mhurhangee/ep-ind-claims huggingface dataset:
A mounting system for mounting a panel onto a surface, the system comprising a protective panel (100,200,700B) having a panel surface which comprises one or more portions and one or more portions of a reusable mounting system (120,220,340A,340B, 340C,440,520A,520B,540,540A,540B,640A,640B,720,740,940,1040,1140,1240,1392,1440A,1440B) provided on the one or more portions of the panel surface wherein the reusable mounting system is adapted to engage with the surface having corresponding portions which are provided with the reusable mounting system wherein the reusable mounting system comprises a hook material (120,220,520A,520B) and a loop material (340A,340B,340C,440,540,540A,540B,640A,640B) of a hook and loop system characterised in that - the mounting system has a sliding layer which is shaped to shield the reusable mounting system such that the panel can be slid into position without the reusable mounting system engaging; and in that - the sliding layer is a removable release sheet. - the mounting system has a sliding layer which is shaped to shield the reusable mounting system such that the panel can be slid into position without the reusable mounting system engaging; and in that - the sliding layer is a removable release sheet.
An apparatus for processing a front face of a semiconductor wafer comprising: a main chamber; at least one loading port connected to the main chamber for introducing the wafer to the main chamber; at least one stack of wafer processing modules comprising three or more substantially vertically stacked wafer processing modules, at least three or more extendable fixtures, each wafer processing module being associated with a respective extendable fixture, wherein adjacent wafer processing modules in the stack have a vertical pitch of less than 50cm, and each processing module is configured to process the wafer when disposed substantially horizontally therein with the front face of the wafer facing upwards, and at least one wafer processing module is an electrochemical wafer processing module, the electrochemical wafer processing module comprising a platen assembly for receiving the wafer, an electrode chamber and a seal the platen assembly being moveable relative to the electrode chamber to cause the seal to seal against a surface to define a sealed cavity in which electrochemical processing takes place; a transfer mechanism for transferring the wafer between the loading port and the processing modules; and wherein each processing module is removably replaced within the stack via the respective extendable fixture. a main chamber; at least one loading port connected to the main chamber for introducing the wafer to the main chamber; at least one stack of wafer processing modules comprising three or more substantially vertically stacked wafer processing modules, at least three or more extendable fixtures, each wafer processing module being associated with a respective extendable fixture, wherein adjacent wafer processing modules in the stack have a vertical pitch of less than 50cm, and each processing module is configured to process the wafer when disposed substantially horizontally therein with the front face of the wafer facing upwards, and at least one wafer processing module is an electrochemical wafer processing module, the electrochemical wafer processing module comprising a platen assembly for receiving the wafer, an electrode chamber and a seal the platen assembly being moveable relative to the electrode chamber to cause the seal to seal against a surface to define a sealed cavity in which electrochemical processing takes place; a transfer mechanism for transferring the wafer between the loading port and the processing modules; and wherein each processing module is removably replaced within the stack via the respective extendable fixture.
A method for ventilating a room by controlled feeding of external air at a feed location of the room and exhausting internal air at an exhaust location remote from the feed location, wherein a dew point temperature (T Ta) of the external air and a dew point temperature (T Ti) of the internal air are determined from an internal relative humidity and from an internal air temperature measured by an internal sensor and from an external relative humidity and an external air temperature measured by an external sensor by the sensors or by a control, characterized in that the feeding and exhausting is only performed when the dew point temperature (T Ta) of the external air is lower by a random selectable and adjustable minimum temperature difference than the dew point temperature (T Ti) of the internal air.
Processor chip card having - at least one microcontroller (MC, 10), - at least two applications (CA1, CA2), - at least one signal indicator and - an authorization manager, wherein the processor chip card is configured so as - to use the at least one signal indicator to indicate which of the at least two applications (CA1, CA2) is intended for execution, and, - after a confirmation of the application (CA1, CA2) intended for execution has been received, to enable the application (CA1, CA2) for execution, characterized in that after the application (CA1, CA2) intended for execution has been enabled the at least one remaining unselected application cannot be executed. - at least one microcontroller (MC, 10), - at least two applications (CA1, CA2), - at least one signal indicator and - an authorization manager, wherein the processor chip card is configured so as - to use the at least one signal indicator to indicate which of the at least two applications (CA1, CA2) is intended for execution, and, - after a confirmation of the application (CA1, CA2) intended for execution has been received, to enable the application (CA1, CA2) for execution, characterized in that after the application (CA1, CA2) intended for execution has been enabled the at least one remaining unselected application cannot be executed.
A buoyant structure comprising: a hull having a main deck, an upper cylindrical side section, an upper frustoconical side section, a lower frustoconical side section a lower ellipsoidal section, an ellipsoid keel, and a fin-shaped appendage secured to a lower and an outer portion of the exterior of the ellipsoid keel, characterized in that the hull further comprises a cylindrical neck, wherein the lower frustoconical side section extends from the cylindrical neck; wherein the hull forms an ellipsoidal planform; and wherein a pendulum is attached to the structure, positioned to move between a transport depth and an operational depth, and wherein the pendulum is configured to dampen movement of a watercraft as the watercraft moves from side to side in water. the hull further comprises a cylindrical neck, wherein the lower frustoconical side section extends from the cylindrical neck; wherein the hull forms an ellipsoidal planform; and wherein a pendulum is attached to the structure, positioned to move between a transport depth and an operational depth, and wherein the pendulum is configured to dampen movement of a watercraft as the watercraft moves from side to side in water.
A receiver-in-canal hearing assistance device for a wearer, comprising: a device housing (100, 200); an antenna within the device housing (100, 200); an audio receiver configured to be worn in an ear canal of a wearer; a cable assembly (104, 204, 304) configured to connect the audio receiver to the device housing (100, 200); and a ferrite bead or an inductor (110, 210, 310) connected to the cable assembly (104, 204, 304) and configured to reduce unwanted coupling between the cable assembly (104, 204, 304) and the antenna by reducing high frequency current through wires of the cable assembly (104, 204, 304), wherein the ferrite bead or the inductor (110, 210, 310) is connected in series with the cable assembly (104, 204, 304). a device housing (100, 200); an antenna within the device housing (100, 200); an audio receiver configured to be worn in an ear canal of a wearer; a cable assembly (104, 204, 304) configured to connect the audio receiver to the device housing (100, 200); and a ferrite bead or an inductor (110, 210, 310) connected to the cable assembly (104, 204, 304) and configured to reduce unwanted coupling between the cable assembly (104, 204, 304) and the antenna by reducing high frequency current through wires of the cable assembly (104, 204, 304), wherein the ferrite bead or the inductor (110, 210, 310) is connected in series with the cable assembly (104, 204, 304).
A tire including a tread surface formed at least partly with a plurality of protrusions having a convex shape radially outwards of the tire, wherein each of the protrusions has a cross-sectional shape as seen in a tire width direction, said cross-sectional shape being part of a sine wave, wherein the protrusions have a hemispherical shape; wherein the ten-point average roughness Rz of the tread surface having the hemispherical protrusions is 1.0-50μm when determined according to the regulations of JIS B0601 under a condition of a reference length being 0.8mm and an evaluation length being 4mm; and wherein a mean spacing S between peaks of the projections is in the range of 5μm to 100μm; and wherein gaps are arranged between the protrusions.
A pellicle attachment apparatus comprising a support structure configured to support a pellicle frame, and a pellicle handling system configured to place a pellicle onto the pellicle frame, wherein the apparatus further comprises actuators configured to provide relative movement between the pellicle frame and the pellicle before the pellicle is placed on the pellicle frame, wherein the pellicle handling system comprises support arms which are configured to hold the pellicle, characterized in that each support arm includes a conduit configured to deliver a vacuum to a foot of that arm.
An Advanced Telecom Computing Architecture, ATCA, backplane to be installed in an ATCA shelf, wherein the ATCA backplane comprises at least one backplane pair (10, 20) of a front backplane (10, 20) and a rear backplane (10, 20) interconnected via a connector and a fastener between the backplanes (10, 20), such that the front backplane (10, 20) and the rear backplane (10, 20) connected to each other are taken as a separate backplane with both front and rear faces having slots for board insertion, wherein each backplane in the at least one backplane pair (10, 20) contains slots for at least one node board, wherein a board to be connected to a backplane in the at least one backplane pair (10, 20) comprises areas 1, 2, and 3 of interfaces; an interface for connecting the board to the backplane (10, 20) is defined in the area 1 or the area 2 by function; and a user-defined interface is arranged in the area 3 on the board, wherein the backplane in the at least one backplane pair (10, 20) extends to the area 3 on the board to which the backplane (10, 20) is to be connected, and is arranged with a plug to be connected to a slot for the area 3 on the board, wherein a slot for an area 3 on a node board connected to a backplane in the at least one backplane pair (10, 20) is connected to one or more slots of the front backplane (10, 20) or the rear backplane (10, 20) via backplane wiring, the one or more slots being for providing an external interface or internal interface of the ATCA shelf.
A method for testing a lightning protection system in a wind turbine rotor blade, further comprising the steps: contacting the lightning protection system in the region of a rotor blade root, positioning a measuring line having an electrically conductive tip in the interior of the rotor blade until the conductive tip is in contact with an element of the lightning protection system and feeding a signal via the measuring line and measuring the signal arriving at the lightning protection system in the region of the rotor blade root in order to check the mode of operation of the lightning protection system in the region of the rotor blade and removing the measuring line after the end of the functional testing of the lightning protection system. contacting the lightning protection system in the region of a rotor blade root, positioning a measuring line having an electrically conductive tip in the interior of the rotor blade until the conductive tip is in contact with an element of the lightning protection system and feeding a signal via the measuring line and measuring the signal arriving at the lightning protection system in the region of the rotor blade root in order to check the mode of operation of the lightning protection system in the region of the rotor blade and removing the measuring line after the end of the functional testing of the lightning protection system.
A drafting device comprising: a plurality of roller pairs (14, 15, 16, 17) adapted to draft a fiber bundle, each roller pair (14, 15, 16, 17) including a driver roller (14a, 15a, 16a, 17a) and a driven roller (14b, 15b, 16b, 17b) adapted to rotate following rotation of the driver roller (14a, 15a, 16a, 17a); a stepping motor (M14, M15) adapted to rotationally drive the driver roller (14a, 15a) of at least one roller pair (14, 15) among the roller pairs (14, 15, 16, 17); a receiving section adapted to receive setting of a drafting condition relating to the fiber bundle to be drafted by the roller pairs (14, 15, 16, 17); and a control section adapted to control an operation of the stepping motor (M14, M15) by changing at least one among a magnitude of an electric current applied to the stepping motor (M14, M15), an excitation mode of the stepping motor (M14, M15), and a frequency of a pulse signal input into the stepping motor (M14, M15) such that drafting performed by the roller pairs (14, 15, 16, 17) is within a range that satisfies the drafting condition received by the receiving section characterized in that the control section is adapted to calculate, based on the drafting condition received by the receiving section, the frequency of the pulse signal to be input into the stepping motor (M14, M15), and to adjust the operation of the stepping motor (M14, M15) when the calculated frequency is within a predetermined range including a resonance frequency of the stepping motor (M14, M15). a plurality of roller pairs (14, 15, 16, 17) adapted to draft a fiber bundle, each roller pair (14, 15, 16, 17) including a driver roller (14a, 15a, 16a, 17a) and a driven roller (14b, 15b, 16b, 17b) adapted to rotate following rotation of the driver roller (14a, 15a, 16a, 17a); a stepping motor (M14, M15) adapted to rotationally drive the driver roller (14a, 15a) of at least one roller pair (14, 15) among the roller pairs (14, 15, 16, 17); a receiving section adapted to receive setting of a drafting condition relating to the fiber bundle to be drafted by the roller pairs (14, 15, 16, 17); and a control section adapted to control an operation of the stepping motor (M14, M15) by changing at least one among a magnitude of an electric current applied to the stepping motor (M14, M15), an excitation mode of the stepping motor (M14, M15), and a frequency of a pulse signal input into the stepping motor (M14, M15) such that drafting performed by the roller pairs (14, 15, 16, 17) is within a range that satisfies the drafting condition received by the receiving section characterized in that the control section is adapted to calculate, based on the drafting condition received by the receiving section, the frequency of the pulse signal to be input into the stepping motor (M14, M15), and to adjust the operation of the stepping motor (M14, M15) when the calculated frequency is within a predetermined range including a resonance frequency of the stepping motor (M14, M15).
A method of manufacturing a surgical instrument or prosthesis comprising: injecting a first material into a first mould to form an interim component, wherein the interim component includes on its surface a selected portion including a recess arranged to receive a second material to form a marking the recess including at least one blind hole spaced apart from the surface of the interim component surrounding the recess, the blind hole being arranged to receive gas within the recess during a step of injecting a second material into a second mould; and injecting a second material into a second mould containing at least part of the interim component to form the surgical instrument or prosthesis and deposit the second material within the recess such that portions of the first and second materials are exposed at the external surface of the surgical instrument or prosthesis; wherein the first and second materials are visually distinct such that at least one exposed portion of the second material adjacent to an exposed portion of the first material forms a marking which is visible to a user.
A shock absorber having a hollow cylindrical liner; a shaft which is in connection to a piston arm providing a press condition (a) by advancing from one end of said liner towards the other end thereof and providing a vacuum condition (b) in the return of the piston arm; a connection element which is provided at the end of said shaft and having a head part with a width so as to protrude from the shaft lateral surface; and a hollow cylindrical piston which is embodied so as to move between said head part and a protrusion, which is provided on the shaft, in said press (a) and vacuum (b) conditions and having a difference between the inner diameter of the piston and the outer diameter of the shaft so as to define a lubricant passage path, and a hydraulic damping mechanism having a body wherein said shaft enters and which is provided in the liner, characterized in that the liner is embodied as an upper piece and as a bottom piece and the body comprises at least one protrusion which is positioned between said upper piece and said bottom piece; and wherein said protrusion comprises at least one hole which provides lubricant passage between a first region, defined on the side of the protrusion where the piston arm is provided, and a third region which is on the other side of the protrusion.
A neutral human milk oligosaccharide or a synthetic composition comprising an effective amount of a neutral human milk oligosaccharide for use in treating or improving an emotion and/or mood disorder in a non-infant patient having one or more of bacterial overgrowth, dysbiosis and an impaired mucosal barrier, wherein the emotion and/or mood disorder is anxiety and/or depression.
A grinding tool for machining hard and/or brittle materials which grinding tool comprises a core and an abrasive rim, the abrasive rim comprising abrasive particles embedded in a matrix, the matrix comprising a metallic bonding agent which is a sintered bronze alloy, the metallic bonding agent constituting 50 % - 100 % by volume of the matrix, the metallic bonding agent containing silicon nitride in an amount that constitutes 0.02 % - 2.0 % by volume of the metallic bonding agent wherein the silicon nitride is present in the shape of grains having an average grain size which is less than 10μm and above 0.1μm.
Process for the condensation of a primary aliphatic alcohol in a homogeneous phase comprising a step of contacting said primary aliphatic alcohol with a catalyst mixture, wherein said catalyst mixture comprises: a) a catalyst comprising a complex of a transition metal of groups 7-11, wherein said transition metal is selected from the group consisting of Mn, Re, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd, Pt and Cu; b) a base; c) an additive, wherein said additive is selected from any one of the classes of compounds of the group consisting of pyridines N- oxide, isoquinolines N- oxide, quinolines N -oxide, benzoquinones, naphthoquinones, TEMPO and derivatives thereof; wherein said primary aliphatic alcohol is a C2-C8 alcohol or any mixture thereof. a) a catalyst comprising a complex of a transition metal of groups 7-11, wherein said transition metal is selected from the group consisting of Mn, Re, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd, Pt and Cu; b) a base; c) an additive, wherein said additive is selected from any one of the classes of compounds of the group consisting of pyridines N- oxide, isoquinolines N- oxide, quinolines N -oxide, benzoquinones, naphthoquinones, TEMPO and derivatives thereof;
A catheter assembly comprising: a catheter; a main dilator having an extension part which extends from a front end of the catheter; and an auxiliary dilator configured to be attached to the main dilator, the auxiliary dilator comprising: a body part having on its front side a tapered portion (81 a) tapering toward a front end of the auxiliary dilator and on its rear side a cylindrical portion (81 b), and surrounding the extension part with a front end portion of the extension part of the main dilator protruding from the tapered portion, a separation part attached to a rear end of the cylindrical portion (81 b) of the body part enabling the body part to be removed from the main dilator, and a lumen formed in the body part along an axial direction of the auxiliary dilator, characterized in that the main dilator is insertable into the catheter, an inner diameter of the lumen is smaller than an outer diameter of a front end portion of the catheter, and an outer diameter of the cylindrical portion (81 b) is equal to or larger than the outer diameter of the front end portion of the catheter. a catheter; a main dilator having an extension part which extends from a front end of the catheter; and an auxiliary dilator configured to be attached to the main dilator, the auxiliary dilator comprising: a body part having on its front side a tapered portion (81 a) tapering toward a front end of the auxiliary dilator and on its rear side a cylindrical portion (81 b), and surrounding the extension part with a front end portion of the extension part of the main dilator protruding from the tapered portion, a separation part attached to a rear end of the cylindrical portion (81 b) of the body part enabling the body part to be removed from the main dilator, and a lumen formed in the body part along an axial direction of the auxiliary dilator, characterized in that the main dilator is insertable into the catheter, an inner diameter of the lumen is smaller than an outer diameter of a front end portion of the catheter, and an outer diameter of the cylindrical portion (81 b) is equal to or larger than the outer diameter of the front end portion of the catheter. a body part having on its front side a tapered portion (81 a) tapering toward a front end of the auxiliary dilator and on its rear side a cylindrical portion (81 b), and surrounding the extension part with a front end portion of the extension part of the main dilator protruding from the tapered portion, a separation part attached to a rear end of the cylindrical portion (81 b) of the body part enabling the body part to be removed from the main dilator, and a lumen formed in the body part along an axial direction of the auxiliary dilator, characterized in that the main dilator is insertable into the catheter, an inner diameter of the lumen is smaller than an outer diameter of a front end portion of the catheter, and an outer diameter of the cylindrical portion (81 b) is equal to or larger than the outer diameter of the front end portion of the catheter.