mhurhangee/ep-ind-claims huggingface dataset:
A vehicle seat including a side air bag device (10; 60) disposed in a side portion, in a vehicle width direction, on an outer side of a seatback of a vehicle seat comprising: a gas generator disposed in the side portion of the seatback of the vehicle seat and configured to be activated to generate gas for expansion and unfolding; a reaction plate (26; 64) disposed in the side portion in a state where its longitudinal direction is along a height direction of the seatback; and an air bag disposed in a folded state in the side portion and fixed to a side frame portion of a seatback frame together with the gas generator and the reaction plate (26; 64), the air bag being expanded and unfolded toward a vehicle front side of the side portion when the gas is supplied thereinside, wherein the reaction plate (26; 64) is fixed to the outer side frame portion; the air bag includes an upper insertion portion which is formed by attaching a cloth forming an upper flap to a base cloth constituting the air bag, the upper insertion portion placed outside the air bag and provided on an upper side relative to a fixed part to the side frame portion and configured such that the reaction plate (26; 64) is inserted between the base cloth and the cloth forming the upper flap, characterized in that the upper flap is attached to a rear end of the air bag and placed outside the air bag, and in that an upper part of the air bag is locked by the reaction plate (26; 64) the upper end of which is passed between the upper flap and the base cloth. a gas generator disposed in the side portion of the seatback of the vehicle seat and configured to be activated to generate gas for expansion and unfolding; a reaction plate (26; 64) disposed in the side portion in a state where its longitudinal direction is along a height direction of the seatback; and an air bag disposed in a folded state in the side portion and fixed to a side frame portion of a seatback frame together with the gas generator and the reaction plate (26; 64), the air bag being expanded and unfolded toward a vehicle front side of the side portion when the gas is supplied thereinside, wherein the reaction plate (26; 64) is fixed to the outer side frame portion; the air bag includes an upper insertion portion which is formed by attaching a cloth forming an upper flap to a base cloth constituting the air bag, the upper insertion portion placed outside the air bag and provided on an upper side relative to a fixed part to the side frame portion and configured such that the reaction plate (26; 64) is inserted between the base cloth and the cloth forming the upper flap, characterized in that the upper flap is attached to a rear end of the air bag and placed outside the air bag, and in that an upper part of the air bag is locked by the reaction plate (26; 64) the upper end of which is passed between the upper flap and the base cloth.
A powder of silver particles having an organic protective film, which has a broad particle size distribution of such that the CV% value, as computed according to the following formula in which the particle diameter is determined by TEM, is at least 50 %: CV % = 100 × standard deviation of particle diameter σ D / mean particle diameter D TEM
A method of identifying a differentiation factor capable of promoting the differentiation of human definitive endoderm cells in a cell population comprising human cells, said method comprising the steps of: providing a human cell population comprising definitive endoderm cells, wherein said definitive endoderm cells comprise at least 10% of the human cells in said cell population; providing a candidate differentiation factor to said cell population; determining expression of a marker in said cell population at a first time point; determining expression of the same marker in said cell population at a second time point, wherein said second time point is subsequent to said first time point and wherein said second time point is subsequent to providing said cell population with said candidate differentiation factor; and determining if expression of the marker in said cell population at said second time point is increased or decreased as compared to the expression of the marker in said cell population at said first time point, wherein an increase or decrease in expression of said marker in said cell population indicates that said candidate differentiation factor is capable of promoting the differentiation of said human definitive endoderm cells and wherein said human definitive endoderm cells differentiate into cells selected from the group consisting of liver precursor cells, lung precursor cells and intestinal precursor cells in response to said candidate differentiation factor. providing a human cell population comprising definitive endoderm cells, wherein said definitive endoderm cells comprise at least 10% of the human cells in said cell population; providing a candidate differentiation factor to said cell population; determining expression of a marker in said cell population at a first time point; determining expression of the same marker in said cell population at a second time point, wherein said second time point is subsequent to said first time point and wherein said second time point is subsequent to providing said cell population with said candidate differentiation factor; and determining if expression of the marker in said cell population at said second time point is increased or decreased as compared to the expression of the marker in said cell population at said first time point, wherein an increase or decrease in expression of said marker in said cell population indicates that said candidate differentiation factor is capable of promoting the differentiation of said human definitive endoderm cells and wherein said human definitive endoderm cells differentiate into cells selected from the group consisting of liver precursor cells, lung precursor cells and intestinal precursor cells in response to said candidate differentiation factor.
Hydraulic arrangement for controlling ventilation means for providing a flow of air to a heat exchanger of a work vehicle, said hydraulic arrangement comprising a hydraulic motor configured to drive said ventilation means in function of a flow of oil passing through said hydraulic motor, said flow of oil being provided by a hydraulic power source, a post- pressure compensator module fluidly interposed between said hydraulic power source and said hydraulic motor, said post- pressure compensator module being configured to provide a load sensing signal (S 4) configured to contribute to control the flow of oil provided by said hydraulic power source, and said hydraulic arrangement being characterized by comprising an electro-actuated control valve fluidly interposed between said post- pressure compensator module and said hydraulic power source and configured to vary the flow of oil passing from said hydraulic power source to said post- pressure compensator module in function of an electric control signal (S 5),and an electronic control unit configured to receive as input a first signal (I 1) representative of a speed of said ventilation means a second signal (I 2) representative of an operative condition of an element to be provided with an air flow by said ventilation means or of said work vehicle, said electronic control unit being configured to elaborate said input signals (I 1, I 2) and provide as output said control signal (S 5) to control said control valve. a hydraulic motor configured to drive said ventilation means in function of a flow of oil passing through said hydraulic motor, said flow of oil being provided by a hydraulic power source, a post- pressure compensator module fluidly interposed between said hydraulic power source and said hydraulic motor, said post- pressure compensator module being configured to provide a load sensing signal (S 4) configured to contribute to control the flow of oil provided by said hydraulic power source, and said hydraulic arrangement being characterized by comprising an electro-actuated control valve fluidly interposed between said post- pressure compensator module and said hydraulic power source and configured to vary the flow of oil passing from said hydraulic power source to said post- pressure compensator module in function of an electric control signal (S 5),and an electronic control unit configured to receive as input a first signal (I 1) representative of a speed of said ventilation means a second signal (I 2) representative of an operative condition of an element to be provided with an air flow by said ventilation means or of said work vehicle, said electronic control unit being configured to elaborate said input signals (I 1, I 2) and provide as output said control signal (S 5) to control said control valve.
A motor with decelerator comprising: an electric motor including: a pair of brushes disposed at both sides with a commutator, which is installed in an armature, sandwiched therebetween and in sliding contact with the commutator to feed power; a pair of brush holders configured to accommodate the pair of brushes to advance and retreat with respect to the commutator; and holder stays (44a, 44b) configured to support the brush holders, the brush holders and the holder stays (44a, 44b) being integrally formed with each other by resin; a gear casing integrally attached to the electric motor; and a deceleration mechanism accommodated in the gear casing and connected to a rotary shaft of the electric motor, wherein an accommodating concave section configured to accommodate the holder stays (44a, 44b) and the brush holder is formed at the gear casing, the accommodating concave section is configured to attach the holder stay (44a, 44b) and the brush holder, characterized in that, electromagnetic shields (61a, 61b) configured to suppress influence of electromagnetic noise are installed at the outsides of the holder stays (44a, 44b), the holder stays (44a, 44b) are divided to correspond to the brush holders respectively, and the electromagnetic shields (61a, 61b) are divided to correspond to the holder stays (44a, 44b) respectively. an electric motor including: a pair of brushes disposed at both sides with a commutator, which is installed in an armature, sandwiched therebetween and in sliding contact with the commutator to feed power; a pair of brush holders configured to accommodate the pair of brushes to advance and retreat with respect to the commutator; and holder stays (44a, 44b) configured to support the brush holders, the brush holders and the holder stays (44a, 44b) being integrally formed with each other by resin; a gear casing integrally attached to the electric motor; and a deceleration mechanism accommodated in the gear casing and connected to a rotary shaft of the electric motor, wherein an accommodating concave section configured to accommodate the holder stays (44a, 44b) and the brush holder is formed at the gear casing, the accommodating concave section is configured to attach the holder stay (44a, 44b) and the brush holder, characterized in that, electromagnetic shields (61a, 61b) configured to suppress influence of electromagnetic noise are installed at the outsides of the holder stays (44a, 44b), the holder stays (44a, 44b) are divided to correspond to the brush holders respectively, and the electromagnetic shields (61a, 61b) are divided to correspond to the holder stays (44a, 44b) respectively.
A drill string system comprising: a drill bit disposed at a distal end of a drill string; a clutch coupled with the drill bit; a mud motor coupled to the clutch, the mud motor operable to receive a drilling fluid therein and transfer torque to the drill bit through the clutch; wherein the clutch disengages upon application of a torque exceeding a predetermined threshold; the system being characterised in that comprises a rotor catch operably coupling the drill bit and the clutch, the rotor catch operable to maintain a coupling between the drill bit and the clutch in event of clutch failure of the clutch. a drill bit disposed at a distal end of a drill string; a clutch coupled with the drill bit; a mud motor coupled to the clutch, the mud motor operable to receive a drilling fluid therein and transfer torque to the drill bit through the clutch; wherein the clutch disengages upon application of a torque exceeding a predetermined threshold; the system being characterised in that comprises a rotor catch operably coupling the drill bit and the clutch, the rotor catch operable to maintain a coupling between the drill bit and the clutch in event of clutch failure of the clutch.
A distributed security system, comprising: an access control system that controls access to an access point of a first entity based on first identity credentials presented by user devices of users; a first local identity issuance service of the first entity that loads the first identity credentials onto the user devices, wherein the first identity credentials include first locally-created credentials and globally unique identity tokens from a token issuance service and enable a user to obtain access to the access control system of the first entity; a second access control system that controls access to an access point of a second entity based on second identity credentials presented by user devices of users; and a second local identity issuance service of the second entity that loads the second identity credentials onto the user devices, wherein the second identity credentials include second locally-created credentials and the globally unique identity tokens and enable the user to obtain access to the access control system of the second entity; and the token issuance service that provides the globally unique identity tokens to the first and second local identity issuance services for the user, wherein the second local identity issuance service extracts the globally unique identity token from the first identity credentials and then creates a new association between the extracted globally unique identity token and a locally created credential for the second entity. an access control system that controls access to an access point of a first entity based on first identity credentials presented by user devices of users; a first local identity issuance service of the first entity that loads the first identity credentials onto the user devices, wherein the first identity credentials include first locally-created credentials and globally unique identity tokens from a token issuance service and enable a user to obtain access to the access control system of the first entity; a second access control system that controls access to an access point of a second entity based on second identity credentials presented by user devices of users; and a second local identity issuance service of the second entity that loads the second identity credentials onto the user devices, wherein the second identity credentials include second locally-created credentials and the globally unique identity tokens and enable the user to obtain access to the access control system of the second entity; and the token issuance service that provides the globally unique identity tokens to the first and second local identity issuance services for the user, wherein the second local identity issuance service extracts the globally unique identity token from the first identity credentials and then creates a new association between the extracted globally unique identity token and a locally created credential for the second entity.
A mobile device, comprising: a touch panel, comprising at least one transmitting electrode and at least one receiving electrode, wherein the transmitting electrode performs signal transmission using a touch-link technology, and the receiving electrode performs signal reception using the touch-link technology; and a processing unit, configured to receive a message from a terminal device via the receiving electrode, and transmit an identification number to the terminal device via the transmitting electrode according to the message, so as to use the identification number for a verification on the terminal device; characterized in that the identification number is a product identification number uniquely identifying the mobile device; and the processing unit is configured to receive encrypted data of a server from the terminal device via the receiving electrode, launch an application program associated with the server to decrypt the encrypted data according to the identification number and generate decrypted data, and transmit the decrypted data to the terminal device via the transmitting electrode, thereby enabling the terminal device to transmit the decrypted data to the server to assist the mobile device with obtaining a log-in access or transaction authorization of the server. a touch panel, comprising at least one transmitting electrode and at least one receiving electrode, wherein the transmitting electrode performs signal transmission using a touch-link technology, and the receiving electrode performs signal reception using the touch-link technology; and a processing unit, configured to receive a message from a terminal device via the receiving electrode, and transmit an identification number to the terminal device via the transmitting electrode according to the message, so as to use the identification number for a verification on the terminal device; characterized in that the identification number is a product identification number uniquely identifying the mobile device; and the processing unit is configured to receive encrypted data of a server from the terminal device via the receiving electrode, launch an application program associated with the server to decrypt the encrypted data according to the identification number and generate decrypted data, and transmit the decrypted data to the terminal device via the transmitting electrode, thereby enabling the terminal device to transmit the decrypted data to the server to assist the mobile device with obtaining a log-in access or transaction authorization of the server.
Implantable system comprising: - a first device, called the centralizing device, able to be attached in an attachment position to a wall of the stomach of a patient, the centralizing device being accommodated in the stomach when the centralizing device is in the attachment position, and - at least one second device, the implantable system being characterized in that the centralizing device comprises a controller, an electrical power supply and a transceiver able to allow communication between the centralizing device and the second device when the second device is in a working position, the second device being located outside the body of the patient when the second device is in the working position, wherein: - the centralizing device comprises a sensor able to measure a value of a physiological parameter of the patient, the transceiver being configured to transmit, to the second device, the measured values, the considered second device being able to detect a physiological disorder of the patient on the basis of at least one of the measured values and the communication between the centralizing device and the at least one second device occurring at radiofrequency. - a first device, called the centralizing device, able to be attached in an attachment position to a wall of the stomach of a patient, the centralizing device being accommodated in the stomach when the centralizing device is in the attachment position, and - at least one second device, - the centralizing device comprises a sensor able to measure a value of a physiological parameter of the patient, the transceiver being configured to transmit, to the second device, the measured values, the considered second device being able to detect a physiological disorder of the patient on the basis of at least one of the measured values and the communication between the centralizing device and the at least one second device occurring at radiofrequency.
A method of simultaneous identification of different mammalian species origins of a sample, comprising the steps of: a) dividing the sample into a number of portions and situating the sample portions in a multi-well container or containers for use in DNA hybridization; b) providing DNA probes of SEQ ID NOs. 1-241 with a length from 60-80 bases, wherein the number of the sample portions is greater than the number of mammalian species from which the DNA probes derive; c) hybridizing the sample portions with the DNA probes; d) detecting for positive hybridization results; and e) assessing the mammalian species origin or origins of the sample according to positive hybridization results; wherein the mammalian species to be identified is/are Sus scrofa, Bos taurus, Ovis aries, Equus caballus, Canis lupus, Felis catus and Mus musculus. a) dividing the sample into a number of portions and situating the sample portions in a multi-well container or containers for use in DNA hybridization; b) providing DNA probes of SEQ ID NOs. 1-241 with a length from 60-80 bases, wherein the number of the sample portions is greater than the number of mammalian species from which the DNA probes derive; c) hybridizing the sample portions with the DNA probes; d) detecting for positive hybridization results; and e) assessing the mammalian species origin or origins of the sample according to positive hybridization results;
A stick insertion device for inserting a stick into an ice cream product extruded from an extrusion jet and having a height seen in the extrusion direction of the extrusion jet, and at least one end point which is substantially parallel to the extrusion direction and into which the stick is inserted with orientation substantially perpendicular to the extrusion direction, wherein the stick insertion device comprises: - a stick pusher, capable of making a linear and reciprocating movement, - an actuator with a first and a secondary outer position, used to activate the stick pusher, - a servo mechanism for controlling the actuator's movement, - a control unit, connected to the servo mechanism, characterised in that the stick insertion device comprises - at least one sensor for measurement of the stick's position in relation to the ice cream product's height, horizontal position in relation to the ice cream product's end point and angle in relation to the ice cream product's end point, that the control unit is connected to the at least one sensor, that the control unit is adapted to control the stroke length of the servo mechanism and start time and end time for the insertion of the stick based on signals from the aforementioned at least one sensor. wherein the stick insertion device comprises: - a stick pusher, capable of making a linear and reciprocating movement, - an actuator with a first and a secondary outer position, used to activate the stick pusher, - a servo mechanism for controlling the actuator's movement, - a control unit, connected to the servo mechanism, - a stick pusher, capable of making a linear and reciprocating movement, - an actuator with a first and a secondary outer position, used to activate the stick pusher, - a servo mechanism for controlling the actuator's movement, - a control unit, connected to the servo mechanism, characterised in that the stick insertion device comprises - at least one sensor for measurement of the stick's position in relation to the ice cream product's height, horizontal position in relation to the ice cream product's end point and angle in relation to the ice cream product's end point, - at least one sensor for measurement of the stick's position in relation to the ice cream product's height, horizontal position in relation to the ice cream product's end point and angle in relation to the ice cream product's end point, that the control unit is connected to the at least one sensor, that the control unit is adapted to control the stroke length of the servo mechanism and start time and end time for the insertion of the stick based on signals from the aforementioned at least one sensor.