel quality and an uplink pilot signal to a base station, wherein a carrier frequency used for transmitting said downlink quality information and a carrier frequency used for transmitting said uplink pilot signal are selectable respectively from among a plurality of carrier frequencies assigned to said mobile user terminal, and said mobile user terminal comprises a radio transmitting unit, which transmits said downlink quality information and said uplink pi-lot signal by using the same carrier frequency among said plurality of carrier frequencies.
Filter assembly for an extractor hood which has at least one filter device with at least one filter element, wherein the filter device has a filter cover for the at least one filter element comprising at least one air guide element connected to the filter element, wherein an air guide space is formed between the top of the at least one filter element and the air guide element, the filter device has fastening means for releasably securing the filter device to an extractor hood and wherein at least in the region of the air guide element the filter cover serves for the targeted air guidance of air from the top of the filter element to an air outlet opening of the filter assembly, characterised in that the filter device is a pre-installable unit and that the filter assembly has at least two filter devices and the filter devices lie adjacent to each other and the air guide spaces of the at least two filter devices merge into each other.
A low-energy window, comprising a story frame which comprises a support frame and a window frame and an insulation unit arranged between the support frame and the window frame, and comprising a casement which comprises a support frame and a window frame, characterized in that the insulation unit between the support frame and the window frame consists of two dimensionally stable components (17, 18) of different compressive strength, the softer component rests on the support frame and is enclosed at least in part by the harder component on two further, mutually adjacent outside surfaces, and the insulation unit is fastened to the support frame by means of a fastening element in form of a screw or a nail or a combination of screw and window frame retainer, wherein the fastening element extends in an accessible manner from the outside through the harder component into the softer component and through said component up into the support frame, and wherein the fastening element is supported on the harder component.
A liquid formulation of a long-lasting oxyntomodulin derivative conjugate, comprising a pharmacologically active amount of a long-lasting oxyntomodulin derivative conjugate wherein the oxyntomodulin derivative conjugate comprises an oxyntomodulin derivative, which is a physiologically active peptide, comprising the amino acid sequence of any one of SEQ ID NOs: 24, 25, or 26; an immunoglobulin Fc region; and a non-peptidyl polymer, wherein the non-peptidyl polymer covalently links the oxyntomodulin derivative and the immunoglobulin Fc region, and an albumin-free stabilizer, wherein the stabilizer contains a buffer having a pH ranging from 4.8 to 6.0, one or more sugar alcohols selected from mannitol and sorbitol, and polysorbate 20.
A battery module comprising: a cartridge assembly in which a plurality of cartridges, each accommodating a battery cell, are stacked on each other; a cover surrounding the cartridge assembly, wherein the cover comprises a buffer member; a bushing member inserted through the cartridge assembly and the cover, and protruding to the outside of the cover by a pre-set interval, wherein the buffer member is combined to the cover along an outer circumference of the bushing member; and a locking member inserted into the bushing member and locking the cover, wherein the locking member contacts both the protruding portion of the bushing member and the buffer member. a cartridge assembly in which a plurality of cartridges, each accommodating a battery cell, are stacked on each other; a cover surrounding the cartridge assembly, wherein the cover comprises a buffer member; a bushing member inserted through the cartridge assembly and the cover, and protruding to the outside of the cover by a pre-set interval, wherein the buffer member is combined to the cover along an outer circumference of the bushing member; and a locking member inserted into the bushing member and locking the cover, wherein the locking member contacts both the protruding portion of the bushing member and the buffer member.
An additive layer manufacturing method for producing a shaped article, comprising providing a powdered thermoplastic polymer material selected from the group comprising polyaryletherketones, polyetheretherketones (PEEK), or polyetherketones having a resolidification temperature at most 10% below its melting temperature on the Celsius scale, depositing successive layers of the powdered polymer material and selectively sintering each layer prior to deposition of the subsequent layer so as to produce a support structure and then form the article upon the support structure, the support structure and the article are produced using the same ALM method, wherein during its production the article is maintained at a temperature above the glass transition temperature and below the resolidification temperature of the polymer, and the shaped article is constructed within a sintering chamber maintained at a temperature below the continuous service temperature of the polymer material.
Method for allocating quantization bits for spatial information parameters per frequency sub-band, for a parametric coding/decoding of a multichannel audio stream representing a sound scene consisting of a plurality of sound sources and comprising a step of quantization/inverse quantization per frequency sub-band of spatial information parameters describing the spatial position of the sound sources of the sound scene, characterized in that that it comprises the following steps: - estimation of a spatial resolution of the current sub-band on the basis of spectral properties of the sub-band; - determination of a number of bits to be allocated to the current sub-band, the number of bits to be allocated being inversely proportional to the estimated spatial resolution. - estimation of a spatial resolution of the current sub-band on the basis of spectral properties of the sub-band; - determination of a number of bits to be allocated to the current sub-band, the number of bits to be allocated being inversely proportional to the estimated spatial resolution.
A disposable continuous blood centrifugal device comprising: a rotatable housing; a rotatable inner bowl disposed within the rotatable housing and defining a space between the rotatable inner bowl and the rotatable housing, the space sized to permit blood to separate into layers, with a more dense layer closest to the rotatable housing and a less dense layer closest to the rotatable inner bowl; a first collector configured to collect blood components from within the more dense layer; a second collector configured to collect blood components from within the less dense layer; a rotatable barrier disposed within the rotatable housing above the rotatable inner bowl, the rotatable barrier configured to direct blood components within the more dense layer towards the first collector and to direct blood components within the less dense layer towards the second collector; and a stationary structure extending downwardly through the rotatable housing and the rotatable inner bowl, the stationary structure including a blood inlet, a first outlet in fluid communication with the first collector and a second outlet in fluid communication with the second collector, the disposable continuous blood centrifugal device being characterized in that the blood inlet extends to a position near the bottom of the rotatable housing, and in that the stationary structure further comprises a saline inlet that extends to a position near the bottom of the rotatable housing. a rotatable housing; a rotatable inner bowl disposed within the rotatable housing and defining a space between the rotatable inner bowl and the rotatable housing, the space sized to permit blood to separate into layers, with a more dense layer closest to the rotatable housing and a less dense layer closest to the rotatable inner bowl; a first collector configured to collect blood components from within the more dense layer; a second collector configured to collect blood components from within the less dense layer; a rotatable barrier disposed within the rotatable housing above the rotatable inner bowl, the rotatable barrier configured to direct blood components within the more dense layer towards the first collector and to direct blood components within the less dense layer towards the second collector; and a stationary structure extending downwardly through the rotatable housing and the rotatable inner bowl, the stationary structure including a blood inlet, a first outlet in fluid communication with the first collector and a second outlet in fluid communication with the second collector, the disposable continuous blood centrifugal device being characterized in that the blood inlet extends to a position near the bottom of the rotatable housing, and in that the stationary structure further comprises a saline inlet that extends to a position near the bottom of the rotatable housing.
A biological information measurement device configured to operate by using a battery as a power supply and configured to continuously measure biological information, the biological information measurement device comprising: a battery capacity detection unit configured to detect a capacity of the battery; a measurement control unit configured to, when the capacity falls below a threshold value during measurement of the biological information, end the measurement of the biological information; and an information output unit configured to, when the measurement of the biological information is ended by the measurement control unit, output information indicative of a time period for which the measurement of the biological information has been performed or information indicative of time at which the measurement of the biological information is ended; wherein when the measurement of the biological information is ended by the measurement control unit, the information output unit further outputs information indicative of a capacity of the battery upon start of the measurement of the biological information. a battery capacity detection unit configured to detect a capacity of the battery; a measurement control unit configured to, when the capacity falls below a threshold value during measurement of the biological information, end the measurement of the biological information; and an information output unit configured to, when the measurement of the biological information is ended by the measurement control unit, output information indicative of a time period for which the measurement of the biological information has been performed or information indicative of time at which the measurement of the biological information is ended; wherein when the measurement of the biological information is ended by the measurement control unit, the information output unit further outputs information indicative of a capacity of the battery upon start of the measurement of the biological information.
Cable retainer insert for a multi-strand cable, the cable retainer insert being configured to be inserted in a housing of a connector, the cable retainer insert having a cable contact portion, a plurality of circumferentially spaced cable receptacles, each cable receptacle being configured to receive at least one strand of the multi-strand cable, each cable receptacle further comprising a cable strand insertion opening at a radially outward end, and a bottom at an opposite radially inward end, wherein a circle inscribed in the cable receptacle and touching the bottom of the cable receptacle extends radially outwards beyond the cable strand insertion opening characterized in that the cable retainer insert comprises a housing contact portion for electrically contacting the housing of the connector, wherein the cable receptacles extend through both the cable contact portion and the housing contact portion and wherein a diameter of the cable contact portion is smaller than a diameter of the housing contact portion.
Acoustic absorber for aircraft engines, having a honeycomb-shaped three-dimensional structure (11; 12) which when employed in an engine absorbs the noise of the engine, wherein the structure (11; 12) comprises folded honeycombs (8; 28) which are formed by folding a planar semifinished product (9; 19), and wherein the three-dimensional structure is formed from a single semifinished product, and wherein the semifinished product (9, 19) is composed of a multiplicity of planar surface elements (4a, 7a) which adjoin one another in two main directions (A, B) and which are delimited in relation to one another by means of fold lines (3a, 3b), and a large-area honeycomb structure having a multiplicity of honeycomb rows lying behind one another is formed by way of folding along the fold lines (3a, 3b), characterized in that the size of the volumes of the individual folded honeycombs, and the extent thereof, is determined by the respective folding geometries and varies across the inlet depth of the engine and the circumference.