mhurhangee/ep-ind-claims huggingface dataset:
Waterproof membrane comprising: an impervious layer, a functional layer, where the functional layer comprises a thermoplastic polymer which changes consistency under the influence of a strongly alkaline medium having a pH of 9 to 14 and is present in the form of a thermoplastic copolyester, and a bonding agent, where the bonding agent together with the thermoplastic polymer forms the functional layer, where the bonding agent is mixed with the thermoplastic polymer such that in this mixture it does not exhibit any self-adhesive effect, characterized in that the bonding agent in the functional layer comprises an acrylate adhesive, a polyurethane adhesive or a silane-terminated polymer adhesive and in that the impervious layer is selected from materials from the group consisting of high-density polyethylene (HDPE), medium-density polyethylene (MDPE), low-density polyethylene (LDPE), polyethylene, polyethylene teraphthalate, polystyrene, polyvinyl chloride, polyamides, ethylene/vinyl acetate copolymer, chlorosulfonated polyethylene, thermoplastic elastomers based on olefin (TPE-O, TPO), ethylene-propylene-diene rubber (EPDM) and mixtures thereof. an impervious layer, a functional layer, where the functional layer comprises a thermoplastic polymer which changes consistency under the influence of a strongly alkaline medium having a pH of 9 to 14 and is present in the form of a thermoplastic copolyester, and a bonding agent, where the bonding agent together with the thermoplastic polymer forms the functional layer, where the bonding agent is mixed with the thermoplastic polymer such that in this mixture it does not exhibit any self-adhesive effect, characterized in that the bonding agent in the functional layer comprises an acrylate adhesive, a polyurethane adhesive or a silane-terminated polymer adhesive and in that the impervious layer is selected from materials from the group consisting of high-density polyethylene (HDPE), medium-density polyethylene (MDPE), low-density polyethylene (LDPE), polyethylene, polyethylene teraphthalate, polystyrene, polyvinyl chloride, polyamides, ethylene/vinyl acetate copolymer, chlorosulfonated polyethylene, thermoplastic elastomers based on olefin (TPE-O, TPO), ethylene-propylene-diene rubber (EPDM) and mixtures thereof.
Box baler for pressing loose material, preferably cardboard packaging, into bales, comprising - a pressing box extending in the longitudinal direction, which is delimited by walls (2a to 2d) of a press housing which extend in the longitudinal direction, - a pressing plate which delimits the pressing box at the rear and is movable between the walls (2a to 2d) in the pressing direction, - a pressing plate drive, in particular a hydraulic cylinder, - a filling opening for the loose material and a front-side removal opening for the bale being formed on the press housing, the removal opening being in an opening plane (52"), - a sliding door which can be moved back and forth relative to the press housing between - a closed position closing the removal opening and - an open position releasing the removal opening, - for which purpose the sliding door has guide elements which are guided along door guides in a form-fitting manner, - a door drive for moving the sliding door, characterized in that - the door guides extend straight at an acute angle (α) of their guide direction (4") to the opening plane (52") of the removal opening, which is in particular the transverse plane (10") to the longitudinal direction, so that with increasing movement of the sliding door out of the closed position, a pressure of the bale acting thereon soon decreases, and in that the angle (α) between the movement direction of the sliding door and the opening plane (52") of the removal opening is at least 1°. - a pressing box extending in the longitudinal direction, which is delimited by walls (2a to 2d) of a press housing which extend in the longitudinal direction, - a pressing plate which delimits the pressing box at the rear and is movable between the walls (2a to 2d) in the pressing direction, - a pressing plate drive, in particular a hydraulic cylinder, - a filling opening for the loose material and a front-side removal opening for the bale being formed on the press housing, the removal opening being in an opening plane (52"), - a sliding door which can be moved back and forth relative to the press housing between - a closed position closing the removal opening and - an open position releasing the removal opening, - for which purpose the sliding door has guide elements which are guided along door guides in a form-fitting manner, - a door drive for moving the sliding door, characterized in that - the door guides extend straight at an acute angle (α) of their guide direction (4") to the opening plane (52") of the removal opening, which is in particular the transverse plane (10") to the longitudinal direction, so that with increasing movement of the sliding door out of the closed position, a pressure of the bale acting thereon soon decreases, and in that the angle (α) between the movement direction of the sliding door and the opening plane (52") of the removal opening is at least 1°.
A method, comprising: encoding or decoding a picture using a reduced resolution update mode, the picture being one of a set of pictures corresponding to multi-view content having different view points with respect to a same or similar scene, the picture representing one of the different view points, wherein the reduced resolution update mode is used for inter-frame prediction (600,800) that can be either inter-frame temporal prediction or inter-frame view prediction and the residue is coded using reduced resolution update mode, and wherein a deblocking filtering operation according to H.264 standard is applied to the picture such that when the reduced resolution update mode is used then quantizer values are virtually increased by a fixed value for the purpose of accessing deblocking tables, in particular indexA and indexB used in the deblocking filtering operation on at least two edge blocks of said picture are defined by the following equations indexA= clip3(0,51,QPav+RRUoffset + FilterOffsetA), indexB= clip3(0,51,QPav+RRUoffset + FilterOffsetB) where QPav is an average quantization parameter for said at least two edge blocks, RRUoffset is a quantization offset applied when reduced resolution update mode is used, indexA, indexB, FilterOffsetA and FilterOffsetB are values used in the deblocking filtering operation as defined in the H.264 standard, and clip3(a,b,c) represents a function that clips value of c to the range of a to b. encoding or decoding a picture using a reduced resolution update mode, the picture being one of a set of pictures corresponding to multi-view content having different view points with respect to a same or similar scene, the picture representing one of the different view points, wherein the reduced resolution update mode is used for inter-frame prediction (600,800) that can be either inter-frame temporal prediction or inter-frame view prediction and the residue is coded using reduced resolution update mode, and wherein a deblocking filtering operation according to H.264 standard is applied to the picture such that when the reduced resolution update mode is used then quantizer values are virtually increased by a fixed value for the purpose of accessing deblocking tables, in particular indexA and indexB used in the deblocking filtering operation on at least two edge blocks of said picture are defined by the following equations indexA= clip3(0,51,QPav+RRUoffset + FilterOffsetA), indexB= clip3(0,51,QPav+RRUoffset + FilterOffsetB) where QPav is an average quantization parameter for said at least two edge blocks, RRUoffset is a quantization offset applied when reduced resolution update mode is used, indexA, indexB, FilterOffsetA and FilterOffsetB are values used in the deblocking filtering operation as defined in the H.264 standard, and clip3(a,b,c) represents a function that clips value of c to the range of a to b.
A flywheel system comprising a flywheel mounted on a shaft, a bearing arrangement on which the shaft is supported, a housing for housing the flywheel, the shaft, and the bearing arrangement, and a link member for transmitting torque, the link member being arranged to be in torque-transmitting engagement, generally at a proximal end of the link member, with the shaft, and having generally at the distal end of the link member engagement means for engaging a drive member and characterised by the link member being a quill shaft and being coupled to the shaft _via a spline and arranged to allow relative radial and axial movement of the shaft and the drive member. a flywheel mounted on a shaft, a bearing arrangement on which the shaft is supported, a housing for housing the flywheel, the shaft, and the bearing arrangement, and a link member for transmitting torque, the link member being arranged to be in torque-transmitting engagement, generally at a proximal end of the link member, with the shaft, and having generally at the distal end of the link member engagement means for engaging a drive member and characterised by the link member being a quill shaft and being coupled to the shaft _via a spline and arranged to allow relative radial and axial movement of the shaft and the drive member.
Floor cleaning appliance with a cleaning head on which a cleaning tool is mounted for rotation about an axis of rotation, a handle which is held on the cleaning head for pivotal movement about a pivot axis, a first container for cleaning liquid which can be applied to a floor surface to be cleaned, a second container for dirty liquid which can be picked up from the floor surface to be cleaned, a housing which encloses a receiving space in which an electric motor and a suction unit driven by the electric motor are arranged, at least one container (36, 38) being held above the pivot axis on the handle, the floor cleaning appliance comprising at least one rechargeable battery for providing electrical energy for the electric motor and at least one holding part for holding the at least one rechargeable battery on the floor cleaning appliance, the at least one battery being held on the handle so as to be pivotally fixed by means of the at least one holding part, the at least one battery being arranged in front of the pivot axis and the at least one container (36, 38) held on the handle being arranged behind the pivot axis, or vice versa, in relation to the longitudinal direction of the floor cleaning appliance, in an operational position of the handle.
Axial fluid machine to extract power from a working fluid moving at a supersonic speed to drive a shaft, comprising - an annular duct with a central axis confined by an inner wall (308, 408, 501) and a concentric outer wall (409, 502), having an inlet port (301, 401, 508) at a first end of said duct for injecting said working fluid and an exhaust port at an opposite end of said duct; - at least one rotor coaxial with said annular duct and having a rotor surface that is substantially flush with said inner wall or said outer wall such that said inner wall or said outer wall is at least partly formed by said rotor surface, wherein this rotor is operatively connected to a shaft for transmitting rotational movement to this shaft; wherein a free space is extending over at least 75% of the distance between said rotor surface and an opposite inner wall or outer wall of said annular duct, wherein said inlet port (301, 401, 508) is presenting a flow direction for said working fluid that extends at least mainly parallel to said central axis, wherein said inlet port (301, 401, 508) leads directly to said annular duct, wherein upstream from said rotor surface said annular duct comprises at least an injector for a fuel and an ignition system for initiating combustion of the working fluid comprising said fuel, characterized in that said rotor surface is bladeless. - an annular duct with a central axis confined by an inner wall (308, 408, 501) and a concentric outer wall (409, 502), having an inlet port (301, 401, 508) at a first end of said duct for injecting said working fluid and an exhaust port at an opposite end of said duct; - at least one rotor coaxial with said annular duct and having a rotor surface that is substantially flush with said inner wall or said outer wall such that said inner wall or said outer wall is at least partly formed by said rotor surface, wherein this rotor is operatively connected to a shaft for transmitting rotational movement to this shaft;
A compound for therapeutic use in improving or restoring insulin sensitivity in a subject in need thereof, wherein the subject is overweight or obese, wherein the compound or a pharmaceutically acceptable salt thereof is selected from the group consisting of: and
A spraying device comprising: a conveyer comprising a mesh crawler belt configured to carry an object to be sprayed; a baking chamber for heating the object to be sprayed; a spraying chamber inside of which is disposed at least one atomizing nozzle, said at least one atomizing nozzle being configured to uniformly spray a coating solution on a surface of the object to be sprayed; a cleaning chamber for cleaning the mesh crawler belt and recycling the coating solution carried by the mesh crawler belt; and a solution storage apparatus for storing the coating solution that the spraying chamber needs for spraying; characterized in that the mesh crawler belt passes successively through the baking chamber, the spraying chamber and the cleaning chamber, and in that the object to be sprayed is a magnet, and the coating solution includes a heavy rare-earth fluoride dispersion or a heavy rare-earth oxide dispersion. a conveyer comprising a mesh crawler belt configured to carry an object to be sprayed; a baking chamber for heating the object to be sprayed; a spraying chamber inside of which is disposed at least one atomizing nozzle, said at least one atomizing nozzle being configured to uniformly spray a coating solution on a surface of the object to be sprayed; a cleaning chamber for cleaning the mesh crawler belt and recycling the coating solution carried by the mesh crawler belt; and a solution storage apparatus for storing the coating solution that the spraying chamber needs for spraying; characterized in that
An analysis system for a powder jet of an additive manufacturing machine according to a DED-type method, said powder jet comprising powder and gas, said analysis system comprising a separation device, said separation device comprising: - a separating element (326, 327) comprising a circular side wall defining a cylinder and at least one separation wall adapted to separate the inner volume of said separating element (326, 327) into n equal portions symmetrical with respect to the symmetry axis of the cylinder, said separating element (326, 327) being adapted to receive an initial powder jet in the centre of said separating element (326, 327), on said at least one separation wall for separating the initial powder jet into n powder jet portions; - means for detecting the amount of powder in each powder jet portion. - a separating element (326, 327) comprising a circular side wall defining a cylinder and at least one separation wall adapted to separate the inner volume of said separating element (326, 327) into n equal portions symmetrical with respect to the symmetry axis of the cylinder, said separating element (326, 327) being adapted to receive an initial powder jet in the centre of said separating element (326, 327), on said at least one separation wall for separating the initial powder jet into n powder jet portions; - means for detecting the amount of powder in each powder jet portion.
A sealing ring for a sealing system suitable for sealing a shaft against liquid media, for example a propeller shaft, an impeller shaft, a rudder stock of a ship, the sealing ring comprising a radially outer clamping section suitable for being accommodated in a clamping space, a radially inner sealing lip suitable for directly or indirectly resting against the shaft, and a connecting web connecting the sealing lip to the clamping section, wherein the clamping section comprises - a first internal circumferential surface and a second internal circumferential surface each extending parallel to a system centre axis, wherein the first and second internal circumferential surfaces (58, 60) are separated from each other by the connecting web and - two opposite edge regions characterised in that the two opposite edge regions are formed by inclined surfaces (62, 64), each inclined surface being oriented from the corresponding internal circumferential surface (58, 60) radially outwards. - a first internal circumferential surface and a second internal circumferential surface each extending parallel to a system centre axis, wherein the first and second internal circumferential surfaces (58, 60) are separated from each other by the connecting web and - two opposite edge regions
A controller device capable of wirelessly communicating with an information processing device, the controller device comprising: a communication unit for transmitting operation data obtained based on an operation performed on the controller device to the information processing device, and receiving, from the information processing device, image data generated in the information processing device through a process performed based on the operation data in a first application executed in the information processing device; a display unit for displaying an image represented by the image data received from the information processing device; and a program executing unit for executing a program of a second application different from the first application and displaying at least an image resulting from the execution of the program on the display unit, if a predetermined operation is performed on the controller device, wherein the communication unit is arranged to transmit to the information processing device, data indicating that the program of the second application is being executed, and the information processing device is capable of changing the process performed in the first application, depending on the data indicating that the program of the second application is being executed. a communication unit for transmitting operation data obtained based on an operation performed on the controller device to the information processing device, and receiving, from the information processing device, image data generated in the information processing device through a process performed based on the operation data in a first application executed in the information processing device; a display unit for displaying an image represented by the image data received from the information processing device; and a program executing unit for executing a program of a second application different from the first application and displaying at least an image resulting from the execution of the program on the display unit, if a predetermined operation is performed on the controller device, wherein the communication unit is arranged to transmit to the information processing device, data indicating that the program of the second application is being executed, and the information processing device is capable of changing the process performed in the first application, depending on the data indicating that the program of the second application is being executed.
A trigger-type liquid dispenser comprising an operating lever held swingably by a main body portion in which a pump is disposed and comprising a spring member that imparts restoring force to the operating lever, the trigger-type liquid dispenser being configured to draw, pressurize, and force-feed a content liquid contained in a container to dispense the content liquid through a nozzle, by actuating the pump in response to the operating lever being pulled repeatedly, characterized in that the main body portion includes a bearing or a shaft portion, the spring member includes at least one arm including one end having a shaft or a bearing portion held swingably by the bearing (lOg) or the shaft portion included in the main body portion, another end abutting against the operating lever, and a curved portion connecting the one end and the other end, and in response to the operating lever being pulled, the curved portion undergoes elastic deformation and swings about the shaft portion of the main body portion or the spring member, and the main body portion includes a longitudinal tube, a horizontal tube which extends toward the front and that is connected to the longitudinal tube, and a cylindrical fitting wall which extends toward the front from the longitudinal tube and holds a cylinder member below the horizontal tube, the bearing or the shaft portion is disposed between the horizontal tube and the fitting wall of the body.
A method implemented within a communications device comprising the steps of: receiving a wireless communication signal; and generating a non-uniform codebook, for quantization and communication back to the source of said received signal, based on one or more characteristics of the received wireless communication signal; characterized by selecting a suitable uniform codebook based on the one or more characteristics of the received wireless communication signal; and supplementing the uniform codebook with additional codewords to generate the non-uniform codebook. receiving a wireless communication signal; and generating a non-uniform codebook, for quantization and communication back to the source of said received signal, based on one or more characteristics of the received wireless communication signal; characterized by selecting a suitable uniform codebook based on the one or more characteristics of the received wireless communication signal; and supplementing the uniform codebook with additional codewords to generate the non-uniform codebook.
A luminescent material comprising Sc 1-x-y A y MO:Cr x, wherein MO = P 3 O 9, (BP 3 O 12) 0.5, (SiP 5 O 19) 0.34; A = Lu, In, Yb, Tm, Y, Ga, Al, where 0 < x ≤ 0.75, 0 ≤ y ≤ 1.