mhurhangee/ep-ind-claims huggingface dataset:
An oven apparatus having at least one vertical oven chamber, in particular a coke oven, for producing coke from at least one solid feedstock, in particular from the group consisting of: lignite, low-caking hard coal, biomass, petroleum coke, petroleum coal; comprising at least one briquette dryer set up for tempering briquettes produced from the feedstock and at least one oven chamber coupled to the briquette dryer and having heating walls and burners arranged on the oven chamber; characterized in that on at least one side of the oven chamber in at least one of the heating walls in a lower half or a lower third at least one horizontal heating channel (12. 1), which is designed as a horizontal single-plane heating duct (12.1), and above it, at least in an upper half or a middle third, a heating duct (12.2) extending in a meandering manner in a plurality of height planes, which heating ducts are each individually fired by at least one of the burners, and wherein the at least one horizontal single-plane heating duct (12.1) opens into a vertical flue gas duct (12.3).
A method for controlling the opening and closing of a vehicle sunroof, comprising the following steps: acquiring an acceleration signal and an airbag deployment signal from a vehicle; controlling the vehicle sunroof to close or to maintain a closed state when the acceleration signal exceeds a preset threshold and/or the airbag deployment signal is detected; acquiring a speed signal from the vehicle after the vehicle sunroof is controlled to close or to maintain the closed state; acquiring a tilt angle signal from the vehicle after the speed signal indicates that a vehicle speed is zero and continues for a set period; and controlling the vehicle sunroof to open when the tilt angle signal indicates that the vehicle roof is located on the upside or at one side; characterized in that after controlling the vehicle sunroof to close or to maintain the closed state and before acquiring the speed signal from the vehicle, the method further comprises the following step: acquiring the acceleration signal from the vehicle, and stopping controlling the vehicle sunroof to close or to maintain the closed state when an angle between an acceleration and a gravitational acceleration of the vehicle is less than a preset angle value. acquiring an acceleration signal and an airbag deployment signal from a vehicle; controlling the vehicle sunroof to close or to maintain a closed state when the acceleration signal exceeds a preset threshold and/or the airbag deployment signal is detected; acquiring a speed signal from the vehicle after the vehicle sunroof is controlled to close or to maintain the closed state; acquiring a tilt angle signal from the vehicle after the speed signal indicates that a vehicle speed is zero and continues for a set period; and controlling the vehicle sunroof to open when the tilt angle signal indicates that the vehicle roof is located on the upside or at one side; characterized in that after controlling the vehicle sunroof to close or to maintain the closed state and before acquiring the speed signal from the vehicle, the method further comprises the following step: acquiring the acceleration signal from the vehicle, and stopping controlling the vehicle sunroof to close or to maintain the closed state when an angle between an acceleration and a gravitational acceleration of the vehicle is less than a preset angle value.
Arrangement comprising a motor vehicle opening panel of boot lid type, a lock reinforcement fixed onto this opening panel and a lock, the opening panel comprising: - a lining provided with a first face and a second face, the first face being opposite the second face, - a panel comprising an inner face and an outer face, the inner face being opposite the outer face, the second face of the lining being fixed to the inner face of the panel, the lock reinforcement being obtained by folding of a metal sheet, the lock reinforcement being fixed onto the first face of the lining, such that the lock reinforcement has the overall shape of a box comprising a fixing wall for fixing the reinforcement onto the first face of the lining of the opening panel, notably a flat or substantially flat fixing wall and in that the reinforcement comprises a receiving wall for receiving the lock on the reinforcement that is distinct from the fixing wall, the receiving wall being at right angles or substantially at right angles to the fixing wall. - a lining provided with a first face and a second face, the first face being opposite the second face, - a panel comprising an inner face and an outer face, the inner face being opposite the outer face, the second face of the lining being fixed to the inner face of the panel, the lock reinforcement being obtained by folding of a metal sheet, the lock reinforcement being fixed onto the first face of the lining, such that the lock reinforcement has the overall shape of a box comprising a fixing wall for fixing the reinforcement onto the first face of the lining of the opening panel, notably a flat or substantially flat fixing wall and in that the reinforcement comprises a receiving wall for receiving the lock on the reinforcement that is distinct from the fixing wall, the receiving wall being at right angles or substantially at right angles to the fixing wall.
A transmitting device (1500; 1800) comprising: a transmitter (1501; 200) configured to transmit a plurality of physical broadcast channels and a plurality of synchronization signals at a plurality of time units or a plurality of time instances within a time interval, said time interval is half a frame; wherein each of the physical broadcast channels indicates timing information of the time interval, the timing information corresponding to a position in the time domain and comprises a position of the physical broadcast channels in the time interval and a position of the synchronization signals in the time interval; each of the physical broadcast channels is one to one corresponding to each of the synchronization signals, and a predetermined temporal relationship is defined between each of the physical broadcast channel and its corresponding synchronization signal; a transmitter (1501; 200) configured to transmit a plurality of physical broadcast channels and a plurality of synchronization signals at a plurality of time units or a plurality of time instances within a time interval, said time interval is half a frame; wherein each of the physical broadcast channels indicates timing information of the time interval, the timing information corresponding to a position in the time domain and comprises a position of the physical broadcast channels in the time interval and a position of the synchronization signals in the time interval; each of the physical broadcast channels is one to one corresponding to each of the synchronization signals, and a predetermined temporal relationship is defined between each of the physical broadcast channel and its corresponding synchronization signal;
A case hardening steel consisting of in mass%: C: 0.05-0.20%; Si: 0.01-0.1%; Mn: 0.3-0.6%; P: 0.03% or less (excluding 0%); S: 0.001-0.02%; Cr: 1.2-2.0%; Al: 0.01-0.1%; Ti: 0.010-0.10%; N: 0.010% or less (excluding 0%); B: 0.0005-0.005%, optionally further containing Mo: 2% or less (excluding 0%), and optionally further containing Cu: 0.1 % or less (excluding 0%) and/or Ni: 3% or less (excluding 0%), with the balance consisting of iron and unavoidable impurities, wherein the density of Ti-based precipitates having the circle-equivalent diameter of less than 20 nm is 10-100 pieces/μm 2; the density of Ti-based precipitates having the circle-equivalent diameter of 20 nm or more is 1.5-10 pieces/μm 2; and Vickers hardness is 130 HV or less (measured using a micro Vickers hardness tester with 10 g load). C: 0.05-0.20%; Si: 0.01-0.1%; Mn: 0.3-0.6%; P: 0.03% or less (excluding 0%); S: 0.001-0.02%; Cr: 1.2-2.0%; Al: 0.01-0.1%; Ti: 0.010-0.10%; N: 0.010% or less (excluding 0%); B: 0.0005-0.005%, optionally further containing Mo: 2% or less (excluding 0%), and optionally further containing Cu: 0.1 % or less (excluding 0%) and/or Ni: 3% or less (excluding 0%), with the balance consisting of iron and unavoidable impurities, wherein the density of Ti-based precipitates having the circle-equivalent diameter of less than 20 nm is 10-100 pieces/μm 2; the density of Ti-based precipitates having the circle-equivalent diameter of 20 nm or more is 1.5-10 pieces/μm 2; and Vickers hardness is 130 HV or less (measured using a micro Vickers hardness tester with 10 g load).
A Kraft paper, wherein: - the grammage according to ISO 536 is 60-120 g/m 2, preferably 65-95 g/m 2, more preferably 70-90 g/m 2; - the bending resistance index according to ISO 2493 in the machine direction is 105-200 Nm 6 /kg 3, preferably 120-160 Nm 6 /kg 3 and wherein the bending resistance is tested using a bending angle of 15° and a test span length of 10 mm; - the bending resistance index according to ISO 2493 in the cross direction is 80-130 Nm 6 /kg 3, preferably 100-120 Nm 6 /kg 3 and wherein the bending resistance is tested using a bending angle of 15° and a test span length of 10 mm; - the strain at break according to ISO 1924-3 in the machine direction is at least 3 %, preferably at least 3.5 %, such as 3.5-5 %; and - the strain at break according to ISO 1924-3 in the cross direction is at least 5 %, preferably at least 5.5 %, such as 6-12 % or 6-10 %. - the grammage according to ISO 536 is 60-120 g/m 2, preferably 65-95 g/m 2, more preferably 70-90 g/m 2; - the bending resistance index according to ISO 2493 in the machine direction is 105-200 Nm 6 /kg 3, preferably 120-160 Nm 6 /kg 3 and wherein the bending resistance is tested using a bending angle of 15° and a test span length of 10 mm; - the bending resistance index according to ISO 2493 in the cross direction is 80-130 Nm 6 /kg 3, preferably 100-120 Nm 6 /kg 3 and wherein the bending resistance is tested using a bending angle of 15° and a test span length of 10 mm; - the strain at break according to ISO 1924-3 in the machine direction is at least 3 %, preferably at least 3.5 %, such as 3.5-5 %; and - the strain at break according to ISO 1924-3 in the cross direction is at least 5 %, preferably at least 5.5 %, such as 6-12 % or 6-10 %.
A device for resisting rotation of a thermal sleeve about a central axis thereof relative to a head penetration adapter in a nuclear reactor, wherein the device comprises: a first structure and a second structure, wherein the first structure and the second structure are configured to be operably engaged to resist rotation of the thermal sleeve about the central axis relative to the head penetration adapter while allowing axial movement of the thermal sleeve relative to the head penetration adapter, characterized in that the first structure comprises a first ring configured to be coupled to the thermal sleeve, wherein the first ring comprises a plurality of rod members extending therefrom, wherein each rod member extends along a rod axis that is parallel to the central axis of the thermal sleeve when the first structure is coupled to the thermal sleeve; and the second structure comprises a second ring configured to be coupled to the head penetration adapter, wherein the second ring comprises a plurality of thru-holes formed therein, wherein each thru-hole defines a thru-hole axis that is parallel to the central axis when the second ring is coupled to the head penetration adapter, and wherein each rod member of the first ring is configured to slidingly engage a corresponding thru-hole of the second ring. a first structure and a second structure, wherein the first structure and the second structure are configured to be operably engaged to resist rotation of the thermal sleeve about the central axis relative to the head penetration adapter while allowing axial movement of the thermal sleeve relative to the head penetration adapter, characterized in that the first structure comprises a first ring configured to be coupled to the thermal sleeve, wherein the first ring comprises a plurality of rod members extending therefrom, wherein each rod member extends along a rod axis that is parallel to the central axis of the thermal sleeve when the first structure is coupled to the thermal sleeve; and the second structure comprises a second ring configured to be coupled to the head penetration adapter, wherein the second ring comprises a plurality of thru-holes formed therein, wherein each thru-hole defines a thru-hole axis that is parallel to the central axis when the second ring is coupled to the head penetration adapter, and wherein each rod member of the first ring is configured to slidingly engage a corresponding thru-hole of the second ring.
A method for data transmission, comprising: receiving, by a base station controller, capability information reported by a user equipment, wherein the capability information is used for indicating that dual carrier frequency/multi carrier frequency transmission is supported in a cell_forward access channel, CELL_FACH, state; configuring, by the base station controller, configuration information of the dual carrier frequency/multi carrier frequency for the user equipment operating in the CELL_FACH; sending, by the base station controller, the configuration information to the user equipment; and sending, by the base station controller, a dual carrier frequency/multi carrier frequency operating parameter to a base station through user data, wherein the dual carrier frequency/multi carrier frequency operating parameter is used for instructing the base station to perform dual carrier frequency/multi carrier frequency scheduling for the user data on the carrier frequency indicated by the dual carrier frequency/multi carrier frequency operating parameter. receiving, by a base station controller, capability information reported by a user equipment, wherein the capability information is used for indicating that dual carrier frequency/multi carrier frequency transmission is supported in a cell_forward access channel, CELL_FACH, state; configuring, by the base station controller, configuration information of the dual carrier frequency/multi carrier frequency for the user equipment operating in the CELL_FACH; sending, by the base station controller, the configuration information to the user equipment; and sending, by the base station controller, a dual carrier frequency/multi carrier frequency operating parameter to a base station through user data, wherein the dual carrier frequency/multi carrier frequency operating parameter is used for instructing the base station to perform dual carrier frequency/multi carrier frequency scheduling for the user data on the carrier frequency indicated by the dual carrier frequency/multi carrier frequency operating parameter.
A link extension assembly, comprising: a first link comprising an elongated support member (125, 126) having an eyelet disposed at a first end and another eyelet disposed at an opposite second end; and a second link comprising: an elongated support member (120, 121) having a first end and an opposite second end; a link connector integrally formed with the first end of the elongated support member, wherein the link connector includes: a body having an upper portion and a lower portion; and a blocking member pivotably coupled to the upper portion by a pin; and an eyelet disposed at the second end of the second link, wherein the eyelet disposed at the second end of the second link is substantially aligned with a first plane, wherein the link connector is substantially aligned with a second plane, wherein the first plane is orthogonal to the second plane; and wherein the eyelets of the first link are substantially aligned with the first plane, and wherein one of the eyelets of the first link is coupled to the link connector, and the upper portion of the body of the link connector has a rounded lower surface that defines a radius in a cross section of the upper portion extending along the first plane. a first link comprising an elongated support member (125, 126) having an eyelet disposed at a first end and another eyelet disposed at an opposite second end; and a second link comprising: an elongated support member (120, 121) having a first end and an opposite second end; a link connector integrally formed with the first end of the elongated support member, wherein the link connector includes: a body having an upper portion and a lower portion; and a blocking member pivotably coupled to the upper portion by a pin; and an eyelet disposed at the second end of the second link, wherein the eyelet disposed at the second end of the second link is substantially aligned with a first plane, wherein the link connector is substantially aligned with a second plane, wherein the first plane is orthogonal to the second plane; and an elongated support member (120, 121) having a first end and an opposite second end; a link connector integrally formed with the first end of the elongated support member, wherein the link connector includes: a body having an upper portion and a lower portion; and a blocking member pivotably coupled to the upper portion by a pin; and a body having an upper portion and a lower portion; and a blocking member pivotably coupled to the upper portion by a pin; and an eyelet disposed at the second end of the second link, wherein the eyelet disposed at the second end of the second link is substantially aligned with a first plane, wherein the link connector is substantially aligned with a second plane, wherein the first plane is orthogonal to the second plane; and wherein the eyelets of the first link are substantially aligned with the first plane, and wherein one of the eyelets of the first link is coupled to the link connector, and the upper portion of the body of the link connector has a rounded lower surface that defines a radius in a cross section of the upper portion extending along the first plane.
A manufacturing method of a flexible display device, comprising: forming an adhesive layer on a bearing substrate, the bearing substrate comprising at least a metal plate; forming a flexible substrate on the adhesive layer, and fixing the flexible substrate to the bearing substrate through the adhesive layer; forming display elements on a surface of the flexible substrate opposite to the surface which is adhered to the adhesive layer; and arranging an electromagnetic heater on a surface of the bearing substrate, opposite to the surface on which is formed the adhesive layer, wherein the electromagnetic heater is electrified to generate an alternating magnetic field which heats the metal plate thereby heating the adhesive layer via the electromagnetic heater to strip the flexible substrate from the bearing substrate, so as to obtain the flexible display device; wherein the adhesive of the adhesive layer is an adhesive whose viscosity is degraded after the adhesive is heated, and wherein the bearing substrate further comprises an insulated heat conduction layer arranged on the metal plate, wherein the insulated heat conduction layer is an insulating layer which conducts heat; and the adhesive layer is formed on the insulated heat conduction layer. forming an adhesive layer on a bearing substrate, the bearing substrate comprising at least a metal plate; forming a flexible substrate on the adhesive layer, and fixing the flexible substrate to the bearing substrate through the adhesive layer; forming display elements on a surface of the flexible substrate opposite to the surface which is adhered to the adhesive layer; and arranging an electromagnetic heater on a surface of the bearing substrate, opposite to the surface on which is formed the adhesive layer, wherein the electromagnetic heater is electrified to generate an alternating magnetic field which heats the metal plate thereby heating the adhesive layer via the electromagnetic heater to strip the flexible substrate from the bearing substrate, so as to obtain the flexible display device; wherein the adhesive of the adhesive layer is an adhesive whose viscosity is degraded after the adhesive is heated, and wherein the bearing substrate further comprises an insulated heat conduction layer arranged on the metal plate, wherein the insulated heat conduction layer is an insulating layer which conducts heat; and the adhesive layer is formed on the insulated heat conduction layer.
An apparatus for cleaning water, in particular precleaning seawater, comprising - at least one tank for receiving water containing at least one flocculating agent for separating organic and possibly biological constituents contained in the water, - wherein the at least one tank comprises at least one contact zone K for contacting the water containing the flocculating agent with at least one gas, in particular air, and at least one separation zone S for separating the flocculated organic constituents buoyed up by the gas, - wherein at least one gassing unit of one or multiple ceramic gassing membranes with an average pore size of 2 μm and is arranged in the at least one contact zone K and at least one filtration unit is arranged in the at least one separation zone S, characterized in that the gassing unit is directly connected to a compressed-air line or gas cylinder such that the at least one gas is injected via the at least one gassing unit without using a liquid carrier. - at least one tank for receiving water containing at least one flocculating agent for separating organic and possibly biological constituents contained in the water, - wherein the at least one tank comprises at least one contact zone K for contacting the water containing the flocculating agent with at least one gas, in particular air, and at least one separation zone S for separating the flocculated organic constituents buoyed up by the gas, - wherein at least one gassing unit of one or multiple ceramic gassing membranes with an average pore size of 2 μm and is arranged in the at least one contact zone K and at least one filtration unit is arranged in the at least one separation zone S,