mhurhangee/ep-ind-claims huggingface dataset:
A safety system for a self-propelled operating machine, comprising a processing unit which includes: at least one memory module in which is registered a plurality of loading diagrams; at least one limiting module configured for limiting the possibility of operation of actuators of the machine, based on a load diagram; at least one measuring device (41, 42) for acquiring operating parameters relative to various operating conditions of the operating machine; and at least one selection module configured for selecting from the memory module a loading diagram based on an operating parameter acquired from the measuring device (41, 42); the system being characterized in that is configured for use with a self-propelled operating machine equipped with a lifting arm to which can be attached in a removable fashion a plurality of apparatuses, wherein the memory module includes several sets of loading diagrams for respective apparatuses and the processing unit comprises an apparatus module configured to select the set from which to select the diagram to be used, on the basis of the apparatus attached to the arm. at least one memory module in which is registered a plurality of loading diagrams; at least one limiting module configured for limiting the possibility of operation of actuators of the machine, based on a load diagram; at least one measuring device (41, 42) for acquiring operating parameters relative to various operating conditions of the operating machine; and at least one selection module configured for selecting from the memory module a loading diagram based on an operating parameter acquired from the measuring device (41, 42); the system being characterized in that is configured for use with a self-propelled operating machine equipped with a lifting arm to which can be attached in a removable fashion a plurality of apparatuses, wherein the memory module includes several sets of loading diagrams for respective apparatuses and the processing unit comprises an apparatus module configured to select the set from which to select the diagram to be used, on the basis of the apparatus attached to the arm.
An organic rankine cycle system having an evaporator, a turbine, a condenser and a pump, and configured to circulate a refrigerant through the ORC system, and having an oil-removal system for preventing failures in the ORC system, characterized in that the oil-removal system comprises: an eductor line located upstream of the turbine and configured to receive a portion of the refrigerant exiting the evaporator; and an eductor system configured to receive the refrigerant from the eductor line and extract liquid out of the turbine. an eductor line located upstream of the turbine and configured to receive a portion of the refrigerant exiting the evaporator; and an eductor system configured to receive the refrigerant from the eductor line and extract liquid out of the turbine.
A system for dispensing a frozen confection, the system comprising: (i) a cartridge comprising: - a tubular body extending from an open end to a dispensing end - a piston slidable within the tubular body, - an end piece being a substantially planar disc, formed from cardboard and closing the dispensing end of the tubular body and comprising a dispensing aperture, and - frozen confection contained within the tubular body between the piston and the end piece; and (ii) a device comprising: - a seat for locating the cartridge in or on the device; and - a plunger positioned for entering the cartridge through the open end of the tubular body with the cartridge located in the seat, and for engaging with the piston and moving the piston towards the end piece thereby creating a dispensing force to urge the frozen confection out of the dispensing aperture; wherein the seat of the device comprises an annular plate that supports the end piece of the cartridge against the dispensing force. (i) a cartridge comprising: - a tubular body extending from an open end to a dispensing end - a piston slidable within the tubular body, - an end piece being a substantially planar disc, formed from cardboard and closing the dispensing end of the tubular body and comprising a dispensing aperture, and - frozen confection contained within the tubular body between the piston and the end piece; and - a tubular body extending from an open end to a dispensing end - a piston slidable within the tubular body, - an end piece being a substantially planar disc, formed from cardboard and closing the dispensing end of the tubular body and comprising a dispensing aperture, and - frozen confection contained within the tubular body between the piston and the end piece; and (ii) a device comprising: - a seat for locating the cartridge in or on the device; and - a plunger positioned for entering the cartridge through the open end of the tubular body with the cartridge located in the seat, and for engaging with the piston and moving the piston towards the end piece thereby creating a dispensing force to urge the frozen confection out of the dispensing aperture; - a seat for locating the cartridge in or on the device; and - a plunger positioned for entering the cartridge through the open end of the tubular body with the cartridge located in the seat, and for engaging with the piston and moving the piston towards the end piece thereby creating a dispensing force to urge the frozen confection out of the dispensing aperture; the tubular body with the cartridge located in the seat, and for engaging with the piston and moving the piston towards the end piece thereby creating a dispensing force to urge the frozen confection out of the dispensing aperture;
A control device of an air conditioner, the control device comprising: an interface configured to receive measurement information indicating an indoor temperature; and a controller configured to, after initiating an air conditioning operation according to a set temperature which is inputted by a user, detect, based on the measurement information, the indoor temperature at a first predetermined time from a time at which the air conditioning operation is initiated, in response to a range of a change of the indoor temperature being larger than a pre-defined median variation value after the indoor temperature reaches the set temperature at the first predetermined time, determine occurrence of an inefficient driving event, and in response to the inefficient driving event occurring, change the set temperature. an interface configured to receive measurement information indicating an indoor temperature; and a controller configured to, after initiating an air conditioning operation according to a set temperature which is inputted by a user, detect, based on the measurement information, the indoor temperature at a first predetermined time from a time at which the air conditioning operation is initiated, in response to a range of a change of the indoor temperature being larger than a pre-defined median variation value after the indoor temperature reaches the set temperature at the first predetermined time, determine occurrence of an inefficient driving event, and in response to the inefficient driving event occurring, change the set temperature.
Helmet comprising a shell and a half chin bar releasably connected to said shell, wherein said half chin bar is selectively connectable/disconnectable to/from said shell by means of an attachment device characterized in that said attachment device comprises a coupling portion and a manual drive portion for the complete release of said coupling portion, said manual drive portion being accessible from the outside of said shell and/or of said half chin bar.
An effective amount of a NAD+ precursor selected from NMN (nicotinamide mononucleotide), NaAD (nicotinic acid adenine dinucleotide), NaMN (nicotinic acid mononucleotide), or a pharmaceutically acceptable salt thereof, for use in a method of treating a side effect of chemotherapy and/or radiotherapy in a subject.
A lithium secondary battery, comprising: a separator comprising a substrate and a coating layer, the coating layer comprising an inorganic compound, a polymer and an organic/inorganic bonding silane compound having a first reactive functional group; and an electrode (112, 114) in contact with the coating layer, the electrode comprising an active material and a binder having a second reactive functional group, wherein the first reactive functional group is capable to react with the second reactive functional group, thereby forming a chemical bond; and wherein the coating layer of the separator further includes the binder having the second reactive functional group. a separator comprising a substrate and a coating layer, the coating layer comprising an inorganic compound, a polymer and an organic/inorganic bonding silane compound having a first reactive functional group; and an electrode (112, 114) in contact with the coating layer, the electrode comprising an active material and a binder having a second reactive functional group, wherein the first reactive functional group is capable to react with the second reactive functional group, thereby forming a chemical bond; and wherein the coating layer of the separator further includes the binder having the second reactive functional group.
A galley cart comprising: a case shell defining a cavity; at least two dividers (206, 207) positioned within the cavity, the at least two dividers each having a first end edge and an opposing second end edge; a door movably attached to the case shell, the door having a first position in which the cavity is accessible and a second position in which the cavity is substantially sealed; characterized in that the at least two dividers define at least three chambers within the cavity; and in that the door comprises: a housing configured to receive a first cooling puck corresponding to at least a first chamber of the at least three chambers and a second cooling puck corresponding to at least a second chamber of the at least three chambers; and at least one sealing member coupled to the housing of the door, the at least one sealing member configured to compress against the first end edges of the at least two dividers and to provide flow communication between a first cooling compartment and the first chamber and between a second cooling compartment and the second chamber when the door is in the second position. a case shell defining a cavity; at least two dividers (206, 207) positioned within the cavity, the at least two dividers each having a first end edge and an opposing second end edge; a door movably attached to the case shell, the door having a first position in which the cavity is accessible and a second position in which the cavity is substantially sealed; a housing configured to receive a first cooling puck corresponding to at least a first chamber of the at least three chambers and a second cooling puck corresponding to at least a second chamber of the at least three chambers; and at least one sealing member coupled to the housing of the door, the at least one sealing member configured to compress against the first end edges of the at least two dividers and to provide flow communication between a first cooling compartment and the first chamber and between a second cooling compartment and the second chamber when the door is in the second position.
A multiport for making an optical connection, comprising: a shell; a plurality of connection ports disposed on the multiport with each of the plurality of connection ports comprising an optical connector opening extending from an outer surface of the multiport into a cavity of the multiport and defining a connection port passageway; a plurality of securing feature passageways extending from the outer surface of the multiport to a portion of the respective connection port passageways of the multiport, wherein each securing feature passageway is arranged transversely to a longitudinal axis of the connection port passageway; and a plurality of securing features, each securing feature being associated with a respective connection port passageway, wherein each of the plurality of securing features is capable of translating within a portion of the respective securing feature passageway for releasing or securing an external fiber optic connector from the respective connection port passageway, wherein each securing feature is disposed within said portion of the respective securing feature passageway, and wherein each securing feature comprises a bore that is aligned with the respective connection port passageway. a shell; a plurality of connection ports disposed on the multiport with each of the plurality of connection ports comprising an optical connector opening extending from an outer surface of the multiport into a cavity of the multiport and defining a connection port passageway; a plurality of securing feature passageways extending from the outer surface of the multiport to a portion of the respective connection port passageways of the multiport, wherein each securing feature passageway is arranged transversely to a longitudinal axis of the connection port passageway; and a plurality of securing features, each securing feature being associated with a respective connection port passageway, wherein each of the plurality of securing features is capable of translating within a portion of the respective securing feature passageway for releasing or securing an external fiber optic connector from the respective connection port passageway, wherein each securing feature is disposed within said portion of the respective securing feature passageway, and wherein each securing feature comprises a bore that is aligned with the respective connection port passageway.
A hairbrush, comprising a bristle carrier (10, 10A, 10B) including a surface and a plurality of first and second bristles (11, 12), characterized in that the first and second bristles (11, 12) are formed integrally with the surface of the bristle carrier, wherein the first bristles and the second bristles are arranged to have a plurality of different configurations (111, 112, 121, 122), wherein the first bristles extend upward from the surface and are perpendicular to the surface of the bristle carrier and the distance from tops of the first bristles (111, 112) to the surface are different, wherein the second bristles ( 12A, 12B, 12C) extend upward from the surface and each second bristle ( 12A, 12B, 12C) includes a plurality of bent members on a top which are oriented in different directions. the first and second bristles (11, 12) are formed integrally with the surface of the bristle carrier, wherein the first bristles and the second bristles are arranged to have a plurality of different configurations (111, 112, 121, 122), wherein the first bristles extend upward from the surface and are perpendicular to the surface of the bristle carrier and the distance from tops of the first bristles (111, 112) to the surface are different, wherein the second bristles ( 12A, 12B, 12C) extend upward from the surface and each second bristle ( 12A, 12B, 12C) includes a plurality of bent members on a top which are oriented in different directions.
A process for producing a procatalyst, wherein the process comprises the steps in the order of: (a) contacting an inorganic support with an alkyl metal chloride obtaining a first reaction product (1 st RP), (b) contacting said first reaction product (1 st RP) with an electron donor compound obtaining a second reaction product (2 nd RP), (c) contacting said second reaction product (2 nd RP) with a compound or mixture obtaining a third reaction product (3 rd RPa) and subsequently contacting said third reaction product (3 rd RPa) with a titanium compound obtaining the procatalyst, wherein (i) the alkyl metal chloride is of formula R n MeCl 3-n wherein R is a C 1 -C 20 alkyl group, Me is a metal of group 13 of the Periodic Table, and n is 1 or 2, (ii) the compound and the mixture comprise a hydrocarbyl and/or hydrocarbyl oxide linked to magnesium, (iii) the titanium compound is of formula (OR') 4-x TiCl x wherein R' is a C 2 -C 20 hydrocarbyl group and x is an integer of 3 or 4, and (iv) the electron donor compound is a compound comprising two oxygen containing rings, wherein said two rings are linked via a bridge selected from the group consisting of carbon bridge, silicon bridge, ethane-1,2-diyl bridge, ethene-1,2-diyl bridge, alkylaminomethyl bridge and imine bridge, (v) the molar ratio of ED/Mg is 0.01 to below 0.40. (a) contacting an inorganic support with an alkyl metal chloride obtaining a first reaction product (1 st RP), (b) contacting said first reaction product (1 st RP) with an electron donor compound obtaining a second reaction product (2 nd RP), (c) contacting said second reaction product (2 nd RP) with a compound or mixture obtaining a third reaction product (3 rd RPa) and subsequently contacting said third reaction product (3 rd RPa) with a titanium compound obtaining the procatalyst, (i) the alkyl metal chloride is of formula R n MeCl 3-n wherein R is a C 1 -C 20 alkyl group, Me is a metal of group 13 of the Periodic Table, and n is 1 or 2, R is a C 1 -C 20 alkyl group, Me is a metal of group 13 of the Periodic Table, and n is 1 or 2, (ii) the compound and the mixture comprise a hydrocarbyl and/or hydrocarbyl oxide linked to magnesium, (iii) the titanium compound is of formula (OR') 4-x TiCl x wherein R' is a C 2 -C 20 hydrocarbyl group and x is an integer of 3 or 4, and R' is a C 2 -C 20 hydrocarbyl group and x is an integer of 3 or 4, and (iv) the electron donor compound is a compound comprising two oxygen containing rings, wherein said two rings are linked via a bridge selected from the group consisting of carbon bridge, silicon bridge, ethane-1,2-diyl bridge, ethene-1,2-diyl bridge, alkylaminomethyl bridge and imine bridge, (v) the molar ratio of ED/Mg is 0.01 to below 0.40.
System for optical coherence tomography comprising - an interferometer comprising a beam splitter and at least one reflector, the optical distance of which from the beam splitter can be modified by a speed (v), whereby light is coupled into the interferometer and light, with which a sample is irradiated, is emitted by the interferometer, and - a detector system (30, 31) comprising a detector for detecting light of an interference pattern, which is generated by a superposition of light reflected by the sample with light reflected at the reflector and impinging on the detector, wherein the detector system (30, 31) is sensitive to the light of the interference pattern, wherein the system is configured to modulate the sensitivity of the detector system (30, 31) to the light of the interference pattern impinging on the detector by a modulation frequency (f M), characterized in that the modulation frequency (f M) is not equal to the Doppler frequency (f D), which is given by two times the ratio of the speed (v) of the modification of the optical distance between the reflector and the beam splitter to the mean wavelength (λ 0) of the light coupled in: f M ≠ f D = 2·v/λ 0, and that the modulation frequency (f M) is chosen such that the detector, due to a superposition of the light of the interference pattern impinging on the detector with the modulated sensitivity of the detector system (30, 31), generates a beat signal having a frequency (f S), which has fewer periods than the interference pattern. - an interferometer comprising a beam splitter and at least one reflector, the optical distance of which from the beam splitter can be modified by a speed (v), whereby light is coupled into the interferometer and light, with which a sample is irradiated, is emitted by the interferometer, and - a detector system (30, 31) comprising a detector for detecting light of an interference pattern, which is generated by a superposition of light reflected by the sample with light reflected at the reflector and impinging on the detector, wherein the detector system (30, 31) is sensitive to the light of the interference pattern,
Electronic control system of emergency and service braking for a vehicle, particularly for a railway vehicle, that includes an emergency brake module and a service brake module each including an electronic architecture arranged to generate a braking pressure value, characterized by said electronic architectures being independent and segregated from each other; the service brake module being arranged to receive at least one deceleration/service braking demand signal and to generate a respective service braking pressure signal; the emergency brake module being connected to said service brake module through a communication channel for receiving said service braking pressure signal; the emergency brake module being arranged to receive at least one signal indicative of an emergency braking demand, and to generate a respective intermediate braking pressure signal indicative of an emergency braking; said emergency brake module being arranged to generate a braking pressure control signal corresponding to the higher value between the service braking pressure signal and the intermediate braking pressure signal indicative of an emergency braking, and to convert said braking pressure control signal into a braking pressure by controlling an electro-pneumatic actuator.