mhurhangee/patent-ind-claim-en huggingface dataset:
A method for archiving provisioning errors that may occur during provisioning of a computing environment having configurable components, the method comprising: distilling a provisioning request, wherein the distilling the provisioning request includes recording, in a provisioning archive, a provisioning request component, and filtering the provisioning request component by removing proprietary information from the provisioning request component recorded in the provisioning archive, the provisioning request component comprising a component requested to be added to, removed from, and/or updated in the computing environment; distilling a provisioning target, wherein the distilling the provisioning target includes recording, in the provisioning archive, a target environment, and filtering an existing component of the target environment; applying the provisioning request to the provisioning target, including provisioning the target environment, resulting in an updated provisioning target; determining if a provisioning error occurred; and adding the provisioning error, if any, to the provisioning archive. distilling a provisioning request, wherein the distilling the provisioning request includes recording, in a provisioning archive, a provisioning request component, and filtering the provisioning request component by removing proprietary information from the provisioning request component recorded in the provisioning archive, the provisioning request component comprising a component requested to be added to, removed from, and/or updated in the computing environment; distilling a provisioning target, wherein the distilling the provisioning target includes recording, in the provisioning archive, a target environment, and filtering an existing component of the target environment; applying the provisioning request to the provisioning target, including provisioning the target environment, resulting in an updated provisioning target; determining if a provisioning error occurred; and adding the provisioning error, if any, to the provisioning archive.
An atomization assembly of an aerosol generating device, the atomization assembly comprising: a shell ; a sealing seat ; an atomization core comprising a first end and a second end, the first end of the atomization core is connected to the shell , and the second end of the atomization core is mounted on the sealing seat , wherein the shell , the sealing seat , and the atomization core are enclosed to form a juice storage cavity , and the atomization core is provided with a passing juice orifice ; and a seal comprising a sealing part in the juice storage cavity , and a push rod connected to the sealing part , wherein the sealing part is arranged surrounding an outer peripheral surface of the atomization core for covering the passing juice orifice , and a free end of the push rod is slidably arranged through the sealing seat and exposed outside the sealing seat ; characterized in that the sealing seat comprises a silicone pad that is airtight connected to the shell , wherein the silicone pad comprises a mounting hole for the push rod to pass through, and the push rod is configured to fit with the mounting hole. a shell ; a sealing seat ; an atomization core comprising a first end and a second end, the first end of the atomization core is connected to the shell , and the second end of the atomization core is mounted on the sealing seat , wherein the shell , the sealing seat , and the atomization core are enclosed to form a juice storage cavity , and the atomization core is provided with a passing juice orifice ; and a seal comprising a sealing part in the juice storage cavity , and a push rod connected to the sealing part , wherein the sealing part is arranged surrounding an outer peripheral surface of the atomization core for covering the passing juice orifice , and a free end of the push rod is slidably arranged through the sealing seat and exposed outside the sealing seat ; characterized in that the sealing seat comprises a silicone pad that is airtight connected to the shell , wherein the silicone pad comprises a mounting hole for the push rod to pass through, and the push rod is configured to fit with the mounting hole.
A clamp mechanism to assist in attaching a finger cuff having a first side and a second side to a patient's finger by a medical assistant, the clamp mechanism comprising: a mounting structure including a top portion , opposed descending sides , and an exterior and an interior , the top portion including a gap ; and a pair of opposed clamping members that extend from opposite sides of the exterior of the mounting structure to form a clamping slot over the gap , wherein the clamping slot is openable to allow for the pulling of the first side and the second side of the finger cuff by the medical assistant through the gap and the opened clamping slot , and wherein the clamping slot is closeable such that the first side and the second side of the finger cuff are clamped together so that the finger cuff is firmly attachable to the patient's finger. a mounting structure including a top portion , opposed descending sides , and an exterior and an interior , the top portion including a gap ; and a pair of opposed clamping members that extend from opposite sides of the exterior of the mounting structure to form a clamping slot over the gap , wherein the clamping slot is openable to allow for the pulling of the first side and the second side of the finger cuff by the medical assistant through the gap and the opened clamping slot , and wherein the clamping slot is closeable such that the first side and the second side of the finger cuff are clamped together so that the finger cuff is firmly attachable to the patient's finger.
Compression mold for composite material , comprising a movable element and a fixed element , characterized in that each of the elements comprises a molding part and a support plate , the molding part being detachably fixed to the support plate , the molding part being equipped with a means of thermal regulation, each of the elements comprising a layer of thermal insulator between the molding part and the support plate, and in that between the molding part and the support plate , the mold comprises a centering block in order to overcome the thermal expansion of the molding part .
A method of making an optical fiber comprising: drawing an optical fiber from a preform; applying a coating composition to said optical fiber; said coating composition comprising: a first radiation-curable component; a photoinitiator; and a UV absorber; and curing said coating composition, said curing including exposing said coating composition to light provided by an LED, said LED having a peak emission wavelength in the range from 360 nm - 410 nm; wherein the ratio of the absorbed intensity of said UV absorber in said composition to the absorbed intensity of said photoinitiator in said composition at a wavelength in the range from 360 nm-410 nm is less than 7.5; and wherein the method further comprises applying a secondary coating composition to the optical fiber over the cured coating composition; and curing the secondary coating with an Hg lamp. drawing an optical fiber from a preform; applying a coating composition to said optical fiber; said coating composition comprising: a first radiation-curable component; a photoinitiator; and a UV absorber; and a first radiation-curable component; a photoinitiator; and a UV absorber; and curing said coating composition, said curing including exposing said coating composition to light provided by an LED, said LED having a peak emission wavelength in the range from 360 nm - 410 nm; wherein the ratio of the absorbed intensity of said UV absorber in said composition to the absorbed intensity of said photoinitiator in said composition at a wavelength in the range from 360 nm-410 nm is less than 7.5; and wherein the method further comprises applying a secondary coating composition to the optical fiber over the cured coating composition; and curing the secondary coating with an Hg lamp.
An underwater vehicle comprising: a longitudinal body that defines a longitudinal axis (L) and is rotatable about the longitudinal axis between a forward orientation and a sideways orientation; a wing attached to the longitudinal body wherein the wing is moveable between a vertically extending wing orientation when the longitudinal body is in the forward orientation and a horizontally extending wing orientation when the longitudinal body is in the sideways orientation, wherein the wing includes at least two sensors including a first sensor arranged at an end of the wing and a second sensor arranged at an opposite end of the wing relative to the first sensor; a propulsion system having a front propulsion device and a rear propulsion device that is arranged rearwardly along the longitudinal axis relative to the front propulsion device, the propulsion system providing thrust in a perpendicular direction relative to the longitudinal axis; and an after-propulsion system arranged at a rear end of the longitudinal body that provides thrust along the longitudinal axis, wherein the longitudinal body includes at least one moveable mass that moves the longitudinal body between the forward orientation and the sideward orientation and maintains a buoyancy of the longitudinal body. a longitudinal body that defines a longitudinal axis (L) and is rotatable about the longitudinal axis between a forward orientation and a sideways orientation; a wing attached to the longitudinal body wherein the wing is moveable between a vertically extending wing orientation when the longitudinal body is in the forward orientation and a horizontally extending wing orientation when the longitudinal body is in the sideways orientation, wherein the wing includes at least two sensors including a first sensor arranged at an end of the wing and a second sensor arranged at an opposite end of the wing relative to the first sensor; a propulsion system having a front propulsion device and a rear propulsion device that is arranged rearwardly along the longitudinal axis relative to the front propulsion device, the propulsion system providing thrust in a perpendicular direction relative to the longitudinal axis; and an after-propulsion system arranged at a rear end of the longitudinal body that provides thrust along the longitudinal axis, wherein the longitudinal body includes at least one moveable mass that moves the longitudinal body between the forward orientation and the sideward orientation and maintains a buoyancy of the longitudinal body.
A spacecraft provided with a low and high thrust propulsion system, including at least one water reservoir containing liquid water and a high thrust propulsion part, wherein the high thrust propulsion part comprises at least one high thrust thruster including a regulating valve (V1) for sucking liquid water from the at least one water reservoir , a water splitting device for splitting the liquid water into gaseous hydrogen and gaseous oxygen, a combustion chamber in which the gaseous hydrogen reacts with the gaseous oxygen and an exhaust nozzle for discharging the combustion products from the combustion chamber , characterised in that the spacecraft further includes a low thrust propulsion part, wherein the low thrust propulsion part comprises a liquid water supply line and a plurality of liquid water outlets in a plurality of branches (11-1n) individually including a regulating valve (21-2n), a vaporization chamber (31-3n) and an expansion nozzle (41-4n) downstream of the vaporization chamber (31-3n). the high thrust propulsion part comprises at least one high thrust thruster including a regulating valve (V1) for sucking liquid water from the at least one water reservoir , a water splitting device for splitting the liquid water into gaseous hydrogen and gaseous oxygen, a combustion chamber in which the gaseous hydrogen reacts with the gaseous oxygen and an exhaust nozzle for discharging the combustion products from the combustion chamber , characterised in that the spacecraft further includes a low thrust propulsion part, wherein the low thrust propulsion part comprises a liquid water supply line and a plurality of liquid water outlets in a plurality of branches (11-1n) individually including a regulating valve (21-2n), a vaporization chamber (31-3n) and an expansion nozzle (41-4n) downstream of the vaporization chamber (31-3n).
Apparatus, including a pump (P) for pumping a liquid containing debris, comprising an impeller configured as a rotating disk having a front side and a back side , the impeller being arranged to rotate on a shaft with the front side nearest an inlet for receiving the liquid to be pumped and the back side nearest a motor housing having a motor with the shaft , so as to provide a main flow of the liquid being pumped and a rear impeller flow of the liquid being pumped in an area between the back side of the impeller and the motor housing , characterized by the back side comprising a logarithmic spiral-shaped vane configured to constantly sweep, and expel any debris from the area between the back side of the impeller and the motor housing , the logarithmic spiral-shaped vane being formed as a curve that emanates from a central point or axis (c) of the impeller and gets progressively farther away from the central point or axis (c) as the curve revolves at least one complete revolution around the central point or axis (c), wherein the impeller rotates about the central point or axis (c) in a direction of rotation, and the logarithmic spiral-shaped vane has a spiral that emanates from the central point or axis (c) and curves progressively farther away from the central point or axis (c) in an opposite direction from the direction of rotation.
A method for wireless communication, comprising: generating a short message authentication code for integrity protection, MAC-I, for a message sent on a control channel for random access by a user equipment, UE, the short MAC-I having a smaller size than a full MAC-I used for integrity protection of messages sent on a control plane, wherein the short MAC-I has a 16-bit size and the full MAC-I has a 32-bit size, and wherein the generating a short MAC-I comprises generating the short MAC-I for a Radio Resource Control, RRC, message sent on a common control channel, CCCH, for RRC connection re-establishment; and sending the message comprising the short MAC-I for random access by the UE. generating a short message authentication code for integrity protection, MAC-I, for a message sent on a control channel for random access by a user equipment, UE, the short MAC-I having a smaller size than a full MAC-I used for integrity protection of messages sent on a control plane, wherein the short MAC-I has a 16-bit size and the full MAC-I has a 32-bit size, and wherein the generating a short MAC-I comprises generating the short MAC-I for a Radio Resource Control, RRC, message sent on a common control channel, CCCH, for RRC connection re-establishment; and sending the message comprising the short MAC-I for random access by the UE.
A method comprising: Identifying , for each virtual tunnel endpoint from a plurality of virtual tunnel endpoints in a network , media access control address data comprising at least one of respective local interface media access control addresses of the respective virtual tunnel endpoint and media access control addresses of other virtual tunnel endpoints learned by the respective virtual tunnel endpoint ; determining whether the plurality of virtual tunnel endpoints are running spanning tree protocol; based on the media access control address data, determining whether a media access control address learned by a first virtual tunnel endpoint from the plurality of virtual tunnel endpoints matches a respective local interface media access control address of a second virtual tunnel endpoint from the plurality of virtual tunnel endpoints ; detecting a first network loop when the plurality of virtual tunnel endpoints is not running spanning tree protocol and the media access control address learned by the first virtual tunnel endpoint matches the respective local interface media access control address of the second virtual tunnel endpoint ; and detecting (906. 922, 948) a second network loop when: the plurality of virtual tunnel endpoints is running spanning tree protocol; and the first virtual tunnel endpoint and the second virtual tunnel endpoint are associated with a same spanning tree protocol root bridge. Identifying , for each virtual tunnel endpoint from a plurality of virtual tunnel endpoints in a network , media access control address data comprising at least one of respective local interface media access control addresses of the respective virtual tunnel endpoint and media access control addresses of other virtual tunnel endpoints learned by the respective virtual tunnel endpoint ; determining whether the plurality of virtual tunnel endpoints are running spanning tree protocol; based on the media access control address data, determining whether a media access control address learned by a first virtual tunnel endpoint from the plurality of virtual tunnel endpoints matches a respective local interface media access control address of a second virtual tunnel endpoint from the plurality of virtual tunnel endpoints ; detecting a first network loop when the plurality of virtual tunnel endpoints is not running spanning tree protocol and the media access control address learned by the first virtual tunnel endpoint matches the respective local interface media access control address of the second virtual tunnel endpoint ; and the plurality of virtual tunnel endpoints is running spanning tree protocol; and the first virtual tunnel endpoint and the second virtual tunnel endpoint are associated with a same spanning tree protocol root bridge.
A radio communication terminal apparatus configured to perform transmission and reception with a plurality of base stations in a coordinated manner, the radio communication terminal apparatus comprising: a base station selection section configured to select a base station other than a base station that transmits control information addressed to the radio communication terminal apparatus from among the plurality of base stations; a Zadoff-Chu, ZC, sequence generation section configured to generate a reference signal using a ZC sequence, which is assigned to the selected base station, wherein the selected base station is different from the base station that transmits the control information addressed to the radio communication terminal apparatus; and a transmission section configured to transmit the generated reference signal. a base station selection section configured to select a base station other than a base station that transmits control information addressed to the radio communication terminal apparatus from among the plurality of base stations; a Zadoff-Chu, ZC, sequence generation section configured to generate a reference signal using a ZC sequence, which is assigned to the selected base station, wherein the selected base station is different from the base station that transmits the control information addressed to the radio communication terminal apparatus; and a transmission section configured to transmit the generated reference signal.
A mobile electronic device, wherein the mobile electronic device comprises a heat emitting element , the heat emitting element is disposed on a circuit board PCB, and the mobile electronic device further comprises a first heat pipe and a second heat pipe , wherein the first heat pipe and the heat emitting element are disposed on a same side of the PCB, and the first heat pipe is connected to the heat emitting element ; wherein the second heat pipe is disposed in a second position of the PCB, and the second heat pipe is connected to the heat emitting element by using a thermally conductive metal, wherein the heat emitting element is disposed on a back surface of the second position of the PCB, wherein the thermally conductive metal is a copper layer of the PCB; and the first heat pipe is different from the second heat pipe in terms of at least one characteristic parameter, optimal working regions of the first heat pipe and the second heat pipe are different, and the first heat pipe and the second heat pipe work in the corresponding optimal working regions, thermal resistance ranges of the first heat pipe and the second heat pipe are 0.05-1 °C/W.
An arrangement comprising an adaptor coupled to a handle and a surgical tool, the adaptor comprising two telescopically connected segments including a first segment coupled to the surgical tool and a second segment coupled to the handle, wherein telescopically collapsing said first and said second segments operatively connects the surgical tool to a drive mechanism of the handle through holes in said two telescopically connected segments .
Organic resin comprising in its composition two copolymers P1 and P2 in weight proportions of P1/P2 ranging from 90/10 to 60/40, and preferably from 80/20 to 70/30, characterized in that said copolymers P1 and P2 are copolymerized with one another, said copolymer P1 bears at least one tertiary amine group and said copolymer P2 bears at least one carboxylic acid group.
A system of composite particles for remediation of a contaminated sediment area, the system comprising two or more types of composite particles, each particle type having a core and a coating, characterized in that the coating of a first particle type contains a reactive material comprising at least one reactive composition for complexing, adsorbing or absorbing a contaminant; and the coating of a second particle type contains dormant microbes capable of consuming contaminants complexed or sorbed by the reactive material of the first type of composite particle, wherein the first particle type does not contain microbes; and, optionally, nutrients, micronutrients, buffers or other adjunctive materials.
A seat module for an aircraft cabin , said seat module comprising: - two seats each having an extension axis (X1), the extension axis (X1) of the two seats being inclined relative to one another, said extension axis (X1) intersecting at a point of intersection (O), and - a tray table associated with each seat, said tray table being movable between a folded position and an unfolded position, - each tray table being further mobile in translation and/or in rotation relative to the seat from the unfolded position to an offset unfolded position, characterized in that , when the tray tables of the two seats are in the unfolded position and a partition wall between the two seats is brought into a retracted position, said tray tables are positioned next to each other so that a gap between two side edges of the tray tables facing each other is less than 50cm, preferably less than 30cm, so as to create a collaborative work area. - two seats each having an extension axis (X1), the extension axis (X1) of the two seats being inclined relative to one another, said extension axis (X1) intersecting at a point of intersection (O), and - a tray table associated with each seat, said tray table being movable between a folded position and an unfolded position, - each tray table being further mobile in translation and/or in rotation relative to the seat from the unfolded position to an offset unfolded position,