mhurhangee/ep-ind-claims huggingface dataset:
A piece of luggage including: - a body of the piece of luggage which comprises at least one first and one second portion (4, 6) of the piece of luggage, wherein said first and said second portion (4, 6) of the piece of luggage are adapted to be pivoted relative to each other such that said body of the piece of luggage can be opened or closed, - at least one handle which is connected to said second portion of the piece of luggage, - at least one first and one second frame element (28, 31), wherein said first frame element is arranged at an edge of said first portion of the piece of luggage and said second frame element is arranged at an edge of said second portion of the piece of luggage, wherein at least said first frame element comprises a first recess, wherein at said second portion of the piece of luggage at least one hook element is arranged which extends over said first frame element in the closed state of said body of the piece of luggage and engages with said first recess in a state in which said body of the piece of luggage is loaded and lifted by said handle, characterized in that said hook element does not engage with said recess in a state in which said body of the piece of luggage is not lifted. - a body of the piece of luggage which comprises at least one first and one second portion (4, 6) of the piece of luggage, wherein said first and said second portion (4, 6) of the piece of luggage are adapted to be pivoted relative to each other such that said body of the piece of luggage can be opened or closed, - at least one handle which is connected to said second portion of the piece of luggage, - at least one first and one second frame element (28, 31), wherein said first frame element is arranged at an edge of said first portion of the piece of luggage and said second frame element is arranged at an edge of said second portion of the piece of luggage, wherein at least said first frame element comprises a first recess,
Method to sterilize a tubular wrapping in a packaging machine during its normal functioning, said packaging machine comprising a delivery unit provided with at least one nozzle configured to feed a product to be packaged, a sterilizing mean and a sterile gas, said method comprising the steps of: feeding a film of packaging material along a nozzle of said delivery unit forming a tubular wrapping around said nozzle comprising an upper aperture; feeding a sterilizing mean into said tubular wrapping; said method being characterized in that it also comprises the steps of: making said sterilizing mean flow outside said tubular wrapping through said upper aperture; and, simultaneously, feeding a laminar flow of gas along said nozzle, in the same direction of feed as the film, and outside said tubular wrapping, so that said laminar flow conveys said outflown sterilising mean along said nozzle and outside said tubular wrapping. feeding a film of packaging material along a nozzle of said delivery unit forming a tubular wrapping around said nozzle comprising an upper aperture; feeding a sterilizing mean into said tubular wrapping; said method being characterized in that it also comprises the steps of: making said sterilizing mean flow outside said tubular wrapping through said upper aperture; and, simultaneously, feeding a laminar flow of gas along said nozzle, in the same direction of feed as the film, and outside said tubular wrapping, so that said laminar flow conveys said outflown sterilising mean along said nozzle and outside said tubular wrapping.
A multilayer filter of a medical sterilization container or a medical sterile packaging, each consisting of a core layer or core sheet made of an aramid fabric as puncture protection, which is fully enclosed by at least one first outer layer or outer sheet made of filter material on one side thereof and by at least one second outer layer or outer sheet made of filter material on the other side thereof.
A blade-type fuse comprising: an upper casing; a lower casing which is engaged with the upper casing; and a fuse body having a fusible portion which is housed between the upper casing and the lower casing, and a flat terminal portion which is exposed from between the upper casing and the lower casing, wherein one of the upper casing and the lower casing includes a fixing post, the other of the upper casing and the lower casing includes a through-hole through which the fixing post is passed, the flat terminal portion includes a through-hole through which the fixing post is passed, the flat terminal portion is formed bilaterally symmetrically about a vertical line passing through a center of the blade-type fuse, and vertically symmetrically about a horizontal line passing through the center of the blade-type fuse, and a terminal guide groove which guides bifurcated tip parts (50R, 50L) of a bifurcated terminal is disposed in the flat terminal portion and extended in an insertion direction from a contact part of the terminal guide groove contact with the bifurcated terminal when the flat terminal portion is inserted. an upper casing; a lower casing which is engaged with the upper casing; and a fuse body having a fusible portion which is housed between the upper casing and the lower casing, and a flat terminal portion which is exposed from between the upper casing and the lower casing, wherein one of the upper casing and the lower casing includes a fixing post, the other of the upper casing and the lower casing includes a through-hole through which the fixing post is passed, the flat terminal portion includes a through-hole through which the fixing post is passed, the flat terminal portion is formed bilaterally symmetrically about a vertical line passing through a center of the blade-type fuse, and vertically symmetrically about a horizontal line passing through the center of the blade-type fuse, and a terminal guide groove which guides bifurcated tip parts (50R, 50L) of a bifurcated terminal is disposed in the flat terminal portion and extended in an insertion direction from a contact part of the terminal guide groove contact with the bifurcated terminal when the flat terminal portion is inserted.
A coating composition based on aprotic solvents, comprising at least one hydroxyl-containing compound, at least one isocyanato-containing compound different from the compound, and at least one urea-group-containing compound different from the compound, wherein (i) the urea-group-containing compound has at least one structural unit of the formula and additionally at least one other structural unit, said other structural unit being (a) at least one structural unit of the following formula or (b) at least one structural unit of the following formula - NR"'-C -N(X-SiR" x (OR') 3-x) n (X'-SiR" y (OR') 3-y) m or (c) at least one structural unit of the formula and at least one structural unit of the formula, and (ii) the urea-group-containing compound is obtainable by reacting an isocyanato-containing compound with amino-containing compounds, and (iii) in the urea-group-containing compound more than 90 mol% of the isocyanate groups originally present in the isocyanato-containing compound have undergone reaction to form the structural units and or and or and and, where, in the formulae,, and R"' = hydrogen, alkyl, cycloalkyl, aryl or aralkyl, it being possible for the carbon chain to be interrupted by nonadjacent oxygen, sulfur or NRa groups, with Ra = alkyl, cycloalkyl, aryl or aralkyl, R, R" = alkyl, cycloalkyl, aryl or aralkyl, it being possible for the carbon chain to be interrupted by nonadjacent oxygen, sulfur or NRa groups, with Ra = alkyl, cycloalkyl, aryl or aralkyl, R' = hydrogen, alkyl or cycloalkyl, it being possible for the carbon chain to be interrupted by nonadjacent oxygen, sulfur or NRa groups, X, X' = linear and/or branched alkyl or cycloalkyl radical having 1 to 20 carbon atoms, x = 0 to 2, y = 0 to 2, and n = 0 to 2, m = 0 to 2, m+n = 2. (i) the urea-group-containing compound has at least one structural unit of the formula and additionally at least one other structural unit, said other structural unit being (a) at least one structural unit of the following formula or (b) at least one structural unit of the following formula - NR"'-C -N(X-SiR" x (OR') 3-x) n (X'-SiR" y (OR') 3-y) m or (c) at least one structural unit of the formula and at least one structural unit of the formula, and (a) at least one structural unit of the following formula or (b) at least one structural unit of the following formula - NR"'-C -N(X-SiR" x (OR') 3-x) n (X'-SiR" y (OR') 3-y) m or - NR"'-C -N(X-SiR" x (OR') 3-x) n (X'-SiR" y (OR') 3-y) m (c) at least one structural unit of the formula and at least one structural unit of the formula, and (ii) the urea-group-containing compound is obtainable by reacting an isocyanato-containing compound with amino-containing compounds, and (iii) in the urea-group-containing compound more than 90 mol% of the isocyanate groups originally present in the isocyanato-containing compound have undergone reaction to form the structural units and or and or and and,
An electronic device (100, 400, 500) comprising: a first housing; a second housing; a hinge area disposed between the first housing and the second housing; at least one hinge module provided at the hinge area, the at least one hinge module being coupled to the first housing and the second housing and configured to allow rotation of the first housing and the second housing with respect to each other between a folded position and a unfolded position; a first battery provided in the first housing; a first circuit board (162, 462) provided in the first housing, the first circuit board (162, 462) includes a first portion disposed between the first battery and the hinge module; and at least one flexible printed circuit board, FPCB, extending from an interior of the first housing to an interior of the second housing, wherein a portion of the at least one FPCB is disposed between the first battery and the first portion of the first circuit board (162, 462). a first housing; a second housing; a hinge area disposed between the first housing and the second housing; at least one hinge module provided at the hinge area, the at least one hinge module being coupled to the first housing and the second housing and configured to allow rotation of the first housing and the second housing with respect to each other between a folded position and a unfolded position; a first battery provided in the first housing; a first circuit board (162, 462) provided in the first housing, the first circuit board (162, 462) includes a first portion disposed between the first battery and the hinge module; and at least one flexible printed circuit board, FPCB, extending from an interior of the first housing to an interior of the second housing, wherein a portion of the at least one FPCB is disposed between the first battery and the first portion of the first circuit board (162, 462).
A method of making a drainable ostomy pouch comprising the steps of: providing a drainable pouch including a bodyside wall, a distal wall, and a downwardly extending outlet portion, wherein the bodyside wall and the distal wall are joined along peripheral edges to define a cavity therebetween for collecting stomal discharge, and the downwardly extending outlet portion terminates in a discharge opening for draining stomal discharge contents collected in the cavity; providing a single-piece closure device (10, 200) configured to form at least two closure members (12, 14); attaching the single-piece closure device on the downwardly extending outlet portion; and characterised in that the method comprises the step of trimming side peripheries of the single-piece closure device to form at least two separate closure members (12, 14), wherein the closure members are configured to facilitate folding up of the outlet portion and providing a liquid tight seal in a closed position. providing a drainable pouch including a bodyside wall, a distal wall, and a downwardly extending outlet portion, wherein the bodyside wall and the distal wall are joined along peripheral edges to define a cavity therebetween for collecting stomal discharge, and the downwardly extending outlet portion terminates in a discharge opening for draining stomal discharge contents collected in the cavity; providing a single-piece closure device (10, 200) configured to form at least two closure members (12, 14); attaching the single-piece closure device on the downwardly extending outlet portion; and characterised in that the method comprises the step of trimming side peripheries of the single-piece closure device to form at least two separate closure members (12, 14), wherein the closure members are configured to facilitate folding up of the outlet portion and providing a liquid tight seal in a closed position.
A scanner apparatus (100, 200, 300) comprising: a housing; a scan panel positioned on the housing; a lid rotatably mounted to the housing, wherein the lid is to be moved between a closed position and an open position, wherein in the closed position, the lid covers the scan panel and in the open position, the lid is extended away from the scan panel; an optical sensor (108, 202, 204) to detect media placed on the scan panel; a media engine (114, 206) to determine whether the optical sensor (108, 202, 204) has detected a media on the scan panel while the lid is in the open position; characterized in further comprising a calibration engine to: set a drive voltage of the optical sensor (108, 202, 204) to a first predetermined level with ambient light to the optical sensor (108, 202, 204) blocked; determine a first reading of the optical sensor (108, 202, 204) at the first predetermined level; set the determined first reading as a first baseline value; set the drive voltage of the optical sensor (108, 202, 204) to a second predetermined level; determine a second reading of the optical sensor (108, 202, 204) at the second predetermined level with ambient light to the sensor blocked; and set the determined second reading as a second baseline value. a housing; a scan panel positioned on the housing; a lid rotatably mounted to the housing, wherein the lid is to be moved between a closed position and an open position, wherein in the closed position, the lid covers the scan panel and in the open position, the lid is extended away from the scan panel; an optical sensor (108, 202, 204) to detect media placed on the scan panel; a media engine (114, 206) to determine whether the optical sensor (108, 202, 204) has detected a media on the scan panel while the lid is in the open position; characterized in further comprising a calibration engine to: set a drive voltage of the optical sensor (108, 202, 204) to a first predetermined level with ambient light to the optical sensor (108, 202, 204) blocked; determine a first reading of the optical sensor (108, 202, 204) at the first predetermined level; set the determined first reading as a first baseline value; set the drive voltage of the optical sensor (108, 202, 204) to a second predetermined level; determine a second reading of the optical sensor (108, 202, 204) at the second predetermined level with ambient light to the sensor blocked; and set the determined second reading as a second baseline value. set a drive voltage of the optical sensor (108, 202, 204) to a first predetermined level with ambient light to the optical sensor (108, 202, 204) blocked; determine a first reading of the optical sensor (108, 202, 204) at the first predetermined level; set the determined first reading as a first baseline value; set the drive voltage of the optical sensor (108, 202, 204) to a second predetermined level; determine a second reading of the optical sensor (108, 202, 204) at the second predetermined level with ambient light to the sensor blocked; and set the determined second reading as a second baseline value.
A singing voice edit assistant method, performed by a computer, comprising: reading out singing style data that prescribes individuality of a singing voice and acoustic effects to be added to the singing voice at desired reproduction time points, wherein the singing voice is represented by singing voice data to be synthesized by the computer based on score data representing a time series of notes and lyrics data representing words corresponding to the respective notes; and synthesizing singing voice data while adjusting the individuality before synthesis to waveform data and adding acoustic effects after synthesis to the waveform data based on the score data, the lyrics data, and the singing style data read out by the reading out process characterized in that the singing style data includes: first data indicating a signal processing to be executed on the singing voice data before synthesis to waveform data for adjustment of the individuality of a singing voice based on the score data and the lyrics data; and second data indicating a modification on values of parameters for addition of acoustic effects to a singing voice after synthesis of the waveform data, wherein the singing style data are prescribed for singing synthesis together with the desired reproduction time points in singing synthesis reproduction sequence data. reading out singing style data that prescribes individuality of a singing voice and acoustic effects to be added to the singing voice at desired reproduction time points, wherein the singing voice is represented by singing voice data to be synthesized by the computer based on score data representing a time series of notes and lyrics data representing words corresponding to the respective notes; and synthesizing singing voice data while adjusting the individuality before synthesis to waveform data and adding acoustic effects after synthesis to the waveform data based on the score data, the lyrics data, and the singing style data read out by the reading out process characterized in that the singing style data includes: first data indicating a signal processing to be executed on the singing voice data before synthesis to waveform data for adjustment of the individuality of a singing voice based on the score data and the lyrics data; and second data indicating a modification on values of parameters for addition of acoustic effects to a singing voice after synthesis of the waveform data, wherein the singing style data are prescribed for singing synthesis together with the desired reproduction time points in singing synthesis reproduction sequence data. first data indicating a signal processing to be executed on the singing voice data before synthesis to waveform data for adjustment of the individuality of a singing voice based on the score data and the lyrics data; and second data indicating a modification on values of parameters for addition of acoustic effects to a singing voice after synthesis of the waveform data, wherein the singing style data are prescribed for singing synthesis together with the desired reproduction time points in singing synthesis reproduction sequence data.
A method for evaluating the fouling of passages of a spacer plate of a heat exchanger with tubes, said passages (12a, 12b) being made along the tubes for crossing the spacer plate by a fluid, wherein, for at least one passage (12a, 12b): - at least one measurement of a parameter depending on the fouling or on the presence of magnetite is conducted in the vicinity of the passage by means of an eddy current probe, - at least one fouling indicator of said passage is derived from this measurement, characterized in that the fouling is evaluated by comparing a set of one or several vectors of fouling indicators with a dimension of at least two, built from the thereby obtained fouling indicators, with a plurality of sets of vectors of fouling indicators contained in a database, each of said sets of vectors of indicators being associated with a quantitative fouling descriptor. - at least one measurement of a parameter depending on the fouling or on the presence of magnetite is conducted in the vicinity of the passage by means of an eddy current probe, - at least one fouling indicator of said passage is derived from this measurement,
Method for ensuring a potential equalization in a lacquered or anodized line guidance duct composed of metal designed for the installation of electrical appliances or lines, composed of an upper part with lateral shaped holding profiles and of a U-shaped lower part with lateral cover holding profiles for holding the upper part by way of the shaped holding profiles, in the case of which electrical contracting is realized via touching lacquer-free or non-anodized contact surfaces between the upper part and the U-shaped lower part of the line guidance duct, wherein the lacquer layer or anodized layer is removed as a strip or in punctiform fashion along contact lines (25, 29) for electrical contacting which are formed on the cover holding profiles of the lower part and on the shaped holding profiles on the upper part, characterized in that the removal of the lacquer layer or anodized layer along the contact lines (25, 29) is performed by means of a laser.
A power capacitor comprising: - a casing, - a first bushing, - a second bushing or an earthing stud having the same electric potential as the casing, wherein the first bushing and the second bushing extend through the casing, - a dielectric liquid, and - a plurality of wound capacitor elements, each wound capacitor element comprising: a first electrode comprising two first layers (11a, 11b) of electrically conducting material connected to the first bushing, the two first layers being arranged movable towards and from each other, a second electrode comprising two second layers (13a, 13b) of electrically conducting material connected to the second bushing or to the earthing stud, the two second layers (13a, 13b) being arranged movable towards and from each other, and a dielectric layer arranged between the first electrode and the second electrode, wherein the two first layers (11a, 11b), the two second layers (13a, 13b) and the dielectric layer are together wound in a plurality of turns to obtain a plurality of layers of the first electrode, of the second electrode and of the dielectric layer, wherein the wound capacitor elements are arranged in a stacked manner in the casing, adjacent wound capacitor elements being in direct contact with each other, wherein the capacitor elements are submerged in the dielectric liquid. - a casing, - a first bushing, - a second bushing or an earthing stud having the same electric potential as the casing, wherein the first bushing and the second bushing extend through the casing, - a dielectric liquid, and - a plurality of wound capacitor elements, each wound capacitor element comprising: a first electrode comprising two first layers (11a, 11b) of electrically conducting material connected to the first bushing, the two first layers being arranged movable towards and from each other, a second electrode comprising two second layers (13a, 13b) of electrically conducting material connected to the second bushing or to the earthing stud, the two second layers (13a, 13b) being arranged movable towards and from each other, and a dielectric layer arranged between the first electrode and the second electrode, wherein the two first layers (11a, 11b), the two second layers (13a, 13b) and the dielectric layer are together wound in a plurality of turns to obtain a plurality of layers of the first electrode, of the second electrode and of the dielectric layer, a first electrode comprising two first layers (11a, 11b) of electrically conducting material connected to the first bushing, the two first layers being arranged movable towards and from each other, a second electrode comprising two second layers (13a, 13b) of electrically conducting material connected to the second bushing or to the earthing stud, the two second layers (13a, 13b) being arranged movable towards and from each other, and a dielectric layer arranged between the first electrode and the second electrode, wherein the two first layers (11a, 11b), the two second layers (13a, 13b) and the dielectric layer are together wound in a plurality of turns to obtain a plurality of layers of the first electrode, of the second electrode and of the dielectric layer,