mhurhangee/patent-ind-claim-en huggingface dataset:
A printhead comprising: a mechanism for feeding a plastic filament, a mechanism for feeding a reinforcing fiber, a mechanism for cutting the reinforcing fiber, a feeding tube for the plastic filament, a feeding tube for feeding the reinforcing fiber from the feeding mechanism to the cutting mechanism , a feeding tube for feeding the reinforcing fiber from the cutting mechanism to a heating unit ; and the heating unit ; wherein the heating unit comprises: a heater , a thermocouple or a thermistor , two input channels, namely a reinforcing fiber feeding channel and a plastic filament feeding channel , and a nozzle having an output channel for a reinforced plastic polymer; wherein the plastic filament feeding channel is connected to the reinforcing fiber feeding channel inside the heating unit , and the input reinforcing fiber feeding channel is arranged coaxially with the output reinforced plastic polymer channel ; characterized in that the input reinforcing fiber feeding channel of the heating unit has a diameter greater than the reinforcing fiber diameter by no more than 2-4 times, the diameter of the input reinforcing fiber feeding channel being smaller than the diameter of the output channel to minimize the thermoplastic melt yield, when printing, through the reinforcing fiber feeding channel , and in that a gap is present between the feeding tube for the reinforcing fiber and the reinforcing fiber feeding channel of the heating unit . a mechanism for feeding a plastic filament, a mechanism for feeding a reinforcing fiber, a mechanism for cutting the reinforcing fiber, a feeding tube for the plastic filament, a feeding tube for feeding the reinforcing fiber from the feeding mechanism to the cutting mechanism , a feeding tube for feeding the reinforcing fiber from the cutting mechanism to a heating unit ; and the heating unit ; wherein the heating unit comprises: a heater , a thermocouple or a thermistor , two input channels, namely a reinforcing fiber feeding channel and a plastic filament feeding channel , and a nozzle having an output channel for a reinforced plastic polymer; a heater , a thermocouple or a thermistor , two input channels, namely a reinforcing fiber feeding channel and a plastic filament feeding channel , and a nozzle having an output channel for a reinforced plastic polymer; wherein the plastic filament feeding channel is connected to the reinforcing fiber feeding channel inside the heating unit , and the input reinforcing fiber feeding channel is arranged coaxially with the output reinforced plastic polymer channel ; characterized in that the input reinforcing fiber feeding channel of the heating unit has a diameter greater than the reinforcing fiber diameter by no more than 2-4 times, the diameter of the input reinforcing fiber feeding channel being smaller than the diameter of the output channel to minimize the thermoplastic melt yield, when printing, through the reinforcing fiber feeding channel , and in that a gap is present between the feeding tube for the reinforcing fiber and the reinforcing fiber feeding channel of the heating unit .
Rail system, in particular for concreting into a concrete component or the like, comprising a rail and a filler block , wherein the rail has a substantially U-shaped cross-section, wherein the rail comprises a first side wall , a second side wall and a base , which extend in a longitudinal direction of the rail, wherein the first side wall and the second side wall are located opposite each other, wherein the base has an outside averted from the side walls , wherein the outside of the base forms a continuous, level seating unbounded by the rail , wherein the rail has a rail height (H) measured perpendicularly to the longitudinal direction and perpendicularly to the base from the outside of the base to an end face of the side wall , wherein the side walls have insides , wherein the base has an inside , wherein the insides of the side walls and the inside of the base together bound a reception space , wherein the filler block is located in the reception space , wherein each of the side walls has an outside , wherein the outside is averted from the reception space , wherein at least one side wall of the rail has a profiling , characterised in that the outside of the side wall has the profiling formed from a plurality of profiling elements or the end face of the side wall has the profiling formed from a plurality of profiling elements designed as teeth, in that the profiling elements have central points arranged at an element distance (d, e) from one another, and in that the element distance (d, e) is less than a third of the rail height (H).
An electronic cigarette comprising an inhaler body and a removable cartridge , the inhaler body comprising: a power unit and a cartridge seating , the cartridge seating comprising a cavity arranged to receive the cartridge in a retained position within the cavity, wherein, in the retained position, opposing surfaces of the cartridge and cartridge seating are in contact and the cartridge is electrically connected to the power unit; the electronic cigarette further comprising: a magnet arranged to provide a magnetic force to draw the removable cartridge into the retained position; wherein the cartridge, the cartridge seating and the magnetic force are configured such that when the cartridge is released within the cavity, the cartridge is accelerated under the force of the magnet such that an audible signal is generated upon contact between the opposing surfaces as the cartridge is received in the retained position; and wherein the audible signal comprises a peak intensity of at least 30 dB. a magnet arranged to provide a magnetic force to draw the removable cartridge into the retained position; wherein the cartridge, the cartridge seating and the magnetic force are configured such that when the cartridge is released within the cavity, the cartridge is accelerated under the force of the magnet such that an audible signal is generated upon contact between the opposing surfaces as the cartridge is received in the retained position; and wherein the audible signal comprises a peak intensity of at least 30 dB.
A spark plug , comprising: a center electrode ; and a ground electrode disposed providing a gap (G) with the center electrode , wherein at least one of the center electrode and the ground electrode includes a tip forming the gap (G), and the tip has a main constituent of Ir and contains Rh of 7 mass% or more to 31 mass% or less, Ru of 5 mass% or more to 20 mass% or less, and Pt of one-twentieth or more to one-half or less of the Ru content. a center electrode ; and a ground electrode disposed providing a gap (G) with the center electrode , wherein at least one of the center electrode and the ground electrode includes a tip forming the gap (G), and the tip has a main constituent of Ir and contains Rh of 7 mass% or more to 31 mass% or less, Ru of 5 mass% or more to 20 mass% or less, and Pt of one-twentieth or more to one-half or less of the Ru content.
An air conditioning system that comprises a plurality of refrigerant systems (2A to 2C) each including one indoor unit (4A to 4C) connected to one outdoor unit (3A to 3C) by a refrigerant pipe, and one remote controller , and that is configured to control the plurality of refrigerant systems (2A to 2C) by the one remote controller , wherein each of the indoor units (4A to 4C) includes a human sensor (8A to 8C) in which a power supply thereof is configured to operate simultaneously with the respective indoor unit (4A to 4C), and when the air conditioning system is in an on-state and detection information of one of the human sensors (8A to 8C) indicates absence, the respective indoor unit (4A to 4C) is configured to transmit an absence signal to the remote controller , the remote controller that has received the absence signal is configured to transmit the absence-off period signal including absence-off period control information set in advance to the respective indoor unit (4A to 4C), and the respective indoor unit (4A to 4C) that has received the absence-off period signal is configured to be controlled according to the absence-off period control information.
A denitatration method using, for denitration at 200°C or lower, a denitration catalyst obtained by coating a substrate with a catalyst composition obtained by supporting a carrier with vanadium pentoxide, wherein the catalyst composition contains 43 wt% or more of vanadium pentoxide and has a BET specific surface area of 30 m 2 /g or more, and wherein the carrier is titanium oxide.
A system comprising: a linear digital predistortion, DPD, circuit programmed to generate a pre-distorted signal linear component based on a complex baseband signal having an original bandwidth (BW); a nonlinear DPD circuit programmed to: convert the complex baseband signal to determine a real component thereof with double the original bandwidth ; operate on the real component in order to generate a real pre-distorted signal nonlinear component; and convert the real pre-distorted signal nonlinear component to a complex pre-distorted signal nonlinear component; and a mixer circuit programmed to generate a pre-distorted signal based on the pre-distorted signal linear component and the complex pre-distorted signal nonlinear component. a linear digital predistortion, DPD, circuit programmed to generate a pre-distorted signal linear component based on a complex baseband signal having an original bandwidth (BW); a nonlinear DPD circuit programmed to: convert the complex baseband signal to determine a real component thereof with double the original bandwidth ; operate on the real component in order to generate a real pre-distorted signal nonlinear component; and convert the real pre-distorted signal nonlinear component to a complex pre-distorted signal nonlinear component; and convert the complex baseband signal to determine a real component thereof with double the original bandwidth ; operate on the real component in order to generate a real pre-distorted signal nonlinear component; and convert the real pre-distorted signal nonlinear component to a complex pre-distorted signal nonlinear component; and a mixer circuit programmed to generate a pre-distorted signal based on the pre-distorted signal linear component and the complex pre-distorted signal nonlinear component.
A conveying system comprising: - a conveying rail ; - at least one conveying vehicle which is led along the conveying rail , wherein the at least one conveying vehicle forms a contact element for forming a driving contact, - a driver chain with at least one driver for driving the at least one conveying vehicle in a conveying direction (F), wherein the driver forms a receiver for receiving the contact element for the purpose of forming a driving contact, characterised in that the driver comprises a deflecting member which forms a spatial limitation for the receiver , and the deflecting member is elastically deflectable transversely to the conveying direction (F) by the contact element whilst opening up the receiver , wherein the deflecting member forms a sliding surface for the contact element , via which the contact element can slide into the receiver amid the deflection of the deflecting member . - a conveying rail ; - at least one conveying vehicle which is led along the conveying rail , wherein the at least one conveying vehicle forms a contact element for forming a driving contact, - a driver chain with at least one driver for driving the at least one conveying vehicle in a conveying direction (F), wherein the driver forms a receiver for receiving the contact element for the purpose of forming a driving contact,
A compound of formula I wherein R 1 is R 2 is Cl; X is a phenylene group bound via para positions; Y is linked via the N-atom to group X; Z is either (R N R N' )N-C(O)-O-, wherein R N and R N independently are selected from H, H 3 C-, H 5 C 2 - and (H 3 C) 2 CH-, with the proviso that only one of R N and R N' denotes H, or wherein the group R N (R N' )N altogether is selected from or Z is R O O-C(O)-N(H)-, wherein R O is selected from H 5 C 2 -, (H 3 C) 2 CH-, cyclopentyl and or a salt thereof. R 1 is R 2 is Cl; X is a phenylene group bound via para positions; Y is linked via the N-atom to group X; Z is either (R N R N' )N-C(O)-O-, wherein R N and R N independently are selected from H, H 3 C-, H 5 C 2 - and (H 3 C) 2 CH-, with the proviso that only one of R N and R N' denotes H, or wherein the group R N (R N' )N altogether is selected from Z is R O O-C(O)-N(H)-, wherein R O is selected from H 5 C 2 -, (H 3 C) 2 CH-, cyclopentyl and
A method of transmitting a wireless local area network, WLAN, offloading availability information executed by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S1310) a WLAN offloading availability request for requesting availability of traffic offloading, from a base station; upon receiving the WLAN offloading availability request, starting a timer; when the WLAN for the traffic offloading is unavailable, reporting (S1320, S1340) an unavailability information for unavailability of the WLAN to the base station while the timer is running; after reporting the unavailability information and when the WLAN for the traffic offloading becomes available, reporting (S1330, S1350) an availability information for availability of the WLAN to the base station while the timer is running; receiving (S1360) a traffic offloading configuration from the base station; and upon receiving the traffic offloading configuration, stopping the timer, wherein the availability information and the unavailability information are reported to the base station only while the timer is running. receiving (S1310) a WLAN offloading availability request for requesting availability of traffic offloading, from a base station; upon receiving the WLAN offloading availability request, starting a timer; when the WLAN for the traffic offloading is unavailable, reporting (S1320, S1340) an unavailability information for unavailability of the WLAN to the base station while the timer is running; after reporting the unavailability information and when the WLAN for the traffic offloading becomes available, reporting (S1330, S1350) an availability information for availability of the WLAN to the base station while the timer is running; receiving (S1360) a traffic offloading configuration from the base station; and upon receiving the traffic offloading configuration, stopping the timer, wherein the availability information and the unavailability information are reported to the base station only while the timer is running.
An axle assembly comprising: an electric motor module having a rotor that is rotatable about a first axis ; a drive pinion that extends through the rotor and is rotatable about the first axis ; and a rotor bearing assembly that rotatably supports the rotor on the drive pinion , wherein the rotor bearing assembly extends from the drive pinion to the rotor . an electric motor module having a rotor that is rotatable about a first axis ; a drive pinion that extends through the rotor and is rotatable about the first axis ; and a rotor bearing assembly that rotatably supports the rotor on the drive pinion , wherein the rotor bearing assembly extends from the drive pinion to the rotor .
A resource configuration method for handover, comprising: determining (S110), by a first network node, a plurality of groups of handover resource configuration information corresponding to a plurality of network nodes one to one, wherein the plurality of network nodes comprise a second network node; sending (S120), by the first network node, the plurality of groups of handover resource configuration information and identification information of the corresponding network nodes to a mobile station; and receiving (S130), by the first network node, handover indication information from the mobile station, the handover indication information indicating that the mobile station will be handed over, wherein after receiving, by the first network node, the handover indication information from the mobile station, the method further comprises: sending, by the first network node, first indication information to the mobile station, wherein the first indication information comprises identification information of the second network node, to enable the mobile station to determine handover resource configuration information corresponding to the identification information according to the identification information of the second network node in the first indication information, and the first indication information is to indicate the mobile station to communicate with the second network node by using a configuration indicated by the determined handover resource configuration information. determining (S110), by a first network node, a plurality of groups of handover resource configuration information corresponding to a plurality of network nodes one to one, wherein the plurality of network nodes comprise a second network node; sending (S120), by the first network node, the plurality of groups of handover resource configuration information and identification information of the corresponding network nodes to a mobile station; and receiving (S130), by the first network node, handover indication information from the mobile station, the handover indication information indicating that the mobile station will be handed over, wherein after receiving, by the first network node, the handover indication information from the mobile station, the method further comprises: sending, by the first network node, first indication information to the mobile station, wherein the first indication information comprises identification information of the second network node, to enable the mobile station to determine handover resource configuration information corresponding to the identification information according to the identification information of the second network node in the first indication information, and the first indication information is to indicate the mobile station to communicate with the second network node by using a configuration indicated by the determined handover resource configuration information.
A method for manufacturing bullet ammunition casings , said casing comprising at least one tapered main portion constituting a jacket , a shoulder , a mouth end and a cup , method in which the jacket, the shoulder and the end piece are formed from at least one thin strip by shaping said strip(s) on a die reproducing the taper and the shoulder and the mouth characteristic of the casing, characterized in that the strip before shaping has the shape of a tube and that a plurality of dies are slid and interlocked into each other in said tube before the shaping.
A cap that is attached to an article having an opening, the cap comprising: a cap body ; and at least three or more locking members that is attached to be capable of sliding inward and outward from a center of the cap body and comes in press-contact with an inner circumferential surface of the article to lock the cap body , wherein the locking members slidably engage with other locking members on both sides, slides inward toward the center, thereby push the other locking members inward, and release the lock, wherein the cap body has a circular opening at the center and three or more rectangular openings extending outward from the circular opening at equal angels, wherein the locking members project from the rectangular openings and come in press-contact with the inner circumferential surface of the article, and wherein each of the locking members has a first upper locking piece and a second upper locking piece forming two sides of a triangle gradually expanding toward the center, and a first lower locking piece and a second lower locking piece disposed to form steps with the first upper locking piece and the second upper locking piece respectively in the same direction, and causes locking pieces of the other locking members on both sides to engage with upper and lower gaps generated by the steps, and then the locking member slides inward toward the center and pushes the other locking members inward. a cap body ; and at least three or more locking members that is attached to be capable of sliding inward and outward from a center of the cap body and comes in press-contact with an inner circumferential surface of the article to lock the cap body , wherein the locking members slidably engage with other locking members on both sides, slides inward toward the center, thereby push the other locking members inward, and release the lock, wherein the cap body has a circular opening at the center and three or more rectangular openings extending outward from the circular opening at equal angels, wherein the locking members project from the rectangular openings and come in press-contact with the inner circumferential surface of the article, and wherein each of the locking members has a first upper locking piece and a second upper locking piece forming two sides of a triangle gradually expanding toward the center, and a first lower locking piece and a second lower locking piece disposed to form steps with the first upper locking piece and the second upper locking piece respectively in the same direction, and causes locking pieces of the other locking members on both sides to engage with upper and lower gaps generated by the steps, and then the locking member slides inward toward the center and pushes the other locking members inward.
An implantable composite comprising a plurality of resorbable ceramic particles, the resorbable ceramic particles comprising mixed AB type-carbonated hydroxyapatite and β tricalcium phosphate in a ratio from about 5:95 to about 20:80, wherein the mixed AB type-carbonated hydroxyapatite that is produced by aqueous precipitation in the presence of carbonate ions in a solution of calcium phosphate apatite with a Ca/P molar ratio greater than 1.67.
A bolt head for a firearm having a bolt head axis and a plurality of locking lugs , wherein at least two recesses having a radius , measured with respect to the bolt head axis , are formed on the bolt head between at least two adjacent locking lugs , characterized in that at least two centering ramps , which are designed obliquely to the bolt head axis and protrude in the axial direction toward the rear up to a central radius that is greater than the radius , for self-centering the bolt head during the locking process are formed in the region of recesses .
Installation with a continuous press for the production of wood based boards with a removal device for the removal of wood particles emerging laterally from the continuous press , wherein the continuous press comprises a circulating upper belt and lower belt which form a press gap and which with the aid of at least partially heatable pressure plates can be pressed against a wood fibre material , characterised in that the removal device comprise a collecting funnel device for the wood particles which is arranged laterally of the press gap at least in one end section of the continuous press , and a mechanical transporting device , wherein the collecting funnel device forwards the wood particles to the transporting device , wherein the collecting funnel device is designed in such a way that the wood particles, due to their gravity and their freedom of movement being limited by the side walls of the collecting funnel device , fall onto the mechanical transport device .