mhurhangee/ep-ind-claims huggingface dataset:
Condenser tumble dryer with a drum for articles to be dried, a drive motor for the drum, a process air duct, a process air blower, a heating and cooling system (14, 16, 18, 19, 25, 30) for the process air, a temperature sensor and a control facility, characterised in that - the temperature sensor is arranged for the simultaneous measurement of thermal radiation from at least two components (5, 14, 16, 18, 19, 24, 25, 27, 28, 30) of the condenser tumble dryer which are to be monitored; - the temperature sensor has an infrared telescope with a sensor array and an imaging lens for generating an image of a respective measurement point of each of the components (5, 14, 16, 18, 19, 24, 25, 27, 28, 30) to be monitored on the thermopile array; and - the control facility is set up to evaluate the thermal radiation measured in each instance by the infrared telescope for the components (5, 14, 16, 18, 19, 24, 25, 27, 28, 30) to be monitored, for the monitoring and control of the condenser tumble dryer. - the temperature sensor is arranged for the simultaneous measurement of thermal radiation from at least two components (5, 14, 16, 18, 19, 24, 25, 27, 28, 30) of the condenser tumble dryer which are to be monitored; - the temperature sensor has an infrared telescope with a sensor array and an imaging lens for generating an image of a respective measurement point of each of the components (5, 14, 16, 18, 19, 24, 25, 27, 28, 30) to be monitored on the thermopile array; and - the control facility is set up to evaluate the thermal radiation measured in each instance by the infrared telescope for the components (5, 14, 16, 18, 19, 24, 25, 27, 28, 30) to be monitored, for the monitoring and control of the condenser tumble dryer.
An active object detection sensor used for opening/closing of an automatic opening/closing unit, the active object detection sensor comprising: a guide mark attached to a predetermined portion of the automatic opening/closing unit; a projector configured to project a detection beam onto a touch detection area so as to detect an object that contacts with the predetermined portion of the automatic opening/closing unit to which the guide mark is attached, or an object that will contact with the predetermined portion thereof; a receiver configured to receive the detection beam reflected by an object in the touch detection area; an object determination unit configured to, while an action mode is an operation mode, determine that an object is in the touch detection area when a detection level of the detection beam received by the receiver exceeds an operation threshold, and to output an object detection signal; charaterised in that it further comprises a touch detection area shifting mechanism configured to shift the touch detection area; a detection level indication unit configured to, while the action mode is an adjustment mode where a relative position between the touch detection area and the predetermined portion to which the guide mark is attached is adjusted using the touch detection area shifting mechanism, indicate the detection level of the detection beam received by the receiver; and an action mode setting unit configured to enable the action mode to be set to one of the adjustment mode and the operation mode. a guide mark attached to a predetermined portion of the automatic opening/closing unit; a projector configured to project a detection beam onto a touch detection area so as to detect an object that contacts with the predetermined portion of the automatic opening/closing unit to which the guide mark is attached, or an object that will contact with the predetermined portion thereof; a receiver configured to receive the detection beam reflected by an object in the touch detection area; an object determination unit configured to, while an action mode is an operation mode, determine that an object is in the touch detection area when a detection level of the detection beam received by the receiver exceeds an operation threshold, and to output an object detection signal; charaterised in that it further comprises a touch detection area shifting mechanism configured to shift the touch detection area; a detection level indication unit configured to, while the action mode is an adjustment mode where a relative position between the touch detection area and the predetermined portion to which the guide mark is attached is adjusted using the touch detection area shifting mechanism, indicate the detection level of the detection beam received by the receiver; and an action mode setting unit configured to enable the action mode to be set to one of the adjustment mode and the operation mode.
A method, comprising: - transmitting, from a device (112, 130-132) to a network node (112, 130-132) of a network and on a wireless link of the network, at least one control message indicative of a timing parameter of a slotted transmission (500, 585) comprising a plurality of active slots and a plurality of inactive slots, and - transmitting, in at least one active slot of the plurality of active slots and on the wireless link, at least one repetition of data (401-403, 411), characterized in that the timing parameter corresponds to a minimum duration of the inactive slots, and the minimum duration is configured based on a time required for a battery of the device (112, 130-132) to recover the battery's power delivery capacity to an interface of the device (112, 130-132) before a next one of the active slots begins. - transmitting, from a device (112, 130-132) to a network node (112, 130-132) of a network and on a wireless link of the network, at least one control message indicative of a timing parameter of a slotted transmission (500, 585) comprising a plurality of active slots and a plurality of inactive slots, and - transmitting, in at least one active slot of the plurality of active slots and on the wireless link, at least one repetition of data (401-403, 411),
A method for determining a carbon content value of a hydrocarbon-containing mixture, the method comprising: measuring a first composition-dependent bulk property of the hydrocarbon-containing mixture to determine a first composition-dependent bulk property value, the first composition-dependent bulk property being selected from lower heating value, higher heating value, thermal conductivity, viscosity, molar heat capacity, specific heat capacity, and sonic velocity; measuring a concentration of at least one non-hydrocarbon component in the hydrocarbon-containing mixture to determine a non-hydrocarbon component concentration value, the at least one non-hydrocarbon component being selected from nitrogen, carbon monoxide and carbon dioxide, and/or measuring a second composition-dependent bulk property of the hydrocarbon-containing mixture to determine a second composition-dependent bulk property value; and calculating the carbon content value using the first composition-dependent bulk property value and using the non-hydrocarbon component concentration value and/or the second composition-dependent bulk property value in a carbon content correlation. measuring a first composition-dependent bulk property of the hydrocarbon-containing mixture to determine a first composition-dependent bulk property value, the first composition-dependent bulk property being selected from lower heating value, higher heating value, thermal conductivity, viscosity, molar heat capacity, specific heat capacity, and sonic velocity; measuring a concentration of at least one non-hydrocarbon component in the hydrocarbon-containing mixture to determine a non-hydrocarbon component concentration value, the at least one non-hydrocarbon component being selected from nitrogen, carbon monoxide and carbon dioxide, and/or measuring a second composition-dependent bulk property of the hydrocarbon-containing mixture to determine a second composition-dependent bulk property value; and calculating the carbon content value using the first composition-dependent bulk property value and using the non-hydrocarbon component concentration value and/or the second composition-dependent bulk property value in a carbon content correlation.
Computer, comprising - a computer case with outer case panels (14, 16, 18, 20) inside of which an internal space is formed for accommodating a motherboard, plug-in cards and a plurality of hard disk drives, and - an inner case panel arranged in the internal space, which is formed for physically separating a lower section of the internal space from an upper section of the internal space arranged above said lower section of the internal space, wherein the upper section of the internal space is formed for accommodating the motherboard and the plug-in cards and the lower section of the internal space is formed for accommodating the hard disk drives, and wherein the outer case panels (14, 16, 18, 20) have a bottom plate which delimits the lower section of the internal space downwards; - a first fan which is formed for producing an air flow in the upper section of the internal space, and - a second fan, which is arranged in one of the outer case panels (14, 16, 18, 20) or in the lower section of the internal space and which is formed for producing an air flow in the lower section of the internal space for separately dissipating waste heat of hard disk drives accommodated in the lower section from the lower section independently of the first fan; characterized in that all or at least a plurality of hard disk drives is arranged on the bottom plate in a uniform manner, wherein the bottom plate is essentially covered by the hard disk drives and no further components are arranged in the lower section of the internal space; and openings are arranged in the inner case panel, which are formed for ventilation coupling of the lower section of the internal space to the upper section of the internal space - a computer case with outer case panels (14, 16, 18, 20) inside of which an internal space is formed for accommodating a motherboard, plug-in cards and a plurality of hard disk drives, and - an inner case panel arranged in the internal space, which is formed for physically separating a lower section of the internal space from an upper section of the internal space arranged above said lower section of the internal space, wherein the upper section of the internal space is formed for accommodating the motherboard and the plug-in cards and the lower section of the internal space is formed for accommodating the hard disk drives, and wherein the outer case panels (14, 16, 18, 20) have a bottom plate which delimits the lower section of the internal space downwards; - a first fan which is formed for producing an air flow in the upper section of the internal space, and - a second fan, which is arranged in one of the outer case panels (14, 16, 18, 20) or in the lower section of the internal space and which is formed for producing an air flow in the lower section of the internal space for separately dissipating waste heat of hard disk drives accommodated in the lower section from the lower section independently of the first fan;
A satellite communication device configured to be installed in a marine vessel and configured to communicate with a land base point via an artificial satellite, the satellite communication device comprising: acquiring means configured to acquire from the land base point instruction information through the artificial satellite by line switching type communication; storing means configured to store storage contents that associate a plurality of instruction information with a plurality of corresponding processes; and control means configured to read out a process from the plurality of processes, wherein the process is the corresponding process associated with the instruction information acquired by the acquiring means, based on the storage contents stored in the storing means, the control means being further configured to automatically carry out the process that has been read out, wherein the plurality of processes includes a process of starting a packet switching type communication with the land base point through the artificial satellite in the satellite communication device. acquiring means configured to acquire from the land base point instruction information through the artificial satellite by line switching type communication; storing means configured to store storage contents that associate a plurality of instruction information with a plurality of corresponding processes; and control means configured to read out a process from the plurality of processes, wherein the process is the corresponding process associated with the instruction information acquired by the acquiring means, based on the storage contents stored in the storing means, the control means being further configured to automatically carry out the process that has been read out, wherein the plurality of processes includes a process of starting a packet switching type communication with the land base point through the artificial satellite in the satellite communication device.
A flow cytometer comprising: an enclosed particle sorting module (100, 305) having a sort chamber (125, 306) comprising a droplet deflector; a sample input module (220, 310) fluidically coupled to an inlet of the enclosed particle sorting module (100, 305); a waste reservoir fluidically coupled to a first outlet of the enclosed particle sorting module (100, 305); a closed recirculating gasflow between the sort chamber (125, 306) and the waste reservoir; and a first sorted particle collection system fluidically coupled to a second outlet of the enclosed particle sorting module (100, 305); wherein the flow cytometer is configured to control aerosol content in the sort chamber (125, 306). an enclosed particle sorting module (100, 305) having a sort chamber (125, 306) comprising a droplet deflector; a sample input module (220, 310) fluidically coupled to an inlet of the enclosed particle sorting module (100, 305); a waste reservoir fluidically coupled to a first outlet of the enclosed particle sorting module (100, 305); a closed recirculating gasflow between the sort chamber (125, 306) and the waste reservoir; and a first sorted particle collection system fluidically coupled to a second outlet of the enclosed particle sorting module (100, 305); wherein the flow cytometer is configured to control aerosol content in the sort chamber (125, 306).
A method for drilling, the method comprising: deploying a guide tube in a hole, the guide tube comprising a first end proximate to an entry of the hole and a second end proximate to a working face; deploying an endcap at the second end of the guide tube; and firing, using a ram accelerator, a ram-effect propelled projectile into the first end of the guide tube, wherein at least one of the guide tube or the ram accelerator comprises a rail member, the rail member comprising one or more engagement features to engage with one or more corresponding engagement features of the endcap, to guide the endcap within the at least one of the guide tube or the ram accelerator. deploying a guide tube in a hole, the guide tube comprising a first end proximate to an entry of the hole and a second end proximate to a working face; deploying an endcap at the second end of the guide tube; and firing, using a ram accelerator, a ram-effect propelled projectile into the first end of the guide tube, wherein at least one of the guide tube or the ram accelerator comprises a rail member, the rail member comprising one or more engagement features to engage with one or more corresponding engagement features of the endcap, to guide the endcap within the at least one of the guide tube or the ram accelerator.
An egg transport device for a packaging device for eggs, characterized in that the egg transport device comprises a conveyor belt which extends in a direction of transport from a feed outer end to a discharge outer end and which, as seen in the direction of transport, is bounded on either side by guides extending at least substantially in the direction of transport, and which extends over at least substantially the whole width of the egg transport device,wherein the egg transport device is adapted to deliver eggs over at least two discharge tracks of a discharge conveyor which are distributed in a width direction extending at right angles to the direction of transport, wherein the egg transport device comprises: - over a part of its length an egg distributor with at least two distribution belts extending parallel to each other and drivable independently of each other by drive devices; - distributing sections lying in the line of the distribution belts; and - sensors, which during use detect a delivery of an egg to a distributing section, for controlling the drive devices of the distribution belts by means of a control device on the basis of data generated by the sensors. - over a part of its length an egg distributor with at least two distribution belts extending parallel to each other and drivable independently of each other by drive devices; - distributing sections lying in the line of the distribution belts; and - sensors, which during use detect a delivery of an egg to a distributing section, for controlling the drive devices of the distribution belts by means of a control device on the basis of data generated by the sensors.
A medical observation system comprising: an imaging device that is arranged to image a surgical field and obtain surgical field images; a three-dimensional information generation unit that is arranged to generate three-dimensional information of the surgical field from the surgical field images captured by the imaging device; a setting unit that is arranged to set a position of a region-of-interest based on at least one surgical field image captured at a predetermined timing by the imaging device; an estimation unit that is arranged to generate an estimated position of the region-of-interest from within a surgical field image captured at a timing different from the predetermined timing based on the three-dimensional information and the position of the region-of-interest set by the setting unit; a magnified image generation unit that is arranged to generate a magnified surgical field image in which the estimated position of the region-of-interest is magnified at a predetermined magnification; and a display control unit that is arranged to output at least the magnified surgical field image, wherein the imaging device includes one imaging element, and the three-dimensional information generation unit is arranged to generate three-dimensional information of a surgical field based on at least two surgical field images captured by the imaging device at different times. an imaging device that is arranged to image a surgical field and obtain surgical field images; a three-dimensional information generation unit that is arranged to generate three-dimensional information of the surgical field from the surgical field images captured by the imaging device; a setting unit that is arranged to set a position of a region-of-interest based on at least one surgical field image captured at a predetermined timing by the imaging device; an estimation unit that is arranged to generate an estimated position of the region-of-interest from within a surgical field image captured at a timing different from the predetermined timing based on the three-dimensional information and the position of the region-of-interest set by the setting unit; a magnified image generation unit that is arranged to generate a magnified surgical field image in which the estimated position of the region-of-interest is magnified at a predetermined magnification; and a display control unit that is arranged to output at least the magnified surgical field image, wherein the imaging device includes one imaging element, and the three-dimensional information generation unit is arranged to generate three-dimensional information of a surgical field based on at least two surgical field images captured by the imaging device at different times.
A centralized charging cabinet (100, 200, 300, 400), comprising: a charging cabinet (110, 310, 410), provided with an isolation area and a charging area therein; an isolation transformer (120, 220, 320, 420), provided in the isolation area; and at least one charging unit (130, 230, 330, 430), provided in the charging area, wherein each of the charging unit (130, 230, 330, 430) is electrically connected to a secondary winding of the isolation transformer (120, 220, 320, 420) through a plurality of first connection structures, and the plurality of first connection structures are located at a back region of the charging area, wherein a primary winding of the isolation transformer (120, 220, 320, 420) is connectable to a power distribution network, a region installed with the primary winding of the isolation transformer (120, 220, 320, 420) is a front region of the charging cabinet, and the back region of the charging area is located on a side of the charging area opposite to the front region of the charging cabinet. a charging cabinet (110, 310, 410), provided with an isolation area and a charging area therein; an isolation transformer (120, 220, 320, 420), provided in the isolation area; and at least one charging unit (130, 230, 330, 430), provided in the charging area, wherein each of the charging unit (130, 230, 330, 430) is electrically connected to a secondary winding of the isolation transformer (120, 220, 320, 420) through a plurality of first connection structures, and the plurality of first connection structures are located at a back region of the charging area, wherein a primary winding of the isolation transformer (120, 220, 320, 420) is connectable to a power distribution network, a region installed with the primary winding of the isolation transformer (120, 220, 320, 420) is a front region of the charging cabinet, and the back region of the charging area is located on a side of the charging area opposite to the front region of the charging cabinet.
A ball arranging method for a ball bearing to arrange a plurality of balls inserted in a gap space between an outer ring raceway surface and an inner ring raceway surface at equally spaced intervals along a ball pitch circle, characterized in that: a ball holding step of holding a ball of the plurality of balls in the gap space by a pair of plate members (49A, 49B) of a ball holding mechanism arranged at a tip of a robot arm, and a ball moving step of moving the ball held by the pair of plate members (49A, 49B) along the pitch circle by driving the robot arm are repeatedly performed based on a control program such that the plurality of balls are arranged at equally spaced target arrangement positions, wherein the pair of plate members (49A, 49B) are arranged in parallel with a gap that substantially corresponds to a diameter of the balls and wherein the balls are sandwiched by the pair of plate members (49A, 49B). a ball holding step of holding a ball of the plurality of balls in the gap space by a pair of plate members (49A, 49B) of a ball holding mechanism arranged at a tip of a robot arm, and a ball moving step of moving the ball held by the pair of plate members (49A, 49B) along the pitch circle by driving the robot arm are repeatedly performed based on a control program such that the plurality of balls are arranged at equally spaced target arrangement positions, wherein the pair of plate members (49A, 49B) are arranged in parallel with a gap that substantially corresponds to a diameter of the balls and wherein the balls are sandwiched by the pair of plate members (49A, 49B).