mhurhangee/ep-ind-claims huggingface dataset:
A container (10, 110) comprising: a fire-retarding material; a substantially airtight cavity formed by the fire-retarding material sized to hold at least one item; a vacuum device connected to the substantially airtight cavity, configured to make the substantially airtight cavity substantially airtight; a reinforcement material connected with the fire-retarding material, a water-repelling material connected with the fire-retarding material, the water-repelling material covering the fire-retarding material and the reinforcement material; and an exterior material disposed on an outside of the container (10, 110), the exterior material covering the water-repelling material. a fire-retarding material; a substantially airtight cavity formed by the fire-retarding material sized to hold at least one item; a vacuum device connected to the substantially airtight cavity, configured to make the substantially airtight cavity substantially airtight; a reinforcement material connected with the fire-retarding material, a water-repelling material connected with the fire-retarding material, the water-repelling material covering the fire-retarding material and the reinforcement material; and an exterior material disposed on an outside of the container (10, 110), the exterior material covering the water-repelling material.
A method for determining, via a processor coupled to a memory, a deformation of loaded teeth (1, 2), preferably to determine a static transmission error, between a first and a second gear wheel (A, B) having respective geometries identifying a theoretical line of contacts referred to undeformed teeth, comprising the step of calculating, for each predefined angular meshing positon between the first and the second gear wheel, a loaded position of the point of contact where the load is concentrated or is the largest, such position being spaced from the line of contacts because of the deformation of meshing teeth, the calculation including an iterative cycle applied to an analytical mathematical model based on analytical formulae expressing the elastic deformation of respective meshing tooth profiles based on the position and the inclination of the concentrated load in said contact point between meshing tooth profiles, geometrical parameters of the meshing teeth and on the elastic modulus of each material of the first and the second gear wheel, wherein after the load is applied on the undeformed profile a subsequent point of contact is detected, then the load is applied to the subsequent point of contact on the undeformed profile until convergence of an appropriate condition that conducts to the final point of the load application form the first iteration, such that the position of said point of contact moving along the meshing tooth profiles between a base and a fillet of a meshing tooth because of the deformation of the meshing teeth during the iterative cycle.
A pharmaceutical or nutraceutical composition comprising an alkalized organic substance selected from the group comprising whey protein concentrate; amino acids; and mixtures thereof.
A process for generating electrical power using an engine driven by a biofuel produced from a transesterification process of vegetable or animal oils and fats by means of supercritical methanol or an alcohol R-OH in which R is an alkyl group with at least 2C combined with supercritical carbondioxide in a reactor which is heated by the waste heat from the engine to create biofuel.
A system comprising: an intelligent wearable device comprising a sensor; and a mobile terminal in communication with the intelligent wearable device and configured to send an activation signal to the intelligent wearable device when receiving an incoming call, wherein the intelligent wearable device is configured to: receive the activation signal from the mobile terminal via Bluetooth; activate the sensor in response to receiving the activation signal; detect a gesture by a user using the sensor; and perform an operation according to the gesture. an intelligent wearable device comprising a sensor; and a mobile terminal in communication with the intelligent wearable device and configured to send an activation signal to the intelligent wearable device when receiving an incoming call, wherein the intelligent wearable device is configured to: receive the activation signal from the mobile terminal via Bluetooth; activate the sensor in response to receiving the activation signal; detect a gesture by a user using the sensor; and perform an operation according to the gesture. receive the activation signal from the mobile terminal via Bluetooth; activate the sensor in response to receiving the activation signal; detect a gesture by a user using the sensor; and perform an operation according to the gesture.
An intake duct for an air intake system of a work vehicle, the intake duct comprising a body defining an air passage extending between an intake end and an outlet end, and whereby the body further defines a recessed intake at the intake end, the recessed intake including a first side section and a second side section projecting inwardly from an outer edge of the body, the recessed intake further including a deflector projecting outwardly from the first and second side sections (128, 126), the deflector being configured to shield the air passage from water directed towards the recessed inlet; and characterized in that said recessed intake is defined in a direction substantially perpendicular to the direction of the air passage, and each one of the first side section and the second side section defines at least one side opening for directing air into the air passage.
A torque motor assembly comprising: two or more pole piece pairs, each pair comprising two opposing pole pieces each having an end facing a respective end of the opposite pole piece, the ends separated by a gap; and a magnetic plate extending between the pole piece pairs and located in the gap, the magnetic plate having surface portions facing the respective pole piece ends; wherein the surface portions of the magnetic plate and the respective pole piece ends are non-parallel with respect to each other; wherein each pole piece end has a triangular cross-section cut out (Fig.2A, Fig.2B) such that opposing pole pieces define a diamond-shaped gap between them, and wherein the surface portions of the magnetic plate has a diamond-shaped cross-section defined by angles different from those defining the gap. two or more pole piece pairs, each pair comprising two opposing pole pieces each having an end facing a respective end of the opposite pole piece, the ends separated by a gap; and a magnetic plate extending between the pole piece pairs and located in the gap, the magnetic plate having surface portions facing the respective pole piece ends; wherein the surface portions of the magnetic plate and the respective pole piece ends are non-parallel with respect to each other; wherein each pole piece end has a triangular cross-section cut out (Fig.2A, Fig.2B) such that opposing pole pieces define a diamond-shaped gap between them, and wherein the surface portions of the magnetic plate has a diamond-shaped cross-section defined by angles different from those defining the gap.
Holding device for locking the piston head of a syringe on the pusher of a syringe pump, the device being equipped with arms (31, 36) coupled each with a pinion (33, 38) pivotable about its axis and movable in translation so as to drive the corresponding arm in a same movement between a rest position in which the arms are "closed" and "pressed" against the pusher and an open position in which the arms are "opened" and "removed" from the pusher, the translation being performed before the rotation during the movement toward the open position or in reverse order toward the rest position, the holding device further comprising a control member and means for converting a portion of the movement of the control member by transmitting it to at least one pinion in the form of a translation movement and means for converting a portion of the movement of the control member by transmitting it to at least one pinion in the form of a rotation movement, characterised in that - the means for converting and transmitting a portion of the movement of the control member into a translation movement of at least one pinion are locked in translation, and in that - the means for converting and transmitting a portion of the movement of the control member into a translation movement of at least one pinion and the means for converting and transmitting a portion of the movement of the control member into a rotation movement of at least one pinion are merged, - wherein said means are constituted by a helical set of teeth. - the means for converting and transmitting a portion of the movement of the control member into a translation movement of at least one pinion are locked in translation, and in that - the means for converting and transmitting a portion of the movement of the control member into a translation movement of at least one pinion and the means for converting and transmitting a portion of the movement of the control member into a rotation movement of at least one pinion are merged, - wherein said means are constituted by a helical set of teeth.
A bonding system for bonding a plastic substrate to another substrate, the bonding system comprising: (a) a plastic substrate wherein the plastic substrate is impregnated with a transition metal; and (b) an anaerobically curable composition, wherein the anaerobically curable composition includes a rubber component, and wherein cure of the anaerobically curable composition is initiatable by the transition metal when the anaerobically curable composition is contacted with the plastic substrate under anaerobic conditions. (a) a plastic substrate wherein the plastic substrate is impregnated with a transition metal; and (b) an anaerobically curable composition, wherein the anaerobically curable composition includes a rubber component, and
A surgical instrument, comprising: a shaft comprising a shaft frame; an end effector, comprising: an end effector frame; and a jaw movable relative to said end effector frame; an articulation joint, comprising: an articulation frame, comprising: a proximal articulation end; and a distal articulation end; a first articulation joint connecting said proximal articulation end to said shaft frame; and a second articulation joint connecting said distal articulation end to said end effector frame; a firing system movable relative to said shaft frame, said articulation frame, and said end effector frame, wherein said firing system comprises a cutting member movable relative to said end effector frame; a first articulation wire fixedly attached to said end effector frame, wherein said first articulation wire is configured to rotate said end effector in a first direction; and a second articulation wire fixedly attached to said end effector frame, wherein said second articulation wire is configured to rotate said end effector in a second direction; characterized in that: said first articulation wire comprises a first coil spring and said second articulation wire comprises a second coil spring. a shaft comprising a shaft frame; an end effector, comprising: an end effector frame; and a jaw movable relative to said end effector frame; an end effector frame; and a jaw movable relative to said end effector frame; an articulation joint, comprising: an articulation frame, comprising: a proximal articulation end; and a distal articulation end; a first articulation joint connecting said proximal articulation end to said shaft frame; and a second articulation joint connecting said distal articulation end to said end effector frame; an articulation frame, comprising: a proximal articulation end; and a distal articulation end; a proximal articulation end; and a distal articulation end; a first articulation joint connecting said proximal articulation end to said shaft frame; and a second articulation joint connecting said distal articulation end to said end effector frame; a firing system movable relative to said shaft frame, said articulation frame, and said end effector frame, wherein said firing system comprises a cutting member movable relative to said end effector frame; a first articulation wire fixedly attached to said end effector frame, wherein said first articulation wire is configured to rotate said end effector in a first direction; and a second articulation wire fixedly attached to said end effector frame, wherein said second articulation wire is configured to rotate said end effector in a second direction; characterized in that: said first articulation wire comprises a first coil spring and said second articulation wire comprises a second coil spring.
A device for use in the treatment of eardrum perforations having a structured coating, wherein the device comprises a carrier layer, wherein a plurality of protrusions is arranged on this carrier layer, which protrusions each comprise at least a shaft having an end face pointing away from the surface, characterized in that a further layer is arranged at least on the end face, wherein this layer has a different elastic modulus than the protrusion in question and wherein the further layer arranged on the end face has a lower elastic modulus than the respective protrusion.
A wind turbine including a wind turbine hybrid braking system comprising: a generator coupled to a main shaft of the wind turbine for generating and transmitting power; a mechanical brake coupled to the main shaft for applying reaction torque upon braking of the wind turbine; an electrical braking circuit coupled to the generator for acting in conjunction with the mechanical brake and dissipating active power via controlled switching, the electrical braking unit comprising a controllable switch, and characterized by a controller for simultaneously activating both the mechanical brake and the electrical braking circuit in response to an emergency stop signal, wherein the controller is further configured to activate the controllable switch so that active power from the generator is transferred to the electrical braking circuit in response to a controller signal, wherein the controller is configured for causing the electrical braking circuit to damp a dynamic torque on the main shaft in response to the activation of the mechanical brake, and to continue dissipating power by the electrical braking circuit after the mechanical brake is fully activated in order to provide synchronized power dissipation to reduce oscillations in torsional torque on the main shaft. a generator coupled to a main shaft of the wind turbine for generating and transmitting power; a mechanical brake coupled to the main shaft for applying reaction torque upon braking of the wind turbine; an electrical braking circuit coupled to the generator for acting in conjunction with the mechanical brake and dissipating active power via controlled switching, the electrical braking unit comprising a controllable switch, and characterized by a controller for simultaneously activating both the mechanical brake and the electrical braking circuit in response to an emergency stop signal, wherein the controller is further configured to activate the controllable switch so that active power from the generator is transferred to the electrical braking circuit in response to a controller signal, wherein the controller is configured for causing the electrical braking circuit to damp a dynamic torque on the main shaft in response to the activation of the mechanical brake, and to continue dissipating power by the electrical braking circuit after the mechanical brake is fully activated in order to provide synchronized power dissipation to reduce oscillations in torsional torque on the main shaft.
A vehicle control apparatus (50, 16) applied to a vehicle including: at least one ECU; an internal-combustion engine and an electric motor provided as running power sources; a manual transmission to which a torque of each of the internal-combustion engine and the electric motor is inputted, and to which a driver is allowed to perform a start shift manipulation in order to switch from a neutral position to a predetermined start shift position; and a clutch to which the driver is allowed to perform a release manipulation in order to interrupt a torque transmission between the internal-combustion engine and the manual transmission, characterized in that the vehicle control apparatus comprises: a start-up controlling device, which the ECU is programmed to function as, configured to start up the internal-combustion engine under the condition that, in a state that the internal-combustion engine is stopped and also the vehicle is stopped, the release manipulation is performed to the clutch and also the start shift manipulation is performed to the manual transmission; a neutral-position detecting device configured to output a detection signal when the manual transmission is at the neutral position; and a torque providing controlling device, which the ECU is programmed to function as, configured to execute a torque providing control to control the electric motor such that the torque is inputted to the manual transmission when the neutral-position detecting device outputs the detection signal in the state that the internal-combustion engine is stopped and also the vehicle is stopped, wherein the start-up controlling device is configured to start up the internal-combustion engine when the release manipulation is performed to the clutch in a case that a change of input-side rotating speed of the manual transmission caused by the torque providing control does not satisfy a predetermined criterion. a start-up controlling device, which the ECU is programmed to function as, configured to start up the internal-combustion engine under the condition that, in a state that the internal-combustion engine is stopped and also the vehicle is stopped, the release manipulation is performed to the clutch and also the start shift manipulation is performed to the manual transmission; a neutral-position detecting device configured to output a detection signal when the manual transmission is at the neutral position; and a torque providing controlling device, which the ECU is programmed to function as, configured to execute a torque providing control to control the electric motor such that the torque is inputted to the manual transmission when the neutral-position detecting device outputs the detection signal in the state that the internal-combustion engine is stopped and also the vehicle is stopped, wherein the start-up controlling device is configured to start up the internal-combustion engine when the release manipulation is performed to the clutch in a case that a change of input-side rotating speed of the manual transmission caused by the torque providing control does not satisfy a predetermined criterion.
A vaccine formulation comprising a pharmaceutically-acceptable carrier, an adjuvant, and a nucleic acid comprising a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of SEQ ID NO: 138, which polypeptide has a double internal deletion of amino acid residues 391-544 and 786-821 of SEQ ID NO: 1.
A geothermal energy device comprises downward and upward pipes placed in a borehole, unilaterally closed only from the ground surface that are filled with a fluid thermal agent and connected to each other with a heat exchanger in the depth of the borehole, at this, the downward pipe is equipped with at least one, or several sequential mechanical non-return valves, and on the downward pipe on the ground surface there is also installed a down pushing pump for the thermal agent and its steam condensate, and the end of the upward pipe on the ground surface is connected with a steam turbine, which in its turn, is connected to the said pump by means of a pipeline and a steam condenser for condensation and delivery to the pump of exhaust steam passed through the turbine, characterized by that the ending of the upward pipe is connected with the turbine by means of an impulse accelerator consisting of a controlled valve provided to convert the thermal agent from liquid to gaseous phase, a control device which manages the valve open-close duration and frequency in order to oscillate steam of the thermal agent at a resonant frequency, and a turbine-directed nozzle that accelerates steam of the thermal agent that is sprayed through the valve.
An apparatus, comprising: a secure circuit configured to: store a plurality of keys usable to encrypt data communications between a plurality of devices over a network; store information that defines a set of usage criteria for the plurality of keys, wherein the set of usage criteria specifies that a first of the plurality of keys is dedicated to encrypting data being communicated from a first of the plurality of devices to a second of the plurality of devices; receive, from the first device, a particular request to encrypt a portion of a message with the first key, wherein the particular request indicates that the message is being sent from the first device to the second device; determine that the set of usage criteria authorizes use of the first key for encrypting data to be sent to the second device; in response to a determination that the use is authorized, encrypt the portion of the message with the first key; receive, from the first device, a different request to encrypt a portion of a different message with the first key, wherein the different request indicates that the different message is being sent from the first device to a third device; determine that the set of usage criteria does not authorize use of the first key for encrypting data to be sent to the third device; and in response to a determination that the use is not authorized, send a response indicating that the different request has been denied. store a plurality of keys usable to encrypt data communications between a plurality of devices over a network; store information that defines a set of usage criteria for the plurality of keys, wherein the set of usage criteria specifies that a first of the plurality of keys is dedicated to encrypting data being communicated from a first of the plurality of devices to a second of the plurality of devices; receive, from the first device, a particular request to encrypt a portion of a message with the first key, wherein the particular request indicates that the message is being sent from the first device to the second device; determine that the set of usage criteria authorizes use of the first key for encrypting data to be sent to the second device; in response to a determination that the use is authorized, encrypt the portion of the message with the first key; receive, from the first device, a different request to encrypt a portion of a different message with the first key, wherein the different request indicates that the different message is being sent from the first device to a third device; determine that the set of usage criteria does not authorize use of the first key for encrypting data to be sent to the third device; and in response to a determination that the use is not authorized, send a response indicating that the different request has been denied.