mhurhangee/ep-ind-claims huggingface dataset:
A joint compound system comprising: Alum used in amounts of 0,5 grams to 2 grams, based on 100 grams of ready mixed joint compound; a calcium-free phosphate set-preventing agent; water; and a setting type joint compound base comprising calcium sulfate hemihydrate, wherein said joint compound base has no added calcium carbonate and said calcium sulfate hemihydrate comprises less than about 2% by weight calcium carbonate. Alum used in amounts of 0,5 grams to 2 grams, based on 100 grams of ready mixed joint compound; a calcium-free phosphate set-preventing agent; water; and a setting type joint compound base comprising calcium sulfate hemihydrate, wherein said joint compound base has no added calcium carbonate and said calcium sulfate hemihydrate comprises less than about 2% by weight calcium carbonate.
A range hood, comprising an electrostatic absorption apparatus and a high-voltage power supply module that supplies power to the electrostatic absorption apparatus, wherein: the high-voltage power supply module supplies power to the electrostatic absorption apparatus by means of insertion connection and that the range hood further comprises an accommodation cavity adapted to accommodate the electrostatic absorption apparatus, wherein the high-voltage power supply module is used as a partial wall body of the accommodation cavity, the accommodation cavity comprises a placement opening; the electrostatic absorption apparatus is provided with a plug portion, and the high-voltage power supply module is provided with a socket portion adapted to connect to the plug portion by insertion; characterized in that the accommodation cavity further comprises a rear wall gap disposed opposite to the placement opening; and the high-voltage power supply module blocks the rear wall gap; and the plug portion comprises a ground electrode plug portion, an absorption electrode plug portion, and an ionization electrode plug portion sequentially arranged. the high-voltage power supply module supplies power to the electrostatic absorption apparatus by means of insertion connection and that the range hood further comprises an accommodation cavity adapted to accommodate the electrostatic absorption apparatus, wherein the high-voltage power supply module is used as a partial wall body of the accommodation cavity, the accommodation cavity comprises a placement opening; the electrostatic absorption apparatus is provided with a plug portion, and the high-voltage power supply module is provided with a socket portion adapted to connect to the plug portion by insertion;
An implantable prosthetic device comprising: a coaption portion; an anchor portion comprising a plurality of paddles (120, 122), the paddles (120, 122) having an outer and inner portion (120, 122) and being extendable from a folded closed position to an open position; and a barbed clasp (130; 1200) attached to each of the plurality of paddles (120, 122), the clasp (130; 1200) comprising: a fixed arm (132; 1210) attached to the inner portion of the paddle; a plurality of moveable arms (134; 1231); and a plurality of hinge portions (138; 1220) hingeably connecting the fixed arm (132; 1210) to the plurality of moveable arms (134; 1231). a coaption portion; an anchor portion comprising a plurality of paddles (120, 122), the paddles (120, 122) having an outer and inner portion (120, 122) and being extendable from a folded closed position to an open position; and a barbed clasp (130; 1200) attached to each of the plurality of paddles (120, 122), the clasp (130; 1200) comprising: a fixed arm (132; 1210) attached to the inner portion of the paddle; a plurality of moveable arms (134; 1231); and a plurality of hinge portions (138; 1220) hingeably connecting the fixed arm (132; 1210) to the plurality of moveable arms (134; 1231). a fixed arm (132; 1210) attached to the inner portion of the paddle; a plurality of moveable arms (134; 1231); and a plurality of hinge portions (138; 1220) hingeably connecting the fixed arm (132; 1210) to the plurality of moveable arms (134; 1231).
A lighting device comprising: · a lighting unit comprising a hollow base with an open front face, on which a translucent cover is fitted that closes the hollow base, so as to co-operate with the hollow base to form a housing for a light source, said lighting unit being fitted with first securing means; · a mount for fastening said lighting unit to any wall, which mount includes a fastener portion that is fitted with fastener means for fastening to any wall, and a support portion that is fitted with first complementary securing means that are arranged to co-operate with the first securing means of the lighting unit in order to fasten the lighting unit rigidly to the mount; and · a junction box comprising a casing that presents at least two cable inlet openings, and at least one cable outlet opening; wherein the mount includes a side wall that is distinct from said fastener portion and that is perforated with at least one cable inlet opening, and second securing means for securing said junction box; and wherein the junction box includes second complementary securing means that are arranged to co-operate with the second securing means provided on the mount; the lighting device being characterized in that this co-operation fastens the junction box rigidly against the side wall of the mount in such a manner that said cable outlet opening of the junction box extends facing said cable inlet opening of the mount. · a lighting unit comprising a hollow base with an open front face, on which a translucent cover is fitted that closes the hollow base, so as to co-operate with the hollow base to form a housing for a light source, said lighting unit being fitted with first securing means; · a mount for fastening said lighting unit to any wall, which mount includes a fastener portion that is fitted with fastener means for fastening to any wall, and a support portion that is fitted with first complementary securing means that are arranged to co-operate with the first securing means of the lighting unit in order to fasten the lighting unit rigidly to the mount; and · a junction box comprising a casing that presents at least two cable inlet openings, and at least one cable outlet opening;
A tissue paper making machine comprising a forming section; a Yankee drying cylinder; a shoe roll arranged to form a nip with the Yankee drying cylinder, the shoe roll having a shoe arranged to act against the Yankee drying cylinder in the nip formed between the shoe roll and the Yankee drying cylinder, the nip having a maximum extension from an entry point of the nip to an exit point of the nip; and a flexible tubular belt that forms a loop around the shoe and forms an outer circumference of the shoe roll; a carrier fabric arranged to be capable of carrying a fibrous web from the forming section to the nip formed between the Yankee drying cylinder and the shoe roll and pass through the nip between the Yankee drying cylinder and the shoe roll together with the fibrous web, the carrier fabric being arranged to reach the outer circumference of the shoe roll at a first contact point such that the carrier fabric will wrap a part of the outer circumference of the shoe roll over an area stretching from the first contact point to the nip, the shoe roll further comprising a mechanical support located inside the loop of the flexible tubular belt and which mechanical support is placed to support the flexible tubular belt in at least a part of the area between the first contact point and the nip between the Yankee drying cylinder and the shoe roll, characterised in that the flexible tubular belt has axial ends (15, 16) connected to end walls (17, 18) such that the end walls (17, 18) and the flexible tubular belt define an enclosed space and wherein the paper making machine comprises a source of pressurized air that can communicate with the enclosed space such that the enclosed space can be filled with pressurized air, in that the carrier fabric is under a tension which is in the range of 3.0 kN/m - 5.0 kN/m, in that the carrier fabric wraps the outer circumference of the shoe roll in the area stretching from the first contact point by an angle which is greater than 80°, in that the mechanical support is arranged to support the flexible tubular belt in the area from the first contact point to the nip over an angle that is more than 90° and in that the mechanical support ends at a point which, in the circumferential direction of the shoe roll, is closer to the entry point of the nip than to the exit point of the nip and which, for the maximum extension of the nip, is at an angular distance from the entry point of the nip which is at least 8° and preferably 10°- 20°.
A method performed at a mobile switching center, MSC, or mobile management element, MME, comprising: receiving an indication of handover between a first radio access technology and a second radio access technology, the first radio access technology being an evolved universal terrestrial radio access network, E-UTRAN, and the second radio access technology being a GSM edge radio access network, GERAN; defining, in a handover request an identity value for source identification identifying the source for the handover in the first radio access technology by using a source identification format used for source identification in a third radio access technology, the third radio access technology being a universal terrestrial radio access network, UTRAN, and wherein the source identification format comprises a Serving Area Identity, SAI, format; and providing the defined identity value to a network device associated with a target of the handover. receiving an indication of handover between a first radio access technology and a second radio access technology, the first radio access technology being an evolved universal terrestrial radio access network, E-UTRAN, and the second radio access technology being a GSM edge radio access network, GERAN; defining, in a handover request an identity value for source identification identifying the source for the handover in the first radio access technology by using a source identification format used for source identification in a third radio access technology, the third radio access technology being a universal terrestrial radio access network, UTRAN, and wherein the source identification format comprises a Serving Area Identity, SAI, format; and providing the defined identity value to a network device associated with a target of the handover.
Rotor for an electrical machine, comprising - a laminated core which extends in an axial direction from a first axial end to a second axial end, - wherein the laminated core comprises layers (100, 200, 1100) stacked in the axial direction, - wherein each layer (100, 200, 1100) comprises a plurality of lamination regions (6, 115, 116, 117, 126, 215, 216, 217, 1115), - wherein flux barriers (11, 31, 1113, 3113) are present which lie between adjacent lamination regions (6, 115, 116, 215, 216), - wherein at least one flux barrier (11, 31, 1113, 3113) is filled with a non-ferromagnetic casting compound, - wherein the casting compound extends in the at least one flux barrier (11, 31, 1113, 3113) in each case, from the first axial end to the second axial end, - wherein fastened lamination regions (115, 116, 117, 126, 215, 216, 217, 1115) are present which each have at least one web (111, 112, 113, 121, 122, 124, 211, 212, 213, 221, 222, 1111, 1112, 112, 1122, 1123) protruding into the casting compound, - wherein, in each layer (100, 200, 1100), at least one first lamination region (115, 215, 1115) is a fastened lamination region, characterised in that - the inwardly protruding web extending at least partially in at least one direction (7, 8, 17, 18) which has a component in the axial direction, - wherein no inwardly protruding web which lies in the axial direction over an inwardly protruding web (111, 112, 113, 121, 122, 124) of the layer extends into the casting compound of the flux barriers (11, 31, 1113, 3113) between a layer and a layer (200, 1100) adjacent to the layer. - a laminated core which extends in an axial direction from a first axial end to a second axial end, - wherein the laminated core comprises layers (100, 200, 1100) stacked in the axial direction, - wherein each layer (100, 200, 1100) comprises a plurality of lamination regions (6, 115, 116, 117, 126, 215, 216, 217, 1115), - wherein flux barriers (11, 31, 1113, 3113) are present which lie between adjacent lamination regions (6, 115, 116, 215, 216), - wherein at least one flux barrier (11, 31, 1113, 3113) is filled with a non-ferromagnetic casting compound, - wherein the casting compound extends in the at least one flux barrier (11, 31, 1113, 3113) in each case, from the first axial end to the second axial end, - wherein fastened lamination regions (115, 116, 117, 126, 215, 216, 217, 1115) are present which each have at least one web (111, 112, 113, 121, 122, 124, 211, 212, 213, 221, 222, 1111, 1112, 112, 1122, 1123) protruding into the casting compound, - wherein, in each layer (100, 200, 1100), at least one first lamination region (115, 215, 1115) is a fastened lamination region, - the inwardly protruding web extending at least partially in at least one direction (7, 8, 17, 18) which has a component in the axial direction, - wherein no inwardly protruding web which lies in the axial direction over an inwardly protruding web (111, 112, 113, 121, 122, 124) of the layer extends into the casting compound of the flux barriers (11, 31, 1113, 3113) between a layer and a layer (200, 1100) adjacent to the layer.
A method of loading and unloading a transport vehicle mobile on a track, having a container for receiving bulk material and a vehicle frame, wherein a first bulk material transport is carried out on a bottom conveyor belt, extending in a longitudinal direction of the vehicle, and on a transfer conveyor belt adjoining the former and projecting beyond a vehicle end, and, parallel thereto, a second bulk material transport is carried out on a third conveyor belt spaced from the bottom conveyor belt, characterized in that the container together with the bottom conveyor belt and the third conveyor belt is pivoted relative to the vehicle frame about a pivot axis extending in the longitudinal direction of the vehicle in order to maintain a horizontal conveying plane - with regard to a transverse direction of the vehicle - for these conveyor belts (7, 11) independently of a transverse inclination of the track.
An AC input voltage interruption detection method, comprising: determining to which class, from among three or more classes having predefined upper-limit voltages (Vuref, 151) and lower-limit voltages (Vdref, 152) respectively, a detected voltage that corresponds to an AC input voltage (Vin, 100) belongs, over a period shorter than the period of the AC input voltage (Vin, 100), or constantly; and determining that the AC input voltage (Vin, 100) is interrupted when the class to which the detected voltage has been determined to belong does not change within a predefined time characterized in that the predefined upper-limit voltages (Vuref, 151) and lower limit voltages (Vdref, 152) which determine the class to which the detected voltage belongs or not are switched based on digital up/down counter values when the detected voltage rises above the predefined upper-limit voltage (Vuref, 151) of the class to which the detected voltage (Vin, 100) belongs, resulting in a count-up operation being performed, and when the detected voltage (Vin, 100) falls below the predefined lower-limit voltage (Vdref, 152) of the class to which the detected voltage (Vin, 100) belongs, resulting in a count-down operation being performed. determining to which class, from among three or more classes having predefined upper-limit voltages (Vuref, 151) and lower-limit voltages (Vdref, 152) respectively, a detected voltage that corresponds to an AC input voltage (Vin, 100) belongs, over a period shorter than the period of the AC input voltage (Vin, 100), or constantly; and determining that the AC input voltage (Vin, 100) is interrupted when the class to which the detected voltage has been determined to belong does not change within a predefined time characterized in that the predefined upper-limit voltages (Vuref, 151) and lower limit voltages (Vdref, 152) which determine the class to which the detected voltage belongs or not are switched based on digital up/down counter values when the detected voltage rises above the predefined upper-limit voltage (Vuref, 151) of the class to which the detected voltage (Vin, 100) belongs, resulting in a count-up operation being performed, and when the detected voltage (Vin, 100) falls below the predefined lower-limit voltage (Vdref, 152) of the class to which the detected voltage (Vin, 100) belongs, resulting in a count-down operation being performed.
A mobile device comprising: a camera configured to acquire video data with predefined resolution; a memory unit configured to store brightness control data values and resolution values, each brightness control data value being associated with a corresponding resolution value; a control unit configured to control the camera with the predefined resolution, to receive the video data from the camera, and to retrieve the brightness control data from the memory unit corresponding to the resolution of the received video data; and a display unit configured to receive the brightness control data from the control unit, to determine the brightness of a display based on the received brightness control data, to receive the video data from the control unit, and to display the received video data with the determined brightness; and wherein the values of the brightness control data decrease with increasing values of the resolution. a camera configured to acquire video data with predefined resolution; a memory unit configured to store brightness control data values and resolution values, each brightness control data value being associated with a corresponding resolution value; a control unit configured to control the camera with the predefined resolution, to receive the video data from the camera, and to retrieve the brightness control data from the memory unit corresponding to the resolution of the received video data; and a display unit configured to receive the brightness control data from the control unit, to determine the brightness of a display based on the received brightness control data, to receive the video data from the control unit, and to display the received video data with the determined brightness;
Method for acoustically scaring avian species, in which method: a) at least one acoustic sequence is generated; and b) this acoustic sequence is emitted in the form of acoustic waves, in which method, in addition to step a), in a single acoustic sequence, the repetition of a combination of at least three different categories of synthesised signal is generated, comprising, in succession, warning signals from birds of prey (S1A, S1 B), which are synthesised distress signals from a black kite, interspecific distress signals, which are distress signals having been synthesised from the features that are common to the natural distress signals of starlings, lapwings, Corvidae and Laridae, and taking-flight signals from various species, which represent beatings of Colombidae wings. a) at least one acoustic sequence is generated; and b) this acoustic sequence is emitted in the form of acoustic waves, in which method, in addition to step a), in a single acoustic sequence, the repetition of a combination of at least three different categories of synthesised signal is generated, comprising, in succession, warning signals from birds of prey (S1A, S1 B), which are synthesised distress signals from a black kite, interspecific distress signals, which are distress signals having been synthesised from the features that are common to the natural distress signals of starlings, lapwings, Corvidae and Laridae, and taking-flight signals from various species, which represent beatings of Colombidae wings.
A carburetor comprising a venturi provided inside an air intake channel, a choke valve on the upstream side of the venturi, and a throttle valve on the downstream side of the venturi, inside the air intake channel, characterized in that: said valves (7, 8) are rotated to their fully opened state to be closely opposing each other; a bulging portion is provided which bulges toward a region between said closely opposing valves (7, 8) on the inner periphery of said air intake channel; and said air intake channel is divided into an air-fuel mixture channel at which a fuel intake port is provided and an air channel through which guiding air flows by said valves (7, 8) in said fully opened state and said bulging portion; and in that the bulging portion is formed by the venturi, which venturi is bulged to block the region, wherein the venturi occupies substantially the entire region between the closely opposing valves (7, 8), to prevent fuel from entering the air channel from the air-fuel mixture channel when the valves (7, 8) are in their fully opened state. said valves (7, 8) are rotated to their fully opened state to be closely opposing each other; a bulging portion is provided which bulges toward a region between said closely opposing valves (7, 8) on the inner periphery of said air intake channel; and said air intake channel is divided into an air-fuel mixture channel at which a fuel intake port is provided and an air channel through which guiding air flows by said valves (7, 8) in said fully opened state and said bulging portion; and in that the bulging portion is formed by the venturi, which venturi is bulged to block the region, wherein the venturi occupies substantially the entire region between the closely opposing valves (7, 8), to prevent fuel from entering the air channel from the air-fuel mixture channel when the valves (7, 8) are in their fully opened state.