mhurhangee/ep-ind-claims huggingface dataset:
A sortation system (300, 400, 500) comprising: an object identification system (316, 416, 516) including a scanner system that includes multiple scanners and wherein said multiple scanners of said object identification system are positioned to scan an object as it is falling toward a load station, characterized in that the sortation system (300, 400, 500) further comprises: a plurality of automated carriages (318, 418, 518, 520, 50) for receiving an object at the load station from the object identification system and transferring the object into one of at least two destination stations (202-216, 222-236), at least one of said automated carriages comprising: automated transport means for reciprocally moving between the at least two destination stations, and transfer means for transferring the object from the automated carriage into one of the at least two destination stations by dumping any contents of the carriage in two opposing directions that are transverse to a direction of movement of the automated carriage. an object identification system (316, 416, 516) including a scanner system that includes multiple scanners and wherein said multiple scanners of said object identification system are positioned to scan an object as it is falling toward a load station, characterized in that the sortation system (300, 400, 500) further comprises: a plurality of automated carriages (318, 418, 518, 520, 50) for receiving an object at the load station from the object identification system and transferring the object into one of at least two destination stations (202-216, 222-236), at least one of said automated carriages comprising: automated transport means for reciprocally moving between the at least two destination stations, and transfer means for transferring the object from the automated carriage into one of the at least two destination stations by dumping any contents of the carriage in two opposing directions that are transverse to a direction of movement of the automated carriage. automated transport means for reciprocally moving between the at least two destination stations, and transfer means for transferring the object from the automated carriage into one of the at least two destination stations by dumping any contents of the carriage in two opposing directions that are transverse to a direction of movement of the automated carriage.
A method for collecting mobile subscriber information in a network, the method being applied to an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, characterized in that the method comprises: receiving, by an Evolved NodeB, eNB, a message comprising an Interfaces To Trace field, wherein a reserved bit in the Interfaces To Trace field is configured to indicate whether the eNB has to collect mobile subscriber information at a custom interface, wherein the custom interface is an interface applied in the E-UTRAN other than an interface S1, an interface X2, and an interface Uu; determining, by the eNB, according to the received Interfaces To Trace field, whether the eNB has to collect the mobile subscriber information at the custom interface, and when determining the eNB has to collect the mobile subscriber information at the custom interface, sending a TRACE REQUEST message to a tracing tool to obtain a type of a custom interface to be traced; and collecting, by the eNB, mobile subscriber information at a custom interface corresponding to the type sent by the tracing tool, wherein the method further comprises: after the step of determining, by the eNB whether the eNB has to collect the mobile subscriber information at the custom interface, and before the step of collecting, by the eNB, mobile subscriber information at a custom interface corresponding to the type sent by the tracing tool, receiving, by the eNB, an indication message that indicates, via a mask flag, whether the mobile subscriber information at each of the interfaces applied in the E-UTRAN has to be collected. receiving, by an Evolved NodeB, eNB, a message comprising an Interfaces To Trace field, wherein a reserved bit in the Interfaces To Trace field is configured to indicate whether the eNB has to collect mobile subscriber information at a custom interface, wherein the custom interface is an interface applied in the E-UTRAN other than an interface S1, an interface X2, and an interface Uu; determining, by the eNB, according to the received Interfaces To Trace field, whether the eNB has to collect the mobile subscriber information at the custom interface, and when determining the eNB has to collect the mobile subscriber information at the custom interface, sending a TRACE REQUEST message to a tracing tool to obtain a type of a custom interface to be traced; and collecting, by the eNB, mobile subscriber information at a custom interface corresponding to the type sent by the tracing tool, wherein the method further comprises: after the step of determining, by the eNB whether the eNB has to collect the mobile subscriber information at the custom interface, and before the step of collecting, by the eNB, mobile subscriber information at a custom interface corresponding to the type sent by the tracing tool, receiving, by the eNB, an indication message that indicates, via a mask flag, whether the mobile subscriber information at each of the interfaces applied in the E-UTRAN has to be collected.
A method for improving the pour point of a lubricating composition comprising a major amount of a lubricating base oil chosen from the group consisting of Group III, GTL, and any combination thereof and one or more detergents, the method comprising using an alkylated alkaline earth metal salicylate detergent as a pour point depressant.
Apparatus for treatment of selected cells in the dermis or hypodermis layers in the skin comprising: a hand piece with an enclosure including at least two electrodes (220, 230) located within the enclosure and during operation placed adjacent to stretched tissue collected in an area between said at least two electrodes (220, 230), said area being in communication with a suction hose for introducing and stretching tissue between the electrodes; wherein the apparatus further includes a light generating element located within the enclosure and during operation placed adjacent to stretched tissue collected in an area, the light generating element being adapted for transmitting light energy to an outer surface of said stretched tissue collected between said electrodes (220, 230) causing a treating effect; and an energy source connected to said at least two electrodes (220, 230) adapted for applying electrical energy to the stretched tissue causing a treating effect wherein the apparatus further comprising an air pressure monitor whereby the application of energy to tissue is controlled according to the results of the air pressure monitoring. a hand piece with an enclosure including at least two electrodes (220, 230) located within the enclosure and during operation placed adjacent to stretched tissue collected in an area between said at least two electrodes (220, 230), said area being in communication with a suction hose for introducing and stretching tissue between the electrodes; wherein the apparatus further includes a light generating element located within the enclosure and during operation placed adjacent to stretched tissue collected in an area, the light generating element being adapted for transmitting light energy to an outer surface of said stretched tissue collected between said electrodes (220, 230) causing a treating effect; and an energy source connected to said at least two electrodes (220, 230) adapted for applying electrical energy to the stretched tissue causing a treating effect wherein the apparatus further comprising an air pressure monitor whereby the application of energy to tissue is controlled according to the results of the air pressure monitoring.
A braking and/or clamping device for a shaft which is guided relative to a main body, having an actuating assembly and a shaft coupling assembly (80, 100, 120), - wherein the actuating assembly has a split housing, which has an attachment zone and a bending zone which can bulge elastically in some regions and has two bending plates (15, 16) spaced by a gap space, - wherein the bending plates (15, 16) each have jaws (23, 24) in two mutually opposing clamping zones, said jaws having friction faces (31, 32) with surface normals pointing inwards, - wherein the shaft coupling assembly (80, 100, 120) has a coupling region which has two mutually spaced friction faces (91, 92) with surface normals pointing outwards, - wherein the shaft coupling assembly (80, 100, 120) has a flange region via which it is arranged on the shaft either directly or indirectly via a clamping mechanism, and - wherein, when the gap space is relieved of load, the friction faces (31, 32) of the actuating assembly are applied to the friction faces (91, 92) of the shaft coupling assembly (80, 100, 120), providing the clamping and/or braking force, characterised in that - each bending plate (15, 16) has an axial groove (17, 18) from the gap space in order to support at least one supporting element, - there is a sealed gap space between the bending plates (15, 16) and the at least one supporting element, which sealed gap space can be filled with a pressure medium in order to push the friction faces (31, 32) apart elastically, and - the shaft coupling assembly (80, 100, 120) has a slotted or multiply split ring as the brake disc (81, 101, 121). - wherein the actuating assembly has a split housing, which has an attachment zone and a bending zone which can bulge elastically in some regions and has two bending plates (15, 16) spaced by a gap space, - wherein the bending plates (15, 16) each have jaws (23, 24) in two mutually opposing clamping zones, said jaws having friction faces (31, 32) with surface normals pointing inwards, - wherein the shaft coupling assembly (80, 100, 120) has a coupling region which has two mutually spaced friction faces (91, 92) with surface normals pointing outwards, - wherein the shaft coupling assembly (80, 100, 120) has a flange region via which it is arranged on the shaft either directly or indirectly via a clamping mechanism, and - wherein, when the gap space is relieved of load, the friction faces (31, 32) of the actuating assembly are applied to the friction faces (91, 92) of the shaft coupling assembly (80, 100, 120), providing the clamping and/or braking force, characterised in that - each bending plate (15, 16) has an axial groove (17, 18) from the gap space in order to support at least one supporting element, - there is a sealed gap space between the bending plates (15, 16) and the at least one supporting element, which sealed gap space can be filled with a pressure medium in order to push the friction faces (31, 32) apart elastically, and - the shaft coupling assembly (80, 100, 120) has a slotted or multiply split ring as the brake disc (81, 101, 121).
A variable pitch fan assembly for an aircraft turbofan gas turbine engine, the variable pitch fan assembly comprising: a plurality of variable pitch fan blades arranged to be circumscribed about the engine centerline axis, the variable pitch fan blades coupled to a drive shaft arranged to be centered about the engine centerline axis, each of the variable pitch fan blades arranged rotatable about a pitch axis perpendicular to the engine centerline axis and having a blade turning lever connected thereto, one or more linear actuators arranged to be non rotatably mounted parallel to the engine centerline axis and operably linked to the fan blades for rotating the fan blades about the respective pitch axes, characterized by: the actuators connected to a spider ring through thrust bearings for transmission of axial displacement of non-rotatable actuator rods of the actuators for rotating the fan blades, and thrust transmitting spider arms extending away from the spider ring towards the blade roots and each one of the spider arms connected to one of the turning levers, further comprising each of the turning levers being connected and cammed to a respective one of the spider arms by a pin and slot joint. a plurality of variable pitch fan blades arranged to be circumscribed about the engine centerline axis, the variable pitch fan blades coupled to a drive shaft arranged to be centered about the engine centerline axis, each of the variable pitch fan blades arranged rotatable about a pitch axis perpendicular to the engine centerline axis and having a blade turning lever connected thereto, one or more linear actuators arranged to be non rotatably mounted parallel to the engine centerline axis and operably linked to the fan blades for rotating the fan blades about the respective pitch axes, characterized by: the actuators connected to a spider ring through thrust bearings for transmission of axial displacement of non-rotatable actuator rods of the actuators for rotating the fan blades, and thrust transmitting spider arms extending away from the spider ring towards the blade roots and each one of the spider arms connected to one of the turning levers, the actuators connected to a spider ring through thrust bearings for transmission of axial displacement of non-rotatable actuator rods of the actuators for rotating the fan blades, and thrust transmitting spider arms extending away from the spider ring towards the blade roots and each one of the spider arms connected to one of the turning levers, further comprising each of the turning levers being connected and cammed to a respective one of the spider arms by a pin and slot joint.
A toner comprising a toner particle including a binder resin and a wax, wherein the wax includes at least one selected from the group consisting of diester compounds represented by following formulas and; when a proportion of an area occupied by the wax in a region from a surface of the toner particle to 0.5 μm in cross-sectional observation of the toner using a transmission electron microscope in accordance with the description is denoted by As, As is 15.0% or less; wax domains are observed in the cross section of the toner particle in cross-sectional observation of the toner using a transmission electron microscope, and an average number of the domains per cross section of one toner particle, as determined in accordance with the description, is from 10 to 2000; when a mass concentration of a polyvalent metal element in the toner particle determined by fluorescent X-ray analysis in accordance with the description is denoted by Mi (ppm), Mi is from 3.5 ppm to 1100 ppm; and when a mass concentration of a polyvalent metal element in the toner particle determined by X-ray photoelectron spectroscopy in accordance with the description is denoted by Ms (ppm), the following expression: Mi > Ms is satisfied; in the formulas and, R 1 represents an alkylene group having from 1 to 6 carbon atoms, and R 2 and R 3 each independently represent a linear alkyl group having from 11 to 25 carbon atoms. the wax includes at least one selected from the group consisting of diester compounds represented by following formulas and; when a proportion of an area occupied by the wax in a region from a surface of the toner particle to 0.5 μm in cross-sectional observation of the toner using a transmission electron microscope in accordance with the description is denoted by As, As is 15.0% or less; wax domains are observed in the cross section of the toner particle in cross-sectional observation of the toner using a transmission electron microscope, and an average number of the domains per cross section of one toner particle, as determined in accordance with the description, is from 10 to 2000; when a mass concentration of a polyvalent metal element in the toner particle determined by fluorescent X-ray analysis in accordance with the description is denoted by Mi (ppm), Mi is from 3.5 ppm to 1100 ppm; and when a mass concentration of a polyvalent metal element in the toner particle determined by X-ray photoelectron spectroscopy in accordance with the description is denoted by Ms (ppm), the following expression: Mi > Ms is satisfied; in the formulas and, R 1 represents an alkylene group having from 1 to 6 carbon atoms, and R 2 and R 3 each independently represent a linear alkyl group having from 11 to 25 carbon atoms.
A continuous method of forming a bisphenol A oil comprising: forming the bisphenol A oil by mixing a molten bisphenol A and water; wherein the bisphenol A oil comprises 10 to 30 wt% water based on a total weight of the bisphenol A oil and is at a temperature of 100 to 140°C; flowing at least a portion of the bisphenol A oil through an inline densitometer and measuring a real-time density and a real-time temperature of the bisphenol A oil; determining a real-time concentration of the bisphenol A oil based on said real-time density and said real-time temperature. forming the bisphenol A oil by mixing a molten bisphenol A and water; wherein the bisphenol A oil comprises 10 to 30 wt% water based on a total weight of the bisphenol A oil and is at a temperature of 100 to 140°C; flowing at least a portion of the bisphenol A oil through an inline densitometer and measuring a real-time density and a real-time temperature of the bisphenol A oil; determining a real-time concentration of the bisphenol A oil based on said real-time density and said real-time temperature.
Wood/concrete composite structure, comprising a wooden panel and a concrete slab fixed thereto, wherein the wooden panel has at least one longitudinal layer, in which the grain direction of the wood extends in a longitudinal direction of the wooden panel, wherein the wooden panel has at least one transverse layer, in which the grain direction of the wood extends at right angles to the longitudinal direction, wherein the at least one transverse layer and the at least one longitudinal layer are bonded to one another, wherein the wooden panel has at least one recess (4, 14, 24, 34, 44, 54, 64, 74) on the outside assigned to a concrete slab, and wherein the concrete slab has a raised area which fills the recess (4, 14, 24, 34, 44, 54, 64, 74), characterised in that the recess (4, 14, 24, 34, 44, 54, 64, 74) extends completely through all transverse layers.
A motorcycle comprising a hollow self-supporting shell integrating the steering column, means for securing the engine and means for securing the suspension system, said shell having an inner space forming a petrol tank, and having two hollow spaces (26, 27) extending on either side of the median longitudinal vertical plane, the casing of said hollow spaces defining the side beams, characterised in that said shell also integrates the driver's seat.
An insert bushing arrangement of a breaking hammer, comprising an insert bushing, a bearing support, an intermediate material layer and an insert locking element, wherein the insert bushing is mountable axially inside the bearing support and wherein an inner cylindrical surface of the insert bushing serves as a slide bearing surface against a breaking tool, which is movable relative to the insert bushing; and the insert locking element is configured to limit axial movement of the insert bushing relative to the bearing support; and between opposing surfaces (29, 30) of the bearing support and the insert bushing is the intermediate material layer; characterized in that material of the mentioned intermediate material layer differs from materials of the bearing support and the insert bushing and is selected such that material properties between the intermediate material layer and the bearing support, and further, between the intermediate material layer and the insert bushing have poor mutual adhesion tendency and thereby preventing sticking of the materials; the insert bushing comprises a cylindrical intermediate element, which is a separate element mountable between the bearing support and the insert bushing and is configured to serve as the intermediate material layer; the intermediate element is without fixed mounting and the axial movement of the intermediate element is limited by means of a locking ring; and the intermediate element is mountable together with the insert bushing inside an axial opening of the bearing support. wherein the insert bushing is mountable axially inside the bearing support and wherein an inner cylindrical surface of the insert bushing serves as a slide bearing surface against a breaking tool, which is movable relative to the insert bushing; and the insert locking element is configured to limit axial movement of the insert bushing relative to the bearing support; and between opposing surfaces (29, 30) of the bearing support and the insert bushing is the intermediate material layer; characterized in that material of the mentioned intermediate material layer differs from materials of the bearing support and the insert bushing and is selected such that material properties between the intermediate material layer and the bearing support, and further, between the intermediate material layer and the insert bushing have poor mutual adhesion tendency and thereby preventing sticking of the materials; the insert bushing comprises a cylindrical intermediate element, which is a separate element mountable between the bearing support and the insert bushing and is configured to serve as the intermediate material layer; the intermediate element is without fixed mounting and the axial movement of the intermediate element is limited by means of a locking ring; and the intermediate element is mountable together with the insert bushing inside an axial opening of the bearing support.
A nozzle member for a personal care device comprising: a nozzle head positioned at an end of the nozzle member; an orifice formed in a surface of the nozzle head, wherein the orifice comprises at least one liquid jet orifice each configured to emit liquid and/or air from the nozzle head in the form of a jet, and at least one liquid sheet orifice (40a-d) each configured to emit liquid and/or air from the nozzle head in the form of a sheet; wherein the liquid sheet orifice (40a-d) comprises a groove formed in the surface of the nozzle head, wherein the groove is rounded or V-shaped in cross-section, characterized by a tip extending outwardly from said surface of the nozzle head. a nozzle head positioned at an end of the nozzle member; an orifice formed in a surface of the nozzle head, wherein the orifice comprises at least one liquid jet orifice each configured to emit liquid and/or air from the nozzle head in the form of a jet, and at least one liquid sheet orifice (40a-d) each configured to emit liquid and/or air from the nozzle head in the form of a sheet; wherein the liquid sheet orifice (40a-d) comprises a groove formed in the surface of the nozzle head, wherein the groove is rounded or V-shaped in cross-section, characterized by a tip extending outwardly from said surface of the nozzle head.