mhurhangee/patent-ind-claim-en huggingface dataset:
An inverter comprising: an electronic device , a magnetic element , a heat radiator , a cooling fan , a first box and a second box connected with each other via a mounting plate , the mounting plate is located between the first box and the second box ; the electronic device is disposed inside the first box ; the heat radiator and the cooling fan are disposed inside the second box ; the magnetic element is disposed outside the first box and the second box ; the magnetic element is disposed on a top plate of the second box ; the cooling fan is disposed on a side plate of the second box inside the second box , the side plate is perpendicular to gaps between fins of the heat radiator , and the side plate is perpendicular to the top plate ; the first box and the second box share one mounting plate , and are located on two parallel mounting surfaces of the mounting plate respectively; wherein one or more vents are disposed in another side plate of the second box , the another side plate is perpendicular to the gaps between the fins of the heat radiator ; characterized in that the side plate , the other side plate and the mounting plate are perpendicular to the top plate . the heat radiator and the cooling fan are disposed inside the second box ; the magnetic element is disposed outside the first box and the second box ; the magnetic element is disposed on a top plate of the second box ; the cooling fan is disposed on a side plate of the second box inside the second box , the side plate is perpendicular to gaps between fins of the heat radiator , and the side plate is perpendicular to the top plate ; the first box and the second box share one mounting plate , and are located on two parallel mounting surfaces of the mounting plate respectively; wherein one or more vents are disposed in another side plate of the second box , the another side plate is perpendicular to the gaps between the fins of the heat radiator ; characterized in that the side plate , the other side plate and the mounting plate are perpendicular to the top plate .
A method for testing a lightning protection system of a wind turbine, comprising the steps of • positioning, with an unmanned aerial vehicle (UAV) , an electrode near a receptor of a lightning protection system of a turbine ; • creating, with a high voltage generator , a high voltage between the electrode and the receptor ; • thereby creating an electrical arc between the electrode and the receptor ; • detecting, with a current detection device , a current caused by the arc flowing through the lightning protection system , characterised in that the arc spans an air gap between the electrode and the receptor of at least five millimetres. • positioning, with an unmanned aerial vehicle (UAV) , an electrode near a receptor of a lightning protection system of a turbine ; • creating, with a high voltage generator , a high voltage between the electrode and the receptor ; • thereby creating an electrical arc between the electrode and the receptor ; • detecting, with a current detection device , a current caused by the arc flowing through the lightning protection system ,
A content receiving system comprising: - a plurality of content receiving devices ; - a server ; and - a display device , each connected to a communication network ; wherein each content receiving device includes : a content receiver that receives a content item ; a list transmitter that transmits a list, which includes information indicating the content item received by the content receiver , to the server ; a thumbnail generator that generates a thumbnail of the content item received by the content receiver ; and a thumbnail transmitter that transmits the thumbnail generated by the thumbnail generator , to the display device , the display device includes: a list controller that requests and acquires a list of a plurality of content items, which are held by each of said content receiving devices , from said server ; a communication interface that establishes a P2P-type communication connection between the display device and a designated content receiving device ; a thumbnail controller that requests and receives a thumbnail of a content item of said list of a plurality of content items to the designated content receiving device by using the P2P-type communication connection between the display device and the designated content receiving device ; a display , and wherein the display displays both the information indicating said content item and the corresponding thumbnail transmitted from the designated content receiving device to the display device , visually associated with each other. - a plurality of content receiving devices ; - a server ; and - a display device , a content receiver that receives a content item ; a list transmitter that transmits a list, which includes information indicating the content item received by the content receiver , to the server ; a thumbnail generator that generates a thumbnail of the content item received by the content receiver ; and a thumbnail transmitter that transmits the thumbnail generated by the thumbnail generator , to the display device , a list controller that requests and acquires a list of a plurality of content items, which are held by each of said content receiving devices , from said server ; a communication interface that establishes a P2P-type communication connection between the display device and a designated content receiving device ; a thumbnail controller that requests and receives a thumbnail of a content item of said list of a plurality of content items to the designated content receiving device by using the P2P-type communication connection between the display device and the designated content receiving device ; a display , and
Apparatus designed to determine and/or monitor a predefined level of a medium in a vessel with a sensor unit and an electronics unit , wherein the apparatus is a two-wire measuring device, wherein the electronics unit is designed to apply an excitation signal to the sensor unit and to receive a reception signal from the sensor unit , wherein the electronics unit comprises at least - an interface designed according to the NAMUR standard, - a first calculation unit , which is designed - in a normal operating mode - to determine whether a predefined level is reached on the basis of the reception signal, and to output this information in the form of an output current signal via the interface, - a second calculation unit , which is designed - in a diagnostic operating mode - to provide a statement about the state of the sensor unit , - at least one intermediate memory (9, 9a, 9b, ...), which is designed to save the at least one statement about the state of the sensor unit , and which is electrically connected to the first calculation unit and to the second calculation unit , and - at least a switch element , which makes it possible to switch between the normal operating mode and the diagnostic operating mode and vice versa, wherein the switch element is arranged and designed in such a way that the first calculation unit is operated in the normal operating mode while the second calculation unit is switched off, and in such a way that the second calculation unit is operated in the diagnostic operating mode when the first calculation unit is switched off. - an interface designed according to the NAMUR standard, - a first calculation unit , which is designed - in a normal operating mode - to determine whether a predefined level is reached on the basis of the reception signal, and to output this information in the form of an output current signal via the interface, - a second calculation unit , which is designed - in a diagnostic operating mode - to provide a statement about the state of the sensor unit , - at least one intermediate memory (9, 9a, 9b, ...), which is designed to save the at least one statement about the state of the sensor unit , and which is electrically connected to the first calculation unit and to the second calculation unit , and - at least a switch element , which makes it possible to switch between the normal operating mode and the diagnostic operating mode and vice versa, wherein the switch element is arranged and designed in such a way that the first calculation unit is operated in the normal operating mode while the second calculation unit is switched off, and in such a way that the second calculation unit is operated in the diagnostic operating mode when the first calculation unit is switched off.
A lighting device comprising: a light source unit ; a first communication unit configured to receive library data from a mobile terminal ; a storage unit configured to store the received library data; a second communication unit configured to receive a control message indicating an execution command of a library corresponding to the stored library data from a control device ; and a processor configured to control the light source unit to execute said library in accordance with the received control message, wherein the library data includes information on the form of operating the light source unit , in particular, emitting light, blinking or providing vibrations, corresponding to various patterns, and wherein the processor is configured to control an operation timing of the light source unit by sequentially receiving the control message over a predetermined number of times at an initial execution of said library. a light source unit ; a first communication unit configured to receive library data from a mobile terminal ; a storage unit configured to store the received library data; a second communication unit configured to receive a control message indicating an execution command of a library corresponding to the stored library data from a control device ; and a processor configured to control the light source unit to execute said library in accordance with the received control message, wherein the library data includes information on the form of operating the light source unit , in particular, emitting light, blinking or providing vibrations, corresponding to various patterns, and wherein the processor is configured to control an operation timing of the light source unit by sequentially receiving the control message over a predetermined number of times at an initial execution of said library.
A method, comprising: receiving , at a management device, data indicating that one or more nodes in a shared-media communication network are under attack by an attacking node; and communicating , at the management device, a quarantine request packet to the one or more nodes under attack, the quarantine request packet providing instructions to the one or more nodes under attack to alter their frequency hopping schedule without allowing the attacking node to learn of the altered frequency hopping schedule, by including in the quarantine request packet a secret that determines the altered frequency hopping schedule. receiving , at a management device, data indicating that one or more nodes in a shared-media communication network are under attack by an attacking node; and communicating , at the management device, a quarantine request packet to the one or more nodes under attack, the quarantine request packet providing instructions to the one or more nodes under attack to alter their frequency hopping schedule without allowing the attacking node to learn of the altered frequency hopping schedule, by including in the quarantine request packet a secret that determines the altered frequency hopping schedule.
A zero-point clamping device for centred locking of an object with repeat accuracy, in particular a workpiece, a tool or a pallet, consisting of: - a housing , - a receiving opening incorporated into the housing , which has a centring axis , with which the object is aligned during the clamping process, - and having two opposite clamping slides , each of which is mounted axially displaceably in a bore provided in the housing , and which open into the receiving opening during the clamping condition and thereby act on the object or a carrier part and centre it, characterised in that - an actuating element is rotatably mounted in the housing , whose axis of rotation extends in parallel to the clamping slides , - a through-opening , which is aligned perpendicularly to the longitudinal axis of the clamping slides , is incorporated in each of the clamping slides , - a pivot pin is inserted into each through-opening , whose one free end of which engages in a guide groove incorporated in the actuating element and is drivingly connected therewith and whose opposing second free end is inserted into an abutment assigned to the housing and is retained therein in a tiltable manner. - a housing , - a receiving opening incorporated into the housing , which has a centring axis , with which the object is aligned during the clamping process, - and having two opposite clamping slides , each of which is mounted axially displaceably in a bore provided in the housing , and which open into the receiving opening during the clamping condition and thereby act on the object or a carrier part and centre it, - an actuating element is rotatably mounted in the housing , whose axis of rotation extends in parallel to the clamping slides , - a through-opening , which is aligned perpendicularly to the longitudinal axis of the clamping slides , is incorporated in each of the clamping slides , - a pivot pin is inserted into each through-opening , whose one free end of which engages in a guide groove incorporated in the actuating element and is drivingly connected therewith and whose opposing second free end is inserted into an abutment assigned to the housing and is retained therein in a tiltable manner.
A method of programming an implantable medical device, IMD , to provide therapeutic operations for a patient , comprising: conducting a first communication session between the IMD with a first external programming device when network connectivity to a remote server for medical device management to perform programming validation is not available to the first external programming device; receiving programming data and first validation data by the IMD from the first external programming device to provide therapeutic operations according to at least one instance of settings data received during the first communication session, wherein the first validation data is signed by the first external programming device with a temporary key ; then, conducting a second communication session between the IMD with a second external device when network connectivity to the remote server for medical device management is available to the second external device; during the second communication session, receiving second validation data for the at least one instance of settings data, wherein the second validation data is signed with a key corresponding to the IMD ; processing, by the IMD, the second validation data to verify the second validation data against the key corresponding to the IMD; and replacing, by the IMD, the first validation data signed using the temporary key with the second validation data. conducting a first communication session between the IMD with a first external programming device when network connectivity to a remote server for medical device management to perform programming validation is not available to the first external programming device; receiving programming data and first validation data by the IMD from the first external programming device to provide therapeutic operations according to at least one instance of settings data received during the first communication session, wherein the first validation data is signed by the first external programming device with a temporary key ; then, conducting a second communication session between the IMD with a second external device when network connectivity to the remote server for medical device management is available to the second external device; during the second communication session, receiving second validation data for the at least one instance of settings data, wherein the second validation data is signed with a key corresponding to the IMD ; processing, by the IMD, the second validation data to verify the second validation data against the key corresponding to the IMD; and replacing, by the IMD, the first validation data signed using the temporary key with the second validation data.
Nuclease-encoding nucleotide-modified messenger RNA (nec-mRNA) suitable for use for the correction of a genetic alteration on a DNA characterized in that the nec-mRNA is packed into a nanoparticle, wherein the nucleotide modification is a chemical modification resulting in an mRNA being more stable and less immunogenic.
Tamper-evident coupling system of sheet material, comprising: - at least one first base portion , - at least one second base portion , - at least a first coupling portion borne by the first base portion , - at least a second coupling portion borne by the second base portion , the first and the second coupling portions being configured for defining at least one arming condition in which said first and second coupling portions are engaged with each other, wherein at least one between the first and the second coupling portion comprises at least one removable portion configured for separating from the coupling system - upon a first disengagement condition of said first and second coupling portion following said arming condition - for preventing a following coupling of said first and second coupling portion , the coupling system comprising at least one supporting portion directly constrained to at least one between the second base portion and the second coupling portion , wherein the supporting portion is configured - at least during an initial contact step between the first and second coupling portion before said arming condition - for supporting at least part of said second coupling portion , characterized in that the supporting portion comprises a weakening portion configured for enabling the supporting portion to define at least the following operative conditions: - a holding operative condition, defined during the initial contact step between said first and second coupling portion during which the first coupling portion abuts on the second coupling portion , wherein the weakening portion during said holding operative condition is intact and enables the supporting portion itself to support the second coupling portion , - a releasing operative condition, optionally defined at least during the arming condition, wherein the weakening portion breaks so that the supporting portion can enable a movement of the second coupling portion greater than the movement obtainable of the same coupling portion when the supporting portion defines said holding operative condition. - at least one first base portion , - at least one second base portion , - at least a first coupling portion borne by the first base portion , - at least a second coupling portion borne by the second base portion , - a holding operative condition, defined during the initial contact step between said first and second coupling portion during which the first coupling portion abuts on the second coupling portion , wherein the weakening portion during said holding operative condition is intact and enables the supporting portion itself to support the second coupling portion , - a releasing operative condition, optionally defined at least during the arming condition, wherein the weakening portion breaks so that the supporting portion can enable a movement of the second coupling portion greater than the movement obtainable of the same coupling portion when the supporting portion defines said holding operative condition.
A wing for an aircraft comprising a fixed body , a movable tip , and an assembly for moving the movable tip relative to the fixed body , the assembly comprising: a linear actuator configured to pivotally attach to both the fixed body of the wing and the movable tip of the wing, such that the linear actuator is configured to extend between a first pivotal attachment on the fixed body and a second pivotal attachment on the movable tip, wherein the linear actuator is configured to repeatedly move the movable tip of the wing from an unfolded position to a folded position, wherein throughout such movement the linear actuator is configured to pivot about both the first and second pivotal attachments, characterised in that : a lever arm of the linear actuator increases upon the linear actuator moving the movable tip of the wing from the unfolded position to the folded position, the lever arm being defined as a perpendicular distance from an axis of rotation of the movable tip of the wing to a longitudinal axis of the linear actuator . a linear actuator configured to pivotally attach to both the fixed body of the wing and the movable tip of the wing, such that the linear actuator is configured to extend between a first pivotal attachment on the fixed body and a second pivotal attachment on the movable tip, wherein the linear actuator is configured to repeatedly move the movable tip of the wing from an unfolded position to a folded position, wherein throughout such movement the linear actuator is configured to pivot about both the first and second pivotal attachments, characterised in that : a lever arm of the linear actuator increases upon the linear actuator moving the movable tip of the wing from the unfolded position to the folded position, the lever arm being defined as a perpendicular distance from an axis of rotation of the movable tip of the wing to a longitudinal axis of the linear actuator .
A wheel loader for loading an excavated object onto a loading target, the wheel loader comprising: a front frame ; a bucket ; a boom having a distal end connected to the bucket , and a proximal end rotatably supported by the front frame ; a sensor configured to measure a distance between the boom and the loading target; and a controller configured to control an action of the wheel loader , the controller causes the wheel loader to perform a predetermined action for collision avoidance on condition that a distance to be measured by the sensor when the wheel loader travels takes a value less than or equal to a threshold value, characterized in that the sensor is disposed at one of a first position in the boom , the first position being closer to the proximal end of the boom than to the distal end of the boom , and a second position in the front frame , the second position being closer to a position where the boom is supported than to a front end of the front frame . a front frame ; a bucket ; a boom having a distal end connected to the bucket , and a proximal end rotatably supported by the front frame ; a sensor configured to measure a distance between the boom and the loading target; and a controller configured to control an action of the wheel loader , the controller causes the wheel loader to perform a predetermined action for collision avoidance on condition that a distance to be measured by the sensor when the wheel loader travels takes a value less than or equal to a threshold value, characterized in that the sensor is disposed at one of a first position in the boom , the first position being closer to the proximal end of the boom than to the distal end of the boom , and a second position in the front frame , the second position being closer to a position where the boom is supported than to a front end of the front frame .