mhurhangee/ep-ind-claims huggingface dataset:
An idling stop device comprising: a detection part which detects deceleration of a vehicle; an estimation part which acquires, based on the deceleration detected by the detection part, first deceleration when a vehicle speed is decelerated to a preset speed or less, and estimates a first brake pressure applied to the vehicle when the vehicle is decelerated to the preset speed or less based on the acquired first deceleration; a brake pressure control part which maintains a brake pressure by closing a valve provided to a brake pipe passage through which a master cylinder constituting a generation source of a brake liquid pressure applied to the vehicle and a wheel cylinder of a wheel communicate with each other when the first brake pressure estimated by the estimation part is higher than or equal to a preset threshold value; and an idling stop control part which stops an engine of the vehicle when the first brake pressure estimated by the estimation part is higher than or equal to the preset threshold value, wherein the estimation part estimates the first brake pressure applied to the vehicle when the vehicle is decelerated to the preset speed or less, based on a numerical formula 1: F flat = ma wherein, F flat is a product of a brake pressure (bar) of the vehicle on a flat ground to be estimated and a brake efficiency (Nm/bar) of the vehicle, 'm' is a weight of the vehicle, and 'a' is the first deceleration detected by the detection part. a detection part which detects deceleration of a vehicle; an estimation part which acquires, based on the deceleration detected by the detection part, first deceleration when a vehicle speed is decelerated to a preset speed or less, and estimates a first brake pressure applied to the vehicle when the vehicle is decelerated to the preset speed or less based on the acquired first deceleration; a brake pressure control part which maintains a brake pressure by closing a valve provided to a brake pipe passage through which a master cylinder constituting a generation source of a brake liquid pressure applied to the vehicle and a wheel cylinder of a wheel communicate with each other when the first brake pressure estimated by the estimation part is higher than or equal to a preset threshold value; and an idling stop control part which stops an engine of the vehicle when the first brake pressure estimated by the estimation part is higher than or equal to the preset threshold value, wherein the estimation part estimates the first brake pressure applied to the vehicle when the vehicle is decelerated to the preset speed or less, based on a numerical formula 1: F flat = ma wherein, F flat is a product of a brake pressure (bar) of the vehicle on a flat ground to be estimated and a brake efficiency (Nm/bar) of the vehicle, 'm' is a weight of the vehicle, and 'a' is the first deceleration detected by the detection part.
A method for transmitting to a server monitoring data concerning usage by a consumer of at least one end-point device (21, 22, 23, 24, 25) consuming at least one resource, the method comprising the steps of: - associating said end-point device to a smart meter by interfacing said end-point device (21, 22, 23, 24, 25) with a communication circuitry of the smart meter; - collecting by the smart meter resource consumption data representative of the resource consumed by said end-point device; - collecting status information and at least one indicator of usefulness from said end-point device by the smart meter, said indicator of usefulness being distinct from resource consumption data; - processing both the status information and said indicator of usefulness to produce the said monitoring data; and - transmitting, by said smart meter, the resource consumption data and the monitoring data to the server. - associating said end-point device to a smart meter by interfacing said end-point device (21, 22, 23, 24, 25) with a communication circuitry of the smart meter; - collecting by the smart meter resource consumption data representative of the resource consumed by said end-point device; - collecting status information and at least one indicator of usefulness from said end-point device by the smart meter, said indicator of usefulness being distinct from resource consumption data; - processing both the status information and said indicator of usefulness to produce the said monitoring data; and - transmitting, by said smart meter, the resource consumption data and the monitoring data to the server.
A device for measuring a pressure with at least one pressure sensor with at least one active sensor surface, wherein the at least one sensor surface is arranged opposite a periodically oscillating and/or periodically temperature-changing counter-surface, in that the sensor surface and the counter-surface are arranged in a hollow body or part of a hollow body, wherein the hollow body has at least one opening (10, 11), and in that there is provided at least one alternating signal amplifier for amplifying a signal of the at least one pressure sensor, characterised in that between the counter-surface and the sensor surface there are provided side walls (6,7), which together with the sensor surface and the counter-surface form the hollow body, and in that the counter-surface or the sensor surface is the inner part of a hollow cylinder at least partly surrounding the corresponding surface, in that the hollow cylinder is formed closed at its ends up to openings and encloses a volume.
A printer comprising: a printing portion configured to perform printing on a printing paper sheet; and a control unit configured to control the printing portion; characterized by a reading device connecting terminal configured to connect a reading device that is configured to optically or electromagnetically read an operation code including a keyword from an operation list, and the operation code being preliminarily prepared on the operation list made from a sheet-shaped material; and a USB connecting terminal configured to receive an external non-volatile memory that stores the printing data for printing by the printer; and in that the printer is a stand-alone printer; the operation code includes an in-code keyword identification command for identifying the keyword in the code; the printing data includes an in-printing data keyword identification command for identifying the keyword in the printing data; and the control unit is configured such that prior to any printing of the printing data, the control unit compares the keyword included in the operation code read by the reading device and a keyword included in the printing data supplied from the memory, and if the keywords match, the control unit controls the printing portion to print the printing data onto the paper sheet. a printing portion configured to perform printing on a printing paper sheet; and a control unit configured to control the printing portion; characterized by a reading device connecting terminal configured to connect a reading device that is configured to optically or electromagnetically read an operation code including a keyword from an operation list, and the operation code being preliminarily prepared on the operation list made from a sheet-shaped material; and a USB connecting terminal configured to receive an external non-volatile memory that stores the printing data for printing by the printer; and in that the printer is a stand-alone printer; the operation code includes an in-code keyword identification command for identifying the keyword in the code; the printing data includes an in-printing data keyword identification command for identifying the keyword in the printing data; and the control unit is configured such that prior to any printing of the printing data, the control unit compares the keyword included in the operation code read by the reading device and a keyword included in the printing data supplied from the memory, and if the keywords match, the control unit controls the printing portion to print the printing data onto the paper sheet.
A method for producing a sugar liquid, the method comprising the steps of: reacting mannanase with a liquid component obtained by hydrolysis treatment of woody biomass to obtain a saccharified liquid; and filtering the saccharified liquid obtained in Step through a microfiltration membrane and/or ultrafiltration membrane to collect a sugar liquid from the permeate side. reacting mannanase with a liquid component obtained by hydrolysis treatment of woody biomass to obtain a saccharified liquid; and filtering the saccharified liquid obtained in Step through a microfiltration membrane and/or ultrafiltration membrane to collect a sugar liquid from the permeate side.
A method of manufacturing a hand dryer nozzle part, the nozzle part comprising a nozzle body and an air outlet aperture in the nozzle body, the method comprising moulding the nozzle body from plastic as a single part and then post-machining the air outlet aperture in the moulded plastic nozzle body in the form of an elongate slot, a length of the slot being less than 1.5mm in width; and characterised in that the slot is machined into a part of the nozzle body which is reinforced by one or more bracing elements integrally moulded as part of the nozzle body.
A pickup roller comprising: a supporting layer; and a pickup layer, which comprises: a base surrounding the outer perimeter of the supporting layer and formed from an elastic material; and a plurality of particles which are distributed throughout the base and have a hardness different from the hardness of the base, characterised in that the plurality of particles are formed from the elastic material. a supporting layer; and a pickup layer, which comprises: a base surrounding the outer perimeter of the supporting layer and formed from an elastic material; and a plurality of particles which are distributed throughout the base and have a hardness different from the hardness of the base, a base surrounding the outer perimeter of the supporting layer and formed from an elastic material; and a plurality of particles which are distributed throughout the base and have a hardness different from the hardness of the base, characterised in that the plurality of particles are formed from the elastic material.
A ventilator, wherein, the ventilator comprises a ventilation body, the ventilation body comprises a ventilation cavity and an air inlet end and an air outlet end communicating with the ventilation cavity, the ventilation body further comprises an annular shell configured to form the ventilation cavity, the annular shell is formed with an annular cavity inside, an air inlet and an air outlet communicating with the annular cavity are disposed on the annular shell, the air outlet is communicated with the annular cavity and the ventilation cavity, the air outlet has a slit shape extending along a circumferential direction of the annular shell and is disposed to be capable to guide gas flows out towards the air outlet end; characterized in that the ventilator comprises a breathing mask provided with a breathing cavity, the ventilation body is connected with the breathing mask and the air outlet end is made to be sealed and communicating with the breathing cavity.
A metal resin composite body in which a resin member formed of a thermosetting resin composition and a metal member are joined, characterized in that the metal resin composite body is formed by joining the metal member in which glossiness of a measurement angle of 60° of a joining surface joining to at least the resin member measured on the basis of ASTM-D523 is greater than or equal to 0.1 and less than or equal to 30, and the resin member, wherein a melt viscosity of the thermosetting resin composition at 175°C is greater than or equal to 10 Pa · s and less than or equal to 3000 Pa · s, and wherein the thermosetting resin composition includes a phenol resin. characterized in that the metal resin composite body is formed by joining the metal member in which glossiness of a measurement angle of 60° of a joining surface joining to at least the resin member measured on the basis of ASTM-D523 is greater than or equal to 0.1 and less than or equal to 30, and the resin member, wherein a melt viscosity of the thermosetting resin composition at 175°C is greater than or equal to 10 Pa · s and less than or equal to 3000 Pa · s, and wherein the thermosetting resin composition includes a phenol resin.
Functional module for detecting parameters of a medium in a container, and of the container, comprising - a base element for inserting the functional module into the container, - a sensor device, inserted in the base element and projecting at least partially from the base element, wherein - the functional module can be inserted into the container for performing the detection, - the sensor device comprises a plurality of sensor units (9, 10, 12, 15, 16) for detecting different parameters of the medium, - the sensor device comprises a sensor unit for detecting a three-dimensional movement of the container relative to a fixed point, and the sensor unit comprises a magnetic-sensor element for detecting a magnetic field of a magnet connected with the fixed point for detecting the three-dimensional movement of the container relative to the magnet, - the base element has an inner side which lies inside the container after insertion, and has an outer side which lies outside the container after insertion, and wherein the sensor device is inserted in the base element in such a way that the outer part of the sensor device lies outside the container and the inner part lies within the container and the medium flows around it, and - the sensor unit is arranged in the outer part of the sensor device. - a base element for inserting the functional module into the container, - a sensor device, inserted in the base element and projecting at least partially from the base element, wherein - the functional module can be inserted into the container for performing the detection, - the sensor device comprises a plurality of sensor units (9, 10, 12, 15, 16) for detecting different parameters of the medium, - the sensor device comprises a sensor unit for detecting a three-dimensional movement of the container relative to a fixed point, and the sensor unit comprises a magnetic-sensor element for detecting a magnetic field of a magnet connected with the fixed point for detecting the three-dimensional movement of the container relative to the magnet, - the base element has an inner side which lies inside the container after insertion, and has an outer side which lies outside the container after insertion, and wherein the sensor device is inserted in the base element in such a way that the outer part of the sensor device lies outside the container and the inner part lies within the container and the medium flows around it, and - the sensor unit is arranged in the outer part of the sensor device.
A method of geographic positioning of a receiver based on communicated positioning information, comprising transmitting, by three or more time-synchronized terrestrial transmitters, a respective digital wireless broadcast signal comprising transmitter information directly or indirectly indicative of a geographic position of the transmitter of the broadcast signal; and timing information indicative of a timing of the broadcast signal; receiving, by the receiver and from the three or more transmitters, the respective broadcast signal at a respective time of arrival; calculating, by the receiver, in dependence of the respective timing information and the respective TOA, a plurality of time differences of arrival (TDOAs) of each of the transmitters but a reference transmitter of the transmitters; determining, by the receiver, in dependence of the respective transmitter information, a geographic position of each of the transmitters; and calculating, by the receiver, a geographic position of the receiver in dependence of the geographic positions of the transmitters and the plurality of TDOAs, the respective broadcast signal comprising an FeMBMS signal including the transmitter information and the timing information. transmitting, by three or more time-synchronized terrestrial transmitters, a respective digital wireless broadcast signal comprising transmitter information directly or indirectly indicative of a geographic position of the transmitter of the broadcast signal; and timing information indicative of a timing of the broadcast signal; transmitter information directly or indirectly indicative of a geographic position of the transmitter of the broadcast signal; and timing information indicative of a timing of the broadcast signal; receiving, by the receiver and from the three or more transmitters, the respective broadcast signal at a respective time of arrival; calculating, by the receiver, in dependence of the respective timing information and the respective TOA, a plurality of time differences of arrival (TDOAs) of each of the transmitters but a reference transmitter of the transmitters; determining, by the receiver, in dependence of the respective transmitter information, a geographic position of each of the transmitters; and calculating, by the receiver, a geographic position of the receiver in dependence of the geographic positions of the transmitters and the plurality of TDOAs, the respective broadcast signal comprising an FeMBMS signal including the transmitter information and the timing information.
A method for synthesizing doped semiconductor particles on or in a host structure, comprising: adding one or more precursors to a liquid solvent; adding a host structure to the liquid solvent, where the host structure is in form of a solid phase; sorpting the one or more precursors onto surface of the host structure; redispersing the host structure in a reaction solvent; initiating a chemical reaction that involves the one or more precursors, where the chemical reaction results in particles formed in or on surface of the host structure, where initiating a chemical reaction occurs after sorpting the precursor onto surface of the host structure and the particles are sized less than 100 micrometers; separating the host structure, along with the particles formed in or on the surface of the host structure, from the reaction solvent; and releasing the particles from the host structure into a secondary solvent selected from a group consisting of nonpolar solvents, polar protic solvents and polar aprotic solvents, after the step of separating the host structure from the reaction solvent; wherein the particles are released from the host structure by dispersing the host structure into the secondary solvent and sonication of the secondary solvent, separating the released particles from the host structure by centrifugation and removing the host structure from the secondary solvent. adding one or more precursors to a liquid solvent; adding a host structure to the liquid solvent, where the host structure is in form of a solid phase; sorpting the one or more precursors onto surface of the host structure; redispersing the host structure in a reaction solvent; initiating a chemical reaction that involves the one or more precursors, where the chemical reaction results in particles formed in or on surface of the host structure, where initiating a chemical reaction occurs after sorpting the precursor onto surface of the host structure and the particles are sized less than 100 micrometers; separating the host structure, along with the particles formed in or on the surface of the host structure, from the reaction solvent; and releasing the particles from the host structure into a secondary solvent selected from a group consisting of nonpolar solvents, polar protic solvents and polar aprotic solvents, after the step of separating the host structure from the reaction solvent; wherein the particles are released from the host structure by dispersing the host structure into the secondary solvent and sonication of the secondary solvent, separating the released particles from the host structure by centrifugation and removing the host structure from the secondary solvent.
A fluororubber composition for use in sealing materials, the fluororubber composition being a kneaded mixture of: a carbon nanotube masterbatch comprising 4 to 20 parts by weight of multilayer carbon nanotubes, which are fibrous carbon nanostructures that do not contain monolayer carbon nanotubes, based on 100 parts by weight of a fluororubber polymer, and a fluororubber raw material comprising at least a fluororubber polymer and a reinforcing filler; wherein the multilayer carbon nanotubes are compounded in an amount of 0.5 to 6 wt.% in the kneaded mixture; wherein the reinforcing filler comprises carbon black. a carbon nanotube masterbatch comprising 4 to 20 parts by weight of multilayer carbon nanotubes, which are fibrous carbon nanostructures that do not contain monolayer carbon nanotubes, based on 100 parts by weight of a fluororubber polymer, and a fluororubber raw material comprising at least a fluororubber polymer and a reinforcing filler; wherein the multilayer carbon nanotubes are compounded in an amount of 0.5 to 6 wt.% in the kneaded mixture; wherein the reinforcing filler comprises carbon black.
A fastening element for at least one cable or one line, comprising a retainer for the cable or the line, the retainer including a support portion, a holding member and a locking member, the locking member being configured like a leaf spring and being adapted to cooperate with the holding member such that the latter is fixed in a position holding the cable or line such that the support portion and the holding member define a substantially cylindrical receiving space, a release device being provided which cooperates with the locking member and by means of which the locking member can be released from the holding member such that the latter is disengaged, at least two retainers being provided so that the positions of a plurality of cables can be fixed relative to each other, and the release device including a release projection protruding from the locking member in the axial direction.