mhurhangee/ep-ind-claims huggingface dataset:
A fused heterocyclic compound represented by formula: wherein A 1 represents N p or CH, A 2 represents N q, R 1 represents a trifluoromethyl group, a halogen atom or a hydrogen atom, R 2 represents a C1-C3 perfluoroalkyl group, p represents 0 or 1, q represents 0 or 1, n represents 0, 1 or 2, m represents 0, 1 or 2, with the proviso that when A 1 is NO and/or A 2 is NO, n represents 2 and m represents 2. A 1 represents N p or CH, A 2 represents N q, R 1 represents a trifluoromethyl group, a halogen atom or a hydrogen atom, R 2 represents a C1-C3 perfluoroalkyl group, p represents 0 or 1, q represents 0 or 1, n represents 0, 1 or 2, m represents 0, 1 or 2, with the proviso that when A 1 is NO and/or A 2 is NO, n represents 2 and m represents 2.
System, comprising a production machine in the plastics processing industry, with an inner cable (14 - 14''''''') and a cabling interface; which production machine includes multiple cavities (11, 11', 11") and multiple piezoelectric pressure transducers (13, 13', 13"); wherein at least one piezoelectric pressure transducer (13, 13', 13") is arranged at each cavity (11, 11', 11"), which piezoelectric pressure transducer (13, 13', 13") captures an internal tool pressure inside the cavity (11, 11', 11") and returns an electrical charge signal for each internal tool pressure detected and conducts it away to the cabling interface via the inner cable (14 - 14'''''''); characterised in that the inner cables (14 - 14''''''') can be connected electrically to the cabling interface via at least two different connection standards (A, B, C, D); that the cabling interface includes multiple inner sockets (15 - 15'''''''); and that the inner cables (14 - 14''''''') form electrical connections (I - VIII) with the cabling interface via the inner sockets (15 - 15'''''''); that at least two inner sockets (15 - 15''''''') have different connection standards (A, B, C, D) for an electrical connection (I - VIII).
A battery health monitoring method, applicable to an electronic cigarette, wherein said electronic cigarette comprises a battery, a detector, and a controller, said detector connected to said controller, and both said detector and said controller connected to said battery; wherein said battery health monitoring method comprises the steps of: said controller acquiring battery information from said detector based on a state of said battery; said controller determining whether said battery is abnormal based on said battery information; and if said battery is abnormal, said controller controlling said electronic cigarette to issue an alarm signal and/or controlling said battery to stop working; wherein said state of said battery 920) comprises: a working state and an idle state; wherein when said state of the battery enters the idle state from the working state, said controller acquires from said detector a first battery voltage when the battery enters the idle state and acquires a second battery voltage when the battery enters the working state from the idle state; characterized in that: the step of said controller determines whether said battery is abnormal based on said battery information specifically comprises: said controller determining an actual voltage drop based on said first battery voltage and said second battery voltage; said controller determining whether said actual voltage drop is greater than a preset value of voltage drop, and said controller determining that said battery is abnormal if said actual voltage drop is greater than said preset value. said controller acquiring battery information from said detector based on a state of said battery; said controller determining whether said battery is abnormal based on said battery information; and if said battery is abnormal, said controller controlling said electronic cigarette to issue an alarm signal and/or controlling said battery to stop working; wherein said state of said battery 920) comprises: a working state and an idle state; wherein when said state of the battery enters the idle state from the working state, said controller acquires from said detector a first battery voltage when the battery enters the idle state and acquires a second battery voltage when the battery enters the working state from the idle state; characterized in that: the step of said controller determines whether said battery is abnormal based on said battery information specifically comprises: said controller determining an actual voltage drop based on said first battery voltage and said second battery voltage; said controller determining whether said actual voltage drop is greater than a preset value of voltage drop, and said controller determining that said battery is abnormal if said actual voltage drop is greater than said preset value. said controller determining an actual voltage drop based on said first battery voltage and said second battery voltage; said controller determining whether said actual voltage drop is greater than a preset value of voltage drop, and said controller determining that said battery is abnormal if said actual voltage drop is greater than said preset value.
A compound containing a phosphate group fixed by covalent bonding to a fibre, for use in a method of suppressing one or more symptoms of atopic dermatitis selected from the group consisting of: redness and/or bleeding; crust formation and/or dryness; edema; and scratch and/or tissue defect, said method comprising soaking said compound containing a phosphate group fixed to said fibre in distilled water and arranging said soaked compound containing a phosphate group fixed to said fibre to contact an area of the skin affected with atopic dermatitis, wherein: said compound containing a phosphate group is selected from the group consisting of sodium phosphate, potassium phosphate and lithium phosphate, and the ratio of the compound containing a phosphate group to the fibre is 0.01 to 3 mmol/g. said compound containing a phosphate group is selected from the group consisting of sodium phosphate, potassium phosphate and lithium phosphate, and the ratio of the compound containing a phosphate group to the fibre is 0.01 to 3 mmol/g.
An alarm circuit comprising: (a) a circuit protection device connected in series with the current path through and at an input voltage of a load; (b) a programmable circuit connected in parallel to the circuit protection device and including an alarm signal, the programmable circuit programmed to include a plurality of functional states, at least one functional state corresponding to activation of the alarm signal; and (c) a pull down clamp having a control input electrically connected to the programmable circuit, the pull down clamp connected in parallel with the load in order to equalize the voltage across the load upon operation of the programmable circuit; (d) wherein the at least one functional state activating the alarm signal corresponds to a circuit interrupt condition in the circuit protection device. (a) a circuit protection device connected in series with the current path through and at an input voltage of a load; (b) a programmable circuit connected in parallel to the circuit protection device and including an alarm signal, the programmable circuit programmed to include a plurality of functional states, at least one functional state corresponding to activation of the alarm signal; and (c) a pull down clamp having a control input electrically connected to the programmable circuit, the pull down clamp connected in parallel with the load in order to equalize the voltage across the load upon operation of the programmable circuit; (d) wherein the at least one functional state activating the alarm signal corresponds to a circuit interrupt condition in the circuit protection device.
A method comprising: recognizing, by a computing device, a user's input as corresponding to a panning animation; calculating a distance that is to be traveled by the panning animation in a user interface displayed by the computing device, the distance limited by a predefined maximum distance; and outputting the panning animation by the computing device to travel the calculated distance; the method being characterised in that the predefined maximum distance is defined based on a size of a window in which the user interface is displayed. recognizing, by a computing device, a user's input as corresponding to a panning animation; calculating a distance that is to be traveled by the panning animation in a user interface displayed by the computing device, the distance limited by a predefined maximum distance; and outputting the panning animation by the computing device to travel the calculated distance; the method being characterised in that the predefined maximum distance is defined based on a size of a window in which the user interface is displayed.
Weatherboard for a door or window element, having a preferably flat attachment portion (4a, 4b) to be attached to the door or window element and having at least two limbs extending out from the attachment portion, namely at least one outer limb located on the outside relative to the door or window element and at least one inner limb located on the inside relative to the door or window element, characterised in that the inner limb, in respect of its extent in the plane of the frame of the door or window element, is of a relatively greater dimension (ÜM) than the outer limb, and the inner limb is arranged to co-operate contactlessly with a threshold/frame structure (3, 3a) of the door or window element.
Free-standing household appliance, preferably a refrigerator, freezer, dishwasher, washing machine or tumble dryer, having a front face and a rear face, comprising: at least one front appliance foot that projects downward in the region of the front face of the free-standing household appliance, at least one transport roller that projects downward in the region of the rear face of the free-standing household appliance, at least one rear appliance foot being disposed between the at least one transport roller and the at least one front appliance foot, the free end of said rear appliance foot projecting out in relation to the transport roller, and a rear appliance foot and a transport roller respectively being disposed in a common frame, characterised in that each of the two side walls of the free-standing household appliance has the common frame and forms a closed unit together with the side wall. at least one front appliance foot that projects downward in the region of the front face of the free-standing household appliance, at least one transport roller that projects downward in the region of the rear face of the free-standing household appliance, at least one rear appliance foot being disposed between the at least one transport roller and the at least one front appliance foot, the free end of said rear appliance foot projecting out in relation to the transport roller, and a rear appliance foot and a transport roller respectively being disposed in a common frame, characterised in that each of the two side walls of the free-standing household appliance has the common frame and forms a closed unit together with the side wall.
System for the steam-peeling of products having a skin, comprising a pressure vessel rotatable about a rotational axis in a rotational direction and having a wall which surrounds a pressure space of the pressure vessel, wherein in the wall is provided a through opening for feeding products into the pressure space via the through opening and for evacuating products from the pressure space via the through opening, the pressure vessel further comprising a closure member for closing off the through opening, the system further comprising feed means for feeding steam to the pressure space, evacuation means for evacuating steam and condensate from the pressure space, wherein the pressure vessel, on the inner side of the wall, is provided with at least one agitation member (21, 51) for the radially inward movement of products during rotation of the pressure vessel about the rotational axis, characterized in that the at least one agitation member (21, 51) comprises at least one agitation member of a first type, which is connected to the wall and comprises an agitation body that, viewed in a cross section perpendicular to the rotational axis, has a convex shape, and that, together with the wall of the pressure vessel, surrounds a cavity, wherein on the front side of the agitation member of the first type, in the agitation body and/or between the agitation body and the wall, at least one flow opening (26, 27) is provided, and wherein the agitation body, on the rear side of the agitation member, connects to the wall in a liquid-tight manner, so that condensate such as is formed within the pressure vessel during use can flow via the at least one flow opening (26, 27) into the cavity and cannot depart the cavity via the rear side of the agitation member, and wherein in that part of the wall which jointly surrounds the cavity is provided a further flow opening, which communicates with a collecting tank provided on the outer side of the pressure vessel, in order to further allow condensate to flow from the cavity via the further flow opening to the collecting tank.
Method for establishing a data connection between a communication unit of a wind farm and a subscriber via a data network external to the wind farm, comprising the steps of: - establishing a data connection between the communication unit and a predefined server via the external data network by the communication unit, - receiving at least one access scheduling request from the predefined server via the external data network by the communication unit, wherein the access scheduling request identifies a subscriber of the external data network, - establishing a data connection between the communication unit and the identified subscriber by the communication unit, wherein requests received from the external data network for establishing a data connection (20, 30) are discarded or rejected by the communication unit or the communication unit is not visible to subscribers of the external data network for requests for establishing a data connection, wherein the access scheduling request comprises a time window and the communication unit executes the establishment of the data connection at the beginning of the time window, and the communication unit interrupts the data connection after a duration has elapsed or at the end of the time window. - establishing a data connection between the communication unit and a predefined server via the external data network by the communication unit, - receiving at least one access scheduling request from the predefined server via the external data network by the communication unit, wherein the access scheduling request identifies a subscriber of the external data network, - establishing a data connection between the communication unit and the identified subscriber by the communication unit, wherein requests received from the external data network for establishing a data connection (20, 30) are discarded or rejected by the communication unit or the communication unit is not visible to subscribers of the external data network for requests for establishing a data connection, wherein the access scheduling request comprises a time window and the communication unit executes the establishment of the data connection at the beginning of the time window, and the communication unit interrupts the data connection after a duration has elapsed or at the end of the time window. wherein requests received from the external data network for establishing a data connection (20, 30) are discarded or rejected by the communication unit or the communication unit is not visible to subscribers of the external data network for requests for establishing a data connection, wherein the access scheduling request comprises a time window and the communication unit executes the establishment of the data connection at the beginning of the time window, and the communication unit interrupts the data connection after a duration has elapsed or at the end of the time window.
A dust collecting device comprising: a cylindrical filter; a backwash auxiliary member that is disposed at an end portion of the filter and of which at least a part is disposed in a cylinder of the filter; and an air current generation unit that generates a backwash air current that passes through the backwash auxiliary member and flows into the cylinder of the filter, wherein the backwash auxiliary member includes a rectification unit that extends spirally in an axial direction of a center axis of the filter, wherein the backwash auxiliary member includes a center unit that extends along the center axis of the filter, and the rectification unit is formed in a blade shape that extends spirally in the axial direction of the center axis along the center unit while extending outward from the center unit, a plurality of the rectification units are provided at intervals from each other in a circumferential direction of the center unit, a space being formed between adjacent rectification units, the air current generation unit includes a nozzle that ejects compressed air to be backwash air current toward the backwash auxiliary member, characterized in that the backwash auxiliary member is held by a holding member that extends in an ejection direction of the compressed air from a supporting wall that supports the nozzle into the cylinder of the filter, and an extension unit of the holding member passes through the space in the ejection direction. a cylindrical filter; a backwash auxiliary member that is disposed at an end portion of the filter and of which at least a part is disposed in a cylinder of the filter; and an air current generation unit that generates a backwash air current that passes through the backwash auxiliary member and flows into the cylinder of the filter, wherein the backwash auxiliary member includes a rectification unit that extends spirally in an axial direction of a center axis of the filter, wherein the backwash auxiliary member includes a center unit that extends along the center axis of the filter, and the rectification unit is formed in a blade shape that extends spirally in the axial direction of the center axis along the center unit while extending outward from the center unit, a plurality of the rectification units are provided at intervals from each other in a circumferential direction of the center unit, a space being formed between adjacent rectification units, the air current generation unit includes a nozzle that ejects compressed air to be backwash air current toward the backwash auxiliary member, characterized in that the backwash auxiliary member is held by a holding member that extends in an ejection direction of the compressed air from a supporting wall that supports the nozzle into the cylinder of the filter, and an extension unit of the holding member passes through the space in the ejection direction.
A neck ring for molding a glass container neck finish that includes at least one closure attachment feature, said neck ring including: - two semi-annular neck ring sections (12,14), each consisting essentially of a neck ring insert (20,22) of wear-resistant metal and a neck ring body (16,18) of heat-conductive metal different from said wear-resistant metal, said neck ring insert (20,22) being formed for molding the closure attachment feature on the glass container neck finish, characterized in that - each neck ring body (16,18) is formed around the associated neck ring insert (20,22) such that said neck ring insert (20,22) is embedded in said neck ring body, (16,18) and - each of said neck ring sections (12,14) has a glass-contacting cavity face that includes a first surface portion (30,32) formed by a respective one of said inserts (20,22) for molding the at least one closure attachment feature on the container neck finish, and a - second surface portion (34,36) formed by a respective one of said bodies (16,18) and of material selected to provide rapid heat extraction from the glass material in the container neck finish area, for molding portions of the container neck finish that exclude the at least one closure attachment feature. - two semi-annular neck ring sections (12,14), each consisting essentially of a neck ring insert (20,22) of wear-resistant metal and a neck ring body (16,18) of heat-conductive metal different from said wear-resistant metal, said neck ring insert (20,22) being formed for molding the closure attachment feature on the glass container neck finish, characterized in that - each neck ring body (16,18) is formed around the associated neck ring insert (20,22) such that said neck ring insert (20,22) is embedded in said neck ring body, (16,18) and - each of said neck ring sections (12,14) has a glass-contacting cavity face that includes a first surface portion (30,32) formed by a respective one of said inserts (20,22) for molding the at least one closure attachment feature on the container neck finish, and a - second surface portion (34,36) formed by a respective one of said bodies (16,18) and of material selected to provide rapid heat extraction from the glass material in the container neck finish area, for molding portions of the container neck finish that exclude the at least one closure attachment feature.
Originality indicator for a compressed-gas cylinder on the neck ring of which a protective cap is to be fastened releasably, comprising an indication ring which is intended to be installed between an end face of the protective cap and a shoulder of the neck ring of a compressed-gas cylinder, is formed from at least two segments (4a, 4b, 4c, 4d) arranged annularly in a plane and is equipped with at least one predetermined breaking point, characterized in that mutually facing ends of adjacent segments (4a, 4b, 4c, 4d) of the indication ring are arranged spaced apart from one another with the formation of a gap (5a, 5b, 5c, 5d), which gap (5a, 5b, 5c, 5d) is bridged by a profiled element (8, 8', 8", 8"') which connects the two ends to one another and has the predetermined breaking point (20, 21) arranged therein, wherein the profiled element (8, 8', 8", 8"') has a pressing surface projecting from the ring plane and two legs (18, 19, 18', 19', 18", 19", 18"', 19"') in each case connecting the pressing surface to one end of the two segments (4a, 4b, 4c, 4d) and running at least in certain portions towards one another from the pressing surface in the direction of the ring plane.
A process for treating domestic waste material, wherein a constituent of the domestic waste material is cellulose material that includes biomass and plastics, the process comprising the steps of; shredding the material prior to being treated, subjecting the shredded material to steam treatment at a pressure above atmospheric pressure but less than 1 bar above atmospheric pressure and at a temperature of between 150°C and 200°C by continuously moving material from one end of a steam treatment unit to the other while agitating the material, separating the material into its constituents, wherein the constituents include cellulose material which is subjected to further processing, wherein the further processing includes treating the cellulose material to produce liquid fuel, wherein the cellulose material is separated into biomass and plastics, each of which is subjected to separate further processing, and wherein the plastics is converted to diesel fuel by being dissolved in a solvent, the resultant liquid being held in an evaporation container prior to its vapour being passed through a catalyst and distilled to produce diesel fuel.