mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for orientating a rod-shaped smoking article containing a metal component, the apparatus comprising: means for producing a magnetic field; and means (20, 22) for presenting the rod-shaped smoking article to the magnetic field in a manner which allows rotation of the rod-shaped smoking article; characterised in that the apparatus is arranged to drop the rod-shaped smoking article through the magnetic field. means for producing a magnetic field; and means (20, 22) for presenting the rod-shaped smoking article to the magnetic field in a manner which allows rotation of the rod-shaped smoking article; characterised in that the apparatus is arranged to drop the rod-shaped smoking article through the magnetic field.
Industrial vacuum cleaner for liquid substances with detection device of the level of filling of its collection tank, wherein said vacuum cleaner comprises: - at least one vacuum turbine; - a collection tank of the vacuumed liquid products; - an electrical control unit for controlling the various functions; - a detection device of the level of liquid reached in said tank, comprising a housing obtained in said tank, a float, provided inside said housing, and a micro switch, wherein said float, rising as a result of the increase in the level of liquid, cooperates with said micro switch to change its status and generate a control signal, manageable by said electrical control unit, to stop said at least one vacuum turbine upon reaching a predefined maximum level of filling; - transmission means of said control signal from said detection device to said electrical control unit, characterized in that: - said detection device comprises a circuit board comprising an emitter of an electromagnetic wave control signal, said control signal being generated as a result of the change in status of said micro switch; - said electrical control unit comprises a receiver adapted to receive said electromagnetic wave control signal, wherein said transmission means of said control signal are of wireless type. - at least one vacuum turbine; - a collection tank of the vacuumed liquid products; - an electrical control unit for controlling the various functions; - a detection device of the level of liquid reached in said tank, comprising a housing obtained in said tank, a float, provided inside said housing, and a micro switch, wherein said float, rising as a result of the increase in the level of liquid, cooperates with said micro switch to change its status and generate a control signal, manageable by said electrical control unit, to stop said at least one vacuum turbine upon reaching a predefined maximum level of filling; - transmission means of said control signal from said detection device to said electrical control unit, - said detection device comprises a circuit board comprising an emitter of an electromagnetic wave control signal, said control signal being generated as a result of the change in status of said micro switch; - said electrical control unit comprises a receiver adapted to receive said electromagnetic wave control signal,
A communication control method performed at a user terminal operating in either one of states, a connected state or an idle state, comprising steps of: receiving, from a network, while the user terminal is in the connected state, a connection release request for requesting a release of an RRC connection, wherein connection release request includes information indicating a request of holding an identifier assigned by the network; holding the identifier while the user terminal is in the idle state, in response to receiving the connection release request including the information; performing a random access procedure for the network, while the user terminal is in the idle state, wherein the step of performing the random access procedure includes the steps of: transmitting a random access signal to the network; receiving a random access response that is a response to the random access signal, from the network; and transmitting a control signal together with the identifier to the network in response to receiving the random access response, while the user terminal is in the idle state. receiving, from a network, while the user terminal is in the connected state, a connection release request for requesting a release of an RRC connection, wherein connection release request includes information indicating a request of holding an identifier assigned by the network; holding the identifier while the user terminal is in the idle state, in response to receiving the connection release request including the information; performing a random access procedure for the network, while the user terminal is in the idle state, wherein the step of performing the random access procedure includes the steps of: transmitting a random access signal to the network; receiving a random access response that is a response to the random access signal, from the network; and transmitting a control signal together with the identifier to the network in response to receiving the random access response, while the user terminal is in the idle state. transmitting a random access signal to the network; receiving a random access response that is a response to the random access signal, from the network; and transmitting a control signal together with the identifier to the network in response to receiving the random access response, while the user terminal is in the idle state.
Connector for connecting electrical conductors comprising a contact end-fitting at their end to be connected, comprising two conjugate parts (31, 32), respectively male and female, each comprising a body (33, 34) made of insulating material provided with housings into which respectively male and female contacts (37, 38) capable of receiving the contact end-fittings of the conductors come to be mounted, characterized in that at least one of the male and female parts (31, 32) comprises, internally, partitions (46, 47) extending between said housings and produced from a thermosetting polymer material having a CTI index greater than or equal to 600 capable of withstanding electrical discharges.
A hydrogel comprising a polyhydroxy polymer comprising a structure according to the general formula I or II wherein X is a group of the formula ZQ III wherein Z is a linking group, or is absent, such that Q is directly bonded to the cyclic acetal; where Z is present Z is C 1-6 alkylene, C 2-6 alkenylene, C 2-6 alkynylene, C 1-6 alkoxylene or C 1-6 alkoxyalkylene; Q is C 1-6 alkyl, C 2-6 alkenyl or C 2-6 alkynyl group; or is a C 5 to C 12 aryl, or heteroaryl or is a C 5-12 cycloalkyl; Q is substituted by one or more halogens, selected from iodine and bromine; and J is a group -CH 2 - or is a bond. wherein Z is a linking group, or is absent, such that Q is directly bonded to the cyclic acetal; where Z is present Z is C 1-6 alkylene, C 2-6 alkenylene, C 2-6 alkynylene, C 1-6 alkoxylene or C 1-6 alkoxyalkylene; Q is C 1-6 alkyl, C 2-6 alkenyl or C 2-6 alkynyl group; or is a C 5 to C 12 aryl, or heteroaryl or is a C 5-12 cycloalkyl; Q is substituted by one or more halogens, selected from iodine and bromine; and J is a group -CH 2 - or is a bond.
A wall plug comprising: a first component with an elastically mounted co-rotation locking device; a second component which is arranged at the first component, wherein the second component comprises a window which exposes the co-rotation locking device to the outside; and an opening for inserting an attachment element; wherein at least one of the components (170, 180) forms strutting bars (112, 114). a first component with an elastically mounted co-rotation locking device; a second component which is arranged at the first component, wherein the second component comprises a window which exposes the co-rotation locking device to the outside; and an opening for inserting an attachment element; wherein at least one of the components (170, 180) forms strutting bars (112, 114).
A tonneau cover assembly for selectively covering a truck bed of a truck, the tonneau cover assembly comprising: a cover; and a longitudinally extending rail (22,24) configured to be located adjacent a sidewall (8,10) of the truck bed; wherein the longitudinally extending rail (22,24) includes an attachment member; wherein at least a portion of the attachment member has a planar body; wherein the attachment member extends longitudinally along the rail (22,24); wherein the at least a portion of the attachment member is configured to be inclined with respect to a top surface of the sidewall (8,10) when the longitudinally extending rail (22,24) is located adjacent to the sidewall (8,10) of the truck bed; wherein the cover includes a stiffener located on an underside of the cover and adjacent the attachment member of the longitudinally extending rail (22,24); wherein the stiffener has a body that is more rigid than the cover; characterized in that the stiffener includes a depending rib extending from the stiffener toward the attachment member; wherein the rib engages a surface of the attachment member to space apart a portion of the cover from the attachment member; and wherein the attachment member includes an attachment slot sized and configured to receive a portion of a hook and loop fastener. a cover; and a longitudinally extending rail (22,24) configured to be located adjacent a sidewall (8,10) of the truck bed; wherein the longitudinally extending rail (22,24) includes an attachment member; wherein at least a portion of the attachment member has a planar body; wherein the attachment member extends longitudinally along the rail (22,24); wherein the at least a portion of the attachment member is configured to be inclined with respect to a top surface of the sidewall (8,10) when the longitudinally extending rail (22,24) is located adjacent to the sidewall (8,10) of the truck bed; wherein the cover includes a stiffener located on an underside of the cover and adjacent the attachment member of the longitudinally extending rail (22,24); wherein the stiffener has a body that is more rigid than the cover; characterized in that the stiffener includes a depending rib extending from the stiffener toward the attachment member; wherein the rib engages a surface of the attachment member to space apart a portion of the cover from the attachment member; and wherein the attachment member includes an attachment slot sized and configured to receive a portion of a hook and loop fastener.
A polarized deceleration apparatus for use in a self-retracting device - SRD - in personal protection applications, the apparatus comprising: a cylindrical drum rotatably coupled to a housing (305, 325), the cylindrical drum rotatable about a longitudinal axis so as to unspool a tether in an extraction mode and to spool the tether in a retraction mode; characterised in that the apparatus further comprises: a circular channel (110, 240, 330, 405) fixedly coupled to the housing (305, 325) and disposed in a plane orthogonal to the longitudinal axis; a shuttle mechanically coupled to rotate in response to the cylindrical drum, the shuttle configured to translate within the circular channel (110, 240, 330, 405); and a dynamic braking member - DBM - configured to translate within the circular channel (110, 240, 330, 405); wherein the shuttle further comprises a retraction face configured to guide the DBM into a frictional retraction impingement with an inside surface of the circular channel (110, 240, 330, 405) when the cylindrical drum is in the retraction mode. a cylindrical drum rotatably coupled to a housing (305, 325), the cylindrical drum rotatable about a longitudinal axis so as to unspool a tether in an extraction mode and to spool the tether in a retraction mode; characterised in that the apparatus further comprises: a circular channel (110, 240, 330, 405) fixedly coupled to the housing (305, 325) and disposed in a plane orthogonal to the longitudinal axis; a shuttle mechanically coupled to rotate in response to the cylindrical drum, the shuttle configured to translate within the circular channel (110, 240, 330, 405); and a dynamic braking member - DBM - configured to translate within the circular channel (110, 240, 330, 405); wherein the shuttle further comprises a retraction face configured to guide the DBM into a frictional retraction impingement with an inside surface of the circular channel (110, 240, 330, 405) when the cylindrical drum is in the retraction mode. a circular channel (110, 240, 330, 405) fixedly coupled to the housing (305, 325) and disposed in a plane orthogonal to the longitudinal axis; a shuttle mechanically coupled to rotate in response to the cylindrical drum, the shuttle configured to translate within the circular channel (110, 240, 330, 405); and a dynamic braking member - DBM - configured to translate within the circular channel (110, 240, 330, 405); wherein the shuttle further comprises a retraction face configured to guide the DBM into a frictional retraction impingement with an inside surface of the circular channel (110, 240, 330, 405) when the cylindrical drum is in the retraction mode.
System for extruding strands of cementitious material for a robot used for the additive manufacturing of architectural structures, comprising: - a head for dispensing strands of cementitious material, referred to as a print head, comprising a mouth for the inlet of cementitious material and an outlet nozzle designed to form strands of cementitious material, - a circuit for feeding cementitious material to said print head, comprising a cementitious material storage tank, a cementitious material feed pipe connecting said storage tank and said print head, and a pump for filling said feed pipe with cementitious material from said storage tank, - a sensor for detecting the pressure/flow rate of said cementitious material flowing in said print head, which sensor is suitable for transmitting pressure/flow rate measurements to said filling pump, said filling pump being designed to control the filling of the feed pipe on the basis of said measurements transmitted by said sensor, characterized in that said dispensing head further comprises: - a mixing chamber which is arranged upstream of said outlet nozzle and into which an admixing device leads which is suitable for injecting admixtures that modify the characteristics of the cementitious material before ejection of said strands of cementitious material through said outlet nozzle, - a dynamic mixer designed to be able to mix said cementitious material and admixtures provided by said admixing device in said mixing chamber, - an eccentric-screw metering pump designed to be able to convey the cementitious material from said inlet mouth of said print head to said mixing chamber. - a head for dispensing strands of cementitious material, referred to as a print head, comprising a mouth for the inlet of cementitious material and an outlet nozzle designed to form strands of cementitious material, - a circuit for feeding cementitious material to said print head, comprising a cementitious material storage tank, a cementitious material feed pipe connecting said storage tank and said print head, and a pump for filling said feed pipe with cementitious material from said storage tank, - a sensor for detecting the pressure/flow rate of said cementitious material flowing in said print head, which sensor is suitable for transmitting pressure/flow rate measurements to said filling pump, said filling pump being designed to control the filling of the feed pipe on the basis of said measurements transmitted by said sensor, - a mixing chamber which is arranged upstream of said outlet nozzle and into which an admixing device leads which is suitable for injecting admixtures that modify the characteristics of the cementitious material before ejection of said strands of cementitious material through said outlet nozzle, - a dynamic mixer designed to be able to mix said cementitious material and admixtures provided by said admixing device in said mixing chamber, - an eccentric-screw metering pump designed to be able to convey the cementitious material from said inlet mouth of said print head to said mixing chamber.
An aircraft engine comprising: gas powered turbine core (30; 130; 330; 435); a first fan (50; 150; 350; 450) connected to said turbine core (30...435) via a shaft (34; 134; 434), the fan (50...450) being positioned aft of the turbine (30...435); and a second fan connected to said first fan (50...450) via a geared connection; characterised in that the first fan (50...450) is directly driven by the shaft (34; 134; 434). gas powered turbine core (30; 130; 330; 435); a first fan (50; 150; 350; 450) connected to said turbine core (30...435) via a shaft (34; 134; 434), the fan (50...450) being positioned aft of the turbine (30...435); and a second fan connected to said first fan (50...450) via a geared connection; characterised in that the first fan (50...450) is directly driven by the shaft (34; 134; 434).
A data processing system for a cellular communications network, the network being configured to enable communication with a user equipment (4, 5, 6, 7), the data processing system being configured to control an operation mode of the communications network for serving the user equipment, wherein the operation mode is characterized by a set of one or more values of respective one or more network performance parameters, characterized in the data processing system comprising a storage system for storing geographical information indicative of a geographical region, the geographical region being independent of the cellular configuration of the cellular communications network, and a processor configured to perform steps of: - obtaining location information indicative of a location of the user equipment; - determining that the location indicated by the location information is within the geographical region indicated by the geographical information stored in the storage system; and - based on this determination, controlling the operation mode for serving the user equipment such that the operation mode is characterized by a first set of one or more values of said respective one or more network performance parameters. control an operation mode of the communications network for serving the user equipment, wherein the operation mode is characterized by a set of one or more values of respective one or more network performance parameters, characterized in the data processing system comprising a storage system for storing geographical information indicative of a geographical region, the geographical region being independent of the cellular configuration of the cellular communications network, and a processor configured to perform steps of: - obtaining location information indicative of a location of the user equipment; - determining that the location indicated by the location information is within the geographical region indicated by the geographical information stored in the storage system; and - based on this determination, controlling the operation mode for serving the user equipment such that the operation mode is characterized by a first set of one or more values of said respective one or more network performance parameters. - obtaining location information indicative of a location of the user equipment; - determining that the location indicated by the location information is within the geographical region indicated by the geographical information stored in the storage system; and - based on this determination, controlling the operation mode for serving the user equipment such that the operation mode is characterized by a first set of one or more values of said respective one or more network performance parameters.
An apparatus (110, 200, 300) for magnetizing one or more workpieces (250, 350), comprising: a magnet assembly (120, 220, 320) having a first magnet (221, 321) and a second magnet (222, 322), wherein the first magnet and the second magnet are electro-magnets, the first and second magnets (221, 222; 321, 322) defining a gap (255, 355) between opposing poles of each magnet, wherein the magnet assembly (120, 220, 320) is arranged to generate a magnetic field (225, 325) substantially perpendicular to the planar surface of the one or more workpieces (250, 350); a workpiece holder configured to support the one or more workpieces (250, 350), the one or more workpieces (250, 350) having each at least one substantially planar surface (252, 352), within said gap (255, 355) between the opposing poles of each magnet; a power source (260, 360) configured to independently deliver power levels to individual coil windings of the first and second magnets (221, 222; 321, 322); and a controller (280, 380) coupled to the power source (260, 360) and programmable, wherein the controller (280, 380) is configured to control the magnetic field to have a field uniformity having less than a 10% variation across the diameter or major lateral dimension of the one or more workpieces (250, 350), wherein the percent variation is measured as a maximum variation in the magnetic field strength across at least one workpiece (250, 350) divided by the average field strength across the at least one workpiece (250, 350). a magnet assembly (120, 220, 320) having a first magnet (221, 321) and a second magnet (222, 322), wherein the first magnet and the second magnet are electro-magnets, the first and second magnets (221, 222; 321, 322) defining a gap (255, 355) between opposing poles of each magnet, wherein the magnet assembly (120, 220, 320) is arranged to generate a magnetic field (225, 325) substantially perpendicular to the planar surface of the one or more workpieces (250, 350); a workpiece holder configured to support the one or more workpieces (250, 350), the one or more workpieces (250, 350) having each at least one substantially planar surface (252, 352), within said gap (255, 355) between the opposing poles of each magnet; a power source (260, 360) configured to independently deliver power levels to individual coil windings of the first and second magnets (221, 222; 321, 322); and a controller (280, 380) coupled to the power source (260, 360) and programmable, wherein the controller (280, 380) is configured to control the magnetic field to have a field uniformity having less than a 10% variation across the diameter or major lateral dimension of the one or more workpieces (250, 350), wherein the percent variation is measured as a maximum variation in the magnetic field strength across at least one workpiece (250, 350) divided by the average field strength across the at least one workpiece (250, 350).
Spacer for at least two overhead medium or high voltage lines, comprising a central section, at least two line receptacles which are arranged on opposite sides of the central section and comprise each at least a first receiving section and a second receiving section, the receiving sections (6,7) being adapted to be moved relative to each other from an installation position, in which the receptacle provides an insertion opening for inserting at least one line into the receptacle, into an operation position, in which the insertion opening is closed and the receiving sections (6,7) are locked, wherein the second receiving section is articulated by a pivot, the pivot allowing for moving the receiving sections and relative to each other from the installation position into the operation position, wherein the receptacle is provided with a spring-lock, which in the operation position self-actingly locks the receiving sections (6, 7) and wherein the spring-lock comprises a spring-biased latch member on one of the receiving sections, the latch member in the operating position being engaged behind a locking section of the other receiving section under effect of spring action, characterized in that the spring-lock is adapted to be automatically locked upon movement of one of the receiving sections (6,7) from the installation position into the operation position.