mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a defined three-dimensional texture on a textile, in which - the texture is provided on the textile with a defined basic area and a defined height, - the texture is formed with at least one texture layer, wherein the height and the basic area of the texture are set by at least one defined height and at least one defined basic area of the at least one texture layer, - at least one variable-volume ink is applied in the form of individual ink droplets onto the textile, wherein a plurality of ink droplets are provided on the textile according to the basic area of the texture, and - the applied ink droplets are activated, whereby a predefined volume increase of the ink droplets is produced and the at least one texture layer is formed on the textile, characterized in that to make available the defined height of the at least one texture layer at least one defined distance is set between the applied ink droplets for the texture layer, the said distance being smaller or equal to a diameter of activated ink droplets of the texture layer. - the texture is provided on the textile with a defined basic area and a defined height, - the texture is formed with at least one texture layer, wherein the height and the basic area of the texture are set by at least one defined height and at least one defined basic area of the at least one texture layer, - at least one variable-volume ink is applied in the form of individual ink droplets onto the textile, wherein a plurality of ink droplets are provided on the textile according to the basic area of the texture, and - the applied ink droplets are activated, whereby a predefined volume increase of the ink droplets is produced and the at least one texture layer is formed on the textile,
A method for the treatment of flue dusts containing 2 to 10 % w/w arsenic and/or antimony from pyrometallurgical methods, wherein a reducing agent is added to the flue dusts, the flue dusts are heated together with the reducing agent, and volatile components are separated from a slag, wherein the reducing agent is a carbonaceous compound characterized in that heating is effected in a fluidized bed.
A suspension system comprising: a subframe; an upper control arm that is pivotally mounted to the subframe; a piston platform that is pivotally mounted to the upper control arm; an air spring that is disposed on the piston platform; a kingpin that is pivotally mounted to the upper control arm; an inner steering knuckle that receives the kingpin; a steering knuckle that is rotatably mounted to the kingpin, wherein the upper control arm is pivotally mounted to the subframe along a first axis, the kingpin is pivotally mounted to the upper control arm along a second axis, and the piston platform supports the air spring and is pivotally mounted to the upper control arm such that the piston platform pivots about a third axis with respect to the upper control arm; characterised in that a support linkage is pivotally mounted to the inner steering knuckle and the piston platform. a subframe; an upper control arm that is pivotally mounted to the subframe; a piston platform that is pivotally mounted to the upper control arm; an air spring that is disposed on the piston platform; a kingpin that is pivotally mounted to the upper control arm; an inner steering knuckle that receives the kingpin; a steering knuckle that is rotatably mounted to the kingpin, wherein the upper control arm is pivotally mounted to the subframe along a first axis, the kingpin is pivotally mounted to the upper control arm along a second axis, and the piston platform supports the air spring and is pivotally mounted to the upper control arm such that the piston platform pivots about a third axis with respect to the upper control arm; characterised in that a support linkage is pivotally mounted to the inner steering knuckle and the piston platform.
A catheter for insertion into a patient's body, the catheter comprising: an elongated member having a proximal portion extending to a distal portion and a lumen formed therethrough, the elongated member formed of polymeric material including shape memory polymers having a first phase transition temperature and a second phase transition temperature that is less than the first phase transition temperature but greater than about room temperature, the elongated member having a first configuration at about room temperature for insertion into the patient's body and self-configures to a second configuration at a first temperature of at least the second phase transition temperature for fluid communication with the patient's body, at least a portion of the lumen having a larger flow area in the second configuration than in the first configuration, characterised in that the elongated member has a third configuration for removal from the patient's body and self-configures from the second configuration to the third configuration at a second temperature of at least the first phase transition temperature, the distal portion of the elongated member having an outer dimension that is less in the third configuration than in the second configuration. an elongated member having a proximal portion extending to a distal portion and a lumen formed therethrough, the elongated member formed of polymeric material including shape memory polymers having a first phase transition temperature and a second phase transition temperature that is less than the first phase transition temperature but greater than about room temperature, the elongated member having a first configuration at about room temperature for insertion into the patient's body and self-configures to a second configuration at a first temperature of at least the second phase transition temperature for fluid communication with the patient's body, at least a portion of the lumen having a larger flow area in the second configuration than in the first configuration, characterised in that the elongated member has a third configuration for removal from the patient's body and self-configures from the second configuration to the third configuration at a second temperature of at least the first phase transition temperature, the distal portion of the elongated member having an outer dimension that is less in the third configuration than in the second configuration.
A system for recording and reproducing data onto and from a recording medium, said system comprising: receiving means for receiving a transport stream comprising transport packets of a plurality of channels; means for obtaining a maximum bit rate of said transport stream; means for detecting annexed information indicative of a broadcast provider of the transport stream; recording means for recording said transport stream as a stream file, and both said maximum bit rate and said annexed information as one information file independently from the stream file, on said recording medium; means for reproducing said transport stream, said annexed information and said maximum bit rate from said recording medium; a transport packet encoder for assembling said annexed information and said maximum bit rate into transport packets; means for setting a transmission band width in accordance with the reproduced information indicative of said maximum bit rate; and output means for outputting said transport stream and said assembled transport packets within the set band width, wherein the output means is configured to output said assembled transport packets when the bit rate of said transport stream is lower than the maximum bit rate. receiving means for receiving a transport stream comprising transport packets of a plurality of channels; means for obtaining a maximum bit rate of said transport stream; means for detecting annexed information indicative of a broadcast provider of the transport stream; recording means for recording said transport stream as a stream file, and both said maximum bit rate and said annexed information as one information file independently from the stream file, on said recording medium; means for reproducing said transport stream, said annexed information and said maximum bit rate from said recording medium; a transport packet encoder for assembling said annexed information and said maximum bit rate into transport packets; means for setting a transmission band width in accordance with the reproduced information indicative of said maximum bit rate; and output means for outputting said transport stream and said assembled transport packets within the set band width, wherein the output means is configured to output said assembled transport packets when the bit rate of said transport stream is lower than the maximum bit rate.
A disposable absorbent article comprising: a) a liquid pervious topsheet; b) a backsheet that is at least partially joined to the topsheet; c) an absorbent core disposed at least partially between the topsheet and the backsheet; d) a first cuff along a longitudinal edge of the topsheet; and e) a graphic disposed on a surface of said backsheet wherein said graphic comprises a photochromic ink composition that becomes visible to the naked human eye upon exposure to ultraviolet light. a) a liquid pervious topsheet; b) a backsheet that is at least partially joined to the topsheet; c) an absorbent core disposed at least partially between the topsheet and the backsheet; d) a first cuff along a longitudinal edge of the topsheet; and e) a graphic disposed on a surface of said backsheet wherein said graphic comprises a photochromic ink composition that becomes visible to the naked human eye upon exposure to ultraviolet light.
A method performed by a head mounted display, HMD, device that supports rendering of a virtual reality environment, comprising: obtaining sensor data describing a real world physical environment adjoining a user of the HMD device; using the sensor data, reconstructing a geometry of the real world physical environment; tracking the user's head and gaze in the real world physical environment using the reconstructed geometry to determine a field of view and view position within the virtual reality environment; projecting a gaze ray outward from the view position along the user's gaze direction; identifying an intersection between the projected gaze ray and the virtual reality environment; placing a virtual object at the intersection within the virtual reality environment in response to user input, wherein the virtual reality environment is completely virtual; and determining when the placed virtual object extends outside the field of view; in response to determining that the placed virtual object extends outside the field of view, rotating the projected gaze ray from the view position from the original projected gaze ray in a direction of at least one of: left, right, up, down or combinations thereof at various angle of rotation and repositioning the virtual object at the intersection of the rotated projected gaze ray with the virtual reality environment to prevent clipping of the virtual object along an edge of the field of view when rendered on the display. obtaining sensor data describing a real world physical environment adjoining a user of the HMD device; using the sensor data, reconstructing a geometry of the real world physical environment; tracking the user's head and gaze in the real world physical environment using the reconstructed geometry to determine a field of view and view position within the virtual reality environment; projecting a gaze ray outward from the view position along the user's gaze direction; identifying an intersection between the projected gaze ray and the virtual reality environment; placing a virtual object at the intersection within the virtual reality environment in response to user input, wherein the virtual reality environment is completely virtual; and determining when the placed virtual object extends outside the field of view; in response to determining that the placed virtual object extends outside the field of view, rotating the projected gaze ray from the view position from the original projected gaze ray in a direction of at least one of: left, right, up, down or combinations thereof at various angle of rotation and repositioning the virtual object at the intersection of the rotated projected gaze ray with the virtual reality environment to prevent clipping of the virtual object along an edge of the field of view when rendered on the display.
A Cu-based oil-impregnated sintered bearing including: 5 to 40% by mass of Ni; 3 to 15% by mass of Sn; 0.5 to 4.0 % by mass of P; optionally, 0.3 to 5% by mass of a solid lubricant; and a remainder comprising Cu and inevitable impurities, wherein said bearing has a metallic structure in which a phase mainly composed of Ni and P is dispersed in a matrix, and has a 5 to 25% porosity, and the metallic structure has a greater hardness than the matrix. 5 to 40% by mass of Ni; 3 to 15% by mass of Sn; 0.5 to 4.0 % by mass of P; optionally, 0.3 to 5% by mass of a solid lubricant; and a remainder comprising Cu and inevitable impurities, wherein said bearing has a metallic structure in which a phase mainly composed of Ni and P is dispersed in a matrix, and has a 5 to 25% porosity, and the metallic structure has a greater hardness than the matrix.
An isolated monoclonal antibody that specifically interacts and shows an affinity of at least 10 6 M -1 as measured by surface plasmon resonance to a conformational epitope of a protofibril form of Aβ peptide, whereby the protofibril epitope is represented by an exposed region of an Aβ-protofibril form comprising the amino acid sequence as set forth in SEQ ID NO: 3, further comprising a variable light chain comprising a CDR1 region as set forth in SEQ ID NO:13, a CDR2 region as set forth in SEQ ID NO:14, and a CDR3 as set forth in SEQ ID NO:15, and a variable heavy chain comprised of a CDR1 region as set forth in SEQ ID NO:20, a CDR2 region as set forth in SEQ ID NO:21, and a CDR3 as set forth in SEQ ID NO:22.
Extruded product, particularly a drawn tube, made of alloy having a composition consisting of (% by weight): 0 < Si < 0.30, 0 < Fe: 0.30, Cu < 0.05, Mn: 0.5 - 1.2, Mg 0.5 - 1.0, 0 < Zn < 0.20, Cr: 0.10 - 0.30, 0 < Ti < 0.05, Zr < 0.05, Ni < 0.05, others < 0.05 each and < 0.15 total, remainder aluminium. 0 < Si < 0.30, 0 < Fe: 0.30, Cu < 0.05, Mn: 0.5 - 1.2, Mg 0.5 - 1.0, 0 < Zn < 0.20, Cr: 0.10 - 0.30, 0 < Ti < 0.05, Zr < 0.05, Ni < 0.05, others < 0.05 each and < 0.15 total, remainder aluminium.
An apparatus for making frozen yogurt, sherbet and ice cream, comprising: a housing having a counter top with at least one aperture; at least one heat exchanger vessel (30, 42, 52) positioned in said aperture for rotation therein, said vessel (30, 42, 52) comprising coupling means at its exterior bottom, and the interior bottom of the vessel (30, 42, 52) comprising adjacent curved U-shaped troughs (36a, 36b) having a center peak between them; a cooling medium within the housing surrounding the vessel (30, 42, 52); a motor for coupling to said coupling means and for rotating the vessel (30, 42, 52) within the housing; and a single scraper blade fixedly mounted on the housing and extending into the vessel (30, 42, 52); characterized in that the scraper blade has a J shape with a straight vertical portion thereof (51, 64) extending into the vessel (30, 42, 52) alongside a wall (56, 58) of the vessel (30, 42, 52); and a bottom portion of the scraper blade curves and ends along the interior bottom of the vessel (30, 42, 52) as the curvature of the bottom trough (36a, 36b), and in that the straight vertical portion (51, 64) of the scraper blade has an irregular triangular cross section and the bottom curved portion of the scraper blade has a right trapezoidal cross section. a housing having a counter top with at least one aperture; at least one heat exchanger vessel (30, 42, 52) positioned in said aperture for rotation therein, said vessel (30, 42, 52) comprising coupling means at its exterior bottom, and the interior bottom of the vessel (30, 42, 52) comprising adjacent curved U-shaped troughs (36a, 36b) having a center peak between them; a cooling medium within the housing surrounding the vessel (30, 42, 52); a motor for coupling to said coupling means and for rotating the vessel (30, 42, 52) within the housing; and a single scraper blade fixedly mounted on the housing and extending into the vessel (30, 42, 52); characterized in that the scraper blade has a J shape with a straight vertical portion thereof (51, 64) extending into the vessel (30, 42, 52) alongside a wall (56, 58) of the vessel (30, 42, 52); and a bottom portion of the scraper blade curves and ends along the interior bottom of the vessel (30, 42, 52) as the curvature of the bottom trough (36a, 36b), and in that the straight vertical portion (51, 64) of the scraper blade has an irregular triangular cross section and the bottom curved portion of the scraper blade has a right trapezoidal cross section.
A method of manufacturing a sheet type conductive member that is configured to be attached to a connector mounted on a mounting object and that is configured to electrically connect a plurality of wiring portions of the mounting object to a plurality of contacts of the connector, the method being characterized by comprising: forming a plurality of flexible conductors and at least one connection conductor by continuously embroidering or weaving a conductive thread on or into a sheet member such that the conductive thread is exposed on a surface of the sheet member, the sheet member having an insulating property and including a sheet body region and a peripheral region situated on a periphery of the sheet body region, the plurality of flexible conductors being situated inside the sheet body region and each including a first end portion electrically connected to a corresponding one of the plurality of wiring portions, a second end portion electrically connected to a corresponding one of the plurality of contacts, and a joint portion joining the first end portion and the second end portion together, and the at least one connection conductor being situated in the peripheral region and interconnecting corresponding two of the plurality of flexible conductors; and separating the peripheral region of the sheet member from the sheet body region and separating the at least one connection conductor from the plurality of flexible conductors. forming a plurality of flexible conductors and at least one connection conductor by continuously embroidering or weaving a conductive thread on or into a sheet member such that the conductive thread is exposed on a surface of the sheet member, the sheet member having an insulating property and including a sheet body region and a peripheral region situated on a periphery of the sheet body region, the plurality of flexible conductors being situated inside the sheet body region and each including a first end portion electrically connected to a corresponding one of the plurality of wiring portions, a second end portion electrically connected to a corresponding one of the plurality of contacts, and a joint portion joining the first end portion and the second end portion together, and the at least one connection conductor being situated in the peripheral region and interconnecting corresponding two of the plurality of flexible conductors; and separating the peripheral region of the sheet member from the sheet body region and separating the at least one connection conductor from the plurality of flexible conductors.
Timepiece component (21, 31, 41, 61) including a first part (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 23, 25, 27, 33, 35, 43, 45) based on photostructurable glass, at least a second part (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 23, 25, 27, 33, 35, 43, 45) based on at least one second material, characterized in that one surface (24, 28, 30, 31) of the first part is made integral with a surface of the second part so as to form a one-piece timepiece component (21, 31, 41,61).
A composition comprising: A) a propylene/C4-C10 alpha-olefin interpolymer comprising from 5.0 wt.% to 25.0 wt.% units derived from the C4-C10 alpha-olefin, the propylene/C4-C10 alpha-olefin interpolymer comprising the following properties: (i) a total unsaturation per mole of propylene from 0.010 mole% to 0.030 mole%, (ii) a density from 0.855 g/cc to 0.890 g/cc, (iii) a melt viscosity, at 177°C, from 0.5 kg/m-s (500 cP) to 200 kg/m-s (200,000 cP). (iv) a melting temperature (Tm) from 45°C to 85°C; and the composition has a crystallization temperature (Tc) from -15°C to -2°C. A) a propylene/C4-C10 alpha-olefin interpolymer comprising from 5.0 wt.% to 25.0 wt.% units derived from the C4-C10 alpha-olefin, the propylene/C4-C10 alpha-olefin interpolymer comprising the following properties: (i) a total unsaturation per mole of propylene from 0.010 mole% to 0.030 mole%, (ii) a density from 0.855 g/cc to 0.890 g/cc, (iii) a melt viscosity, at 177°C, from 0.5 kg/m-s (500 cP) to 200 kg/m-s (200,000 cP). (iv) a melting temperature (Tm) from 45°C to 85°C; and the composition has a crystallization temperature (Tc) from -15°C to -2°C. (i) a total unsaturation per mole of propylene from 0.010 mole% to 0.030 mole%, (ii) a density from 0.855 g/cc to 0.890 g/cc, (iii) a melt viscosity, at 177°C, from 0.5 kg/m-s (500 cP) to 200 kg/m-s (200,000 cP). (iv) a melting temperature (Tm) from 45°C to 85°C; and
A display device comprising: gate lines and data lines crossing each other to define unit pixel regions in a display area; a pixel electrode (Pix) in each unit pixel region; a data shorting bar (ODS, EDS) in a non-display area in parallel with the gate lines; a gate shorting bar (OGS, EGS) in the non-display area in parallel with the data lines; gate link lines (OGL, EGL) electrically connecting the gate lines to the gate shorting bar (OGS, EGS); and data link lines (ODL, EDL) electrically connecting the data lines to the data shorting bar (ODS, EDS); wherein at least one of the gate link lines (OGL, EGL) is partially covered by first shield electrodes, wherein at least one of the data link lines (ODL, EDL) is partially covered by the first shield electrodes, wherein the first shield electrodes include a material that has a higher hardness than that of the others of the gate link lines (OGL, EGL) or the others of the data link lines (ODL, EDL), wherein the first shield electrodes are disposed on a passivation layer which is configured to cover the data lines, wherein the data lines are disposed on a gate insulation film which is configured to cover the gate lines. gate lines and data lines crossing each other to define unit pixel regions in a display area; a pixel electrode (Pix) in each unit pixel region; a data shorting bar (ODS, EDS) in a non-display area in parallel with the gate lines; a gate shorting bar (OGS, EGS) in the non-display area in parallel with the data lines; gate link lines (OGL, EGL) electrically connecting the gate lines to the gate shorting bar (OGS, EGS); and data link lines (ODL, EDL) electrically connecting the data lines to the data shorting bar (ODS, EDS); wherein at least one of the gate link lines (OGL, EGL) is partially covered by first shield electrodes, wherein at least one of the data link lines (ODL, EDL) is partially covered by the first shield electrodes, wherein the first shield electrodes include a material that has a higher hardness than that of the others of the gate link lines (OGL, EGL) or the others of the data link lines (ODL, EDL), wherein the first shield electrodes are disposed on a passivation layer which is configured to cover the data lines, wherein the data lines are disposed on a gate insulation film which is configured to cover the gate lines.