mhurhangee/ep-ind-claims huggingface dataset:
A process of producing an antimicrobial coating on a glass substrate wherein the resultant coated glass substrate provides at least a 2 log reduction against gram positive and/or gram negative bacteria within 2 hours at 37° C, the process comprising the steps of: i) providing a glass substrate having a first surface and a second surface; ii) providing a silicon containing solution and a particle containing solution, wherein the particle containing solution comprises metal particles and/or metal agglomerates; and wherein the metal particles and/or metal agglomerates comprise copper; and wherein the metal particles comprise a size range of from 10nm to 150nm, and wherein the metal agglomerates comprise a size range of from 1μm to 4μm; and iii) mixing together the silicon containing solution and the particle containing solution to form a silica coating composition; iv) contacting at least said first surface of the substrate with the silica coating composition to deposit a layer of silica on the glass substrate; and v) curing the silica coating composition deposited on the glass substrate to form a silica matrix coating layer, wherein the particles are deposited on and/or within the silica matrix coating layer in an amount of from 0.1 to 20 % by weight, and wherein the silica matrix coating layer is deposited to a thickness in the range 5nm to 200nm. i) providing a glass substrate having a first surface and a second surface; ii) providing a silicon containing solution and a particle containing solution, wherein the particle containing solution comprises metal particles and/or metal agglomerates; and wherein the metal particles and/or metal agglomerates comprise copper; and wherein the metal particles comprise a size range of from 10nm to 150nm, and wherein the metal agglomerates comprise a size range of from 1μm to 4μm; and iii) mixing together the silicon containing solution and the particle containing solution to form a silica coating composition; iv) contacting at least said first surface of the substrate with the silica coating composition to deposit a layer of silica on the glass substrate; and v) curing the silica coating composition deposited on the glass substrate to form a silica matrix coating layer, wherein the particles are deposited on and/or within the silica matrix coating layer in an amount of from 0.1 to 20 % by weight, and wherein the silica matrix coating layer is deposited to a thickness in the range 5nm to 200nm.
A supporting device (10,10') for furniture shelves for the reversible connection of a shelf to the shoulders of a piece of furniture, wherein the connection is obtained by means of a pin associated with said shelf and configured so as to protrude from the edge of said shelf and be inserted into a corresponding receiving hole formed on said shoulder of said piece of furniture, the device (10,10') comprising a slide(15,15") with which the pin is integrally associated and a main body with which the slide (15,15'') is slidingly associated, said device (10,10') being configured for being inserted within the thickness of said shelf and said slide (15,15") being sliding with respect to said main body along a sliding direction between a first non-operating position in which said pin is not protruding from said main body and intended not to protrude from said shelf, and a second operating position in which said pin is intended to protrude from said shelf outwardly, said supporting device (10,10') comprising actuation means of said movable engagement means (15,15"), and movement-transmission means (13b,15c,15b,15c") suitable for transforming the movement of said actuation means into the translational movement along the sliding direction of said slide (15,15"), wherein - the actuation means comprise a cam which is received in an outlet comprised in the slide; - the cam comprising a substantially hollow cylindrical central body, whose central hole is shaped for receiving a maneuvering tool, and having a shaped profile configured for interacting with a shaped internal profile (15b, 15c) of said outlet of the slide (15,15'') so as to transform the rotational motion of said cam around an axis coinciding with an axis of said shaped central hole of said hollow cylindrical body, in the translational movement of said slide (15,15") in the sliding direction, characterized in that said cam comprises an elongated body having said shaped profile and retention means being provided in form of a receiving groove provided on the rear internal wall of the shaped internal profile of said slide, and suitable for receiving the end of the elongated body of the cam when the cam is completely rotated clockwise to be arranged along the direction of the axis so that when the end of the elongated body is in the receiving groove the device remains blocked in a withdrawn pin position corresponding to the first non-operating position, even without the user acting on the cam with the tool and also in contrast to the action of any elastic means. - the actuation means comprise a cam which is received in an outlet comprised in the slide; - the cam comprising a substantially hollow cylindrical central body, whose central hole is shaped for receiving a maneuvering tool, and having a shaped profile configured for interacting with a shaped internal profile (15b, 15c) of said outlet of the slide (15,15'') so as to transform the rotational motion of said cam around an axis coinciding with an axis of said shaped central hole of said hollow cylindrical body, in the translational movement of said slide (15,15") in the sliding direction,
A curtain airbag device, comprising: a bag body accommodated to a window upper edge of a vehicle in a compressed state for expanding and inflating toward inside of the vehicle when it is operated; a plurality of brackets coupled to an upper edge portion of the bag body for fixing the bag body to the vehicle, wherein, each of the plurality of brackets has a fixing hole into which each of predetermined tightening members is inserted, wherein the bag body is coupled with the brackets by strip-shaped coupling members (106, 206) coupled to an upper edge portion of the bag body, and each of the plurality of brackets has a laterally long slit-shaped coupling hole through which each of the strip-shaped coupling members (106, 206) is inserted such that an end portion of the strip-shaped coupling member (106, 206) is annularly formed passing through the coupling hole of the bracket, the coupling hole having a width and a height to allow the strip-shaped coupling member (106, 206) to easily move therein, with the width of the coupling hole exceeding the width of the strip-shaped coupling member (106, 206), such that when the bag body is inflated at the time of the airbag device is operated and a force for pulling the brackets downward acts on the brackets, the force can be supported by the entire width of the strip-shaped coupling members (106, 206). a bag body accommodated to a window upper edge of a vehicle in a compressed state for expanding and inflating toward inside of the vehicle when it is operated; a plurality of brackets coupled to an upper edge portion of the bag body for fixing the bag body to the vehicle, wherein, each of the plurality of brackets has a fixing hole into which each of predetermined tightening members is inserted, wherein the bag body is coupled with the brackets by strip-shaped coupling members (106, 206) coupled to an upper edge portion of the bag body, and each of the plurality of brackets has a laterally long slit-shaped coupling hole through which each of the strip-shaped coupling members (106, 206) is inserted such that an end portion of the strip-shaped coupling member (106, 206) is annularly formed passing through the coupling hole of the bracket, the coupling hole having a width and a height to allow the strip-shaped coupling member (106, 206) to easily move therein, with the width of the coupling hole exceeding the width of the strip-shaped coupling member (106, 206), such that when the bag body is inflated at the time of the airbag device is operated and a force for pulling the brackets downward acts on the brackets, the force can be supported by the entire width of the strip-shaped coupling members (106, 206).
A method for producing a transplant from animal dermis, in particular from porcine dermis, comprising the following steps: a) providing animal dermis; b) treating the animal dermis with an aqueous alkaline solution containing sodium sulfide, with 0.01 to 1.5% by weight sodium sulfide being contained; c) treating the dermis once or several times with an aqueous saline solution; d) treating the dermis once or several times with an aqueous hydrogen peroxide solution; and e) dehydrating the dermis. a) providing animal dermis; b) treating the animal dermis with an aqueous alkaline solution containing sodium sulfide, with 0.01 to 1.5% by weight sodium sulfide being contained; c) treating the dermis once or several times with an aqueous saline solution; d) treating the dermis once or several times with an aqueous hydrogen peroxide solution; and e) dehydrating the dermis.
A molding element for a mold used for manufacturing a tread of a tire having a plurality of contacting elements delimited by a plurality of grooves and a connecting member connecting two side faces (1041, 1042, 1043, 1044) of adjacent contacting elements, the molding element having a molding surface for forming a contact face of the contacting elements intended to come into contact with ground during rolling and a rib for forming the groove between adjacent contacting elements, at least two rib side faces (41, 42, 43, 44) forming the side faces (1041, 1042, 1043, 1044) of the contacting element, the rib having a notching portion, the molding element being characterized in that a guiding member made of a material different from a material of the molding element is received in the notching portion and has two opposite side faces (52, 53) configured to form a part of the side faces (1041, 1042, 1043, 1044) of the contacting element and a top face configured to form a part of a bottom of the groove, said material of the guiding member having a modulus at 10% elongation lower than that of the molding element, the guiding member having a guiding slit extending from one of the two opposite side faces (52, 53) to the other of the two opposite side faces (52, 53) through the guiding member and radially from the top face, the top face of the guiding member being partly covered by a pair of rib projecting members projecting from opposed side faces (62, 63) of the notching portion, and a rib projection opening portion being formed between the pair of rib projecting members, a distal end of each of the rib projecting members having a chamfered surface facing to an obliquely upward direction for guiding the connecting member toward the guiding slit.
A cemented carbide comprising: WC with a mean particle diameter of ≤ 0.3 microns serving as a hard phase; at least one type of an iron group metal at 5.5 - 15 percent by mass serving as a binder phase; Ti at 0.005 - 0.06 percent by mass; Cr at a weight ratio relative to said binder phase in the range of 0.04 to 0.2; Ta at less than 0.005 percent by mass; and inevitable impurities taking up a remainder. WC with a mean particle diameter of ≤ 0.3 microns serving as a hard phase; at least one type of an iron group metal at 5.5 - 15 percent by mass serving as a binder phase; Ti at 0.005 - 0.06 percent by mass; Cr at a weight ratio relative to said binder phase in the range of 0.04 to 0.2; Ta at less than 0.005 percent by mass; and inevitable impurities taking up a remainder.
Toothbrush with at least one cleaning zone on which tooth-cleaning elements are arranged, which are pressed against the teeth during cleaning with a cleaning force, and with at least one deformable element by which the cleaning zone can be adapted to the shape of the tooth surface by the cleaning force, where the deformable element has at least a first flexible wing arranged relatively towards the cleaning zone and a second such wing arranged relatively away from the cleaning zone (8, 9, 108, 109), and also at least one guide element (10, 110), and where the first and second wings (8, 9, 108, 109) are held together by the guide element (8, 9, 108, 109) which is integraluy formed with the wings (8,9) and extending at right angles to or at a diagonal angle to an axis which runs equidistantly between the wings (8, 9, 108, 109), so that thereby the flexible wings (8, 9, 108, 109) are moveable from a resting position into a cleaning position by means of the cleaning force exerted on the cleaning zone, in which in the cleaning position he cleaning zone bends toward the cleaning force, whereby the wings (8, 9, 108, 109) form a wedge, being connected together at one end and distanced from each other at the other end, characterised in that the wings (8, 9) hold a wedge space at least partially filled with an elastic material, a gel or a fluid.
A method of processing system level information for implementation by a wireless transmit/receive unit, WTRU, the method comprising: receiving, from a network, the system level information as a plurality of parameters defined as information elements, IEs, for a cell selection operation mode of the WTRU; and processing the received parameters to perform cell selection operations, wherein the IEs comprise priority information indicating a preferred radio access technology, RAT selection, the priority information indicating a preference for a selection of a first RAT over a selection of a second RAT, and wherein the IEs further comprise information indicating whether a cell is forbidden by the network for reselection. receiving, from a network, the system level information as a plurality of parameters defined as information elements, IEs, for a cell selection operation mode of the WTRU; and processing the received parameters to perform cell selection operations, wherein the IEs comprise priority information indicating a preferred radio access technology, RAT selection, the priority information indicating a preference for a selection of a first RAT over a selection of a second RAT, and wherein the IEs further comprise information indicating whether a cell is forbidden by the network for reselection.
An unmanned aerial vehicle launch tube (1010; 1310; 1520) which is closed at one end and comprises: a tethered sabot (700; 1050) configured to engage a UAV (1020; 1200) within a launcher volume defined by an inner wall, the tethered sabot dimensioned to provide a pressure seal at the inner wall and tethered to the inner wall.
A method for processing pre-handover, comprising: receiving, by User Equipment, UE, pre-handover target cell configuration information sent by a serving cell; and executing, by the UE, a pre-handover procedure according to the pre-handover target cell configuration information; wherein executing, by the UE, a pre-handover procedure according to the pre-handover target cell configuration information comprises: judging whether the pre-handover target cell configuration information comprises handover time indication information or not; when the judgment result is that the pre-handover target cell configuration information does not comprise the handover time indication information, initiating, by the UE, the handover procedure according to handover procedure initiation time determined by the UE itself; wherein initiating, by the UE, the handover procedure according to the handover procedure initiation time determined by the UE itself comprises: initiating the handover procedure at handover procedure initiation time determined according to a sending condition of a Measurement Report, MR, and a receiving condition of a Handover Command, HO CMD, wherein the sending condition of a Measurement Report, MR indicates that the UE has sent the MR and the receiving condition indicates that the UE has correctly received the HO CMD. receiving, by User Equipment, UE, pre-handover target cell configuration information sent by a serving cell; and executing, by the UE, a pre-handover procedure according to the pre-handover target cell configuration information; judging whether the pre-handover target cell configuration information comprises handover time indication information or not; when the judgment result is that the pre-handover target cell configuration information does not comprise the handover time indication information, initiating, by the UE, the handover procedure according to handover procedure initiation time determined by the UE itself; wherein initiating, by the UE, the handover procedure according to the handover procedure initiation time determined by the UE itself comprises: initiating the handover procedure at handover procedure initiation time determined according to a sending condition of a Measurement Report, MR, and a receiving condition of a Handover Command, HO CMD, wherein the sending condition of a Measurement Report, MR indicates that the UE has sent the MR and the receiving condition indicates that the UE has correctly received the HO CMD.
Laser beam generating device comprising at least one laser source element (11, 12) and an external cavity, the external cavity comprising an output coupler and a periodic filter element arranged, on a light path from the laser source element (11, 12) and the output coupler, between the laser source element (11, 12) and the output coupler, wherein the laser beam generating device further comprises at least two cut-off filter elements (21, 22) each arranged on the light path between the laser source element (11, 12) and the periodic filter element, wherein a first cut-off filter element comprises a first cut-off wavelength and a second cut-off filter element comprises a second cut-off wavelength, and wherein the at least two cut-off filter elements (21, 22) realize a band pass filter element having a pass band between the at least first and second cut-off wavelengths (W1, W2), wherein the band pass filter selects one or more periodic peaks from the periodic filter element and wherein the periodic filter element is realized by an etalon.
An airfoil for a turbine engine, comprising: a first airfoil wall and a second airfoil wall delimiting an internal cavity, an array of pins positioned in the internal cavity, whereby cooling channels (52, 54) are defined in the interspaces between adjacent pins of the array, each pin extending lengthwise from the first airfoil wall to the second airfoil wall, the pin being connected to the first airfoil wall at a first intersection and connected to the second airfoil wall at a second intersection, wherein an intermediate plane perpendicular to a lengthwise direction is defined at a location between the first intersection and the second intersection, wherein the pin has a first cross-sectional shape (60, 60') at a respective intersection (42, 44) and a second cross-sectional shape (70, 70') at the intermediate plane, wherein the first cross-sectional shape (60, 60') includes a closed shape defined by relatively sharp corners (66, 66') and the second cross-sectional shape (70, 70') includes a closed shape defined by relatively rounded corners (76, 76'), the relatively rounded corners having a larger radius than the relatively sharp corners, wherein a cross-sectional area of the pin at the intermediate plane is greater than a cross-sectional area of the pin at the respective intersection (42, 44). a first airfoil wall and a second airfoil wall delimiting an internal cavity, an array of pins positioned in the internal cavity, whereby cooling channels (52, 54) are defined in the interspaces between adjacent pins of the array, each pin extending lengthwise from the first airfoil wall to the second airfoil wall, the pin being connected to the first airfoil wall at a first intersection and connected to the second airfoil wall at a second intersection, wherein an intermediate plane perpendicular to a lengthwise direction is defined at a location between the first intersection and the second intersection, wherein the pin has a first cross-sectional shape (60, 60') at a respective intersection (42, 44) and a second cross-sectional shape (70, 70') at the intermediate plane, wherein the first cross-sectional shape (60, 60') includes a closed shape defined by relatively sharp corners (66, 66') and the second cross-sectional shape (70, 70') includes a closed shape defined by relatively rounded corners (76, 76'), the relatively rounded corners having a larger radius than the relatively sharp corners, wherein a cross-sectional area of the pin at the intermediate plane is greater than a cross-sectional area of the pin at the respective intersection (42, 44).
A lighting arrangement comprising a supporting element having at least one blue LED light source being at least partially covered with colour conversion layer and designed to emit a light of at least a first wavelength region, and at least one red LED based light source being designed to emit light of at least a second wavelength region, wherein the spectrum of the emitted light by the lighting arrangement is adapted to a predefined spectrum for mesopic vision, the spectrum having a first intensity peak at a wavelength of 440 to 480nm and a second intensity peak at a wavelength of 600 to 650nm.