mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising an engine with a supercharger, the engine comprising: an intake manifold including a surge tank connected to intake ports of cylinders of the engine that is a multi-cylinder engine, and an intake air introduction pipe integral with the surge tank; a supercharger configured to compress intake air and supply the compressed intake air to the surge tank; and an intercooler configured to cool the intake air discharged from the supercharger, wherein the supercharger extends along the cylinder bank at a side of the surge tank, and is fixed to the intake manifold, and the intercooler is located below the supercharger, characterized in that the intake air introduction pipe extends below the surge tank, and a case housing a cooler core of the intercooler includes an intake air inlet connected to a discharge port of the supercharger, and an intake air outlet connected to the intake air introduction pipe, of the intake manifold, extending below the surge tank. an intake manifold including a surge tank connected to intake ports of cylinders of the engine that is a multi-cylinder engine, and an intake air introduction pipe integral with the surge tank; a supercharger configured to compress intake air and supply the compressed intake air to the surge tank; and an intercooler configured to cool the intake air discharged from the supercharger, wherein the supercharger extends along the cylinder bank at a side of the surge tank, and is fixed to the intake manifold, and the intercooler is located below the supercharger, characterized in that the intake air introduction pipe extends below the surge tank, and a case housing a cooler core of the intercooler includes an intake air inlet connected to a discharge port of the supercharger, and an intake air outlet connected to the intake air introduction pipe, of the intake manifold, extending below the surge tank.
A wheel system for a vehicle, comprising at least a first and a second wheel assembly, the first and the second wheel assembly each comprising, - a rim body formed in a cylindrical shape, - a first cover element, and - a second cover element, the rim body comprising at least a wheel disc element arranged in an axial direction of the rim body, the first cover element being arranged at a first side of the wheel disc element and the second cover element being arranged at a second side of the wheel disc element along the axial direction of the rim body, the rim body comprising a first material, the first cover element and the second cover element comprising a second material, the first material differing from the second material, the first cover element and the second cover element being formed differently from each other, and the first wheel assembly being arrangeable on a left side of the vehicle and the second wheel assembly being arrangeable on a right side of the vehicle relative to a driving direction of the vehicle, wherein the first cover element of the first wheel assembly and the first cover element of the second wheel assembly being formed mirrored relative to each other. the first and the second wheel assembly each comprising, - a rim body formed in a cylindrical shape, - a first cover element, and - a second cover element, - a rim body formed in a cylindrical shape, - a first cover element, and - a second cover element, the rim body comprising at least a wheel disc element arranged in an axial direction of the rim body, the first cover element being arranged at a first side of the wheel disc element and the second cover element being arranged at a second side of the wheel disc element along the axial direction of the rim body, the rim body comprising a first material, the first cover element and the second cover element comprising a second material, the first material differing from the second material, the first cover element and the second cover element being formed differently from each other, and the first wheel assembly being arrangeable on a left side of the vehicle and the second wheel assembly being arrangeable on a right side of the vehicle relative to a driving direction of the vehicle, wherein the first cover element of the first wheel assembly and the first cover element of the second wheel assembly being formed mirrored relative to each other.
Building for residential use in particular, the components of which are in their majority prefabricated in a plant, including a foundation supporting a building base, walls erected on the base, a ceiling resting on the walls and a roof resting on the walls, the base being constituted by a base frame arranged in a meshwork and by a floor constituted by a slab arranged in a meshwork, wherein the foundation is constituted of foundation blocks that are poured on site, in appropriate trenches, rigidly joined together by longitudinal ties that are also poured on site in appropriate trenches, the blocks and the longitudinal ties are arranged in a four-side mesh comprising rows and columns that are perpendicular to each other, the columns and the rows being formed by the longitudinal ties and the blocks being formed at the intersection of the rows and columns, each foundation block is equipped with a vertical prefabricated pillar comprising a horizontal upper plane face, the upper plane faces of the foundation pillars being all arranged in the same horizontal plane and bearing, at a distance from the ground, the building base each vertical pillar is rigidly attached to the foundation block supporting it, the floor of the base is resting on the base frame and rigidly fastened to the latter, the base frame is constituted by prefabricated, pre-stressed longitudinal ties, resting by their ends on the vertical pillars, fastened to each other at their ends and the slab of the floor comprises an anchorage also arranged in a meshwork, the anchorage being rigidly attached to the slab as well as to the base frame, characterized in that each vertical pillar comprises an internal reinforcement.
An industrial fabric comprising a plurality of links, coils or loops (14, 18) which are joined and held together by a connecting element, pintle or pin placed in a channel with a height H1 that is formed between successive links, coils or loops, wherein said connecting element, pintle or pin includes a center portion and a portion (8, 10) thereof which is deformable under compression or tension, characterized in that said connecting element, pintle or pin is a homogeneous monofilament formed from a polymeric resin material, and wherein said connecting element, pintle or pin deforms under compression or tension of the fabric so as to have a height H2 that is less than said height H1.
Method for the manufacture of a moulded body, in particular a dental prosthesis or a part thereof, characterised through the following steps: - Production of a mixture of a metal powder in the form of a nickel-chromium alloy or a cobalt-chromium alloy and a binding agent, - Compression of the mixture to form a green body, - Heating of the green body from room temperature to a debinding start temperature T 1, - Debinding of the green body, wherein for debinding purposes the green body is first heated to the debinding start temperature T 1 whereby 350 °C ≤ T 1 ≤ 550 °C and is then heated in the temperature range between T 1 and the debinding end temperature T 2 whereby 550 °C < T 2 < 650 °C whereby T 2 > T 1 at a heating rate R 1, whereby 1 K/min ≤ R 1 ≤ 5 K/min, - Pre-sintering of the green body after debinding, wherein the green body is heated at a heating rate R HVS of 5 K/min ≤ R HVS ≤ 200 K/min to a pre-sintering end temperature Tvs whereby 750 °C ≤ Tvs < 850 °C and is maintained for a holding period t vs of 5 min ≤ t vs ≤ 60 minutes, - Cooling of the green body from the pre-sintering end temperature Tvs at a cooling rate R KVS whereby 5 K/min ≤ R KVS < 200 K/min, wherein at least the heating rate R HVS, the pre-sintering end temperature Tvs and the cooling rate R KVS are matched to one another such that the pre-sintered green body forming a blank has a surface porosity between 16 % and 22 % after pre-sintering, - Material-removing working of the blank and - Sintering of the worked blank to full density to form the moulding. - Production of a mixture of a metal powder in the form of a nickel-chromium alloy or a cobalt-chromium alloy and a binding agent, - Compression of the mixture to form a green body, - Heating of the green body from room temperature to a debinding start temperature T 1, - Debinding of the green body, wherein for debinding purposes the green body is first heated to the debinding start temperature T 1 whereby 350 °C ≤ T 1 ≤ 550 °C and is then heated in the temperature range between T 1 and the debinding end temperature T 2 whereby 550 °C < T 2 < 650 °C whereby T 2 > T 1 at a heating rate R 1, whereby 1 K/min ≤ R 1 ≤ 5 K/min, - Pre-sintering of the green body after debinding, wherein the green body is heated at a heating rate R HVS of 5 K/min ≤ R HVS ≤ 200 K/min to a pre-sintering end temperature Tvs whereby 750 °C ≤ Tvs < 850 °C and is maintained for a holding period t vs of 5 min ≤ t vs ≤ 60 minutes, - Cooling of the green body from the pre-sintering end temperature Tvs at a cooling rate R KVS whereby 5 K/min ≤ R KVS < 200 K/min, wherein at least the heating rate R HVS, the pre-sintering end temperature Tvs and the cooling rate R KVS are matched to one another such that the pre-sintered green body forming a blank has a surface porosity between 16 % and 22 % after pre-sintering, - Material-removing working of the blank and - Sintering of the worked blank to full density to form the moulding.
A method for providing Registration Data Access Protocol, RDAP, responses, the method comprising: obtaining, at a RDAP client over a network, a RDAP query for RDAP data from a user; providing, by the RDAP client, the RDAP query and an access token to a RDAP service, wherein the RDAP service is a virtual thick RDAP service, that uses the access token to authorize the user and queries a data store of the RDAP service and determines other RDAP service(s) that could be queried to fully satisfy the RDAP query; receiving, at the RDAP client, a RDAP response from the RDAP service including referral Uniform Resource Locator(s), URL(s), to referral RDAP service(s) determined to respond to the RDAP query; and providing to the user a results page that includes hyperlink(s) based on the referral URL(s), wherein the hyperlink(s) include the access token. obtaining, at a RDAP client over a network, a RDAP query for RDAP data from a user; providing, by the RDAP client, the RDAP query and an access token to a RDAP service, wherein the RDAP service is a virtual thick RDAP service, that uses the access token to authorize the user and queries a data store of the RDAP service and determines other RDAP service(s) that could be queried to fully satisfy the RDAP query; receiving, at the RDAP client, a RDAP response from the RDAP service including referral Uniform Resource Locator(s), URL(s), to referral RDAP service(s) determined to respond to the RDAP query; and providing to the user a results page that includes hyperlink(s) based on the referral URL(s), wherein the hyperlink(s) include the access token.
A fan drive for a working vehicle comprising a fluid slippage clutch, a fan in series to the fluid slippage clutch, a speed shift unit connected in series to the fan and the fluid slippage clutch and configured to discretely provide a first non-zero speed ratio and at least a second non-zero speed ratio, the speed shift unit comprising a clutch unit having a first and at least a second clutch configured to alternatively connect the first or the second non-zero speed ratios (SR1, SR2) to the fan, characterized by comprising a control unit configured to selectively cause a modulation of said clutches for connection of the first and second speed ratios (SR1, SR2) to the fan, wherein the control unit is programmed to control fan either by modulation between the first and the second speed ratios (SR1, SR2), the fluid slippage clutch being at maximum engagement; or by controlling the fluid slippage clutch, the speed shift unit being set at lowest of the first and second speed ratios (SR1, SR2), depending on the speed range of fan.
Flow rate adjusting and indicating valve device for a fluid, comprising: - a duct for the passage of the fluid; - a flow rate adjusting valve for adjusting the flow rate in said passage duct; - a by-pass channel branched off from said passage duct; - normally closed on-off valve means for stopping the flow through the by-pass channel, the on-off valve means being manually operable for opening; and - means (22, 23, 24) for indicating the flow rate of the fluid through the passage duct, said indicating means (22, 23, 24) comprising a movable piston entrained by the fluid in the by-pass channel, said on-off valve means comprising, at one end of the by-pass channel, a closing member connected to a control rod to be manually moved between a closed position and an open position for the by-pass channel, characterised in that said indicating means (22, 23, 24) for indicating the flow rate comprising a guide channel made of transparent material, longitudinally extending along one outer side of the by-pass channel, and an indicating member made of ferromagnetic material, movable within said guide channel, and the piston movable in the by-pass channel comprising a permanent magnet arranged on one side of the same piston, the permanent magnet being magnetically coupled with the indicating member for moving the latter along the guide channel, wherein the control rod for controlling the closing member is shaped and disposed to be manually operated by pulling to cause the movement of the closing member from a forward closed position against an annular sealing seat in the by-pass channel, to a backward open position, and wherein the control rod of the closing member extends outwardly to the by-pass channel on an opposite side with respect to said passage duct, said rod being provided with a manual gripping element in the form of a pull ring having high heat dissipating characteristics. - a duct for the passage of the fluid; - a flow rate adjusting valve for adjusting the flow rate in said passage duct; - a by-pass channel branched off from said passage duct; - normally closed on-off valve means for stopping the flow through the by-pass channel, the on-off valve means being manually operable for opening; and - means (22, 23, 24) for indicating the flow rate of the fluid through the passage duct, said indicating means (22, 23, 24) comprising a movable piston entrained by the fluid in the by-pass channel,
A security element comprising a substrate on which is disposed, in at least a region of the security element: a diffractive or reflective relief structure present at least in first partial areas of the region; a reflection enhancing material present at least in the first partial areas of the region and being disposed on and following the contours of the diffractive or reflective relief structure; a light absorbing material provided in second partial areas of the region which do not overlap the first partial areas; and a non-opaque layer of iridescent amplitude interference material at least over the second partial areas of light absorbing material; characterised in that, in the areas of the light absorbing material, the visual effect of the iridescent amplitude interference material is visible, and in the intervening areas where the reflection enhancing material and the diffractive or reflective relief structure are present, the visual effect of the diffractive or reflective relief structure is visible, such that the two visual effects appear superimposed on one another across the region, and the first partial areas are arranged between the second partial areas such that a half-tone or screened pattern is formed by the reflection enhancing material and the light absorbing material in combination and is exhibited across the region. a diffractive or reflective relief structure present at least in first partial areas of the region; a reflection enhancing material present at least in the first partial areas of the region and being disposed on and following the contours of the diffractive or reflective relief structure; a light absorbing material provided in second partial areas of the region which do not overlap the first partial areas; and a non-opaque layer of iridescent amplitude interference material at least over the second partial areas of light absorbing material; characterised in that, in the areas of the light absorbing material, the visual effect of the iridescent amplitude interference material is visible, and in the intervening areas where the reflection enhancing material and the diffractive or reflective relief structure are present, the visual effect of the diffractive or reflective relief structure is visible, such that the two visual effects appear superimposed on one another across the region, and the first partial areas are arranged between the second partial areas such that a half-tone or screened pattern is formed by the reflection enhancing material and the light absorbing material in combination and is exhibited across the region.
A display apparatus, comprising: a display panel configured to display an image; and a sound generation device including a vibration generation module on a rear surface of the display panel, wherein the vibration generation module comprises: a vibration element configured to vibrate the display panel; and a vibration reflecting member acting as a mass for vibration of the display panel and spaced apart from the vibration element, a rear mechanical structure on the rear surface of the display panel, wherein the vibration reflecting member contacts the rear mechanical structure, or is spaced apart from the rear mechanical structure, and characterized in that the vibration reflecting member comprises a pair of first metal bars (313a, 313b), and the display apparatus further comprises a partition member (710, 720, 730, 740, 750) between the rear surface of the display panel and the rear mechanical structure, the partition member (710, 720, 730, 740, 750) surrounding the vibration generation module. a display panel configured to display an image; and a sound generation device including a vibration generation module on a rear surface of the display panel, wherein the vibration generation module comprises: a vibration element configured to vibrate the display panel; and a vibration reflecting member acting as a mass for vibration of the display panel and spaced apart from the vibration element, a vibration element configured to vibrate the display panel; and a vibration reflecting member acting as a mass for vibration of the display panel and spaced apart from the vibration element, a rear mechanical structure on the rear surface of the display panel, wherein the vibration reflecting member contacts the rear mechanical structure, or is spaced apart from the rear mechanical structure, and characterized in that the vibration reflecting member comprises a pair of first metal bars (313a, 313b), and the display apparatus further comprises a partition member (710, 720, 730, 740, 750) between the rear surface of the display panel and the rear mechanical structure, the partition member (710, 720, 730, 740, 750) surrounding the vibration generation module.
An FPOSS polyisocyanate prepolymer of the formula: in which X is a branched or unbranched side chain of 1 to 20 carbons comprising one or more functional groups selected from amino, hydroxy, epoxy, isocyanate, thiol, anhydride, ether, ester or ketone, wherein the functional groups are either present as end groups, or on one or more C atoms of the side chain, and wherein X comprises at least two isocyanate groups; R is independently selected from the group consisting of a polyisocyanate and optionally substituted C 1-20 alkyl which may be optionally interrupted with O, C=O, N=C=O, CH, CH 2 OR 11, CH 2 SR 11 and (CH 2) m (CF 2) n CF 3 provided that at least one R is (CH 2) m (CF 2) n CF 3; m is 1 to 20; n is 0 to 20; and R 11 is H or optionally substituted C 1-16 alkyl. in which X is a branched or unbranched side chain of 1 to 20 carbons comprising one or more functional groups selected from amino, hydroxy, epoxy, isocyanate, thiol, anhydride, ether, ester or ketone, wherein the functional groups are either present as end groups, or on one or more C atoms of the side chain, and wherein X comprises at least two isocyanate groups; R is independently selected from the group consisting of a polyisocyanate and optionally substituted C 1-20 alkyl which may be optionally interrupted with O, C=O, N=C=O, CH, CH 2 OR 11, CH 2 SR 11 and (CH 2) m (CF 2) n CF 3 provided that at least one R is (CH 2) m (CF 2) n CF 3; m is 1 to 20; n is 0 to 20; and R 11 is H or optionally substituted C 1-16 alkyl.
Mounting member for a differential, the mounting member comprising: a first opening configured as a first bearing housing arranged to receive a differential case bearing; and a second opening arranged to guide a piston rod of a differential lock assembly, characterised in that the mounting member comprises means for removably connecting the mounting member to a differential carrier of the differential. a first opening configured as a first bearing housing arranged to receive a differential case bearing; and a second opening arranged to guide a piston rod of a differential lock assembly, characterised in that the mounting member comprises means for removably connecting the mounting member to a differential carrier of the differential.
A method (600, 700, 800, 900) for determining positions of a plurality of electronic labels in images, the method comprising: controlling, via at least one control signal, the plurality of electronic labels to change their respective optical outputs, wherein the changes of optical outputs of the respective electronic labels include respective distinct temporal patterns of optical changes provided by switching on and off a respective light source, such as a light emitting diode, provided in each electronic label separate from a display thereof, the changes in optical output distinguishing each of the electronic labels from the other electronic labels; receiving a plurality of images each containing the plurality of electronic labels and captured by a camera at points in time such that the distinct temporal patterns of optical changes are distinguishable in the images; detecting the distinct temporal patterns of optical changes in the images by at least analyzing the images; and determining positions of the respective electronic labels in the images as positions in the images at which the corresponding distinct temporal patterns of optical changes have been detected. controlling, via at least one control signal, the plurality of electronic labels to change their respective optical outputs, wherein the changes of optical outputs of the respective electronic labels include respective distinct temporal patterns of optical changes provided by switching on and off a respective light source, such as a light emitting diode, provided in each electronic label separate from a display thereof, the changes in optical output distinguishing each of the electronic labels from the other electronic labels; receiving a plurality of images each containing the plurality of electronic labels and captured by a camera at points in time such that the distinct temporal patterns of optical changes are distinguishable in the images; detecting the distinct temporal patterns of optical changes in the images by at least analyzing the images; and determining positions of the respective electronic labels in the images as positions in the images at which the corresponding distinct temporal patterns of optical changes have been detected.