mhurhangee/ep-ind-claims huggingface dataset:
An overfill protection mechanism for a fill valve for a lubricant reservoir comprising: an actuator configured to shift upwards in response to an overfill event, the actuator comprising: an upper surface; a lower surface; and a wall extending from the upper surface and defining a valve protection chamber; a valve actuator movably disposed within the valve protection chamber, wherein the valve actuator is configured to actuate a fill valve from an open position to a closed position; and an elastic member disposed within the valve protection chamber, wherein the elastic member biases the valve actuating plate towards an upper end of the valve protection chamber and is configured to compress within the valve protection chamber such that the valve actuator remains static relative to the fill valve as the actuator shifts upward in response to the overfill event. an actuator configured to shift upwards in response to an overfill event, the actuator comprising: an upper surface; a lower surface; and a wall extending from the upper surface and defining a valve protection chamber; an upper surface; a lower surface; and a wall extending from the upper surface and defining a valve protection chamber; a valve actuator movably disposed within the valve protection chamber, wherein the valve actuator is configured to actuate a fill valve from an open position to a closed position; and an elastic member disposed within the valve protection chamber, wherein the elastic member biases the valve actuating plate towards an upper end of the valve protection chamber and is configured to compress within the valve protection chamber such that the valve actuator remains static relative to the fill valve as the actuator shifts upward in response to the overfill event.
Filter cassette for a vacuum cleaner apparatus, it being possible for the filter cassette to be positioned in the vacuum cleaner apparatus in such a way that the filter cassette can be positioned in an air stream which is sucked in by the vacuum cleaner apparatus, the filter cassette comprising substantially a shell face, an upper opening and a lower opening, with the result that the air stream which is sucked in can flow through the lower opening into the filter cassette and through the upper opening out of the filter cassette in order to filter out the dirt particles, characterized in that at least one first and second sealing element (6, 7) are provided, the first sealing element running in a first plane and the second sealing element running in a second plane, and the first and second plane being arranged at an acute angle with respect to one another, with the result that the second sealing element is oriented substantially horizontally when the filter cassette is positioned in a filter cassette receptacle of the vacuum cleaner apparatus, the filter cassette receptacle being accessible from outside the vacuum cleaner apparatus.
Method for downloading subscription information to an identification unit connected to a wireless communication device operating within a cellular network, said cellular network comprising at least one packet gateway node, at least one remote provisioning server being connected to the packet gateway node, the remote provisioning server comprising a provisioning database, the wireless communication device operating in a mode with limited access to the remote provisioning server within the cellular network, the method comprising the steps: - submitting a request comprising an authentication identifier and access information relating to one remote provisioning server from the identification unit on an assigned communication channel to the cellular network, - receiving at the cellular network said request from the identification unit, - forwarding at the cellular network said request using a connection tunnel preconfigured according to said access information from the packet gateway node to the remote provisioning server addressed by said access information, - upon reception of said request determining subscription information in the provisioning database based on said authentication identifier at the remote provisioning server, - providing a response message comprising data relative to subscription information through said preconfigured connection tunnel to the identification unit, when subscription information detected, - upon reception of said response message creating based on received data relative to subscription information an identity record and storing said created identity record in memory means of the identification unit. - submitting a request comprising an authentication identifier and access information relating to one remote provisioning server from the identification unit on an assigned communication channel to the cellular network, - receiving at the cellular network said request from the identification unit, - forwarding at the cellular network said request using a connection tunnel preconfigured according to said access information from the packet gateway node to the remote provisioning server addressed by said access information, - upon reception of said request determining subscription information in the provisioning database based on said authentication identifier at the remote provisioning server, - providing a response message comprising data relative to subscription information through said preconfigured connection tunnel to the identification unit, when subscription information detected, - upon reception of said response message creating based on received data relative to subscription information an identity record and storing said created identity record in memory means of the identification unit.
A method for cleaning a capper for containers, in particular bottles, wherein during normal operation a stator of an electric motor generates a magnetic field which is operative through a cleanroom separation for the movement of a rotor which within a cleanroom drives a capping head, and wherein during a cleaning operation a cleaning medium is guided through at least one media feed-through in the cleanroom separation from an ambient side into the cleanroom and is distributed there by at least one media outlet opening.
Facility for the heat treatment of products arranged on a pallet or the like, comprising at least one chamber, means for the insertion of a pallet, means for conveying the pallet between an input and an output, means for blowing air through the products of a pallet, longitudinal separation means which are arranged substantially along the main axis of said at least one chamber and make it possible to prevent the flow of air between the upper surface of each pallet present in the chamber and the ceiling of said at least one chamber, characterized in that the longitudinal separation means are raisable and comprise displacement means which make it possible to raise or position flexible elements which ensure sealing and are independent of one another so as to compensate where necessary for level differences on each pallet present in the chamber, or comprise a drive shaft provided with retaining means making it possible to drive at least two articulated arms in the upward direction and at least one sealing canvas linked to the articulated arms, the articulated arms being independent of one another so as to compensate where necessary for level differences on each pallet present in the chamber.
A method of assessing brain state of a subject comprising the steps of: acquiring electrical signals from the brain of the subject using at least one electrode channel; extracting quantitative features from the acquired signals; performing a first classification to classify extracted features into a normal or an abnormal brain state; then performing a second classification to classify an abnormal brain state as focal or diffuse; computing a first index indicating the probability that the first classification is accurate; computing a second index indicating the probability that the second classification is accurate; and outputting the first and second indices in the form of a two-dimensional vector. acquiring electrical signals from the brain of the subject using at least one electrode channel; extracting quantitative features from the acquired signals; performing a first classification to classify extracted features into a normal or an abnormal brain state; then performing a second classification to classify an abnormal brain state as focal or diffuse; computing a first index indicating the probability that the first classification is accurate; computing a second index indicating the probability that the second classification is accurate; and outputting the first and second indices in the form of a two-dimensional vector.
A wiper seal having a central axis along which a shaft of a medical instrument extends during use, the wiper seal comprising: an outer perimeter portion; an inner sealing portion; and a flex portion between the outer perimeter portion and the inner sealing portion, wherein: the inner sealing portion is thicker relative to the flex portion and includes an angled upper annular face and an angled lower annular face characterised in that said angled upper annular face and said angled lower annular face meet to form an annular seal lip that seals around an outer surface of the shaft during use; and wherein an angle (α) formed between the central axis and the angled upper annular face and an angle (β) formed between the central axis and the angled lower annular face are both acute angles. an outer perimeter portion; an inner sealing portion; and a flex portion between the outer perimeter portion and the inner sealing portion, wherein: the inner sealing portion is thicker relative to the flex portion and includes an angled upper annular face and an angled lower annular face characterised in that said angled upper annular face and said angled lower annular face meet to form an annular seal lip that seals around an outer surface of the shaft during use; and wherein an angle (α) formed between the central axis and the angled upper annular face and an angle (β) formed between the central axis and the angled lower annular face are both acute angles. the inner sealing portion is thicker relative to the flex portion and includes an angled upper annular face and an angled lower annular face characterised in that said angled upper annular face and said angled lower annular face meet to form an annular seal lip that seals around an outer surface of the shaft during use; and wherein an angle (α) formed between the central axis and the angled upper annular face and an angle (β) formed between the central axis and the angled lower annular face are both acute angles.
An outdoor unit of an air conditioner, the outdoor unit comprising: a compressor-driving inverter circuit to convert direct current power for driving a compressor into pseudo three-phase alternating current power by using a plurality of switching elements; a fan rotational speed detection unit to detect a fan rotational speed of a fan that cools the switching elements; an ambient temperature detection unit to detect an ambient temperature at a location where the air conditioner is located; and a compressor inverter drive unit to control a compressor rotational speed of the compressor by controlling the compressor-driving inverter circuit, wherein the compressor inverter drive unit controls the compressor-driving inverter circuit on a basis of the fan rotational speed and the ambient temperature and controls the compressor-driving inverter circuit such that the compressor rotational speed is higher than a reference rotational speed when the fan rotational speed becomes higher than a reference value. a compressor-driving inverter circuit to convert direct current power for driving a compressor into pseudo three-phase alternating current power by using a plurality of switching elements; a fan rotational speed detection unit to detect a fan rotational speed of a fan that cools the switching elements; an ambient temperature detection unit to detect an ambient temperature at a location where the air conditioner is located; and a compressor inverter drive unit to control a compressor rotational speed of the compressor by controlling the compressor-driving inverter circuit, wherein the compressor inverter drive unit controls the compressor-driving inverter circuit on a basis of the fan rotational speed and the ambient temperature and controls the compressor-driving inverter circuit such that the compressor rotational speed is higher than a reference rotational speed when the fan rotational speed becomes higher than a reference value.
A method performed by a communications device for transmitting a message in response to a Random Access Response, RAR, message received from a Radio Network Node, RNN,, wherein the message is a message 3, msg3, and wherein the communications device and the RNN are operating in a wireless communications network, and wherein the method comprises: - receiving (301A, 300B), from the RNN, a RAR message comprising multiple grants associated to the same preamble identity; - determining that the message to be transmitted requires one out of: - resources provided by any one of the grants out of the multiple grants, - resources provided by more than two grants out of the multiple grants, and - more resources than provided by the multiple grants; - when the message to be transmitted requires resources provided by any one grant out of the multiple grants, selecting (302A,302B) one grant out of the multiple grants; - when the message to be transmitted requires resources provided by more than two grants out of the multiple grants, selecting (303A,303B) the more than two of the grants out of the multiple grants; - when the message to be transmitted requires more resources than provided by the multiple grants, selecting (304A,304B) one grant out of the multiple grants; and - transmitting (305A,305B), to the RNN, the message using resources provided by the selected at least one grant out of the multiple grants. - receiving (301A, 300B), from the RNN, a RAR message comprising multiple grants associated to the same preamble identity; - determining that the message to be transmitted requires one out of: - resources provided by any one of the grants out of the multiple grants, - resources provided by more than two grants out of the multiple grants, and - more resources than provided by the multiple grants; - resources provided by any one of the grants out of the multiple grants, - resources provided by more than two grants out of the multiple grants, and - more resources than provided by the multiple grants; - when the message to be transmitted requires resources provided by any one grant out of the multiple grants, selecting (302A,302B) one grant out of the multiple grants; - when the message to be transmitted requires resources provided by more than two grants out of the multiple grants, selecting (303A,303B) the more than two of the grants out of the multiple grants; - when the message to be transmitted requires more resources than provided by the multiple grants, selecting (304A,304B) one grant out of the multiple grants; and - transmitting (305A,305B), to the RNN, the message using resources provided by the selected at least one grant out of the multiple grants.
A surgical robotic apparatus comprising: a surgical robotic arm having a proximal end portion and a distal end portion, where the distal end portion is configured to receive a surgical tool, and the proximal end portion is configured to be removably coupled to a surgical robotic platform for surgery and decoupled from the platform for storage; characterised by a secondary side of a resonant-mode transformer-coupled power converter that also has a primary side, wherein the secondary side of the power converter has a transformer secondary coil in the proximal end portion of the arm, and wherein the primary side has a transformer primary coil in the platform, and wherein the primary and secondary coils are held at positions and orientations that enable mutual inductive coupling between them for operation of the power converter when the arm is coupled to the platform for wireless power transfer through the transformer primary and secondary coils. a surgical robotic arm having a proximal end portion and a distal end portion, where the distal end portion is configured to receive a surgical tool, and the proximal end portion is configured to be removably coupled to a surgical robotic platform for surgery and decoupled from the platform for storage; characterised by a secondary side of a resonant-mode transformer-coupled power converter that also has a primary side, wherein the secondary side of the power converter has a transformer secondary coil in the proximal end portion of the arm, and wherein the primary side has a transformer primary coil in the platform, and wherein the primary and secondary coils are held at positions and orientations that enable mutual inductive coupling between them for operation of the power converter when the arm is coupled to the platform for wireless power transfer through the transformer primary and secondary coils.
A method, comprising: monitoring a connectivity of a network including a plurality of switches, links between the plurality of switches, and a plurality of routers, the plurality of routers being redundant routers with a first router including a master/backup status of master and a second of the plurality of routers including a master/backup status of backup; detecting a failure of one of the plurality of switches or links between the plurality of switches; and based on the detected failure, changing the redundant router master/backup status of both the first router and the second of the plurality of routers. monitoring a connectivity of a network including a plurality of switches, links between the plurality of switches, and a plurality of routers, the plurality of routers being redundant routers with a first router including a master/backup status of master and a second of the plurality of routers including a master/backup status of backup; detecting a failure of one of the plurality of switches or links between the plurality of switches; and based on the detected failure, changing the redundant router master/backup status of both the first router and the second of the plurality of routers.
A chilling panel comprising: a casing layer having thermal insulating properties and forming an exterior side of the chilling panel; a coolant compartment defined by thermally conductive side walls abutting an interior side of the casing layer and configured to contain a cooling element (116, 604); an inner wall layer constructed of thermally conductive material and forming the interior side of the chilling panel; a liquid reservoir compartment defined as the volume between the inner wall layer and a combination of the coolant compartment and the casing layer, the liquid reservoir compartment being substantially filled with water when in use; an internal thermal insulator layer positioned between the liquid reservoir compartment and the coolant compartment, the internal thermal insulator layer being positioned and sized such that water stored in the liquid reservoir compartment is thermally insulated from the cooling element (116, 604) in the coolant compartment on a surface of the coolant compartment parallel with a major plane of the chilling plane; and a means (402, 404, 406) for selectively interconnecting the chilling panel with a number of other chilling panels having a similar structure to form a sealed container. a casing layer having thermal insulating properties and forming an exterior side of the chilling panel; a coolant compartment defined by thermally conductive side walls abutting an interior side of the casing layer and configured to contain a cooling element (116, 604); an inner wall layer constructed of thermally conductive material and forming the interior side of the chilling panel; a liquid reservoir compartment defined as the volume between the inner wall layer and a combination of the coolant compartment and the casing layer, the liquid reservoir compartment being substantially filled with water when in use; an internal thermal insulator layer positioned between the liquid reservoir compartment and the coolant compartment, the internal thermal insulator layer being positioned and sized such that water stored in the liquid reservoir compartment is thermally insulated from the cooling element (116, 604) in the coolant compartment on a surface of the coolant compartment parallel with a major plane of the chilling plane; and a means (402, 404, 406) for selectively interconnecting the chilling panel with a number of other chilling panels having a similar structure to form a sealed container.
System for processing a carcass part of a porcine, bovine, ovine, or caprine slaughter animal, wherein the carcass part comprises a holding zone, which holding zone comprises bone with soft tissue thereon, wherein the system comprises: • a plurality of carriers for carrying said carcass part, movable along a track and having a direction of transport, wherein at least a carrier of the plurality of the carriers: • allows rotation about an axis parallel to the track, • comprises a retaining assembly for retaining the carcass part by the holding zone, wherein the retaining assembly • comprises a locking plate with a slot adapted to receive the holding zone, • is suitable for sliding in the carcass part from the side of the retaining assembly, • is adapted to engage on the exterior of the soft tissue, • a loading station for arranging the carcass part in the carrier, wherein the loading station comprises a conveyor belt and a guide (781, 781a, 781b), wherein a top of a moving surface of the conveyor belt is adapted to move in the same direction as the direction of transport, characterized in that the retaining assembly is adapted to be turned upward, such that an open end of the slot in the locking plate is upward for receiving the holding zone of the carcass part in an entrance part of the slot, and in that the conveyor belt is adapted to move the carcass part towards the guide while the carrier moves along with it at substantially the same speed, such that carcass part comes into engagement with the guide, thereby forcing the holding zone into the retaining portion of the slot of the locking plate. • a plurality of carriers for carrying said carcass part, movable along a track and having a direction of transport, wherein at least a carrier of the plurality of the carriers: • allows rotation about an axis parallel to the track, • comprises a retaining assembly for retaining the carcass part by the holding zone, wherein the retaining assembly • comprises a locking plate with a slot adapted to receive the holding zone, • is suitable for sliding in the carcass part from the side of the retaining assembly, • is adapted to engage on the exterior of the soft tissue, • allows rotation about an axis parallel to the track, • comprises a retaining assembly for retaining the carcass part by the holding zone, wherein the retaining assembly • comprises a locking plate with a slot adapted to receive the holding zone, • is suitable for sliding in the carcass part from the side of the retaining assembly, • is adapted to engage on the exterior of the soft tissue, • comprises a locking plate with a slot adapted to receive the holding zone, • is suitable for sliding in the carcass part from the side of the retaining assembly, • is adapted to engage on the exterior of the soft tissue, • a loading station for arranging the carcass part in the carrier, wherein the loading station comprises a conveyor belt and a guide (781, 781a, 781b), wherein a top of a moving surface of the conveyor belt is adapted to move in the same direction as the direction of transport,