mhurhangee/ep-ind-claims huggingface dataset:
A clamping device with hub centering for securing a vehicle wheel on the shaft of a balancing machine, having an abutment flange with a plurality of centering elements, which are guided in a radially movable manner on the abutment flange, for centering engagement in a centering hole in the rim of the vehicle wheel and having a clamping sleeve, which is guided in an axially movable manner with respect to the abutment flange, wherein the clamping sleeve and the centering elements are coupled together kinematically, such that an axial movement of the clamping sleeve results in a radial movement of the centering elements, characterized in that at least one clamping lever, which is connected in a hinged manner to the clamping sleeve and a centering element for the kinematic coupling of the clamping sleeve and the centering element is provided, wherein the clamping sleeve can be drawn during tightening of the rim against the abutment flange in the direction of the rim and the centering element can thus be moved outwards and wherein the centering element has a centering section with a radially external outer surface for the centering abutment against the inner surface of the centering hole of the rim.
A security system for emergency exit control, having at least one trigger element, in particular an emergency button, wherein the trigger element can be transferred, in particular by a central emergency exit controller of the security system, to a deactivated state, wherein, in the deactivated state following an actuation of the trigger element, activation of a locking mechanism for unlocking does not take place, and the trigger element can be transferred, in particular by the central emergency exit controller, to an activated state, wherein, in the activated state following an actuation of the trigger element, an activation of the locking mechanism for unlocking takes place, wherein, in the activated state of the trigger element, an actuation of the trigger element previously carried out in the deactivated state has no effect on the activation of the locking mechanism, wherein it can be electronically stored in the trigger element, whether a deactivation is permitted for the trigger element, and only when the deactivation is permitted does an action of an operator to deactivate the trigger element lead to the trigger element being transferred to the deactivated state. wherein the trigger element can be transferred, in particular by a central emergency exit controller of the security system, to a deactivated state, wherein, in the deactivated state following an actuation of the trigger element, activation of a locking mechanism for unlocking does not take place, and the trigger element can be transferred, in particular by the central emergency exit controller, to an activated state, wherein, in the activated state following an actuation of the trigger element, an activation of the locking mechanism for unlocking takes place, wherein, in the activated state of the trigger element, an actuation of the trigger element previously carried out in the deactivated state has no effect on the activation of the locking mechanism, wherein it can be electronically stored in the trigger element, whether a deactivation is permitted for the trigger element, and only when the deactivation is permitted does an action of an operator to deactivate the trigger element lead to the trigger element being transferred to the deactivated state.
A computer-implemented method for automated dental measurements, comprising: acquiring a digital model of an initial tooth arrangement of a patient's teeth; automatically detecting reference data or features based on the digital model of the initial tooth arrangement; and automatically computing dental measurements based on said reference data or features; wherein the dental measurements are associated with an occlusal characteristic of the patient; providing one or more treatment options for the initial tooth arrangement, the treatment options comprising at least a difficulty level. acquiring a digital model of an initial tooth arrangement of a patient's teeth; automatically detecting reference data or features based on the digital model of the initial tooth arrangement; and automatically computing dental measurements based on said reference data or features; wherein the dental measurements are associated with an occlusal characteristic of the patient; providing one or more treatment options for the initial tooth arrangement, the treatment options comprising at least a difficulty level.
A sanitary shower, comprising at least: - one housing, - at least one liquid inlet for a liquid, - at least one jet former (4, 22) connected to the at least one liquid inlet via at least one liquid channel, and - a flow sensor for detecting a liquid flow through the at least one liquid channel, wherein the flow sensor has a rocker with a magnet, and wherein in the event of a liquid flow through the at least one liquid channel, the rocker can be tilted from an initial position in such a manner that the magnet actuates a reed switch, wherein by means of the reed switch, a power supply of the sanitary shower can be actuated. - one housing, - at least one liquid inlet for a liquid, - at least one jet former (4, 22) connected to the at least one liquid inlet via at least one liquid channel, and - a flow sensor for detecting a liquid flow through the at least one liquid channel, wherein the flow sensor has a rocker with a magnet, and wherein in the event of a liquid flow through the at least one liquid channel, the rocker can be tilted from an initial position in such a manner that the magnet actuates a reed switch, wherein by means of the reed switch, a power supply of the sanitary shower can be actuated.
A code reader device, comprising a camera having an image sensor for generating images of a detection zone, an auto focus unit for projecting a focused image of the detection zone onto the image sensor and for determining a distance relative to a code which has been read or an object which has been detected, a decoding unit for identifying the code in the focused image and reading out its encoded information, a calibrating unit for calibrating the code reader and a verification unit for judging the code quality according to predefined criteria, wherein the auto focus unit is adapted to bringing codes of different sizes and different distances relative to the image sensor into automatic focus and providing a distance value relative to the code which was read or the object which was detected, characterized in that the calibrating unit is adapted to providing norm-specific and distance-specific calibration parameters on the basis of said distance value and the code reader device comprises an illumination controller, which is adapted to adjusting a norm-specific and distance-specific illumination on the basis of the norm-specific and distance-specific calibration parameters by means of an illumination device (22, 30, 38) and the verification unit is adapted to evaluate and verify the image of the code recorded under norm conditions with regard to verification parameter of a selected norm and to display the quality of the code. a camera having an image sensor for generating images of a detection zone, an auto focus unit for projecting a focused image of the detection zone onto the image sensor and for determining a distance relative to a code which has been read or an object which has been detected, a decoding unit for identifying the code in the focused image and reading out its encoded information, a calibrating unit for calibrating the code reader and a verification unit for judging the code quality according to predefined criteria, wherein the auto focus unit is adapted to bringing codes of different sizes and different distances relative to the image sensor into automatic focus and providing a distance value relative to the code which was read or the object which was detected, characterized in that the calibrating unit is adapted to providing norm-specific and distance-specific calibration parameters on the basis of said distance value and the code reader device comprises an illumination controller, which is adapted to adjusting a norm-specific and distance-specific illumination on the basis of the norm-specific and distance-specific calibration parameters by means of an illumination device (22, 30, 38) and the verification unit is adapted to evaluate and verify the image of the code recorded under norm conditions with regard to verification parameter of a selected norm and to display the quality of the code.
A terminal apparatus that is configured to communicate with a base station apparatus, the terminal apparatus comprising: a higher layer processing unit configured to configure a first cell group and a second cell group; and an uplink subframe generation unit configured to generate a first physical uplink channel of the first cell group, wherein when a transmission of the first physical uplink channel of the first cell group overlaps in time with a transmission of a second physical uplink channel of the second cell group, the terminal apparatus is configured to determine a power for the first physical uplink channel of the first cell group based on at least a value that results from subtracting a first power in the first cell group and a second power in the second cell group from a sum of maximum output powers of the terminal apparatus, and when the first cell group is an MCG, the second cell group is an SCG, and the first physical uplink channel is a PUCCH that includes UCI which does not include a HARQ-ACK or an SR, the first power includes at least a power for PUCCH transmission of the UCI that includes the HARQ-ACK in the first cell group, and the second power includes at least a power for the PUCCH transmission of the UCI that includes the HARQ-ACK in the second cell group, or a power for PUSCH transmission of the UCI that includes the HARQ-ACK in the second cell group. a higher layer processing unit configured to configure a first cell group and a second cell group; and an uplink subframe generation unit configured to generate a first physical uplink channel of the first cell group, wherein when a transmission of the first physical uplink channel of the first cell group overlaps in time with a transmission of a second physical uplink channel of the second cell group, the terminal apparatus is configured to determine a power for the first physical uplink channel of the first cell group based on at least a value that results from subtracting a first power in the first cell group and a second power in the second cell group from a sum of maximum output powers of the terminal apparatus, and when the first cell group is an MCG, the second cell group is an SCG, and the first physical uplink channel is a PUCCH that includes UCI which does not include a HARQ-ACK or an SR, the first power includes at least a power for PUCCH transmission of the UCI that includes the HARQ-ACK in the first cell group, and the second power includes at least a power for the PUCCH transmission of the UCI that includes the HARQ-ACK in the second cell group, or a power for PUSCH transmission of the UCI that includes the HARQ-ACK in the second cell group.
An audio/video, A/V, interconnection architecture comprising: a non-Audio Video Bridging, AVB,-compliant Ethernet network including a first network switch; an AVB-compliant Ethernet network including a second network switch; a receive, RX, A/V endpoint coupled to the non-AVB-compliant Ethernet network and an A/V sink component that is capable of processing or outputting native audio; an audio system coupled to the AVB-compliant Ethernet network and an audio sink component that is incapable of processing or outputting the native audio; a transmit, TX, A/V, endpoint including: at least one receive, RX, interface configured to be coupled to an A/V source component and to receive the native audio from the A/V source component, a first network interface coupled to the at least one RX interface and configured to receive the native audio from the at least one RX interface and output the native audio over the non-AVB-compliant Ethernet network to the RX A/V endpoint; a down-mix audio digital signal processor, DSP, coupled to the at least one RX interface and configured to produce a stereo down-mixed version of the native audio; and a second network interface configured to output the down-mixed version over the AVB-compliant Ethernet network to the audio system. a non-Audio Video Bridging, AVB,-compliant Ethernet network including a first network switch; an AVB-compliant Ethernet network including a second network switch; a receive, RX, A/V endpoint coupled to the non-AVB-compliant Ethernet network and an A/V sink component that is capable of processing or outputting native audio; an audio system coupled to the AVB-compliant Ethernet network and an audio sink component that is incapable of processing or outputting the native audio; a transmit, TX, A/V, endpoint including: at least one receive, RX, interface configured to be coupled to an A/V source component and to receive the native audio from the A/V source component, a first network interface coupled to the at least one RX interface and configured to receive the native audio from the at least one RX interface and output the native audio over the non-AVB-compliant Ethernet network to the RX A/V endpoint; a down-mix audio digital signal processor, DSP, coupled to the at least one RX interface and configured to produce a stereo down-mixed version of the native audio; and a second network interface configured to output the down-mixed version over the AVB-compliant Ethernet network to the audio system. at least one receive, RX, interface configured to be coupled to an A/V source component and to receive the native audio from the A/V source component, a first network interface coupled to the at least one RX interface and configured to receive the native audio from the at least one RX interface and output the native audio over the non-AVB-compliant Ethernet network to the RX A/V endpoint; a down-mix audio digital signal processor, DSP, coupled to the at least one RX interface and configured to produce a stereo down-mixed version of the native audio; and a second network interface configured to output the down-mixed version over the AVB-compliant Ethernet network to the audio system.
An article-unloading apparatus comprising: a bin having an interior and a top opening bounded by a rim; a bag for holding articles in the interior of the bin; a winch connected to the bag to increase and decrease the volume of the bag in the interior of the bin; characterised in that the bag has a top edge portion lapped over the rim and wherein the winch comprises a plurality of reels outside the bin and below the rim and a plurality of lines wound around the reels, wherein distal ends of the lines are attached to the top edge portion of the bag so that, as the lines are reeled in on the reels, the top edge portion of the bag is pulled downward toward the reels to invert the bag over the rim of the bin. a bin having an interior and a top opening bounded by a rim; a bag for holding articles in the interior of the bin; a winch connected to the bag to increase and decrease the volume of the bag in the interior of the bin; characterised in that the bag has a top edge portion lapped over the rim and wherein the winch comprises a plurality of reels outside the bin and below the rim and a plurality of lines wound around the reels, wherein distal ends of the lines are attached to the top edge portion of the bag so that, as the lines are reeled in on the reels, the top edge portion of the bag is pulled downward toward the reels to invert the bag over the rim of the bin.
A method for machining a component with an internal passage, wherein the method comprises: periodically injecting abrasive slurry back and forth through the internal passage at a pressure ranging from 25 bar to 35 bar, wherein the abrasive slurry comprises a mixture of: abrasive particles having a size in a range from 40 μm to 60 μm, and a slurry medium wherein a volume fraction of the abrasive particles in the slurry medium is 40% to 50%; and performing the injection for predefined number of process cycles at predetermined time versus pressure changes until the component having a final average surface roughness of less than 3.0 μm is obtained. abrasive particles having a size in a range from 40 μm to 60 μm, and a slurry medium wherein a volume fraction of the abrasive particles in the slurry medium is 40% to 50%; and performing the injection for predefined number of process cycles at predetermined time versus pressure changes until the component having a final average surface roughness of less than 3.0 μm is obtained.
A tire gripping device, comprising: a chuck mechanism that comprises a pair of chuck portions (38a, 38b) adjacent in a width direction of a tire and a plurality of contact members disposed on each of the chuck portions (38a, 38b) in a circumferential manner, the plurality of contact members being able to be brought into contact with an open end portion of a bead portion of the tire, and entering a state of allowing for relative movement with a contact surface of the open end portion in a first contact stage and entering a state of non-relative movement with the contact surface in a second contact stage subsequent to the first contact stage; and a driving mechanism that comprises a first driving mechanism for moving the plurality of contact members in a radial direction of the tire and a second driving mechanism for moving the pair of chuck portions (38a, 38b) in the width direction of the tire, characterized in that each of the plurality of contact members comprises a first contact member (74, 74a) that is brought into contact with and enters the state of allowing for relative movement with the contact surface in the first contact stage and a second contact member (76, 76a) that is brought into contact with and enters the state of non-relative movement with the contact surface in the second contact stage subsequent to the first contact stage and the first contact member (74, 74a) and the second contact member (76, 76a) contact with one of the open end portions of the bead portion in the same tire width direction. a chuck mechanism that comprises a pair of chuck portions (38a, 38b) adjacent in a width direction of a tire and a plurality of contact members disposed on each of the chuck portions (38a, 38b) in a circumferential manner, the plurality of contact members being able to be brought into contact with an open end portion of a bead portion of the tire, and entering a state of allowing for relative movement with a contact surface of the open end portion in a first contact stage and entering a state of non-relative movement with the contact surface in a second contact stage subsequent to the first contact stage; and a driving mechanism that comprises a first driving mechanism for moving the plurality of contact members in a radial direction of the tire and a second driving mechanism for moving the pair of chuck portions (38a, 38b) in the width direction of the tire, characterized in that each of the plurality of contact members comprises a first contact member (74, 74a) that is brought into contact with and enters the state of allowing for relative movement with the contact surface in the first contact stage and a second contact member (76, 76a) that is brought into contact with and enters the state of non-relative movement with the contact surface in the second contact stage subsequent to the first contact stage and the first contact member (74, 74a) and the second contact member (76, 76a) contact with one of the open end portions of the bead portion in the same tire width direction.
A measuring device of a ski comprising: - a support body provided with a contact surface for at least one portion of the base of the ski to be measured; - measuring means of the distance of at least one sequence of points of the base of the ski from a default reference; - at least one actuator arranged above said support body so as to perform, on command, a pressure on the ski towards said contact surface, said actuator being rotatably coupled to said support body to vary the axis of operation of said pressure on the ski, characterized in that said measuring means comprise at least one optical detector adapted to move along said contact surface by means of second driving means and so adapted to allow a continuous measurement and without contact with the ski. - a support body provided with a contact surface for at least one portion of the base of the ski to be measured; - measuring means of the distance of at least one sequence of points of the base of the ski from a default reference; - at least one actuator arranged above said support body so as to perform, on command, a pressure on the ski towards said contact surface, said actuator being rotatably coupled to said support body to vary the axis of operation of said pressure on the ski,
A method of operating an oxycombustion CFB boiler comprising a furnace having a grid at its bottom section, a solid material separator connected to the upper part of the furnace and an external solid material handling system (20,21), the method comprising steps of: - arranging a circulating fluidized bed in the oxycombustion CFB boiler, - introducing an oxidant gas into the CFB boiler through the grid as fluidizing gas, the fluidizing gas comprising recirculating flue gas, - introducing fuel material into the circulating fluidized bed, - introducing sulphur reducing agent comprising CaCO 3 into the circulating fluidized bed, - circulating solid material out of the furnace and providing an external circulation of solid material via the external solid material handling system, - fluidizing the solid material in the external solid material handling system by introducing fluidizing medium comprising recirculating flue gas into the external solid material handling system, characterized in that - a predetermined amount of steam is introduced into the external solid material handling system as a component of the fluidizing medium, wherein the predetermined amount of steam is controlled so that that CO 2 partial pressure in the fluidizing medium is maintained below the equilibrium pressure for recarbonation of CaO at the prevailing temperature in the external solid material handling system. - arranging a circulating fluidized bed in the oxycombustion CFB boiler, - introducing an oxidant gas into the CFB boiler through the grid as fluidizing gas, the fluidizing gas comprising recirculating flue gas, - introducing fuel material into the circulating fluidized bed, - introducing sulphur reducing agent comprising CaCO 3 into the circulating fluidized bed, - circulating solid material out of the furnace and providing an external circulation of solid material via the external solid material handling system, - fluidizing the solid material in the external solid material handling system by introducing fluidizing medium comprising recirculating flue gas into the external solid material handling system, - a predetermined amount of steam is introduced into the external solid material handling system as a component of the fluidizing medium, wherein the predetermined amount of steam is controlled so that that CO 2 partial pressure in the fluidizing medium is maintained below the equilibrium pressure for recarbonation of CaO at the prevailing temperature in the external solid material handling system.