mhurhangee/patent-ind-claim-en huggingface dataset:
Oil-lubricated bearing assembly comprising a bearing housing , at least one rotary bearing received in a cavity of the bearing housing , the rotary bearing having at least one stationary outer race facing a revolution axis of the bearing assembly , wherein in an operational position of the bearing housing the revolution axis is horizontal, wherein the bearing housing comprises an oil outlet for letting oil out of the bearing housing, wherein the oil outlet comprises a channel through a wall of the bearing housing , and a mouth section having an edge that surrounds an opening located in the bearing housing for communication between the cavity of the bearing housing and the channel , wherein in the operational position, a horizontal reference plane intersects the edge at at least one intersection point and is such that every point of the edge is in or above the horizontal reference plane , and the horizontal plane is at a distance above a lowermost part of the channel , wherein the reference plane is at a distance above a lowermost part of the outer race characterised in that the opening has an orthogonal projection on the horizontal reference plane with a projected area, which is strictly greater than an inner cross-sectional area of a lower part of a cross-section of the channel that is below the horizontal reference plane .
A positive displacement rotary machine comprising: a tubular enclosure having an oval section; a crankshaft rotationally mounted in the enclosure; and three pistons inside the enclosure, each piston centrally articulated to the crankshaft and configured to have two opposite ends in continuous contact with the enclosure as the crankshaft rotates with respect to the enclosure, whereby each piston undergoes alternative rocking about its articulation to the crankshaft; characterised in that each piston has two intrados surfaces extending radially on either side of the corresponding articulation to the crankshaft, each intrados surface having a profile complementary to the profile of the outer surface of the crankshaft, whereby each piston fits the outer surface of the crankshaft in an alternating to and fro motion while rocking. a tubular enclosure having an oval section; a crankshaft rotationally mounted in the enclosure; and three pistons inside the enclosure, each piston centrally articulated to the crankshaft and configured to have two opposite ends in continuous contact with the enclosure as the crankshaft rotates with respect to the enclosure, whereby each piston undergoes alternative rocking about its articulation to the crankshaft; characterised in that each piston has two intrados surfaces extending radially on either side of the corresponding articulation to the crankshaft, each intrados surface having a profile complementary to the profile of the outer surface of the crankshaft, whereby each piston fits the outer surface of the crankshaft in an alternating to and fro motion while rocking.
A method implemented by a computing system including one or more processors and storage media storing machine-readable instructions, wherein the method is performed using the one or more processors, the method comprising: preparing an offline version of a resource for a computing device, the offline version of the resource including a security parameter defining a security rule to be enforced with respect to offline usage of the resource, wherein the security rule requires user-provided user authentication for the offline usage of the resource which is additional to that required for online usage of the resource; and providing the offline version of the resource for caching by the computing device, wherein the cache of the offline version of the resource enables the offline usage of the resource by the computing device and the security rule for the offline usage of the resource is enforced by the computing device based on the security parameter, the method characterised in that preparing the offline version of the resource comprises: identifying other information or one or more tools on which the resource depends, determining that the other information or the one or more tools is or are within a certain number of dependency hops or below a certain size and, responsive to the determination, including the other information or the one or more tools in the offline version of the resource. preparing an offline version of a resource for a computing device, the offline version of the resource including a security parameter defining a security rule to be enforced with respect to offline usage of the resource, wherein the security rule requires user-provided user authentication for the offline usage of the resource which is additional to that required for online usage of the resource; and providing the offline version of the resource for caching by the computing device, wherein the cache of the offline version of the resource enables the offline usage of the resource by the computing device and the security rule for the offline usage of the resource is enforced by the computing device based on the security parameter, the method characterised in that preparing the offline version of the resource comprises: identifying other information or one or more tools on which the resource depends, determining that the other information or the one or more tools is or are within a certain number of dependency hops or below a certain size and, responsive to the determination, including the other information or the one or more tools in the offline version of the resource.
A heating box for thermally conditioning preforms made of thermoplastic material provided for blow moulding, wherein two side walls and one bottom wall define a heating tunnel for conveying the preforms , wherein the heating tunnel has at least two heating channels that run parallel to one another, and wherein a heating unit comprising several rod-shaped heating elements that are oriented longitudinally in the conveying direction of the preforms is arranged between two heating channels that run side by side, in particular parallel to one another, characterised in that the heating units each have two column-like carrier elements for supporting the heating elements , wherein each of the carrier elements has, at each of its free ends located opposite one another in the longitudinal direction, an aperture , which opens a channel-like longitudinal shaft of the carrier elements in such a way that a fluid flow through the longitudinal shaft of the carrier elements is made possible.
Hairdryer comprising an external housing as well as an internal housing forming an air flow, internal housing wherein are provided, coaxially, an air circulation chamber equipped with an inlet region and an outlet region , an air circulation system comprising a straightener , and at least one heating element , as well as a motor configured to drive a propeller to rotate, between said external housing et said internal housing being interposed at least two annular insulation devices (201 -206), characterised by the fact that at least one (201-203) of the two annular insulation devices (201-206) is located around the heating element , while the other (204-206) of the two annular insulation devices (201-206) is positioned around the motor or the propeller .
Device for acclimatising at altitude comprising a breathing mask defining a confined air space when it is placed on the face of a user, the mask comprising: - An inhalation valve to let the surrounding air enter inside the confined space during an inhalation; - An exhalation valve to let air exit with a determined resistance, so as to create an air overpressure in the confined space, during an exhalation; - A sensor to establish pressure information of the confined air space; the acclimatising device comprising, in addition, a member for processing pressure information configured to establish breathing characteristics of the user and compare them, respectively, to at least one target value, in view of recommending them an adjustment of their breathing mode, the device being characterised in that the breathing characteristics comprise the maximum pressure in the confined space during an exhalation of target value of between 8 and 12cmH 2 O, the duration of an exhalation of target value of between 3.5 and 4.5 seconds, and the duration of an inhalation of target value of between 1.5 and 2.5 seconds. - An inhalation valve to let the surrounding air enter inside the confined space during an inhalation; - An exhalation valve to let air exit with a determined resistance, so as to create an air overpressure in the confined space, during an exhalation; - A sensor to establish pressure information of the confined air space;
An apparatus for presenting audio information to a user driving in a vehicle, the apparatus comprising: means for determining the vehicle location using a positioning system ; means for retrieving information associated with a first landmark based on the vehicle location; means for modifying a first audio icon of the information associated with the first landmark based on a user input, wherein a check is made whether the first landmark has been designated by the user for association with a user-defined audio icon, wherein if the first landmark has not been designated by the user for association, no modification of the first audio icon is performed, and wherein if the first landmark has been designated by the user for association, the first audio icon is modified by being substituted with the user-defined audio icon; and means for producing an audio signal of a first auditory sound based on either the first audio icon and the vehicle location when the first landmark has not been designated by the user for association, or the modified first audio icon and the vehicle location when the first landmark has been designated by the user for association, wherein the audio signal is spatialized in the vehicle to indicate a first landmark location of the first landmark relative to the vehicle location. means for determining the vehicle location using a positioning system ; means for retrieving information associated with a first landmark based on the vehicle location; means for modifying a first audio icon of the information associated with the first landmark based on a user input, wherein a check is made whether the first landmark has been designated by the user for association with a user-defined audio icon, wherein if the first landmark has not been designated by the user for association, no modification of the first audio icon is performed, and wherein if the first landmark has been designated by the user for association, the first audio icon is modified by being substituted with the user-defined audio icon; and means for producing an audio signal of a first auditory sound based on either the first audio icon and the vehicle location when the first landmark has not been designated by the user for association, or the modified first audio icon and the vehicle location when the first landmark has been designated by the user for association, wherein the audio signal is spatialized in the vehicle to indicate a first landmark location of the first landmark relative to the vehicle location.
A device comprising: a substrate of a first material, the substrate having a surface; a nanoparticle layer of a second material on top of and in contact with the surface of the substrate, a substrate region adjoining the substrate surface comprising an admixture of the second material in the first material; a nanoparticle layer of a third material on top of and in contact with the nanoparticle layer of the second material, the nanoparticles of the third material adhering to the nanoparticles of the second material; and a package of a fourth material, the fourth material contacted to, and bonded to, the nanoparticle layer of the third material, the fourth material filling any voids in the layer of third material. a substrate of a first material, the substrate having a surface; a nanoparticle layer of a second material on top of and in contact with the surface of the substrate, a substrate region adjoining the substrate surface comprising an admixture of the second material in the first material; a nanoparticle layer of a third material on top of and in contact with the nanoparticle layer of the second material, the nanoparticles of the third material adhering to the nanoparticles of the second material; and a package of a fourth material, the fourth material contacted to, and bonded to, the nanoparticle layer of the third material, the fourth material filling any voids in the layer of third material.
An article rejecting system comprising: a conveyance unit configured to convey an article along a conveying direction; a detection unit configured to detect the article which is conveyed by the conveyance unit; a rejecting unit provided on a downstream side of the detection unit in the conveying direction and configured to perform a rejecting motion for rejecting the article which is conveyed by the conveyance unit; and a control unit configured to control the rejecting unit such that the rejecting motion is performed at a predetermined automatic timing in a case where the detection unit detects the article, characterized by an input unit configured to accept input of a manual operation for causing the rejecting unit to perform the rejecting motion at a manual timing, wherein the control unit is configured to set the automatic timing based on the manual timing, if the input unit accepts the input of the manual operation in a case where the detection unit detects the article. a conveyance unit configured to convey an article along a conveying direction; a detection unit configured to detect the article which is conveyed by the conveyance unit; a rejecting unit provided on a downstream side of the detection unit in the conveying direction and configured to perform a rejecting motion for rejecting the article which is conveyed by the conveyance unit; and a control unit configured to control the rejecting unit such that the rejecting motion is performed at a predetermined automatic timing in a case where the detection unit detects the article, characterized by an input unit configured to accept input of a manual operation for causing the rejecting unit to perform the rejecting motion at a manual timing, wherein the control unit is configured to set the automatic timing based on the manual timing, if the input unit accepts the input of the manual operation in a case where the detection unit detects the article.
A peptide, or pharmaceutically acceptable salt thereof, for use in the treatment of a bacterial infection wherein the peptide consists of between 10 and 50 arginine amino acids.
An optical system comprising: an illumination source configured to generate light; a detector ; a first set of optical elements configured to direct at least a portion of the light to one or more specimens ; a second set of optical elements configured to receive illumination from the surface of the one or more specimens and direct the illumination from the one or more specimens to the detector ; one or more vacuum chambers , wherein at least one of the first set of optical elements or the second set of optical elements are disposed in the one or more vacuum chambers , wherein the one or more vacuum chambers are configured to contain a selected purge gas ionisable by the light emitted by the illumination source ; characterized in that at least one of the first set of optical elements or the second set of optical elements comprise an electrically biased optical element comprising a homogenizer tunnel , wherein one or more internal surfaces of the homogenizer tunnel are negatively charged, to attract one or more positively charged ionic species of the selected purge gas to the negatively charged surface in order to clean contaminants from the negatively charged surface. an illumination source configured to generate light; a detector ; a first set of optical elements configured to direct at least a portion of the light to one or more specimens ; a second set of optical elements configured to receive illumination from the surface of the one or more specimens and direct the illumination from the one or more specimens to the detector ; one or more vacuum chambers , wherein at least one of the first set of optical elements or the second set of optical elements are disposed in the one or more vacuum chambers , wherein the one or more vacuum chambers are configured to contain a selected purge gas ionisable by the light emitted by the illumination source ; characterized in that at least one of the first set of optical elements or the second set of optical elements comprise an electrically biased optical element comprising a homogenizer tunnel , wherein one or more internal surfaces of the homogenizer tunnel are negatively charged, to attract one or more positively charged ionic species of the selected purge gas to the negatively charged surface in order to clean contaminants from the negatively charged surface.
A magnetic resonance examination system comprising - a cooling client; - a system cooling circuit in thermal correspondence with the cooling client and in thermal correspondence with a heat drain ; including - a main pump arranged in the system cooling circuit to drive fluid flow in the system cooling circuit wherein - a heat source is arranged in thermal correspondence with the system cooling circuit - a shut-off valve in the system cooling circuit and upstream or downstream of the cooling client and wherein - the system cooling system has a short-circuit (i) parallel to the shut-off valve and (ii) connecting an inflow channel and an outflow channel of the system cooling circuit and - said heat source is arranged in thermal correspondence with the short-circuit, so that the temperature of cooling fluid inside the short-circuit is affected by the heat source , so that the risk of freezing is reduced. - a cooling client; - a system cooling circuit in thermal correspondence with the cooling client and in thermal correspondence with a heat drain ; including - a main pump arranged in the system cooling circuit to drive fluid flow in the system cooling circuit wherein - a heat source is arranged in thermal correspondence with the system cooling circuit - a shut-off valve in the system cooling circuit and upstream or downstream of the cooling client and wherein - the system cooling system has a short-circuit (i) parallel to the shut-off valve and (ii) connecting an inflow channel and an outflow channel of the system cooling circuit and - said heat source is arranged in thermal correspondence with the short-circuit, so that the temperature of cooling fluid inside the short-circuit is affected by the heat source , so that the risk of freezing is reduced. - a main pump arranged in the system cooling circuit to drive fluid flow in the system cooling circuit wherein - a heat source is arranged in thermal correspondence with the system cooling circuit - a shut-off valve in the system cooling circuit and upstream or downstream of the cooling client and wherein - the system cooling system has a short-circuit (i) parallel to the shut-off valve and (ii) connecting an inflow channel and an outflow channel of the system cooling circuit and - said heat source is arranged in thermal correspondence with the short-circuit, so that the temperature of cooling fluid inside the short-circuit is affected by the heat source , so that the risk of freezing is reduced.
Sensor device for measuring at least one intrinsic property of a fluid which flows in a duct , comprising a duct element through which a fluid can flow, said duct element having an inlet and having an outlet and having a duct element wall which has an inner wall connecting the inlet and the outlet , and an outer side , and having an insertion opening which is arranged in the duct element wall , wherein the duct element has areas with electrical conductivity, wherein the sensor device also comprises at least one sensor with a sensor housing and a sensor element which is arranged in the sensor housing , wherein the sensor housing can be introduced into the duct element through the insertion opening which is arranged in the duct element wall , and wherein the sensor element can be subjected to the flowing fluid, wherein the sensor element is suitable for sensing at least one property of the flowing fluid, wherein the sensor housing of the sensor has a flow duct at a sensor end which projects into the interior of the duct element , which flow duct is subjected to the flowing medium through an opening pointing in the flow direction in the duct element , and wherein the sensor element is arranged on a carrier substrate which is arranged in the sensor housing, and said sensor element projects into the flow duct , wherein the areas with electrical conductivity can be connected to a fixed electrical potential (POT) in such a way that the areas are at a fixed electrical potential, characterized in that the entire duct element wall of the duct element is formed completely from electrically conductive plastic , wherein at least one electrically conductive contact-forming element for making electrical contact with the duct element wall is arranged on the outer side of the duct element or in the wall of the duct element wall , wherein the at least one contact-forming element can be connected to a fixed electrical potential (POT) outside the duct element , in particular to the earth potential (GND), in such a way that the entire duct element wall is at the fixed electrical potential (POT, GND).
A method for allocating transmission capacity for a content asset, comprising: associating application data of an application with content asset data, of the content asset, to be presented in conjunction with the application by a user device , wherein the content asset data comprises at least one of audio data or video data, characterized by : allocating transmission capacity for the application data and the content asset data, wherein different proportions of transmission capacity are allocated to the application data and the content asset data over a duration of the content asset; transmitting , from a server and based at least in part on the allocated transmission capacity, at least a portion of the content asset data and at least a portion of the application data; receiving feedback data based on use of the application in conjunction with the content asset; analyzing the feedback data; determining a modified allocated transmission capacity based at least in part on the analyzed feedback data; and transmitting, from the server and based on the modified allocated transmission capacity, at least a portion of the content asset data and at least a portion of the application data. allocating transmission capacity for the application data and the content asset data, wherein different proportions of transmission capacity are allocated to the application data and the content asset data over a duration of the content asset; transmitting , from a server and based at least in part on the allocated transmission capacity, at least a portion of the content asset data and at least a portion of the application data; receiving feedback data based on use of the application in conjunction with the content asset; analyzing the feedback data; determining a modified allocated transmission capacity based at least in part on the analyzed feedback data; and transmitting, from the server and based on the modified allocated transmission capacity, at least a portion of the content asset data and at least a portion of the application data.