mhurhangee/ep-ind-claims huggingface dataset:
Solid bowl screw centrifuge which is used to clarify a flowable suspension S in a centrifugal field into a solid phase SP and into one or more liquid phases LP and comprises at least: a) a rotor having a bowl mounted to rotate about an axis of rotation and having a screw arranged in the bowl and mounted to rotate about the axis of rotation, b) wherein the screw and the bowl preferably each have a cylindrical section and a conical section, c) wherein a non-rotating feed pipe is provided for feeding the suspension into a distributor which can rotate together with the screw, wherein the distributor serves to accelerate the suspension in the circumferential direction and to guide it into a separation space between the screw, which rotates during operation, and the bowl, which rotates during operation, d) wherein the distributor is inserted into a distributor chamber of the screw and has a channel system for flow division of the suspension to be supplied, e) the distributor is designed in one piece and f) that the channel system of the one-piece distributor has more than two sections and/or partial channels, each of which is circumferentially closed over at least part of its length, preferably over its entire length, characterized in that g) the distributor is made of a wear-resistant and elastic plastic material. a) a rotor having a bowl mounted to rotate about an axis of rotation and having a screw arranged in the bowl and mounted to rotate about the axis of rotation, b) wherein the screw and the bowl preferably each have a cylindrical section and a conical section, c) wherein a non-rotating feed pipe is provided for feeding the suspension into a distributor which can rotate together with the screw, wherein the distributor serves to accelerate the suspension in the circumferential direction and to guide it into a separation space between the screw, which rotates during operation, and the bowl, which rotates during operation, d) wherein the distributor is inserted into a distributor chamber of the screw and has a channel system for flow division of the suspension to be supplied, e) the distributor is designed in one piece and f) that the channel system of the one-piece distributor has more than two sections and/or partial channels, each of which is circumferentially closed over at least part of its length, preferably over its entire length, characterized in that g) the distributor is made of a wear-resistant and elastic plastic material.
A tool blade, comprising: a backing strip; binding material (14, 16) forming a binder layer; and abrasive particles bound to the backing strip by the binder layer; characterised in that the binder layer has at least one characteristic which changes between a region bound to the backing strip and a region bound to abrasive particles, and in that the binder layer forms teeth along an edge of the finished blade. a backing strip; binding material (14, 16) forming a binder layer; and abrasive particles bound to the backing strip by the binder layer;
An optical film being transmissive to light, the optical film comprising a moth-eye structure comprising multiple protrusions, wherein protrusions are in contact at a bottom point (b), the protrusions including inclined protrusions which are oblique to a main face of the optical film, the inclined protrusions being arranged in a manner that the number density of the inclined protrusions varies in the main face of the optical film, the inclined protrusions each having an oblique circular-cone shape, the inclined protrusions each having an inclined surface that extends from said bottom point (b) of the inclined protrusion to an apex (t), the inclined protrusions being inclined to substantially the same direction in a plan view of the main face, such that the optical film has an optical characteristic that shows directivity in a direction oblique to the main face of the optical film, wherein inclination angles of the protrusions are gradually lowered from a peripheral portion to a central portion in the main face of the optical film. a moth-eye structure comprising multiple protrusions, wherein protrusions are in contact at a bottom point (b), the protrusions including inclined protrusions which are oblique to a main face of the optical film, the inclined protrusions being arranged in a manner that the number density of the inclined protrusions varies in the main face of the optical film, the inclined protrusions each having an oblique circular-cone shape, the inclined protrusions each having an inclined surface that extends from said bottom point (b) of the inclined protrusion to an apex (t), the inclined protrusions being inclined to substantially the same direction in a plan view of the main face, such that the optical film has an optical characteristic that shows directivity in a direction oblique to the main face of the optical film, wherein inclination angles of the protrusions are gradually lowered from a peripheral portion to a central portion in the main face of the optical film.
Chain link for an energy guiding chain having two side links connected to each other by a top and a bottom frame stay (14, 16), wherein the side links and the frame stays (14, 16) enclose a receiving channel for lines, which is open to the front and rear in a longitudinal direction, wherein at least one first separator, extending crosswise to the frame stays (14, 16) and at least one first shelf base, extending crosswise to the first separator and crosswise to the longitudinal direction, are arranged in the receiving channel to subdivide the receiving channel into partial channels, wherein the first separator has at least one first opening having two longitudinal sides, extending substantially in the longitudinal direction, and two narrow sides, extending crosswise to the longitudinal direction and connecting the longitudinal sides to each other, in which the first shelf base is inserted, and wherein the first opening and the first shelf base are detachably fastened to one another by means of complementary catch means (44, 50), wherein the catch means of the first opening are arranged on the narrow sides thereof, characterised in that the first shelf base has more than two latching points arranged at a distance from one another distributed over its width extending transversally to the longitudinal direction, on which at least one catch means that can interlocked with the catch means of the first opening is arranged facing each of the two narrow sides.
A nucleic acid vector comprising a coding sequence for telomerase reverse transcriptase (TERT) for use in the treatment or prevention of an age-related disorder in an adult without the concomitant use of a cancer suppressor, wherein the treatment does not significantly increase the incidence of cancer in the subject, the nucleic acid vector is a non-integrative and post-mitotic tissue targeting vector, the adult is a human and the age-related disorder is selected from the group of osteoporosis, glucose intolerance, insulin resistance, loss of memory, and loss of neuromuscular coordination, or combinations thereof. the treatment does not significantly increase the incidence of cancer in the subject, the nucleic acid vector is a non-integrative and post-mitotic tissue targeting vector, the adult is a human and the age-related disorder is selected from the group of osteoporosis, glucose intolerance, insulin resistance, loss of memory, and loss of neuromuscular coordination, or combinations thereof.
An armrest assembly of a seat of a type that is convertible into a lie flat bed, characterised in that: (a) an armrest assembly includes an armrest and an armrest housing in which the armrest is mounted for movement between an upper horizontal armrest position and a lower horizontal bed position; (b) a planar bed extension having an upper bed surface, and in that the bed extension is mounted in the armrest housing for movement between a stowed position wherein the bed extension is contained in a vertical position in the armrest housing and a deployed position wherein the bed extension is positioned exterior to the armrest housing in a raised, horizontal position with the bed surface in horizontal alignment with an upper horizontal surface of the armrest; and (c) in that the armrest and bed extension are adapted to reside in horizontal alignment with a seat back and seat bottom of a lie flat seat to collectively define a portion of a bed. (a) an armrest assembly includes an armrest and an armrest housing in which the armrest is mounted for movement between an upper horizontal armrest position and a lower horizontal bed position; (b) a planar bed extension having an upper bed surface, and in that the bed extension is mounted in the armrest housing for movement between a stowed position wherein the bed extension is contained in a vertical position in the armrest housing and a deployed position wherein the bed extension is positioned exterior to the armrest housing in a raised, horizontal position with the bed surface in horizontal alignment with an upper horizontal surface of the armrest; and (c) in that the armrest and bed extension are adapted to reside in horizontal alignment with a seat back and seat bottom of a lie flat seat to collectively define a portion of a bed.
A method for the production of pieces of fabric, intended to constitute the vertical sides of a bag of synthetic fabric including at least a first piece of fabric, characterized in that a second piece of fabric is fixed on the first piece of fabric after having placed at least one piece of bubble wrap between said pieces of fabric so as to sandwich the piece of bubble wrap between the two pieces of fabric.
A train braking system comprising: an interface for receiving input from a train driver using an automatic brake handle, an independent brake handle, and a dynamic brake handle; a controller coupled to the interface and having a first module for commanding a dynamic brake application, a second module for commanding an independent brake application, and a third module for commanding an automatic train brake application; characterized in that the controller is programmed to attenuate an automatic brake application input by a train driver and command an independent brake application or a dynamic brake application, or a combination thereof, to compensate for the attenuated automatic brake application and to achieve at least one predetermined criteria. an interface for receiving input from a train driver using an automatic brake handle, an independent brake handle, and a dynamic brake handle; a controller coupled to the interface and having a first module for commanding a dynamic brake application, a second module for commanding an independent brake application, and a third module for commanding an automatic train brake application; characterized in that the controller is programmed to attenuate an automatic brake application input by a train driver and command an independent brake application or a dynamic brake application, or a combination thereof, to compensate for the attenuated automatic brake application and to achieve at least one predetermined criteria.
A method of processing data using a memory having a plurality of memory regions, each memory region within said plurality of memory regions having an associated owning process having exclusive rights to control whether processes other than the owning process are permitted to access said memory region, said method comprising: receiving at a security controller a request to initialise a guest execution environment, the request having been sent to the security controller by a hypervisor; claiming with the security controller one or more regions of memory to be owned by said security controller, to give the security controller said exclusive rights to control whether processes other than the security controller are permitted to access the one or more regions of memory; storing with said security controller executable program code of said guest execution environment within said one or more regions of memory; and transferring with said security controller ownership of said one or more regions from the security controller to said guest execution environment, to give the guest execution environment said exclusive rights to control whether processes other than the guest execution environment are permitted to access the one or more regions of memory. receiving at a security controller a request to initialise a guest execution environment, the request having been sent to the security controller by a hypervisor; claiming with the security controller one or more regions of memory to be owned by said security controller, to give the security controller said exclusive rights to control whether processes other than the security controller are permitted to access the one or more regions of memory; storing with said security controller executable program code of said guest execution environment within said one or more regions of memory; and transferring with said security controller ownership of said one or more regions from the security controller to said guest execution environment, to give the guest execution environment said exclusive rights to control whether processes other than the guest execution environment are permitted to access the one or more regions of memory.
A blood treatment system comprising a processing fluid circuit having a reservoir, a first blood pump, a second blood pump, a filtration device, and a controller configured to control operation of the first and second blood pumps in performing an extracorporeal treatment on a batch of blood from a patient, characterized in that, an inlet of the reservoir is coupled to the blood outlet of the filtration device and an outlet of the reservoir is coupled to the blood inlet of the filtration device wherein the system is configured so that blood from the reservoir is recirculated through the filtration device in a first direction via the first blood pump; an interfacing fluid circuit which interfaces between the blood reservoir and the patient and has a first conduit coupled to the reservoir and the second blood pump, the first conduit having only a single lumen, the second blood pump being switchable between a first operation mode where the batch of blood is conveyed to the blood reservoir from a vascular access of a patient via the first conduit and a second operation mode where blood from the reservoir is conveyed to the vascular access via the first conduit for infusion into the patient. an inlet of the reservoir is coupled to the blood outlet of the filtration device and an outlet of the reservoir is coupled to the blood inlet of the filtration device wherein the system is configured so that blood from the reservoir is recirculated through the filtration device in a first direction via the first blood pump; an interfacing fluid circuit which interfaces between the blood reservoir and the patient and has a first conduit coupled to the reservoir and the second blood pump, the first conduit having only a single lumen, the second blood pump being switchable between a first operation mode where the batch of blood is conveyed to the blood reservoir from a vascular access of a patient via the first conduit and a second operation mode where blood from the reservoir is conveyed to the vascular access via the first conduit for infusion into the patient.
An access gateway comprising: a content server interface, a mobile network interface, and a processor for bi-directionally routing content-rich messages between said interfaces, wherein the processor comprises a plurality of services, including an edge service for interfacing with the content server interface and an edge service for interfacing with the mobile network interface, wherein each service includes a plurality of components, each for operating autonomously within the service in communication with other components within the same service, wherein at least one service comprises a content protocol converter component, and said component converts between an external content protocol and a content protocol which is internal to the gateway and is used for processing of content by the gateway between the two interfaces. a content server interface, a mobile network interface, and a processor for bi-directionally routing content-rich messages between said interfaces, wherein the processor comprises a plurality of services, including an edge service for interfacing with the content server interface and an edge service for interfacing with the mobile network interface, wherein each service includes a plurality of components, each for operating autonomously within the service in communication with other components within the same service, wherein at least one service comprises a content protocol converter component, and said component converts between an external content protocol and a content protocol which is internal to the gateway and is used for processing of content by the gateway between the two interfaces.
A method for forming a beverage can end having ink jet markings on its tab (36,36a,36b), the method comprising the steps of: treating a tab stock with a solvent to remove factory lubricant; at a printing station, applying ink via an ink jet to a surface of the tab stock, the tab stock surface being unlubricated and substantially free of factory lubricant; after the step of applying ink, feeding the tab stock via a lubrication station to a tab press, where the printing station, lubrication station and tab press belong to a system; forming the tab stock into tabs in the tab press; and combining the tabs with an end shell to from the beverage can end. treating a tab stock with a solvent to remove factory lubricant; at a printing station, applying ink via an ink jet to a surface of the tab stock, the tab stock surface being unlubricated and substantially free of factory lubricant; after the step of applying ink, feeding the tab stock via a lubrication station to a tab press, where the printing station, lubrication station and tab press belong to a system; forming the tab stock into tabs in the tab press; and combining the tabs with an end shell to from the beverage can end.
A resin molded article comprising: an exterior surface (101, 21); a non-exterior surface (102, 22); and a projecting or recessed portion provided on at least one of the exterior surface (101, 21) and the non-exterior surface (102, 22), wherein a thickness between the exterior surface (101, 21) and the non-exterior surface (102, 22) is less than or equal to 3 mm, wherein the non-exterior surface (102, 22) includes at least a repeated pattern of projections and/or recesses other than the projecting or recessed portion, the repeated pattern being arranged along a plurality of parallel lines, wherein a height difference of said projections and/or recesses forming the repeated pattern is in the range of 0.01 mm or more and 1 mm or less, characterized in that a width (p1, p2) of said projections and/or recesses in two perpendicular directions is smaller than a corresponding width (X,Y) of the resin molded article. an exterior surface (101, 21); a non-exterior surface (102, 22); and a projecting or recessed portion provided on at least one of the exterior surface (101, 21) and the non-exterior surface (102, 22), wherein a thickness between the exterior surface (101, 21) and the non-exterior surface (102, 22) is less than or equal to 3 mm, wherein the non-exterior surface (102, 22) includes at least a repeated pattern of projections and/or recesses other than the projecting or recessed portion, the repeated pattern being arranged along a plurality of parallel lines, wherein a height difference of said projections and/or recesses forming the repeated pattern is in the range of 0.01 mm or more and 1 mm or less, characterized in that a width (p1, p2) of said projections and/or recesses in two perpendicular directions is smaller than a corresponding width (X,Y) of the resin molded article.
An indication device (100, 200, 300, 600, 1200, 1800) comprising an elongated fluid chamber, the chamber comprising a capillary channel (116, 202, 402, 504, 702, 1202, 1240, 1242, 1244, 1306, 1402, 1404) formed as a closed loop and being tightly closed to a surrounding atmosphere, the channel containing at least two immiscible fluids (106, 110, 114, 514, 710, 920, 1206, 1214, 1250, 1252, 1316, 1320, 1412, 1706), at least one of the at least two fluids has a characteristic physical property different from the other fluid, namely, a liquid driven by an at least one pump (112, 400, 1246, 1248, 1506) for such liquid and an immiscible fluid having a different physical characteristic from the liquid, wherein at least one feature of the liquid contained in the channel is used as an indicator (408, 1290, 1410), which feature the at least one pump (112, 400, 1246, 1248, 1506) drives along the channel (116, 202, 402, 504, 702, 1202, 1240, 1242, 1244, 1306, 1402, 1404) either directly or indirectly, via said fluid in the channel (116, 202, 402, 504, 702, 1202, 1240, 1242, 1244, 1306, 1402, 1404), along adjacent indices (1256, 1406) of an indicator (1802, 1804) visible to an observer, characterized in that the indication device (100, 200, 300, 600, 1200, 1800) further includes a feature location sensor (302, 406, 1600, 1700, 1710, 1712, 1714, 1720, 1722) for locating said feature and a feedback controller which cooperate so as to activate the pump (112, 400, 1246, 1248, 1506) to move the feature to a desired location in the channel (116, 202, 402, 504, 702, 1202, 1240, 1242, 1244, 1306, 1402, 1404) in order to indicate to the observer.
An agricultural implement comprising: a frame; a trench opener for opening a soil trench in a soil surface; and, a first ultrasonic sensor disposed to send and receive a first signal to and from, respectively, the soil surface, characterized in that the first signal is sent and received to and from, respectively, a first side of said soil trench; and the implement further comprises: a second ultrasonic sensor disposed to send and receive a second signal to and from, respectively, a second side of said soil trench, and, a trench implement disposed in said soil trench. a frame; a trench opener for opening a soil trench in a soil surface; and, a first ultrasonic sensor disposed to send and receive a first signal to and from, respectively, the soil surface, characterized in that the first signal is sent and received to and from, respectively, a first side of said soil trench; and the implement further comprises: a second ultrasonic sensor disposed to send and receive a second signal to and from, respectively, a second side of said soil trench, and, a trench implement disposed in said soil trench. a second ultrasonic sensor disposed to send and receive a second signal to and from, respectively, a second side of said soil trench, and, a trench implement disposed in said soil trench.