mhurhangee/patent-ind-claim-en huggingface dataset:
A display device , comprising: a display panel ; and a backlight module disposed corresponding to the display panel, wherein the backlight module comprises: a light guide plate having a central region (A1) and an outer region (A2), wherein the outer region is disposed around the central region; at least one light emitting unit disposed adjacent to the light guide plate ; a reflector , wherein at least a part of the reflector is disposed corresponding to a bottom surface (S2) of the light guide plate ; and a first pattern disposed corresponding to the outer region (A2), wherein the reflector and the light guide plate are adhered via the first pattern , characterized in that the first pattern has at least one opening , and the at least one opening is disposed corresponding to the at least one light emitting unit ; and that backlight module further comprises a third pattern disposed between the light guide plate and the reflector , wherein the third pattern corresponds to the first pattern . a display panel ; and a backlight module disposed corresponding to the display panel, wherein the backlight module comprises: a light guide plate having a central region (A1) and an outer region (A2), wherein the outer region is disposed around the central region; at least one light emitting unit disposed adjacent to the light guide plate ; a reflector , wherein at least a part of the reflector is disposed corresponding to a bottom surface (S2) of the light guide plate ; and a first pattern disposed corresponding to the outer region (A2), wherein the reflector and the light guide plate are adhered via the first pattern , characterized in that a light guide plate having a central region (A1) and an outer region (A2), wherein the outer region is disposed around the central region; at least one light emitting unit disposed adjacent to the light guide plate ; a reflector , wherein at least a part of the reflector is disposed corresponding to a bottom surface (S2) of the light guide plate ; and a first pattern disposed corresponding to the outer region (A2), wherein the reflector and the light guide plate are adhered via the first pattern , characterized in that the first pattern has at least one opening , and the at least one opening is disposed corresponding to the at least one light emitting unit ; and that backlight module further comprises a third pattern disposed between the light guide plate and the reflector , wherein the third pattern corresponds to the first pattern .
An order-picking system (5; 14) for picking articles stored in a racking into conveyor pockets having a plurality of racking spaces of the racking that are arranged in racking rows and/or racking levels for storing the articles and having a suspended conveyor technique for transporting conveyor pockets and having a picking station (9; 15) according to the good-to-person principle, at which a number of articles predetermined by a controlling computer may be picked into conveyor pockets, characterized in that the racking is configured modular in the form of independent individual racks , and that there is provided at least one transport robot controlled by the controlling computer or being autonomous, which is configured to move underneath an individual rack and/or a transport trolley and to transport the individual rack and/or the transport trolley to the picking station (9; 15), if at least one article stored in the individual rack and/or one article pre-picked from the racking into the transport trolley is to be picked at the picking station into a conveyor pocket , wherein there are provided at least two picking stations (9; 15), and that there is provided an individual rack transport path between the two picking stations (9; 15) in order to transport the individual rack and/or the transport trolley using the transport robot from the one picking station (9; 15) to the second picking station (9; 15).
Corrosion protection agent for a metal surface, wherein the corrosion protection agent comprises an organic component, wherein the organic component is an oil, a fat or a wax, and wherein the corrosion protection agent is thixotropic, characterized in that the corrosion protection agent is light-transmissive and further comprises an indicator which reacts to the presence of corrosion on the metal surface by modifying its absorption spectrum within the range of ultraviolet, visible or infrared light, in particular by changing its color.
A water treatment membrane, comprising: a wet-laid non-woven fabric, wherein the wet-laid non-woven fabric has an average pore size not greater than 10 μm, a maximum pore size not greater than 40 μm, and a maximum pore size/average pore size ratio not less than 1 and no greater than 12; the wet-laid non-woven fabric, as a whole, is of a single-layer structure formed of at least two layers which are combined together with, and which cannot be separated with each other, wherein the at least two layers comprise a first layer and a second layer, the first layer forming a first surface of the wet-laid non-woven fabric; the first layer is composed of backbone fibers with a fiber diameter not greater than 9.20 μm and binder fibers with a fiber diameter not greater than 11.27 μm, and the second layer is composed of backbone fibers with a fiber diameter not greater than 13.01 μm and binder fibers with a fiber diameter not greater than 14.55 μm; and the fiber diameter of the backbone fibers of the first layer is not greater than that of the backbone fibers of the second layer, and the fiber diameter of the binder fibers of the first layer is not greater than that of the binder fibers of the second layer, wherein the backbone fibers are at least one of following: polyester fibers; viscose fibers; and acrylic fibers, and wherein the binder fibers are any one or combination of: undrawn polyester binder fibers, polyolefin fibers and core-sheath binder fibers, characterized in that the water treatment membrane further comprises a water treatment membrane material, which is coated on the first surface of the first layer that is composed of the backbone fibers with the fiber diameter not greater than 9.20 μm. a wet-laid non-woven fabric, wherein the wet-laid non-woven fabric has an average pore size not greater than 10 μm, a maximum pore size not greater than 40 μm, and a maximum pore size/average pore size ratio not less than 1 and no greater than 12; the wet-laid non-woven fabric, as a whole, is of a single-layer structure formed of at least two layers which are combined together with, and which cannot be separated with each other, wherein the at least two layers comprise a first layer and a second layer, the first layer forming a first surface of the wet-laid non-woven fabric; the first layer is composed of backbone fibers with a fiber diameter not greater than 9.20 μm and binder fibers with a fiber diameter not greater than 11.27 μm, and the second layer is composed of backbone fibers with a fiber diameter not greater than 13.01 μm and binder fibers with a fiber diameter not greater than 14.55 μm; and the fiber diameter of the backbone fibers of the first layer is not greater than that of the backbone fibers of the second layer, and the fiber diameter of the binder fibers of the first layer is not greater than that of the binder fibers of the second layer, wherein the backbone fibers are at least one of following: polyester fibers; viscose fibers; and acrylic fibers, and wherein the binder fibers are any one or combination of: undrawn polyester binder fibers, polyolefin fibers and core-sheath binder fibers,
A device for righting a boat or other water vessel following a capsize, the device comprising an inflatable body adapted to be stowed in a collapsed state when un- inflated, the inflatable body being provided with or adapted for connection to a source of compressed gas for inflating the body following a capsize and comprising a flexible skin forming first and second inflatable chambers, the device further comprising a valve arrangement (82, 100-103) for causing the chambers to inflate in a predetermined sequence in which the first chamber is inflated before the second , the first chamber being provided with means for securely mounting it upon the vessel at deck or transom level whereas the second chamber is coupled to the first chamber and is arranged, when the body is inflated, to be supported by it, so that due to its buoyancy the second chamber is able to apply a righting moment which is transmitted through the first chamber to right the vessel, and wherein when the inflatable body is inflated and the vessel is right way up, the second inflatable chamber is disposed above the first inflatable chamber .
A blade unit for a safety razor , comprising: a blade housing comprising a plurality of blades having respective cutting edges lying in a shaving plane (P) and being arranged to exert a cutting action when moved across a user's skin in a shaving direction (d); and a guard in front of the cutting edges and a cap to the rear of the cutting edges , the guard including an elongate lubricating strip , and the cap including a convex lubricating pad having a convex skin-contacting surface and a rear edge curved in a single arc shape along its entirety, the convex lubricating pad being curved to conform to a supporting non-flexible concave back portion , wherein a skin-contacting surface of the convex lubricating pad is greater than a skin-contacting surface of the elongate lubricating strip , the convex lubricating pad and the elongate lubricating strip together extend along at least 60%, preferably at least 80%, of an outer perimeter of the blade unit , the convex lubricating pad extends along at least 30%, preferably at least 40%, of the outer perimeter of the blade unit , and no separate frame is provided around an outer perimeter for fixing the convex lubricating pad , so that the convex lubricating pad rear edge meets flush with the non-flexible concave back portion , providing a smooth, lubricated rear edge of the blade unit . a blade housing comprising a plurality of blades having respective cutting edges lying in a shaving plane (P) and being arranged to exert a cutting action when moved across a user's skin in a shaving direction (d); and a guard in front of the cutting edges and a cap to the rear of the cutting edges , the guard including an elongate lubricating strip , and the cap including a convex lubricating pad having a convex skin-contacting surface and a rear edge curved in a single arc shape along its entirety, the convex lubricating pad being curved to conform to a supporting non-flexible concave back portion , wherein a skin-contacting surface of the convex lubricating pad is greater than a skin-contacting surface of the elongate lubricating strip , the convex lubricating pad and the elongate lubricating strip together extend along at least 60%, preferably at least 80%, of an outer perimeter of the blade unit , the convex lubricating pad extends along at least 30%, preferably at least 40%, of the outer perimeter of the blade unit , and no separate frame is provided around an outer perimeter for fixing the convex lubricating pad , so that the convex lubricating pad rear edge meets flush with the non-flexible concave back portion , providing a smooth, lubricated rear edge of the blade unit .
A process for preparing sulfuric acid, wherein, in a production mode of the process, sulfur is oxidized to sulfur dioxide in a first oxidation stage, the sulfur dioxide is catalytically oxidized to sulfur trioxide in a second oxidation stage and the sulfur trioxide is introduced into at least one absorption stage for absorption of the sulfur trioxide, with process gases being discharged from the last absorption stage in the flow direction, and in a standby mode of the process, at least one heating stage, preferably arranged upstream of the second oxidation stage in the flow direction of the process gases, for heating the process gases is connected in, with the process gases exiting from the absorption stage being fed or recirculated to the heating stage and the process gases being circulated via the heating stage, the second oxidation stage and the at least one absorption stage.
A sequencing station comprising: a buffer with a plurality of positions , each position being configured to receive an item , an industrial robot configured to place items into the positions and pick the items from the positions , the robot having at least four degrees of freedom, and the items being bins each of which contains at least one component, and a transport device configured to move the items into and out of a work area of the robot , the sequencing station being configured to move a plurality of items into the work area at least partially one by one in a first order, and to move the plurality of items out of the work area at least partially one by one in a second order, the second order being different from the first order. a buffer with a plurality of positions , each position being configured to receive an item , an industrial robot configured to place items into the positions and pick the items from the positions , the robot having at least four degrees of freedom, and the items being bins each of which contains at least one component, and a transport device configured to move the items into and out of a work area of the robot , the sequencing station being configured to move a plurality of items into the work area at least partially one by one in a first order, and to move the plurality of items out of the work area at least partially one by one in a second order, the second order being different from the first order.
A method of manufacturing a composite pressure vessel assembly comprising: forming a perforated first liner defining a first chamber ; applying a vacuum suction to the first chamber ; and applying a first fiber about the first liner by spraying the first fiber onto the first liner ; wherein the first fiber is a chopped fiber wherein the first fiber includes a binder; and wherein the first fiber forms a composite layer . forming a perforated first liner defining a first chamber ; applying a vacuum suction to the first chamber ; and applying a first fiber about the first liner by spraying the first fiber onto the first liner ; wherein the first fiber is a chopped fiber wherein the first fiber includes a binder; and wherein the first fiber forms a composite layer .
Electronic document comprising: - a body comprising a cavity open on one of the faces of the body and delimited by walls, - the body further comprising an antenna comprising at least one turn extending between two ends which emerge on a wall of the cavity , - a module comprising a microprocessor and at least two connection terminals dedicated to the antenna and linked electronically on the one hand to the microprocessor and on the other hand to the ends of the antenna 36 by electrical connection means, - the cavity having a lower countersink delimited by a top edge and an upper countersink forming a step bordering the lower countersink , - characterized in that the ends of the antenna extend substantially in the plane of the step, - and in that the ends of the antenna are arranged in zigzag form and in that they are formed by at least two rectilinear portions which are linked to one another by a deviation and of which the rectilinear portion culminating in the lower countersink is inclined with respect to the top edge of the lower countersink . - a body comprising a cavity open on one of the faces of the body and delimited by walls, - the body further comprising an antenna comprising at least one turn extending between two ends which emerge on a wall of the cavity , - a module comprising a microprocessor and at least two connection terminals dedicated to the antenna and linked electronically on the one hand to the microprocessor and on the other hand to the ends of the antenna 36 by electrical connection means, - the cavity having a lower countersink delimited by a top edge and an upper countersink forming a step bordering the lower countersink , - characterized in that the ends of the antenna extend substantially in the plane of the step, - and in that the ends of the antenna are arranged in zigzag form and in that they are formed by at least two rectilinear portions which are linked to one another by a deviation and of which the rectilinear portion culminating in the lower countersink is inclined with respect to the top edge of the lower countersink .
A data distribution method, wherein the method comprises: buffering , by a network device , first data, wherein the first data is data of a service that is provided by a server for a first terminal device; receiving , by the network device , N first data requests sent by N second terminal devices, wherein N is a positive integer greater than or equal to 1; when data requested by the N first data requests is data provided by the server based on the service, intercepting, by the network device , the N first data requests and sending the buffered first data to the N second terminal devices; the method being characterized in that it further comprises: receiving, by the network device , second data when the first terminal device is disconnected from the server, wherein the second data is data provided by the server based on the service; buffering, by the network device , the second data; and sending the buffered second data to the N second terminal devices, wherein the second data is continuous with data received when the first terminal device is disconnected from the server. buffering , by a network device , first data, wherein the first data is data of a service that is provided by a server for a first terminal device; receiving , by the network device , N first data requests sent by N second terminal devices, wherein N is a positive integer greater than or equal to 1; when data requested by the N first data requests is data provided by the server based on the service, intercepting, by the network device , the N first data requests and sending the buffered first data to the N second terminal devices; the method being characterized in that it further comprises: receiving, by the network device , second data when the first terminal device is disconnected from the server, wherein the second data is data provided by the server based on the service; buffering, by the network device , the second data; and sending the buffered second data to the N second terminal devices, wherein the second data is continuous with data received when the first terminal device is disconnected from the server.
Measuring device (DM) for an apparatus (AP) comprising at least one tactile wall (PT) contactable by a user's finger, comprising i) action means (MA) acting on said tactile wall (PT) in order to vibrate said tactile wall (PT) and said finger at at least one predefined frequency, during contact, ii) measuring means (MM) for measuring a vibration of said tactile wall (PT) in the presence of said predefined frequency and said contact, and iii) processing means (MT) for determining a mechanical impedance of the finger, as a function of said predefined frequency, of said measured vibration, and of a mechanical impedance of said tactile wall (PT) in the absence of contact, characterized in that said action means (MA) are configured to act on said tactile wall (PT) at a single predefined frequency during said contact, in that said measuring means (MM) are configured to measure said vibration in amplitude and in phase, and in that said processing means (MT) are configured to determine a mechanical impedance of an assembly comprising said tactile wall (PT) and said finger by performing a ratio between a first Hilbert transform applied to a first periodic function representative of said action according to the predefined frequency on said tactile wall (PT) in the absence of contact, and a third Hilbert transform applied to a third periodic function representative of said vibration measured on said tactile wall (PT) in the presence of said contact and multiplied by a reference signal at said predefined frequency and having a first phase part equal to zero and a second phase part equal to 90°, then are configured to determine said mechanical impedance of the finger by determining a difference between said mechanical impedance of the assembly and said mechanical impedance of said tactile wall (PT) in the absence of contact.
A MAP kinase p38α binding compound comprising the amino acid sequence HKSRALLIFQKIMWLRRQ (SEQ ID No: 1) or comprising a part of said amino acid sequence of 10 or more contiguous amino acids, or comprising a variant of said amino acid sequence or of said part thereof in which from 1 to 2 amino acids have been altered, wherein compared to the positions in SEQ ID No:1, position 2 is K, position 4 is R, position 8 is I, position 9 is F, position 10 is Q, position 13 is M and position 16 is R.
Roll-rigid rail vehicle coupling for connecting a rail vehicle to a rail vehicle designed with a suspended central car , comprising an articulation head configured for connecting to one of the two rail vehicles in a releasable manner and an articulation body configured for connecting to the other of the two rail vehicles in a releasable manner, as well as a horizontally oriented axle which is connected to the articulation body and which penetrates a spherical bearing connected to the articulation head , characterised in that the articulation head comprises a vertically oriented axle stub , the axis of rotation of which runs through the point of rotation of the spherical bearing , wherein said axle stub engages into a bracket such that it can move in a rotating manner, and wherein the ends of the axle are mounted in the bracket such that they can move in a rotating manner.
An anchoring device for an implant-supported removable dental prostheses - having a female anchoring part ; - having a male anchoring part connected to the female anchoring part ; and - having a base that comprises a connection geometry arrangement and an implant thread for fastening the anchoring device in an implant , characterized in that - the male anchoring part is formed by an elastic connection element allowing lateral changes in position and changes in angle between the female anchoring part and the base and is connected to the connection geometry arrangement of the base or the male anchoring part and the base are interconnected by an elastic connection element allowing lateral changes in position and changes in angle between the female anchoring part and the base so that an elastic connection is created between the male anchoring part and the base , wherein the connection element is wire-shaped. - having a female anchoring part ; - having a male anchoring part connected to the female anchoring part ; and - having a base that comprises a connection geometry arrangement and an implant thread for fastening the anchoring device in an implant , characterized in that - the male anchoring part is formed by an elastic connection element allowing lateral changes in position and changes in angle between the female anchoring part and the base and is connected to the connection geometry arrangement of the base or the male anchoring part and the base are interconnected by an elastic connection element allowing lateral changes in position and changes in angle between the female anchoring part and the base so that an elastic connection is created between the male anchoring part and the base , wherein the connection element is wire-shaped.