mhurhangee/patent-ind-claim-en huggingface dataset:
A printed material comprising: a recording medium having a pressure-bonding surface on which an image portion (G10) and a pressure phase transition layer (PL10, PL12) are formed, the recording medium being folded upon the recording medium and pressure-bonded; or a recording medium having a pressure-bonding surface on which an image portion (G10) and a pressure phase transition layer (PL10, PL12) are formed and an additional recording medium, the recording medium and the additional recording medium being stacked and pressure-bonded together, wherein the average thickness of the pressure phase transition layer (PL12) formed on the image portion (G10) on the pressure-bonding surface of the recording medium is larger than the average thickness of the pressure phase transition layer (PL10) formed on a non-image portion on the pressure-bonding surface of the recording medium. a recording medium having a pressure-bonding surface on which an image portion (G10) and a pressure phase transition layer (PL10, PL12) are formed, the recording medium being folded upon the recording medium and pressure-bonded; or a recording medium having a pressure-bonding surface on which an image portion (G10) and a pressure phase transition layer (PL10, PL12) are formed and an additional recording medium, the recording medium and the additional recording medium being stacked and pressure-bonded together, wherein the average thickness of the pressure phase transition layer (PL12) formed on the image portion (G10) on the pressure-bonding surface of the recording medium is larger than the average thickness of the pressure phase transition layer (PL10) formed on a non-image portion on the pressure-bonding surface of the recording medium.
A method for monitoring coupling of a fifth wheel to a kingpin of a towed trailer , the method comprising: - sensing vibrations generated when the kingpin couples to the fifth wheel ; - generating vibration data based on the vibrations; - processing the vibration data to detect a presence or an absence of a predetermined vibration component that corresponds to proper coupling of the fifth wheel to the kingpin ; and - indicating proper coupling of the fifth wheel to the kingpin when the predetermined vibration component is present. - sensing vibrations generated when the kingpin couples to the fifth wheel ; - generating vibration data based on the vibrations; - processing the vibration data to detect a presence or an absence of a predetermined vibration component that corresponds to proper coupling of the fifth wheel to the kingpin ; and - indicating proper coupling of the fifth wheel to the kingpin when the predetermined vibration component is present.
Pneumatic vehicle tyre having a tread with profile positives with sipes which, in plan view, extend parallel to one another and at an angle of 0° to 50° to the axial direction and which have a width (b 1 ) of 0.4 mm to 1.2 mm and a maximum depth (t 1 ) of 70% to 100% of the profile depth, said sipes each having a central sipe portion which, in plan view, extends in an undulating manner and has an amplitude (A) and a wavelength (λ) and has at least one undulating sipe zone which projects from the tread periphery into the interior of the sipe , wherein the undulating sipe zone adjoins three undulation portions (4a`, 4a"), which in plan view are positioned in succession and each extend over a half wavelength (λ/2), of the central sipe portion and, in a view directed towards one of the sipe walls , is formed from a U-shaped outer zone region (7"), which extends between the two outer undulation portions (4a"), and from an inner zone region , around which said outer zone region runs and which adjoins the central undulation portion (4a`) and is curved oppositely to the outer zone region (7"), wherein the amplitude of the undulating sipe portion in the inner zone region decreases in a radial direction proceeding from the tread periphery, characterized in that , over its entire extent, the outer zone region (7") extends so as to be curved oppositely to the inner zone region while maintaining the half wavelength (λ/2).
A rail transit braking energy recovery system, comprising a braking motor , a fuel battery , an electrolytic bath , a hydrogen tank , a control device and an energy storage device ; wherein the braking motor is configured to convert braking energy of the rail transit into electric energy, and an output end of the braking motor is connected to a power input end of the electrolytic bath ; the electrolytic bath comprises a hydrogen output end and an oxygen output end, the hydrogen output end being connected to the hydrogen tank , the hydrogen tank being connected to the fuel battery for supplying hydrogen to the fuel battery , the energy storage device being connected to the output end of the braking motor ; the control device is configured to control a current output of the braking motor so that the current is output to the electrolytic bath or the energy storage device , characterized in further comprising: a hydrogen pressure sensor being connected to the hydrogen tank , the hydrogen pressure sensor being configured to control the braking motor to be connected to the energy storage device when it detects that the pressure within the hydrogen tank is higher than a limit value, and configured to control the braking motor to be connected to the electrolytic bath when it detects that the pressure within the hydrogen tank is not higher than the limit value. the energy storage device being connected to the output end of the braking motor ; the control device is configured to control a current output of the braking motor so that the current is output to the electrolytic bath or the energy storage device , characterized in further comprising: a hydrogen pressure sensor being connected to the hydrogen tank , the hydrogen pressure sensor being configured to control the braking motor to be connected to the energy storage device when it detects that the pressure within the hydrogen tank is higher than a limit value, and configured to control the braking motor to be connected to the electrolytic bath when it detects that the pressure within the hydrogen tank is not higher than the limit value.
A circuit for generating signals to produce radio frequency pulses for range gated physiology sensing, the circuit comprising: a pulse generator configured to generate signal pulses; a dielectric resonator oscillator configured to generate a radio frequency oscillating signal; and a switched circuit, coupled to the pulse generator and the dielectric resonator oscillator, the switched circuit configured to generate a pulsed radio frequency oscillating signal in accordance with the signal pulses and radio frequency oscillating signal, wherein the switched circuit includes a transistor having a drain, a gate and a source, the transistor forming one of (a) a switched wideband oscillator having a feedback network circuit coupled to a drain of the transistor or (b) a switchable wideband amplifier, wherein an attenuator and matching network couples the radio frequency oscillating signal output of the dielectric resonator oscillator with the gate of the transistor of the switched circuit by a microstrip feed line coupled to the gate of the transistor of the switched circuit. a pulse generator configured to generate signal pulses; a dielectric resonator oscillator configured to generate a radio frequency oscillating signal; and a switched circuit, coupled to the pulse generator and the dielectric resonator oscillator, the switched circuit configured to generate a pulsed radio frequency oscillating signal in accordance with the signal pulses and radio frequency oscillating signal, wherein the switched circuit includes a transistor having a drain, a gate and a source, the transistor forming one of (a) a switched wideband oscillator having a feedback network circuit coupled to a drain of the transistor or (b) a switchable wideband amplifier, wherein an attenuator and matching network couples the radio frequency oscillating signal output of the dielectric resonator oscillator with the gate of the transistor of the switched circuit by a microstrip feed line coupled to the gate of the transistor of the switched circuit.
A computer-implemented method for automatically broadcasting a basic input/output system, BIOS (102-3, 103-3), setup option among a plurality of nodes in a virtual local-area network, VLAN , comprising: receiving, at a specific controller of a node of the plurality of nodes, a command to update a BIOS (102-3, 103-3) setup option on the node; determining that the specific controller is neither a master nor a slave based upon an internal flag of the specific controller; broadcasting a master request to the VLAN ; determining that no response to the master request is received within a predetermined time period; setting the internal flag of the specific controller as the master; sending out a first completion response to indicate that the specific controller is the master and is enabled to broadcast updated BIOS (102-3, 103-3) setup option on the node to the VLAN ; saving the updated BIOS (102-3, 103-3) setup option on the node; triggering a system management interrupt, SMI, prior to resetting the node; causing a SMI handler to get variables of BIOS (102-3, 103-3) setup options and send the variables to the specific controller; determining that the specific controller is the master based upon the internal flag; broadcasting the updated BIOS (102-3, 103-3) setup option to the VLAN ; setting the internal flag of the specific controller to none; sending out a second completion response to indicate that the updated BIOS (102-3, 103-3) setup option has been broadcasted; and resetting the node. receiving, at a specific controller of a node of the plurality of nodes, a command to update a BIOS (102-3, 103-3) setup option on the node; determining that the specific controller is neither a master nor a slave based upon an internal flag of the specific controller; broadcasting a master request to the VLAN ; determining that no response to the master request is received within a predetermined time period; setting the internal flag of the specific controller as the master; sending out a first completion response to indicate that the specific controller is the master and is enabled to broadcast updated BIOS (102-3, 103-3) setup option on the node to the VLAN ; saving the updated BIOS (102-3, 103-3) setup option on the node; triggering a system management interrupt, SMI, prior to resetting the node; causing a SMI handler to get variables of BIOS (102-3, 103-3) setup options and send the variables to the specific controller; determining that the specific controller is the master based upon the internal flag; broadcasting the updated BIOS (102-3, 103-3) setup option to the VLAN ; setting the internal flag of the specific controller to none; sending out a second completion response to indicate that the updated BIOS (102-3, 103-3) setup option has been broadcasted; and resetting the node.
Spark gap arrangement comprising a discharge chamber , an electrode tip and a contact connection which is arranged outside the discharge chamber , wherein the electrode tip is electrically conductively connected and mechanically coupled to the contact connection in such a way that, when the contact connection is moved away from its position or when the contact connection reaches a prespecified position, the electrically conductive connection is interrupted and the electrode tip is mechanically decoupled from the contact connection , so that the electrode tip is movable in the direction of the discharge chamber interior and/or within the discharge chamber , characterized in that the electrode tip is coupled to the contact connection via a magnetic connection .
Control device configured for determining a data format for data to be sent via a V2X communication link between a vehicle (120; 210) and at least one device (130; 230), wherein the control device is configured for receiving information regarding communication capacity and computation capacity of the vehicle (120; 210) and/or of the at least one device (130; 230), the control device is configured for analyzing the received information based on the communication capacities and the computation capacities, the control device is configured for selecting, based on the analysis, a data format from a set of data formats for the V2X communication link , wherein the data formats of the set are differentiated with regard to the data volume of the data to be sent, and the control device is configured for sending to the vehicle (120; 210) and/or the at least one device (130; 230) an indication of the data format to be used for the data to be sent. the control device is configured for receiving information regarding communication capacity and computation capacity of the vehicle (120; 210) and/or of the at least one device (130; 230), the control device is configured for analyzing the received information based on the communication capacities and the computation capacities, the control device is configured for selecting, based on the analysis, a data format from a set of data formats for the V2X communication link , wherein the data formats of the set are differentiated with regard to the data volume of the data to be sent, and the control device is configured for sending to the vehicle (120; 210) and/or the at least one device (130; 230) an indication of the data format to be used for the data to be sent.
A positive electrode active material for a non-aqueous electrolyte secondary battery , the positive electrode active material comprising: a lithium-transition metal composite oxide represented by a composition formula Li x Mn y Ni z Al a M b O 2-c F c wherein M is two or more elements selected from Ti, Co, Si, Sr, Nb, W, Mo, P, Ca, Mg, Sb, Na, B, V, Cr, Fe, Cu, Zn, Ge, Zr, Ru, K, and Bi, 1.0<x<1.2, 0.4≤y≤0.8, 0≤z≤0.4, 0<a<0.01, 0<b<0.03, 0<c<0.1, and x+y+z+a<=2.
Conveying device at least for a conveyance of a conveying medium, with at least one first conveying space (12a; 12b), with at least one second conveying space (14a; 14b), with at least one elastically deformable conveying element (16a; 16b) that delimits at least the first conveying space (12a; 12b), with at least one third conveying space (18a; 18b), wherein at least the conveying element (16a; 16b) is embodied in a spring-elastic fashion, wherein the first conveying space (12a; 12b), the second conveying space (14a; 14b) and the third conveying space (18a; 18b) are each embodied spatially separately from one another, wherein, following a deformation, the conveying element (16a; 16b) automatically seeks to re-assume a convexly curved basic shape of the conveying element (16a; 16b), and with at least one rigid conveying space element (20a, 84a, 86a; 20b), which delimits at least the first conveying space (12a; 12b), the second conveying space (14a; 14b) and/or the third conveying space (18a; 18b) together with the conveying element (16a; 16b), the conveying element (16a; 16b) being, in a non-conveyance state, arranged on the conveying space element (20a, 84a, 86a; 20b) in a convexly curved fashion, characterised in that for an at least partial formation of the first conveying space (12a; 12b), the second conveying space (14a; 14b) and/or the third conveying space (18a; 18b), the conveying space element (20a, 84a, 86a; 20b) has at least one concave recess (94a; 94b), an inner surface of the conveying space element (20a, 84a, 86a; 20b), which delimits the concave recess (94a; 94b), forms a wall of the first conveying space (12a; 12b), the second conveying space (14a; 14b) and/or the third conveying space (18a; 18b), wherein, for a conveyance of a conveying medium, starting from a convex curvature oriented in a direction that faces away from the conveying space element (20a, 84a, 86a; 20b), the conveying element (16a; 16b) is elastically defomable toward the conveying space element (20a, 84a, 86a; 20b) and is movable at least partially into the concave recess (94a; 94b) of the conveying space element (20a, 84a, 86a; 20b).
A method for authenticating a first device, the method executed by a server, the server comprising a database, the database storing a profile associated to a user of the first device, the server using the profile of the user to generate a first challenge comprising a question about a characteristic of the first device and a corresponding response for authentication of the first device, the server sending the first challenge to the first device, the method comprising, upon receiving a response to the first challenge from the first device that matches the corresponding response generated by the server, the steps of: - granting authentication of the first device; - receiving contextual information from the first device in response to the granted authentication; and - updating the profile associated to the user of the first device with the received contextual information for a subsequent generation of a second challenge comprising a second question about another characteristic of the first device for authentication of the first device. - granting authentication of the first device; - receiving contextual information from the first device in response to the granted authentication; and - updating the profile associated to the user of the first device with the received contextual information for a subsequent generation of a second challenge comprising a second question about another characteristic of the first device for authentication of the first device.
A cartridge for use in measuring a component to be measured contained in a fluid, the cartridge comprising a recessed well formed for storing the fluid, wherein the well comprises: a lower barrel portion that defines a lower space having a closed bottom; and an upper barrel portion that is formed above the lower barrel portion and defines an upper space having an opening on a top end, wherein a step portion is formed between the lower barrel portion and the upper barrel portion , the step portion being formed on an inner wall surface of the well and defining a step that continuously connects the inner wall surface of the lower barrel portion and the inner wall surface of the upper barrel portion , wherein the step portion comprises a planar portion having a predetermined width and being formed along the inner wall surface of the well ; the step portion comprises a rising wall surface that connects an outer perimeter of the planar portion and an inner perimeter of a bottom end of the upper space ; and wherein an inclination angle formed by the inner wall surface of the upper space and the plumb line (X1) to the opening is an inclination angle between 0.5° and 70°; wherein the well's bottom end is a bottom face, and wherein the planar portion is formed to be flat and all parts of the planar portion are formed at a certain height from the bottom face; wherein an angle formed by the plumb line to the bottom face and a line perpendicular to the rising wall surface is in a range of 70° to 90°; characterized in that the upper and lower barrel portions are eccentrically arranged. a lower barrel portion that defines a lower space having a closed bottom; and an upper barrel portion that is formed above the lower barrel portion and defines an upper space having an opening on a top end, wherein a step portion is formed between the lower barrel portion and the upper barrel portion , the step portion being formed on an inner wall surface of the well and defining a step that continuously connects the inner wall surface of the lower barrel portion and the inner wall surface of the upper barrel portion , wherein the step portion comprises a planar portion having a predetermined width and being formed along the inner wall surface of the well ; the step portion comprises a rising wall surface that connects an outer perimeter of the planar portion and an inner perimeter of a bottom end of the upper space ; and wherein an inclination angle formed by the inner wall surface of the upper space and the plumb line (X1) to the opening is an inclination angle between 0.5° and 70°; wherein the well's bottom end is a bottom face, and wherein the planar portion is formed to be flat and all parts of the planar portion are formed at a certain height from the bottom face; wherein an angle formed by the plumb line to the bottom face and a line perpendicular to the rising wall surface is in a range of 70° to 90°; characterized in that the upper and lower barrel portions are eccentrically arranged.
An ultrasound-detectable marker for placement underneath, adjacent to, or above one or more vessels in a subject during surgery for monitoring a postoperative site, the ultrasound-detectable marker comprising one or more resorbable polymers, one or more non-resorbable polymers, one or more non-polymeric materials, or any combinations thereof; characterised in that the ultrasound-detectable marker has a body comprising a length, width, and thickness adapted to accommodate one or more vessels therein, wherein the vessel is a blood vessel, a urinary tract vessel, a gastrointestinal tract vessel, or tubal or vasectomy reanastomosis.
A field device for an industrial process, the field device comprising: a quiescent current detector for detecting the amount of quiescent current consumed by the field device ; an interface , allowing the field device to communicate with at least one other device, such that the interface communicates a first alert when the amount of quiescent current consumed by the field device exceeds a first threshold and a second alert when the amount of quiescent current consumed by the field device is below a second threshold. a quiescent current detector for detecting the amount of quiescent current consumed by the field device ; an interface , allowing the field device to communicate with at least one other device, such that the interface communicates a first alert when the amount of quiescent current consumed by the field device exceeds a first threshold and a second alert when the amount of quiescent current consumed by the field device is below a second threshold.