mhurhangee/ep-ind-claims huggingface dataset:
A brake system for a vehicle comprising at least one elastically deformable damper comprising an upper portion and a lower portion separated by a waist portion, an aperture extending through said upper-, lower-, and waist portion (16, 17, 18) along a longitudinal center line, said waist portion being adapted to receive and be retained to a portion of a bracket in a cooperative manner with said upper and said lower portions (16, 17), characterized in that said waist portion has a cross section with a protruding outer surface with respect to said longitudinal center line and when said elastically deformable damper is in a relaxed state, wherein said protruding outer surface has a triangular shape, the shape of a truncated cone, or a convex shape, and wherein said protruding outer surface extends around the full periphery of said waist portion.
A method for resuming, by a device, a secure communication session with a server, comprising: sending a message to the server requesting the resumption of a secure communication session; receiving from the server a server identifier, a server nonce, and a salt; determining that the device has a shared key with the server based upon the server identifier; determining that the received salt is valid; calculating a salted identifier based upon the shared key and the salt, wherein the salted identifier is a hash of the salt and the shared key; sending the salted identifier to the server; and resuming the secure communication session with the server. sending a message to the server requesting the resumption of a secure communication session; receiving from the server a server identifier, a server nonce, and a salt; determining that the device has a shared key with the server based upon the server identifier; determining that the received salt is valid; calculating a salted identifier based upon the shared key and the salt, wherein the salted identifier is a hash of the salt and the shared key; sending the salted identifier to the server; and resuming the secure communication session with the server.
An aerosol-generating device comprising: a first atomiser assembly comprising a first mesh element, the first mesh element defining a plurality of first nozzles each having a minimum diameter of equal to or less than 2.5 micrometres; a second atomiser assembly comprising a second mesh element, the second mesh element defining a plurality of second nozzles each having a minimum diameter of between 3 micrometres and 10 micrometres; a first device connector for receiving a first liquid reservoir and arranged to supply a first liquid from the first liquid reservoir to the first atomiser assembly; and a second device connector for receiving a second liquid reservoir and arranged to supply a second liquid from the second liquid reservoir to the second atomiser assembly. a first atomiser assembly comprising a first mesh element, the first mesh element defining a plurality of first nozzles each having a minimum diameter of equal to or less than 2.5 micrometres; a second atomiser assembly comprising a second mesh element, the second mesh element defining a plurality of second nozzles each having a minimum diameter of between 3 micrometres and 10 micrometres; a first device connector for receiving a first liquid reservoir and arranged to supply a first liquid from the first liquid reservoir to the first atomiser assembly; and a second device connector for receiving a second liquid reservoir and arranged to supply a second liquid from the second liquid reservoir to the second atomiser assembly.
A method for rebooting a first cable modem, comprising: detecting a service failure in the first cable modem by a wireless access point, wherein the existence of the service failure is detected following an absence of a response by the first cable modem to a request sent by the wireless access point; transmitting via a second cable modem an indication of the service failure for the first cable modem to a remote management device (110, 120, 130); and receiving via the second cable modem a reboot command from the remote management device (110, 120, 130) at the wireless access point, the reboot command executable by the wireless access point to initiate a reboot in the first cable modem by transmitting a wireless signal to the first cable modem; wherein the wireless access point fails over to the second cable modem when the service failure in the first cable modem is detected and until the first cable modem subject to the service failure reboots. detecting a service failure in the first cable modem by a wireless access point, wherein the existence of the service failure is detected following an absence of a response by the first cable modem to a request sent by the wireless access point; transmitting via a second cable modem an indication of the service failure for the first cable modem to a remote management device (110, 120, 130); and receiving via the second cable modem a reboot command from the remote management device (110, 120, 130) at the wireless access point, the reboot command executable by the wireless access point to initiate a reboot in the first cable modem by transmitting a wireless signal to the first cable modem;
Method for protecting an energy storage source, notably a motor vehicle battery, against a possible overload provoked by a prolonged application of an electric voltage to the energy storage source, this voltage being generated at least partially by a rotating electrical machine such as an alternator or an alternator-starter, the method comprising the following steps consisting in: - allowing for a measurement of a level of charge of the energy storage source, this level of charge being for example represented by a voltage measured at the terminals of the energy storage source or a PWM signal, while the rotating electrical machine operates in a predetermined operating mode and electrical excitation is applied to it, - comparing a value (SENSE) of this measurement with a reference value (Max_SP), - if the value measured for the energy storage source is greater than the reference value, interrupting the excitation applied to the rotating electrical machine the method being characterized in that the reference value (Max_SP) is chosen as the greater of an internal set point (REF_INT) and an external set point (REF_EXT). - allowing for a measurement of a level of charge of the energy storage source, this level of charge being for example represented by a voltage measured at the terminals of the energy storage source or a PWM signal, while the rotating electrical machine operates in a predetermined operating mode and electrical excitation is applied to it, - comparing a value (SENSE) of this measurement with a reference value (Max_SP), - if the value measured for the energy storage source is greater than the reference value, interrupting the excitation applied to the rotating electrical machine
Welding device for carrying out a welding process with an electrode on a workpiece, wherein a welding current source is provided in the welding device, and has a first connection socket for electrically connecting a welding torch by a welding lead (9,) and a second connection socket for electrically connecting a workpiece by a ground cable, wherein a first voltage-measuring device for detecting a first electrical welding voltage signal between the connection sockets (AB1, AB2) is provided in the welding device, characterized in that a voltage measuring socket (MB1, MB2) for connecting a measuring line (ML1, ML2) or two voltage measuring sockets (MB1, MB2) for connecting one measuring line (ML1, ML2) each are provided in the welding device, wherein a second voltage-measuring device for detecting a second electrical welding voltage signal between the one voltage measuring socket (MB1, MB2) and one of the connection sockets (AB1, AB2) or between the two voltage measuring sockets (MB1, MB2) is provided in the welding device, wherein a control unit is provided in the welding device, which is designed to use at least one of the welding voltage signals (U1, U2) to determine control parameters for controlling or regulating the welding process, and to control the welding current source with the determined control parameters, wherein the control unit is designed to ignore the first welding voltage signal of the first voltage-measuring device, and to use the second welding voltage signal of the second voltage-measuring device to determine the control parameters in a normal operating mode, in that the control unit is further designed to detect an error state in the second welding voltage signal on the basis of the second welding voltage signal, and to switch to an emergency operating mode without interrupting the welding process upon detecting the error state, and in that the control unit is designed to ignore the second welding voltage signal of the second voltage-measuring device in an emergency operating mode, and to use the first welding voltage signal of the first voltage-measuring device to determine the control parameters.
A wireless power supply and voltage controller for powering and controlling a tattoo machine, comprising: a battery housing having a plurality of walls that, collectively, define an interior area; a battery positioned in the interior area of said battery housing; an input selection assembly positioned on an exterior surface of a respective wall of said plurality of walls of said battery housing, said input selection assembly being operable to generate a speed generation signal; a controller electrically connected to said input selection assembly that is operable to regulate a quantity of voltage flowing from said battery according to said speed generation signal; an electrical interface having a first end electrically coupled to said battery and having a second end in electrical communication with said first end and extending away from said first end, characterized in that said second end extends away from said battery housing and is configured to operably and releasably be coupled directly to the tattoo machine without any wires hanging therebetween, in order to provide said voltage from said battery to said tattoo machine. a battery housing having a plurality of walls that, collectively, define an interior area; a battery positioned in the interior area of said battery housing; an input selection assembly positioned on an exterior surface of a respective wall of said plurality of walls of said battery housing, said input selection assembly being operable to generate a speed generation signal; a controller electrically connected to said input selection assembly that is operable to regulate a quantity of voltage flowing from said battery according to said speed generation signal; an electrical interface having a first end electrically coupled to said battery and having a second end in electrical communication with said first end and extending away from said first end, characterized in that said second end extends away from said battery housing and is configured to operably and releasably be coupled directly to the tattoo machine without any wires hanging therebetween, in order to provide said voltage from said battery to said tattoo machine.
Styptic harness tourniquet that consists of a casing with Velcro fastener, in which a sling is located, wherein at one end of the casing there is a buckle and a base on which a fixator is located, wherein the buckle contains at least one hole, wherein a windlass rod is attached to the sling, characterized in that the casing has at least two layers, the base contains at least six holes, a strap of the fixator is located on the base, the strap containing at least one hole, wherein holes (9, 10) of the buckle and the base have teeth on at least one side.
A device for ligament or tendon repair comprising: a set of distinct biodegradable scaffolds, wherein the set of scaffolds comprises 2-30 scaffolds, and wherein the scaffolds are 1-20 mm in length, wherein the scaffolds are compressible expandable scaffolds.
A method of controlling a drilling operation, comprising: receiving a well plan at a workstation on a drilling rig, the well plan including uncertainty assessments; receiving sensor signals in real-time from sensors (120,130) associated with the drilling rig; generating updated drilling information based on said sensor signals; updating uncertainty assessments of a drilling operation in connection with the generated updated drilling information; displaying said updated drilling information and updated uncertainty assessments on a display screen of said workstation; displaying a curve for an offset well and a curve for an active wellbore associated with the drilling operation; receiving a selection of the curve for the offset well and the curve for the active wellbore; receiving a depth range as an input parameter; and performing a cross-correlation of the curve for the offset well and the curve for the active wellbore to obtain an estimate of the depth shift between the curves. receiving a well plan at a workstation on a drilling rig, the well plan including uncertainty assessments; receiving sensor signals in real-time from sensors (120,130) associated with the drilling rig; generating updated drilling information based on said sensor signals; updating uncertainty assessments of a drilling operation in connection with the generated updated drilling information; displaying said updated drilling information and updated uncertainty assessments on a display screen of said workstation; displaying a curve for an offset well and a curve for an active wellbore associated with the drilling operation; receiving a selection of the curve for the offset well and the curve for the active wellbore; receiving a depth range as an input parameter; and performing a cross-correlation of the curve for the offset well and the curve for the active wellbore to obtain an estimate of the depth shift between the curves.
A pneumatic tire comprising: a pair of beads each having a core extending in a circumferential direction and an apex located radially outward of the core; a carcass extending from one bead to the other bead at an inner side of a tread and a pair of sidewalls connected to ends of the tread; a pair of clinches located radially inward of the sidewalls; and a pair of rubber reinforcing layers located between the carcass and the clinches, wherein the carcass includes a carcass ply having a main body portion that extends on and between one core and the other core and a pair of turned-up portions that are connected to the main body portion and turned up around the cores from an inner side toward an outer side in an axial direction, wherein a length from a center in the axial direction of a boundary between the core and the apex to an outer end of the apex is not less than 10 mm and not greater than 15 mm, characterized in that in a state where the tire is mounted on a normal rim and an internal pressure of the tire is adjusted to a normal internal pressure, a shape of the main body portion located in a zone from a boundary portion between the tread and each sidewall to the outer end of each apex is represented by a single circular arc, and a diameter of the circular arc is not less than 75% and not greater than 90% of a cross-sectional height of the carcass. a pair of beads each having a core extending in a circumferential direction and an apex located radially outward of the core; a carcass extending from one bead to the other bead at an inner side of a tread and a pair of sidewalls connected to ends of the tread; a pair of clinches located radially inward of the sidewalls; and a pair of rubber reinforcing layers located between the carcass and the clinches, wherein the carcass includes a carcass ply having a main body portion that extends on and between one core and the other core and a pair of turned-up portions that are connected to the main body portion and turned up around the cores from an inner side toward an outer side in an axial direction, wherein a length from a center in the axial direction of a boundary between the core and the apex to an outer end of the apex is not less than 10 mm and not greater than 15 mm, characterized in that in a state where the tire is mounted on a normal rim and an internal pressure of the tire is adjusted to a normal internal pressure, a shape of the main body portion located in a zone from a boundary portion between the tread and each sidewall to the outer end of each apex is represented by a single circular arc, and a diameter of the circular arc is not less than 75% and not greater than 90% of a cross-sectional height of the carcass.
A method for forming a coating system on a metallic component comprising: depositing a reactive layer comprising a thin film of chemically conditioned calcium-magnesium-alumino-silicate (CMAS) powder and one or more of Y 2 Zr 2 O 7, Gd 2 Zr 2 O 7 and TiO 2 on at least a portion of a thermal barrier coating; and activating the reactive layer with a scanning laser to form a chemically reacted and crystallized CMAS glass, further comprising preparing a powder mixture having a chemical composition with a melting temperature, which after thermo-chemical reaction with the thermal barrier coating, is at least 28 degrees Celsius (50 degrees Fahrenheit) higher than the melting temperature of environmental CMAS, and wherein activating the reactive layer includes fusing the reactive layer and at least a portion of the thermal barrier coating and completes an additive manufacturing process bonding the reactive layer to the thermal barrier coating. depositing a reactive layer comprising a thin film of chemically conditioned calcium-magnesium-alumino-silicate (CMAS) powder and one or more of Y 2 Zr 2 O 7, Gd 2 Zr 2 O 7 and TiO 2 on at least a portion of a thermal barrier coating; and activating the reactive layer with a scanning laser to form a chemically reacted and crystallized CMAS glass, further comprising preparing a powder mixture having a chemical composition with a melting temperature, which after thermo-chemical reaction with the thermal barrier coating, is at least 28 degrees Celsius (50 degrees Fahrenheit) higher than the melting temperature of environmental CMAS, and wherein activating the reactive layer includes fusing the reactive layer and at least a portion of the thermal barrier coating and completes an additive manufacturing process bonding the reactive layer to the thermal barrier coating.
A compound which is 2-amino-3-(p-sulfonamidophenyl)-5-(p-chlorophenyl) benzamide (HPN-01), or a hydrate, solvate, or pharmaceutically acceptable salt thereof, for use in treating nonalcoholic fatty liver disease (NAFLD) in a subject.
A wearable device, comprising a bearing body and a Bluetooth ® headset, wherein an accommodating slot is disposed on the bearing body, a first locking component is disposed on the Bluetooth headset, a second locking component is disposed on the bearing body, the Bluetooth headset is accommodated in the accommodating slot, and the first locking component is locked with the second locking component; wherein there are two Bluetooth headsets and two accommodating slots, each Bluetooth headset comprises a headset head portion and a headset tail portion, the headset tail portion comprises a pressing end, a contact position is disposed on an inner surface that is of the headset tail portion and that faces towards the accommodating slot, a support position that faces towards the contact position is disposed on a bottom wall of the accommodating slot, and an operation portion comprises the pressing end and the contact position; and the Bluetooth headsets each comprise the operation portion, and the operation portion is configured to: unlock the first locking component and the second locking component, and push the headset head portion out of the accommodating slot; wherein each Bluetooth headset is accommodated in the accommodating slot, the contact position of the Bluetooth headset abuts against the support position, the pressing end protrudes from the accommodating slot, a tail portion position of the Bluetooth headset is pressed into the accommodating slot, and the support position is used as a fulcrum for the Bluetooth headset, to enable the headset head portion to move out of the accommodating slot and the first locking component to be unlocked with the second locking component. the Bluetooth headsets each comprise the operation portion, and the operation portion is configured to: unlock the first locking component and the second locking component, and push the headset head portion out of the accommodating slot; wherein each Bluetooth headset is accommodated in the accommodating slot, the contact position of the Bluetooth headset abuts against the support position, the pressing end protrudes from the accommodating slot, a tail portion position of the Bluetooth headset is pressed into the accommodating slot, and the support position is used as a fulcrum for the Bluetooth headset, to enable the headset head portion to move out of the accommodating slot and the first locking component to be unlocked with the second locking component.
An electronic device, comprising a first part and a second part rotatably connected to the first part through a metal rotating shaft, wherein the first part comprises a display screen and a metal housing; the electronic device further comprises at least one first antenna, each of the at least one first antenna comprises a radiating unit for radiating a signal, and the radiating unit comprises a slot arranged in the metal housing and a part of the metal rotating shaft coupled to the slot; characterized in that the slot is an L-shaped slot, and a horizontal portion and a vertical portion of the L-shaped slot are respectively arranged along two adjacent side walls of the metal housing. the electronic device further comprises at least one first antenna, each of the at least one first antenna comprises a radiating unit for radiating a signal, and the radiating unit comprises a slot arranged in the metal housing and a part of the metal rotating shaft coupled to the slot; characterized in that the slot is an L-shaped slot, and a horizontal portion and a vertical portion of the L-shaped slot are respectively arranged along two adjacent side walls of the metal housing.