mhurhangee/ep-ind-claims huggingface dataset:
A method for the application of at least two different powder coating layers to a substrate comprising the steps of application of a first powder coating layer followed by the application of a second powder coating layer, without any substantial curing of the first powder coating layer prior to the application of the second powder coating layer, followed by the simultaneous curing of the first powder coating layer and the second powder coating layer, wherein - the first powder coating layer is applied to the substrate using a corona charging system and the second powder coating layer is applied using to the substrate a tribo charging system, or - the first powder coating layer is applied to the substrate using a tribo charging system and the second powder coating layer is applied to the substrate using a corona charging system, and the first powder coating layer and second powder coating layer have an opposite electrostatic polarity, and wherein the first powder coating layer comprises carboxy-functional polyester film-forming resin. - the first powder coating layer is applied to the substrate using a corona charging system and the second powder coating layer is applied using to the substrate a tribo charging system, or - the first powder coating layer is applied to the substrate using a tribo charging system and the second powder coating layer is applied to the substrate using a corona charging system, and
Electrical penetration assembly for a nuclear reactor vessel that can be mounted in an aperture of a nuclear reactor vessel, said electrical penetration assembly comprising: - a penetration body comprising: - a first end suitable for being positioned inside the vessel; - a second end suitable for being positioned outside the vessel; - a sealed electrical connector forming a first seal for the electrical penetration assembly, said sealed electrical connector hermetically sealing the penetration body at the first end; Wherein said electrical penetration assembly comprises: - a feed-through carrier flange comprising a plurality of unitary electrical feed-throughs, each unitary electrical feed-through allowing a single electrical conductor to pass therethrough thereby ensuring the continuity of the electrical connections, each unitary electrical feed-through being individually insulated by an individual insulator forming a second seal for the electrical penetration assembly, said unitary electrical feed-throughs hermetically sealing the penetration body at the second end; - an anti-ejection device formed by the engagement between a narrowed portion provided at each unitary electrical feed-through and a shoulder that is larger in size than the narrowed portion of each unitary electrical feed-through and provided on each of the electrical conductors of said unitary feed-throughs. - a penetration body comprising: - a first end suitable for being positioned inside the vessel; - a second end suitable for being positioned outside the vessel; - a first end suitable for being positioned inside the vessel; - a second end suitable for being positioned outside the vessel; - a sealed electrical connector forming a first seal for the electrical penetration assembly, said sealed electrical connector hermetically sealing the penetration body at the first end; - a feed-through carrier flange comprising a plurality of unitary electrical feed-throughs, each unitary electrical feed-through allowing a single electrical conductor to pass therethrough thereby ensuring the continuity of the electrical connections, each unitary electrical feed-through being individually insulated by an individual insulator forming a second seal for the electrical penetration assembly, said unitary electrical feed-throughs hermetically sealing the penetration body at the second end; - an anti-ejection device formed by the engagement between a narrowed portion provided at each unitary electrical feed-through and a shoulder that is larger in size than the narrowed portion of each unitary electrical feed-through and provided on each of the electrical conductors of said unitary feed-throughs.
A temporary storage system for storing containers, comprising: - advancement means for advancement of the containers along an advancement line; - a storage comprising a conveyor which receives the containers coming from the advancement line and moves transversally to the advancement line; - transfer means for transferring the containers from the advancement means to said storage; said transfer means comprising a baffle which at least in one operating configuration extends transversally to the advancement line in order to intercept the containers and displace the containers onto the storage; said baffle being movable along the advancement line; characterised in that the system comprises: - synchronising means for synchronising a displacement of the baffle along the advancement line and of the conveyor which moves transversally to the advancement line; - detecting means for detecting the presence of containers located on an initial portion of the conveyor which portion is located in proximity of the advancement line; wherein the synchronisation means are adjusted as a function of the input of said detecting means. - advancement means for advancement of the containers along an advancement line; - a storage comprising a conveyor which receives the containers coming from the advancement line and moves transversally to the advancement line; - transfer means for transferring the containers from the advancement means to said storage; said transfer means comprising a baffle which at least in one operating configuration extends transversally to the advancement line in order to intercept the containers and displace the containers onto the storage; said baffle being movable along the advancement line; characterised in that the system comprises: - synchronising means for synchronising a displacement of the baffle along the advancement line and of the conveyor which moves transversally to the advancement line; - detecting means for detecting the presence of containers located on an initial portion of the conveyor which portion is located in proximity of the advancement line; wherein the synchronisation means are adjusted as a function of the input of said detecting means. said baffle being movable along the advancement line; characterised in that the system comprises: - synchronising means for synchronising a displacement of the baffle along the advancement line and of the conveyor which moves transversally to the advancement line; - detecting means for detecting the presence of containers located on an initial portion of the conveyor which portion is located in proximity of the advancement line; wherein the synchronisation means are adjusted as a function of the input of said detecting means. - synchronising means for synchronising a displacement of the baffle along the advancement line and of the conveyor which moves transversally to the advancement line; - detecting means for detecting the presence of containers located on an initial portion of the conveyor which portion is located in proximity of the advancement line; wherein the synchronisation means are adjusted as a function of the input of said detecting means.
A method for selecting a Wi-Fi access point for position determination of a mobile device, comprising: obtaining, by the mobile device, data comprising a measure of variance in response time associated with each of a plurality of access points; selecting, by the mobile device, at least one of the plurality of access points, the selecting based on the obtained data, the selected at least one access point having a lower variance in response time than one or more other access points among the plurality of access points; sending, by said mobile device, a communication to the selected at least one access point; receiving, by the mobile device, from the selected at least one access point, a response to the communication; and calculating, by the mobile device, a distance from the mobile device to the selected at least one access point based on a round trip time determined based on the communication and the response to the communication. obtaining, by the mobile device, data comprising a measure of variance in response time associated with each of a plurality of access points; selecting, by the mobile device, at least one of the plurality of access points, the selecting based on the obtained data, the selected at least one access point having a lower variance in response time than one or more other access points among the plurality of access points; sending, by said mobile device, a communication to the selected at least one access point; receiving, by the mobile device, from the selected at least one access point, a response to the communication; and calculating, by the mobile device, a distance from the mobile device to the selected at least one access point based on a round trip time determined based on the communication and the response to the communication.
A slipping-resistant mat, including: a top layer, formed with a plurality of top holes; a bottom layer, formed with weaved fibers, the bottom layer formed with a plurality of bottom holes; a support layer in a predetermined thickness, formed with weaved fibers and arranged between the top layer and the bottom layer, the support layer being formed with a plurality of through holes, the top layer being arranged on a top of the support layer, the bottom layer being arranged on a bottom of the support layer, the top holes, the bottom holes, and the through holes communicating with each other; wherein each top hole has a smaller diameter than that of each bottom hole. a top layer, formed with a plurality of top holes; a bottom layer, formed with weaved fibers, the bottom layer formed with a plurality of bottom holes; a support layer in a predetermined thickness, formed with weaved fibers and arranged between the top layer and the bottom layer, the support layer being formed with a plurality of through holes, the top layer being arranged on a top of the support layer, the bottom layer being arranged on a bottom of the support layer, the top holes, the bottom holes, and the through holes communicating with each other; wherein each top hole has a smaller diameter than that of each bottom hole.
A spark plug, comprising: a center electrode extending in an axial direction of the spark plug; a ground electrode formed of a metal material containing 95 mass% or more of nickel; and a substantially cylindrical metal shell having a front end face to which one end of the ground electrode is welded, characterized in that an embedment amount BD, an original width EW1 and a deformation width EW2 satisfy the conditions: 0.15 mm ≤ BD ≤ 0.40 mm; and EW 2 − EW 1 / EW 1 ≥ 0.1 where the embedment amount BD is a depth from the front end face of the metal shell to a portion of the ground electrode embedded most deeply in the metal shell by the welding of the ground electrode and the metal shell; the original width EW1 is a width of a portion of the ground electrode located closest to a portion of the ground electrode deformed by the welding; and the deformation width EW2 is a width of the portion of the ground electrode deformed by the welding at the front end face of the metal shell. a center electrode extending in an axial direction of the spark plug; a ground electrode formed of a metal material containing 95 mass% or more of nickel; and a substantially cylindrical metal shell having a front end face to which one end of the ground electrode is welded, characterized in that an embedment amount BD, an original width EW1 and a deformation width EW2 satisfy the conditions: 0.15 mm ≤ BD ≤ 0.40 mm; and EW 2 − EW 1 / EW 1 ≥ 0.1 where the embedment amount BD is a depth from the front end face of the metal shell to a portion of the ground electrode embedded most deeply in the metal shell by the welding of the ground electrode and the metal shell; the original width EW1 is a width of a portion of the ground electrode located closest to a portion of the ground electrode deformed by the welding; and the deformation width EW2 is a width of the portion of the ground electrode deformed by the welding at the front end face of the metal shell.
A vapour generator (1, 101) including a chamber (9, 109) in which a vapour is produced, an inlet (8, 108) by which gas can enter the chamber, and a chamber outlet (13, 113) by which vapour can flow out of the chamber, characterised in that the generator includes a vapour-adsorbent passage (14, 114) extending from the chamber outlet (13, 113) such that all gas and vapour flowing from the chamber outlet (13, 113) flows through the vapour-adsorbent passage (14, 114) and such that, when no gas is caused to flow through the generator (1, 101), vapour produced in the chamber (9, 109) flows to the passage (14, 114) and is adsorbed at a rate that ensures substantially no vapour passes as far as the generator outlet (3, 103) but, when gas is caused to flow through the generator, the vapour is carried through the passage (14, 114) at a rate sufficiently high to ensure a flow of vapour from the generator outlet (3, 103).
An information processing apparatus comprising: an inclination acquisition device that acquires inclination information of a display housing that houses a display with a displayed image thereon; a first controller that causes a first change to the displayed image according to the inclination information when the amount of inclination of the display housing is greater than zero but less than a predetermined amount, wherein the first change to the displayed image is a movement of at least one of a shadow of a displayed object, a background portion of the displayed object, or reflected light, and the displayed object does not move on the display; and a second controller that causes a second change to the displayed image when the amount of inclination of the display housing is greater than the predetermined amount, wherein the second change to the displayed image is a movement of the displayed object along with the movement of the at least one of a shadow of the displayed object, the background portion of the displayed object, or the reflected light. an inclination acquisition device that acquires inclination information of a display housing that houses a display with a displayed image thereon; a first controller that causes a first change to the displayed image according to the inclination information when the amount of inclination of the display housing is greater than zero but less than a predetermined amount, wherein the first change to the displayed image is a movement of at least one of a shadow of a displayed object, a background portion of the displayed object, or reflected light, and the displayed object does not move on the display; and a second controller that causes a second change to the displayed image when the amount of inclination of the display housing is greater than the predetermined amount, wherein the second change to the displayed image is a movement of the displayed object along with the movement of the at least one of a shadow of the displayed object, the background portion of the displayed object, or the reflected light.
Pipe, which comprises the following layers: a) an external reinforcement layer and b) an internal liner which consists of the following layers securely bonded to one another: I. a layer made of a thermoplastic moulding composition selected from a polyolefin moulding composition and a fluoropolymer moulding composition and II. a layer made of a polyamide moulding composition, where either the layers according to b) I. and b) II. adhere directly to one another or the layers according to b) I. and b) II. have been bonded to one another by way of an adhesion promoter and where the adhesion between the layers according to b) I. and b) II. is at least 1.0 N/mm, determined according to DIN 53357, characterized in that not only the polyamide moulding composition but also the moulding composition of the layer according to I. in essence comprises no blend component which is composed of another polymer and which has disperse distribution in the moulding composition. a) an external reinforcement layer and b) an internal liner which consists of the following layers securely bonded to one another: I. a layer made of a thermoplastic moulding composition selected from a polyolefin moulding composition and a fluoropolymer moulding composition and II. a layer made of a polyamide moulding composition, where either the layers according to b) I. and b) II. adhere directly to one another or the layers according to b) I. and b) II. have been bonded to one another by way of an adhesion promoter and where the adhesion between the layers according to b) I. and b) II. is at least 1.0 N/mm, determined according to DIN 53357, I. a layer made of a thermoplastic moulding composition selected from a polyolefin moulding composition and a fluoropolymer moulding composition and II. a layer made of a polyamide moulding composition,
A cleaning utensil comprising a bottle brush having a grip handle associated with a head for cleaning the bottle, the grip handle comprising a storage cavity in which is removably inserted a teat brush comprising a grip handle and a teat cleaning head having substantially straight radially oriented fibers, characterized in that the storage cavity exhibits a transversal section having a large axis D and a small axis d and in that the head for cleaning the teat brush exhibits a maximum dimension in the transversal section thereof substantially equal to the large axis of the storage cavity in such a manner that the fibers of the teat cleaning head part positioned in the storage cavity at the large axis remain rectilinear.
A method for producing a forged crankshaft including a plurality of journals which define a rotation center and a plurality of pins which are decentered with respect to the plurality of journals, the production method comprising: a pressing step of pressing a first region, which is a part in a longitudinal direction of a bar-like member, with a pair of first dies (11, 12), to decrease a cross sectional area of the first region; and a decentering step of decentering a second region of the bar-like member with a second die, wherein the second region is at least a part of a region of the bar-like member excepting the first region, characterized in that the forged crankshaft further includes a plurality of crank arms which connect the plurality of journals with the plurality of pins, respectively, wherein at least one of the plurality of crank arms is a weighted arm having a counterweight, wherein in the decentering step, the pressed first region is held by the first dies (11, 12), and wherein the decentering direction by the second die is a direction perpendicular to each of the pressing direction by the first dies (11, 12) and to the longitudinal direction of the bar-like member. a pressing step of pressing a first region, which is a part in a longitudinal direction of a bar-like member, with a pair of first dies (11, 12), to decrease a cross sectional area of the first region; and a decentering step of decentering a second region of the bar-like member with a second die, wherein the second region is at least a part of a region of the bar-like member excepting the first region, characterized in that the forged crankshaft further includes a plurality of crank arms which connect the plurality of journals with the plurality of pins, respectively, wherein at least one of the plurality of crank arms is a weighted arm having a counterweight, wherein in the decentering step, the pressed first region is held by the first dies (11, 12), and wherein the decentering direction by the second die is a direction perpendicular to each of the pressing direction by the first dies (11, 12) and to the longitudinal direction of the bar-like member.
A method of training and using a wireless control system having a plurality of preset buttons on a vehicle for wireless control of a remote electronic system and a plurality of memory slots greater in number than the plurality of preset buttons, each of the plurality of memory slots capable of storing a control frequency and a control code, each of the plurality of preset buttons being associated with at least one corresponding memory slot of the plurality of memory slots for causing an RF signal to be generated from the control frequency and control code stored in the at least one corresponding memory slot when activated, the method comprising the steps of: receiving a request to begin training from a user at a first location; receiving a first vehicle position indicator from at least one of a navigation system and a compass; acquiring a control frequency and a control code of a first signal; storing the control frequency and the control code of the first signal in a first one of the plurality of memory slots tagged with the first vehicle position indicator, the first one of the plurality of memory slots being associated with a first one of the plurality of preset buttons; receiving a request to begin training from a user at a second location; receiving a second vehicle position indicator from at least one of a navigation system and a compass; acquiring a control frequency and a control code of a second signal; and storing the control frequency and the control code of the second signal in a second one of the plurality of memory slots tagged with the second vehicle position indicator, the second one of the plurality of memory slots being associated with the first one of the plurality of preset buttons. receiving a request to begin training from a user at a first location; receiving a first vehicle position indicator from at least one of a navigation system and a compass; acquiring a control frequency and a control code of a first signal; storing the control frequency and the control code of the first signal in a first one of the plurality of memory slots tagged with the first vehicle position indicator, the first one of the plurality of memory slots being associated with a first one of the plurality of preset buttons; receiving a request to begin training from a user at a second location; receiving a second vehicle position indicator from at least one of a navigation system and a compass; acquiring a control frequency and a control code of a second signal; and storing the control frequency and the control code of the second signal in a second one of the plurality of memory slots tagged with the second vehicle position indicator, the second one of the plurality of memory slots being associated with the first one of the plurality of preset buttons.
Device for end-side welding of plastic profiles, preferably pipes, containing tensioning devices for retaining the plastic profiles in a coaxial position in relation to one another, a heating plate for generating heat rays for contact-free heating up of the plastic profile ends and a reflection outer ring for reflection of the heat radiation onto the plastic profile outer side, characterized in that a reflection inner ring is arranged on the heating plate, wherein the reflection inner ring reflects the heat rays of the heating plate onto the plastic profile inner side.