mhurhangee/patent-ind-claim-en huggingface dataset:
A direct printing machine for printing containers with multicolour direct printing, with - a conveyor for conveying the containers , - several stationary direct printing stations (5w, 5c, 5 M , 5γ, 5s, 5 K ) attached thereto, with direct printing heads for printing the containers with the multicolour direct printing, and - with an ink supply system for supplying the direct printing stations (5w, 5c, 5 M , 5γ, 5s, 5 K ) with several printing inks, wherein the ink supply system comprises a reservoir tank for each ink colour, characterised in that the direct printing machine comprises a refill station with several mounting locations for exchangeable refill tanks , wherein the mounting locations are respectively designed to automatically pump printing ink from one of the refill tanks into one of the reservoir tanks . - a conveyor for conveying the containers , - several stationary direct printing stations (5w, 5c, 5 M , 5γ, 5s, 5 K ) attached thereto, with direct printing heads for printing the containers with the multicolour direct printing, and - with an ink supply system for supplying the direct printing stations (5w, 5c, 5 M , 5γ, 5s, 5 K ) with several printing inks, wherein the ink supply system comprises a reservoir tank for each ink colour,
A computer-implemented method for navigating content of a spreadsheet, comprising: displaying a current view of spreadsheet data associated with a workbook including one or more sheets; receiving, from a user, an instruction to change the current view of the spreadsheet data; changing the current view to a thumbnail view that displays at least one thumbnail representing at least one of the sheets of the workbook when the current view is a data view and the instruction is a gesture to zoom out from content that indicates to display the thumbnail view, wherein, when the at least one thumbnail occupies at least a predefined fraction of a display, a zoomed out view of the content is displayed in the thumbnail, and wherein the content is replaced with a graphical icon when the thumbnail is smaller than said predefined fraction of the display and when more thumbnails are displayed; changing the current view from a view of a chart object to a data view displaying the underlying data for a specific portion of the chart object when the instruction is a stretch gesture performed on a portion of the chart object; and changing the current view from the view of the chart object to a data view displaying the underlying data for the chart object when the instruction is a stretch gesture performed near the chart object but not within the chart object. displaying a current view of spreadsheet data associated with a workbook including one or more sheets; receiving, from a user, an instruction to change the current view of the spreadsheet data; changing the current view to a thumbnail view that displays at least one thumbnail representing at least one of the sheets of the workbook when the current view is a data view and the instruction is a gesture to zoom out from content that indicates to display the thumbnail view, wherein, when the at least one thumbnail occupies at least a predefined fraction of a display, a zoomed out view of the content is displayed in the thumbnail, and wherein the content is replaced with a graphical icon when the thumbnail is smaller than said predefined fraction of the display and when more thumbnails are displayed; changing the current view from a view of a chart object to a data view displaying the underlying data for a specific portion of the chart object when the instruction is a stretch gesture performed on a portion of the chart object; and changing the current view from the view of the chart object to a data view displaying the underlying data for the chart object when the instruction is a stretch gesture performed near the chart object but not within the chart object.
A positioning method for balloon coating for forming a coating layer containing a water-insoluble drug on an outer surface of a balloon of a balloon catheter , wherein a flexible dispensing tube is formed with an opening portion for discharging a coating solution containing the water-insoluble drug and a solvent, and a plane (A) which is perpendicular to an extending direction of the dispensing tube in a state of non-contact with the balloon and which passes through an axis of the balloon is defined as a reference plane (A), and the positioning method comprises a positioning step in which the dispensing tube is positioned relative to the balloon in such a manner that a virtual position (V) at which the opening portion would be located if the dispensing tube is assumed to be non-flexible is located at a position deviated from the reference plane (A) toward the balloon rotating direction side by an angle (θ) within the range of 0 degrees to 40 degrees, with the axis of the balloon (x) as the vertex of the angle, in a region extending from the reference plane (A) in a direction opposite to a discharge direction of the dispensing tube , wherein (A) in the positioning step, the dispensing tube is moved in the extending direction of the dispensing tube without making contact with the balloon , after which the dispensing tube is moved in a direction intersecting the extending direction of the dispensing tube , and an opening portion-formed end portion side of the dispensing tube formed with the opening portion at its end portion is thereby placed in contact with the outer surface of the balloon ; or (B) the coating solution is discharged in a state where a continuous length of a side surface on an opening portion-formed end portion side of the dispensing tube is kept in contact with the outer surface of the balloon ; and wherein in a contact step in (A) or (B), the flexible dispensing tube is pressed against the outer surface of the balloon while being bent. (A) in the positioning step, the dispensing tube is moved in the extending direction of the dispensing tube without making contact with the balloon , after which the dispensing tube is moved in a direction intersecting the extending direction of the dispensing tube , and an opening portion-formed end portion side of the dispensing tube formed with the opening portion at its end portion is thereby placed in contact with the outer surface of the balloon ; or (B) the coating solution is discharged in a state where a continuous length of a side surface on an opening portion-formed end portion side of the dispensing tube is kept in contact with the outer surface of the balloon ; and wherein in a contact step in (A) or (B), the flexible dispensing tube is pressed against the outer surface of the balloon while being bent.
A heat shield assembly, comprising: a circumferential heat shield having a first end and a second end spaced from the first end along a central axis; and a tab member disposed proximate the second end of the circumferential heat shield , the tab member having a radially extending portion with an aperture extending therethrough and being configured for mounting the circumferential heat shield to a wheel. a circumferential heat shield having a first end and a second end spaced from the first end along a central axis; and a tab member disposed proximate the second end of the circumferential heat shield , the tab member having a radially extending portion with an aperture extending therethrough and being configured for mounting the circumferential heat shield to a wheel.
A medical device comprising: an injection molded polymer article, the polymer article comprising a high molecular weight polyethylene polymer, the high molecular weight polyethylene polymer having a melt flow index of greater than about 0.8 g/10 min and less than about 3 g/10 min as measured by ISO Test 1133 at 190°C and at a load of 21.6 kg, the high molecular weight polyethylene having a Viscosity Number of greater than about 400 cm 3 /g when tested according to ISO Test 1628-3, and wherein the high molecular weight polyethylene polymer has a specific gravity of from about 0.93g/cm 3 to about 0.97 g/cm 3 when tested according to ISO Test 1183-1, Method A.
Light control apparatus (LSG) for providing an encoded image (kB) for transmission via a data transfer system (DB), wherein the light control apparatus (LSG) has: - a first interface (SS1) for receiving a first raster image (rB1) as an illumination specification with a light distribution information for a high-resolution light source of a headlamp; - an encoder (K) for transforming the first raster image (rB1) into the encoded image (kB), the redundancy of which is less than a redundancy of the first raster image (rB1), by means of an image encoding method; and - a second interface (SS2) for outputting the encoded image (kB) to the data transfer system (DB), - wherein the encoder (K) on the one hand is designed to divide the first raster image (rB1) into first raster partial images and for a transforming of at least one of the raster partial images into encoded raster partial images and/or the encoder (K) on the other hand is designed to generate a motion vector; - wherein the light control apparatus is designed by means of a chroma channel of the image encoding method to encode and to send control signals and/or brightness signals instead of colour information. - a first interface (SS1) for receiving a first raster image (rB1) as an illumination specification with a light distribution information for a high-resolution light source of a headlamp; - an encoder (K) for transforming the first raster image (rB1) into the encoded image (kB), the redundancy of which is less than a redundancy of the first raster image (rB1), by means of an image encoding method; and - a second interface (SS2) for outputting the encoded image (kB) to the data transfer system (DB), - wherein the encoder (K) on the one hand is designed to divide the first raster image (rB1) into first raster partial images and for a transforming of at least one of the raster partial images into encoded raster partial images and/or the encoder (K) on the other hand is designed to generate a motion vector; - wherein the light control apparatus is designed by means of a chroma channel of the image encoding method to encode and to send control signals and/or brightness signals instead of colour information.
A random access apparatus, wherein in a scenario of an ultra-large coverage cell, the apparatus comprises: a receiving unit , configured to receive a random access, RA, preamble sent by user equipment, UE; wherein the ultra-large coverage cell is a cell with a coverage distance greater than 107 Km; the apparatus further comprises: a processing unit , configured to set a timing advance T A and an R-bit identifier that are of the ultra-large coverage cell after the receiving unit receives the RA preamble, wherein the R-bit identifier is used to indicate a time granularity of the timing advance T A ; and a sending unit , configured to send a RA response message to the UE, wherein the RA response message comprises the timing advance T A and the R-bit identifier that are set by the processing unit ; characterised in that the processing unit is specifically configured to set the R-bit identifier to 1 in the random access response message, indicating that the time granularity of the timing advance T A is greater than 16 T S . a receiving unit , configured to receive a random access, RA, preamble sent by user equipment, UE; wherein the ultra-large coverage cell is a cell with a coverage distance greater than 107 Km; the apparatus further comprises: a processing unit , configured to set a timing advance T A and an R-bit identifier that are of the ultra-large coverage cell after the receiving unit receives the RA preamble, wherein the R-bit identifier is used to indicate a time granularity of the timing advance T A ; and a sending unit , configured to send a RA response message to the UE, wherein the RA response message comprises the timing advance T A and the R-bit identifier that are set by the processing unit ; a processing unit , configured to set a timing advance T A and an R-bit identifier that are of the ultra-large coverage cell after the receiving unit receives the RA preamble, wherein the R-bit identifier is used to indicate a time granularity of the timing advance T A ; and a sending unit , configured to send a RA response message to the UE, wherein the RA response message comprises the timing advance T A and the R-bit identifier that are set by the processing unit ; characterised in that the processing unit is specifically configured to set the R-bit identifier to 1 in the random access response message, indicating that the time granularity of the timing advance T A is greater than 16 T S .
Method for analysing a sample comprising at least a first and a second scale inhibitor, which scale inhibitors are synthetic organic compounds comprising at least one ionised group, the method comprising - optionally diluting and/or purifying the sample, - allowing the first and second scale inhibitors in the sample to interact with a reagent comprising lanthanide(III) ion, - exciting the sample at a first excitation wavelength and detecting a sample signal deriving from the lanthanide(III) ion at a signal wavelength by using time-resolved luminescence measurement, - determining the total concentration of the first and the second scale inhibitor by using the detected sample signal, - determining the concentration of the first scale inhibitor in the sample, - determining the concentration of the second scale inhibitor mathematically by using the obtained results for the total concentration and for the first scale inhibitor concentration, wherein said concentrations of the scale inhibitors are determined in an industrial water system or industrial water system sample. - optionally diluting and/or purifying the sample, - allowing the first and second scale inhibitors in the sample to interact with a reagent comprising lanthanide(III) ion, - exciting the sample at a first excitation wavelength and detecting a sample signal deriving from the lanthanide(III) ion at a signal wavelength by using time-resolved luminescence measurement, - determining the total concentration of the first and the second scale inhibitor by using the detected sample signal, - determining the concentration of the first scale inhibitor in the sample, - determining the concentration of the second scale inhibitor mathematically by using the obtained results for the total concentration and for the first scale inhibitor concentration,
A polypropylene composition comprising a terpolymer composition comprising (A) a first terpolymer fraction containing propylene, ethylene and 1-hexene, wherein the first terpolymer fraction has a melt flow rate of 0.030 to 1.0 dg/min determined by ISO 1133-1:2011 (230°C, 5 kg) and (B) a second terpolymer fraction containing propylene, ethylene and 1-hexene, wherein the second terpolymer fraction has a melt flow rate of 0.30 to 70 dg/min determined by ISO 1133-1:2011 (230°C, 2.16 kg), wherein the first terpolymer fraction is prepared using a first set of reaction conditions, the second terpolymer fraction is prepared using a second set of reaction conditions and the first and second set of reaction conditions are different, wherein the polypropylene composition (i) has a melt flow rate of 0.10 to 0.70 dg/min determined by ISO 1133-1:2011 (230°C, 2.16 kg); (ii) has a content of ethylene derived units in the range from1.6 to 3.0 wt%; (iii) has a content of 1-hexene derived units in the range from 1.7 to 4.0 wt%; and (iv) has a ratio of the content of ethylene derived units to the content of 1-hexene derived units of at least 0.70. (i) has a melt flow rate of 0.10 to 0.70 dg/min determined by ISO 1133-1:2011 (230°C, 2.16 kg); (ii) has a content of ethylene derived units in the range from1.6 to 3.0 wt%; (iii) has a content of 1-hexene derived units in the range from 1.7 to 4.0 wt%; and (iv) has a ratio of the content of ethylene derived units to the content of 1-hexene derived units of at least 0.70.
Sterilization device for packaging material, comprising an electron beam emitter and a power supply comprising a housing and an electric system , wherein the housing is filled with an insulation gas , wherein the insulation gas is adapted to electrically insulate the electric system ; and wherein the electric system is arranged within the housing and adapted to provide a high output voltage to an high voltage output connector attached to the housing and connected to the electron beam emitter , wherein the power supply unit comprises a heat absorber unit , the heat absorber unit comprising at least one plate , wherein the heat absorber unit in turn comprises at least one heat exchange element , the heat exchange element being arranged at the at least one plate , wherein the housing comprises at least one heat source being part of the electric system , wherein the means for conveying the insulation gas are adapted to establish an insulation gas flow that is directed at least from the at least one heat source to the at least one heat exchange element characterized in that the housing comprises means for conveying the insulation gas throughout the housing, in particular a fan, wherein the conveyed insulation gas provides a cooling effect onto the electric system and wherein the insulation gas flow is a circulating insulation gas flow .
A combination comprising a retinoid and an extract of Silybum marianum (L.) Gaertn., characterized in that the retinoid is retinaldehyde and the extract of Silybum marianum (L.) Gaertn. is an extract of achenes of Silybum marianum (L.) Gaertn. comprising less than 0.2% by weight of silymarin based on the weight of the dry extract.
A method comprising: obtaining , by a target application function, T-AF, from a network function repository function, NRF, information on one or more network exposure functions, NEFs, wherein the T-AF is configured by a Mobile Edge Computing, MEC, Orchestrator to interact with certain NEFs, and wherein the information on the one or more NEFs includes one or more of following information: application identifiers representing one or more applications, and AF identifiers; and selecting , by the T-AF, a T-NEF from the one or more NEFs based on the obtained information. obtaining , by a target application function, T-AF, from a network function repository function, NRF, information on one or more network exposure functions, NEFs, wherein the T-AF is configured by a Mobile Edge Computing, MEC, Orchestrator to interact with certain NEFs, and wherein the information on the one or more NEFs includes one or more of following information: application identifiers representing one or more applications, and AF identifiers; and selecting , by the T-AF, a T-NEF from the one or more NEFs based on the obtained information.
A plasma applicator, comprising: a plasma discharge tube in which plasma can be generated, the plasma discharge tube having a process gas inlet for allowing a plasma process gas to enter the plasma discharge tube , the plasma discharge tube having a longitudinal axis ; a microwave cavity at least partially surrounding a portion of the plasma discharge tube ; and a coupling iris at which microwave energy can be coupled to the microwave cavity such that the microwave energy can generate a plasma in the portion of the plasma discharge tube ; wherein the microwave cavity has three orthogonal dimensions including a length, a width and a height, at least two of the orthogonal dimensions being selected such that the microwave energy in the microwave cavity propagates in a transverse electric (TE) mode, the dimensions of the microwave cavity being such that primary electric fields are generated in the microwave cavity that are connected by a partial field, and wherein the coupling iris is positioned laterally opposite to the partial field of the microwave energy such that the primary electric fields generated from the microwave energy combine with an evanescent electric field generated from the coupling iris to form a combined electric field in the microwave cavity that is substantially uniform along the longitudinal axis of the plasma discharge tube . a plasma discharge tube in which plasma can be generated, the plasma discharge tube having a process gas inlet for allowing a plasma process gas to enter the plasma discharge tube , the plasma discharge tube having a longitudinal axis ; a microwave cavity at least partially surrounding a portion of the plasma discharge tube ; and a coupling iris at which microwave energy can be coupled to the microwave cavity such that the microwave energy can generate a plasma in the portion of the plasma discharge tube ; the microwave cavity has three orthogonal dimensions including a length, a width and a height, at least two of the orthogonal dimensions being selected such that the microwave energy in the microwave cavity propagates in a transverse electric (TE) mode, the dimensions of the microwave cavity being such that primary electric fields are generated in the microwave cavity that are connected by a partial field, and wherein the coupling iris is positioned laterally opposite to the partial field of the microwave energy such that the primary electric fields generated from the microwave energy combine with an evanescent electric field generated from the coupling iris to form a combined electric field in the microwave cavity that is substantially uniform along the longitudinal axis of the plasma discharge tube .
A drive belt assembly for a load handling device , the drive belt assembly comprising: a drive belt ; a drive wheel ; one or more driven wheels ; a tensioning means characterized in that the tensioning means comprise: a first tensioning arm having a fixed end above an elbow and a rotatable distal end pivotally attached at the elbow, wherein the first tensioning arm is horizontally displaceable relative to the drive wheel and driven wheels; a second tensioning arm , wherein the drive belt is routed around the first and second tensioning arms and the first and second tensioning arms are arranged to put pressure on the drive belt to tension the drive belt , and wherein the driven wheels are movable in a vertical direction between raised and lowered configurations, relative to the drive wheel ; and wherein the tensioning means has respective configurations corresponding to driven wheels raised and lowered configurations, and the tensioning means is moveable therebetween. a drive belt ; a drive wheel ; one or more driven wheels ; a tensioning means characterized in that the tensioning means comprise: a first tensioning arm having a fixed end above an elbow and a rotatable distal end pivotally attached at the elbow, wherein the first tensioning arm is horizontally displaceable relative to the drive wheel and driven wheels; a second tensioning arm , wherein the drive belt is routed around the first and second tensioning arms and the first and second tensioning arms are arranged to put pressure on the drive belt to tension the drive belt , and wherein the driven wheels are movable in a vertical direction between raised and lowered configurations, relative to the drive wheel ; a first tensioning arm having a fixed end above an elbow and a rotatable distal end pivotally attached at the elbow, wherein the first tensioning arm is horizontally displaceable relative to the drive wheel and driven wheels; a second tensioning arm , wherein the drive belt is routed around the first and second tensioning arms and the first and second tensioning arms are arranged to put pressure on the drive belt to tension the drive belt , and wherein the driven wheels are movable in a vertical direction between raised and lowered configurations, relative to the drive wheel ; and wherein the tensioning means has respective configurations corresponding to driven wheels raised and lowered configurations, and the tensioning means is moveable therebetween.