mhurhangee/ep-ind-claims huggingface dataset:
A tank for a liquid solution based on water and urea which is suitable for being combined with a selective catalytic reduction system and which comprises: • a container including an upper wall; • a filler pipe which is positioned on the upper wall of the container and which is suitable for introducing the liquid solution, said filler pipe comprising a member with an elongate shape which extends about an axis; • a lower opening, from which the liquid solution being introduced passes into the container and which protrudes with respect to the upper wall towards the interior of the container; • a closure float which is positioned in the container and which is connected to the lower opening and which is configured so as to raise and close the lower opening once the liquid solution in the container reaches a predetermined level, characterized in that the closure float comprises an upper surface which includes a closure element which is suitable for closing the lower opening said the closure element having a convex shape, preferably a hemispherical shape, and facing the lower opening, said the closure element being positioned in a recess, which is preferably cylindrical and which is formed in the upper surface of the closure float. • a container including an upper wall; • a filler pipe which is positioned on the upper wall of the container and which is suitable for introducing the liquid solution, said filler pipe comprising a member with an elongate shape which extends about an axis; • a lower opening, from which the liquid solution being introduced passes into the container and which protrudes with respect to the upper wall towards the interior of the container; • a closure float which is positioned in the container and which is connected to the lower opening and which is configured so as to raise and close the lower opening once the liquid solution in the container reaches a predetermined level, characterized in that the closure float comprises an upper surface which includes a closure element which is suitable for closing the lower opening said the closure element having a convex shape, preferably a hemispherical shape, and facing the lower opening, said the closure element being positioned in a recess, which is preferably cylindrical and which is formed in the upper surface of the closure float.
A composition comprising a polycarbonate formed from polyhydroxyl monomers which are linked by a carbonate moiety, wherein the polyhydroxyl monomers comprise a polyhydroxyl monomer of formula: wherein R 1, R 2, R 3, and R 4 are each independently selected from H, a protecting group (e.g., a benzylic group, TBS, and TMS), or COCl; R 5 is independently selected from H, a protecting group, COCl, or and wherein the polyhydroxyl monomer is not glucose. wherein R 1, R 2, R 3, and R 4 are each independently selected from H, a protecting group (e.g., a benzylic group, TBS, and TMS), or COCl; R 5 is independently selected from H, a protecting group, COCl, or and wherein the polyhydroxyl monomer is not glucose.
A device for rehabilitation used in physical rehabilitation for a patient who is incapable of expressing an intention to voluntarily move his/her body, the device for rehabilitation comprising: a biological signal acquisition unit configured to acquire biological signals, through a biological signal sampling means, from the patient to whom a kinesthetic illusion is induced by a kinesthetic illusion inducing means, wherein the kinesthetic illusion inducing means is configured to impart predetermined illusory stimulation to a patient to induce the kinesthetic illusion that his/her own rehabilitation target part is moving; a characteristic biological signal detection unit configured to analyze the biological signals for detecting a characteristic biological signal, being characteristic brain activity or characteristic muscular activity, indicating a state where the kinesthetic illusion is induced; and a control signal output unit configured to determine whether the characteristic biological signal is detected by the characteristic biological signal detection unit within a predetermined time after the illusory stimulation is imparted by the kinesthetic illusion inducing means, and to output control signals for controlling body driving means that is configured to forcedly move the rehabilitation target part and/or brain stimulating means that is configured to stimulate the brain, only when the characteristic biological signal is detected by the characteristic biological signal detection unit within the predetermined time after the illusory stimulation. a biological signal acquisition unit configured to acquire biological signals, through a biological signal sampling means, from the patient to whom a kinesthetic illusion is induced by a kinesthetic illusion inducing means, wherein the kinesthetic illusion inducing means is configured to impart predetermined illusory stimulation to a patient to induce the kinesthetic illusion that his/her own rehabilitation target part is moving; a characteristic biological signal detection unit configured to analyze the biological signals for detecting a characteristic biological signal, being characteristic brain activity or characteristic muscular activity, indicating a state where the kinesthetic illusion is induced; and a control signal output unit configured to determine whether the characteristic biological signal is detected by the characteristic biological signal detection unit within a predetermined time after the illusory stimulation is imparted by the kinesthetic illusion inducing means, and to output control signals for controlling body driving means that is configured to forcedly move the rehabilitation target part and/or brain stimulating means that is configured to stimulate the brain, only when the characteristic biological signal is detected by the characteristic biological signal detection unit within the predetermined time after the illusory stimulation.
A device for measuring temperature comprising: first and second temperature sensors (22, 23) enclosed in a material comprising a first material component and a second material component, the first and second temperature sensors being embedded in the first material component and the second material component at least partially enclosing the first material component and having a lower thermal conductivity than the first material component; and a contact surface for contacting a body whose temperature is to be measured; wherein the first and second temperature sensors (22, 23) are arranged at different depths from the contact surface and the net thermal conductivity across the device from the contact surface through the first and second temperature sensors (22, 23) is greater than the net thermal conductivity of the device in lateral directions parallel to the contact surface, characterised in that: the first and second temperature sensors are mounted on a circuit board which extends substantially across the first material component between the first and second temperature sensors (22, 23), the circuit board and first material component having substantially the same thermal conductivity of at least 0.5 W/mK. first and second temperature sensors (22, 23) enclosed in a material comprising a first material component and a second material component, the first and second temperature sensors being embedded in the first material component and the second material component at least partially enclosing the first material component and having a lower thermal conductivity than the first material component; and a contact surface for contacting a body whose temperature is to be measured; the first and second temperature sensors are mounted on a circuit board which extends substantially across the first material component between the first and second temperature sensors (22, 23), the circuit board and first material component having substantially the same thermal conductivity of at least 0.5 W/mK.
Flexible pipe for transporting a petroleum effluent, said pipe comprising at least one mechanical reinforcement element and a pressure sheath, said mechanical reinforcement element being disposed outside of said pressure sheath, said mechanical reinforcement element comprising at least one metal tensile armour layer and at least one composite tensile armour layer, said composite tensile armour layer being disposed outside of said metal tensile armour layer, characterized in that separation means (8; 10) separate said composite tensile armours, said separation means (8; 10) ensuring a radial play and a circumferential play for said composite tensile armours.
A package including a container body containing a fluid content with leaving a head space, wherein the container body has an inner surface on which ruggedness is formed entirely, the inner surface with the ruggedness of the container body is coated with an excessive amount of a lubricating liquid immiscible with the fluid content, and the lubricating liquid is present as a coating layer interposed between the inner surface and the fluid content, said excessive amount of the lubricating liquid for forming the coating layer means a sufficient amount such that lubricating liquid flows down to form a liquid pool at a periphery of an upper end face of the fluid content contained in the container body in a state of being held upright, and the ruggedness is formed as fine protrusions having a height of not less than 0.7 μm, the fine protrusions have a pitch greater than the height, and the fine protrusions are formed at a pitch of 20 to 500 μm.
A method comprising: coordinating between devices operating in a HetNet environment, common information indicative of one or more pools of resources for discovery signal transmission for direct communication between user devices, the HetNet environment comprising at least one macro cell and at least one smaller cell, comprising a micro or pico cell deployed under the macro cell and at least partially in a coverage area of the macro cell, and advertising said common information to at least one device in said coverage area of the macro cell by broadcast messages or dedicated signaling, wherein the one or more pools of resources are shared between the macro cell and the at least one smaller cell. coordinating between devices operating in a HetNet environment, common information indicative of one or more pools of resources for discovery signal transmission for direct communication between user devices, the HetNet environment comprising at least one macro cell and at least one smaller cell, comprising a micro or pico cell deployed under the macro cell and at least partially in a coverage area of the macro cell, and advertising said common information to at least one device in said coverage area of the macro cell by broadcast messages or dedicated signaling, wherein the one or more pools of resources are shared between the macro cell and the at least one smaller cell.
Method for calculating optimum vehicle guidance, in particular guidance of a utility vehicle, in which a path-searching algorithm is executed by means of a computing device, by means of which path-searching algorithm a path which is optimized with respect to at least one defined optimization parameter is determined between a starting point and a destination point of a driving route, wherein the optimized path is calculated as a function of traffic-relevant, route-conditioned events, wherein traffic-relevant time-conditioned events are also taken into account during the calculation of the optimized path, characterized in that the optimized path is determined by means of the path-searching algorithm in a travel/time state space in which a permanently defined or adaptively adjustable travel range and a permanently defined or adaptively adjustable time range are discretized with a defined resolution, wherein the vehicle can assume at least some of the states in the travel/time state space, wherein the path is determined by linking states which can be assumed, and wherein the starting state of the calculation is the current position of the vehicle on the driving route.
An information processing apparatus communicable with an external apparatus, comprising: a wireless local area network interface for performing wireless communication with the external apparatus using a wireless LAN scheme; a wired LAN interface for performing wired communication with the external apparatus using a wired LAN scheme; reception means (201, 202) for receiving, from the external apparatus, an event registration request that indicates a content of an event to be notified by the information processing apparatus to the external apparatus in the case where the event occurs in the information processing apparatus and obtaining communication interface information indicating communication states in the wireless LAN interface and the wired LAN interface upon receipt of the event registration request; identification means (201, 202) for identifying a communication scheme used for receiving the event registration request based on the communication interface information obtained by the reception means (201, 202); and control means (201, 202) for prohibiting registration of the content of the event and a notification destination of the event in the information processing apparatus based on the event registration request, in a case where the communication scheme identified by the identification means is the wireless LAN scheme in which the external apparatus and the information processing apparatus execute direct wireless communication. a wireless local area network interface for performing wireless communication with the external apparatus using a wireless LAN scheme; a wired LAN interface for performing wired communication with the external apparatus using a wired LAN scheme; reception means (201, 202) for receiving, from the external apparatus, an event registration request that indicates a content of an event to be notified by the information processing apparatus to the external apparatus in the case where the event occurs in the information processing apparatus and obtaining communication interface information indicating communication states in the wireless LAN interface and the wired LAN interface upon receipt of the event registration request; identification means (201, 202) for identifying a communication scheme used for receiving the event registration request based on the communication interface information obtained by the reception means (201, 202); and control means (201, 202) for prohibiting registration of the content of the event and a notification destination of the event in the information processing apparatus based on the event registration request, in a case where the communication scheme identified by the identification means is the wireless LAN scheme in which the external apparatus and the information processing apparatus execute direct wireless communication.
A humidity indicating composition comprising (a) an organic pH indicator dye compound, (b) a Bronsted base comprising an organosilane, (c) a moisture-curable binder, (d) an optional rheology additive and (e) an alkaline filler. (a) an organic pH indicator dye compound, (b) a Bronsted base comprising an organosilane, (c) a moisture-curable binder, (d) an optional rheology additive and (e) an alkaline filler.
A method of producing a compound having a partial structure represented by following Formula by an insertion reaction of a compound represented by following Formula into a compound having a partial structure represented by following Formula in the presence of an ionic catalyst formed from an anion and a counter cation, wherein the anion is a monovalent anion containing at least one type of element selected from the group consisting of iodine, nitrogen and sulfur, and the counter cation is a cation containing at least any one type of element among nitrogen or phosphorus, or is an alkali metal ion or a proton, wherein, in the Formulas, * represents a bonding site and each of X 1 and R 1 to R 4 independently represents a hydrogen atom, a fluorine atom, a chlorine atom, or an organic group having a carbon number of 1 to 20 which may have a substituent, wherein at least one of R 1 to R 4 is a fluorine atom or a chlorine atom. the anion is a monovalent anion containing at least one type of element selected from the group consisting of iodine, nitrogen and sulfur, and the counter cation is a cation containing at least any one type of element among nitrogen or phosphorus, or is an alkali metal ion or a proton, wherein, in the Formulas, * represents a bonding site and each of X 1 and R 1 to R 4 independently represents a hydrogen atom, a fluorine atom, a chlorine atom, or an organic group having a carbon number of 1 to 20 which may have a substituent, wherein at least one of R 1 to R 4 is a fluorine atom or a chlorine atom.
Operation control device for controlling the operating status of a lighting arrangement, in particular a street lighting, with a control unit, which is associated with the lighting arrangement and has a memory and a time measurement device, and with a controlled supply voltage switch, characterised in that at dusk the supply voltage switch applies a supply voltage to the control unit, wherein the control unit performs its control tasks only when supply voltage is applied, and is deactivated and cut off from the supply voltage when the supply voltage is switched off by the supply voltage switch when there is sufficient light intensity, wherein the operation control device additionally has a connection chart, which comprises a plurality of value pairs respectively consisting of a fixedly predetermined lighting duration value (T i) and an assigned base value (Ri) for a delay magnitude, wherein the lighting duration value (Ti) corresponds to the time duration of a lighting cycle from the switching off of the supply voltage switch at dusk to the switching on of the supply voltage switch at dawn, and wherein the delay magnitude defines a delay time duration from the supply voltage being switched on to the beginning of an energy saving phase during the lighting cycle, wherein in each lighting cycle the lighting duration value (Ti) is marked in the connection chart as starting value, which comes closest to an actual lighting duration (T ist) measured by the time measurement device, wherein a current value of the delay magnitude (R akt.) is that assigned to the lighting duration value marked as starting value in the connection chart and this current value of the delay magnitude (R akt.) indicates the delay time duration to the beginning of the energy saving phase in the current lighting cycle, wherein during the energy saving phase the control unit reduces the illumination power of the associated lighting arrangement.
Non-contact dimensional measurement device with micrometric resolution suitable for measuring the distance from an object provided with at least one reflective surface, wherein the non-contact dimensional measurement device with micrometric resolution extends along an axis (X-X) and comprises: i) a light source which produces an incoherent and divergent emitted light beam (Le) toward the object such that the reflective surface of the object produces a reflected light beam (Lr) in a reflection direction substantially opposite to the emission direction; ii) a light barrier element positioned on the opposite side of the light source with respect to the emission direction, wherein said light barrier element comprises at least one slit which is appropriately shaped such that the light barrier element only allows the reflected light beam (Lr) to pass through said slit; iii) a detection group comprising: - an imaging sensor on which a projection of the reflected light beam (Lr) that passes through the slit is detected; - a processing and control assembly which is operatively connected to the imaging sensor and suitable for analyzing the shape and the position of said projection so as to identify the distance and characteristics of the reflective surface of the object. i) a light source which produces an incoherent and divergent emitted light beam (Le) toward the object such that the reflective surface of the object produces a reflected light beam (Lr) in a reflection direction substantially opposite to the emission direction; ii) a light barrier element positioned on the opposite side of the light source with respect to the emission direction, wherein said light barrier element comprises at least one slit which is appropriately shaped such that the light barrier element only allows the reflected light beam (Lr) to pass through said slit; iii) a detection group comprising: - an imaging sensor on which a projection of the reflected light beam (Lr) that passes through the slit is detected; - a processing and control assembly which is operatively connected to the imaging sensor and suitable for analyzing the shape and the position of said projection so as to identify the distance and characteristics of the reflective surface of the object. - an imaging sensor on which a projection of the reflected light beam (Lr) that passes through the slit is detected; - a processing and control assembly which is operatively connected to the imaging sensor and suitable for analyzing the shape and the position of said projection so as to identify the distance and characteristics of the reflective surface of the object.
Soil-working device which is designed as a cultivator, comprising working elements designed as cultivator tines for loosening or cutting agricultural soils, the working elements being arranged on a frame transversely to the direction of travel of the soil-working device, next to one another and spaced one behind the other in one or more rows, the working elements being arranged on the frame so as to be vertically pivotable via at least one transverse pin and being able to move into a raised protection position against the force of an overload protection device when encountering obstacles against the direction of travel, the overload protection devices being designed as hydraulic cylinders and at least one hydraulic accumulator being associated with at least one first piston surface of the hydraulic cylinders, a hydraulic control apparatus being provided which is designed to supply a second piston surface of at least one hydraulic cylinder opposite the first piston surface with pressurized hydraulic fluid to in order to bring the working element associated with this hydraulic cylinder into the raised protection position, the soil-working device having a chassis which is hydraulically pivotably coupled to the frame, and the soil-working device comprising a hydraulically activated function, the hydraulically activated function being connected in such a way that when the function is actuated, the at least one hydraulic accumulator and/or the control apparatus are supplied with pressurized hydraulic fluid, characterized in that the chassis is connected to the at least one hydraulic accumulator in such a way that the hydraulic accumulator is loaded by lowering the chassis.