mhurhangee/ep-ind-claims huggingface dataset:
A modular fan unit, having a housing that has been provided with an inlet opening and an outflow opening and a fan that is accommodated in the housing and that conveys the air at least in the axial direction, whereby the housing is divided perpendicularly to the axis (X-X) of the fan into at least two housing halves that are joined to each other, namely, a motor holding part and an air inlet part, and whereby the housing forms a chamber in which the blades of the axial fan are accommodated so as to rotate around the axis (X-X) of the fan, and the housing also has a circumferential edge area (122, 132) in the vicinity of which the housing has a thickness B extending in the axis direction (X-X) of the axial fan, and the motor holding part has a dimension R as the maximum extension in the edge area in the axis direction (X-X) of the fan, and moreover, the chamber has an extension in the axis direction (X-X) of the fan at the height of the dimension L, and the extension of the air inlet part in the axis direction (X-X) of the fan has a dimension T in the area of the chamber, characterized in that the ratio of the dimension B to the dimension R with respect to the ratio of the dimension L to the dimension T is within the range from 0.9 to 1.2.
A heating valve assembly comprising a housing having an inlet and an outlet, a first valve means having a valve seat and a valve element, and a second valve means setting a constant pressure difference across the first valve means, wherein the housing comprises a first part and a second part which are connected to each other, and the first valve means is arranged exclusively in the first part of the housing, characterised in that, the second valve device is arranged exclusively in a second part of the housing.
A contact tip assembly for MIG-welding and a PTA-torch in association with the contact tip assembly, the contact tip assembly comprising: a guide having a longitudinal center axis (A-A'), a first end, and an opposite second end, and a center bore extending and running along the longitudinal center axis of the guide from its first end to its second end through which a metal wire can be provided; and being characterised by: an electric contact unit containing a contact tip in electric contact with an electric energy source, the electric contact unit arranged to contact the metal wire with the contact tip past the second end of the guide, the contact tip assembly positioned so that after the metal wire passes through the guide and is brought into contact with the contact tip, the metal wire is positioned in a plasma arc of the plasma transfer arc torch above a deposition point of a workpiece; an electrically insulating lining inside of the center bore and extending at least from the first end to the second end of the guide; and wherein the contact tip is separate and apart from the guide and the contact tip is isolated spatially from the PTA torch. a guide having a longitudinal center axis (A-A'), a first end, and an opposite second end, and a center bore extending and running along the longitudinal center axis of the guide from its first end to its second end through which a metal wire can be provided; and being characterised by: an electric contact unit containing a contact tip in electric contact with an electric energy source, the electric contact unit arranged to contact the metal wire with the contact tip past the second end of the guide, the contact tip assembly positioned so that after the metal wire passes through the guide and is brought into contact with the contact tip, the metal wire is positioned in a plasma arc of the plasma transfer arc torch above a deposition point of a workpiece; an electrically insulating lining inside of the center bore and extending at least from the first end to the second end of the guide; and wherein the contact tip is separate and apart from the guide and the contact tip is isolated spatially from the PTA torch. an electric contact unit containing a contact tip in electric contact with an electric energy source, the electric contact unit arranged to contact the metal wire with the contact tip past the second end of the guide, the contact tip assembly positioned so that after the metal wire passes through the guide and is brought into contact with the contact tip, the metal wire is positioned in a plasma arc of the plasma transfer arc torch above a deposition point of a workpiece; an electrically insulating lining inside of the center bore and extending at least from the first end to the second end of the guide; and wherein the contact tip is separate and apart from the guide and the contact tip is isolated spatially from the PTA torch.
Client type communication device for communicating with an access point type communication device, the client type communication device comprising a communication unit adapted to - use at least one of first communication resources (31, 32, 33, 35, 36, 37) for performing a random access communication to the access point type communication device, if the client type communication device is in an associated mode regarding the access point type communication device, and - use at least one of second communication resources different from the first communication resources (31, 32, 33, 35, 36, 37) for performing a random access communication to the access point type communication device, if the client type communication device is in a non-associated mode regarding the access point type communication device, and the first and second communication resources, each are random access blocks comprising a plurality of frequency subcarriers wherein between at least some of the frequency subcarriers further frequency subcarriers are existent which do not belong to the respective random access block. - use at least one of first communication resources (31, 32, 33, 35, 36, 37) for performing a random access communication to the access point type communication device, if the client type communication device is in an associated mode regarding the access point type communication device, and - use at least one of second communication resources different from the first communication resources (31, 32, 33, 35, 36, 37) for performing a random access communication to the access point type communication device, if the client type communication device is in a non-associated mode regarding the access point type communication device, and the first and second communication resources, each are random access blocks comprising a plurality of frequency subcarriers wherein between at least some of the frequency subcarriers further frequency subcarriers are existent which do not belong to the respective random access block.
Method for determining a route for a vehicle, the method including: a) associating a navigation module to a vehicle fitted with tires; b) associating a tire monitoring unit to at least one tire fitted to such vehicle, said tire monitoring unit including at least one sensing element adapted to generate a sensing signal descriptive of deformations undergone by said tire during rotation on a rolling surface, said deformations forming a contact area between said tire and said rolling surface; c) during the rotation of such at least one tire of the vehicle fitted with such monitoring unit, undersampling said sensing signal generated by said sensing element including the sensing signal generated in correspondence of passages of said sensing element through said contact area for a number of said passages sufficient for obtaining an estimated length of said contact area based on said undersampled sensing signal, said number of said passages being sufficiently high to enable a statistical analysis of the undersampled sensing signal; d) estimating the weight of the vehicle based on such estimated length, e) identifying at least two alternative routes; and f) selecting at least one route among said at least alternative routes based on such estimated weight of the vehicle. a) associating a navigation module to a vehicle fitted with tires; b) associating a tire monitoring unit to at least one tire fitted to such vehicle, said tire monitoring unit including at least one sensing element adapted to generate a sensing signal descriptive of deformations undergone by said tire during rotation on a rolling surface, said deformations forming a contact area between said tire and said rolling surface; c) during the rotation of such at least one tire of the vehicle fitted with such monitoring unit, undersampling said sensing signal generated by said sensing element including the sensing signal generated in correspondence of passages of said sensing element through said contact area for a number of said passages sufficient for obtaining an estimated length of said contact area based on said undersampled sensing signal, said number of said passages being sufficiently high to enable a statistical analysis of the undersampled sensing signal; d) estimating the weight of the vehicle based on such estimated length, e) identifying at least two alternative routes; and f) selecting at least one route among said at least alternative routes based on such estimated weight of the vehicle.
Trellis processing apparatus for use in estimating a transmitted signal from a received signal acquired through a channel, wherein the received signal comprises a sequence of received symbols, the transmitted signal comprises a sequence of transmitted symbols, the channel has a channel response estimate comprising a series of channel coefficients each corresponding to a different time delay and the apparatus comprises: data storage means containing differences between a received symbol and different products, each product being a product of the channel coefficient corresponding to the least time delay and a different one of a set of all the possible values that can be assumed by a transmitted symbol; calculating means for calculating a summation of products, each product being a product of one of the set of all of the possible values that can be assumed by a transmitted symbol and a channel coefficient other than the one corresponding to the least time delay and the summation being specific to a branch-start state in a trellis; and wherein the calculating means is arranged to combine the result of the summation with different ones of the differences contained in the data storage means in the calculation of branch metrics leading to different branch-end states in the trellis.
Drain set, in particular for shower or bath tubs, with a drain housing which has an interior accessible from an upper inlet opening, with a drain connection piece projecting from the drain housing, with a partition wall defining an overflow edge between the interior and the drain connection piece, the partition wall being connected integrally to the drain housing as an integral component of the drain housing, and with a dip tube inserted into the drain housing and removable therefrom and forming part of an odour trap, characterised in that the partition wall is flexibly deformable in such a way that a section of the overflow edge can be deformed laterally in the direction of the interior of the drain housing in the shape of a trough by the action of mechanical pressure.
A high-power VCSEL laser treatment device having a skin cooling function, comprising a laser heat sink, a VCSEL array packaged on the laser heat sink, an optical transmission device disposed in front of a light emitting surface of the VCSEL array, and a high thermal conductive optical window sheet disposed on a light emitting opening end of the optical transmission device, wherein an integral cooling conduction metal piece is disposed on outer sides of the laser heat sink, the optical transmission device, and the high thermal conductive optical window sheet; and wherein one or more semiconductor chilling plates are disposed between the cooling conduction metal piece and the laser heat sink, a hot end of the semiconductor chilling plate contacting the laser heat sink, and a cold end of the semiconductor chilling plate contacting the cooling conduction metal piece.
A field gun, comprising: i)an elevating mass comprising: an ordnance for firing a projectile, the ordnance comprising a barrel defining a barrel axis and having a muzzle towards the front end of the field gun and a breech assembly at the rear end of the barrel; and a cradle for holding the ordnance at a traverse and an elevation; and at least one co-operative engagement means, for linking said cradle to a wheeled carriage, ii)said wheeled carriage comprising at least one wheel; characterized in that the wheeled carriage further comprises: a rechargeable electric storage device; and a regenerative braking system comprising: a brake control configured for applying a braking force to said at least one wheel in response to movement of the wheeled carriage by a recoil force from the firing of the projectile from the gun barrel. i)an elevating mass comprising: an ordnance for firing a projectile, the ordnance comprising a barrel defining a barrel axis and having a muzzle towards the front end of the field gun and a breech assembly at the rear end of the barrel; and a cradle for holding the ordnance at a traverse and an elevation; and at least one co-operative engagement means, for linking said cradle to a wheeled carriage, an ordnance for firing a projectile, the ordnance comprising a barrel defining a barrel axis and having a muzzle towards the front end of the field gun and a breech assembly at the rear end of the barrel; and a cradle for holding the ordnance at a traverse and an elevation; and at least one co-operative engagement means, for linking said cradle to a wheeled carriage, ii)said wheeled carriage comprising at least one wheel; characterized in that the wheeled carriage further comprises: a rechargeable electric storage device; and a regenerative braking system comprising: a brake control configured for applying a braking force to said at least one wheel in response to movement of the wheeled carriage by a recoil force from the firing of the projectile from the gun barrel. at least one wheel; characterized in that the wheeled carriage further comprises: a rechargeable electric storage device; and a regenerative braking system comprising: a brake control configured for applying a braking force to said at least one wheel in response to movement of the wheeled carriage by a recoil force from the firing of the projectile from the gun barrel. a rechargeable electric storage device; and a regenerative braking system comprising: a brake control configured for applying a braking force to said at least one wheel in response to movement of the wheeled carriage by a recoil force from the firing of the projectile from the gun barrel.
A system for identification of a printing material of a 3D printer, the system comprising: - a tray comprising the printing material; - a mounting seating for the tray; - a reader system; - a printer controller; - a detector; - and an RFID label system; - whereby to the mounting seating there is attached the reader system of a Radio Frequency Identification (RFID) code, which is connected to the printer controller, wherein in the mounting seating there is arranged the detector of a presence of the tray comprising the printing material, wherein the detector is connected with the printer controller, and wherein to the tray comprising the printing material there is attached the RFID label system in a position that allows effective contact of the RFID label system via RFID radio waves with the reader system; - and whereby the system is configured such that placing the tray in the seating causes an impact of the tray on the presence detector, which transfers an informing signal to the printer controller about a change of a state of the detector which causes the controller to activate the reader system and to start an exchange of information between a memory of the RFID label system and a memory of the printer controller; - whereby when the exchange of information is complete, the reader system automatically reaches an inactive state. - a tray comprising the printing material; - a mounting seating for the tray; - a reader system; - a printer controller; - a detector; - and an RFID label system; - whereby to the mounting seating there is attached the reader system of a Radio Frequency Identification (RFID) code, which is connected to the printer controller, wherein in the mounting seating there is arranged the detector of a presence of the tray comprising the printing material, wherein the detector is connected with the printer controller, and wherein to the tray comprising the printing material there is attached the RFID label system in a position that allows effective contact of the RFID label system via RFID radio waves with the reader system; - and whereby the system is configured such that placing the tray in the seating causes an impact of the tray on the presence detector, which transfers an informing signal to the printer controller about a change of a state of the detector which causes the controller to activate the reader system and to start an exchange of information between a memory of the RFID label system and a memory of the printer controller; - whereby when the exchange of information is complete, the reader system automatically reaches an inactive state.
A server, comprising: a processor configured to: receive a network connection establishment request from a network user equipment, UE, to establish a Transmission Control Protocol, TCP, connection or a user datagram protocol, UDP, connection; analyze the network connection establishment request to extract TCP initial sequence numbers, ISNs, or a quick user datagram protocol, QUIC, connection identifier, ID; and send a message comprising the QUIC connection ID or at least one of the TCP ISNs to a Quality of Experience helper node, QoEHN, with instructions to control the TCP connection or the UDP connection between the server and the network UE, wherein the control of the TCP connection or the UDP connection between the server and the network UE comprises matching packet source and destination addresses and ports to the at least one TCP ISNs or the QUIC connection ID and controlling the TCP connection or the UDP connection according to the outcome of the match. receive a network connection establishment request from a network user equipment, UE, to establish a Transmission Control Protocol, TCP, connection or a user datagram protocol, UDP, connection; analyze the network connection establishment request to extract TCP initial sequence numbers, ISNs, or a quick user datagram protocol, QUIC, connection identifier, ID; and send a message comprising the QUIC connection ID or at least one of the TCP ISNs to a Quality of Experience helper node, QoEHN, with instructions to control the TCP connection or the UDP connection between the server and the network UE, wherein the control of the TCP connection or the UDP connection between the server and the network UE comprises matching packet source and destination addresses and ports to the at least one TCP ISNs or the QUIC connection ID and controlling the TCP connection or the UDP connection according to the outcome of the match.
Laryngeal mask airway device, comprising: an airway tube having a proximal end and a distal end; a laryngeal mask placed at the distal end of the airway tube, wherein the distal end of the airway tube opens inside the laryngeal mask, wherein the laryngeal mask is configured to seal around a laryngeal inlet of a patient; a connector placed at the proximal end or close to the proximal end of the airway tube, wherein the connector is in fluid communication with the laryngeal mask through the airway tube and is configured to be connected to a ventilation equipment; a movable element placed in the laryngeal mask and configured to steer a tip of a catheter passing through the airway tube when said catheter protrudes in the laryngeal mask; a control element; a motion transmission device operatively connected to the movable element and to the control element to move the movable element and to steer the tip of the catheter by acting on the control element; characterized in that the control element is mounted on the proximal end of the airway tube; wherein the control element comprises a handle, a lever, a button or a joystick; wherein a box-like casing defines the proximal end and supports the connector and the control element. an airway tube having a proximal end and a distal end; a laryngeal mask placed at the distal end of the airway tube, wherein the distal end of the airway tube opens inside the laryngeal mask, wherein the laryngeal mask is configured to seal around a laryngeal inlet of a patient; a connector placed at the proximal end or close to the proximal end of the airway tube, wherein the connector is in fluid communication with the laryngeal mask through the airway tube and is configured to be connected to a ventilation equipment; a movable element placed in the laryngeal mask and configured to steer a tip of a catheter passing through the airway tube when said catheter protrudes in the laryngeal mask; a control element; a motion transmission device operatively connected to the movable element and to the control element to move the movable element and to steer the tip of the catheter by acting on the control element; characterized in that the control element is mounted on the proximal end of the airway tube; wherein the control element comprises a handle, a lever, a button or a joystick; wherein a box-like casing defines the proximal end and supports the connector and the control element.