mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a light emitting diode (LED) apparatus , the method comprising: forming a plurality of colour filters (20-1, 20-2, 20-3) on a glass layer ; forming a plurality of light leakage preventing films on the glass layer in a space between the plurality of colour filters; etching the plurality of light leakage preventing films (50-1, 50-2, 50-3) to a first height; and etching a remaining area, excluding a predetermined area of the plurality of light leakage preventing films, to a second height shorter than the first height and forming the plurality of light leakage preventing films to have a shape in which the predetermined area is protruded upward; forming a plurality of conductive materials (60-1, 60-2, 60-3, 60-4, 60-5, 60-6) on a side of each of the plurality of light leakage preventing films opposite to the glass layer; and bonding a plurality of light emitting diodes (10-1, 10-2, 10-3) with the plurality of conductive materials to correspond to the plurality of colour filters, respectively. forming a plurality of colour filters (20-1, 20-2, 20-3) on a glass layer ; forming a plurality of light leakage preventing films on the glass layer in a space between the plurality of colour filters; etching the plurality of light leakage preventing films (50-1, 50-2, 50-3) to a first height; and etching a remaining area, excluding a predetermined area of the plurality of light leakage preventing films, to a second height shorter than the first height and forming the plurality of light leakage preventing films to have a shape in which the predetermined area is protruded upward; forming a plurality of conductive materials (60-1, 60-2, 60-3, 60-4, 60-5, 60-6) on a side of each of the plurality of light leakage preventing films opposite to the glass layer; and bonding a plurality of light emitting diodes (10-1, 10-2, 10-3) with the plurality of conductive materials to correspond to the plurality of colour filters, respectively.
Method for repairing a worn flushing body and/or a worn lining of a metallurgical vessel, comprising the following steps: - coating a chemically reactive mixture comprising a metal carrier, on a worn part, which faces the interior of the metallurgical vessel, of the flushing body and/or the lining; - chemical reaction and/or sintering of the mixture under thermal influence to form a filler body in a region of the worn flushing body or the worn lining, wherein the chemical reaction and the sintering of the mixture can elapse simultaneously or succession; characterised in that - the coating of the chemical reactive mixture on the flushing body and/or the lining of the vessel takes place in the absence of a melt; - the mixture for the chemical reaction apart from the metal carrier also comprises a nitrogen carrier and/or a nitrogen carrier is also fed to the mixture so that the filler body contains a metal nitride and - the metal carrier is a metal or a metal alloy; and - the metal alloy or the metal has titanium (Ti) or titanium sponge as principal constituent; and - sintering of an unsintered filler body under thermal influence above a sinter temperature, which is specific to the unsintered filler body, to form a sintered filler body. - coating a chemically reactive mixture comprising a metal carrier, on a worn part, which faces the interior of the metallurgical vessel, of the flushing body and/or the lining; - chemical reaction and/or sintering of the mixture under thermal influence to form a filler body in a region of the worn flushing body or the worn lining, wherein the chemical reaction and the sintering of the mixture can elapse simultaneously or succession; - the coating of the chemical reactive mixture on the flushing body and/or the lining of the vessel takes place in the absence of a melt; - the mixture for the chemical reaction apart from the metal carrier also comprises a nitrogen carrier and/or a nitrogen carrier is also fed to the mixture so that the filler body contains a metal nitride and - the metal carrier is a metal or a metal alloy; and - the metal alloy or the metal has titanium (Ti) or titanium sponge as principal constituent; and - sintering of an unsintered filler body under thermal influence above a sinter temperature, which is specific to the unsintered filler body, to form a sintered filler body.
Cooling device for a vehicle battery, - with a coolant circuit , which comprises a coolant pump and is in thermal contact with the vehicle battery , - with a refrigerant circuit , which has: - a condenser , - a refrigerant pump , which is arranged downstream of the condenser , - a sensor for controlling the flow of refrigerant, - an expansion valve , which is arranged downstream of or parallel to the refrigerant pump , - an evaporator , which is arranged downstream of the expansion valve and the refrigerant pump , - a compressor , which is arranged downstream of the evaporator , - a bypass to the refrigerant pump , - a bypass to the compressor , wherein the coolant circuit and the refrigerant circuit are coupled via the evaporator as a heat exchanger. - with a coolant circuit , which comprises a coolant pump and is in thermal contact with the vehicle battery , - with a refrigerant circuit , which has: - a condenser , - a refrigerant pump , which is arranged downstream of the condenser , - a sensor for controlling the flow of refrigerant, - an expansion valve , which is arranged downstream of or parallel to the refrigerant pump , - an evaporator , which is arranged downstream of the expansion valve and the refrigerant pump , - a compressor , which is arranged downstream of the evaporator , - a bypass to the refrigerant pump , - a bypass to the compressor , - a condenser , - a refrigerant pump , which is arranged downstream of the condenser , - a sensor for controlling the flow of refrigerant, - an expansion valve , which is arranged downstream of or parallel to the refrigerant pump , - an evaporator , which is arranged downstream of the expansion valve and the refrigerant pump , - a compressor , which is arranged downstream of the evaporator , - a bypass to the refrigerant pump , - a bypass to the compressor ,
A servo system comprising: a host apparatus ; and a plurality of servo amplifiers , the host apparatus and the plurality of servo amplifiers transmitting and receiving a communication signal, each of the servo amplifiers including a servo computation unit configured to perform servo computation processing for each servo computation period (Tsv), a communication unit configured to transmit and receive the communication signal, a storage unit configured to save servo computation information in the servo computation processing as history data, and a trigger processor configured to set, in advance, a save stop condition for stopping saving the history data, determine, for each servo computation period (Tsv), whether the save stop condition is matched, and notify, when the save stop condition is matched, the communication unit of a determination result indicating detection of a trigger as a trigger detection flag (Ftr), wherein the communication unit is configured to transmit a communication response (Crsp) including the trigger detection flag (Ftr) to the host apparatus , each of the servo amplifiers is configured to acquire the communication responses (Crsp) transmitted from other servo amplifiers other than the servo amplifier itself, the trigger processor is configured to determine, based on the trigger detection flag (Ftr) included in the communication response (Crsp) transmitted via the other servo amplifiers , whether another servo amplifier has detected the trigger. each of the servo amplifiers including a servo computation unit configured to perform servo computation processing for each servo computation period (Tsv), a communication unit configured to transmit and receive the communication signal, a storage unit configured to save servo computation information in the servo computation processing as history data, and a trigger processor configured to set, in advance, a save stop condition for stopping saving the history data, determine, for each servo computation period (Tsv), whether the save stop condition is matched, and notify, when the save stop condition is matched, the communication unit of a determination result indicating detection of a trigger as a trigger detection flag (Ftr), wherein the communication unit is configured to transmit a communication response (Crsp) including the trigger detection flag (Ftr) to the host apparatus , each of the servo amplifiers is configured to acquire the communication responses (Crsp) transmitted from other servo amplifiers other than the servo amplifier itself, the trigger processor is configured to determine, based on the trigger detection flag (Ftr) included in the communication response (Crsp) transmitted via the other servo amplifiers , whether another servo amplifier has detected the trigger.
A wheel suspension for a steerable drive wheel in a motor vehicle, 1.1 with a stub axle support ; 1.2 the wheel suspension is configured as a double-wishbone suspension, comprising a first upper wishbone and a second lower wishbone , which are respectively positioned correspondingly with the first end (3.1, 4.1) thereof pivotable about a horizontal axis and are hinged with the second end (3.2, 4.2) thereof at the stub axle support with configuration of the bearing part for the stub axle support ; wherein 1.3 the stub axle support has a wheel hub with an outer bearing surface (1.1) for receiving a vehicle wheel that turns by means of the wheel hub ; wherein 1.4 the wheel hub has radially inside the outer bearing surface (1.1) a through opening for receiving a flange shaft that turns with the vehicle wheel, wherein each bearing part has a universal joint with two axes of rotation that are vertical to one another, characterized in that the universal joint has two swivel joints that are positioned behind one another in the flux of force from the stub axle support to the first end (3.1, 4.1) of the at least one wishbone , which constitute the axes of rotation that are vertical to one another, namely a first swivel joint (5.1, 9.1), the axis of rotation of which is vertical on a line running in a horizontal direction, and a second swivel joint (5.2, 9.2), the axis of rotation of which runs parallel to the horizontal axis of the pivoting point at the first end (3.1, 4.1) of the wishbone , wherein each first swivel joint (5.1, 9.1) is formed by a hole in the stub axle support and a pin hinged in the second swivel joint on the wishbone and both pins are positioned at a clear distance from one another on the axis of rotation without a direct connection between the two pins . 1.1 with a stub axle support ; 1.2 the wheel suspension is configured as a double-wishbone suspension, comprising a first upper wishbone and a second lower wishbone , which are respectively positioned correspondingly with the first end (3.1, 4.1) thereof pivotable about a horizontal axis and are hinged with the second end (3.2, 4.2) thereof at the stub axle support with configuration of the bearing part for the stub axle support ; wherein 1.3 the stub axle support has a wheel hub with an outer bearing surface (1.1) for receiving a vehicle wheel that turns by means of the wheel hub ; wherein 1.4 the wheel hub has radially inside the outer bearing surface (1.1) a through opening for receiving a flange shaft that turns with the vehicle wheel,
Tea maker , configured to automatically prepare tea beverages, - having a brewing chamber which is open upwards, - having a hot water supply line configured to channel hot water into the brewing chamber from above, and - having an outlet provided on the brewing chamber through which a liquid can be dispensed from the brewing chamber, characterised in that - the outlet is configured to be operated selectively in a dispensing position or in a disposing position, wherein the liquid channelled out of the brewing chamber through the outlet is channelled, in the dispensing position, to a tea beverage dispensing point and is channelled, in the disposing position, to a drain . - having a brewing chamber which is open upwards, - having a hot water supply line configured to channel hot water into the brewing chamber from above, and - having an outlet provided on the brewing chamber through which a liquid can be dispensed from the brewing chamber, characterised in that - the outlet is configured to be operated selectively in a dispensing position or in a disposing position, wherein the liquid channelled out of the brewing chamber through the outlet is channelled, in the dispensing position, to a tea beverage dispensing point and is channelled, in the disposing position, to a drain .
Mixing valve having a first inlet port , a second inlet port extending transverse to said first inlet port and an outlet port , wherein the inlet ports open out into a valve chamber and the outlet port branches off this valve chamber , inside which a movable valve element is arranged, and having an obstruction inside the second inlet port , which protrudes from an inner circumference of the second port into its interior, and which extends along the entire inner circumference , the mixing valve further having a temperature sensor arranged on or in the second inlet port upstream the obstruction , characterized in that the obstruction and an adjacent circumferential wall define a pocket-like area on the downstream side of the obstruction , the pocket-like area being located inside the second inlet port such that a flow entering from the first inlet port into the second inlet port impinges the obstruction in the area of this pocket-like area and is deflected by the obstruction into a direction towards the valve chamber or is trapped inside the pocket-like area .
An end-effector , comprising: a clamp arm ; and an ultrasonic blade configured to acoustically couple to an ultrasonic transducer and to electrically couple to a pole of an electrical generator; wherein the clamp arm comprises: a clamp jaw ; and a composite clamp arm pad attached to the clamp jaw, comprising electrically non-conductive layers and electrically conductive layers , arranged in a sandwich like configuration, wherein the electrically conductive layers are configured to electrically couple to an opposite pole of the electrical generator. a clamp arm ; and an ultrasonic blade configured to acoustically couple to an ultrasonic transducer and to electrically couple to a pole of an electrical generator; wherein the clamp arm comprises: a clamp jaw ; and a composite clamp arm pad attached to the clamp jaw, comprising electrically non-conductive layers and electrically conductive layers , arranged in a sandwich like configuration, wherein the electrically conductive layers are configured to electrically couple to an opposite pole of the electrical generator. a clamp jaw ; and a composite clamp arm pad attached to the clamp jaw, comprising electrically non-conductive layers and electrically conductive layers , arranged in a sandwich like configuration, wherein the electrically conductive layers are configured to electrically couple to an opposite pole of the electrical generator.
A body interface , comprising: a panel being semi-rigid or rigid, the panel arranged to control sagittal movement and control coronal movement to control spinal/hip motion of lateral bending and abduction respectively, the panel arranged to control flexion-extension such that the panel is arranged with a superior or thoracic portion , an inferior or sacral portion , and a central or lumbar portion located between a superior portion and an inferior portion of the panel ; a lumbar support anchored to the panel at an anchor point, and tensionable over and spaced a distance apart from the panel ; and first and second arms located on opposed lateral sides of the panel through which first and second belt segments of an attachment system , respectively, extend to engage one another and to define a circumference around a user, the attachment system tensionable by at least one tensioning element , characterised in that the first and second arms each define a channel through which the first and second segments extend, the first and second arms each including a plate having a generally predetermined straight profile and arranged to bend to a curved profile due to exertion of a load and returning to the straight profile upon release of the load. a panel being semi-rigid or rigid, the panel arranged to control sagittal movement and control coronal movement to control spinal/hip motion of lateral bending and abduction respectively, the panel arranged to control flexion-extension such that the panel is arranged with a superior or thoracic portion , an inferior or sacral portion , and a central or lumbar portion located between a superior portion and an inferior portion of the panel ; a lumbar support anchored to the panel at an anchor point, and tensionable over and spaced a distance apart from the panel ; and first and second arms located on opposed lateral sides of the panel through which first and second belt segments of an attachment system , respectively, extend to engage one another and to define a circumference around a user, the attachment system tensionable by at least one tensioning element , characterised in that the first and second arms each define a channel through which the first and second segments extend, the first and second arms each including a plate having a generally predetermined straight profile and arranged to bend to a curved profile due to exertion of a load and returning to the straight profile upon release of the load.
A method for controlling temperature of an inverter system having an inverter including a switched-mode power supply (SMPS) as a heat source inside thereof, a Direct Current (DC)-link unit , a fan for cooling and a controller , characterized in that the method comprises: obtaining an internal temperature (Ti) of the inverter and a DC-link voltage of the inverter (S1); and outputting a fan driving control signal for driving the fan when the internal temperature (Ti) is determined to be above a predetermined fan drive setting temperature (Td) and the DC-link voltage of DC-link unit is determined to be above a predetermined fan drive setting voltage while the fan is stopped (S2, S3, S4, S5, S6, S7). obtaining an internal temperature (Ti) of the inverter and a DC-link voltage of the inverter (S1); and outputting a fan driving control signal for driving the fan when the internal temperature (Ti) is determined to be above a predetermined fan drive setting temperature (Td) and the DC-link voltage of DC-link unit is determined to be above a predetermined fan drive setting voltage while the fan is stopped (S2, S3, S4, S5, S6, S7).
Channel processing device for arranging within a channel , having a main body and a processing unit , which is arranged on the main body , for processing a channel section, wherein the processing unit has at least one holding unit for a cover provided for attaching to the inner side of the channel, and the holding unit is movable outwards away from the main body in order to press the cover against an inner wall of the channel , wherein the processing unit is connected to a rotation axle of the main body via at least one motor-rotatable holding arm in order to move the processing unit, characterized in that the processing unit comprises a plurality of holding plates (11a; 11b; 11c) which are connected in an articulated manner to one another and are mounted rotatably about the rotation axle of the main body by means of guides on the main body .
Liquids dispenser for discharging pharmaceutical or cosmetic liquids, or liquids of the foodstuff sector, having - a liquids reservoir in which the liquid is stored prior to discharging; - an outlet duct through which the liquid may be dispensed to an environment; - a pump chamber which, proceeding from an initial state having the maximum pump chamber capacity, is volumetrically reducible by manual actuation of the pump by means of an actuation handle ; wherein - an inlet valve assembly is provided between the liquids reservoir and the pump chamber , which inlet valve assembly is opened in a pressure-controlled manner when there is negative pressure in the pump chamber in relation to the liquids reservoir ; and - an outlet valve assembly is provided between the pump chamber and the discharge opening , wherein the outlet valve assembly comprises a switch valve and a pressure relief valve , wherein the switch valve , independently of the liquid pressure in the pump chamber , as a reaction to the actuation handle being displaced is forcibly opened in a mechanical manner, and wherein the pressure relief valve is opened in a pressure-controlled manner when there is positive pressure in the pump chamber in relation to the outlet duct , characterized in that the outlet valve assembly in the event of a non-actuated actuation handle prevents opening, and the switch valve is designed in such a manner that the latter in the event of a non-actuated actuation handle by positive pressure in the pump chamber is pushed in the direction of a closed position. - a liquids reservoir in which the liquid is stored prior to discharging; - an outlet duct through which the liquid may be dispensed to an environment; - a pump chamber which, proceeding from an initial state having the maximum pump chamber capacity, is volumetrically reducible by manual actuation of the pump by means of an actuation handle ; - an inlet valve assembly is provided between the liquids reservoir and the pump chamber , which inlet valve assembly is opened in a pressure-controlled manner when there is negative pressure in the pump chamber in relation to the liquids reservoir ; and - an outlet valve assembly is provided between the pump chamber and the discharge opening , the outlet valve assembly comprises a switch valve and a pressure relief valve , wherein the switch valve , independently of the liquid pressure in the pump chamber , as a reaction to the actuation handle being displaced is forcibly opened in a mechanical manner, and wherein the pressure relief valve is opened in a pressure-controlled manner when there is positive pressure in the pump chamber in relation to the outlet duct , characterized in that the outlet valve assembly in the event of a non-actuated actuation handle prevents opening, and the switch valve is designed in such a manner that the latter in the event of a non-actuated actuation handle by positive pressure in the pump chamber is pushed in the direction of a closed position.
An orthosis for exercising a human ankle joint having an upper and a lower ankle joint in a corrected position comprising a foot part for receiving a foot, wherein the foot part has a foot part upper side and a lower heel region ; a lower leg part for receiving a lower leg, wherein the foot part and the lower leg part are aligned with respect to one another such that the ankle joint can be moved into a corrected position; and at least one first orthosis joint ; wherein the first orthosis joint enables a rotation of the foot part relative to the lower leg part about a first axis of rotation , with the first axis of rotation intersecting the foot part at the foot part upper side and in the lower heel region ; and wherein the first axis of rotation corresponds to an axis of rotation of the lower ankle joint in the corrected position of the ankle joint, characterized in that the first orthosis joint comprises a ring strap to whose ends the foot part is fastened rotatably about the first axis of rotation .