mhurhangee/ep-ind-claims huggingface dataset:
Induction cooktop, comprising - a plurality of induction coils (13a-d), - a cooktop surface above the induction coils, - a planar support for the induction coils under the induction coils, wherein further functional units like power electronics, control or ventilation means for the induction cooktop and the induction coils are provided under the support, - an electrical connection with connection means (31a-d) for the induction coils to power electronics and/or control, wherein the electrical connection is designed for disconnection in a nondestructive manner, wherein the electrical connection and the connection means (31a-d), respectively, are disposed on the level of the induction coils (13a-d), and are disposed above the support, respectively, wherein both the power connection means as power connection for power electronics for the induction coils (13a-d) and signal connection means as signal connection to a control as electrical connection are provided respectively on the level of the induction coils (13a-d), characterized in that - a component carrier is provided underneath the support and in parallel to the latter, - a holder for the power connection means and/or the signal connection means is fastened on the component carrier, - the holder for the power connection means and/or the signal connection means has two lateral holder feet (34, 35) and a cross member extending between said feet, wherein the connection means (31a-d) are fastened to the cross member. - a plurality of induction coils (13a-d), - a cooktop surface above the induction coils, - a planar support for the induction coils under the induction coils, wherein further functional units like power electronics, control or ventilation means for the induction cooktop and the induction coils are provided under the support, - an electrical connection with connection means (31a-d) for the induction coils to power electronics and/or control, wherein the electrical connection is designed for disconnection in a nondestructive manner, wherein the electrical connection and the connection means (31a-d), respectively, are disposed on the level of the induction coils (13a-d), and are disposed above the support, respectively, wherein both the power connection means as power connection for power electronics for the induction coils (13a-d) and signal connection means as signal connection to a control as electrical connection are provided respectively on the level of the induction coils (13a-d), characterized in that - a component carrier is provided underneath the support and in parallel to the latter, - a holder for the power connection means and/or the signal connection means is fastened on the component carrier, - the holder for the power connection means and/or the signal connection means has two lateral holder feet (34, 35) and a cross member extending between said feet, wherein the connection means (31a-d) are fastened to the cross member.
Method for operating a forced-air burner, wherein, using a blower, a fluid medium is supplied by a flow control system to the forced-air burner, wherein, using a flow sensor, a flow in the flow control system is quantitatively detected, wherein, using a backflow protection device, a backflow in the flow control system contrary to the conveying direction of the blower is prevented, characterized in that, in a phase with the blower switched off, but in which the flow sensor nevertheless determines a flow above a specified value, the blower is started to determine a defect in the backflow protection device, and that a signal is then generated if the flow detected using the flow sensor at least initially decreases in terms of amount when starting the blower.
A heated aerostructure, comprising: a composite structure, comprising: a reinforced thermoplastic upper layer; a reinforced thermoplastic lower layer; a reinforced thermoplastic heater layer, comprising: a plurality of electrically conductive non-metallic fibers; a first electrode electrically connected with the conductive non-metallic fibers; and a second electrode electrically connected with the conductive non-metallic fibers, so that the conductive non-metallic fibers provide an electrical pathway between the first electrode and the second electrode; a controller connected with a sensor and an electrical power source for controlling the power provided to the first electrode; wherein the first electrode and the conductive non-metallic fibers are connected such that electric power applied to the first electrode is conducted to the electrically conductive non-metallic fibers to provide resistive heating sufficient to heat the composite structure to impede the formation of ice on the composite structure, the composite structure optionally comprising a nacelle or an airfoil. a composite structure, comprising: a reinforced thermoplastic upper layer; a reinforced thermoplastic lower layer; a reinforced thermoplastic heater layer, comprising: a plurality of electrically conductive non-metallic fibers; a first electrode electrically connected with the conductive non-metallic fibers; and a second electrode electrically connected with the conductive non-metallic fibers, so that the conductive non-metallic fibers provide an electrical pathway between the first electrode and the second electrode; a reinforced thermoplastic upper layer; a reinforced thermoplastic lower layer; a reinforced thermoplastic heater layer, comprising: a plurality of electrically conductive non-metallic fibers; a first electrode electrically connected with the conductive non-metallic fibers; and a second electrode electrically connected with the conductive non-metallic fibers, so that the conductive non-metallic fibers provide an electrical pathway between the first electrode and the second electrode; a plurality of electrically conductive non-metallic fibers; a first electrode electrically connected with the conductive non-metallic fibers; and a second electrode electrically connected with the conductive non-metallic fibers, so that the conductive non-metallic fibers provide an electrical pathway between the first electrode and the second electrode; a controller connected with a sensor and an electrical power source for controlling the power provided to the first electrode; wherein the first electrode and the conductive non-metallic fibers are connected such that electric power applied to the first electrode is conducted to the electrically conductive non-metallic fibers to provide resistive heating sufficient to heat the composite structure to impede the formation of ice on the composite structure, the composite structure optionally comprising a nacelle or an airfoil.
Removable electric propulsion system for a rolling object, said propulsion system comprising a chassis provided with at least one wheel driven by an electric machine and with at least one non-driven wheel, at least one of said at least one non-driven wheel comprising a steerable off-centre wheel, said electric propulsion system comprising means for hitching said electric propulsion system to said rolling object, said hitching means comprising means for gripping and lifting at least one wheel of said rolling object, the electric propulsion system comprising an automatic directional blocking means for blocking, in a predetermined direction, the rotation about a vertical axis of at least one of said steerable off-centre wheels, preferably the predetermined direction being along the longitudinal axis of the chassis, the longitudinal axis (x) being defined by the main direction of movement of the chassis and, characterized in that the chassis comprises at least two parts connected to one another by a pivot connection of transverse axis and/or by a longitudinal slideway, said automatic directional blocking means being configured to block at least one of said blockable steerable off-centre wheels by the relative movement of said two parts.
A T cell receptor specifically targeting a PIK3CA peptide, wherein the PIK3CA peptide comprises a mutation, wherein the mutation is H1047R or H1047L.
An intervertebral implant for implantation in an intervertebral space comprising: a first layer, a second layer, and an opening that is configured to receive bone material extending through the first layer and the second layer: - the first layer formed of bone includes a superior surface configured to contact an upper vertebra, wherein the superior surface includes a plurality of surface protrusions; - the second layer formed of bone includes an inferior surface configured to contact a lower vertebra, wherein the inferior surface includes a plurality of surface protrusions, wherein the first layer is in contact with the second layer; and - one or more shim members extending through the opening at an angle relative to the interface of the first layer and the second layer, wherein the first layer and the second layer are maintained together by the one or more shim members. - the first layer formed of bone includes a superior surface configured to contact an upper vertebra, wherein the superior surface includes a plurality of surface protrusions; - the second layer formed of bone includes an inferior surface configured to contact a lower vertebra, wherein the inferior surface includes a plurality of surface protrusions, wherein the first layer is in contact with the second layer; and - one or more shim members extending through the opening at an angle relative to the interface of the first layer and the second layer, wherein the first layer and the second layer are maintained together by the one or more shim members.
A method of data management with modular erase in a data storage system with a non-volatile flash memory array having an erase block and a target block with the target block in a logical unit separate from the erase block, comprising: beginning performance of an erase operation on the erase block by performing a partial erase operation on the erase block, the erase operation having an operation matrix with operational values for controlling the partial erase operations; after performing the partial erase operation: updating a command status of the erase operation on the erase block; and enabling an intervening command on the target block based on the command status of the erase operation indicating an incomplete erase status; after executing the intervening command, performing an erase optimization based on the command status of the erase operation, wherein the erase optimization includes calculating modified operation values for the operation matrix in order to manage a total execution time of the erase operation; performing an additional partial erase operation on the erase block based on the erase optimization by using the modified operation values; and updating the command status of the erase operation to an erase complete status based on the additional partial erase operation, wherein the additional partial erase operation completes said erase operation on the erase block after execution of the intervening command. beginning performance of an erase operation on the erase block by performing a partial erase operation on the erase block, the erase operation having an operation matrix with operational values for controlling the partial erase operations; after performing the partial erase operation: updating a command status of the erase operation on the erase block; and enabling an intervening command on the target block based on the command status of the erase operation indicating an incomplete erase status; updating a command status of the erase operation on the erase block; and enabling an intervening command on the target block based on the command status of the erase operation indicating an incomplete erase status; after executing the intervening command, performing an erase optimization based on the command status of the erase operation, wherein the erase optimization includes calculating modified operation values for the operation matrix in order to manage a total execution time of the erase operation; performing an additional partial erase operation on the erase block based on the erase optimization by using the modified operation values; and updating the command status of the erase operation to an erase complete status based on the additional partial erase operation, wherein the additional partial erase operation completes said erase operation on the erase block after execution of the intervening command.
A molding material comprising: a phenolic resin; a carbon fiber which is obtained by heating and carbonizing a precursor of an organic fiber and contains carbon in a mass ratio of 90% or higher; and polyvinyl butyral, wherein a content of the phenolic resin is greater than or equal to 40% by weight and less than or equal to 70% by weight with respect to the total weight of the molding material, a content of polyvinyl butyral is greater than or equal to 0.1% by weight and less than or equal to 20% by weight with respect to the total weight of the molding material, a volume average fiber length of the carbon fiber is greater than or equal to 100 μm and less than or equal to 1000 μm, and the phenolic resin is at least one selected from the group consisting of a novolac type phenolic resin, a resol type phenolic resin, and an arylalkylene type phenolic resin which is a phenolic resin containing one or more arylalkylene groups in repeating units. a phenolic resin; a carbon fiber which is obtained by heating and carbonizing a precursor of an organic fiber and contains carbon in a mass ratio of 90% or higher; and polyvinyl butyral, wherein a content of the phenolic resin is greater than or equal to 40% by weight and less than or equal to 70% by weight with respect to the total weight of the molding material, a content of polyvinyl butyral is greater than or equal to 0.1% by weight and less than or equal to 20% by weight with respect to the total weight of the molding material, a volume average fiber length of the carbon fiber is greater than or equal to 100 μm and less than or equal to 1000 μm, and the phenolic resin is at least one selected from the group consisting of a novolac type phenolic resin, a resol type phenolic resin, and an arylalkylene type phenolic resin which is a phenolic resin containing one or more arylalkylene groups in repeating units.
A method for testing a chip (202, 402) with an on-chip comparator, the method comprising: receiving, by the chip (202, 402), N scan-in chains of test data from an off-chip test equipment, wherein N is a first integer value; using the N scan-in chains of test data to perform tests on the chip (202, 402) that produce test results; receiving a merged expected test-result and masking-instruction signal on X pins of the chip (202, 402) from the off-chip test equipment, wherein X is a second integer value less than twice the first integer number N; decoding the merged expected test-result and masking-instruction signal to extract N decoded output signals, each of the N decoded output signals corresponding to a respective chain of test results; for each decoded output signal comprising an expected test result, using the on-chip comparator to compare the decoded output signal with the respective chain of test results for that decoded output signal; and for each decoded output signal comprising a masking condition, masking from comparison the respective test chain of test results for that decoded output signal. receiving, by the chip (202, 402), N scan-in chains of test data from an off-chip test equipment, wherein N is a first integer value; using the N scan-in chains of test data to perform tests on the chip (202, 402) that produce test results; receiving a merged expected test-result and masking-instruction signal on X pins of the chip (202, 402) from the off-chip test equipment, wherein X is a second integer value less than twice the first integer number N; decoding the merged expected test-result and masking-instruction signal to extract N decoded output signals, each of the N decoded output signals corresponding to a respective chain of test results; for each decoded output signal comprising an expected test result, using the on-chip comparator to compare the decoded output signal with the respective chain of test results for that decoded output signal; and for each decoded output signal comprising a masking condition, masking from comparison the respective test chain of test results for that decoded output signal.
A low pressure lid, comprising a lid body, a safety valve and a pressure release valve, wherein the safety valve and the pressure release valve being arranged at the lid body, wherein the low pressure lid further comprises a saddle, a knob, a left fixing claw, a right fixing claw and an elastic resilience element, wherein the saddle being arranged on the lid body and the left fixing claw and the right fixing claw being arranged between the saddle and the lid body, wherein the elastic resilience element connects the left fixing claw and the right fixing claw providing an elastic resilience force, and the knob being rotationally arranged on the saddle drives the left fixing claw and the right fixing claw to move inwards or outwards, wherein the bottom of the knob is provided with a shaft comprising a major axis and a minor axis for driving the left fixing claw and the right fixing claw to move inwards or outwards.
A calliper for an electromechanical disc brake of a vehicle wheel, characterised in that it comprises: a control unit configured to control the braking of the wheel, and electrical connection means for electrically connecting the control unit to a braking control line (80 FL, 80 FR, 80 RL, 80 RR) of the vehicle. a control unit configured to control the braking of the wheel, and electrical connection means for electrically connecting the control unit to a braking control line (80 FL, 80 FR, 80 RL, 80 RR) of the vehicle.
System of prosthetic supplements for dental implants that present an implant support and an implant pillar provided so as to engage each other and in a respective dental alveolus, wherein the implant support and the implant pillar are provided so that a free alveolar space results on the exterior side of the dental alveolus with relation to the mouth cavity, wherein the implant pillar presents a base element, wherein said base element presents an asymmetric cross section and presents an emerging profile in at least part of the side face, wherein said implant pillar presents said emerging profile with a contour including a first profile zone provided in a concave configuration, and a second profile zone provided in a convex configuration, the first and second zones of the emerging profile are provided in a continuous curved configuration, so that the interaction with the edge of the alveolar crest is done, in at least most part of its extension, by the convex zone of the emerging profile, and said emerging profile develops along at least most part of the exterior surface of the base element, and along at least most part of half the cross section of the base element, and wherein said emerging profile develops along an extension (x) and a height (y), whereby the dimensions and/or the relation between the extension (x) and the height (y) of the emerging profile are determined as a function of the dimensions and/or of the type of a respective dental alveolus, and the relation between the extension (x) and the height (y) of the emerging profile is in the interval between 0,5:1 up to 1:1.
A polyamide which is the reaction product of a) an acid component comprising at least one dimerized C 12 to C 24 unsaturated fatty acid, which may be hydrogenated, at least one C 10 -C 20 aliphatic dicarboxylic acid, and at least one C 12 to C 24 monocarboxylic acid and b) an amine component comprising at least one alkylene diamine having from 2 to 8 carbon atoms, wherein the amine component comprises ethylene diamine and hexamethylenediamine and wherein the equivalent ratio of hexamethylene diamine: ethylene diamine is from 99:1 to 60:40.
A medical device for implanting a substernal medical lead, comprising: a tunneling tool having a proximal end, a distal end, and a lumen therethrough, the distal portion of the tunneling tool being at least one of bent and bendable; a guidewire slideably receivable within the lumen, the guidewire being slideable within the lumen from the proximal end of the tunneling tool to a distance beyond the distal end of the tunneling tool; and a substernal medical lead slideable about the guidewire. a tunneling tool having a proximal end, a distal end, and a lumen therethrough, the distal portion of the tunneling tool being at least one of bent and bendable; a guidewire slideably receivable within the lumen, the guidewire being slideable within the lumen from the proximal end of the tunneling tool to a distance beyond the distal end of the tunneling tool; and a substernal medical lead slideable about the guidewire.
A method for a password-less login in a system comprising: sending a pairing request to a network server from a computing device, wherein the pairing request includes computer authentication data and a computer public key; pairing, in response to the pairing request, a mobile device with the computing device using the network server; encrypting, by the mobile device, a password encryption key using the computer public key, wherein the password encryption key is generated by the mobile device or is retrieved from a memory of the mobile device, in response to the pairing; transferring the encrypted password encryption key, a mobile public key, and mobile authentication data from the mobile device to the computing device; validating, by the computing device, the mobile authentication data using the computer authentication data; decrypting, by the computing device and in response to the validated data, the encrypted password encryption key using the computer private key; and encrypting, by the computing device, a login password with the password encryption key, wherein the login password is used for the password-less login to the computing device. sending a pairing request to a network server from a computing device, wherein the pairing request includes computer authentication data and a computer public key; pairing, in response to the pairing request, a mobile device with the computing device using the network server; encrypting, by the mobile device, a password encryption key using the computer public key, wherein the password encryption key is generated by the mobile device or is retrieved from a memory of the mobile device, in response to the pairing; transferring the encrypted password encryption key, a mobile public key, and mobile authentication data from the mobile device to the computing device; validating, by the computing device, the mobile authentication data using the computer authentication data; decrypting, by the computing device and in response to the validated data, the encrypted password encryption key using the computer private key; and encrypting, by the computing device, a login password with the password encryption key, wherein the login password is used for the password-less login to the computing device.