mhurhangee/ep-ind-claims huggingface dataset:
A storage structure of a saddle riding type vehicle, the storage structure comprising: a front portion cover for covering a front portion of the saddle riding type vehicle; a storage unit disposed in the front portion cover, the storage unit having an opening formed in a rear surface of the front portion cover and at a position facing a rider; and a lid for openably covering the opening, characterized in that the storage unit is formed to be longer in a longitudinal length extending in a vehicle longitudinal direction than in a height, and a removable tray is disposed at a position closer to the lid than an inner wall of the storage unit, the tray including riser walls at a peripheral edge portion, wherein the storage unit has a power supply port on the outward side in the vehicle width direction and disposed to be oriented toward the opening and the tray is disposed downwardly of the power supply port and at a position spaced away toward the rear from the inner wall of the storage unit and on the outer side in the vehicle width direction. a front portion cover for covering a front portion of the saddle riding type vehicle; a storage unit disposed in the front portion cover, the storage unit having an opening formed in a rear surface of the front portion cover and at a position facing a rider; and a lid for openably covering the opening, characterized in that the storage unit is formed to be longer in a longitudinal length extending in a vehicle longitudinal direction than in a height, and a removable tray is disposed at a position closer to the lid than an inner wall of the storage unit, the tray including riser walls at a peripheral edge portion, wherein the storage unit has a power supply port on the outward side in the vehicle width direction and disposed to be oriented toward the opening and the tray is disposed downwardly of the power supply port and at a position spaced away toward the rear from the inner wall of the storage unit and on the outer side in the vehicle width direction.
A tracked vehicle comprising at least two crawler chains (2, 3) which can each be driven by at least one separate drive, furthermore comprising a sensor device for detecting the actual speed of each of the at least two crawler chains (2, 3), at least one control device for controlling the driving speed of the two drives, wherein the control device comprises a curve control module for setting different driving speeds for the at least two crawler chains (2, 3) for cornering in dependence on a steering signal of a steering signal transmitter, characterized in that the curve control module includes a failure control module for controlling a remaining drive of a crawler chain (2, 3) upon failure of the drive of the other crawler chain (3, 2), wherein the failure control module is configured to control the still operable drive in dependence on the actual speed of the crawler chain (2, 3) whose drive has failed, which is detected by the sensor device, and to control it in dependence on the steering signal such that the crawler chains (2, 3) have the differential speed each required for the steering signal.
Method for using a service of a mobile packet core network in a communication system comprising a mobile device, a node (ePDG or TTG), the mobile packet core network and a wireless radio access network, whereby the mobile device accesses the mobile packet core network via the wireless radio access network, whereby the mobile device determines during a setup of a connection to the wireless radio access network whether the wireless radio access network is a trustworthy wireless radio access network and at least if the wireless radio access network is not trustworthy establishes a secure tunnel connection to the node of the communication system for triggering a usage of a service of the mobile packet core network by an authentication entity, said method being characterised in that the secure tunnel connection is established by using a token stored within the mobile device whereby the mobile device has received the token from the node (ePDG or TTG) whereby the token comprises at least a certificate for authentication to the authentication entity, a MSISDN or a virtual MSISDN and/or an IMSI or a virtual IMSI allocated to the user of the mobile device and whereby the token is generated by the node (ePDG or TTG) using general security mechanisms, in particular TPM or MD5, wherein the node transmits the generated token to a provisioning system for verifying the generated token at the first time when a usage of a service of the mobile packet core network is requested by the mobile device.
A motion capture system comprising: a plurality of cameras, each camera fixedly mounted so as to be directed towards a target scene; and a processing unit configured to perform processing using image data from each of the plurality of cameras, characterized in that: each of the cameras comprises an accelerometer and the processing unit is configured to perform processing that is dependent on an output from the accelerometers, and the processing unit is configured to: detect a change in an orientation of any of the cameras based on an output from the accelerometers by detecting a change in the direction of gravity relative to that camera; and indicate that a camera has been disturbed significantly and that checking of the mounting and/or recalibration is necessary if the detected change in the orientation of the camera is larger than a predetermined threshold. a plurality of cameras, each camera fixedly mounted so as to be directed towards a target scene; and a processing unit configured to perform processing using image data from each of the plurality of cameras, characterized in that: each of the cameras comprises an accelerometer and the processing unit is configured to perform processing that is dependent on an output from the accelerometers, and the processing unit is configured to: detect a change in an orientation of any of the cameras based on an output from the accelerometers by detecting a change in the direction of gravity relative to that camera; and indicate that a camera has been disturbed significantly and that checking of the mounting and/or recalibration is necessary if the detected change in the orientation of the camera is larger than a predetermined threshold. each of the cameras comprises an accelerometer and the processing unit is configured to perform processing that is dependent on an output from the accelerometers, and the processing unit is configured to: detect a change in an orientation of any of the cameras based on an output from the accelerometers by detecting a change in the direction of gravity relative to that camera; and indicate that a camera has been disturbed significantly and that checking of the mounting and/or recalibration is necessary if the detected change in the orientation of the camera is larger than a predetermined threshold. detect a change in an orientation of any of the cameras based on an output from the accelerometers by detecting a change in the direction of gravity relative to that camera; and indicate that a camera has been disturbed significantly and that checking of the mounting and/or recalibration is necessary if the detected change in the orientation of the camera is larger than a predetermined threshold.
Apparatus, comprising: a probe, configured to be inserted into a body cavity; an electrode having an outer surface and an inner surface connected to the probe; a temperature sensor, protruding from the outer surface of the electrode, configured to measure a temperature of the body cavity; and a further electrode positioned on an exterior surface of the temperature sensor, wherein the exterior surface insulates the further electrode from the electrode. a probe, configured to be inserted into a body cavity; an electrode having an outer surface and an inner surface connected to the probe; a temperature sensor, protruding from the outer surface of the electrode, configured to measure a temperature of the body cavity; and a further electrode positioned on an exterior surface of the temperature sensor, wherein the exterior surface insulates the further electrode from the electrode.
Process for preparing a structured article (A1M1), said process comprising the following steps: providing a material comprising at least one micro- and/or nanostructured surface containing a plurality of micro-scale and/or nano-scale surface elements; applying at least one coating composition (C2a) on the surface of the material; at least partially curing the coating composition (C2a) on the surface of the material to provide composite (M1C2), wherein the dry film thickness of the at least partially cured coating composition of the composite (M1C2) is at least 5 μm; at least partially attaching the composite (M1C2) to at least one object to provide article (A1M1C2) - and at least partially peeling off the at least partially cured coating composition from the article (A1M1C2) to provide the structure article (A1M1). providing a material comprising at least one micro- and/or nanostructured surface containing a plurality of micro-scale and/or nano-scale surface elements; applying at least one coating composition (C2a) on the surface of the material; at least partially curing the coating composition (C2a) on the surface of the material to provide composite (M1C2), wherein the dry film thickness of the at least partially cured coating composition of the composite (M1C2) is at least 5 μm; at least partially attaching the composite (M1C2) to at least one object to provide article (A1M1C2) - and at least partially peeling off the at least partially cured coating composition from the article (A1M1C2) to provide the structure article (A1M1).
An electric power converter device, comprising: a first power semiconductor module; and a frame for a closed cooler, the first power semiconductor module including a first base plate having a first main side, a second main side opposite the first main side and a lateral side surface extending along a circumferential edge of the first base plate and connecting the first main side and the second main side; and at least one first die located on the first main side of the first base plate, wherein the frame is attached to the second main side of the first base plate, and the first base plate has a first step on the second main side along the circumferential edge of the first base plate to form a first recess along the circumferential edge of the first base plate, in which first recess a first portion of the frame is received, characterized in that the first base plate is made of aluminum silicon carbide (AlSiC), or a combination of copper (Cu) and aluminum (Al), and a first portion of the frame is fixed to the first base plate by a welding connection which is a butt weld produced by laser welding. a first power semiconductor module; and a frame for a closed cooler, the first power semiconductor module including a first base plate having a first main side, a second main side opposite the first main side and a lateral side surface extending along a circumferential edge of the first base plate and connecting the first main side and the second main side; and at least one first die located on the first main side of the first base plate, a first base plate having a first main side, a second main side opposite the first main side and a lateral side surface extending along a circumferential edge of the first base plate and connecting the first main side and the second main side; and at least one first die located on the first main side of the first base plate, wherein the frame is attached to the second main side of the first base plate, and the first base plate has a first step on the second main side along the circumferential edge of the first base plate to form a first recess along the circumferential edge of the first base plate, in which first recess a first portion of the frame is received, characterized in that the first base plate is made of aluminum silicon carbide (AlSiC), or a combination of copper (Cu) and aluminum (Al), and a first portion of the frame is fixed to the first base plate by a welding connection which is a butt weld produced by laser welding.
A process for the production of grain oriented magnetic sheets, wherein a slab made of steel having a thickness of ≤100 mm, having the following percent by weight composition: C 0.010 - 0.100%; Si 2.5 - 3.5%; S+(32/79)Se 0.005-0.025%; N 0.002-0.006%; at least two of the elements in the series Al, Ti, V, Nb, Zr, B, W, for an overall percent by weight no greater than 0.035%; at least one of the elements in the series Mn, Cu, for an overall percent by weight no greater than 0.300%; and optionally at least one of the elements in the series Sn, As, Sb, P, Bi, for an overall percent by weight no greater than 0.150%, the balance being Fe and unavoidable impurities, is subjected to a thermomechanical cycle comprising the following operations: • optional first heating to a temperature T1 no higher than 1250°C • first rough hot-rolling, in a first rough hot rolling mill, to a temperature T2 comprised between 900 and 1200°C, the reduction ratio (% Rid) applied to the first rough hot-rolling being adjusted so as to be - of at least 80%, in the absence of a subsequent heating to a temperature T3 - of at least 60% determined by the following relationship • % Rid = 80 − T 3 − T 2 5 in the presence of a subsequent heating to a temperature T3 > T2, said subsequent heating being carried out in a time lower than 60 s • second finishing hot-rolling, in a second finishing hot rolling mill, to a temperature T4 < T3, to a thickness of the rolled section comprised in the range of 1.5 mm - 3.0 mm, • cold-rolling, in one or more stages, with optional intermediate annealing, wherein in the last stage a cold reduction ratio no lower than 60% is applied • primary recrystallisation annealing, optionally in a decarburizing atmosphere • secondary recrystallisation annealing. C 0.010 - 0.100%; Si 2.5 - 3.5%; S+(32/79)Se 0.005-0.025%; N 0.002-0.006%; • optional first heating to a temperature T1 no higher than 1250°C • first rough hot-rolling, in a first rough hot rolling mill, to a temperature T2 comprised between 900 and 1200°C, the reduction ratio (% Rid) applied to the first rough hot-rolling being adjusted so as to be - of at least 80%, in the absence of a subsequent heating to a temperature T3 - of at least 60% determined by the following relationship - of at least 80%, in the absence of a subsequent heating to a temperature T3 - of at least 60% determined by the following relationship • % Rid = 80 − T 3 − T 2 5 in the presence of a subsequent heating to a temperature T3 > T2, said subsequent heating being carried out in a time lower than 60 s • second finishing hot-rolling, in a second finishing hot rolling mill, to a temperature T4 < T3, to a thickness of the rolled section comprised in the range of 1.5 mm - 3.0 mm, • cold-rolling, in one or more stages, with optional intermediate annealing, wherein in the last stage a cold reduction ratio no lower than 60% is applied • primary recrystallisation annealing, optionally in a decarburizing atmosphere • secondary recrystallisation annealing.
A position indicator used to obtain an indicated position over a tablet by transmitting a signal to the tablet, wherein the position indicator is provided with an electric double-layer capacitor, a charge circuit that charges the electric double-layer capacitor, a voltage conversion circuit that is a circuit that converts a voltage stored in the electric double-layer capacitor to a predetermined voltage and generates the predetermined voltage by using at least one switch, a voltage detecting circuit that detects whether a voltage output by the voltage conversion circuit reaches a predetermined value, a voltage control circuit that supplies a pulse signal to the switch when a detection result by the voltage detecting circuit does not reach the predetermined value, an alternating current signal generating circuit that generates an alternating current signal to be transmitted toward the tablet, a counter circuit that counts the number of times of transmission of the pulse signal output by the voltage control circuit, and a modulation circuit that modulates the alternating current signal according to position indicator information represented by a binary code, and the position indicator is characterized in that the modulation circuit is so controlled that a specific bit of the position indicator information is set to a first predefined value every time the number of times of pulse transmission counted by the counter circuit reaches a predetermined number of times and it is set to a second predefined value different from the first predefined value every time the number of times of pulse transmission counted by the counter does not reach the predetermined number of times.
A computer-implemented method comprising: receiving, from an entity, a request to issue a second, short-duration, digital certificate (308, 506) being usable for authentication of a server (104, 402, 502) of the entity, the request including a first, long-duration, digital certificate (306, 406) that is usable only for validation purposes between a customer and the certificate authority service, and is not usable for authentication of a server (104, 402, 502) of the entity; determining, based at least in part on a first validity period specified in the first digital certificate (306, 406), whether to issue the second digital certificate (308, 506); and issuing the second digital certificate (308, 506) to be usable for authentication of a server (104, 402, 502) of the entity, and have a second validity period, specified in the second digital certificate (308, 506), that is shorter than the first validity period. receiving, from an entity, a request to issue a second, short-duration, digital certificate (308, 506) being usable for authentication of a server (104, 402, 502) of the entity, the request including a first, long-duration, digital certificate (306, 406) that is usable only for validation purposes between a customer and the certificate authority service, and is not usable for authentication of a server (104, 402, 502) of the entity; determining, based at least in part on a first validity period specified in the first digital certificate (306, 406), whether to issue the second digital certificate (308, 506); and issuing the second digital certificate (308, 506) to be usable for authentication of a server (104, 402, 502) of the entity, and have a second validity period, specified in the second digital certificate (308, 506), that is shorter than the first validity period.
RFID system with at least one RFID read/write unit and at least one RFID data carrier, wherein said at least one RFID read/write unit is designed to read data from a memory of said at least one RFID data carrier or to write data to it. characterised in that said at least one RFID read/write unit is connected to a database of a computer unit via a data channel, wherein the data channel, the database and the computer unit are components of the RFID system, wherein at least one virtual memory is present in the database, which contains a virtual image of the content of the memory of said at least one RFID data carrier, and in that the memory area of the or each virtual memory can be changed dynamically.
A control unit configured to control an outtake of heat and/or cold of a thermal device from a distribution grid for a fluid based distribution of heat and/or cold, the control unit comprising: a communication unit configured to communicate with a central server using a predetermined rule of communication; the control unit being characterized in that it comprises: a control circuit configured to execute: a monitoring function configured to monitor the communication between the control unit and the central server; a mode setting function configured to: upon the communication between the control unit and the central server fulfills the predetermined rule of communication, set the thermal device in a normal operation mode, upon the communication between the control unit and the central server does not fulfill the predetermined rule of communication, set the thermal device in a limited operation mode, wherein the limited operation mode is more restricted than the normal operation mode a communication unit configured to communicate with a central server using a predetermined rule of communication; the control unit being characterized in that it comprises: a control circuit configured to execute: a monitoring function configured to monitor the communication between the control unit and the central server; a mode setting function configured to: upon the communication between the control unit and the central server fulfills the predetermined rule of communication, set the thermal device in a normal operation mode, upon the communication between the control unit and the central server does not fulfill the predetermined rule of communication, set the thermal device in a limited operation mode, wherein the limited operation mode is more restricted than the normal operation mode a monitoring function configured to monitor the communication between the control unit and the central server; a mode setting function configured to: upon the communication between the control unit and the central server fulfills the predetermined rule of communication, set the thermal device in a normal operation mode, upon the communication between the control unit and the central server does not fulfill the predetermined rule of communication, set the thermal device in a limited operation mode, wherein the limited operation mode is more restricted than the normal operation mode upon the communication between the control unit and the central server fulfills the predetermined rule of communication, set the thermal device in a normal operation mode, upon the communication between the control unit and the central server does not fulfill the predetermined rule of communication, set the thermal device in a limited operation mode, wherein the limited operation mode is more restricted than the normal operation mode
Assembly having a braking resistor, wherein the braking resistor is connected in series with a fuse, a trip element comprises a switch which is arranged in parallel with a portion of the braking resistor and by which therefore a portion of the braking resistor can be short-circuited such that, by means of the short-circuiting, an increase in the current through the fuse is brought about, which leads to the fuse being tripped, wherein the trip element is connected to the braking resistor in a heat-conductive manner such that the trip element has a lower heat transfer resistance to the braking resistor than to the surrounding environment or to other components, wherein the trip element comprises a bimetal switching element, in particular a bimetal strip, a thermocouple or a thermal relay.