mhurhangee/ep-ind-claims huggingface dataset:
A toner conveying apparatus conveying toner used for image forming, the toner conveying apparatus comprising: a first conveying portion configured to convey the toner, the first conveying portion having a first screw that includes a first rotation shaft and a first blade portion and that is rotatable, and a first conveying passage forming member that forms a first conveying space in which the first screw is provided; and a second conveying portion configured to convey upward the toner conveyed by the first conveying portion, the second conveying portion having a second screw that includes a second rotation shaft and a second blade portion and that is rotatable, and a second conveying passage forming member that forms a second conveying space in which the second screw is provided, the second conveying passage forming member having a connecting port being connected to the first conveying passage forming member, the second rotation shaft of the second screw overlapping with the first rotation shaft of the first screw viewed in a direction of a rotational axial line of the first rotation shaft, wherein the first conveying space of the first conveying portion includes a first region, and a second region that is closer to the connecting port than the first region in a toner conveying direction of the first screw, wherein a cross-sectional area of the first conveying space orthogonal to the direction of the rotation axial line in the second region is smaller than the cross-sectional area of the first conveying space orthogonal to the direction of the rotational axial line in the first region. a first conveying portion configured to convey the toner, the first conveying portion having a first screw that includes a first rotation shaft and a first blade portion and that is rotatable, and a first conveying passage forming member that forms a first conveying space in which the first screw is provided; and a second conveying portion configured to convey upward the toner conveyed by the first conveying portion, the second conveying portion having a second screw that includes a second rotation shaft and a second blade portion and that is rotatable, and a second conveying passage forming member that forms a second conveying space in which the second screw is provided, the second conveying passage forming member having a connecting port being connected to the first conveying passage forming member, the second rotation shaft of the second screw overlapping with the first rotation shaft of the first screw viewed in a direction of a rotational axial line of the first rotation shaft, wherein the first conveying space of the first conveying portion includes a first region, and a second region that is closer to the connecting port than the first region in a toner conveying direction of the first screw, wherein a cross-sectional area of the first conveying space orthogonal to the direction of the rotation axial line in the second region is smaller than the cross-sectional area of the first conveying space orthogonal to the direction of the rotational axial line in the first region.
A method for accelerated template matching using peripheral information, the method comprising: obtaining an image of a location captured via a camera, wherein the image includes a target object and peripheral information; calculating a pose of the camera with respect to the target object based at least in part on the peripheral information; accessing a template matching system, wherein the template matching system comprises a plurality of templates for each object of a plurality of objects; identifying amongst said plurality of templates a template matching the target object; said method being characterised by: each template of said plurality of templates being associated with a template pose; pre-selecting templates of the plurality of templates where the pose of the camera matches the template pose to identify a set of matching pose templates; and processing the set of matching pose templates to identify a template match with the target object. obtaining an image of a location captured via a camera, wherein the image includes a target object and peripheral information; calculating a pose of the camera with respect to the target object based at least in part on the peripheral information; accessing a template matching system, wherein the template matching system comprises a plurality of templates for each object of a plurality of objects; each template of said plurality of templates being associated with a template pose; pre-selecting templates of the plurality of templates where the pose of the camera matches the template pose to identify a set of matching pose templates; and processing the set of matching pose templates to identify a template match with the target object.
A wrapping apparatus configured to wrap a wrapping item in a film to make a product, the wrapping apparatus comprising: a weighing unit configured to weigh the wrapping item; a wrapping unit configured to wrap the wrapping item in the film; and a control unit configured to switch the operation of the wrapping unit depending on whether or not the product is a product for which a price condition is set, characterized in that in a case where the control unit judges that the product is a product for which the price condition is set, the control unit is configured to calculate a price of the product based on the weighing result in the weighing unit, and when the calculated price meets the price condition, the control unit is configured to cause wrapping of the wrapping item by the wrapping unit to be executed, and when the calculated price does not meet the price condition, the control unit configured not to cause wrapping of the wrapping item by the wrapping unit to be executed. a weighing unit configured to weigh the wrapping item; a wrapping unit configured to wrap the wrapping item in the film; and a control unit configured to switch the operation of the wrapping unit depending on whether or not the product is a product for which a price condition is set, characterized in that in a case where the control unit judges that the product is a product for which the price condition is set, the control unit is configured to calculate a price of the product based on the weighing result in the weighing unit, and when the calculated price meets the price condition, the control unit is configured to cause wrapping of the wrapping item by the wrapping unit to be executed, and when the calculated price does not meet the price condition, the control unit configured not to cause wrapping of the wrapping item by the wrapping unit to be executed.
A mechanism for inserting coil springs (10; 10'; 10") produced by multiple coil winding devices of a pocketed spring assembly machine between fabrics (21, 22) for forming pockets enclosing the coil springs (10; 10'; 10"), the mechanism comprising: multiple parallel conveyor belts, each configured to be associated with a respective one of the coil winding devices and configured to receive coil springs (10; 10'; 10") produced by the respective coil winding device on the conveyor belt; and a push mechanism (420, 425, 426) configured to push the coil springs (10; 10'; 10") arranged on the conveyor belts, in a direction transversal to a conveying direction of the conveyor belts, between the fabrics (21, 22) and into a welding stage of the pocketed spring assembly machine. multiple parallel conveyor belts, each configured to be associated with a respective one of the coil winding devices and configured to receive coil springs (10; 10'; 10") produced by the respective coil winding device on the conveyor belt; and a push mechanism (420, 425, 426) configured to push the coil springs (10; 10'; 10") arranged on the conveyor belts, in a direction transversal to a conveying direction of the conveyor belts, between the fabrics (21, 22) and into a welding stage of the pocketed spring assembly machine.
A method for the operation of a processing installation (1, 101), in which product units with different product dimensions are processed, comprising at least one processing device (2, 102; 3, 103; 4, 104; 5, 105, 6, 106), as well as conveying means for conveying the product units in the processing installation (1, 101), further comprising a control device for the control of the at least one processing device (2, 102; 3, 103; 4, 104; 5, 105, 6, 106), and adjustment means for adapting at least one influencing variable for influencing the product units at the at least one processing device (2, 102; 3, 103; 4, 104; 5, 105, 6, 106), to the different product dimensions, wherein an adaptation of the at least one influencing variable to new product dimensions of a subsequent product unit is effected via the adjustment means with continued conveying operation, wherein the control device produces a gap, which is moved through the processing installation (1, 101), wherein the adjustment means are controlled via the control device in such a manner that the adaptation of the at least one influencing variable is effected when the gap in the conveyed products passes that region in the processing device, in which the influencing variable exerts an influence on the passing product units, characterized in that the control device determines the size of the gap in the conveyed products in dependence on the conveying speed and the required changeover time of that influencing variable, with which most time is required for the changeover to the new product dimensions, so that the time for the passage of the gap in the conveyed products through the related region, in which this influencing variable exerts an influence on the product units, is at least as long or longer than the associated changeover time.
A method for resetting at least one processing device (111, 112, 113, 114) in a power-over-data linear bus interconnecting a plurality of processing devices (111, 112, 113, 114), the method comprising, at a first processing device of said plurality of processing devices: - sending a protocol data unit comprising a prior-reset notification to all other processing devices of the plurality of processing devices, and - sending a physical reset signal to all other processing devices of the plurality of processing devices, wherein the prior-reset notification is configured to prevent a processing device (111, 112, 113, 114) that receives the physical reset signal from resetting, if the protocol data unit comprising the prior-reset notification has been previously processed by the processing device (111, 112, 113, 114). - sending a protocol data unit comprising a prior-reset notification to all other processing devices of the plurality of processing devices, and - sending a physical reset signal to all other processing devices of the plurality of processing devices,
A pharmaceutical composition for oral administration comprising: a) a sequestering subunit comprising: a water soluble core; a first layer comprising naltrexone or a pharmaceutically acceptable salt thereof or a combination thereof; a second layer comprising a sequestering polymer, a sodium lauryl sulfate and talc, wherein the talc is present in an amount greater than approximately 66% and less than approximately 150% of the amount of sequestering polymer on a weight-by-weight basis; and an optional third layer comprising an osmotic pressure regulating agent selected from hydroxypropyl methyl cellulose, and sodium chloride, bromide or iodide or a combination thereof; and b) an opioid agonist selected from morphine, oxycodone, hydrocodone, hydromorphone, dihydrocodeine, codeine, dihydromorphine or buprenorphine or a pharmaceutically acceptable salt thereof or a combination thereof; wherein the sequestering subunit sequesters at least 80% of the naltrexone or the pharmaceutically acceptable salt thereof as determined at 72 hours, by the dissolution test methods of USP26 <711>, for example by first placing the pharmaceutical composition in 500 mL of a 0.1 N HCl solution for 1 hour at 37°C using USP paddle method, 100 rotations per minute, and then placing the multi-layer composition in 500 mL of a pH 7.5, 0.05 M phosphate buffer, for 72 hours at 37°C using USP paddle method, 100 rotations per minute, and then determining the amount of the naltrexone or the pharmaceutically acceptable salt sequestered. a) a sequestering subunit comprising: a water soluble core; a first layer comprising naltrexone or a pharmaceutically acceptable salt thereof or a combination thereof; a second layer comprising a sequestering polymer, a sodium lauryl sulfate and talc, wherein the talc is present in an amount greater than approximately 66% and less than approximately 150% of the amount of sequestering polymer on a weight-by-weight basis; and an optional third layer comprising an osmotic pressure regulating agent selected from hydroxypropyl methyl cellulose, and sodium chloride, bromide or iodide or a combination thereof; and b) an opioid agonist selected from morphine, oxycodone, hydrocodone, hydromorphone, dihydrocodeine, codeine, dihydromorphine or buprenorphine or a pharmaceutically acceptable salt thereof or a combination thereof;
Method for operating a multi-clutch transmission for a motor vehicle, having at least the following steps: a) closing a first clutch of the multi-clutch transmission in order to transmit an input torque (M_k1) between a drive machine of the motor vehicle and at least one first sub-transmission of the multi-clutch transmission; b) applying a drag moment (M_k2), on the part of a second transmission of the multi-clutch transmission, to a second sub-transmission, coupled with the first sub-transmission, of the multi-clutch transmission; c) determining a clutch slip, depending on the drag moment (M_k2), of the second transmission; characterised in that it contains the following step: d) detecting a current gear selection of the multi-clutch transmission by evaluating the clutch slip. a) closing a first clutch of the multi-clutch transmission in order to transmit an input torque (M_k1) between a drive machine of the motor vehicle and at least one first sub-transmission of the multi-clutch transmission; b) applying a drag moment (M_k2), on the part of a second transmission of the multi-clutch transmission, to a second sub-transmission, coupled with the first sub-transmission, of the multi-clutch transmission; c) determining a clutch slip, depending on the drag moment (M_k2), of the second transmission; characterised in that it contains the following step: d) detecting a current gear selection of the multi-clutch transmission by evaluating the clutch slip.
Method for setting a gap dimension of a gap between a punching cylinder and an impression cylinder of a punching device in an automated manner, a control system that is provided with an evaluating unit comprising a sensor device that has at least one sensor, and the gap dimension of the punching device being adapted in an automated manner by means of an adjusting device if there is a deviation from a desired state, characterised in that a material web that is separated, by means of a matrix-stripping device that is in particular provided with a matrix-stripping roll, into a backing web having punched labels and a matrix web is punched by the punching device, and in that the sensor records data that is relevant to the matrix web and/or the backing web (17, 19), which data is used by the evaluating unit to draw a conclusion regarding the presence of a label in the matrix web, a missing label on the backing web and/or the presence of a matrix part in the backing web.
Heat pump comprising following features: a condenser comprising a condenser housing; a compressor motor comprising a rotor and a stator, the rotor comprising a motor shaft on which is mounted a compressor wheel for compressing working medium vapor, and the compressor motor comprising a motor wall; a motor housing which surrounds the compressor motor and comprises a working medium intake (362, 330) so as to direct liquid working medium out of the condenser to the motor wall for cooling the motor, wherein the motor housing is configured to maintain a maximum level of liquid working medium within the motor housing during operation of the heat pump, wherein the motor housing is further configured to form a vapor space above the maximum level during operation of the heat pump, and wherein the motor housing further comprises a vapor discharge outlet which is configured to discharge vapor from the vapor space within the motor housing into the condenser, characterized in that the compressor motor is mounted on the condenser housing and in that the vapor discharge outlet is configured as an overflow protruding into the motor housing and defining the maximum level of liquid working medium, the overflow extending from the motor housing into the condenser and the overflow further representing a vapour passage for vapour from the vapour space into the condenser, so that the pressures within the motor housing and in the condenser housing are essentially the same. a condenser comprising a condenser housing; a compressor motor comprising a rotor and a stator, the rotor comprising a motor shaft on which is mounted a compressor wheel for compressing working medium vapor, and the compressor motor comprising a motor wall; a motor housing which surrounds the compressor motor and comprises a working medium intake (362, 330) so as to direct liquid working medium out of the condenser to the motor wall for cooling the motor, wherein the motor housing is configured to maintain a maximum level of liquid working medium within the motor housing during operation of the heat pump, wherein the motor housing is further configured to form a vapor space above the maximum level during operation of the heat pump, and wherein the motor housing further comprises a vapor discharge outlet which is configured to discharge vapor from the vapor space within the motor housing into the condenser, characterized in that the compressor motor is mounted on the condenser housing and in that the vapor discharge outlet is configured as an overflow protruding into the motor housing and defining the maximum level of liquid working medium, the overflow extending from the motor housing into the condenser and the overflow further representing a vapour passage for vapour from the vapour space into the condenser, so that the pressures within the motor housing and in the condenser housing are essentially the same.
A tyre dismounting apparatus adapted to be installed on a motor vehicle, comprising: - a base configured to be fixed to the motor vehicle; - a frame, hinged to the base and tiltable about a tilting axis between a rest position and a working position; - a tilting actuator connected to the base and to the frame to move the frame relative to the base; - a wheel-holder unit configured to receive a wheel and lock it in place and rotating about an axis of rotation to drive the wheel in rotation about the axis of rotation; - a working unit connected to the frame and including a rod and a tool connected to the rod, wherein the working unit is movable along a transverse axis parallel to the tilting axis of the frame, characterized by comprising: - a transverse actuator connected to the working unit to move it translationally relative to the wheel-holder unit along the transverse axis; - a longitudinal actuator connected to the frame and configured to move the wheel-holder unit along a longitudinal axis having at least one component in a vertical direction, parallel to the direction of the weight force. - a base configured to be fixed to the motor vehicle; - a frame, hinged to the base and tiltable about a tilting axis between a rest position and a working position; - a tilting actuator connected to the base and to the frame to move the frame relative to the base; - a wheel-holder unit configured to receive a wheel and lock it in place and rotating about an axis of rotation to drive the wheel in rotation about the axis of rotation; - a working unit connected to the frame and including a rod and a tool connected to the rod, wherein the working unit is movable along a transverse axis parallel to the tilting axis of the frame, - a transverse actuator connected to the working unit to move it translationally relative to the wheel-holder unit along the transverse axis; - a longitudinal actuator connected to the frame and configured to move the wheel-holder unit along a longitudinal axis having at least one component in a vertical direction, parallel to the direction of the weight force.
A lyophilization medium for freeze-drying a Francisella tularensis (F. tularensis) strain, the lyophilization medium comprising mannitol, a disaccharide, and gelatin in a weight ratio of 1 mannitol: 1 disaccharide: 0.25 gelatin, wherein the disaccharide is selected from sucrose, trehalose, and a mixture of sucrose and trehalose.
Connection assembly, comprising: - a composite pane composed of a first pane and a second pane, which are connected to an intermediate layer, - an electro-optical functional element having an active layer arranged between two surface electrodes (7, 8), which electro-optical functional element is arranged between the first pane and the second pane, wherein a single flexible bus bar in the form of a strip is applied on each of the two surface electrodes (7, 8), wherein the bus bar is folded over and routed out of the composite pane. - a composite pane composed of a first pane and a second pane, which are connected to an intermediate layer, - an electro-optical functional element having an active layer arranged between two surface electrodes (7, 8), which electro-optical functional element is arranged between the first pane and the second pane,
A surgical kit, comprising: a liquid sealant (6300, 6300a, 6300b) configured to cure into a solidified state; and a sealing cuff having a sidewall with first and second ends removably mated to one another to form an enclosed loop, the sidewall defining an interior chamber, and the sealing cuff being configured to be disposed around a body lumen such that the interior chamber is sealed between the outer wall and the body lumen to allow the liquid sealant to be received therein and to directly contact the body lumen; and a tube coupled to the sealing cuff and configured to deliver the sealant to the interior chamber of the sealing cuff, characterised in that the sealing cuff includes a plurality of protrusions formed on an inner surface of the sidewall, in the interior chamber and spaced apart from one another around its circumference, the plurality of protrusions being sized and shaped such that when the sealing cuff is disposed around a tubular body organ and sealant is delivered thereto, the sealant is distributed substantially uniformly within the interior chamber of the cuff and solidifies substantially circumferentially around the organ. a liquid sealant (6300, 6300a, 6300b) configured to cure into a solidified state; and a sealing cuff having a sidewall with first and second ends removably mated to one another to form an enclosed loop, the sidewall defining an interior chamber, and the sealing cuff being configured to be disposed around a body lumen such that the interior chamber is sealed between the outer wall and the body lumen to allow the liquid sealant to be received therein and to directly contact the body lumen; and a tube coupled to the sealing cuff and configured to deliver the sealant to the interior chamber of the sealing cuff, characterised in that the sealing cuff includes a plurality of protrusions formed on an inner surface of the sidewall, in the interior chamber and spaced apart from one another around its circumference, the plurality of protrusions being sized and shaped such that when the sealing cuff is disposed around a tubular body organ and sealant is delivered thereto, the sealant is distributed substantially uniformly within the interior chamber of the cuff and solidifies substantially circumferentially around the organ.