mhurhangee/ep-ind-claims huggingface dataset:
Aircraft seat device with at least one mounting unit, with a seat bottom that is connected to the mounting unit and is adjustable relative to the mounting unit between a sitting position and at least one comfort position, with a backrest that is pivotable between a sitting position and a comfort position and with at least one lower backrest element, which is arranged in a lower region of the backrest and is pivotable, at least relative to the backrest, at least between a sitting position and at least one comfort position, characterized in that the at least one lower backrest element is configured to be supported at the backrest without a guiding element, the lower backrest element being supported merely by lying upon a surface of the backrest. with at least one mounting unit, with a seat bottom that is connected to the mounting unit and is adjustable relative to the mounting unit between a sitting position and at least one comfort position, with a backrest that is pivotable between a sitting position and a comfort position and with at least one lower backrest element, which is arranged in a lower region of the backrest and is pivotable, at least relative to the backrest, at least between a sitting position and at least one comfort position, characterized in that the at least one lower backrest element is configured to be supported at the backrest without a guiding element, the lower backrest element being supported merely by lying upon a surface of the backrest.
A stretch laminate web material, including a first layer of a polymeric nonwoven web material or a flocking material and a second layer of an elastomeric material bonded to the first layer, characterized in that: the stretch laminate material further comprises a third layer of a polymeric film material bonded to the second layer, in a pattern that includes bonded and unbonded areas, the polymeric film material comprising polyethylene; wherein the stretch laminate has been activated along a stretch direction, such that the stretch laminate is stretchable along the stretch direction, and zones of separation between the second and third layers are present at the unbonded areas. the stretch laminate material further comprises a third layer of a polymeric film material bonded to the second layer, in a pattern that includes bonded and unbonded areas, the polymeric film material comprising polyethylene; wherein the stretch laminate has been activated along a stretch direction, such that the stretch laminate is stretchable along the stretch direction, and zones of separation between the second and third layers are present at the unbonded areas.
Cooking appliance which is used to treat foodstuffs, which cooking appliance has: at least two cooking chambers (3, 5), a plurality of heating elements which are associated with the respective cooking chamber, an appliance controller which is suitable for controlling the at least two cooking chambers (3, 5), and a common display element for the at least two cooking chambers (3, 5), wherein the display element can be simply and unambiguously switched over from the selected cooking chamber (3, 5) to the at least one further cooking chamber (3, 5), characterized in that the common display element is also designed as an operator control element in the form of a touch-sensitive touchscreen, in that the display and operator control element is suitable for simultaneously displaying information about the operating state of the selected cooking chamber and the at least one further cooking chamber, and in that the display includes a basic state, and the basic state of the display constitutes locking against faulty operator control. at least two cooking chambers (3, 5), a plurality of heating elements which are associated with the respective cooking chamber, an appliance controller which is suitable for controlling the at least two cooking chambers (3, 5), and a common display element for the at least two cooking chambers (3, 5), wherein the display element can be simply and unambiguously switched over from the selected cooking chamber (3, 5) to the at least one further cooking chamber (3, 5), characterized in that the common display element is also designed as an operator control element in the form of a touch-sensitive touchscreen, in that the display and operator control element is suitable for simultaneously displaying information about the operating state of the selected cooking chamber and the at least one further cooking chamber, and in that the display includes a basic state, and the basic state of the display constitutes locking against faulty operator control.
A drive assist device comprising: a start signal output unit that outputs a control start signal; a consent confirmation unit that inquires of a driver, when receiving the control start signal from the start signal output unit, whether the driver consents to performing of an emergency evacuation control for stopping a vehicle at a safe position regardless of a driving operation of the driver, and receives a reply to the inquiry from the driver; and a control unit that performs the emergency evacuation control when the consent confirmation unit received the reply permitting the performing of the emergency evacuation control from the driver, wherein, during a period from the time of receiving the control start signal from the start signal output unit to the time of receiving the reply of permitting the performing of the emergency evacuation control from the driver by the consent confirmation unit, the control unit alleviates conditions for performing a preventive drive assist that assists the traveling of the vehicle. a start signal output unit that outputs a control start signal; a consent confirmation unit that inquires of a driver, when receiving the control start signal from the start signal output unit, whether the driver consents to performing of an emergency evacuation control for stopping a vehicle at a safe position regardless of a driving operation of the driver, and receives a reply to the inquiry from the driver; and a control unit that performs the emergency evacuation control when the consent confirmation unit received the reply permitting the performing of the emergency evacuation control from the driver, wherein, during a period from the time of receiving the control start signal from the start signal output unit to the time of receiving the reply of permitting the performing of the emergency evacuation control from the driver by the
Assembly comprising a unitary floor panel for a transport vehicle and a dual-function securing saddle, said unitary panel comprising a plate, termed self-supporting plate, having a smaller dimension, termed thickness, extending in a first direction of the self-supporting plate, and two larger dimensions extending in two directions that are mutually orthogonal and are orthogonal to the first direction; the self-supporting plate having two faces, termed principal faces, that are opposite and extend essentially parallel to the two principal directions; the panel comprising at least one beam that is secured to the self-supporting plate and has a longitudinal axis parallel to at least one first principal face of the self-supporting plate, each beam being designed to increase the bending strength of the unitary panel in the longitudinal axis of the beam, each beam having, at a longitudinal end, a hollow segment having a transverse cross section that is in the shape of a polygon having a wall, termed adhering wall, that is essentially planar and extends facing and in contact with the self-supporting plate, and a wall, termed free wall, that is opposite the essentially planar adhering wall and parallel to the adhering wall, the hollow segment forms a cavity cut away from the free wall for accommodating said dual-function securing saddle, said dual-function securing saddle comprising a sole for securing to an element of the structural framework of the transport vehicle and a projecting portion on the securing sole, that is designed to cooperate with the hollow segment so as to essentially immobilize the unitary panel when the projecting portion cooperates with said hollow segment.
Method for detecting and measuring objects when passing a monitored area, method for which - a first block of emitters placed on a first edge of the monitored area includes, for the flat emission of preferably electromagnetic radiation, an emitting unit that has a multitude of emitting elements and - a first block of receivers (31,), placed on a second edge of the monitored area opposite to the first edge, that includes a receiving unit with a multitude of receiving elements, that detects radiation emitted by the block of emitters, wherein - the first block of emitters and the first block of receivers generate a first flat substantially homogeneous sensing area that forms the monitored area and - a control unit that is connected with the first block of emitters and the first block of receivers for the control thereof, wherein the radiation emitted by an emitting element is received by a multitude of receiving elements and that the radiation received by a receiving element has been emitted by a multitude of emitting elements, and the control unit detects from the change caused by an object when passing the sensing area the projected extension at different times, while the object passes the sensing area, characterized in that all the emitting elements are operated synchronously, and two slot apertures (20, 26) are respectively provided in the block of emitters between the emitting elements and the radiation exit as well as in the block of receivers between the radiation entry and the receiving elements, with the aim of forming a flat sensing area. - a first block of emitters placed on a first edge of the monitored area includes, for the flat emission of preferably electromagnetic radiation, an emitting unit that has a multitude of emitting elements and - a first block of receivers (31,), placed on a second edge of the monitored area opposite to the first edge, that includes a receiving unit with a multitude of receiving elements, that detects radiation emitted by the block of emitters, wherein - the first block of emitters and the first block of receivers generate a first flat substantially homogeneous sensing area that forms the monitored area and - a control unit that is connected with the first block of emitters and the first block of receivers for the control thereof, wherein the radiation emitted by an emitting element is received by a multitude of receiving elements and that the radiation received by a receiving element has been emitted by a multitude of emitting elements, and the control unit detects from the change caused by an object when passing the sensing area the projected extension at different times, while the object passes the sensing area, characterized in that all the emitting elements are operated synchronously, and two slot apertures (20, 26) are respectively provided in the block of emitters between the emitting elements and the radiation exit as well as in the block of receivers between the radiation entry and the receiving elements, with the aim of forming a flat sensing area.
Coil of a stator winding of an electric machine, - wherein the coil is a flat coil, which consists of a number of windings, which are wound together with a number of layers of a mica tape, onto which in turn a number of layers of a cover tape is wound, - wherein the thus wound flat coil is subsequently embodied as a three-dimensional form-wound coil, - the mica tape has a bending stiffness of below 50 N/m according to DIN EN 60371-2 (version 2005) and between a top side and a bottom side thereof a static friction coefficient of below 0.7 according to DIN EN ISO 8295 (version 2004) and the cover tape between a top side and a bottom side thereof has a static friction coefficient of below 0.7 according to DIN EN ISO 8295 (version 2004) and the cover tape and the mica tape are matched to one another so that with respect to the mica tape the cover tape has a static friction coefficient of below 0.7 according to DIN EN ISO 8295 (version 2004), wherein the cover tape per se has two layers (17, 18), that one of these two layers (17, 18) is a fabric and the other a film in each case and that the fabric consists of a glass fibre or of a first high-performance polymer and the film consists of a second high-performance polymer. - wherein the coil is a flat coil, which consists of a number of windings, which are wound together with a number of layers of a mica tape, onto which in turn a number of layers of a cover tape is wound, - wherein the thus wound flat coil is subsequently embodied as a three-dimensional form-wound coil, - the mica tape has a bending stiffness of below 50 N/m according to DIN EN 60371-2 (version 2005) and between a top side and a bottom side thereof a static friction coefficient of below 0.7 according to DIN EN ISO 8295 (version 2004) and the cover tape between a top side and a bottom side thereof has a static friction coefficient of below 0.7 according to DIN EN ISO 8295 (version 2004) and the cover tape and the mica tape are matched to one another so that with respect to the mica tape the cover tape has a static friction coefficient of below 0.7 according to DIN EN ISO 8295 (version 2004), wherein the cover tape per se has two layers (17, 18), that one of these two layers (17, 18) is a fabric and the other a film in each case and that the fabric consists of a glass fibre or of a first high-performance polymer and the film consists of a second high-performance polymer.
A wind turbine maintenance operation method, comprising: stationing a maintenance vehicle proximal to the wind turbine, initiating a maintenance operation on the wind turbine, deploying an unmanned air vehicle (UAV, 20) from the maintenance vehicle, wherein the UAV has a payload including a rescue package, positioning the UAV such that the rescue package is placed on the wind turbine, wherein the rescue package comprises one or more of an offshore survival suit, a defibrillator kit, safety descent kit, climbing equipment, breathing equipment, first aid package, fire protection clothing, and nutrition packages, and wherein the UAV is deployed from the maintenance vehicle in response to initiation of the maintenance event, or wherein the UAV is deployed from the maintenance vehicle in response to an emergency signal. stationing a maintenance vehicle proximal to the wind turbine, initiating a maintenance operation on the wind turbine, deploying an unmanned air vehicle (UAV, 20) from the maintenance vehicle, wherein the UAV has a payload including a rescue package, positioning the UAV such that the rescue package is placed on the wind turbine, wherein the rescue package comprises one or more of an offshore survival suit, a defibrillator kit, safety descent kit, climbing equipment, breathing equipment, first aid package, fire protection clothing, and nutrition packages, and wherein the UAV is deployed from the maintenance vehicle in response to initiation of the maintenance event, or wherein the UAV is deployed from the maintenance vehicle in response to an emergency signal.
A polyphenolic composition obtainable by a process comprising: a) partitioning a 95% ethanol extract of Rubus ulmifolius roots with a mixture of water and hexane to form a first water partition and a hexane partition; b) partitioning the first water partition with a mixture of water and ethyl acetate to form a second water partition and a ethyl acetate partition; c) partitioning the second water partition with a mixture of water and butanol to form a third water partition and a butanol partition; and d) fractionating the butanol partition by silica gel column chromatography with a mobile phase comprising a mixture of methanol and dichloromethane, wherein the polyphenolic composition is eluted by the mobile phase in which the volume ratio of methanol to dichloromethane is 40:60. a) partitioning a 95% ethanol extract of Rubus ulmifolius roots with a mixture of water and hexane to form a first water partition and a hexane partition; b) partitioning the first water partition with a mixture of water and ethyl acetate to form a second water partition and a ethyl acetate partition; c) partitioning the second water partition with a mixture of water and butanol to form a third water partition and a butanol partition; and d) fractionating the butanol partition by silica gel column chromatography with a mobile phase comprising a mixture of methanol and dichloromethane, wherein the polyphenolic composition is eluted by the mobile phase in which the volume ratio of methanol to dichloromethane is 40:60.
Layer structure comprising at least one polyaspartate primer and at least one curable composition applied thereon and based on silane-modified polymers.
A system for managing a wind farm having a plurality of wind turbines comprising: a Supervisory Command and Data Acquisition (SCADA) element (234, 244) at each wind turbine to collect data from the respective wind turbine (230, 240), said wind turbine SCADA element being configured to store a first subset of the data locally and transmit the first subset of data according to non-real-time intervals and to transmit a second subset of data over a wind farm network to provide approximately real-time data, wherein the second subset of data is stored until successfully transferred; a SCADA element at each of one or more meteorological sites configured to collect meteorological data; a SCADA element at each of one or more substations electrically connected with the plurality of wind turbines (230, 240); and a server coupled to communicate with the wind turbine, meteorological, and substation SCADA elements (226, 234, 244, 214) via the wind farm network, said server being configured to receive and to store data received from the elements at predetermined intervals and to perform database management on the received data, the server being further configured to gather and maintain current and historical data as to the inputs, operating conditions, and outputs of the plurality of wind turbines. a Supervisory Command and Data Acquisition (SCADA) element (234, 244) at each wind turbine to collect data from the respective wind turbine (230, 240), said wind turbine SCADA element being configured to store a first subset of the data locally and transmit the first subset of data according to non-real-time intervals and to transmit a second subset of data over a wind farm network to provide approximately real-time data, wherein the second subset of data is stored until successfully transferred; a SCADA element at each of one or more meteorological sites configured to collect meteorological data; a SCADA element at each of one or more substations electrically connected with the plurality of wind turbines (230, 240); and a server coupled to communicate with the wind turbine, meteorological, and substation SCADA elements (226, 234, 244, 214) via the wind farm network, said server being configured to receive and to store data received from the elements at predetermined intervals and to perform database management on the received data, the server being further configured to gather and maintain current and historical data as to the inputs, operating conditions, and outputs of the plurality of wind turbines.
A process for providing the compound of formula, comprising the step of: (i) reacting a compound of formula VII with a base in the presence of an alkaline- or alkaline earth metal salt, wherein LG is a leaving group. (i) reacting a compound of formula VII with a base in the presence of an alkaline- or alkaline earth metal salt, wherein LG is a leaving group.
A method of transmitting first downlink control information, DCI, to a user equipment configured with a first uplink carrier, wherein the method is executed by a base station in a wireless communication system which comprises the base station and the user equipment, the method comprising: transmitting, to the user equipment, configuration information of a second uplink carrier through a higher layer signaling message; transmitting, to the user equipment, the first DCI for transmission of an uplink signal to the user equipment; and receiving, from the user equipment, the uplink signal based on the first DCI, wherein one or more bits of the first DCI are padded with padding bits, and wherein, based on a second bit size of second DCI scheduling a downlink data signal being larger than a first bit size of the first DCI, the first DCI includes first information in a last bit of the first DCI, after the padding bits, wherein the first information includes information for a carrier to which the uplink signal is to be transmitted among the first uplink carrier and the second uplink carrier, and wherein the first DCI does not include the first information based on the second bit size being less than or equal to the first bit size. transmitting, to the user equipment, configuration information of a second uplink carrier through a higher layer signaling message; transmitting, to the user equipment, the first DCI for transmission of an uplink signal to the user equipment; and receiving, from the user equipment, the uplink signal based on the first DCI, wherein one or more bits of the first DCI are padded with padding bits, and wherein, based on a second bit size of second DCI scheduling a downlink data signal being larger than a first bit size of the first DCI, the first DCI includes first information in a last bit of the first DCI, after the padding bits, wherein the first information includes information for a carrier to which the uplink signal is to be transmitted among the first uplink carrier and the second uplink carrier, and wherein the first DCI does not include the first information based on the second bit size being less than or equal to the first bit size.
A pseudolipid complex mixture comprising a stearic acid, a pseudoceramide represented by formula: wherein, n is 1 or 2; R and R' are each a saturated or unsaturated C 9 -C 21 aliphatic chain moiety; and cholesterol wherein the amounts of the pseudoceramide, cholesterol, and stearic acid are 10 to 80% by weight, 0.0001 to 30% by weight, and 10 to 80% by weight, respectively, based on the total amount of the complex mixture. n is 1 or 2; R and R' are each a saturated or unsaturated C 9 -C 21 aliphatic chain moiety; and cholesterol wherein the amounts of the pseudoceramide, cholesterol, and stearic acid are 10 to 80% by weight, 0.0001 to 30% by weight, and 10 to 80% by weight, respectively, based on the total amount of the complex mixture.