mhurhangee/patent-ind-claim-en huggingface dataset:
Butt for a firearm comprising: - a main support structure suitable to be integrally associated to the barrel and to the firing mechanism of said firearm ; - a butt plate suitable to absorb the recoil generated by said firearm ; - a unit for connecting said main support structure to said butt plate comprising a male tubular element and a body in which there is obtained a female housing with substantially longitudinal development and provided with an inlet opening and a bottom defined on the opposite side of said inlet opening , said female housing being suitable to receive said male tubular element , said body being associated to said main structure and said male tubular element being associated to said butt plate , or vice versa; - a first elastic damping body arranged between said bottom and a first abutment element defined in proximity of a first end of said male tubular element suitable to be arranged facing said bottom , said first elastic damping body being configured to be compressed and absorb the recoil generated by said firearm ; characterised in that said first abutment element is configured to be adjustably associated along the inner part of said male tubular element and comprises a first shaped body on the lateral surface of which there is defined a thread, said male tubular element providing - on the inner surface thereof - a counter-thread so as to obtain said adjustable association between said first abutment element and said male tubular element ; said first abutment element comprising adjustment means accessible from the second end of said male tubular element opposite to said first end , said adjustment means enabling to vary the position of said first abutment element with respect to said male tubular element through a rotary movement; said first abutment element comprising a first bearing arranged between said first shaped body and said first elastic damping body and configured to reduce the friction between said first abutment element and said first damping body during said rotary movement. - a main support structure suitable to be integrally associated to the barrel and to the firing mechanism of said firearm ; - a butt plate suitable to absorb the recoil generated by said firearm ; - a unit for connecting said main support structure to said butt plate comprising a male tubular element and a body in which there is obtained a female housing with substantially longitudinal development and provided with an inlet opening and a bottom defined on the opposite side of said inlet opening , said female housing being suitable to receive said male tubular element , said body being associated to said main structure and said male tubular element being associated to said butt plate , or vice versa; - a first elastic damping body arranged between said bottom and a first abutment element defined in proximity of a first end of said male tubular element suitable to be arranged facing said bottom , said first elastic damping body being configured to be compressed and absorb the recoil generated by said firearm ;
A logistics module of the container type, the logistics module comprising: - a loading space , - an access to the loading space, - an upright alongside one side of the access to the loading space, - a fall-prevention flap adapted to at least partially close the access to the loading space, the fall-prevention flap comprising a fixing loop around the upright, the fixing loop being located at one end of an edge of the fall-prevention flap alongside the upright, - a locking member disposed on the upright, the locking member being adapted to maintain the fixing loop in a fixed position on the upright when the fall-prevention flap exerts a tension force on the fixing loop, the locking member having one of the following characteristics: - the locking member comprises an external surface provided with self-gripping elements adapted to be engaged with the fixing loop, and - the locking member constitutes a thickening on the upright against which the fixing loop is in abutment. - a loading space , - an access to the loading space, - an upright alongside one side of the access to the loading space, - a fall-prevention flap adapted to at least partially close the access to the loading space, the fall-prevention flap comprising a fixing loop around the upright, the fixing loop being located at one end of an edge of the fall-prevention flap alongside the upright, - a locking member disposed on the upright, the locking member being adapted to maintain the fixing loop in a fixed position on the upright when the fall-prevention flap exerts a tension force on the fixing loop, the locking member having one of the following characteristics: - the locking member comprises an external surface provided with self-gripping elements adapted to be engaged with the fixing loop, and - the locking member constitutes a thickening on the upright against which the fixing loop is in abutment. - the locking member comprises an external surface provided with self-gripping elements adapted to be engaged with the fixing loop, and - the locking member constitutes a thickening on the upright against which the fixing loop is in abutment.
Wind turbine , having - a generator , - a transformer , - an energy transfer apparatus for transferring electrical energy generated by the generator by means of a three-phase network or by means of a DC voltage of a DC voltage network, - a network connection point and - a tower structure wherein the energy transfer apparatus extends from the nacelle to the base of the wind turbine and electrically connects the generator to the network connection point via the transformer , wherein the energy transfer apparatus comprises, as a first conductor, a metal construction of the tower structure in such a manner that the metal construction is used for a phase of the three-phase network or for a potential of the DC voltage network for conducting the current for the energy supply, wherein the metal construction , at least in sections, is embodied as an electrically conductive connection from the nacelle to the base of the wind turbine , wherein the transformer is arranged at the base of the wind turbine , wherein the transformer interconnects the energy transfer apparatus and the network connection point in an electrically conductive and galvanically isolated manner, wherein the metal construction is connected to a predefined reference potential, in particular to the earth potential, in an electrically conductive manner. - a generator , - a transformer , - an energy transfer apparatus for transferring electrical energy generated by the generator by means of a three-phase network or by means of a DC voltage of a DC voltage network, - a network connection point and - a tower structure
A polymer composition, comprising: from about 50 weight percent (wt.%) to about 95 wt.% of a matrix phase comprising a polypropylene polymer comprising from 0 to 7 mole percent (mol.%) of units derived from ethylene, a C 4 -C 10 alpha olefin or combinations thereof; from about 5 wt.% to about 50 wt.% of a dispersed phase being a propylene/alpha olefin copolymer having from 10 mol.% to 70 mol.% of units derived from ethylene or a C 4 -C 10 alpha olefin or combinations thereof, wherein the weight percentages of the matrix phase and the dispersed phase are based on the total weight of the matrix phase and the dispersed phase, wherein the matrix phase has a melt flow rate (MFR) of from about 0.1 dg/min. to about 10 dg/min; and the dispersed phase has a melt flow rate (MFR) of from about 1 dg/min. to about 200 dg/min, being measured using a load of 2.16 kg at 230 °C following ASTM D 1238, and the polymer composition satisfies the following inequality: y≤55x+8, wherein x is a ratio of Mw solubles/Mw insolubles and is less than or equal to 0.85, Mw solubles is weight average molecular weight of a soluble fraction of the polymer composition in xylene at 25°C following ASTM D5492, Mw insoluble is weight average molecular weight of an insoluble fraction of the polymer composition in xylene at 25°C following ASTM D5492, and y is the haze value being measured on a 0.508 millimeter (20 mil) thick injection molded plaque according to ASTM D1003. from about 50 weight percent (wt.%) to about 95 wt.% of a matrix phase comprising a polypropylene polymer comprising from 0 to 7 mole percent (mol.%) of units derived from ethylene, a C 4 -C 10 alpha olefin or combinations thereof; from about 5 wt.% to about 50 wt.% of a dispersed phase being a propylene/alpha olefin copolymer having from 10 mol.% to 70 mol.% of units derived from ethylene or a C 4 -C 10 alpha olefin or combinations thereof, wherein the weight percentages of the matrix phase and the dispersed phase are based on the total weight of the matrix phase and the dispersed phase, wherein the matrix phase has a melt flow rate (MFR) of from about 0.1 dg/min. to about 10 dg/min; and the dispersed phase has a melt flow rate (MFR) of from about 1 dg/min. to about 200 dg/min, being measured using a load of 2.16 kg at 230 °C following ASTM D 1238, and the polymer composition satisfies the following inequality: y≤55x+8, wherein x is a ratio of Mw solubles/Mw insolubles and is less than or equal to 0.85, Mw solubles is weight average molecular weight of a soluble fraction of the polymer composition in xylene at 25°C following ASTM D5492, Mw insoluble is weight average molecular weight of an insoluble fraction of the polymer composition in xylene at 25°C following ASTM D5492, and y is the haze value being measured on a 0.508 millimeter (20 mil) thick injection molded plaque according to ASTM D1003.
A coated abrasive article (1; 20; 24) comprising a backing having an abrasive coating on one side, the abrasive coating comprising an outer face; the article is characterised by an attachment layer on the other side of the backing , the attachment layer comprising a loop material; wherein a line of weakness (9; 22; 26) is formed in the article (1; 20; 24) that penetrates through the attachment layer but does not penetrate the outer face of the abrasive coating , the line of weakness (9; 22; 26) permitting one part of the abrasive article (1; 20; 24) to be separated from another part.
Signal processing circuit comprising a first and a second branch, wherein said first branch is arranged to receive at one end a first voltage supply signal and comprises a first stimulus responsive sense element (Rpos) and a first current source (Isupply1) arranged to provide a current to said first sense element and said second branch is arranged to receive at one end a second voltage supply signal and comprises a second stimulus responsive sense element (Rneg) and a second current source (Isupply2) arranged to provide a current to said second sense element, whereby said first stimulus responsive sense element at the other end of said first branch and said second stimulus responsive sense element at the other end of said second branch have a terminal in common to connect to a common potential and whereby said first branch comprises a first node between said first current source and said first stimulus responsive sense element configured to generate a first signal (Vp) related to a voltage over said first sense element, whereby said second branch comprises a second node between said second current source and said second stimulus responsive sense element configured to generate a second signal (Vm) related to a voltage over said second sense element, said signal processing circuit further arranged for obtaining a differential output voltage signal (Vdiff) from the difference between said first and said second signal and comprising a read-out unit arranged for receiving said first and said second signal and for reading out a common mode voltage derived from said first and said second signal and a feedback control unit arranged for receiving said common mode voltage and an indication of a target range for said common mode voltage, and for producing a feedback control signal to said first and said second current source.
A silicon photovoltaic cell, comprising a semiconductor p-type substrate, having at its rear side a PERC structure with an AlOx and SiNx passivating layer and back electric ohmic contacts, wherein on the front side of the silicon substrate there is a tunnel layer , on which there is a layer of ZnO nanorods having a height of 10 to 2000 nm, that is deposited with a ZnO:Mg layer having a thickness of 1 to 2000 nm, which is deposited with a ZnO:AI transparent conductive layer, upon which front electric ohmic contacts are deposited, characterized in that the tunnel layer is made of SiO 2 or Al 2 O 3 obtained non-natively by the method selected from the group consisting of thermal method, Atomic layer Deposition (ADL) method and Plasma-Enhanced Chemical Vapor Deposition (PECVD) method.
A method of operating a terminal in an unlicensed band wireless communication system in which listen-before-talk, LBT, failure occurs, the method comprising: transmitting, to a base station, a first message (2d-20), wherein the first message is a radio resource control, RRC, message, and includes an indicator indicating that information related to LBT failure and channel occupancy for the unlicensed band is stored; receiving, from the base station, a second message based on the first message (2d-25), wherein the second message includes an indicator requesting a RACH report for the unlicensed band; and transmitting, to the base station, a third message including random access channel, RACH,-related information for the unlicensed band (2d-30), wherein the RACH-related information for the unlicensed band is the RACH report for the unlicensed band, and wherein the RACH report for the unlicensed band includes information indicating the listen-before-talk, LBT, failure. transmitting, to a base station, a first message (2d-20), wherein the first message is a radio resource control, RRC, message, and includes an indicator indicating that information related to LBT failure and channel occupancy for the unlicensed band is stored; receiving, from the base station, a second message based on the first message (2d-25), wherein the second message includes an indicator requesting a RACH report for the unlicensed band; and transmitting, to the base station, a third message including random access channel, RACH,-related information for the unlicensed band (2d-30), wherein the RACH-related information for the unlicensed band is the RACH report for the unlicensed band, and wherein the RACH report for the unlicensed band includes information indicating the listen-before-talk, LBT, failure. wherein the RACH-related information for the unlicensed band is the RACH report for the unlicensed band, and wherein the RACH report for the unlicensed band includes information indicating the listen-before-talk, LBT, failure.
Open-end spinning machine having a plurality of workstations , which are arranged next to one another and have open-end spinning devices , each of which comprises a sliver opening device having a trash outlet opening , wherein: a trash disposal device extending in the machine longitudinal direction is arranged under the trash outlet openings ; the trash disposal device is designed to transport trash particles to pneumatic trash suctioning devices in the region of machine end frames; at least one intermediate unit is arranged between the workstations and comprises an additional pneumatic trash suctioning device , which is designed to suction trash particles from the trash disposal device , characterised in that the intermediate unit is designed in such a way that it can be fitted instead of a workstation .
A method, performed by an electronic device in a controller area network, CAN, for identifying a compromised electronic control unit, ECU, that transmits an attack message on a CAN bus in a periodic transmission cycle, the method comprising: in response to detecting the attack message, transitioning a first ECU among a plurality of ECUs connected to the CAN bus to a bus-off state intentionally; and determining whether the first ECU is the compromised ECU based at least in part on a first retransmission time when the first ECU is predicted to resume a transmission of a CAN message after the first ECU recovers from the bus-off state and a first time when the attack message is redetected on the CAN bus, wherein the determining comprises: predicting the first retransmission time by using recovery parameters related to the first ECU; and determining that the first ECU is the compromised ECU in response to determining that a difference between the first retransmission time and the first time when the attack message is redetected on the CAN bus is less than or equal to a preset threshold time. in response to detecting the attack message, transitioning a first ECU among a plurality of ECUs connected to the CAN bus to a bus-off state intentionally; and determining whether the first ECU is the compromised ECU based at least in part on a first retransmission time when the first ECU is predicted to resume a transmission of a CAN message after the first ECU recovers from the bus-off state and a first time when the attack message is redetected on the CAN bus, wherein the determining comprises: predicting the first retransmission time by using recovery parameters related to the first ECU; and determining that the first ECU is the compromised ECU in response to determining that a difference between the first retransmission time and the first time when the attack message is redetected on the CAN bus is less than or equal to a preset threshold time. predicting the first retransmission time by using recovery parameters related to the first ECU; and determining that the first ECU is the compromised ECU in response to determining that a difference between the first retransmission time and the first time when the attack message is redetected on the CAN bus is less than or equal to a preset threshold time.
A non-aqueous electrolyte secondary battery comprising a power generating element including a positive electrode in which a positive electrode active material layer containing a positive electrode active material is formed on a surface of a positive electrode current collector, a negative electrode in which a negative electrode active material layer containing a negative electrode active material is formed on a surface of a negative electrode current collector, and a separator, the ratio of the rated capacity to the pore volume of the positive electrode active material layer being 1.40 Ah/cc or more, the ratio of the battery area to the rated capacity being 4.0 cm 2 /Ah or more, and the rated capacity being 30 Ah or more, characterized in that the variation in porosity in the positive electrode active material layer is 6.0% or less; wherein the rated capacity is measured as defined in the description wherein the pore volume is measured by a mercury intrusion method using a mercury intrusion porosimeter; wherein the porosity is calculated and wherein the variation in porosity in the positive electrode active material layer is determined as defined in the description.
A counter-current shower tray heat exchanger , the heat exchanger configured to transfer heat from a hot water output of a shower to a cold water input of the shower, the heat exchanger including: - a lower plate ; - a heat exchange layer having upper and lower sides; - a first conduit for passage of the hot water output; a second conduit for passage of the cold water input, the second conduit formed between the lower side of the heat exchange layer and the lower plate ; the first and second conduits are formed as spiral channels in the heat exchange layer , said heat exchange layer forming a boundary between the first and second conduits such that the first conduit is positioned above the second conduit, the heat exchange layer connected to the lower plate via a sealed connection to form the second conduit therebetween and such that the hot water output flows about the first conduit in the opposite direction to the cold water input flowing in the adjacent second conduit characterised in that the heat exchanger includes an upper plate , the heat exchange layer being positioned between the upper and lower plates, the first conduit formed between the upper side of the heat exchange layer and the upper plate , and a first conduit outlet is located at or adjacent the center of the spiral conduits and the upper plate is removable to provide access to the first conduit for cleaning. - a lower plate ; - a heat exchange layer having upper and lower sides; - a first conduit for passage of the hot water output; a second conduit for passage of the cold water input, the second conduit formed between the lower side of the heat exchange layer and the lower plate ; the first and second conduits are formed as spiral channels in the heat exchange layer , said heat exchange layer forming a boundary between the first and second conduits such that the first conduit is positioned above the second conduit, the heat exchange layer connected to the lower plate via a sealed connection to form the second conduit therebetween and such that the hot water output flows about the first conduit in the opposite direction to the cold water input flowing in the adjacent second conduit characterised in that the heat exchanger includes an upper plate , the heat exchange layer being positioned between the upper and lower plates, the first conduit formed between the upper side of the heat exchange layer and the upper plate , and a first conduit outlet is located at or adjacent the center of the spiral conduits and the upper plate is removable to provide access to the first conduit for cleaning.
A well pumping system , comprising: an actuator configured to reciprocably displace a rod string ; a flowmeter which measures flow of a fluid between a power source and the actuator ; and a control system configured to modify reciprocal displacement of the rod string by the actuator by modifying a stroke extent of a member of the actuator , in response to an output of the flowmeter while well fluid is being pumped by the well pumping system . an actuator configured to reciprocably displace a rod string ; a flowmeter which measures flow of a fluid between a power source and the actuator ; and a control system configured to modify reciprocal displacement of the rod string by the actuator by modifying a stroke extent of a member of the actuator , in response to an output of the flowmeter while well fluid is being pumped by the well pumping system .