mhurhangee/ep-ind-claims huggingface dataset:
A charge control apparatus for controlling charging of an electrical storage device for supplying power to electric equipment, the charge control apparatus comprising: a detection device configured to detect a temperature of said electrical storage device; and a control device configured to lower an upper limit value of charging power of said electrical storage device when the temperature of said electrical storage device rises due to charging of said electrical storage device, and determine that said electrical storage device is in an overcharging state when charging continues in a state where said upper limit value is lowered, and a rise in the temperature of said electrical storage device continues, characterised in that said control device is configured to set, when a rising rate of the temperature of said electrical storage device is higher than a first threshold value, said upper limit value of said charging power to be lower as compared to a case where said rising rate is lower than said first threshold value. a detection device configured to detect a temperature of said electrical storage device; and a control device configured to lower an upper limit value of charging power of said electrical storage device when the temperature of said electrical storage device rises due to charging of said electrical storage device, and determine that said electrical storage device is in an overcharging state when charging continues in a state where said upper limit value is lowered, and a rise in the temperature of said electrical storage device continues, characterised in that said control device is configured to set, when a rising rate of the temperature of said electrical storage device is higher than a first threshold value, said upper limit value of said charging power to be lower as compared to a case where said rising rate is lower than said first threshold value.
Mobile mixer installation having a transport condition and a working condition, with a basic frame with a supply side and a delivery side on which are provided a dosing device, at least one silo (5,6), a feed belt and a mixer, whereby, in said working condition, an outlet of the dosing device opens on the supply side above the feed belt which opens at an inlet of the mixer having an output on the delivery side, whereby an outlet (18,19) of said silo (5,6) also opens at the inlet of the mixer, characterised in that said mixer is hinge-mounted to the basic frame on said delivery side via a mixer pivot shaft, whereas the inlet of the mixer is hinge-mounted to the delivery end of said feed belt, whereby the silo (5,6) is hinge-mounted, via a silo pivot shaft, to a first end of a supporting arm whose opposite second end is hinge-mounted to the basic frame, whereby said silo (5,6) is put from the working condition into the transport condition by rotating said supporting arm around the hinged connection on said second end such that said first end of the supporting arm is moved to said supply side, whereby the silo (5,6) is moved to this supply side into a lower position, while the mixer of the working condition is moved into the transport condition by subjecting it to a rotation around the mixer pivot shaft into a lower position.
An induction cooking hob comprising at least one base plate and at least one winding arrangement, wherein: - the winding arrangement includes at least one portion of high winding concentration and at least one portion of low winding concentration, and - the base plate is arranged above one or more winding arrangements, characterized in that - the base plate includes at least one conductive portion and at least one non-conductive portion, - at least one conductive portion of the base plate is arranged above at least one portion of high winding concentration of the winding arrangement, - at least one non-conductive portion of the base plate is arranged above at least one portion of low winding concentration of the winding arrangement, - the conductive portion of the base plate is made by at least one conductive material, and - the non-conductive portion of the base plate is made by at least one non-conductive material and/or formed by at least one cut-out in the base plate. - the winding arrangement includes at least one portion of high winding concentration and at least one portion of low winding concentration, and - the base plate is arranged above one or more winding arrangements, - the base plate includes at least one conductive portion and at least one non-conductive portion, - at least one conductive portion of the base plate is arranged above at least one portion of high winding concentration of the winding arrangement, - at least one non-conductive portion of the base plate is arranged above at least one portion of low winding concentration of the winding arrangement, - the conductive portion of the base plate is made by at least one conductive material, and - the non-conductive portion of the base plate is made by at least one non-conductive material and/or formed by at least one cut-out in the base plate.
Injection nozzle for an injection molding device comprising an actuator interconnected via a drive train to at least one closure element arranged movable in a nozzle head in a first direction (a), the drive train comprising a. a cam mechanism with a cam head comprising a cam head block comprising per closure element a bracket, wherein said bracket comprising at least one inlay, the cam head and the inlay together being arranged moveable in a second direction (b), wherein b. per closure element the at least one inlay comprising a first drive surface which interacts with a second drive surface arranged at the closure element at least during closing of the closure element; c. the cam head block per closure element comprising a third drive surface which interacts with a fourth drive surface arranged at the closure element at least during opening of the closure element. a. a cam mechanism with a cam head comprising a cam head block comprising per closure element a bracket, wherein said bracket comprising at least one inlay, the cam head and the inlay together being arranged moveable in a second direction (b), wherein b. per closure element the at least one inlay comprising a first drive surface which interacts with a second drive surface arranged at the closure element at least during closing of the closure element; c. the cam head block per closure element comprising a third drive surface which interacts with a fourth drive surface arranged at the closure element at least during opening of the closure element.
A desorbing process, comprising: bringing a solution containing a hydrogenated aromatic compound, at least one of [P((CH 2) m CH 3) 3 ((CH 2) n CH 3) (5 ≤ m ≤ 24, 13 ≤ n ≤ 24)] + and [N((CH 2) m CH 3) 3 ((CH 2) n CH 3) (5 ≤ m ≤ 24, 13 ≤ n ≤ 24)] +, and an anion into contact with an anode; and desorbing hydrogen from the hydrogenated aromatic compound. bringing a solution containing a hydrogenated aromatic compound, at least one of [P((CH 2) m CH 3) 3 ((CH 2) n CH 3) (5 ≤ m ≤ 24, 13 ≤ n ≤ 24)] + and [N((CH 2) m CH 3) 3 ((CH 2) n CH 3) (5 ≤ m ≤ 24, 13 ≤ n ≤ 24)] +, and an anion into contact with an anode; and desorbing hydrogen from the hydrogenated aromatic compound.
A method for manufacturing a nitride semiconductor ultraviolet light-emitting element, comprising a substrate processing step of subjecting a sapphire substrate of a chip to a grinding process, the chip including the sapphire substrate, and an element structure part including a plurality of AlGaN-based semiconductor layers stacked on a main surface of the substrate, the element structure part emitting light whose central emission wavelength is 365 nm or less upon energization, characterised in that, the substrate processing step is a step of performing a grinding process on at least four corners of the main surface and four corners of a rear surface being a surface opposite to the main surface, and the grinding process step is a step of performing a grinding process on the substrate so as to leave a surface parallel to the main surface on the rear surface side.
Unidirectional clutch wheel assembly comprising a first wheel, a second wheel coaxial with the first wheel and comprising an inner toothing, a rigid drive member rotationally fixed with respect to the first wheel and at least one rigid pawl connected to the rigid drive member by an elastic strip, the rigid pawl being locked against the inner toothing by the rigid drive member to rotationally fix the first and second wheels (1, 2) to each other when the first wheel or the second wheel is rotationally driven in a direction corresponding to coupling, wherein the inner toothing has asymmetrical teeth, characterised in that the rigid pawl is arranged, in its position locked against the inner toothing, to be in point contact, in top plan view, with two consecutive teeth (20b, 21b) of the inner toothing and with the rigid drive member.
Natural air vehicle cab ventilation system comprising a, - a vehicle cab forming an enclosed space having front, rear, and sidewalls, - said vehicle cab ventilation system comprising a scoop provided to said front wall at out side and one or more air ducts inside the cabin connected to said scoop to allow out side air to enter into the cabin, characterized in that an exit vent is cut at rear wall of said cabin; said exit vent of rear wall is connected by duct means to a snorkel having a matching vent to form tight air passage; and outlet of the snorkel is connected to an intake manifold of an engine through air filter such a way that when the engine is running, the intake air to said manifold includes a portion of air inside the cabin space through the said exit vent of cabin and partly out side air through an opening on the said snorkel. - a vehicle cab forming an enclosed space having front, rear, and sidewalls, - said vehicle cab ventilation system comprising a scoop provided to said front wall at out side and one or more air ducts inside the cabin connected to said scoop to allow out side air to enter into the cabin,
A refractory unit for a sliding gate at the spout of a container containing metal melt, comprising a refractory adapter block that can be placed on the container spout, a refractory bottom plate connected thereto, against which bottom plate a slidable refractory sliding plate can be pressed, wherein the sliding plate allows the sliding gate to be opened or closed, in addition to the first bottom plate connected to the adapter block, a second bottom plate adjoining the adapter block, which second bottom plate can be slid in under the adapter block to replace the first bottom plate, characterised in that the adapter block has a length in the direction of the second bottom plate such that it is in sliding contact with its lower sliding surface with this second bottom plate.
A memory array, comprising: global bitlines extending along a first horizontal direction; the global bitlines comprising a first series at a first elevational level, and a second series at a second elevational level which is different from the first elevational level; the global bitlines of the first series alternating with the global bitlines of the second series; vertical local bitlines extending perpendicularly to the global bitlines; wordlines extending along a second horizontal direction which is perpendicular to the first horizontal direction; the wordlines being stacked in a two-dimensional array comprising vertical columns and horizontal rows; the vertical columns of the wordline array comprising two or more wordlines; the vertical local bitlines extending through the wordline array so that vertical local bitlines are between adjacent vertical columns of the wordline array; and memory cell material directly between the wordlines and the vertical local bitlines; the memory cell material forming a plurality of memory cells uniquely addressed by wordline/global bitline combinations. global bitlines extending along a first horizontal direction; the global bitlines comprising a first series at a first elevational level, and a second series at a second elevational level which is different from the first elevational level; the global bitlines of the first series alternating with the global bitlines of the second series; vertical local bitlines extending perpendicularly to the global bitlines; wordlines extending along a second horizontal direction which is perpendicular to the first horizontal direction; the wordlines being stacked in a two-dimensional array comprising vertical columns and horizontal rows; the vertical columns of the wordline array comprising two or more wordlines; the vertical local bitlines extending through the wordline array so that vertical local bitlines are between adjacent vertical columns of the wordline array; and memory cell material directly between the wordlines and the vertical local bitlines; the memory cell material forming a plurality of memory cells uniquely addressed by wordline/global bitline combinations.
Field device to determine or monitor a process variable in automation engineering, wherein the field device meets a safety standard that is required in a predefined safety-critical application, with a sensor that functions according to a defined measuring principle, and with a control/evaluation unit that prepares and evaluates the measured data provided by the sensor along at least three measuring channels with a redundant and/or dissimilar design, and wherein a voter is assigned to the control/evaluation unit, characterized in that the voter consists of several components which are at least partially designed with double redundancy, wherein the voter is designed as a majority voter and has three components: a comparator stage by means of which the output signals provided by the individual measuring channels are compared with one another, an error detection stage which - thanks to an appropriate linking of the output signals of the comparator stage - detects an error occurring in a measuring channel, and an output selection stage. a comparator stage by means of which the output signals provided by the individual measuring channels are compared with one another, an error detection stage which - thanks to an appropriate linking of the output signals of the comparator stage - detects an error occurring in a measuring channel, and an output selection stage.
Countersunk-head screw for the attachment of predrilled parts with a countersunk pilot hole to a thin metal wall, the screw having a conical sub-head which is connected to the screw shank provided with a thread, and the top of the head having an impression for receiving a screwing tool, - the top (111, 211) of the head (110, 210) being domed, which screw is characterised in that - the sub-head (112, 212) of the head is a cone having a taper of 100°, and - the thread (121, 221) of the shank (120, 220) rises as far as the junction of the conical sub-head (111, 211) and the threaded shank (120, 220). - the top (111, 211) of the head (110, 210) being domed, which screw is characterised in that - the sub-head (112, 212) of the head is a cone having a taper of 100°, and - the thread (121, 221) of the shank (120, 220) rises as far as the junction of the conical sub-head (111, 211) and the threaded shank (120, 220).
An antenna failure compensation method, comprising: performing a channel estimation based on a received pilot symbol to obtain a channel estimation value; obtaining noise energy of each antenna based on the channel estimation value; correcting an estimated frequency offset value based on the noise energy, wherein correcting the estimated frequency offset value based on the noise energy is performed according to the following formula: Δ f adjust = Δ φ adjust 2 π × Δ t, where Δ f adjust is the corrected estimated frequency offset value, and Δ φ adjust is a corrected phase difference, wherein Δ φ adjust = angle ∑ ka Rx = 0 ka Rx − 1 Δ P ka Rx / NI ka Rx, where Δ P ka Rx = ∑ k = 0 M − 1 H k ka Rx 1 × conj H k ka Rx 0, NI ka Rx is the noise energy, H ( k,ka Rx,i) is the channel estimation value, k is a carrier index number, ka Rx is an antenna index number, i is a time slot index number, M is the number of carriers, and Δ t is an interval between time slots; and performing a frequency offset compensation based on the corrected estimated frequency offset value. performing a channel estimation based on a received pilot symbol to obtain a channel estimation value; obtaining noise energy of each antenna based on the channel estimation value; correcting an estimated frequency offset value based on the noise energy, wherein correcting the estimated frequency offset value based on the noise energy is performed according to the following formula: Δ f adjust = Δ φ adjust 2 π × Δ t, where Δ f adjust is the corrected estimated frequency offset value, and Δ φ adjust is a corrected phase difference, wherein Δ φ adjust = angle ∑ ka Rx = 0 ka Rx − 1 Δ P ka Rx / NI ka Rx, where Δ P ka Rx = ∑ k = 0 M − 1 H k ka Rx 1 × conj H k ka Rx 0, NI ka Rx is the noise energy, H ( k,ka Rx,i) is the channel estimation value, k is a carrier index number, ka Rx is an antenna index number, i is a time slot index number, M is the number of carriers, and Δ t is an interval between time slots; and performing a frequency offset compensation based on the corrected estimated frequency offset value.
A body fat measurement apparatus that measures a body fat by measuring voltage of a measured body when current is applied to the measured body, the apparatus comprising: a current-applying electrode pair including a first current-applying electrode (31 A) and a second current-applying electrode; a voltage-measuring electrode pair including a first voltage-measuring electrode (41 A) and a second voltage-measuring electrode; an elongated support member; and a controlling unit that calculates the amount of body fat based on a measured voltage value measured by the voltage-measuring electrode pair when current is applied via the first current-applying electrode and the second current-applying electrode that are supported by the support member; characterized in that an inter-electrode line, which is a straight line connecting the first current-applying electrode with the second current-applying electrode, is inclined with respect to a longitudinal axis of the support member and that the first voltage-measuring electrode (41 A) and the second voltage-measuring electrode are supported by the support member and are aligned on the inter-electrode line between the first current-applying electrode and the second current-applying electrode, wherein the current-applying electrodes (31A, 31B) are located at positions different from each other in the longitudinal axis of the support member and the direction orthogonal to the longitudinal axis. a current-applying electrode pair including a first current-applying electrode (31 A) and a second current-applying electrode; a voltage-measuring electrode pair including a first voltage-measuring electrode (41 A) and a second voltage-measuring electrode; an elongated support member; and a controlling unit that calculates the amount of body fat based on a measured voltage value measured by the voltage-measuring electrode pair when current is applied via the first current-applying electrode and the second current-applying electrode that are supported by the support member; characterized in that an inter-electrode line, which is a straight line connecting the first current-applying electrode with the second current-applying electrode, is inclined with respect to a longitudinal axis of the support member and that the first voltage-measuring electrode (41 A) and the second voltage-measuring electrode are supported by the support member and are aligned on the inter-electrode line between the first current-applying electrode and the second current-applying electrode, wherein the current-applying electrodes (31A, 31B) are located at positions different from each other in the longitudinal axis of the support member and the direction orthogonal to the longitudinal axis.
Connection module for connecting at least one client, which can be actuated using a network protocol, to a local and/or global area network having an erectable or suspendable housing that is in the form of an elongate cable duct, and having at least one first transfer interface for connecting the client, wherein the connection module has at least one connecting apparatus, which actively sets up a network connection between the network and the client via the first transfer interface, and a data input, connected to the connecting apparatus, and also a data output for connection to the network and/or for setting up a series circuit having a plurality of connection modules, wherein the connecting apparatus and/or the network protocol that is used to organize the communication within the network are in a form such that the client connected to the connection module is addressed within the series circuit, wherein the connecting apparatus is a router and/or a switch or comprises a router and/or a switch, characterized in that a supply cable that can be connected to an external socket is provided that is supplied with a supply voltage in order to supply at least one externally accessible socket arranged in the housing, wherein a signalling apparatus is provided that is set up to transmit an error signal with a position code to a control centre in the event of an error in the connection module or an interruption in the connection.
A backlight module, comprising a light guide plate, a light source, an optical film set and at least one light shielding layer, wherein: the light guide plate has a light incident surface and a light emitting surface adjacent to the light incident surface; the light source is disposed beside the light incident surface; the optical film set comprises a first surface, a second surface and at least one end surface (203a, 203b, 203c; 203d), the first surface and the second surface are opposite to each other, the at least one end surface (203a, 203b, 203c; 203d) is connected to the first surface and the second surface, the optical film set is disposed on the light emitting surface of the light guide plate, and the first surface faces the light emitting surface; and the at least one light shielding layer is disposed on the at least one end surface (203a, 203b, 203c; 203d); characterized in that the at least one end surface (203a, 203b, 203c, 203d) of the optical film set is a rough surface. the light guide plate has a light incident surface and a light emitting surface adjacent to the light incident surface; the light source is disposed beside the light incident surface; the optical film set comprises a first surface, a second surface and at least one end surface (203a, 203b, 203c; 203d), the first surface and the second surface are opposite to each other, the at least one end surface (203a, 203b, 203c; 203d) is connected to the first surface and the second surface, the optical film set is disposed on the light emitting surface of the light guide plate, and the first surface faces the light emitting surface; and the at least one light shielding layer is disposed on the at least one end surface (203a, 203b, 203c; 203d); characterized in that the at least one end surface (203a, 203b, 203c, 203d) of the optical film set is a rough surface.