mhurhangee/patent-ind-claim-en huggingface dataset:
A balustrade arrangement comprising a plurality of slats of monolithic toughened glass arranged in series substantially along a lateral direction, the slats each having a width (W) in the lateral direction up to 300 mm from a first lateral side to a second lateral side of a slat, adjacent slats being spaced apart from each other by a spacing gap (G) of at least 6 mm, the spacing gap (G) being smaller than the width (W) of the slats , the slats being arranged so that, when one slat is removed from the balustrade to form a breakage gap between adjacent remaining slats, the width (B) of the breakage gap in the lateral direction is at most 500 mm, characterised in that : the slats are supported and clamped at their lower end to fix the slats in position via clamping means, the clamping means comprising bolts extending through the spacing gaps between adjacent slats.
A drive motor for a vacuum cleaner or a machine tool, in the form of a hand-held machine tool or a semi-stationary machine tool, wherein the drive motor comprises a stator with a stator coil arrangement , and a rotor with a motor shaft which is mounted on the stator or with respect to the stator using a bearing arrangement , so as to be able to rotate about an axis of rotation (D), wherein the rotor comprises a magnet arrangement with permanent magnets arranged annularly about the axis of rotation (D), wherein a sensor arrangement is arranged in a stationary manner with respect to the stator in order to detect a respective angle of rotation position of the rotor with respect to the stator , said sensor arrangement comprising at least two sensors which are configured to generate, in particular, digital switching signals (SA, SB, SC) for an energization device for energizing the stator coil arrangement so that the rotor can be driven in rotation about the axis of rotation (D) through energization of the stator coil arrangement , characterized in that the at least two sensors are configured to detect two waves of a magnetic rotating field (FB) of the rotor , said waves being phase-shifted about an angle of rotation, wherein the sensors generate the switching signals (SA, SB, SC) in a manner dependent on a wave of the magnetic rotating field (FB) exceeding or undershooting a switching threshold (SH, SL) of the sensor , said wave respectively passing through the sensor , and in that the permanent magnets of the magnet arrangement comprise angular spacings from one another with respect to the axis of rotation (D), so that the waves of the magnetic rotating field (FB) comprise, at the location of the respective sensor , continuous, in particular approximately sinusoidal, half-waves (HO, HU) with vertices between continuously rising and falling edges (AF, DF), wherein the waves in the transition sections (UG) between respectively successive half-waves (HO, HU) comprise a different polarity, wherein the waves in the transition sections (UG) comprise at least one step (ST) or a jump or an unevenness, and in that the switching thresholds (SH, SL) of the sensors are arranged in the region of the continuously rising or falling edges (AF, DF) of the half-waves (HO, HU).
Bone plate (101; 101'; 101'') for reconstruction or trauma treatment of a bone , in particular of a human bone , for example a mandible , in particular a human mandible , said bone plate (101; 101'; 101") including a main portion with - a first end and a second end , - a first contact face for placing and fastening on a first region of the bone , in particular on the corpus of the mandible , and - a plurality of receiving means , each with at least one in particular circular opening for receiving in each case at least one fastening element, in particular at least one bone screw (301; 340; 350), wherein at least two wings , arranged alongside each other, extend at least from the first end of the main portion , which wings each have: - a second contact face for placing and fastening on a second region of the bone , in particular on an ascending ramus of the mandible , in particular on an outside of the ascending ramus of the mandible , and - at least one receiving means , with in each case at least one in particular circular opening for receiving in each case at least one fastening element, in particular at least one bone screw (301; 340; 350), wherein the main portion and the at least two wings are configured in such a way that the main portion has a first minimum flexural strength with respect to an axis (x) extending perpendicular to the first contact face , and each of the at least two wings has a respective second minimum flexural strength with respect to an axis extending perpendicular to the second contact face , characterized in that the first minimum flexural strength is greater than each of the second minimum flexural strengths, but smaller than the minimum overall flexural strength of all of the wings extending from the first end . - a first end and a second end , - a first contact face for placing and fastening on a first region of the bone , in particular on the corpus of the mandible , and - a plurality of receiving means , each with at least one in particular circular opening for receiving in each case at least one fastening element, in particular at least one bone screw (301; 340; 350), - a second contact face for placing and fastening on a second region of the bone , in particular on an ascending ramus of the mandible , in particular on an outside of the ascending ramus of the mandible , and - at least one receiving means , with in each case at least one in particular circular opening for receiving in each case at least one fastening element, in particular at least one bone screw (301; 340; 350),
An expandable reamer , comprising: an outer tube ; an inner shaft within the outer tube ; a blade movably connected to a distal portion of the inner shaft by a pin , the blade being movable between a first position (P1) in which the blade is inside the outer tube and a second position (P2) in which the blade is exposed outside of the outer tube ; and an actuator assembly configured to move the blade between the first position (P1) and the second position, the actuator assembly including a selector sleeve , an actuator , characterized in, that the expandable reamer further comprises: a first pin movable within a groove of the actuator to linearly translate either the inner shaft or the outer tube as the selector sleeve is rotated an outer tube ; an inner shaft within the outer tube ; a blade movably connected to a distal portion of the inner shaft by a pin , the blade being movable between a first position (P1) in which the blade is inside the outer tube and a second position (P2) in which the blade is exposed outside of the outer tube ; and an actuator assembly configured to move the blade between the first position (P1) and the second position, the actuator assembly including a selector sleeve , an actuator , characterized in, that the expandable reamer further comprises: a first pin movable within a groove of the actuator to linearly translate either the inner shaft or the outer tube as the selector sleeve is rotated
A lighting system for providing light to an area, wherein - the system comprises: - at least one LED light source , LED-LS, configured to emit white light, wherein the at least one LED-LS comprises a first LED unit configured to emit the white light, and - a control unit configured to control the light emission of the at least one LED-LS based on moisture information on moisture in the area such that: in case the moisture information fulfills a condition regarding the moisture in the area, the control unit controls the at least one LED-LS to emit only light of a spectrum comprising a reflection probability of light-reflection on water drops smaller than a probability threshold, - the at least one LED-LS comprises a second LED unit configured to emit light of a spectrum comprising a reflection probability of light-reflection on water drops smaller than the probability threshold, - the control unit is configured to control the light emission of the at least one LED-LS such that: the first LED unit emits light, in case the moisture information does not fulfill the condition, and only the second LED unit emits light, in case the moisture information fulfills the condition, characterised in that the lighting system further comprises a lens unit arranged to modulate the light emitted by the second LED unit , wherein the lens unit comprises an improved beam geometry reducing the reflection probability of light-reflection on water drops of the light emitted by the second LED unit . - the system comprises: - at least one LED light source , LED-LS, configured to emit white light, wherein the at least one LED-LS comprises a first LED unit configured to emit the white light, and - a control unit configured to control the light emission of the at least one LED-LS based on moisture information on moisture in the area such that: in case the moisture information fulfills a condition regarding the moisture in the area, the control unit controls the at least one LED-LS to emit only light of a spectrum comprising a reflection probability of light-reflection on water drops smaller than a probability threshold, - the at least one LED-LS comprises a second LED unit configured to emit light of a spectrum comprising a reflection probability of light-reflection on water drops smaller than the probability threshold, - the control unit is configured to control the light emission of the at least one LED-LS such that: the first LED unit emits light, in case the moisture information does not fulfill the condition, and only the second LED unit emits light, in case the moisture information fulfills the condition, the lighting system further comprises a lens unit arranged to modulate the light emitted by the second LED unit , wherein the lens unit comprises an improved beam geometry reducing the reflection probability of light-reflection on water drops of the light emitted by the second LED unit .
An assembly comprising: a sealed pouch ; a first portion of a delivery device supporting an implant in the sealed pouch ; a container housing sterilization fluid , the implant and at least part of the first portion of the delivery device ; wherein the container includes an opening and a first shaft seal positioned in the opening and against the first portion of the delivery device ; characterized in that the assembly comprises a positioning apparatus , wherein the positioning apparatus is configured to move the container along the first portion of the delivery device . a sealed pouch ; a first portion of a delivery device supporting an implant in the sealed pouch ; a container housing sterilization fluid , the implant and at least part of the first portion of the delivery device ; wherein the container includes an opening and a first shaft seal positioned in the opening and against the first portion of the delivery device ;
An RFID tag comprising: a flexible, sheet-shaped substrate ; an antenna pattern that is formed on the substrate ; an IC chip that is mounted on the substrate and that is connected to the antenna pattern ; an adhesive member that adheres the IC chip to the substrate ; and a reinforcement member that covers the IC chip and the adhesive member , and that is at a position such that a central portion of the reinforcement member is offset along a length direction of the substrate with respect to the IC chip and the adhesive member , characterized in that , in the length direction of the substrate , the entirety of the IC chip and the entirety of the adhesive member are disposed between the central portion of the reinforcement member and one end portion of the reinforcement member . a flexible, sheet-shaped substrate ; an antenna pattern that is formed on the substrate ; an IC chip that is mounted on the substrate and that is connected to the antenna pattern ; an adhesive member that adheres the IC chip to the substrate ; and a reinforcement member that covers the IC chip and the adhesive member , and that is at a position such that a central portion of the reinforcement member is offset along a length direction of the substrate with respect to the IC chip and the adhesive member , characterized in that , in the length direction of the substrate , the entirety of the IC chip and the entirety of the adhesive member are disposed between the central portion of the reinforcement member and one end portion of the reinforcement member .
Method performed by a remote server for remotely controlling the use of assets in a remote asset management system, the remote asset management system including a remote server , a plurality of assets , and a plurality of wireless modules each associated with an asset of said plurality of assets , such that communicated data enables the operational characteristics of the said asset to be modified, the method including the steps of: said remote server receiving data periodically, and or requesting data according to predetermined conditions, and or receiving data by said wireless module in response to a change in status of the associated asset , said remote server communicating with said wireless module for changing the operational condition of said associated asset, characterized by said wireless module , either directly from another wireless device or from the remote server , receiving messages via a telecommunications network infrastructure, wherein said messages are authenticated according to access rights and comprise data to be sent through a port module to change the operational parameters of said associated asset . said remote server receiving data periodically, and or requesting data according to predetermined conditions, and or receiving data by said wireless module in response to a change in status of the associated asset , said remote server communicating with said wireless module for changing the operational condition of said associated asset, characterized by said wireless module , either directly from another wireless device or from the remote server , receiving messages via a telecommunications network infrastructure, wherein said messages are authenticated according to access rights and comprise data to be sent through a port module to change the operational parameters of said associated asset .
An aqueous solution comprising compound 22 having the formula or a pharmaceutically acceptable salt thereof for use in a method of treating a fungal infection in a subject, wherein said aqueous solution is administered to the subject in the form of an intravenous infusion, intravenous bolus or wherein said aqueous solution is administered subcutaneously, in an amount that is sufficient to treat said fungal infection, and wherein said aqueous solution is administered at an interval of one dose weekly.
A method of molding a fiber-reinforced plastic comprising the steps of: accommodating a flowable granular material comprising a large number of particles in a flexible bag to form a core ; interposing the core inside a fabric composed of fiber and placing the fabric and core inside a molding die ; and injecting a resin into the molding die in which the fabric and core have been placed, and then performing curing; wherein when curing is performed in step , a portion of one of the outer surfaces of the core is pressed and deformed with a piston rod to increase the internal pressure inside the core. accommodating a flowable granular material comprising a large number of particles in a flexible bag to form a core ; interposing the core inside a fabric composed of fiber and placing the fabric and core inside a molding die ; and injecting a resin into the molding die in which the fabric and core have been placed, and then performing curing;
A cassette for determining optimised solid phase extraction (SPE) purification conditions, wherein said cassette comprises: (i) a flowpath comprising a first end and a second end; and (ii) a plurality of valves oriented along said flowpath, wherein each of said plurality of valves is selectively fluidly connected to one of a number of components, wherein said components comprise: (a) 1-5 composition vials; (b) 1-3 SPE cartridges; (c) 4-10 solvent vials; (d) a water vial; and (e) a transfer line. (i) a flowpath comprising a first end and a second end; and (ii) a plurality of valves oriented along said flowpath, wherein each of said plurality of valves is selectively fluidly connected to one of a number of components, (a) 1-5 composition vials; (b) 1-3 SPE cartridges; (c) 4-10 solvent vials; (d) a water vial; and (e) a transfer line.
An exterior cover for an electronic device , the exterior cover comprising: a first cover made of a translucent resin material; a second cover ; and a connecting member interconnecting the first and second covers , characterized in that the first cover has corners and the second cover includes seat structures (E1-E4), and the corners are conformally engaged with the seat structures, respectively; and wherein, when the first cover is conformally engaged with the second cover , the first cover is not in contact with the front face of the electronic device . a first cover made of a translucent resin material; a second cover ; and a connecting member interconnecting the first and second covers , characterized in that the first cover has corners and the second cover includes seat structures (E1-E4), and the corners are conformally engaged with the seat structures, respectively; and wherein, when the first cover is conformally engaged with the second cover , the first cover is not in contact with the front face of the electronic device .
A modular body-protection system configured for protecting the cervical region and the brain of a user (M) comprising: a helmet covering, in a worn state, at least the upper half of the head and the back of the head of the user (M), wherein the helmet comprises a, preferably circumferential, lower rim ; a neck support for covering the neck of the user (M), wherein the neck support comprises a, preferably arc-shaped, shoulder/spine element and a collar element , wherein the shoulder/spine element is open at the front and further adapted to be supported on the shoulder of the user (M), wherein the collar element is open at the front and adapted to cover and support the neck of the user (M), wherein the collar element is connected, preferably rigidly, to the shoulder/spine element , wherein the collar element comprises an upper rim , characterized in that the upper rim of the collar element is formed to define, together with the lower rim of the helmet during a backwards orientated pitching movement of the head of the user (M), a positive pitch-end stop in a rear extreme position of the head, wherein positive contours of the upper rim of the collar element and the lower rim of the helmet prevent laterally directed rolling movements when the upper rim of the collar element is in a positive engagement with the lower rim of the helmet ; and the system comprises an elastic connection which connects the helmet , preferably manually, removably to the neck support and is arranged and formed such that a forwardly directed pitching movement of the head is first dampened and subsequently stopped in a front extreme position of the head. a helmet covering, in a worn state, at least the upper half of the head and the back of the head of the user (M), wherein the helmet comprises a, preferably circumferential, lower rim ; a neck support for covering the neck of the user (M), wherein the neck support comprises a, preferably arc-shaped, shoulder/spine element and a collar element , wherein the shoulder/spine element is open at the front and further adapted to be supported on the shoulder of the user (M), wherein the collar element is open at the front and adapted to cover and support the neck of the user (M), wherein the collar element is connected, preferably rigidly, to the shoulder/spine element , wherein the collar element comprises an upper rim , characterized in that the upper rim of the collar element is formed to define, together with the lower rim of the helmet during a backwards orientated pitching movement of the head of the user (M), a positive pitch-end stop in a rear extreme position of the head, wherein positive contours of the upper rim of the collar element and the lower rim of the helmet prevent laterally directed rolling movements when the upper rim of the collar element is in a positive engagement with the lower rim of the helmet ; and the system comprises an elastic connection which connects the helmet , preferably manually, removably to the neck support and is arranged and formed such that a forwardly directed pitching movement of the head is first dampened and subsequently stopped in a front extreme position of the head.
A composite composition comprising, by weight with respect to the weight of the composite composition: - at least 75.00% of gold particles, - 2% to 10% of titanium nitride particles, - 5% to 15% of an epoxy resin, - 0.5% to 6.0% of fibres of an electrically conductive material, the gold particles being more than 600 nm in size. - at least 75.00% of gold particles, - 2% to 10% of titanium nitride particles, - 5% to 15% of an epoxy resin, - 0.5% to 6.0% of fibres of an electrically conductive material, the gold particles being more than 600 nm in size.
Piston (40, 40', 40", 40''') for a control valve in a compressed-air system of a vehicle, which piston can be accommodated in a cylinder so as to be axially displaceable along a longitudinal centre axis in such a way that it separates a first cylinder chamber and a second cylinder chamber from each other, which piston has a peripheral annular groove having an approximately rectangular cross-sectional geometry formed by two groove walls , in which annular groove there can be inserted a sealing ring which can be placed by its free end against the inner lateral surface of the cylinder and, after its insertion into the annular groove of the piston (40, 40', 40", 40'''), delimits, together with at least one groove wall , at least one pressure support chamber (52; 54), wherein the piston (40, 40', 40", 40''') has in the region of its annular groove at least one axial opening (38, 39; 70, 72) which, during use of the piston, connects the at least one pressure support chamber (52; 54) to the associated first or second cylinder chamber , characterized in that the piston has in the region of its annular groove , in each of its two groove walls , at least one axial opening (38, 39; 70, 72) which, during use of the piston, connect two pressure support chambers to the respectively associated first or second cylinder chamber , wherein the two pressure support chambers are formed by the sealing ring and by the groove walls which are respectively associated with the sealing ring .