mhurhangee/ep-ind-claims huggingface dataset:
Heterophasic polypropylene resin having an MFR (2.16 kg, 230°C) of more than 27 g/10 min, determined according to ISO 1133 comprising a propylene homo- or copolymer matrix and an ethylene-propylene rubber phase dispersed within the matrix, wherein the heterophasic polypropylene resin has a fraction insoluble in p-xylene at 25°C in an amount of 75 to 85 wt.-% with a weight average molecular weight of 110 to 190 kg/mol measured by GPC analysis according to ISO 16014-1, and 4, the fraction insoluble in p-xylene at 25°C containing monomer units derived from ethylene in an amount of 12.0 to 21.0 wt.-% and a fraction soluble in p-xylene at 25°C in an amount of 15 to 25 wt.-% having an intrinsic viscosity of 1.4 to 2.0 dl/g, determined according to DIN EN ISO 1628-1 and -3 and being composed of propylene monomer units in an amount of 40 wt.-% or more, and having a glass transition temperature Tg as measured by DSC according to ISO 6721-7 at a compression moulded sample consisting of the XCS fraction in the range of - 60 to - 50 °C.
A rail (21, 21') for a lift and slide element which comprises a leaf and a roller arrangement (19a, 19b, 58, 59), wherein the rail (21, 21') defines a track (25, 25') on which the leaf is travelable by means of the roller arrangement (19a, 19b, 58, 59), wherein the track (25, 25') has at least one recess (39, 39') into which a roller (19a, 59) of the roller arrangement (19a, 19b, 58, 59) can be retracted while lowering the leaf, and wherein the track (25, 25') has at least one ramp section (49, 60) via which a roller (19a, 59) of the roller arrangement (19a, 19b, 58, 59) can be extended from the recess (39, 39') while raising the leaf and/or can be retracted into the recess (39, 39') while lowering the leaf, characterized by at least one flap which projects into the recess and which is pivotable between a horizontal position, in which the flap covers the recess (39, 39'), and an inclined position and which forms the at least one ramp section in the inclined position. the track (25, 25') has at least one recess (39, 39') into which a roller (19a, 59) of the roller arrangement (19a, 19b, 58, 59) can be retracted while lowering the leaf, and wherein the track (25, 25') has at least one ramp section (49, 60) via which a roller (19a, 59) of the roller arrangement (19a, 19b, 58, 59) can be extended from the recess (39, 39') while raising the leaf and/or can be retracted into the recess (39, 39') while lowering the leaf, characterized by at least one flap which projects into the recess and which is pivotable between a horizontal position, in which the flap covers the recess (39, 39'), and an inclined position and which forms the at least one ramp section in the inclined position.
A method for performing communication with a mobile station, MS, by a base station, BS, (110,140) to provide a single frequency-based service in a wireless communication system, the method comprising the steps of: determining, by the BS, segment indicator for renumbering to be applied to partial usage of subchannels, PUSC, subchannels in a PUSC zone, the segment indicator being included in a Space Time Coding Zone Information Element, STC_ZONE_IE; transmitting, by the BS, a medium access control, MAC, message including the STC_ZONE_IE to the MS; and allocating PUSC subchannels according to a PUSC subchannel allocation scheme using the MAC message and performing renumbering on the PUSC subchannels, wherein the PUSC zone is defined by the STC_ZONE_IE included in the MAC message, and wherein the segment indicator includes a Pseudo Random Bit Sequence Identifier, PRBS_ID, indicating a single frequency network service, and the PRBS_ID has a same value or a random value between cells or sectors. determining, by the BS, segment indicator for renumbering to be applied to partial usage of subchannels, PUSC, subchannels in a PUSC zone, the segment indicator being included in a Space Time Coding Zone Information Element, STC_ZONE_IE; transmitting, by the BS, a medium access control, MAC, message including the STC_ZONE_IE to the MS; and allocating PUSC subchannels according to a PUSC subchannel allocation scheme using the MAC message and performing renumbering on the PUSC subchannels, wherein the PUSC zone is defined by the STC_ZONE_IE included in the MAC message, and wherein the segment indicator includes a Pseudo Random Bit Sequence Identifier, PRBS_ID, indicating a single frequency network service, and the PRBS_ID has a same value or a random value between cells or sectors.
A method for manufacturing a three-dimensional object with an additive manufacturing system, comprising: - providing a support material comprising more than 50 % wt. of at least one semi-crystalline polyamide having a melting point (T m), as determined according to ASTM D3418, of from 100 °C up to less than 250 °C, wherein the polyamide, when immersed in water at a concentration of 250 g/l, is soluble in water, is dispersed in water or is swollen by water with a water uptake at saturation of at least 25 % by weight, based on the initial weight of the polyamide; - providing a part material; - printing layers of a support structure from the provided support material, and printing layers of the three-dimensional object from the provided part material in coordination with the printing of the layers of the support structure to provide an assembly of support structure and three-dimensional object, wherein at least a portion of the printed layers of the support structure support the printed layers of the three-dimensional object; and - removing at least a portion of the support structure from the assembly so as to obtain the three-dimensional object. - providing a support material comprising more than 50 % wt. of at least one semi-crystalline polyamide having a melting point (T m), as determined according to ASTM D3418, of from 100 °C up to less than 250 °C, wherein the polyamide, when immersed in water at a concentration of 250 g/l, is soluble in water, is dispersed in water or is swollen by water with a water uptake at saturation of at least 25 % by weight, based on the initial weight of the polyamide; - providing a part material; - printing layers of a support structure from the provided support material, and printing layers of the three-dimensional object from the provided part material in coordination with the printing of the layers of the support structure to provide an assembly of support structure and three-dimensional object, wherein at least a portion of the printed layers of the support structure support the printed layers of the three-dimensional object; and - removing at least a portion of the support structure from the assembly so as to obtain the three-dimensional object.
A silyl phosphine compound represented by the following formula, wherein an arsenic content is not more than 1 ppm by mass, wherein each R is independently an alkyl group having not less than 1 and not more than 5 carbon atoms or an aryl group having not less than 6 and not more than 10 carbon atoms.
An image processing apparatus comprising: an input unit configured to input original spectral information of an image; a calculation unit (304, 307) configured to calculate, from the original spectral information, image data including a plurality of fundamental stimulus values (Nc) and a spectral auxiliary coefficient (Np), wherein the spectral auxiliary coefficient, together with the fundamental stimulus values, corresponds to a pixel value of an image; wherein the spectral auxiliary coefficient (Np) corresponds to the product of a spectral error and a spectral auxiliary coefficient calculation function, the spectral auxiliary coefficient calculation function being derived from a principal component calculation of the spectral error, and the spectral error corresponds to a difference between spectral information reconstructed from the plurality of fundamental stimulus values (Nc) and the original spectral information; a reduction unit configured to reduce a bit count of an image whose pixels correspond to the spectral auxiliary coefficient (Np); a storage unit configured to store, as an image file, a combination of the plurality of the calculated fundamental stimulus values and the reduced spectral auxiliary coefficient, wherein the bit count of the image whose pixels correspond to the spectral auxiliary coefficient (Np) stored in the image file is smaller than a bit count of images whose pixels correspond to a respective one of the plurality of the fundamental stimulus values (Nc) stored in the image file. an input unit configured to input original spectral information of an image; a calculation unit (304, 307) configured to calculate, from the original spectral information, image data including a plurality of fundamental stimulus values (Nc) and a spectral auxiliary coefficient (Np), wherein the spectral auxiliary coefficient, together with the fundamental stimulus values, corresponds to a pixel value of an image; wherein the spectral auxiliary coefficient (Np) corresponds to the product of a spectral error and a spectral auxiliary coefficient calculation function, the spectral auxiliary coefficient calculation function being derived from a principal component calculation of the spectral error, and the spectral error corresponds to a difference between spectral information reconstructed from the plurality of fundamental stimulus values (Nc) and the original spectral information; a reduction unit configured to reduce a bit count of an image whose pixels correspond to the spectral auxiliary coefficient (Np); a storage unit configured to store, as an image file, a combination of the plurality of the calculated fundamental stimulus values and the reduced spectral auxiliary coefficient, wherein the bit count of the image whose pixels correspond to the spectral auxiliary coefficient (Np) stored in the image file is smaller than a bit count of images whose pixels correspond to a respective one of the plurality of the fundamental stimulus values (Nc) stored in the image file.
A method of forming a casting paper, the method comprising: coating a first surface of a base sheet with a release coating such that the release coating covers the entire first surface of the base sheet, wherein the release coating comprises a first curable polymeric material and a first release agent; curing the release coating; applying a printed release coating on a portion of the release coating, wherein the print coating comprises a second curable polymeric material and a second release agent; and curing the printed release coating to form the casting paper having a textured surface defined by elevated areas corresponding to the printed release coating and valley areas corresponding to exposed areas of the release coating. coating a first surface of a base sheet with a release coating such that the release coating covers the entire first surface of the base sheet, wherein the release coating comprises a first curable polymeric material and a first release agent; curing the release coating; applying a printed release coating on a portion of the release coating, wherein the print coating comprises a second curable polymeric material and a second release agent; and curing the printed release coating to form the casting paper having a textured surface defined by elevated areas corresponding to the printed release coating and valley areas corresponding to exposed areas of the release coating.
A composite part comprising: a curved elongated section, comprising stacked reinforcement layers that comprise: at least one of non-continuous woven fabric and non-continuous reinforcement and a window (36, 48, 54), comprising a portion of the stacked reinforcement layers where the non-continuous woven fabric or the non-continuous reinforcement does not extend; and a straight elongated section, comprising a second plurality of stacked reinforcement layers. a curved elongated section, comprising stacked reinforcement layers that comprise: at least one of non-continuous woven fabric and non-continuous reinforcement and a window (36, 48, 54), comprising a portion of the stacked reinforcement layers where the non-continuous woven fabric or the non-continuous reinforcement does not extend; and at least one of non-continuous woven fabric and non-continuous reinforcement and a window (36, 48, 54), comprising a portion of the stacked reinforcement layers where the non-continuous woven fabric or the non-continuous reinforcement does not extend; and a straight elongated section, comprising a second plurality of stacked reinforcement layers.
A shaving system, comprising: a handle; a cartridge having a skin-contacting surface coupled to the handle; one or more blades coupled to the skin-contacting surface; and one or more sensors configured to detect movement of the skin-contacting surface relative to a skin surface of a user, or a force exerted by the skin-contacting surface against the skin surface of the user, characterized in that at least one of the one or more sensors includes a socket and a ball rotatable within the socket. a handle; a cartridge having a skin-contacting surface coupled to the handle; one or more blades coupled to the skin-contacting surface; and one or more sensors configured to detect movement of the skin-contacting surface relative to a skin surface of a user, or a force exerted by the skin-contacting surface against the skin surface of the user, characterized in that
A targetless tracking device comprising: a detector configured to receive scattered radiation indicative of the presence of an object; and a processor configured to: calculate a positional relationship between the device and the object based on the scattered radiation; receive an indication of a desired positional relationship of the detector relative to the object; and generate an error signal indicative of the positional relationship versus the desired positional relationship so that the device position is able to be controlled to reduce the error signal; characterised in that the processor is further configured to calculate the positional relationship by creating first and second images at first and second points in time, respectively, and then comparing the first and second images in order to calculate the positional relationship, wherein the first and second images are compared by scan-matching. a detector configured to receive scattered radiation indicative of the presence of an object; and a processor configured to: calculate a positional relationship between the device and the object based on the scattered radiation; receive an indication of a desired positional relationship of the detector relative to the object; and generate an error signal indicative of the positional relationship versus the desired positional relationship so that the device position is able to be controlled to reduce the error signal; characterised in that the processor is further configured to calculate the positional relationship by creating first and second images at first and second points in time, respectively, and then comparing the first and second images in order to calculate the positional relationship, wherein the first and second images are compared by scan-matching. calculate a positional relationship between the device and the object based on the scattered radiation; receive an indication of a desired positional relationship of the detector relative to the object; and generate an error signal indicative of the positional relationship versus the desired positional relationship so that the device position is able to be controlled to reduce the error signal; characterised in that the processor is further configured to calculate the positional relationship by creating first and second images at first and second points in time, respectively, and then comparing the first and second images in order to calculate the positional relationship, wherein the first and second images are compared by scan-matching.
A method for measuring the cognitive state of an individual, comprising: placing an array of electrocardiogram sensors in contact with the individual; continually measuring the signal-to-noise ratio for each ECG sensor; calculating a distance and pressure between the individual and each ECG sensor that corresponds to the signal-to-noise ratio for each respective ECG sensor; generating a signal-to-noise ratio map based on the signal-to-noise ratios of the ECG sensors, where the signal-to-noise ratio map uses color coding to indicate the relative value of the signal-to-noise ratios; and continually analyzing the signal-to-noise ratio map to detect high amplitude and repeated irregular patterns that indicate a fatigued cognitive state of the individual. placing an array of electrocardiogram sensors in contact with the individual; continually measuring the signal-to-noise ratio for each ECG sensor; calculating a distance and pressure between the individual and each ECG sensor that corresponds to the signal-to-noise ratio for each respective ECG sensor; generating a signal-to-noise ratio map based on the signal-to-noise ratios of the ECG sensors, where the signal-to-noise ratio map uses color coding to indicate the relative value of the signal-to-noise ratios; and continually analyzing the signal-to-noise ratio map to detect high amplitude and repeated irregular patterns that indicate a fatigued cognitive state of the individual.
A combination comprising: an indirect bonding tray that includes a plurality of orthodontic appliances, the appliances being positioned in the tray to seat against the teeth at selected areas of the teeth; and an apparatus for applying a composition to a patient's teeth comprising a substrate having at least one wall portion (22, 24, 26) with a configuration that matches the configuration of at least one portion of the patient's dental arch, the substrate also including a plurality of transfer sections each corresponding to a respective tooth of the dental arch, and wherein the transfer sections are located adjacent the selected areas of the teeth to receive the appliances when the substrate is placed on the patient's dental arch, and a quantity of a composition applied to the transfer sections for transfer to the selected areas of the corresponding teeth when the substrate is placed on the patient's dental arch, wherein the composition comprises one or more of the following: an etchant, an adhesive primer, an adhesive, an adhesive component, and a sealant.
A turbine exhaust case of a turbofan aeroengine including a mixer for mixing exhaust gases with a bypass air stream, the TEC comprising an annular hub and an annular shroud with said mixer located at a downstream end of the shroud, the mixer surrounding the hub to form an annular exhaust gas duct positioned radially therebetween, the mixer comprising an annular wavy configuration to form a plurality of axially extending lobes of the mixer, the lobes defining alternating crests and valleys extending divergently to the downstream end of the mixer, a plurality of deswirling struts circumferentially spaced apart with respect to a central axis of the TEC the deswirling struts extending radially across the annular exhaust gas duct and interconnecting the mixer and the hub; wherein the deswirling struts are located within an axial length of the mixer between an upstream end where exhaust gases enter the mixer and a downstream end of the mixer where exhaust gases are discharged from the mixer and mixes with the bypass air stream; and characterised in that: the deswirling struts each include a leading edge and a trailing edge, the trailing edge being axially spaced away from a downstream end of the respective valleys of the mixer; the trailing edge of the respective deswirling struts circumferentially aligns with a bottom of one of the valleys; and the leading edge of each of the deswirling struts axially aligns with a start point of the divergently extending crests and valleys or the leading edge of the respective deswirling struts is axially spaced away from the start point of the divergently extending crests and valleys. the deswirling struts each include a leading edge and a trailing edge, the trailing edge being axially spaced away from a downstream end of the respective valleys of the mixer; the trailing edge of the respective deswirling struts circumferentially aligns with a bottom of one of the valleys; and the leading edge of each of the deswirling struts axially aligns with a start point of the divergently extending crests and valleys or the leading edge of the respective deswirling struts is axially spaced away from the start point of the divergently extending crests and valleys.
A method for producing a packaging trough by thermoforming, comprising: positioning at least an area of a film web between a forming tool upper part and a forming tool lower part of a forming station; inserting a male die part of the forming tool upper part along a vertical direction into a forming space of a female die part of the forming tool lower part, a packaging trough being thus produced through thermoforming in the film web by deforming the film web between the male die part and an inner wall of the forming space of the female die part, characterized in that in the inserted condition of the male die part, a push-in unit is extended from the male die part towards the inner wall of the forming space at an angle relative to the vertical direction, wherein, when being extended, the push-in unit is extended, at least partially, into a recess provided in the inner wall of the forming space. positioning at least an area of a film web between a forming tool upper part and a forming tool lower part of a forming station; inserting a male die part of the forming tool upper part along a vertical direction into a forming space of a female die part of the forming tool lower part, a packaging trough being thus produced through thermoforming in the film web by deforming the film web between the male die part and an inner wall of the forming space of the female die part, characterized in that in the inserted condition of the male die part, a push-in unit is extended from the male die part towards the inner wall of the forming space at an angle relative to the vertical direction, wherein, when being extended, the push-in unit is extended, at least partially, into a recess provided in the inner wall of the forming space.
Liquid composition characterized in that the composition comprises: polymeric capsules with encapsulated viable Gram positive or/and viable Gram negative bacterial cells, wherein said polymeric capsules comprises polysaccharides or/and polysaccharides and lipids, or/and proteins; and at least one bactericidal surface active material or combination thereof, wherein the bactericidal surface active materials are selected from cocoglycozide-methyl oleate, cocamide diethanolamine, cocoglycozide, cocoamide propyl betaine and sodium lauryl sulphate; and at least one of phyto-extracts, or/and terpenes or/and alcohols, or/and fatty acids, or/and organic acids, and/or vitamins, and/or bacteriocidic/static preservative, and fragrances, and thickeners. polymeric capsules with encapsulated viable Gram positive or/and viable Gram negative bacterial cells, wherein said polymeric capsules comprises polysaccharides or/and polysaccharides and lipids, or/and proteins; and at least one bactericidal surface active material or combination thereof, wherein the bactericidal surface active materials are selected from cocoglycozide-methyl oleate, cocamide diethanolamine, cocoglycozide, cocoamide propyl betaine and sodium lauryl sulphate; and at least one of phyto-extracts, or/and terpenes or/and alcohols, or/and fatty acids, or/and organic acids, and/or vitamins, and/or bacteriocidic/static preservative, and fragrances, and thickeners.