mhurhangee/ep-ind-claims huggingface dataset:
A network device (300, 600, 900) comprising: a transmitter and a receiver to establish a secure connection with one or more network nodes (A1-A3, C1-C3) as part of an Autonomic Control Plane, ACP, network (100, 400); a transport shim (340, 440) comprising an initiator and a processor coupled to the transmitter and receiver, the processor to: receive a request from an application to initiate a connection with a destination network node (A1-A3, C1-C3); receive packets from the application for transmission toward the destination network node (A1-A3, C1-C3); examine the packets from the application by the initiator to determine if the packets have already been encrypted; if the packets have been encrypted by the application, communicating the packets as encrypted; otherwise, end-to-end encrypting the unencrypted packets by the transport shim (340, 440) without notifying the application; and causing the transmitter to transmit the encrypted packets towards the destination network node (A1-A3, C1-C3) across the ACP network (100, 400). a transmitter and a receiver to establish a secure connection with one or more network nodes (A1-A3, C1-C3) as part of an Autonomic Control Plane, ACP, network (100, 400); a transport shim (340, 440) comprising an initiator and a processor coupled to the transmitter and receiver, the processor to: receive a request from an application to initiate a connection with a destination network node (A1-A3, C1-C3); receive packets from the application for transmission toward the destination network node (A1-A3, C1-C3); examine the packets from the application by the initiator to determine if the packets have already been encrypted; if the packets have been encrypted by the application, communicating the packets as encrypted; otherwise, end-to-end encrypting the unencrypted packets by the transport shim (340, 440) without notifying the application; and causing the transmitter to transmit the encrypted packets towards the destination network node (A1-A3, C1-C3) across the ACP network (100, 400). receive a request from an application to initiate a connection with a destination network node (A1-A3, C1-C3); receive packets from the application for transmission toward the destination network node (A1-A3, C1-C3); examine the packets from the application by the initiator to determine if the packets have already been encrypted; if the packets have been encrypted by the application, communicating the packets as encrypted; otherwise, end-to-end encrypting the unencrypted packets by the transport shim (340, 440) without notifying the application; and causing the transmitter to transmit the encrypted packets towards the destination network node (A1-A3, C1-C3) across the ACP network (100, 400).
Insulating construction panel for the construction of a building, wherein the construction panel is prefabricated in a plant, prior to use of the construction panel in the construction of a building, the panel comprising a first face sheet and a second face sheet consisting of a fireproof material and adapted to lend stability to the construction panel, an insulating core layer arranged between the first and the second face sheet, wherein the first face sheet, the second face sheet and the core layer together form a sandwich-type construction panel, characterized in that the panel further comprises a frame structure fitted to the first face sheet, so that the first face sheet is placed between the frame structure and the core layer, in that the first and the second face sheet consists of magnesium oxide and in that the core layer consists of a foamed plastics material.
A radio-frequency identification (RFID) reader comprising: a transmitter/receiver module configured to transmit a radio signal at a plurality of different power levels; and a control module coupled to the transmitter/receiver module and configured to control the power level at which the radio signal is transmitted based on a number of RFID tags detected when transmitting the radio signal at an initial power level, characterised in that: when only one RFID tag is detected at the initial power level, the control module is configured to: collect information from the detected RFID tag; and store the initial power level in a database; and when more than one RFID tag is detected at the initial power level, the control module is configured to: determine whether the initial power level is a minimum power level; decrease the power level if the initial power level is not the minimum power level; and indicate a failure if the initial power level is the minimum power level. a transmitter/receiver module configured to transmit a radio signal at a plurality of different power levels; and a control module coupled to the transmitter/receiver module and configured to control the power level at which the radio signal is transmitted based on a number of RFID tags detected when transmitting the radio signal at an initial power level, characterised in that: when only one RFID tag is detected at the initial power level, the control module is configured to: collect information from the detected RFID tag; and store the initial power level in a database; and when more than one RFID tag is detected at the initial power level, the control module is configured to: determine whether the initial power level is a minimum power level; decrease the power level if the initial power level is not the minimum power level; and indicate a failure if the initial power level is the minimum power level. when only one RFID tag is detected at the initial power level, the control module is configured to: collect information from the detected RFID tag; and store the initial power level in a database; collect information from the detected RFID tag; and store the initial power level in a database; and when more than one RFID tag is detected at the initial power level, the control module is configured to: determine whether the initial power level is a minimum power level; decrease the power level if the initial power level is not the minimum power level; and indicate a failure if the initial power level is the minimum power level. determine whether the initial power level is a minimum power level; decrease the power level if the initial power level is not the minimum power level; and indicate a failure if the initial power level is the minimum power level.
Method for evaluating the plausibility of an illumination range test value of a light cone of at least one headlamp of a vehicle, characterized in that the method has the following steps: reading in a reflection intensity of a point on at least one road marking (300; 540) illuminated by the light cone; setting up a reflection intensity model for the road marking, based on the detected reflection intensity and a specific distance (x) of the point from the vehicle, the reflection intensity model being designed to assign different reflection intensities to different positions on the road marking in front of the vehicle; determining an illumination range plausibility value (x 1) for which in accordance with the reflection intensity model a reflection intensity is reached which corresponds to a reflection intensity threshold value; and comparing the illumination range plausibility value with the illumination range test value in order to evaluate the plausibility of the illumination range test value, in particular in order to evaluate the plausibility of the illumination range test value whenever the illumination range plausibility value lies within a tolerance range about the illumination range test value. reading in a reflection intensity of a point on at least one road marking (300; 540) illuminated by the light cone; setting up a reflection intensity model for the road marking, based on the detected reflection intensity and a specific distance (x) of the point from the vehicle, the reflection intensity model being designed to assign different reflection intensities to different positions on the road marking in front of the vehicle; determining an illumination range plausibility value (x 1) for which in accordance with the reflection intensity model a reflection intensity is reached which corresponds to a reflection intensity threshold value; and comparing the illumination range plausibility value with the illumination range test value in order to evaluate the plausibility of the illumination range test value, in particular in order to evaluate the plausibility of the illumination range test value whenever the illumination range plausibility value lies within a tolerance range about the illumination range test value.
A method of receiving, by a user equipment, UE, a plurality of physical downlink shared channels, PDSCHs, for a wireless communication system, the method comprising: receiving control information related to a transmission of the plurality of PDSCHs; receiving downlink control information indicating two transmission configuration indicator, TCI, states; and receiving the plurality of PDSCHs based on the two TCI states in multiple time units related to a reception of the plurality of PDSCHs, characterized in that, based on eight consecutive time units being consecutively mapped to the two TCI states, a first TCI state is applied to a first time unit, a second time unit, a fifth time unit, and a sixth time unit and a second TCI state is applied to a third time unit, a fourth time unit, a seventh time unit, and an eighth time unit. receiving control information related to a transmission of the plurality of PDSCHs; receiving downlink control information indicating two transmission configuration indicator, TCI, states; and receiving the plurality of PDSCHs based on the two TCI states in multiple time units related to a reception of the plurality of PDSCHs, characterized in that, based on eight consecutive time units being consecutively mapped to the two TCI states, a first TCI state is applied to a first time unit, a second time unit, a fifth time unit, and a sixth time unit and a second TCI state is applied to a third time unit, a fourth time unit, a seventh time unit, and an eighth time unit.
A medical imaging system, comprising: an imaging assembly; a table; a table positioner configured to interact with said table; and a controller operatively interconnected with each said imaging assembly and said table positioner, wherein said controller is configured to be foot-activated, wherein said controller comprises at least one actuator, wherein said at least one actuator comprises: a plurality of first actuators, wherein each first actuator is configured to be dedicated to controlling an imaging functionality of said imaging assembly; a plurality of second actuators, wherein each second actuator is configured to be dedicated to moving said table through said table positioner; and at least one third actuator that is configured to be dedicated to controlling movement of at least a portion of said imaging assembly, wherein in a first configuration each said actuator of said controller is part of a common structure such that each said first actuator, each said second actuator, and each said third actuator collectively move by movement of said common structure, and wherein each said second actuator and each said third actuator are disposed at a higher elevation than each of said first actuators. an imaging assembly; a table; a table positioner configured to interact with said table; and a controller operatively interconnected with each said imaging assembly and said table positioner, wherein said controller is configured to be foot-activated, wherein said controller comprises at least one actuator, wherein said at least one actuator comprises: a plurality of first actuators, wherein each first actuator is configured to be dedicated to controlling an imaging functionality of said imaging assembly; a plurality of second actuators, wherein each second actuator is configured to be dedicated to moving said table through said table positioner; and at least one third actuator that is configured to be dedicated to controlling movement of at least a portion of said imaging assembly, a plurality of first actuators, wherein each first actuator is configured to be dedicated to controlling an imaging functionality of said imaging assembly; a plurality of second actuators, wherein each second actuator is configured to be dedicated to moving said table through said table positioner; and at least one third actuator that is configured to be dedicated to controlling movement of at least a portion of said imaging assembly, wherein in a first configuration each said actuator of said controller is part of a common structure such that each said first actuator, each said second actuator, and each said third actuator collectively move by movement of said common structure, and wherein each said second actuator and each said third actuator are disposed at a higher elevation than each of said first actuators.
Rotary device for rotating a flat dough disc, comprising: - a bearing face for the dough disc; - a drive motor; - a first driver which is disposed above the bearing face and is able to be driven so as to rotate about a rotation axis by means of the drive motor, wherein the first driver is conceived to transmit a torque to the flat dough disc, characterized in that the bearing face is non-rotatable relative to the rotation axis; in that the first driver has engagement elements for engaging in the flat dough disc; in that the first driver by way of the engagement elements is conceived to engage in the flat dough disc and by means of the engagement elements engaging in the flat dough disc to transmit torque to the flat dough disc in such a way that the flat dough disc rotates about the rotation axis relative to the non-rotated bearing face; in that the engagement elements are designed in such a way that, while engaging in the flat dough disc, they permit an expansion of the flat dough disc in the radial direction radial in relation to the rotation axis due to the centrifugal force acting on said flat dough disc during rotation; in that the first driver is driven by the drive motor in such a way that the engagement elements revolve in a rotation direction about the rotation axis; in that the first driver has a main body; and in that the engagement elements project from the main body in the direction towards the bearing face; in that the engagement elements have an engagement face which lies at the front in the rotation direction and by means of which torque is able to be transmitted from the first driver to the flat dough disc; and in that the engagement face, proceeding from the main body of the first driver, in terms of the direction of the rotation axis runs so as to be inclined towards the bearing face, towards the front in the rotation direction. - a bearing face for the dough disc; - a drive motor; - a first driver which is disposed above the bearing face and is able to be driven so as to rotate about a rotation axis by means of the drive motor, wherein the first driver is conceived to transmit a torque to the flat dough disc,
Powder essentially composed of aggregates based on boron nitride, the said powder exhibiting: a) the following overall chemical composition, as percentages by weight: ▪ between 40 and 45% of boron, limits included, ▪ between 53 and 57% of nitrogen, limits included, ▪ a calcium content of less than 400 ppm by weight, ▪ less than 5%, in total, of other elements; b) a structural composition comprising more than 90% of boron nitride, limit included, as percentage by weight and on the basis of the combined crystalline phases present in the said powder, c) the following physical characteristics: ▪ a mean circularity of greater than or equal to 0.90, ▪ a median pore size of less than or equal to 1.5 μm, ▪ an apparent porosity of less than or equal to 55%. a) the following overall chemical composition, as percentages by weight: ▪ between 40 and 45% of boron, limits included, ▪ between 53 and 57% of nitrogen, limits included, ▪ a calcium content of less than 400 ppm by weight, ▪ less than 5%, in total, of other elements; ▪ between 40 and 45% of boron, limits included, ▪ between 53 and 57% of nitrogen, limits included, ▪ a calcium content of less than 400 ppm by weight, ▪ less than 5%, in total, of other elements; b) a structural composition comprising more than 90% of boron nitride, limit included, as percentage by weight and on the basis of the combined crystalline phases present in the said powder, c) the following physical characteristics: ▪ a mean circularity of greater than or equal to 0.90, ▪ a median pore size of less than or equal to 1.5 μm, ▪ an apparent porosity of less than or equal to 55%. ▪ a mean circularity of greater than or equal to 0.90, ▪ a median pore size of less than or equal to 1.5 μm, ▪ an apparent porosity of less than or equal to 55%.
An information providing system for an entertainment (Dr) event comprising: a distribution device configured to distribute a display information item (Id) corresponding to an address information item requesting a vote by the attendance for an entrant of the entertainment (Dr) event, a controller configured to link the address information item to an identification information item (Di), a transmitter in a place (Th) where an entertainment (Dr) is held, the transmitter configured to transmit a transmission signal (Sd) encoded from the identification information item (Di), and a receiving terminal configured to receive the transmission signal (Sd) from the transmitter and decode the transmission signal (Sd) into the identification information item (Di), wherein the display information item (Id) indicates a ranking based on a number of received votes the entrant for the entertainment (Dr) has received, wherein the distribution device is configured to update, at predetermined time intervals, the display information item (Id) that indicates the ranking based on the number of received votes and to set the address information item to correspond to a plurality of display information items (Id), and wherein the controller is configured to send to the receiving terminal the address information item corresponding to a latest display information item (Id) and linked to the identification information item (Di) when the controller receives the identification information item (Di) from the receiving terminal. a distribution device configured to distribute a display information item (Id) corresponding to an address information item requesting a vote by the attendance for an entrant of the entertainment (Dr) event, a controller configured to link the address information item to an identification information item (Di), a transmitter in a place (Th) where an entertainment (Dr) is held, the transmitter configured to transmit a transmission signal (Sd) encoded from the identification information item (Di), and a receiving terminal configured to receive the transmission signal (Sd) from the transmitter and decode the transmission signal (Sd) into the identification information item (Di), wherein the display information item (Id) indicates a ranking based on a number of received votes the entrant for the entertainment (Dr) has received, wherein the distribution device is configured to update, at predetermined time intervals, the display information item (Id) that indicates the ranking based on the number of received votes and to set the address information item to correspond to a plurality of display information items (Id), and wherein the controller is configured to send to the receiving terminal the address information item corresponding to a latest display information item (Id) and linked to the identification information item (Di) when the controller receives the identification information item (Di) from the receiving terminal.
A product having the function of a toothbrush dryer and toothbrush holder, characterized in that it comprises a pass-through opening for inserting the head of the toothbrush, which also serves as a support for the body of the toothbrush, wherein the width of the pass-through opening corresponds to between 110 % to 180 % of the width of the fixed part of the toothbrush head, wherein the height of the pass-through opening is at least half the sum of the visible height of the filaments and the height of the fixed part of the brush head and is not greater than the sum of the height of the fixed part of the brush head and the visible height of the filaments, wherein the thickness of the edge of the opening corresponds to at least 20 % of the height of the fixed part of the toothbrush head and is at most 80 % of the height of the fixed part of the toothbrush head. wherein the width of the pass-through opening corresponds to between 110 % to 180 % of the width of the fixed part of the toothbrush head, wherein the height of the pass-through opening is at least half the sum of the visible height of the filaments and the height of the fixed part of the brush head and is not greater than the sum of the height of the fixed part of the brush head and the visible height of the filaments, wherein the thickness of the edge of the opening corresponds to at least 20 % of the height of the fixed part of the toothbrush head and is at most 80 % of the height of the fixed part of the toothbrush head.
Pipetting system for an automatic analyser, the pipetting system comprising a pipetting needle which is arranged movably, with self-resetting, on a movable element of the pipetting system, wherein a movement-measuring system (12, 14) is assigned to a distance between pipetting needle and movable element, the pipetting system further comprising an evaluation system connected to the movement-measuring system (12, 14), which evaluation system is designed to transmit a contact signal to a control unit, assigned to the movable element, upon a change in the signal of the movement-measuring system (12, 14) that is greater than a predefined minimum change, wherein the pipetting system is designed in such a way that the change in distance caused by inertia in an operational movement of the movable element brings about a change in the signal that is less than the predefined minimum change, wherein the movement-measuring system (12, 14) comprises a Hall sensor and a magnet, wherein either the Hall sensor is arranged on the movable element and the magnet on the pipetting needle, or the magnet is arranged on the movable element and the Hall sensor on the pipetting needle.
A method of producing a whole coffee fruit extract, comprising the steps of: (a) providing freshly collected whole coffee fruit, drying the whole coffee fruit so that the water content is 20% or less; (b) extracting the dried whole coffee fruit of step (a) with 25 to 30% ethanol at a solid to liquid ratio of 1:10 to 1:5 at 70 to 80°C for 3.5 to 4 hours; and (c) recovering the extract of step (b), wherein the whole coffee fruit includes seed of the fruit. (a) providing freshly collected whole coffee fruit, drying the whole coffee fruit so that the water content is 20% or less; (b) extracting the dried whole coffee fruit of step (a) with 25 to 30% ethanol at a solid to liquid ratio of 1:10 to 1:5 at 70 to 80°C for 3.5 to 4 hours; and (c) recovering the extract of step (b),