mhurhangee/patent-ind-claim-en huggingface dataset:
Aerosol-generating rod segment comprising a rod-shaped susceptor casing and an aerosol-forming gel contained in the rod-shaped susceptor casing, wherein the susceptor casing comprises a bottom , a side wall and an opening arranged opposite the bottom, and wherein the aerosol-forming gel is retained inside the susceptor casing in axial direction of the aerosol-generating rod segment by at least one positive locking means, wherein at least one of said at least one positive locking means is designed as an inwardly directed seam of the susceptor casing arranged adjacent to an end section of the susceptor casing, which end section is arranged opposite the bottom of the susceptor casing, characterized in that the side wall of the susceptor casing is corrugated, and in that the seam is formed by an inwardly bent end portion of the side wall of the susceptor casing.
A separator for secondary batteries, the separator comprising: a porous polymer separator substrate having therein a plurality of pores; and an inorganic layer, comprising inorganic matter and a binder, disposed on at least one surface of the separator substrate, wherein the inorganic layer comprises: a dispersing resin having a weight average molecular weight of 500,000 or more or a viscosity of 550 cps or more; and a dispersant, wherein the dispersing resin is a polymer resin comprising a cyano group. a porous polymer separator substrate having therein a plurality of pores; and an inorganic layer, comprising inorganic matter and a binder, disposed on at least one surface of the separator substrate, wherein the inorganic layer comprises: a dispersing resin having a weight average molecular weight of 500,000 or more or a viscosity of 550 cps or more; and a dispersant, a dispersing resin having a weight average molecular weight of 500,000 or more or a viscosity of 550 cps or more; and a dispersant,
Method of operating an apparatus for handling notes of value, in particular in an automated teller machine, wherein the apparatus comprises a depositing and/or dispensing compartment into which to deposit notes of value and/or from which to dispense them to a customer, in the case of which notes of value are removed from cash boxes of the apparatus in accordance with a pay-out request, in the case of which multiple withdrawals of the notes of value removed are detected with the aid of a multiple-withdrawal sensor , in the case of which, when a multiple withdrawal has been detected, at least the notes of value involved in the multiple withdrawal are transported into the depositing and/or dispensing compartment , in the case of which the notes of value involved in the multiple withdrawal are separated out of the depositing and/or dispensing compartment , in the case of which the denomination and/or number of the notes of value involved in the multiple withdrawal are/is determined with the aid of a reading unit , and in the case of which the number and/or denomination determined for the notes of value involved in the multiple withdrawal are/is taken into account in the stock management of the cash boxes .
A polymorph of (R)-N-(5-(5-isopropyl-1,2,4-oxadiazol-3-yl)-2,3-dihydro-1H-inden-1-yl)-2-methyl-2H-tetrazole-5-carboxamide, wherein the polymorph is polymorphic Form I, wherein the polymorphic Form I has an XRPD pattern comprising peaks at angles 2-theta of 7.1±0.2, 14.2±0.2, 14.9±0.2, 16.2±0.2, and 18.3±0.2 degrees.
A photovoltaic (PV) system, comprising: a multitude of PV modules ; power connection lines by which the PV modules are connected in series and/or in parallel with a PV generator and through which the electric current generated by the PV modules is conducted; one or more PV inverters for converting the direct current generated by the PV modules into a power grid-compatible alternating current; wherein the PV modules each have a communication interface and are interconnected to form a communication network so that the individual PV modules form network nodes of the communication network ; wherein the PV modules transmit communication messages with module-specific data via the communication network to a control device , so that the control device can associate the module-specific data with the respective PV module; wherein the communication network is configured as a self-organizing network in which the PV modules autonomously network among each other; wherein the communication network is independent of the power connection lines for the photovoltaically generated power, and wherein the topology of the communication network is different from the topology of the power connection lines . a multitude of PV modules ; power connection lines by which the PV modules are connected in series and/or in parallel with a PV generator and through which the electric current generated by the PV modules is conducted; one or more PV inverters for converting the direct current generated by the PV modules into a power grid-compatible alternating current; wherein the PV modules each have a communication interface and are interconnected to form a communication network so that the individual PV modules form network nodes of the communication network ; wherein the PV modules transmit communication messages with module-specific data via the communication network to a control device , so that the control device can associate the module-specific data with the respective PV module; wherein the communication network is configured as a self-organizing network in which the PV modules autonomously network among each other; wherein the communication network is independent of the power connection lines for the photovoltaically generated power, and wherein the topology of the communication network is different from the topology of the power connection lines .
A pedal vehicle for moving along a route at the whim of a user, comprising a frame , a seat supported by the frame , at least two wheels arranged respectively at the front and rear of the seat , a steering system , a first drive member adapted to be operated by the user's upper limbs, a second drive member adapted to be operated by the user's lower limbs, and a third drive member adapted to be operated by the user's lower limbs, at least one brake and an electrical stimulation device comprising a control module , a data measurement module and at least one electrode adapted to stimulate at least one lower limb to be stimulated, the control module being configured to process data relating to the user's intention and comprising a computer program configured to transmit to the at least one electrode by the control module electrical stimulations according to the data relating to the user's intention, characterised in that said user intention data comprises the power or force intentionally developed by the user's upper limbs, in that a step of determining the power intentionally developed by the lower limbs is performed, and in that said electrical stimulations are determined so as to ensure a predetermined relationship between the power developed by the upper limbs and the total power developed by the lower limbs, said total power corresponding to the sum of the power developed intentionally by the lower limbs and the power developed by the lower limbs as a result of the stimulation. characterised in that said user intention data comprises the power or force intentionally developed by the user's upper limbs, in that a step of determining the power intentionally developed by the lower limbs is performed, and in that said electrical stimulations are determined so as to ensure a predetermined relationship between the power developed by the upper limbs and the total power developed by the lower limbs, said total power corresponding to the sum of the power developed intentionally by the lower limbs and the power developed by the lower limbs as a result of the stimulation.
A compound according to the chemical structure: or or the free amine or alternative pharmaceutical salt thereof.
A computer-implemented method for operating an autonomous driving vehicle (ADV) , the method comprising: in response to detecting an obstacle ahead of the ADV , determining a first distance to the obstacle ; and for each of a plurality of planning cycles, performing, determining (602.2) an offset (A 505) to the first distance based on a real-time value for each of a set of parameters, wherein the set of parameters comprises a plurality of parameters, calculating (602.3) a second distance (A 506) based on the first distance and the offset (A 505), and performing speed planning based on the second distance (A 506) to control a further speed of the ADV, such that the ADV can decelerate and stop at a point with the second distance to the obstacle ; wherein the set of parameters include a speed of the ADV, a distance of the ADV to the obstacle, and a speed limit in an environment surrounding the ADV. in response to detecting an obstacle ahead of the ADV , determining a first distance to the obstacle ; and for each of a plurality of planning cycles, performing, determining (602.2) an offset (A 505) to the first distance based on a real-time value for each of a set of parameters, wherein the set of parameters comprises a plurality of parameters, calculating (602.3) a second distance (A 506) based on the first distance and the offset (A 505), and performing speed planning based on the second distance (A 506) to control a further speed of the ADV, such that the ADV can decelerate and stop at a point with the second distance to the obstacle ; wherein the set of parameters include a speed of the ADV, a distance of the ADV to the obstacle, and a speed limit in an environment surrounding the ADV.
A method for differentiating into endothelial cells from pluripotent stem cells, characterized in that : a) on D0, the pluripotent stem cells are dissociated, seeded at a density of 40 000 to 60 000 cells/cm 2 , preferably approximately 50 000 cells/cm 2 , on a matrix and cultured in the presence of a medium suitable for the culture of pluripotent cells, further comprising fibroblast growth factor 2 (FGF2) and a ROCK inhibitor; b) on D1, the medium is replaced with a medium suitable for mesoderm induction, further comprising a GSK3 (Glycogen Synthase Kinase 3) inhibitor and BMP4 (Bone Morphogenetic Protein 4); c) on D4, the medium is replaced with a medium suitable for the culture of endothelial cells, further comprising VEGF (Vascular Endothelial Growth Factor) and forskolin; d) on D6, the cells are dissociated and selected for expression of the CD144 marker, wherein said process meets good manufacturing practices (GMP) standards. a) on D0, the pluripotent stem cells are dissociated, seeded at a density of 40 000 to 60 000 cells/cm 2 , preferably approximately 50 000 cells/cm 2 , on a matrix and cultured in the presence of a medium suitable for the culture of pluripotent cells, further comprising fibroblast growth factor 2 (FGF2) and a ROCK inhibitor; b) on D1, the medium is replaced with a medium suitable for mesoderm induction, further comprising a GSK3 (Glycogen Synthase Kinase 3) inhibitor and BMP4 (Bone Morphogenetic Protein 4); c) on D4, the medium is replaced with a medium suitable for the culture of endothelial cells, further comprising VEGF (Vascular Endothelial Growth Factor) and forskolin; d) on D6, the cells are dissociated and selected for expression of the CD144 marker, wherein said process meets good manufacturing practices (GMP) standards.
A coffee machine comprising: a water supply ; a water heater for heating water to generate steam and hot water, and having a water heater outlet; a pump for pumping the heated water and steam; a steam delivery nozzle ; a brew chamber for brewing coffee with hot water; and a valve arrangement for controlling the coupling of the water heater outlet selectively to the steam delivery nozzle and the brew chamber , wherein the valve arrangement comprises: an inlet channel coupled to the water heater outlet; two or more outlets ; and an active valve between the inlet channel and a first one of the outlets; characterized in that the valve arrangement further comprises: a passive valve between the inlet channel and a second one of the outlets, wherein the passive valve is downstream of the active valve; and a cam surface for controlling an open or closed setting of only the active valve, such that the angular position of the cam surface controls the coupling of the inlet channel to the first one of the outlets, and wherein the passive valve is permanently connected between the inlet channel and the second one of the outlets. a water supply ; a water heater for heating water to generate steam and hot water, and having a water heater outlet; a pump for pumping the heated water and steam; a steam delivery nozzle ; a brew chamber for brewing coffee with hot water; and a valve arrangement for controlling the coupling of the water heater outlet selectively to the steam delivery nozzle and the brew chamber , wherein the valve arrangement comprises: an inlet channel coupled to the water heater outlet; two or more outlets ; and an active valve between the inlet channel and a first one of the outlets; an inlet channel coupled to the water heater outlet; two or more outlets ; and an active valve between the inlet channel and a first one of the outlets; characterized in that the valve arrangement further comprises: a passive valve between the inlet channel and a second one of the outlets, wherein the passive valve is downstream of the active valve; and a cam surface for controlling an open or closed setting of only the active valve, such that the angular position of the cam surface controls the coupling of the inlet channel to the first one of the outlets, and wherein the passive valve is permanently connected between the inlet channel and the second one of the outlets. a passive valve between the inlet channel and a second one of the outlets, wherein the passive valve is downstream of the active valve; and a cam surface for controlling an open or closed setting of only the active valve, such that the angular position of the cam surface controls the coupling of the inlet channel to the first one of the outlets, and wherein the passive valve is permanently connected between the inlet channel and the second one of the outlets.
A method for supporting multiple IMSIs applied in a user terminal, comprising: sending an international mobile subscriber identity, IMSI, update command to a smart card of the user terminal, wherein the smart card supports multiple IMSIs; receiving IMSI update request information returned by the smart card; sending (S430, S900) an IMSI update request message to a server according to the IMSI update request information, wherein the IMSI update request message comprises at least one of: an IMSI application request message or an IMSI deletion request message; receiving (S450, S910) a response message returned by the server in response to the IMSI update request message; and transmitting (S460, S920) the response message to the smart card of the user terminal, so that the smart card executes an IMSI update operation, wherein the IMSI update operation comprises at least one of: adding an IMSI in the smart card or deleting an IMSI from the smart card. sending an international mobile subscriber identity, IMSI, update command to a smart card of the user terminal, wherein the smart card supports multiple IMSIs; receiving IMSI update request information returned by the smart card; sending (S430, S900) an IMSI update request message to a server according to the IMSI update request information, wherein the IMSI update request message comprises at least one of: an IMSI application request message or an IMSI deletion request message; receiving (S450, S910) a response message returned by the server in response to the IMSI update request message; and transmitting (S460, S920) the response message to the smart card of the user terminal, so that the smart card executes an IMSI update operation, wherein the IMSI update operation comprises at least one of: adding an IMSI in the smart card or deleting an IMSI from the smart card.
A composite material comprising a multi-layered material having an interleaf polymeric resin, interleaved between electrically conductive fibre layers, the polymeric resin comprising electrically conducting particles for reducing the bulk resistivity of the composite material, said conducting particles being present in the range of from 0.2 vol% to 20 vol% of the composite material and the electrically conductive particles have a size whereby at least 50% of the particles present in the polymeric resin have a size within 10 μm of the thickness of the polymeric resin layer.
Busbar system comprising at least one busbar , having a base profile with a profile foot , a profile head and a profile web connecting them, at least one cover element and at least one spacer , wherein the spacer has at least one detent element , a base , at least one holding device and a clamping element , wherein the spacer has at least one fixing device , wherein the fixing device is operatively connected via at least one fixing element to the holding device of the spacer , wherein the fixing element of the fixing device engages with least at one holding element of the holding device of the spacer from behind in a latching manner, characterised in that the fixing device fits over at least one free end of the cover element in a fixing manner and engages the busbar from behind via at least one fixing web in a fixing manner, and in that the clamping element of the spacer is operatively connected at least in part to the profile foot and the profile head of the base profile of the busbar .
A discharge hose system comprising: - an effluent bag for receiving effluent produced during a blood treatment, wherein the effluent bag has exactly one closable effluent opening or a connection to an exterior of the effluent bag , characterized by : - at least one effluent inlet line leading to the effluent bag , an effluent outlet line leading away from the effluent bag , and - a switching device , by means of which, mutually exclusively, either a fluid connection between the interior of the effluent bag and the effluent inlet line or a fluid connection between the effluent bag and the effluent outlet line can be established. - an effluent bag for receiving effluent produced during a blood treatment, wherein the effluent bag has exactly one closable effluent opening or a connection to an exterior of the effluent bag , characterized by : - at least one effluent inlet line leading to the effluent bag , an effluent outlet line leading away from the effluent bag , and - a switching device , by means of which, mutually exclusively, either a fluid connection between the interior of the effluent bag and the effluent inlet line or a fluid connection between the effluent bag and the effluent outlet line can be established.
Method for the fail-safe monitoring of a motion quantity of an electric drive on the basis of recorded phase current actual values (i n ), - wherein a desired value (α s ) is transmitted to each of a number of motor modules (M n ) connected in parallel to the controlled current feed of the drive and corresponding phase currents (I un,vn,wn ) are set, - wherein each motor module (M n ) determines an azimuth actual value (α n ) from the measured phase current actual values (i n ), and compares this with the desired value (α s ) and checks the correspondence thereof, - wherein each motor module (M n ) transmits the measured phase current actual values (i n ) to a higher-level control device , which determines the module-specific azimuth actual value (α n ) from the phase current actual values (i n ) in a similar manner to each motor module (M n ) and compares this with the desired value (α s ) and likewise checks the correspondence thereof, and - wherein the azimuth actual values (α n ) calculated by the control device are transmitted to the parallel-connected motor modules (M n ), wherein each motor module (M n ) checks not only the respective module-specific azimuth actual value (α n ) but also those azimuth actual values (α n ) of the respective other module modules (M n ) for correspondence with the desired value (α s ), - so that a completely redundant, namely in the control device and in the motor modules (M n ), and thus fail-safe check of all azimuth actual values (α n ) with the desired value (α s ) for correspondence (plausibility) is achieved. - wherein a desired value (α s ) is transmitted to each of a number of motor modules (M n ) connected in parallel to the controlled current feed of the drive and corresponding phase currents (I un,vn,wn ) are set, - wherein each motor module (M n ) determines an azimuth actual value (α n ) from the measured phase current actual values (i n ), and compares this with the desired value (α s ) and checks the correspondence thereof, - wherein each motor module (M n ) transmits the measured phase current actual values (i n ) to a higher-level control device , which determines the module-specific azimuth actual value (α n ) from the phase current actual values (i n ) in a similar manner to each motor module (M n ) and compares this with the desired value (α s ) and likewise checks the correspondence thereof, and - wherein the azimuth actual values (α n ) calculated by the control device are transmitted to the parallel-connected motor modules (M n ), wherein each motor module (M n ) checks not only the respective module-specific azimuth actual value (α n ) but also those azimuth actual values (α n ) of the respective other module modules (M n ) for correspondence with the desired value (α s ), - so that a completely redundant, namely in the control device and in the motor modules (M n ), and thus fail-safe check of all azimuth actual values (α n ) with the desired value (α s ) for correspondence (plausibility) is achieved.
Method for controlling a 4WD transmission of an agricultural vehicle wherein the front axle drive can be selectively activated or deactivated, characterized in that when the front axle is engaged (C1=yes) and - service brakes are released (C2=yes) the front axle is driven to have a positive lead strictly greater than zero (L+) and preferably function of a vehicle steering angle, and - instead, service brakes activation (C2=no) causes the lead becoming zero or slightly negative (L-), wherein the positive lead consists of a proportionally higher rotation speed of the front axle in respect of the rear axle. - service brakes are released (C2=yes) the front axle is driven to have a positive lead strictly greater than zero (L+) and preferably function of a vehicle steering angle, and - instead, service brakes activation (C2=no) causes the lead becoming zero or slightly negative (L-),