mhurhangee/patent-ind-claim-en huggingface dataset:
A device for mass machining and/or production of a workpiece with a circumferentially closed housing in the at least one tool for forming machining and/or processing of the workpiece from a first state into a second state, wherein, in or on the tool , a measuring means is integrated, which is designed to monitor the physical process variables (P1, P2, P3) of the tool to be monitored during the machining and/or processing process, wherein furthermore a transceiver is provided within the circumferentially closed housing , which is designed to receive measurement data from measuring means and to transmit the measurement data wirelessly to an external receiving device through a transmission opening properly arranged and designed according to the requirements in the circumferentially closed housing .
An inflation independent sports ball comprising a polyurethane foam core and an outer covering , wherein the foam core is filled with foam entirely throughout its internal volume, and wherein the sports ball is selected from the group consisting of a football and a soccer ball; characterized in that the sports ball comprises a CoR in the range of 0.6 and 1.0 and the polyurethane foam core comprises polyurethane foam of a plurality of densities.
A method for transferring a transport unit (Tn) of a long stator linear motor at a transfer position (U) from a first transport section (Am), having a number of driving coils arranged on a guide structure one behind the other in the direction of movement of the transport unit (Tn) in the region of the transfer position (U), to a second transport section (An), having a number of driving coils arranged on a guide structure one behind the other in the direction of movement of the transport unit (Tn) in the region of the transfer position (U), wherein on both sides of the transport unit (Tn) excitation magnets are arranged which interact with driving coils in the region of the transport unit (Tn), wherein in the region of the transfer position (U) on both sides of the transport unit (Tn) driving coils are provided that can interact with the excitation magnets on both sides of the transport unit (Tn), and the second transport section (An), at an exit from the transfer position (U), is implemented single-sided with driving coils on only one side, that can interact with excitation magnets at this side, and wherein in the region of the transfer position (U) excitation-magnetic lateral forces (F PMS1 , F PMS2 ) act on the transport unit (Tn) on both sides of the transport unit (Tn) due to the co-operation of the excitation magnets with ferromagnetic components of the guide structure , characterized in that in a transfer region of the transfer position (U) on at least one side of the transport unit (Tn) a stator current (i A1 , i A2 ) is supplied in at least one driving coil , which stator current (i A1 , i A2 ) generates an electromagnetic lateral force (F EMS1 , F EMS2 ) on the transport unit (Tn) and in that the resulting lateral forces (F 1 , F 2 ) on both sides of the transport unit (Tn), in each case as sum of the acting excitation-magnetic lateral forces (F PMS1 , F PMS2 ) and electromagnetic lateral force (F EMS1 , F EMS2 ), are different in magnitude for production of a steering effect (L), wherein the steering effect (L) guides the transport unit (Tn) in the transfer position (U) along the second transport section (Am).
An assembly system comprising wall-brackets and plates , the wall-brackets being hooked to the respective plates for connection of a wall-cupboard to a supporting structure consisting of two walls : a first rear load-bearing wall and a second front wall , interspaced with respect to said first wall so as to form an interspace , the plates can be assembled outside said second front wall and the assembly system further comprises rigid connection elements (C) which can be housed in said interspace between said two walls and said plates , characterized in that said rigid connection elements (C) comprise a tubular upright which can be fixed to the rear wall and a plurality of brackets fixed to said upright , interspaced at different heights, corresponding to the height of the plates and a second upright consisting of a section housed inside a set of brackets fixed to the upright so that the position can be regulated in depth, wherein the plates are to be fixed to the respective brackets by means of screws which either can pass freely through pass-through holes of the front wall and are screwed inside threaded holes of the bracket or, being of the self-perforating and self-threading type, do not require the provision of pass-through holes and threaded holes , through the wall and upright , respectively.
A bale wrap mechanism for use with a roll of wrap material , the bale wrap mechanism comprising: a frame including a wrap chute formed from one or more perimeter walls , wherein the wrap chute defines a wrap axis extending longitudinally therethrough, and wherein the one or more perimeter walls at least partially define a passageway ; a wrap arm coupled to the frame , the wrap arm having a mounting point movable with respect to the frame ; and a shaft coupled to the mounting point and configured to support a roll of wrap material thereon, wherein the shaft is configured to travel along a wrap path during a wrapping process, wherein the wrap path surrounds the passageway , and wherein the wrap path is non-circular in shape characterized in that the wrap arm includes a first wrapping arm having a first end pivotably coupled to the frame and a second end opposite the first end ; a slider slidably coupled to the first wrapping arm and defining the mounting point , wherein the slider is movable with respect to the first wrapping arm between the first end and the second end of the first wrapping arm . a frame including a wrap chute formed from one or more perimeter walls , wherein the wrap chute defines a wrap axis extending longitudinally therethrough, and wherein the one or more perimeter walls at least partially define a passageway ; a wrap arm coupled to the frame , the wrap arm having a mounting point movable with respect to the frame ; and a shaft coupled to the mounting point and configured to support a roll of wrap material thereon, wherein the shaft is configured to travel along a wrap path during a wrapping process, wherein the wrap path surrounds the passageway , and wherein the wrap path is non-circular in shape characterized in that the wrap arm includes a first wrapping arm having a first end pivotably coupled to the frame and a second end opposite the first end ; a slider slidably coupled to the first wrapping arm and defining the mounting point , wherein the slider is movable with respect to the first wrapping arm between the first end and the second end of the first wrapping arm .
Lighting device (DE) comprising i) a printed circuit board (CC) having a first face (F1) with a first zone (Z1) on which at least one first source (S1) generating first photons is installed, and ii) a first molded part (PM1) defining a first cavity (C1) delimited in a first rear part (PR1) by a first reflector (R1) oriented towards each first source (S1) and reflecting said first photons towards a front part (PV), wherein said first face (F1) has a second zone (Z2) located behind said first zone (Z1) and on which is installed at least one second source (S2) generating second photons, and wherein said first molded part (PM1) defines a second cavity (C2) delimited in a second rear portion (PR2) by a second reflector (R2), offset at least partially behind said first reflector (R1) and extending after the latter (R1), oriented towards each second source (S2) and reflecting towards said front part (PV) said second photons passing behind said first reflector (R1), characterised in that said first molded part (PM1) comprises behind said first reflector (R1) and facing said second zone (Z2) at least one first wall (PS) closing on itself by delimiting an internal space housing at least one second source (S2) and preventing said second photons from propagating towards a rear face of said first reflector (R1).
A method of supplying liquid fuel in a gas turbine engine by means of a fuel supply system according to claim 9, comprising: sealing a fuel manifold with a fluid in the fuel manifold; initiating routing of a liquid fuel from a liquid fuel supply structure to the fuel manifold; displacing the fluid disposed in the fuel manifold for the sealing with the liquid fuel to clear a path for the liquid fuel that is to be routed to a combustor ; and routing the liquid fuel and the displaced fluid into the combustor . sealing a fuel manifold with a fluid in the fuel manifold; initiating routing of a liquid fuel from a liquid fuel supply structure to the fuel manifold; displacing the fluid disposed in the fuel manifold for the sealing with the liquid fuel to clear a path for the liquid fuel that is to be routed to a combustor ; and routing the liquid fuel and the displaced fluid into the combustor .
A method performed by radio network node for paging a user equipment, UE, in a wireless communication network, the method comprising - transmitting a second paging signal on a carrier to the UE , wherein the carrier is associated with the second paging signal for a second type of UEs, wherein a first number of carriers are configured for a first paging signal for a first type of UEs and a second number of carriers are configured for the second paging signal for the second type of UEs, wherein the first paging signal comprises a first wake-up signal, WUS, and wherein the second paging signal comprises a group wake up signal, GWUS, for a group of UEs of the second type of UEs, wherein the second type of UEs has capability to support the GWUS and the first type of UEs does not have capability to support the GWUS. - transmitting a second paging signal on a carrier to the UE , wherein the carrier is associated with the second paging signal for a second type of UEs, wherein a first number of carriers are configured for a first paging signal for a first type of UEs and a second number of carriers are configured for the second paging signal for the second type of UEs, wherein the first paging signal comprises a first wake-up signal, WUS, and wherein the second paging signal comprises a group wake up signal, GWUS, for a group of UEs of the second type of UEs, wherein the second type of UEs has capability to support the GWUS and the first type of UEs does not have capability to support the GWUS.
Seat for a motor vehicle , comprising: - a supporting structure , - a seat pan mounted so as to be able to move on the supporting structure between a use position and a stowed position, and - a backrest mounted so as to be able to tilt on the supporting structure about a lower axis (A1), between a use position and a folded-forward position, in place of the seat pan, characterized in that the backrest comprises two parts , one of which is a peripheral part that is mounted so as to be able to tilt on the supporting structure about the lower axis (A1), and the other of which is a central part that is mounted so as to be able to tilt on the peripheral part about an upper axis (A2) that is distinct from the lower axis (A1), each one of the two parts comprising a frame and, to the front of the frame, part of a trim of the backrest . - a supporting structure , - a seat pan mounted so as to be able to move on the supporting structure between a use position and a stowed position, and - a backrest mounted so as to be able to tilt on the supporting structure about a lower axis (A1), between a use position and a folded-forward position, in place of the seat pan,
A receiving circuit of a communications link, the receiving circuit comprising: a first data buffer configured to input, under control of a first clock signal (CLK_V"), data of a first data stream transmitted by a transmitting circuit , and to generate a credit trigger signal indicating when a data value is read from the first data buffer , wherein the first clock signal is received from the transmitting circuit or recuperated by the receiving circuit from the first data stream, and wherein said data value is read from the first data buffer , or from a further data buffer of the receiving circuit coupled to the output of the first data buffer , under control of a second clock signal (CLK_R); and a credit generation circuit configured to generate, based on the credit trigger signal, a credit signal for transmission to the transmitting circuit under control of the first clock signal (CLK_V"), the credit signal indicating that one or more further data values of the first data stream can be transmitted by the transmitting circuit. a first data buffer configured to input, under control of a first clock signal (CLK_V"), data of a first data stream transmitted by a transmitting circuit , and to generate a credit trigger signal indicating when a data value is read from the first data buffer , wherein the first clock signal is received from the transmitting circuit or recuperated by the receiving circuit from the first data stream, and wherein said data value is read from the first data buffer , or from a further data buffer of the receiving circuit coupled to the output of the first data buffer , under control of a second clock signal (CLK_R); and a credit generation circuit configured to generate, based on the credit trigger signal, a credit signal for transmission to the transmitting circuit under control of the first clock signal (CLK_V"), the credit signal indicating that one or more further data values of the first data stream can be transmitted by the transmitting circuit.
A head-up display that projects an image on a reflective member having transparency to cause an observer (D) to visually recognize a virtual image (I), the head-up display comprising: a display screen that displays the image; a scanning laser configured to scan a surface of the display screen to form the image; an optical system that projects the image displayed by the display screen on the reflective member , the optical system comprising: a relay optical system that forms an intermediate image (M) in the air from the image of the display screen , and a projection optical system that projects the intermediate image (M) on the reflective member ; and a driving device configured to rotate and move the display screen in an optical axis direction (Lc) of the optical system such that a drawing cycle of the scanning laser and a swing cycle of the display screen are synchronized, wherein the intermediate image (M) is larger than the display image displayed on of the screen . a display screen that displays the image; a scanning laser configured to scan a surface of the display screen to form the image; an optical system that projects the image displayed by the display screen on the reflective member , the optical system comprising: a relay optical system that forms an intermediate image (M) in the air from the image of the display screen , and a projection optical system that projects the intermediate image (M) on the reflective member ; and a driving device configured to rotate and move the display screen in an optical axis direction (Lc) of the optical system such that a drawing cycle of the scanning laser and a swing cycle of the display screen are synchronized, wherein the intermediate image (M) is larger than the display image displayed on of the screen . a relay optical system that forms an intermediate image (M) in the air from the image of the display screen , and a projection optical system that projects the intermediate image (M) on the reflective member ; and a driving device configured to rotate and move the display screen in an optical axis direction (Lc) of the optical system such that a drawing cycle of the scanning laser and a swing cycle of the display screen are synchronized, wherein the intermediate image (M) is larger than the display image displayed on of the screen .
A mobile station (UE) used in a mobile communication system configured to be capable of performing inter-band carrier aggregation by using a primary cell (Pcell) and a secondary cell (Scell), comprising: a managing unit configured to manage one or a plurality of timing adjustment groups (TAG#A, TAG#B) each including any of a primary cell (Pcell) and a secondary cell (Scell); an adjusting unit configured to adjust transmission timings of uplink signals in any of the primary cell (Pcell) and the secondary cell (Scell) belonging to the same timing adjustment group (TAG#A, TAG#B) such that the transmission timings becomes the same; and a transmitting unit configured to notify a radio base station (eNB) of a supportable number of timing adjustment groups (TAG#A, TAG#B) that the mobile station (UE) can support, wherein the transmitting unit is configured to notify of the supportable number of timing adjustment groups (TAG#A, TAG#B) for each band combination in inter-band carrier aggregation by including an information element for each band combination in inter-band carrier aggregation in a user capability information element to be transmitted, the information element for each band combination including an information element of an enumerated type and an information element indicating a parameter for that band combination. a managing unit configured to manage one or a plurality of timing adjustment groups (TAG#A, TAG#B) each including any of a primary cell (Pcell) and a secondary cell (Scell); an adjusting unit configured to adjust transmission timings of uplink signals in any of the primary cell (Pcell) and the secondary cell (Scell) belonging to the same timing adjustment group (TAG#A, TAG#B) such that the transmission timings becomes the same; and a transmitting unit configured to notify a radio base station (eNB) of a supportable number of timing adjustment groups (TAG#A, TAG#B) that the mobile station (UE) can support, wherein the transmitting unit is configured to notify of the supportable number of timing adjustment groups (TAG#A, TAG#B) for each band combination in inter-band carrier aggregation by including an information element for each band combination in inter-band carrier aggregation in a user capability information element to be transmitted, the information element for each band combination including an information element of an enumerated type and an information element indicating a parameter for that band combination.
An intelligent soldering cartridge comprising: a housing ; a solder tip ; a heater for heating the solder tip ; a storage device for storing information about characteristics of the cartridge; characterized by a processor for retrieving the information about characteristics of the cartridge, detecting liquidus occurrence at a solder joint from comparison of 2D images of the solder joint before and after the soldering event, receiving a 3D current image of the solder joint after detection of the liquidus, determining volume of the dispensed solder after occurrence of the liquidus from the 3D current image, comparing the volume of the dispensed solder to an amount of solder needed to fill in a barrel of a hole for a through hole component, or to fill in a surface of a barrel of a hole for a surface mount component to determine how much of the dispensed solder is dissipated onto the barrel or on the surface area of the barrel, repeating the comparing of the volume of the dispensed solder until the dispensed solder has filled the barrel or the surface area of the barrel, and generating an indication signal indicating that a reliable solder joint connection is formed when the dispensed solder has filled the barrel or the surface area of the barrel within the predetermined tolerance; and an interface for transmitting the indication signal. a housing ; a solder tip ; a heater for heating the solder tip ; a storage device for storing information about characteristics of the cartridge; characterized by a processor for retrieving the information about characteristics of the cartridge, detecting liquidus occurrence at a solder joint from comparison of 2D images of the solder joint before and after the soldering event, receiving a 3D current image of the solder joint after detection of the liquidus, determining volume of the dispensed solder after occurrence of the liquidus from the 3D current image, comparing the volume of the dispensed solder to an amount of solder needed to fill in a barrel of a hole for a through hole component, or to fill in a surface of a barrel of a hole for a surface mount component to determine how much of the dispensed solder is dissipated onto the barrel or on the surface area of the barrel, repeating the comparing of the volume of the dispensed solder until the dispensed solder has filled the barrel or the surface area of the barrel, and generating an indication signal indicating that a reliable solder joint connection is formed when the dispensed solder has filled the barrel or the surface area of the barrel within the predetermined tolerance; and an interface for transmitting the indication signal.
A laminated resin film comprising a base film layer and a surface layer , the surface layer comprising organic polymer particles serving as an anti-blocking agent, wherein a number proportion of the organic polymer particles having a particle size that is at least twice an average thickness of the surface layer is 35% or more of a total number of the organic polymer particles , a number proportion of the organic polymer particles having a particle size that is at least four times an average thickness of the surface layer is 10% or less of a total number of the organic polymer particles , the organic polymer particles have a volume average particle size of 0.5 μm or more and 20 μm or less, and the organic polymer particles comprise at least one selected from a (meth)acrylic polymer and a styrenic polymer. wherein a number proportion of the organic polymer particles having a particle size that is at least twice an average thickness of the surface layer is 35% or more of a total number of the organic polymer particles , a number proportion of the organic polymer particles having a particle size that is at least four times an average thickness of the surface layer is 10% or less of a total number of the organic polymer particles , the organic polymer particles have a volume average particle size of 0.5 μm or more and 20 μm or less, and the organic polymer particles comprise at least one selected from a (meth)acrylic polymer and a styrenic polymer.
Power tool , in particular router, having a base plate and a laser diode fastened to the base plate , wherein the base plate has a through-opening , and having an application tool , in particular a milling tool, wherein the laser diode is arranged on the base plate such that a laser beam indicates the level of the base plate in the through-opening of the base plate, characterized in that the laser diode is installed so as to be retractable into the base plate .
A man-portable antenna assembly comprising: an antenna comprising: at least one driven element comprising an elongate member; a support, and the driven element is mounted on the support ; a housing in which the antenna is housed when stowed; and mechanism configured to withdraw the elongate member and the support out from the housing when the antenna is to be used; the mechanism also configured to cause the elongate member to be extended away from or withdrawn towards the support. an antenna comprising: at least one driven element comprising an elongate member; a support, and the driven element is mounted on the support ; at least one driven element comprising an elongate member; a support, and the driven element is mounted on the support ; a housing in which the antenna is housed when stowed; and mechanism configured to withdraw the elongate member and the support out from the housing when the antenna is to be used; the mechanism also configured to cause the elongate member to be extended away from or withdrawn towards the support.