mhurhangee/ep-ind-claims huggingface dataset:
Vacuum pump for applications in vacuum packaging machines, comprising: - a cylinder, made up of *the casing of two transversely intersected, parallel cylindrical chambers, the axes of which rest in one plane, and one of the faces of which represents a wall on which the suction hole is located, and *the outer casing containing the casing of two parallel cylindrical chambers to form a confined space, provided with an inlet and an outlet, which allows a liquid to be circulated, carrying out the thermal exchange, - two pump rotors (20', 20"), situated in the parallel cylindrical chambers and driven in rotation by a motor, and - a drive housing containing the motor and the components for driving and synchronizing the pump rotors supporting said rotors by cantilever and serving as support and centring with respect to the cylinder the pump rotors (20', 20") have first (22', 22") elements for guiding in rotation and second (23', 23") elements for guiding in rotation of the rotors (20', 20"), which guide elements support the rotors (20', 20") by cantilever, the first elements for guiding in rotation (22', 22") being situated at the ends of two extended supports (12', 12") which are integral with the drive housing, characterised in that the two extended supports (12', 12") form part of a monobloc part which bears the first and second elements for guiding in rotation (22', 22", 23', 23") and in that the cylinder rests against this monobloc part including the two extended supports (12', 12"). - a cylinder, made up of *the casing of two transversely intersected, parallel cylindrical chambers, the axes of which rest in one plane, and one of the faces of which represents a wall on which the suction hole is located, and *the outer casing containing the casing of two parallel cylindrical chambers to form a confined space, provided with an inlet and an outlet, which allows a liquid to be circulated, carrying out the thermal exchange, *the casing of two transversely intersected, parallel cylindrical chambers, the axes of which rest in one plane, and one of the faces of which represents a wall on which the suction hole is located, and *the outer casing containing the casing of two parallel cylindrical chambers to form a confined space, provided with an inlet and an outlet, which allows a liquid to be circulated, carrying out the thermal exchange, - two pump rotors (20', 20"), situated in the parallel cylindrical chambers and driven in rotation by a motor, and - a drive housing containing the motor and the components for driving and synchronizing the pump rotors supporting said rotors by cantilever and serving as support and centring with respect to the cylinder
A system for restricting access to a mobile communications network by mobile communication devices within a restricted area, the system comprising: at least one transmitter (5, 31) operable to transmit a beacon signal for reception by mobile communication devices within the restricted area; and an access control entity, communicable with the mobile communication device via a base station, wherein the access control entity is operable to decide, on the basis of measurement data received in a measurement report from a mobile communication device indicative of reception of a beacon signal by the mobile communications device, whether or not to provide the mobile communication device with access to a service of the mobile communications network, characterised in that: the or each transmitter (5, 31) is a simplex communication device arranged so that the beacon signal emulates a signal emitted by a base station of the mobile communications network to indicate the presence of that base station; and the or each transmitter (5, 31) is not connected to the mobile communications network. at least one transmitter (5, 31) operable to transmit a beacon signal for reception by mobile communication devices within the restricted area; and an access control entity, communicable with the mobile communication device via a base station, wherein the access control entity is operable to decide, on the basis of measurement data received in a measurement report from a mobile communication device indicative of reception of a beacon signal by the mobile communications device, whether or not to provide the mobile communication device with access to a service of the mobile communications network, characterised in that: the or each transmitter (5, 31) is a simplex communication device arranged so that the beacon signal emulates a signal emitted by a base station of the mobile communications network to indicate the presence of that base station; and the or each transmitter (5, 31) is not connected to the mobile communications network. the or each transmitter (5, 31) is a simplex communication device arranged so that the beacon signal emulates a signal emitted by a base station of the mobile communications network to indicate the presence of that base station; and the or each transmitter (5, 31) is not connected to the mobile communications network.
Method for operating a drive device, which comprises an exhaust gas generating drive unit and an exhaust gas aftertreatment device for the aftertreatment of the exhaust gas, wherein a composition of a fuel-air mixture used to operate the drive unit is determined at least temporarily by means of a lambda control based on a first measured value of a first lambda sensor arranged upstream of the exhaust gas aftertreatment device and based on a second measured value of a second lambda sensor arranged downstream of the exhaust gas aftertreatment device, wherein in order to adjust an oxygen filling level of an oxygen storage of the exhaust gas aftertreatment device to a target filling level after an occurrence of a value of the second measured value, which corresponds to the boundary value of a filling level range that accommodates the target filling level, the composition is adjusted in such a way that the oxygen filling level changes by a pilot oxygen amount in the direction of the target filling level, characterized in that subsequently the composition is determined during a control period using the lambda control until the second measured value is at least within an unavoidable tolerance equal to a target value corresponding to the target filling level and finally the pilot oxygen amount is corrected by an oxygen balance value determined during the control period.
A method for controlling a food handling system comprising a number of food production units by using an operator carried device, the method comprising: receiving process data by a server, wherein the process data is extracted from the food handling system, wherein the process data comprises parameter values captured via sensors provided in the food production units, requesting user input data by transmitting a user input data request to the operator carried device, wherein the user input data request is dynamically determined based on the process data, receiving the user input data via the operator carried device, wherein the user input data is requested to fill any information gaps formed by the process data, determining control data based on the process data and the user input data, transmitting the control data to the food production units, and updating settings in the food production units based on the control data, comparing the user input data with reference user input data; if the user input data differs from a predetermined input range associated to the reference user input data, stopping the food handling system. receiving process data by a server, wherein the process data is extracted from the food handling system, wherein the process data comprises parameter values captured via sensors provided in the food production units, requesting user input data by transmitting a user input data request to the operator carried device, wherein the user input data request is dynamically determined based on the process data, receiving the user input data via the operator carried device, wherein the user input data is requested to fill any information gaps formed by the process data, determining control data based on the process data and the user input data, transmitting the control data to the food production units, and updating settings in the food production units based on the control data, comparing the user input data with reference user input data; if the user input data differs from a predetermined input range associated to the reference user input data, stopping the food handling system.
A keypad for a portable electronic device comprising: a plurality of keys, at least some of the plurality of keys having a ridge that extends upwardly from a top surface of the key; wherein each ridge extends between a lower edge of the key and an upper edge of the key and is curved therebetween, and each ridge is offset from a midline of each key; wherein at least some of the keys have a first concave dip adjacent the ridge, the first concave dip operable to assist a finger or thumb to securely engage that particular key; and wherein at least some of the keys have a convex rise adjacent the first concave dip, a second dip adjacent each rise generally on the side of the key opposite the ridge, and a chamfered edge on the opposite side of the ridge from the first dip, each chamfered edge cooperating with the second dip from an adjacent key to create extra space between two adjacent keys and further assist in distinguishing between adjacent keys. a plurality of keys, at least some of the plurality of keys having a ridge that extends upwardly from a top surface of the key; wherein each ridge extends between a lower edge of the key and an upper edge of the key and is curved therebetween, and each ridge is offset from a midline of each key; wherein at least some of the keys have a first concave dip adjacent the ridge, the first concave dip operable to assist a finger or thumb to securely engage that particular key; and wherein at least some of the keys have a convex rise adjacent the first concave dip, a second dip adjacent each rise generally on the side of the key opposite the ridge, and a chamfered edge on the opposite side of the ridge from the first dip, each chamfered edge cooperating with the second dip from an adjacent key to create extra space between two adjacent keys and further assist in distinguishing between adjacent keys.
A printing apparatus for providing an image on a substrate, the printing apparatus comprising a printing surface for supporting the substrate in a printing area and an aligning anchor (100, 200) for positioning the substrate on the printing surface, the printing surface comprising a plurality of suction holes being distributed over the printing surface to provide a suction force to a contact side of the substrate, the aligning anchor comprising: a first aligning element (110, 210, 310, 410, 510, 610) comprising a contact surface (112, 212, 312, 412, 512, 612) shaped to contact the printing surface, wherein the first aligning element has a thickness (h 1) perpendicular to the contact surface; and wherein the aligning anchor further comprises a first positioning pin (120, 220, 224, 320, 420, 520, 620) and a second positioning pin (122, 222, 322, 422, 522, 622), each positioning pin protruding in a height direction (c) substantially perpendicular from the contact surface and being shaped to fit into a suction hole, the first positioning pin and the second positioning pin being arranged at a distance (d 1, d 2, d 4) with respect to each other in the plane of the contact surface such that the first positioning pin fits into a first suction hole of the printing surface while the second positioning pin fits into a second suction hole of the printing surface in an assembled state of the aligning anchor and the printing surface. a first aligning element (110, 210, 310, 410, 510, 610) comprising a contact surface (112, 212, 312, 412, 512, 612) shaped to contact the printing surface, wherein the first aligning element has a thickness (h 1) perpendicular to the contact surface; and wherein the aligning anchor further comprises a first positioning pin (120, 220, 224, 320, 420, 520, 620) and a second positioning pin (122, 222, 322, 422, 522, 622), each positioning pin protruding in a height direction (c) substantially perpendicular from the contact surface and being shaped to fit into a suction hole, the first positioning pin and the second positioning pin being arranged at a distance (d 1, d 2, d 4) with respect to each other in the plane of the contact surface such that the first positioning pin fits into a first suction hole of the printing surface while the second positioning pin fits into a second suction hole of the printing surface in an assembled state of the aligning anchor and the printing surface.
A method for monitoring and predicting power line conductor health comprising the steps of: - providing original manufacturer conductor specifications for a conductor; - installing said conductor in a power line system; - preparing an initially designed conductor health model using said original manufacturer conductor specifications; - continually measuring an in-use temperature and an in-use clearance of said conductor after installation to provide in-use conductor health data; - calculating a creep of said conductor from said in-use conductor health data; - calibrating said initially designed conductor health model with said in-use conductor health data to provide a calibrated conductor health model; - evaluating a strength of a conductor based on said calibrated conductor health model; and - predicting the remaining strength of said conductor. - providing original manufacturer conductor specifications for a conductor; - installing said conductor in a power line system; - preparing an initially designed conductor health model using said original manufacturer conductor specifications; - continually measuring an in-use temperature and an in-use clearance of said conductor after installation to provide in-use conductor health data; - calculating a creep of said conductor from said in-use conductor health data; - calibrating said initially designed conductor health model with said in-use conductor health data to provide a calibrated conductor health model; - evaluating a strength of a conductor based on said calibrated conductor health model; and - predicting the remaining strength of said conductor.
A method for locating an event corresponding to a failure of a heating element at a wind turbine blade, the heating element comprising an electric resistive material configured to generate heat using electrical power, the method comprising: - providing a location of an event corresponding to a failure of a heating element, wherein the heating element is in an Ohmic contact with a reference potential; - applying a voltage impulse to the heating element relative to the reference potential at a first point in time; - measuring a voltage at the reference potential at a second point in time; - determine the location based at least on the first point in time and the second point in time. - providing a location of an event corresponding to a failure of a heating element, wherein the heating element is in an Ohmic contact with a reference potential; - applying a voltage impulse to the heating element relative to the reference potential at a first point in time; - measuring a voltage at the reference potential at a second point in time; - determine the location based at least on the first point in time and the second point in time.
A method of preparing a transition metal precursor for preparation of a lithium composite transition metal oxide, the transition metal precursor comprising a composite transition metal compound represented by Formula 1 below and a hydrocarbon compound as a reducing agent, Mn a M b (OH 1-x) 2 wherein M is at least two selected from the group consisting of Ni, Co, Al, Cu, Fe, Mg, B, Cr; 0.4≤a<1; 0<b≤0.6; a+b≤1; and 0<x<0.5; and the hydrocarbon compound is a saccharide-based material; the method comprising: preparing an aqueous transition metal solution containing a transition metal salt for preparation of the transition metal precursor; mixing a hydrocarbon compound into the aqueous transition metal solution in an amount of 0.05 to 3 mol% based on a total amount of the aqueous transition metal solution; and performing co-precipitation by adding a strong base to the mixed solution; and sintering the resultant mixture. 0.4≤a<1; 0<b≤0.6; a+b≤1; and 0<x<0.5; and the hydrocarbon compound is a saccharide-based material; the method comprising: preparing an aqueous transition metal solution containing a transition metal salt for preparation of the transition metal precursor; mixing a hydrocarbon compound into the aqueous transition metal solution in an amount of 0.05 to 3 mol% based on a total amount of the aqueous transition metal solution; and performing co-precipitation by adding a strong base to the mixed solution; and sintering the resultant mixture. preparing an aqueous transition metal solution containing a transition metal salt for preparation of the transition metal precursor; mixing a hydrocarbon compound into the aqueous transition metal solution in an amount of 0.05 to 3 mol% based on a total amount of the aqueous transition metal solution; and performing co-precipitation by adding a strong base to the mixed solution; and sintering the resultant mixture.
A rectangular shaft, the shaft walls (2, 3) of which consist of wall elements (4, 5), which are arranged above one another and are formed of plastic material and on which rests an upper frame, wherein opposing shaft walls consist of wall elements, which are assembled at the same height and combined in the longitudinal direction and are connected to one another by linear connectors, and wherein the wall elements combined in the longitudinal direction are plugged with their front end sections directed towards one another into the linear connectors, wherein the linear connectors have recesses on opposing sides, characterised in that the frame is a steel frame, that the recesses have depressions and that the end sections are locked into the linear connectors, wherein elastic webs project into the linear connectors, which, when the end sections of the wall elements are inserted into the recesses, are pressed back until they snap into the depressions in the wall elements.
An electric locker differential assembly comprising: a first and second side gear (26, 28); a pinion gear set (22, 24) between the first side gear and the second side gear; and an engagement mechanism (30, 32) configured to have at least a portion of the engagement mechanism moveable between a retracted position and an extended position to lock and unlock the differential assembly; characterized by the electric locker differential assembly further comprising: an electrical adjustment mechanism configured to engage and at least partially control movement of the engagement mechanism (30, 32), wherein the adjustment mechanism includes an actuator operably connected with an adjustment biasing spring having a first leg retained by the adjustment mechanism and a second leg connected with the engagement mechanism (30, 32) wherein a biasing force of the adjustment biasing spring is varied. a first and second side gear (26, 28); a pinion gear set (22, 24) between the first side gear and the second side gear; and an engagement mechanism (30, 32) configured to have at least a portion of the engagement mechanism moveable between a retracted position and an extended position to lock and unlock the differential assembly; characterized by the electric locker differential assembly further comprising: an electrical adjustment mechanism configured to engage and at least partially control movement of the engagement mechanism (30, 32), wherein the adjustment mechanism includes an actuator operably connected with an adjustment biasing spring having a first leg retained by the adjustment mechanism and a second leg connected with the engagement mechanism (30, 32) wherein a biasing force of the adjustment biasing spring is varied. an electrical adjustment mechanism configured to engage and at least partially control movement of the engagement mechanism (30, 32), wherein the adjustment mechanism includes an actuator operably connected with an adjustment biasing spring having a first leg retained by the adjustment mechanism and a second leg connected with the engagement mechanism (30, 32) wherein a biasing force of the adjustment biasing spring is varied.
A shovel comprising: a traveling body; a turning body turnably mounted on the traveling body; object detecting means for detecting a predetermined object around the shovel; control means for restricting a motion of the shovel when the object is detected; canceling means for executing a cancellation of said restricting the motion; and notifying means, wherein the control means automatically executes the cancellation of said restricting the motion in response to determining that the object that has been around the shovel is away from the shovel, and the notifying means notifies a person around the shovel of the cancellation of said restricting the motion. a traveling body; a turning body turnably mounted on the traveling body; object detecting means for detecting a predetermined object around the shovel; control means for restricting a motion of the shovel when the object is detected; canceling means for executing a cancellation of said restricting the motion; and notifying means, wherein the control means automatically executes the cancellation of said restricting the motion in response to determining that the object that has been around the shovel is away from the shovel, and the notifying means notifies a person around the shovel of the cancellation of said restricting the motion.
Water-based composition for eradicating the apple snail pest, characterised in that it comprises from 20 to 80 vol.% of the total composition of a mineral acid or an organic acid, wherein the acid is acetic acid and from 5 to 20 vol. % of the total composition of a non-ionic surfactant, wherein the non-ionic surfactant is an alkoxylated alcohol of the type alkyl polyethylene-polypropylene glycol (EO-PO).
System for limiting power from an alternating voltage source, which system comprises said power source and a power supply appliance fitted between the power source and a load to be supplied, wherein the power supply appliance comprises means for determining the status of the alternating voltage source on the basis of the frequency supplied by the alternating voltage source, characterized in that the power supply appliance is fitted to limit its input power gradually on the basis of a frequency integral of the alternating voltage source as the status of the same.