mhurhangee/patent-ind-claim-en huggingface dataset:
Monitoring assembly , comprising - a receiving device , which comprises a magnetic field detector , which measures a field strength of a magnetic field (B), wherein the receiving device is designed to output an item of stopping information (SH) and an item of field strength information (SF) as a function of the field strength of the magnetic field (B) measured by the magnetic field detector , and - an evaluation assembly , which is coupled to the receiving device and designed to provide an item of emergency braking information (SZ) as a function of the stopping information (SH) and an item of diagnostic information (SD) as a function of the field strength information (SF). - a receiving device , which comprises a magnetic field detector , which measures a field strength of a magnetic field (B), wherein the receiving device is designed to output an item of stopping information (SH) and an item of field strength information (SF) as a function of the field strength of the magnetic field (B) measured by the magnetic field detector , and - an evaluation assembly , which is coupled to the receiving device and designed to provide an item of emergency braking information (SZ) as a function of the stopping information (SH) and an item of diagnostic information (SD) as a function of the field strength information (SF).
A method for performing access control by a user equipment, UE, comprising: obtaining access barring parameters, wherein the access barring parameters include different access attempt factors, per access category, for the UE to apply when performing access barring checks in different states, wherein the states comprise a connected mode, an idle mode and an inactive mode, wherein the access barring parameters provide: a first mapping of an access attempt to an access category for the UE to use in performing the access barring checks for the access attempt when transitioning to the connected mode from the idle mode or the inactive mode, wherein the first mapping is based on an application type; and a second mapping of the access attempt to an access category for the UE to use in performing the access barring checks for the access attempt when in the connected mode, wherein the second mapping, is based on at least one of a bearer ID, a quality of service, QoS flow ID, QFI, or a QoS Indicator; and performing the access barring checks for the access attempt, based on the first mapping or the second mapping depending on the access attempt factors for a current state of the UE . obtaining access barring parameters, wherein the access barring parameters include different access attempt factors, per access category, for the UE to apply when performing access barring checks in different states, wherein the states comprise a connected mode, an idle mode and an inactive mode, wherein the access barring parameters provide: a first mapping of an access attempt to an access category for the UE to use in performing the access barring checks for the access attempt when transitioning to the connected mode from the idle mode or the inactive mode, wherein the first mapping is based on an application type; and a second mapping of the access attempt to an access category for the UE to use in performing the access barring checks for the access attempt when in the connected mode, wherein the second mapping, is based on at least one of a bearer ID, a quality of service, QoS flow ID, QFI, or a QoS Indicator; and a first mapping of an access attempt to an access category for the UE to use in performing the access barring checks for the access attempt when transitioning to the connected mode from the idle mode or the inactive mode, wherein the first mapping is based on an application type; and a second mapping of the access attempt to an access category for the UE to use in performing the access barring checks for the access attempt when in the connected mode, wherein the second mapping, is based on at least one of a bearer ID, a quality of service, QoS flow ID, QFI, or a QoS Indicator; and performing the access barring checks for the access attempt, based on the first mapping or the second mapping depending on the access attempt factors for a current state of the UE .
A disulfide crosslinked hyaluronic acid gel for preventing tissue adhesion after abdominal operation, characterized in that the content of disulfide crosslinked hyaluronic acid is between 3 ~ 4.5 mg / mL.
A padlock consisting of an elongated strip of tearable flexible material that can be folded into a loop and fixed into place, wherein the elongated strip contains an electrical circuit which is broken when the loop is torn and an RFID connected to the electrical circuit which is put in a different logic state when the circuit is broken; the elongated strip consists of a sandwich of two strips of protective flexible material (9 and 13) with inwardly facing adhesive layers (10 and 12), between which both the electrical circuit and the RFID are positioned, characterised in that the two strips (9 and 13) have unequal width and include a narrow strip and a wide strip ; and the adhesive layer on the wide strip both adheres to the adhesive layer on the narrow strip to form the sandwich and forms a self-adhesive zone to fix a loose end of the elongated strip to form the loop. the elongated strip contains an electrical circuit which is broken when the loop is torn and an RFID connected to the electrical circuit which is put in a different logic state when the circuit is broken; the elongated strip consists of a sandwich of two strips of protective flexible material (9 and 13) with inwardly facing adhesive layers (10 and 12), between which both the electrical circuit and the RFID are positioned, characterised in that the two strips (9 and 13) have unequal width and include a narrow strip and a wide strip ; and the adhesive layer on the wide strip both adheres to the adhesive layer on the narrow strip to form the sandwich and forms a self-adhesive zone to fix a loose end of the elongated strip to form the loop.
A liquid concentrate comprising (A) 0.5 to 5 wt.% of one or more fatty (C 8 -C 24 )-amido-(C 1 -C 6 )-alkyl betaine emulsifying agents; (B) 45 to 75 wt.% of C 6 -C 15 -alkanol ethoxylate surfactants; (C) 0.5 to 10 wt.% of ethylene glycol; and (D) 5 to 50 wt.% of one or more C 1 -C 4 alkanols; wherein component (B) is a mixture of C 6 -C 15 -alkanol ethoxylates with different carbon numbers for the alkanol unit species and 2 to 5 moles of ethylene oxide units on average per mole of alkanol, wherein the carbon numbers for the two C 6 -C 15 -alkanol ethoxylates which have the highest share in weight in the mixture being at least 1.5 carbon numbers distant from each other, and wherein the carbon number for one of the two C 6 -C 15 -alkanol ethoxylates which have the highest share in weight in the mixture is in the range of 9 to 11 and the other is in the range of 12 to 14. (A) 0.5 to 5 wt.% of one or more fatty (C 8 -C 24 )-amido-(C 1 -C 6 )-alkyl betaine emulsifying agents; (B) 45 to 75 wt.% of C 6 -C 15 -alkanol ethoxylate surfactants; (C) 0.5 to 10 wt.% of ethylene glycol; and (D) 5 to 50 wt.% of one or more C 1 -C 4 alkanols;
A method for manufacturing a three-dimensional object, the method comprising: providing an object ink; providing a support ink composition including a liquid carrier, a dispersant, and solid particles dispersed in the liquid carrier by the dispersant to form a dispersion, wherein the solid particles are between 15 to about 60 weight percent of the dispersion and are a mixture of one or more of inorganic salts, metal oxides, metal carbides, and/or polymeric particles; printing an object comprising an object portion and a support structure by successively: dispensing, on a heated tray, the object ink from a print head to form an object layer, and dispensing, on the heated tray the support ink composition from the print head to form a support layer, wherein each layer is hardened before a next layer is dispensed using the heated tray to evaporate the liquid carrier, wherein, after the liquid carrier evaporates, the dispersant remains on the solid particles and serves as a binder for the support layer; and removing the support structure from the printed object using at least one of: mechanical assisted degradation, decomposition followed by evaporation of decomposition products, melting, dissolution or firing of the solid particles of the printed support structure. providing an object ink; providing a support ink composition including a liquid carrier, a dispersant, and solid particles dispersed in the liquid carrier by the dispersant to form a dispersion, wherein the solid particles are between 15 to about 60 weight percent of the dispersion and are a mixture of one or more of inorganic salts, metal oxides, metal carbides, and/or polymeric particles; printing an object comprising an object portion and a support structure by successively: dispensing, on a heated tray, the object ink from a print head to form an object layer, and dispensing, on the heated tray the support ink composition from the print head to form a support layer, wherein each layer is hardened before a next layer is dispensed using the heated tray to evaporate the liquid carrier, wherein, after the liquid carrier evaporates, the dispersant remains on the solid particles and serves as a binder for the support layer; and dispensing, on a heated tray, the object ink from a print head to form an object layer, and dispensing, on the heated tray the support ink composition from the print head to form a support layer, wherein each layer is hardened before a next layer is dispensed using the heated tray to evaporate the liquid carrier, wherein, after the liquid carrier evaporates, the dispersant remains on the solid particles and serves as a binder for the support layer; and removing the support structure from the printed object using at least one of: mechanical assisted degradation, decomposition followed by evaporation of decomposition products, melting, dissolution or firing of the solid particles of the printed support structure.
A vehicle control device which is applied to a vehicle equipped with an engine , and an engine torque adjustment mechanism for adjusting an output torque of the engine, comprising: a vehicle attitude control part configured , when such a condition that the vehicle is traveling and a steering angle-related value relevant to a steering angle of a steering device increases is satisfied, to control the engine torque adjustment mechanism to reduce the output torque of the engine to thereby execute a vehicle attitude control for generating a vehicle deceleration, and configured, when a given vehicle attitude control-terminating condition for terminating the vehicle attitude control is satisfied, to control the engine torque adjustment mechanism (5, 13, 14, 18. 19) to restore the output torque of the engine to an original level of torque before the execution of the vehicle attitude control; and a condition easing part configured to gradually ease the vehicle attitude control-terminating condition, as the number of times of combustion per unit time in the engine becomes smaller. a vehicle attitude control part configured , when such a condition that the vehicle is traveling and a steering angle-related value relevant to a steering angle of a steering device increases is satisfied, to control the engine torque adjustment mechanism to reduce the output torque of the engine to thereby execute a vehicle attitude control for generating a vehicle deceleration, and configured, when a given vehicle attitude control-terminating condition for terminating the vehicle attitude control is satisfied, to control the engine torque adjustment mechanism (5, 13, 14, 18. 19) to restore the output torque of the engine to an original level of torque before the execution of the vehicle attitude control; and a condition easing part configured to gradually ease the vehicle attitude control-terminating condition, as the number of times of combustion per unit time in the engine becomes smaller.
An apparatus for dispensing drinking water, able to produce sparkling water and comprising: - a reservoir for chilled water ; - a sparkling water producing line, extending between an outlet of the reservoir and a dispensing point for the sparkling water, the circuit comprising a pump , and a carbonator disposed downstream of the pump in the direction towards the dispensing point to carbonate the chilled water coming from the reservoir ; - a cooling circuit extending over the part of the sparkling water producing line going from the reservoir to the pump , then over the part of the sparkling water producing line going from the pump to a point of the sparkling water producing line located between the pump and the carbonator, and the cooling circuit extending from that point to the reservoir , characterized in that : - the reservoir for chilled water is removable; - the cooling circuit is disposed, over part of its length, in a situation of heat exchange with at least part of the carbonator, so as to cool it; and - the apparatus for dispensing drinking water further comprises time delay means adapted to circulate the chilled water in the cooling circuit for a predetermined time before producing sparkling water via the sparkling water producing line. - a reservoir for chilled water ; - a sparkling water producing line, extending between an outlet of the reservoir and a dispensing point for the sparkling water, the circuit comprising a pump , and a carbonator disposed downstream of the pump in the direction towards the dispensing point to carbonate the chilled water coming from the reservoir ; - a cooling circuit extending over the part of the sparkling water producing line going from the reservoir to the pump , then over the part of the sparkling water producing line going from the pump to a point of the sparkling water producing line located between the pump and the carbonator, and the cooling circuit extending from that point to the reservoir , - the reservoir for chilled water is removable; - the cooling circuit is disposed, over part of its length, in a situation of heat exchange with at least part of the carbonator, so as to cool it; and - the apparatus for dispensing drinking water further comprises time delay means adapted to circulate the chilled water in the cooling circuit for a predetermined time before producing sparkling water via the sparkling water producing line.
A method implemented by a device , the method comprising: submitting, by the device , a stream of packets to lower layers associated with a first communication link between the device and a peer device for transmissions in a first order over the first communication link; submitting, by the device , the stream of packets to lower layers associated with a second communication link between the device and the peer device for transmissions in a second order over the second communication link, the second order being different from the first order, and the second communication link being different from the first communication link; and determining, by the device , receipt of an indication indicating one or more packets of the stream of packets being successfully transmitted over the second communication link while submitting the stream of packets for the transmissions over the first and second communication links, and based thereon, causing the one or more packets to be discarded from a first transmission buffer associated with the first communication link; characterized in that the method further comprises: determining, by the device , a first set of packets from the stream of packets as prioritized packets for the first communication link and unprioritized packets for the second communication link; and determining, by the device , a second set of packets from the stream of packets as unprioritized packets for the first communication link and prioritized packets for the second communication link, the second set of packets being different from the first set of packets. submitting, by the device , a stream of packets to lower layers associated with a first communication link between the device and a peer device for transmissions in a first order over the first communication link; submitting, by the device , the stream of packets to lower layers associated with a second communication link between the device and the peer device for transmissions in a second order over the second communication link, the second order being different from the first order, and the second communication link being different from the first communication link; and determining, by the device , receipt of an indication indicating one or more packets of the stream of packets being successfully transmitted over the second communication link while submitting the stream of packets for the transmissions over the first and second communication links, and based thereon, causing the one or more packets to be discarded from a first transmission buffer associated with the first communication link; characterized in that the method determining, by the device , a first set of packets from the stream of packets as prioritized packets for the first communication link and unprioritized packets for the second communication link; and determining, by the device , a second set of packets from the stream of packets as unprioritized packets for the first communication link and prioritized packets for the second communication link, the second set of packets being different from the first set of packets.
A gas turbine engine comprising: an engine having a compressor section , and a turbine section ; and a firewall , accessory pumps mounted on a downstream side of said firewall , and said accessory pumps being driven by electric motors mounted on said firewall on an upstream side of said firewall , characterised in that : the firewall comprises a cooling air passage for receiving compressor bleed air for isolating said upstream side from the downstream side, wherein said firewall includes an opening at an inner periphery to receive air, and said opening communicates with a manifold formed radially across an extent of said firewall . an engine having a compressor section , and a turbine section ; and a firewall , accessory pumps mounted on a downstream side of said firewall , and said accessory pumps being driven by electric motors mounted on said firewall on an upstream side of said firewall , characterised in that : the firewall comprises a cooling air passage for receiving compressor bleed air for isolating said upstream side from the downstream side, wherein said firewall includes an opening at an inner periphery to receive air, and said opening communicates with a manifold formed radially across an extent of said firewall .
Voltage converter , in particular intended to supply power to an electrical machine for a motor vehicle, comprising: - at least three electronic power units configured to convert an electrical voltage, each electronic power unit comprising two switching arms , - a filtering block configured to filter the input electrical voltage of the electronic power unit , the at least three power electronic units and the filter block being electrically connected via each switching arm of said power electronic units , in which the distances between each switching arm and the filter block are substantially identical, in which the at least three power electronic units are aligned next to each other, the filter block extending noticeably parallel along the direction of alignment of the at least three power electronic units , and in which the filtering block comprises at least three filtering units so that the minimum distance between the switching arms of one of the at least three power electronic units and one of the at least three filtering units is noticeably identical to the minimum respective distance of the switching arms of the other ones of the power electronic units and of the other ones of the respective at least three filtering units - at least three electronic power units configured to convert an electrical voltage, each electronic power unit comprising two switching arms , - a filtering block configured to filter the input electrical voltage of the electronic power unit , the at least three power electronic units and the filter block being electrically connected via each switching arm of said power electronic units , in which the distances between each switching arm and the filter block are substantially identical, in which the at least three power electronic units are aligned next to each other, the filter block extending noticeably parallel along the direction of alignment of the at least three power electronic units , and in which the filtering block comprises at least three filtering units so that the minimum distance between the switching arms of one of the at least three power electronic units and one of the at least three filtering units is noticeably identical to the minimum respective distance of the switching arms of the other ones of the power electronic units and of the other ones of the respective at least three filtering units
A housing for a field bus module, which includes at least one plug socket having a socket housing and socket contacts , the plug socket being adapted to cooperate with a plug containing a plug housing and plug contacts in such a way that a connection is established between the socket contacts and the plug contacts, and the plug sealingly closes the plug socket , in particular the plug housing sealingly closes the socket housing so that the housing of the field bus module is completely sealed, characterized in that at least one additional setting element for the addressing of the field bus module is arranged in the plug socket , the setting element being arranged directly inside the socket housing , so that the setting element is easily accessible when the plug is withdrawn from the plug socket , and the socket housing is formed by a circumferential edge raised from the housing , such that the plug can sealingly enclose the socket housing by its plug housing, so that the setting element for the addressing of the field bus module is sealed when the plug has been inserted.
Device for blocking a spectacle lens blank having a finished surface and a machining surface opposite the finished surface for machining in a machining device, comprising - a receiving component having a convex, planar or concave receiving surface for blocking the finished surface of the spectacle lens blank , wherein - the receiving component has a substantially planar mating surface arranged opposite the receiving surface , and wherein - the normal of the mating surface is inclined by 1 ° to 10° to the normal at the center of the receiving surface , and wherein - the receiving surface is designed in such a way that the spectacle lens blank can be placed substantially over the entire surface of the receiving surface during blocking; and - with a clamping block having a substantially flat and inclined bearing surface on which the receiving component is rotatably mounted with its counter surface , wherein - the clamping block is designed for clamping in a machining device. - a receiving component having a convex, planar or concave receiving surface for blocking the finished surface of the spectacle lens blank , wherein - the receiving component has a substantially planar mating surface arranged opposite the receiving surface , and wherein - the normal of the mating surface is inclined by 1 ° to 10° to the normal at the center of the receiving surface , and wherein - the receiving surface is designed in such a way that the spectacle lens blank can be placed substantially over the entire surface of the receiving surface during blocking; and - with a clamping block having a substantially flat and inclined bearing surface on which the receiving component is rotatably mounted with its counter surface , wherein - the clamping block is designed for clamping in a machining device.