mhurhangee/ep-ind-claims huggingface dataset:
Method for fabricating a flexible printed circuit, comprising: - the provision of a sheet of electrically conductive material, having a first and a second face; - the provision of a layer of dielectric material having a first and a second face; - the perforation of at least one bonding hole through the layer of dielectric material; - the lamination, after the perforation of at least one bonding hole, of the sheet of electrically conductive material with the layer of dielectric material, the sheet of electrically conductive material forming a connection area at the bottom of at least one bonding hole, in which the layer of dielectric material consists of a pre-impregnated material, this prepreg consisting of a resin impregnating a reinforcement; the step of perforating at least one bonding hole is carried out before the lamination of the layer of dielectric material with the first face of the sheet of electrically conductive material; the step of laminating the sheet of electrically conductive material with the layer of dielectric material is carried out while the first face of the layer of dielectric material is placed in direct contact with the first face of the sheet of electrically conductive material, and characterized by the fact that the flow of the prepreg is less than or equal to 0.7 mm measured according to standard IPC-TM-650 2.3.17.2. - the provision of a sheet of electrically conductive material, having a first and a second face; - the provision of a layer of dielectric material having a first and a second face; - the perforation of at least one bonding hole through the layer of dielectric material; - the lamination, after the perforation of at least one bonding hole, of the sheet of electrically conductive material with the layer of dielectric material, the sheet of electrically conductive material forming a connection area at the bottom of at least one bonding hole,
Compressor module for a domestic refrigeration appliance with a compressor and an evaporation tray, wherein a bracket is attached to a casing of the compressor, in order to define a passage between the casing and bracket, and wherein a latching channel is formed in the evaporation tray and compressor and evaporation tray are moved out of a free position, in which the bracket engages in the latching channel and the passage is free of parts of the evaporation tray, into a latching position, in which a fixing finger of the evaporation tray is inserted from a front side of the bracket into the passage and a contact surface of an elastically deflectable finger of the evaporation tray engages on a rear of the bracket, characterised in that the direction of the displacement from the free position into the latching position is a longitudinal direction (x) of the latching channel which is orientated at right angles to an upward direction (z) and that the elastic finger extends beyond the rear of the bracket up to a base fixed to the evaporation tray, said base being further away than the contact surface is from the rear of the bracket.
A method of preparing a catalyst comprising: aging a silica support in an alkaline solution to produce an alkaline aged silica support; adding a chromium-containing compound to the silica support prior to aging, during aging, after aging, or combinations thereof; removing the alkaline solution from the alkaline aged silica support to produce a dried silica support; and activating the dried silica support to produce a catalyst composition, wherein alkaline aging lowers the surface area of the silica support to less than 50% of the original value, wherein the alkaline-aged silica support has a surface area of less than 300 m 2 /g; wherein activation of the dried silica support is carried out in batches of equal to or greater than 226.8 Kg (500 lbs) for a time period of less than 8 hours, wherein activating the alkaline aged composition further comprises heating the composition to a temperature equal to or greater than 700 °C, wherein the aging is carried out at a temperature of 80 °C for a time period of from 10 to 24 hours and wherein the alkaline solution has a pH of from 8 to 13. aging a silica support in an alkaline solution to produce an alkaline aged silica support; adding a chromium-containing compound to the silica support prior to aging, during aging, after aging, or combinations thereof; removing the alkaline solution from the alkaline aged silica support to produce a dried silica support; and activating the dried silica support to produce a catalyst composition, wherein alkaline aging lowers the surface area of the silica support to less than 50% of the original value, wherein the alkaline-aged silica support has a surface area of less than 300 m 2 /g; wherein activation of the dried silica support is carried out in batches of equal to or greater than 226.8 Kg (500 lbs) for a time period of less than 8 hours, wherein activating the alkaline aged composition further comprises heating the composition to a temperature equal to or greater than 700 °C, wherein the aging is carried out at a temperature of 80 °C for a time period of from 10 to 24 hours and wherein the alkaline solution has a pH of from 8 to 13.
An image information processing apparatus, comprising: a first display control unit configured to control, when a plurality of recipients of information that is to be transmitted are designated, a display unit to display a first recipient list including recipients from the the plurality of recipients; a second display control unit (107, 109) configured to control the display unit to display recipient-related information to confirm recipients after receiving an information transmission operation and before the information is transmitted to the plurality of recipients, in a case where the first recipient list did not fit all of the plurality of recipients within a single screen of the display unit; and a transmission unit configured to transmit the information to the plurality of recipients, wherein the second display control unit (107, 109) is configured to control a second recipient list to be displayed as the recipient-related information, the second recipient list including more recipients of the plurality within the single screen than fitted in the first recipient list within the single screen. a first display control unit configured to control, when a plurality of recipients of information that is to be transmitted are designated, a display unit to display a first recipient list including recipients from the the plurality of recipients; a second display control unit (107, 109) configured to control the display unit to display recipient-related information to confirm recipients after receiving an information transmission operation and before the information is transmitted to the plurality of recipients, in a case where the first recipient list did not fit all of the plurality of recipients within a single screen of the display unit; and a transmission unit configured to transmit the information to the plurality of recipients, wherein the second display control unit (107, 109) is configured to control a second recipient list to be displayed as the recipient-related information, the second recipient list including more recipients of the plurality within the single screen than fitted in the first recipient list within the single screen.
A data carrier comprising a data sheet, said data sheet comprising a substrate material having a part bearing at least one printed area, said printed area being configured for ink written data, wherein said printed area comprises raised areas and depressed areas forming an embossed pattern, the embossed pattern is formed by blind-embossed pattern, the raised areas and depressed areas comprise depths, widths and/or a design configured to keep the ink of the ink written filled into the depressed area so that to prevent smudging, spreading and manipulation, characterised in that wherein the embossed pattern comprises at least one raised area that is deeper or wider than another raised area. said printed area comprises raised areas and depressed areas forming an embossed pattern, the embossed pattern is formed by blind-embossed pattern, the raised areas and depressed areas comprise depths, widths and/or a design configured to keep the ink of the ink written filled into the depressed area so that to prevent smudging, spreading and manipulation, characterised in that wherein the embossed pattern comprises at least one raised area that is deeper or wider than another raised area.
Film tablet containing ibandronate or a physiologically acceptable salt thereof as active ingredient, characterised in that the film tablet consists of a core containing an active ingredient which is coated by an active ingredient-free film in such a way that at least 75% of the active ingredient is released within thirty minutes upon contact in aqueous medium at pH 1 to 7.4.
A system for automatically closing sample containers, in particular sample containers with medical laboratory samples, comprising i. a plurality of identically shaped stackable closure caps which have a convex-shaped outer side and a concave-shaped inner side and which are thus stacked in at least one stack of closure caps in such a way that an upper closure cap in the stack of closure caps engages with its convex-shaped outer side on the concave-shaped inner side of a lower closure cap lying directly beneath it in the stack of closure caps, ii. a closing gripper for gripping an uppermost closure cap from said at least one stack of closure caps, for transferring the gripped sealing cap to the sample container to be sealed and for inserting the gripped closure cap into an opening of the sample container for closing the opening, the closure gripper having a centring piece which can be inserted into a closure cap in such a way that it rests against the concave-shaped inner side of the closure cap. i. a plurality of identically shaped stackable closure caps which have a convex-shaped outer side and a concave-shaped inner side and which are thus stacked in at least one stack of closure caps in such a way that an upper closure cap in the stack of closure caps engages with its convex-shaped outer side on the concave-shaped inner side of a lower closure cap lying directly beneath it in the stack of closure caps, ii. a closing gripper for gripping an uppermost closure cap from said at least one stack of closure caps, for transferring the gripped sealing cap to the sample container to be sealed and for inserting the gripped closure cap into an opening of the sample container for closing the opening,
An overload clutch, more specifically a slip clutch, for transferring a torque M, active around a torque axis A M and limited to a maximum value, from a driving part, for example a gear of a driving axis of a wind power station, to an axially downstream positioned driven part, for example a powertrain of a generator, comprising: at least a first body, connected in a torque-resistant way with the driving part or with the driven part, and at least a second body, correspondingly connected in a torque-resistant way with the other part, i.e. with the driven part or with the driving part, respectively, whereby the second body comprises multiple friction elements which, forming a friction fit between the first body and the second body, are pre-tensioned along at least a pre-tension axis A V against friction elements on the first body, whereby the friction elements are movably mounted along the pre-tension axis Av in friction element recesses in the second body, clamped by the friction counter elements by virtue of the pre-tension, the location of which along at least an axis is fixed until the overload torque is reached, characterised in that the second body comprises multiple friction element recesses that penetrate the second body along a penetration axis A D, whereby the friction elements are movably mounted along this penetration axis in the friction element recesses. at least a first body, connected in a torque-resistant way with the driving part or with the driven part, and at least a second body, correspondingly connected in a torque-resistant way with the other part, i.e. with the driven part or with the driving part, respectively, whereby the second body comprises multiple friction elements which, forming a friction fit between the first body and the second body, are pre-tensioned along at least a pre-tension axis A V against friction elements on the first body, whereby the friction elements are movably mounted along the pre-tension axis Av in friction element recesses in the second body, clamped by the friction counter elements by virtue of the pre-tension, the location of which along at least an axis is fixed until the overload torque is reached, characterised in that the second body comprises multiple friction element recesses that penetrate the second body along a penetration axis A D, whereby the friction elements are movably mounted along this penetration axis in the friction element recesses.
A passive altimeter, comprising: an imaging device; a groundspeed system; and an image processing device operatively connected to receive an indication of groundspeed from the groundspeed system and to receive at least a first image from the imaging device taken at a first position and a second image from the imaging device taken at a second position spaced apart from the first position, wherein the image processing device is configured to compare the first image and the second image to determine an altitude above ground using the indication of groundspeed from the groundspeed system; wherein the image processing device is further configured to determine a location of at least one common pixel (A; B; C) on the first image and the second image; and wherein a frame rate is a difference in time (At) between a first time of the first image being taken and a second time of the second image being taken; characterised in that the passive altimeter further comprises a Δt compensator that modifies the frame rate between the images, such that if the image processing device is not capable of locating at least one common pixel between the images, the frame rate can change until at least one common pixel can be found. an imaging device; a groundspeed system; and an image processing device operatively connected to receive an indication of groundspeed from the groundspeed system and to receive at least a first image from the imaging device taken at a first position and a second image from the imaging device taken at a second position spaced apart from the first position, wherein the image processing device is configured to compare the first image and the second image to determine an altitude above ground using the indication of groundspeed from the groundspeed system; wherein the image processing device is further configured to determine a location of at least one common pixel (A; B; C) on the first image and the second image; and wherein a frame rate is a difference in time (At) between a first time of the first image being taken and a second time of the second image being taken; characterised in that the passive altimeter further comprises a Δt compensator that modifies the frame rate between the images, such that if the image processing device is not capable of locating at least one common pixel between the images, the frame rate can change until at least one common pixel can be found.
A test plug (10, 110, 210) for insertion into and plugging of an open end of an elbow pipe, comprising: a shaft (12, 112, 212), a resilient sealing element (24, 124, 224) carried on said shaft (12, 112, 212), a set of gripper segments (28, 128, 228) carried on said shaft (12, 112, 212), said set of gripper segments (28, 128, 228) being movable relative to said shaft (12, 112, 212) between pipe-gripping and pipe-non-gripping positions such that, when said test plug (10, 110, 210) is placed in sealing and gripping engagement relative to an inner diameter wall of an elbow pipe, said set of gripper segments (28, 128, 228) are eccentrically aligned to said sealing element (24, 124, 224), and a camming element (126, 226) carried on said shaft (112, 212) and having an outer camming surface on which said set of gripper segments (128, 228) are seated and movable between said pipe-gripping and pipe-non-gripping positions, wherein said camming element (126, 226) defines a hollow channel (160, 260) extending lengthwise therethrough, wherein said shaft (112, 212) extends through said hollow channel (160, 260) of said camming element (126, 226), and wherein said hollow channel (160, 260) is of a size greater than an outer periphery of said shaft (112, 212) such that an open gap exists between said camming element (126, 226) and said shaft (112, 212) permitting a predetermined amount of floating movement of said camming element (126, 226) relative to said shaft (112, 212) in a direction generally perpendicular to a longitudinal axis of said shaft (112, 212). a shaft (12, 112, 212), a resilient sealing element (24, 124, 224) carried on said shaft (12, 112, 212), a set of gripper segments (28, 128, 228) carried on said shaft (12, 112, 212), said set of gripper segments (28, 128, 228) being movable relative to said shaft (12, 112, 212) between pipe-gripping and pipe-non-gripping positions such that, when said test plug (10, 110, 210) is placed in sealing and gripping engagement relative to an inner diameter wall of an elbow pipe, said set of gripper segments (28, 128, 228) are eccentrically aligned to said sealing element (24, 124, 224), and a camming element (126, 226) carried on said shaft (112, 212) and having an outer camming surface on which said set of gripper segments (128, 228) are seated and movable between said pipe-gripping and pipe-non-gripping positions, wherein said camming element (126, 226) defines a hollow channel (160, 260) extending lengthwise therethrough, wherein said shaft (112, 212) extends through said hollow channel (160, 260) of said camming element (126, 226), and wherein said hollow channel (160, 260) is of a size greater than an outer periphery of said shaft (112, 212) such that an open gap exists between said camming element (126, 226) and said shaft (112, 212) permitting a predetermined amount of floating movement of said camming element (126, 226) relative to said shaft (112, 212) in a direction generally perpendicular to a longitudinal axis of said shaft (112, 212).
Device for producing and/or confining a plasma comprising - a chamber in the volume of which the plasma is produced or confined, said chamber including a wall defining an envelope inside the chamber and surrounding the volume, - a plurality of annular magnets, centered on a normal to the envelope, having a radial magnetization direction and arranged near the wall defining the envelope supporting the normal, so that the magnetization direction is substantially perpendicular to said normal to the envelope; characterized in that said annular magnets are arranged in a non-concentric manner at the level of the wall in order to form a two- or three-dimensional array. - a chamber in the volume of which the plasma is produced or confined, said chamber including a wall defining an envelope inside the chamber and surrounding the volume, - a plurality of annular magnets, centered on a normal to the envelope, having a radial magnetization direction and arranged near the wall defining the envelope supporting the normal, so that the magnetization direction is substantially perpendicular to said normal to the envelope;
A method for decellularising a tissue the method comprising the steps of: a) adding a tissue to be decellularised to a decellularisation vessel; b) adding a decellularisation medium comprising at least one detergent, a deoxyribonuclease and a ribonuclease to the vessel; c) introducing supercritical carbon dioxide to the vessel; and d) maintaining contact of the tissue with the supercritical carbon dioxide for a time sufficient to substantially decellularise the tissue. a) adding a tissue to be decellularised to a decellularisation vessel; b) adding a decellularisation medium comprising at least one detergent, a deoxyribonuclease and a ribonuclease to the vessel; c) introducing supercritical carbon dioxide to the vessel; and d) maintaining contact of the tissue with the supercritical carbon dioxide for a time sufficient to substantially decellularise the tissue.
A printing apparatus having a first power state and a second power state, which saves more power than the first power state, the printing apparatus comprising: a detection means configured to detect temperatures around the printing apparatus; and characterized by comprising: a holding means configured to hold background temperature data indicating the temperatures around the printing apparatus; a control means configured to, based on the background temperature data held in the holding means and temperature data detected by the detection means, shift the printing apparatus from the second power state to the first power state; and an update means configured to update the background temperature data held in the holding means. a detection means configured to detect temperatures around the printing apparatus; and characterized by comprising: a holding means configured to hold background temperature data indicating the temperatures around the printing apparatus; a control means configured to, based on the background temperature data held in the holding means and temperature data detected by the detection means, shift the printing apparatus from the second power state to the first power state; and an update means configured to update the background temperature data held in the holding means.
Switch, in particular circuit breaker for low voltages, for interrupting a current in the case of a short circuit, comprising switching contacts across which the current flows and which are separated from one another in the event of a short circuit, and comprising a tripping device which has a solenoid through which at least some of the current flows and of which the magnetic forces shift a tripping element to a tripping position, in which the said tripping element operates a switching unit for disconnecting the switching contacts, in the event of a short circuit, wherein a signalling switch module, which is inserted into the switch, has a blocking element and a signalling element which can be shifted, wherein the blocking element is moved from a blocking position to a release position, in which it enables shifting of the signalling element to a signalling position, in the event of a short circuit, and wherein the blocking element is moved to its release position by the tripping element in the event of a short circuit, characterized in that the blocking element is in the form of a rotationally mounted unlatching lever and the tripping element is in the form of a tripping slide, wherein the tripping slide has a recess or a tapered portion into which one end of the unlatching lever is pivoted when the tripping slide is in its tripping position, while the other end of the unlatching lever releases the signalling element.
A switchgear drive arrangement comprising a transmission element for transmitting a movement through a wall of a housing, wherein the transmission element is guided such that it is supported in a linearly displaceable manner on the wall of the housing, wherein a first guide bearing has a bearing sleeve on which the transmission element is supported in a displaceable manner and the bearing sleeve engages around a reversibly deformable section of the wall, characterized in that a spacer is arranged between the bearing sleeve and the reversibly deformable section.