mhurhangee/patent-ind-claim-en huggingface dataset:
A gas meter comprising: a flow rate measurer that measures a flow rate of gas in time series; a storage unit that stores the flow rate measured by the flow rate measurer as flow rate data; a storage condition setting unit that sets a condition for storing the flow rate data in the storage unit ; a communication unit that communicates with a center device , and an operation-start detector that detects an operation-start of a gas appliance by the flow rate of gas measured by the flow rate measurer and outputs an operation-start signal, wherein the storage unit stores the flow rate data to satisfy the condition set by the storage condition setting unit , and based on a data request from the center device , the communication unit transmits the flow rate data stored in the storage unit to the center device , characterized in that the storage condition setting unit sets a condition for flow rate data to be stored in the storage unit , said condition being that the flow rate data to be stored is specified as flow rate data obtained during predetermined periods of time before and after a start point when the operation-start detector detects that a gas appliance has started to operate, the storage unit stores said flow rate data to be stored every time the operation-start detector outputs the operation-start signal, the storage unit stores a predetermined number of pieces of said flow rate data to be stored as one data set every time the operation-start detector outputs the operation-start signal, and the storage unit is configured to transmit a plurality of data sets at the same time. a flow rate measurer that measures a flow rate of gas in time series; a storage unit that stores the flow rate measured by the flow rate measurer as flow rate data; a storage condition setting unit that sets a condition for storing the flow rate data in the storage unit ; a communication unit that communicates with a center device , and an operation-start detector that detects an operation-start of a gas appliance by the flow rate of gas measured by the flow rate measurer and outputs an operation-start signal, wherein the storage unit stores the flow rate data to satisfy the condition set by the storage condition setting unit , and based on a data request from the center device , the communication unit transmits the flow rate data stored in the storage unit to the center device , characterized in that the storage condition setting unit sets a condition for flow rate data to be stored in the storage unit , said condition being that the flow rate data to be stored is specified as flow rate data obtained during predetermined periods of time before and after a start point when the operation-start detector detects that a gas appliance has started to operate, the storage unit stores said flow rate data to be stored every time the operation-start detector outputs the operation-start signal, the storage unit stores a predetermined number of pieces of said flow rate data to be stored as one data set every time the operation-start detector outputs the operation-start signal, and the storage unit is configured to transmit a plurality of data sets at the same time.
A bottle compartment for an analyzer instrument, which bottle compartment comprises a frame with a location for a bottle of liquid, and a tube for aspiration of liquid from a bottle at the location for a bottle by the analyzer instrument, characterized in that the bottle compartment comprises a handle mechanism connected turnably to the frame , which handle mechanism in an open position allows access to the location for insertion and removal of a bottle and in a closed position prevents access to the location, and that the tube for aspiration of liquid is connected to the handle mechanism so that when the handle mechanism is turned to the open position the end of the tube is simultaneously moved from the bottle at the location and when the handle mechanism is turned to the closed position the end of the tube is simultaneously moved inside the bottle at the location, and wherein in the closed position the tube reaches into the bottom of the bottle.
Method for operating at least one wind turbine of a wind farm, comprising the following steps, - determining wind turbine individual offset information based on - reactive power provided by the respective wind turbine and - reactive power provided by at least one further wind turbine of the wind farm, - determining wind turbine individual control information based on - the wind turbine individual offset information and - wind farm specific control information , - operating the at least one wind turbine according to the wind turbine individual control information , characterised in that : the wind turbine individual offset information is determined - based on the reactive power provided by the wind turbine and - based on a mean value of reactive power provided by - the wind turbine and - the at least one further wind turbine of the wind farm, wherein the wind turbine individual offset information is determined based on a deviation information representing a deviation or difference between the reactive power provided by the wind turbine and the mean value of reactive power . - determining wind turbine individual offset information based on - reactive power provided by the respective wind turbine and - reactive power provided by at least one further wind turbine of the wind farm, - reactive power provided by the respective wind turbine and - reactive power provided by at least one further wind turbine of the wind farm, - determining wind turbine individual control information based on - the wind turbine individual offset information and - wind farm specific control information , - the wind turbine individual offset information and - wind farm specific control information , - operating the at least one wind turbine according to the wind turbine individual control information , the wind turbine individual offset information is determined - based on the reactive power provided by the wind turbine and - based on a mean value of reactive power provided by - the wind turbine and - the at least one further wind turbine of the wind farm, - based on the reactive power provided by the wind turbine and - based on a mean value of reactive power provided by - the wind turbine and - the at least one further wind turbine of the wind farm, - the wind turbine and - the at least one further wind turbine of the wind farm, wherein the wind turbine individual offset information is determined based on a deviation information representing a deviation or difference between the reactive power provided by the wind turbine and the mean value of reactive power .
Cultivator tip for an agricultural machine, with a carrier which has a front side and a rear side and which has a cutting region with a cutting edge, wherein one or more hard material elements are arranged in the cutting region , the carrier 10 being of arrow-shaped design and having a projecting cutting carrier which is adjoined laterally by two cantilevers , the cantilevers being provided with hard-material covers in their edge regions adjoining the cutting carrier in order to armour them, wherein the hard material element is a cutting element which forms at least part of the cutting edge, wherein the cutting element forms a rounded cutting edge (22.3), wherein the cutting element forms a free surface (22.2) on the rear side, and wherein the rounded cutting edge (22.3) forms a transition between a front cutting surface (22.4) and the rear free surface (22.2).
A display device comprising: a substrate including a display region (DR), a pad region (NR) spaced apart from the display region, and a bending region (BR) between the display region and the pad region; a plurality of pixel structures (PX) positioned in the display region of the substrate; a plurality of pad wirings positioned in the pad region of the substrate; and a plurality of connection wirings (180A-3, 180B-3, 180A-4, 108B-4) electrically connecting the pad wirings to the pixel structures, the connection wirings including a plurality of notches (NT-3, NT-4) in the bending region, wherein each of the connection wirings further includes a plurality of holes (HL-3, HL-4) in the bending region, characterized in that : the holes do not overlap the notches along a direction that is perpendicular to a direction in which the connection wirings extend. a substrate including a display region (DR), a pad region (NR) spaced apart from the display region, and a bending region (BR) between the display region and the pad region; a plurality of pixel structures (PX) positioned in the display region of the substrate; a plurality of pad wirings positioned in the pad region of the substrate; and a plurality of connection wirings (180A-3, 180B-3, 180A-4, 108B-4) electrically connecting the pad wirings to the pixel structures, the connection wirings including a plurality of notches (NT-3, NT-4) in the bending region, wherein each of the connection wirings further includes a plurality of holes (HL-3, HL-4) in the bending region, characterized in that : the holes do not overlap the notches along a direction that is perpendicular to a direction in which the connection wirings extend.
A receiver chip for use in an imaging system, comprising: a plurality of receiver dies , each of the receiver dies comprising one or more receiver circuits; a die interconnection layer located on top of the plurality of receiver dies ; a dielectric layer ; and a plurality of antennae located on the dielectric layer , each of the plurality of antennae corresponding to a respective receiver circuit, wherein the plurality of antennae are connected to the one or more receiver circuits through the dielectric layer and the die interconnection layer by respective vias; characterised in that : the dielectric layer is a quarter wave dielectric layer located on top of the die interconnection layer ; and a distance between a topmost layer of the die interconnection layer and the plurality of antennae is determined by a thickness of the quarter wave dielectric layer . a plurality of receiver dies , each of the receiver dies comprising one or more receiver circuits; a die interconnection layer located on top of the plurality of receiver dies ; a dielectric layer ; and a plurality of antennae located on the dielectric layer , each of the plurality of antennae corresponding to a respective receiver circuit, wherein the plurality of antennae are connected to the one or more receiver circuits through the dielectric layer and the die interconnection layer by respective vias; characterised in that : the dielectric layer is a quarter wave dielectric layer located on top of the die interconnection layer ; and a distance between a topmost layer of the die interconnection layer and the plurality of antennae is determined by a thickness of the quarter wave dielectric layer . the dielectric layer is a quarter wave dielectric layer located on top of the die interconnection layer ; and a distance between a topmost layer of the die interconnection layer and the plurality of antennae is determined by a thickness of the quarter wave dielectric layer .
Filter suitable for insertion into a bottle , in particular a drinking bottle, the filter being substantially configured in the form of a sleeve with a first open end and a second closed end , wherein the first end forms a filter opening , the second end a filter end and the extension of the sleeve defines substantially a longitudinal direction from its first end towards its second end , characterized in - that the sleeve is configured tapered, wherein the first end has a first outer periphery and the second end a second outer periphery which is less than the first outer periphery, - that the filter has at least one slit oriented substantially in longitudinal direction from the filter opening , - that the filter is made from a metal sheet that has a thickness in the range of 0,05 mm to 1 mm or that the filter is made substantially of plastics, wherein the wall thickness of the filter is substantially in the range of 0,2 mm to 3 mm and - that the filter has holes that have a filtering effect. - that the sleeve is configured tapered, wherein the first end has a first outer periphery and the second end a second outer periphery which is less than the first outer periphery, - that the filter has at least one slit oriented substantially in longitudinal direction from the filter opening , - that the filter is made from a metal sheet that has a thickness in the range of 0,05 mm to 1 mm or that the filter is made substantially of plastics, wherein the wall thickness of the filter is substantially in the range of 0,2 mm to 3 mm and - that the filter has holes that have a filtering effect.
An apparatus for the production of containers for liquid with a shaping unit , in order to shape plastic preforms into plastic containers , and with a filling unit for filling the plastic containers with a liquid medium, wherein the filling unit is arranged downstream with respect to the shaping unit in a conveying direction (R) of the plastic containers, wherein the shaping unit has a supply region for supplying the plastic preforms as well as a discharge region in order to discharge the plastic containers out of the shaping unit , and wherein the filling unit has a supply region for supplying the plastic containers to the filling unit and a discharge region for discharging the plastic containers out of the filling unit , characterized in that a plurality of conveying devices serving as an interface is arranged between the discharge region of the shaping unit and the supply region of the filling unit , which transport the plastic containers at least in sections and individually between the shaping unit and the filling unit , wherein each conveying device comprises its own drive unit in the form of a servomotor, and wherein the conveying devices are constructed in the same way, wherein the apparatus comprises treatment units for treating plastic containers which are assembled as desired, and wherein each of the treatment units is arranged between two of the conveying devices , wherein at least one further unit for treating the plastic containers is inserted into the apparatus between the shaping unit and the filling unit , said further unit being arranged and intended to be arranged between two conveying devices in such a way that the conveying flow of the plastic containers between the shaping unit and the filling unit passes over the further unit , the apparatus being arranged and intended to be arranged that a labelling unit for labelling plastic containers is integrated, and wherein the conveying devices are capable of forwarding the containers from the shaping unit to the filling unit, and wherein at least one sterilisation unit for sterilising the containers by means of at least two similar conveying devices is integrated between the shaping unit and the filling unit .
A method performed by a network node of enabling authentication of a user of a client device over a secure communication channel based on biometric data, being characterized in comprising: receiving (S101) a request from the client device to enrol the biometric data of the user captured at the client device ; receiving (S111), from the client device , transformed biometric data, said biometric data having been transformed into non-invertible biometric data, a fuzzy vault containing a client-generated first secret key, the vault being locked using the biometric data of the user, a client-generated second secret key and a client-generated secret random number from which the second secret key is generated in combination with the first secret key; receiving (S201) a request from the client device to authenticate the user; receiving (S207), from the client device , transformed further biometric data; acquiring (S208) at least one data set which matches the transformed further biometric data, said at least one data set comprising a client-generated secret random number, a client-generated second secret key, and a fuzzy vault containing a client-generated first secret key; submitting (S209), to the client device , the fuzzy vault and the secret random number of said at least one data set; and receiving (S214), from the client device , an indication that the client device proves knowledge of the second secret key, in which case the client device was capable of unlocking the fuzzy vault using the further biometric data and using the first secret key and the secret random number to create the second secret key, wherein the user of the client device is authenticated. receiving (S101) a request from the client device to enrol the biometric data of the user captured at the client device ; receiving (S111), from the client device , transformed biometric data, said biometric data having been transformed into non-invertible biometric data, a fuzzy vault containing a client-generated first secret key, the vault being locked using the biometric data of the user, a client-generated second secret key and a client-generated secret random number from which the second secret key is generated in combination with the first secret key; receiving (S201) a request from the client device to authenticate the user; receiving (S207), from the client device , transformed further biometric data; acquiring (S208) at least one data set which matches the transformed further biometric data, said at least one data set comprising a client-generated secret random number, a client-generated second secret key, and a fuzzy vault containing a client-generated first secret key; submitting (S209), to the client device , the fuzzy vault and the secret random number of said at least one data set; and receiving (S214), from the client device , an indication that the client device proves knowledge of the second secret key, in which case the client device was capable of unlocking the fuzzy vault using the further biometric data and using the first secret key and the secret random number to create the second secret key, wherein the user of the client device is authenticated.
Electronic neural circuit, comprising at least one excitatory synapse having at least one switching input, at least one pre-neuron having an output voltage VA out and comprising a logic inverter generating a complementary voltage VA out_bar on the basis of the output voltage VA out , and at least one post-neuron having a membrane potential (V memB ), the at least one pre-neuron being connected to the at least one post-neuron by the at least one excitatory synapse, and wherein the at least one excitatory synapse is supplied with the output voltage VA out and receives, at its switching input, the complementary voltage VA out_bar , the at least one excitatory synapse comprising at least two field-effect transistors , the drain-source channels of which are in series, so as to form a chain of transistors in series between a potential point connected to VA out and a potential point connected to the membrane potential (V- memB ) of the at least one post-neuron, the transistors located at the ends of the chain being described as "end transistors", one of the end transistors having a gate defining the switching input and the other end transistor having a gate defining an synaptic weight potential input (V w ).
Device for the continuous manufacture of receptacles by thermoforming, including: - a feed apparatus configured to feed a carousel with at least one sheet of thermoformable material along a travel axis X, said sheet having a format f and extending along a plane P; - an extractor for receptacles configured to extract the receptacles from the manufacturing device ; - a heating apparatus configured to heat the sheet of thermoformable material; - a forming press configured to implement thermoforming of at least one receptacle by a pressing action on the heated sheet along an axis Z perpendicular to the plane P; said carousel furthermore being configured to implement a discontinuous transport, in closed circuit, of at least one mould die of the forming press , said die defining a receptacle format chosen according to the format f and being interchangeable with another mould die , each stoppage of the transport defining the position of a stop station for the mould die ; at least one stoppage of transport defining the position of a stop station for the mould die in the forming press so as to allow the thermoforming of said at least one receptacle in said mould die , at least one stoppage of transport defining the position of a stop station for the mould die at the extractor for receptacles so as to allow the extraction of said at least one receptacle , and at least one stoppage of transport defining the position of a stop station for the mould die allowing the exchange of said mould die transported by the carousel with another mould die , characterised in that said continuous manufacturing device further includes means for maintaining, when the receptacle has been thermoformed, a vacuum between the receptacle and the mould die during the cooling of the receptacle to ambient temperature and during the discontinuous transport of said mould die by the carousel . - a feed apparatus configured to feed a carousel with at least one sheet of thermoformable material along a travel axis X, said sheet having a format f and extending along a plane P; - an extractor for receptacles configured to extract the receptacles from the manufacturing device ; - a heating apparatus configured to heat the sheet of thermoformable material; - a forming press configured to implement thermoforming of at least one receptacle by a pressing action on the heated sheet along an axis Z perpendicular to the plane P;
Transmission system of at least one electrical signal to be transmitted by a transmitting electronic device to at least a receiving electronic device, where each electrical signal contains all the information which must be transmitted to the receiving electronic device and has a frequency spectrum which comprises a noise component formed by harmonics suitable to generate electromagnetic disturbances, the transmission system comprising: - at least one signal line (SCL; SDA) which connects the transmitting electronic device to the at least one receiving electronic device and which is suitable to transmit the respective electrical signal to be transmitted; - a signal generation unit , configured to generate the electrical signal to be transmitted on each signal line; - at least one noise compensation line (202; 302; 404) ; - a noise compensation circuit (20; 30; 40) configured to generate on each noise compensation line a noise compensation signal having at least one variable component that corresponds, setting aside a multiplication factor, to the inverted of at least a portion of the electrical signal or of the sum of the electrical signals, wherein the noise compensation circuit (20; 30; 40) comprises at least one transistor inverter circuit which receives in input the electrical signal to be transmitted and supplies in output an electrical output signal and an inverter circuit noise compensation signal corresponding to the inverted of the electrical output signal, and wherein the noise compensation circuit (20; 30; 40) is powered by a constant power supply voltage (VBATT) and wherein the noise compensation signal is added to the constant power supply voltage. - at least one signal line (SCL; SDA) which connects the transmitting electronic device to the at least one receiving electronic device and which is suitable to transmit the respective electrical signal to be transmitted; - a signal generation unit , configured to generate the electrical signal to be transmitted on each signal line; - at least one noise compensation line (202; 302; 404) ; - a noise compensation circuit (20; 30; 40) configured to generate on each noise compensation line a noise compensation signal having at least one variable component that corresponds, setting aside a multiplication factor, to the inverted of at least a portion of the electrical signal or of the sum of the electrical signals,