mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-implemented method for operating a terminal with high availability in a network, comprising a first edge device (A, 21) which operates the terminal (IOT) using a model (AIM), at least one second edge device (B-D) and a monitoring device (MD) having a store (MS) in the cloud , wherein the store (MS) is used to store at least one identifier for a failure backup device of the first edge device (A, 21), which identifier relates to the at least one second edge device (B-D), and also the model (AIM) for operating the terminal (IOT, 31-33) and information relating to the communication configuration (CC) between the first and the at least one second edge device (A-D), the monitoring device (MD) and the terminal (IOT, 31-33), and the first edge device (A, 21) periodically sends a signal (HB) about its correct operation in the network, and the signal (HB) is received by the monitoring device (MD), and if a missing or erroneous signal (HB) is detected, an associated defective device is recognised, and the model (AIM) and the communication configuration (CC) of the defective device is transmitted from the store (MS) to a backup device (BD), wherein the backup device (BD) is determined by the identifier associated with the missing or erroneous signal (HB), and the backup device (BD) operates the terminal device (IOT, 31-33) using the received model (AIM) and the communication configuration (CC). wherein the store (MS) is used to store at least one identifier for a failure backup device of the first edge device (A, 21), which identifier relates to the at least one second edge device (B-D), and also the model (AIM) for operating the terminal (IOT, 31-33) and information relating to the communication configuration (CC) between the first and the at least one second edge device (A-D), the monitoring device (MD) and the terminal (IOT, 31-33), and the first edge device (A, 21) periodically sends a signal (HB) about its correct operation in the network, and the signal (HB) is received by the monitoring device (MD), and if a missing or erroneous signal (HB) is detected, an associated defective device is recognised, and the model (AIM) and the communication configuration (CC) of the defective device is transmitted from the store (MS) to a backup device (BD), wherein the backup device (BD) is determined by the identifier associated with the missing or erroneous signal (HB), and the backup device (BD) operates the terminal device (IOT, 31-33) using the received model (AIM) and the communication configuration (CC).
Keg cap for a keg, such as a beer keg, the keg comprising a keg head for filling the keg, wherein the keg cap comprises a lid and a skirt adjoining thereto, wherein the inner wall of said skirt is provided with a plurality of internally directed resilient retention spears along the circumference of the skirt , wherein the angle (α) of the retention spear with the inner wall of the skirt is between 15 degrees and 40 degrees, wherein the keg cap comprising a detachable portion for removing the keg cap from the keg head, this detachable portion being outlined by a first and a second pair of tear lines , wherein the first pair of tear lines extends over the full diameter of the lid of the keg cap and continues at one end of the lid of the keg cap in two openings which terminate in the second pair of tear lines and terminates at the other end of the lid in a tear tab , wherein the tear tab is separated from the skirt of the keg cap by a tear tab opening , wherein the skirt comprises a third pair of tear lines at the tear tab opening.
Method for producing a hollow shaft from a pipe-shaped preform by means of flow-forming, wherein both ends of the preform are reshaped using at least one forming roller, wherein a pipe-shaped preform having a round or a polygonal cross-section is used and the preform is held in the central pipe region by a workpiece holder during the entire production process until the hollow shaft is finished, characterised in that in both ends an outer and/or inner profiling is introduced, wherein prior to the introduction of the outer and/or inner profiling in each case an inner mandrel , profiled if appropriate, is introduced axially at both ends and the two inner mandrels are connected at the end faces in a force-fitting and/or form-fitting manner with one another.
A tubular battery attached with an externally-attached positive temperature coefficient (PTC) element and a lead terminal plate , wherein: the tubular battery comprises: a first electrode terminal , and a second electrode terminal ; and the externally-attached PTC element comprises: a bottom plate made of a metal plate, the bottom plate being attached to the first electrode terminal of the tubular battery ; a plate-shaped PTC element , and a top panel made of a metal plate, the plate-shaped PTC element and the top panel being stacked in that order above the bottom plate disposed below, the plate-shaped PTC element being disposed in an opposed area between the top panel and the bottom plate , the top panel extending in a first direction with respect to a planar area of the bottom plate , the top panel having a distal end formed into a lead pin mountable to a circuit board; and the lead terminal plate is attached to the second electrode terminal of the tubular battery and is made of a metal plate extending linearly in the first direction, the lead terminal plate having a distal end formed into two lead pins. the tubular battery comprises: a first electrode terminal , and a second electrode terminal ; and a first electrode terminal , and a second electrode terminal ; and the externally-attached PTC element comprises: a bottom plate made of a metal plate, the bottom plate being attached to the first electrode terminal of the tubular battery ; a plate-shaped PTC element , and a top panel made of a metal plate, the plate-shaped PTC element and the top panel being stacked in that order above the bottom plate disposed below, the plate-shaped PTC element being disposed in an opposed area between the top panel and the bottom plate , the top panel extending in a first direction with respect to a planar area of the bottom plate , the top panel having a distal end formed into a lead pin mountable to a circuit board; and the lead terminal plate is attached to the second electrode terminal of the tubular battery and is made of a metal plate extending linearly in the first direction, the lead terminal plate having a distal end formed into two lead pins. a bottom plate made of a metal plate, the bottom plate being attached to the first electrode terminal of the tubular battery ; a plate-shaped PTC element , and a top panel made of a metal plate, the plate-shaped PTC element and the top panel being stacked in that order above the bottom plate disposed below, the plate-shaped PTC element being disposed in an opposed area between the top panel and the bottom plate , the top panel extending in a first direction with respect to a planar area of the bottom plate , the top panel having a distal end formed into a lead pin mountable to a circuit board; and the lead terminal plate is attached to the second electrode terminal of the tubular battery and is made of a metal plate extending linearly in the first direction, the lead terminal plate having a distal end formed into two lead pins.
A telecommunications network , comprising: a registration database ; and a core network device communicatively connectable with user equipment , wherein the core network device is configured to: receive from a call-originating device an initiation request of a communication session to an alias phone number; retrieve from the registration database one or more destination number(s) corresponding to the alias phone number; transmit respective indication(s) of the alias phone number to destination(s) corresponding to the retrieved one or more destination number(s); characterized by the core network device being further configured to: subsequently, receive from one of the destination(s) an acknowledgement of call-acceptance to the alias phone number; and in response to receiving the acknowledgement, sending an invitation message to initiate the communication session to the one of the destination(s) using the respective one of the retrieved one or more destination number(s). a registration database ; and a core network device communicatively connectable with user equipment , wherein the core network device is configured to: receive from a call-originating device an initiation request of a communication session to an alias phone number; retrieve from the registration database one or more destination number(s) corresponding to the alias phone number; transmit respective indication(s) of the alias phone number to destination(s) corresponding to the retrieved one or more destination number(s); characterized by the core network device being further configured to: subsequently, receive from one of the destination(s) an acknowledgement of call-acceptance to the alias phone number; and in response to receiving the acknowledgement, sending an invitation message to initiate the communication session to the one of the destination(s) using the respective one of the retrieved one or more destination number(s). receive from a call-originating device an initiation request of a communication session to an alias phone number; retrieve from the registration database one or more destination number(s) corresponding to the alias phone number; transmit respective indication(s) of the alias phone number to destination(s) corresponding to the retrieved one or more destination number(s); characterized by the core network device being further configured to: subsequently, receive from one of the destination(s) an acknowledgement of call-acceptance to the alias phone number; and in response to receiving the acknowledgement, sending an invitation message to initiate the communication session to the one of the destination(s) using the respective one of the retrieved one or more destination number(s). subsequently, receive from one of the destination(s) an acknowledgement of call-acceptance to the alias phone number; and in response to receiving the acknowledgement, sending an invitation message to initiate the communication session to the one of the destination(s) using the respective one of the retrieved one or more destination number(s).
An airfoil comprising: a core structure defining a cooling passage ; a panel attached with the core structure , the panel having an exterior gas path side , an opposed interior side , side edges and a panel bearing portion ; and a channel (78;178'178;278;378;478;578;678) having a first end (178a;278a;378a;478a;578a;678a) opening to the cooling passage and a second end (178b;278b;378b;478b;578b;678b) opening to the exterior gas path side at one of the side edges , wherein the channel (78;178;178';278;378;478;578;678) extends through the core structure , characterised in that , the core structure includes a wall including a wall bearing portion , and the channel (78;178;178';278;378;478;578;678) extends through the wall bearing portion , wherein one of the side edges includes a protrusion (84;86) having a sloped bearing surface (84a;86a), such that the wall bearing portion and the panel bearing portions overlap. a core structure defining a cooling passage ; a panel attached with the core structure , the panel having an exterior gas path side , an opposed interior side , side edges and a panel bearing portion ; and
Device for providing a vehicle surround view (FRA) for a vehicle (F), having: - vehicle cameras that provide camera images (KB) of an area surrounding the vehicle (F); - an incline detecting unit that detects a current incline of the vehicle (F) relative to a predetermined reference plane; - a position determining unit that determines a position change of at least one vehicle camera relative to the predetermined reference plane of the vehicle (F) in dependence upon the incline that is detected by means of the incline detecting unit ; - an incline compensating unit that compensates the incline that is detected by means of the incline detecting unit in such a manner that a driver seat (FS) that is provided in a driver cabin (KAB) and/or a working assembly of the vehicle (F) is oriented essentially horizontally, and having - an image data processing unit that projects the camera images (KB) that are provided by the vehicle cameras so as to generate the vehicle surround view (FRA) onto a projection surface (PF) that is adapted in dependence upon the determined position change of the vehicle camera . - vehicle cameras that provide camera images (KB) of an area surrounding the vehicle (F); - an incline detecting unit that detects a current incline of the vehicle (F) relative to a predetermined reference plane; - a position determining unit that determines a position change of at least one vehicle camera relative to the predetermined reference plane of the vehicle (F) in dependence upon the incline that is detected by means of the incline detecting unit ; - an incline compensating unit that compensates the incline that is detected by means of the incline detecting unit in such a manner that a driver seat (FS) that is provided in a driver cabin (KAB) and/or a working assembly of the vehicle (F) is oriented essentially horizontally, and having - an image data processing unit that projects the camera images (KB) that are provided by the vehicle cameras so as to generate the vehicle surround view (FRA) onto a projection surface (PF) that is adapted in dependence upon the determined position change of the vehicle camera .
Electro-hydrostatic actuator system for a press drive, having an upper piston with a press surface acting from a first direction, wherein the press surface of the upper piston is actuated by means of a piston rod in a hydraulic cylinder of the upper piston and traverses a first distance in a press run, at least one auxiliary piston with a press surface acting from a second direction opposite the first direction, wherein the press surface of the auxiliary piston is actuated by means of a piston rod in a hydraulic cylinder of the auxiliary piston and traverses a second distance in the press run, a first electro-hydrostatic actuator for driving the upper piston , comprising a first pump and a first motor generator which is controlled by a first controller , a second electro-hydrostatic actuator for driving the at least one auxiliary piston , comprising a second pump and a second motor generator which is controlled by a second controller , and wherein the second motor generator of the second electro-hydrostatic actuator is operated as a generator in the press run, characterized in that the system has a plurality of auxiliary pistons , and at least one of the press surfaces of the auxiliary pistons has a different thickness than another press surface and/or at least one of the press surfaces has a different resting distance than another press surface . an upper piston with a press surface acting from a first direction, wherein the press surface of the upper piston is actuated by means of a piston rod in a hydraulic cylinder of the upper piston and traverses a first distance in a press run, at least one auxiliary piston with a press surface acting from a second direction opposite the first direction, wherein the press surface of the auxiliary piston is actuated by means of a piston rod in a hydraulic cylinder of the auxiliary piston and traverses a second distance in the press run, a first electro-hydrostatic actuator for driving the upper piston , comprising a first pump and a first motor generator which is controlled by a first controller , a second electro-hydrostatic actuator for driving the at least one auxiliary piston , comprising a second pump and a second motor generator which is controlled by a second controller , and wherein the second motor generator of the second electro-hydrostatic actuator is operated as a generator in the press run, characterized in that the system has a plurality of auxiliary pistons , and at least one of the press surfaces of the auxiliary pistons has a different thickness than another press surface and/or at least one of the press surfaces has a different resting distance than another press surface .
A composite anchoring body including an elastic body and at least one rack , in which the elastic body is a straight strip polyhedron with a wide bottom and a narrow top, the bottom , the left end and right end are all plane, and the top is a curve formed by a zigzag connection between planes, the bottom is isosceles trapezoid, a number of racks are embedded at intervals in the length L direction of the elastic body , the racks comprise saw teeth , the tooth crest of the saw teeth of the racks is parallel to the long sides of all planes forming the curve, a horizontal plane of the elastic body is provided with a plurality of yielding portions uniformly distributed in the length L direction, and one rack is adjacent to at least one of yielding portions in the width W direction of the elastic body .
Method of cleaning an on-load tap changer in a regulating transformer , wherein - the on-load tap changer comprises a moved contact and a fixed contact ; - a switching signal for actuating and switching over the on-load tap changer is generated in order to keep a primary voltage or a secondary voltage of the regulating transformer in a predetermined voltage band; - at least one cleaning parameter is checked in dependence on the switching signal; - a cleaning signal is generated in dependence on the result of the check; - the moved contact is frictionally moved relative to the fixed contact in dependence on the cleaning signal; and - the on-load tap changer is actuated and switched over in correspondence with the switching signal after the cleaning. - the on-load tap changer comprises a moved contact and a fixed contact ; - a switching signal for actuating and switching over the on-load tap changer is generated in order to keep a primary voltage or a secondary voltage of the regulating transformer in a predetermined voltage band; - at least one cleaning parameter is checked in dependence on the switching signal; - a cleaning signal is generated in dependence on the result of the check; - the moved contact is frictionally moved relative to the fixed contact in dependence on the cleaning signal; and - the on-load tap changer is actuated and switched over in correspondence with the switching signal after the cleaning.
Wall plug for inserting into a substrate , whereby the wall plug comprises: a foot with an opening for inserting of a fixing element ; a head ; and an strutting region between the foot and the head , characterized in that the strutting region comprises the following: first strutting bars formed to knot in a cavity in the substrate upon inserting of the fixing element into the opening ; and second strutting bars formed for folding in the cavity in the substrate upon insertion of the fixing element into the opening ; wherein the first strutting bars are a part of a first injection molded component of the wall plug and the second strutting bars are a part of a second injection molded component of the wall plug ; and wherein a mechanical separation is formed at a separation point between the second strutting bars and a component of the head formed by the second injection molded component . a foot with an opening for inserting of a fixing element ; a head ; and an strutting region between the foot and the head , characterized in that the strutting region comprises the following: first strutting bars formed to knot in a cavity in the substrate upon inserting of the fixing element into the opening ; and second strutting bars formed for folding in the cavity in the substrate upon insertion of the fixing element into the opening ; wherein the first strutting bars are a part of a first injection molded component of the wall plug and the second strutting bars are a part of a second injection molded component of the wall plug ; and wherein a mechanical separation is formed at a separation point between the second strutting bars and a component of the head formed by the second injection molded component . first strutting bars formed to knot in a cavity in the substrate upon inserting of the fixing element into the opening ; and second strutting bars formed for folding in the cavity in the substrate upon insertion of the fixing element into the opening ; wherein the first strutting bars are a part of a first injection molded component of the wall plug and the second strutting bars are a part of a second injection molded component of the wall plug ; and wherein a mechanical separation is formed at a separation point between the second strutting bars and a component of the head formed by the second injection molded component .
A device for delivering a drug comprising: a reservoir ; a housing with a space shaped to hold the reservoir ; said housing defining an optical path from outside the device to an interior of the reservoir such that a payload status of the reservoir can be discerned from a vantage point outside the device; characterized in that it further comprises a generator of a plurality of color-coded light signals (446a-446d) , each associated with a different device state, said generator positioned so that at least a portion of said color-coded light signal travels along said optical path wherein said portion of an interior of said reservoir and said color-coded light signal are visible along said optical path simultaneously and viewable from said vantage point . a reservoir ; a housing with a space shaped to hold the reservoir ; said housing defining an optical path from outside the device to an interior of the reservoir such that a payload status of the reservoir can be discerned from a vantage point outside the device; characterized in that it further comprises a generator of a plurality of color-coded light signals (446a-446d) , each associated with a different device state, said generator positioned so that at least a portion of said color-coded light signal travels along said optical path wherein said portion of an interior of said reservoir and said color-coded light signal are visible along said optical path simultaneously and viewable from said vantage point .
A housing comprising a base made of metal material, the base having a plurality of main portions separated by one or more openings formed therein; wherein the housing further comprising a metal strip assembly and insulating layers , the metal strip assembly is positioned within the openings and is not electrically connected to the main portions , the metal strip assembly is formed by a series of metal strips and a plurality of adhering layers , the series of metal strips and the plurality of adhering layers are alternately placed; and the insulating layers is positioned between the metal strip assembly and the main portions .