mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling operating voltages for a processing device, the method comprising: initializing a security portion of the processing device after application of input voltages (741, 742, 743) to the processing device as supplied by voltage regulation circuitry according to voltage identifiers, VIDs, established for the processing device; in the security portion, generating adjusted input voltages based on at least the VIDs and authenticated voltage offset information stored according to a secure storage process, wherein the adjusted input voltages comprise voltages below manufacturer specified operating voltages for the processing device; in the security portion, instructing the voltage regulation circuitry to supply the adjusted input voltages to the processing device; the method further comprising implementing a failsafe mechanism to ensure that when the device is operating below manufacturer specified voltages, subsequently increasing the voltage if operation becomes erratic, unstable, or experiences failures. initializing a security portion of the processing device after application of input voltages (741, 742, 743) to the processing device as supplied by voltage regulation circuitry according to voltage identifiers, VIDs, established for the processing device; in the security portion, generating adjusted input voltages based on at least the VIDs and authenticated voltage offset information stored according to a secure storage process, wherein the adjusted input voltages comprise voltages below manufacturer specified operating voltages for the processing device; in the security portion, instructing the voltage regulation circuitry to supply the adjusted input voltages to the processing device; the method further comprising implementing a failsafe mechanism to ensure that when the device is operating below manufacturer specified voltages, subsequently increasing the voltage if operation becomes erratic, unstable, or experiences failures.
A document with an integrated display device, which contains a quantity of identically structured current- or voltage-controllable display elements, wherein the quantity has a first and a second sub-quantity of display elements, wherein each display element of the first sub-quantity has a first intensity in the case of a predefined current or voltage control, and wherein each display element of the second sub-quantity has a second intensity in the case of the same predefined control, wherein the second intensity is lower than the first intensity, and wherein, as a result of the arrangement of the display elements of the first and second sub-quantities, a piece of information is coded, wherein the information is a cryptographic key, wherein the document contains an integrated electronic circuit with a memory for storing data and means for executing a cryptographic protocol, and comprising an interface to a reader, wherein access by the reader to the data via the interface presupposes the execution of the cryptographic protocol with the aid of the cryptographic key.
A syringe for carpules, comprising: - a body having a cavity for receiving a fluid-containing carpule, said body having a first through opening, facing the cavity and adapted to be engaged by a needle, and a second through opening, facing the cavity and configured to allow insertion of said carpule into said cavity; - a plunger configured to evacuate said fluid from the carpule; - a cover attached to said body and adapted to be switched between a closed position, in which the cover engages said second opening, and an open position, in which said second opening is free, - said cover having a hole, said plunger being configured to be slidingly inserted in said hole, when said cover is in said closed position, characterized in that: - said cover comprises a locking member, which is defined by a protuberance projecting from an edge of the cover, - said body has a seat, said protuberance being configured to irreversibly grip into said seat and maintain the cover in the closed position, the seat being shaped complementarily to the protuberance, thereby holding it therein irreversibly. - a body having a cavity for receiving a fluid-containing carpule, said body having a first through opening, facing the cavity and adapted to be engaged by a needle, and a second through opening, facing the cavity and configured to allow insertion of said carpule into said cavity; - a plunger configured to evacuate said fluid from the carpule; - a cover attached to said body and adapted to be switched between a closed position, in which the cover engages said second opening, and an open position, in which said second opening is free, - said cover having a hole, said plunger being configured to be slidingly inserted in said hole, when said cover is in said closed position, - said cover comprises a locking member, which is defined by a protuberance projecting from an edge of the cover, - said body has a seat, said protuberance being configured to irreversibly grip into said seat and maintain the cover in the closed position, the seat being shaped complementarily to the protuberance, thereby holding it therein irreversibly.
A compound of general formula 1 wherein the compound is selected from a compound of genus A) and a compound of genus B): A) compounds of general formula 1, wherein R 1 represents OH, H, OMe, or and R 2 represents or B) compounds of general formula 1, wherein R 1 represents and R 2 represents H, -COMe, or A) compounds of general formula 1, wherein R 1 represents OH, H, OMe, or and R 2 represents or B) compounds of general formula 1, wherein R 1 represents and R 2 represents H, -COMe,
Method for fastening by soldering a component with electrical connection elements for making contact with a printed circuit board and at least one fixing element for mechanically fixing the component to the printed circuit board, wherein the at least one fixing element has a shaft having at least one latching means which acts in the axial direction, wherein the method comprises the following steps: - providing a printed circuit board having contact bores and at least one capturing bore, wherein the at least one capturing bore at least has a diameter which is larger than the cross section of the fixing element, so that the fixing element can be inserted into the capturing bore without force; - arranging the component on the printed circuit board with the electrical connection elements in the contact bores and the at least one latching means of the fixing element of the component in the at least one capturing bore of the printed circuit board without force, so that the latching means of the fixing element is positioned in the capturing bore or through the capturing bore; - filling the at least one contact bore and the at least one capturing bore with a liquid soldering material and solidifying the soldering material; or - melting and solidifying a soldering material which is already located in the at least one contact bore and the at least one capturing bore; wherein the space delimited by the fixing element and the circumference of the capturing bore is filled in a form-fitting manner by the soldering material, any movement of the fixing element in the axial direction no longer being possible after the soldering material has solidified, the fixing element being fixed in a form-fitting manner on the printed circuit board by way of the soldering material and the component being mechanically fixed to the printed circuit board as a result. - providing a printed circuit board having contact bores and at least one capturing bore, wherein the at least one capturing bore at least has a diameter which is larger than the cross section of the fixing element, so that the fixing element can be inserted into the capturing bore without force; - arranging the component on the printed circuit board with the electrical connection elements in the contact bores and the at least one latching means of the fixing element of the component in the at least one capturing bore of the printed circuit board without force, so that the latching means of the fixing element is positioned in the capturing bore or through the capturing bore; - filling the at least one contact bore and the at least one capturing bore with a liquid soldering material and solidifying the soldering material; or - melting and solidifying a soldering material which is already located in the at least one contact bore and the at least one capturing bore;
A method for filtering ultrasound image clutter, comprising: - capturing a data matrix, the matrix containing information relating to an image, wherein elements of each row or column of the matrix correspond to individual measurements recorded for each of a plurality of ultrasound measurement channels; - performing singular value decomposition, SVD, on the data matrix or a matrix derived from the data matrix; - obtaining a spatial singular vector from the SVD of the data matrix; - constructing a filtered data matrix based on an estimated mean spatial frequency and the SVD of the data matrix; and - constructing a filtered image based on the filtered data matrix, characterized in that the method further comprises estimating the mean spatial frequency from the spatial singular vector. - capturing a data matrix, the matrix containing information relating to an image, wherein elements of each row or column of the matrix correspond to individual measurements recorded for each of a plurality of ultrasound measurement channels; - performing singular value decomposition, SVD, on the data matrix or a matrix derived from the data matrix; - obtaining a spatial singular vector from the SVD of the data matrix; - constructing a filtered data matrix based on an estimated mean spatial frequency and the SVD of the data matrix; and - constructing a filtered image based on the filtered data matrix,
An implantable medical system, comprising: an implantable component having a rechargeable implantable power supply; an external auxiliary charger; and an external wireless charger having a rechargeable charger power supply, and an inductive coil configured to: transcutaneously transfer power from the rechargeable charger power supply to the rechargeable, implantable power supply, detect and receive power via the inductive coil from the external auxiliary charger for recharging of the rechargeable charger power supply, characterized by a power detector, wherein the inductive coil of the external wireless charger is connected to the power detector, and the power detector is configured to detect at least one of the presence and absence of the external auxiliary charger or implantable component, while the transmission of power from the rechargeable charger power supply to the rechargeable implantable power supply is disabled, wherein the external auxiliary charger comprises an array of inductive coils for transfer of power to the external wireless charger. an implantable component having a rechargeable implantable power supply; an external auxiliary charger; and an external wireless charger having a rechargeable charger power supply, and an inductive coil configured to: transcutaneously transfer power from the rechargeable charger power supply to the rechargeable, implantable power supply, detect and receive power via the inductive coil from the external auxiliary charger for recharging of the rechargeable charger power supply, characterized by a power detector, wherein the inductive coil of the external wireless charger is connected to the power detector, and the power detector is configured to detect at least one of the presence and absence of the external auxiliary charger or implantable component, while the transmission of power from the rechargeable charger power supply to the rechargeable implantable power supply is disabled, wherein the external auxiliary charger comprises an array of inductive coils for transfer of power to the external wireless charger. transcutaneously transfer power from the rechargeable charger power supply to the rechargeable, implantable power supply, detect and receive power via the inductive coil from the external auxiliary charger for recharging of the rechargeable charger power supply, characterized by a power detector, wherein the inductive coil of the external wireless charger is connected to the power detector, and the power detector is configured to detect at least one of the presence and absence of the external auxiliary charger or implantable component, while the transmission of power from the rechargeable charger power supply to the rechargeable implantable power supply is disabled, wherein the external auxiliary charger comprises an array of inductive coils for transfer of power to the external wireless charger.
A tire rubber composition containing: a rubber component; microfibrillated plant fibers; and a modifier capable of being covalently bonded to the microfibrillated plant fibers, wherein the modifier has a reactive point that is reactive with diene rubber.
A method of steering a vehicle in a speed control mode, the method comprising substantially continually: detecting steering angle; calculating a theoretical rate of turn of the vehicle appropriate to the detected steering angle; and controlling individually the speed of rotation of vehicle wheels (111, 112) to achieve the theoretical rate of turn, wherein the speed of rotation of vehicle wheels (111, 112) is controlled by variation of driving torque thereof, and variation of driving torque comprises increasing or reducing the driving torque to one output of at least one of a differential gear and a driveline clutch, and wherein the speed control mode comprises receiving a user input of a target speed at which the vehicle is intended to travel and causing the vehicle to operate in accordance with the target speed. detecting steering angle; calculating a theoretical rate of turn of the vehicle appropriate to the detected steering angle; and controlling individually the speed of rotation of vehicle wheels (111, 112) to achieve the theoretical rate of turn, wherein the speed of rotation of vehicle wheels (111, 112) is controlled by variation of driving torque thereof, and variation of driving torque comprises increasing or reducing the driving torque to one output of at least one of a differential gear and a driveline clutch, and
A method for operating a transceiver of a bus participant connected to a data bus, the bus participant further comprising a control unit, the transceiver being connected between the data bus and the control unit and, according to a bus protocol, being supplied with instructions and operating data for its operation and receiving and transmitting useful data via the data bus, wherein, in said method - the transceiver, for its operation, is operative to receive, at its inputs and/or outputs which are provided for the useful data and are connected to the data bus and the control unit, instructions transmitted by the control unit or via the data bus and, upon receipt of such an instruction, is operated in accordance with these instructions, characterized in - that, for operating the transceiver of the bus participant, the control unit of the bus participant is operative to locally communicate operating data with the transceiver, wherein bus communication of the transceiver with the data bus with respect to operating data is prevented, wherein the operational settings of the transceiver are communicated with the data bus and wherein useful data are communicated between the data bus and the control unit via the transceiver in both directions. - the transceiver, for its operation, is operative to receive, at its inputs and/or outputs which are provided for the useful data and are connected to the data bus and the control unit, instructions transmitted by the control unit or via the data bus and, upon receipt of such an instruction, is operated in accordance with these instructions, characterized in - that, for operating the transceiver of the bus participant, the control unit of the bus participant is operative to locally communicate operating data with the transceiver, wherein bus communication of the transceiver with the data bus with respect to operating data is prevented, wherein the operational settings of the transceiver are communicated with the data bus and wherein useful data are communicated between the data bus and the control unit via the transceiver in both directions.
An articulation assembly for a motor vehicle seat including: - a first element and a second element that are articulated in a first operating mode in rotation with respect to one another about a rotation axis, - a drive control device for adjusting the relative position between the first element and the second element in rotation about the rotation axis and - a ring which holds the first element, the second element and the drive control device together so as to form a fine-adjustment module for the inclination of the backrest of the seat, characterized in that, between the first element and the holding ring there is interposed an unlocking control means for ensuring a second rapid operating mode, including a disengagement finger which is guided in rotation in order to separate the first element from a disengagement disc, the disengagement disc being pushed axially towards the first element under the action of a spring which bears against a cup held by the ring. - a first element and a second element that are articulated in a first operating mode in rotation with respect to one another about a rotation axis, - a drive control device for adjusting the relative position between the first element and the second element in rotation about the rotation axis and - a ring which holds the first element, the second element and the drive control device together so as to form a fine-adjustment module for the inclination of the backrest of the seat, characterized in that, between the first element and the holding ring there is interposed an unlocking control means for ensuring a second rapid operating mode, including a disengagement finger which is guided in rotation in order to separate the first element from a disengagement disc, the disengagement disc being pushed axially towards the first element under the action of a spring which bears against a cup held by the ring.
Method of manufacturing a brazing sheet consisting of a core sheet made of a AA3xxx series aluminium alloy comprising at most 0.15% Cr, V, Zr and/or Sc each, coated on at least one side with a first cladding layer so-called intermediate made of an aluminium alloy comprising 0.35 to 1.8 wt% manganese, other elements less than 0.3 wt% each and 1 wt% in total, balance aluminium, itself coated with a second cladding layer made of a AA4xxx series alloy, preferably 4045 or 4343, in which the alloy of the core sheet is selected, and the core sheet is made, such as to have a structure of which the proportion of recrystallized grains is at least 90% after brazing, the method comprising the following successive steps: - providing a plate intended for manufacturing a core sheet; - homogenising the plate intended for manufacturing a core sheet at a temperature from 550 to 630°C for at least one hour; - providing the intermediate layer and the second cladding layer in the form of cladding blanks in order to obtain a sandwich; - hot then cold rolling the sandwich; - proceeding with a final annealing of the sandwich at a temperature from 250 to 450°C between the cold rolling and the brazing. - providing a plate intended for manufacturing a core sheet; - homogenising the plate intended for manufacturing a core sheet at a temperature from 550 to 630°C for at least one hour; - providing the intermediate layer and the second cladding layer in the form of cladding blanks in order to obtain a sandwich; - hot then cold rolling the sandwich; - proceeding with a final annealing of the sandwich at a temperature from 250 to 450°C between the cold rolling and the brazing.
A vehicle component comprising at least one upholstered object, and at least one panel comprising a panel body and at least one edge whereby said at least one edge comprises a contact member comprising a material with a modulus of elasticity that is lower than the modulus of elasticity of the material in said panel body of said at least one panel, characterized i n that said at least one edge abuts against at least one upholstered surface of said at least one upholstered object in a vehicle, whereby said contact member is provided over the whole of said at least one edge, i.e. it extends along the entire area of the at least one panel which makes contact with the surface of said at least one upholstered object.
A method for controlling transmission and charging of supplemental content in a telecommunication network, comprising: receiving at a network element in a packet-switched network that serves a User Equipment, UE, a data flow of packets for a download of content requested by the UE; identifying in the data flow supplemental content not requested by the UE that was inserted into the data flow; making a determination to transmit the data flow including or without the supplemental content to the UE; and transmitting at least a portion of the data flow including or without the supplemental content to the UE based on the determination; generating at least one charging request; inserting charging information for the supplemental content and charging information for the data flow into the same or a separate charging request of said at least one charging request; and transmitting the at least one charging request to a charging system; wherein the charging information for the supplemental content is determined based on a party identifier included in the received data flow, identifying the party to be charged for the transmission of the supplemental content to the UE. receiving at a network element in a packet-switched network that serves a User Equipment, UE, a data flow of packets for a download of content requested by the UE; identifying in the data flow supplemental content not requested by the UE that was inserted into the data flow; making a determination to transmit the data flow including or without the supplemental content to the UE; and transmitting at least a portion of the data flow including or without the supplemental content to the UE based on the determination; generating at least one charging request; inserting charging information for the supplemental content and charging information for the data flow into the same or a separate charging request of said at least one charging request; and transmitting the at least one charging request to a charging system; wherein the charging information for the supplemental content is determined based on a party identifier included in the received data flow, identifying the party to be charged for the transmission of the supplemental content to the UE.
A heat exchanger comprising a coiled heat-transfer tube placed in a space defined between an inner tube and an outer tube, an inside space of the heat-transfer tube being used as one of flow paths, a coiled space defined between coiled sections of the heat-transfer tube in the space being used as the other flow path, and heat is able to be exchanged between one fluid and the other fluid in respective flow paths, the heat exchanger is further characterized by upper ends and lower ends of the inner tube and the outer tube closed by an upper closing part and a lower closing part, respectively; and said heat transfer tube being fixed to the lower and upper closing part by each a tensioning mechanism, each tensioning mechanism being an interlocking joint; whereby these tensioning mechanisms are able to generate as well as keep an expansion or contraction force acting to expand or contract a diameter of the coiled heat-transfer tube relative to a diameter the heat-transfer tube naturally has;; wherein the heat is able to be exchanged between the fluids while the expansion or contraction force is maintained on the heat-transfer tube by the tensioning mechanisms.