mhurhangee/ep-ind-claims huggingface dataset:
A method to reduce variations in the flow of soot blowing steam in a boiler (63, 70) with a soot blowing system comprising a plurality of soot blowers (1, 1') working with steam, which are operated in sequence after each other, as well as control means for controlling the soot blowers and the ejection of steam through them (1, 1'), wherein the method further comprises the start (3, 3') of the supply of soot blowing steam into the next soot blower, or a group of soot blowers, essentially synchronous with the shutoff of the supply of soot blowing steam in the very preceding soot blower, or a group of soot blowers, wherein the soot blowers (1, 1') work with a start phase (11, 11') between start (3, 3') of a drive mechanism included in each soot blower, and the start (4, 4') of the supply of soot blowing steam, wherein said start phase (11, 11') is followed by a stop phase (13, 13') between the shutoff of the supply of soot blowing steam and the stop of the drive mechanism, as well as a rest phase, wherein a centrally computerized control system is arranged to control the start phase in the next soot blower, or group of soot blowers, at least partly to overlap the stop phase in the very preceding soot blower, or group of soot blowers, characterized in that said central computerized control system works based on individual, programmed values (11, 13, 11', 13') for the individual soot blowers, or groups thereof, wherein the total steam flow is repeatedly sensed and an adaption is performed by means of the central control system in such a way that the steam consumption substantially is kept at a predetermined level at the exchange from one soot blower, or group of soot blowers, to the next soot blower, or group of soot blowers, respectively, and wherein times for the start (3, 5) and the stop (4, 6) of the start phase (11, 11') and of the stop phase (13, 13'), respectively, are measured, calculated and/or estimated at the first start occasion, and thereafter the values obtained are programmed into the control system.
A method for treating the interior of an ostomy pouch for simultaneously lubricating the interior surfaces thereof and providing an agent for neutralizing fecal odors developed in the pouch, comprising the steps of introducing into the pouch prior to use thereof a quantity of a lubricating deodorant in the form of an aqueous solution containing both a water-soluble lubricating agent and a water-soluble complexing agent capable of complexing with and neutralizing the odor-causing molecules of fecal matter, and then pressing and squeezing the walls of the pouch to distribute said lubricating deodorant solution throughout the pouch and into full contact with the interior surfaces thereof, wherein said lubricating deodorant solution remains in the pouch during use.
Use of grease in a device installed in a refrigerant circuit in which a refrigerant containing a chlorine atom and an olefin bond in a molecule flows, the grease comprising: fluorine as a component, wherein an oil containing fluorine is used as a base oil in the grease and/or a fluororesin is used as a thickening agent in the grease.
A method for the treatment of biosludge, wherein the method comprises - mixing biosludge with a bio-based material to form a mixture, wherein the dry matter of the biosludge is at least 0.01 % (w/w) of the total dry matter of the mixture, and wherein the bio-based material is bark; - treating the mixture at a temperature in the range of 160 -295°C under pressure in the presence of steam; and - releasing the pressure suddenly or explosively to disrupt the structure of the mixture. - mixing biosludge with a bio-based material to form a mixture, wherein the dry matter of the biosludge is at least 0.01 % (w/w) of the total dry matter of the mixture, and wherein the bio-based material is bark; - treating the mixture at a temperature in the range of 160 -295°C under pressure in the presence of steam; and - releasing the pressure suddenly or explosively to disrupt the structure of the mixture.
A crawler vehicle, in particular for preparing ski runs; the crawler vehicle comprising: - a frame extending along a first longitudinal axis - a first and a second motorized track (3, 4); - at least one speed sensor (5; 6) to detect a speed difference between the first track and the second track; - a working tool, which extends transversely and symmetrically with respect to a second longitudinal axis and is hinged at the rear of the frame about a yaw axis; - an actuation system, which is configured to act between the working tool and the frame; and - a control device, which is in communication with the at least one speed sensor (5; 6) characterised in that 1 the control device comprises a memory configured to store a reference interval for a steering radius of the crawler vehicle; the control device being configured to calculate a value for a steering radius of the crawler vehicle and to control the actuation system so as to selectively perform at least one of the following actions: - allowing the free oscillation of the working tool about the yaw axis when the calculated value of the steering radius is comprised within the reference interval; - keeping the position of the working tool blocked with respect to the frame when the calculated value of the steering radius is outside the reference interval, preferably so that the second longitudinal axis of the working tool is aligned with the first longitudinal axis of the frame. - a frame extending along a first longitudinal axis - a first and a second motorized track (3, 4); - at least one speed sensor (5; 6) to detect a speed difference between the first track and the second track; - a working tool, which extends transversely and symmetrically with respect to a second longitudinal axis and is hinged at the rear of the frame about a yaw axis; - an actuation system, which is configured to act between the working tool and the frame; and - a control device, which is in communication with the at least one speed sensor (5; 6) - allowing the free oscillation of the working tool about the yaw axis when the calculated value of the steering radius is comprised within the reference interval; - keeping the position of the working tool blocked with respect to the frame when the calculated value of the steering radius is outside the reference interval, preferably so that the second longitudinal axis of the working tool is aligned with the first longitudinal axis of the frame.
Process for enriching a synthesis gas in hydrogen, said synthesis gas containing hydrogen, carbon monoxide and steam by conversion of carbon monoxide and steam over a catalyst where said synthesis gas has an oxygen to carbon molar ratio of 1.69 to 2.25 and wherein said catalyst contains oxides of zinc and aluminum together with one or more promoters, and wherein the conversion of the carbon monoxide and steam is conducted under high temperature shift conditions where the synthesis gas has a temperature of 300°C to 400°C and the pressure is 2.3 to 6.5 MPa, and wherein the catalyst comprises in its active form a mixture of zinc alumina spinel and zinc oxide in combination with a promoter in the form of an alkali metal selected from the group consisting of Na, K, Rb, Cs and mixtures thereof, said catalyst having a Zn/Al molar ratio in the range 0.5 to 1.0 and a content of alkali metal in the range 0.4 to 8.0 wt% based on the weight of oxidized catalyst.
A phosphor expressed by the general formula (A 1-x R x M 2 X) m (M 2 X 4) n wherein the element A is one or more types of element selected from Ca, Sr, Ba and La, the element R is one or more types of activating agent selected from Ce and Eu, the element M is Si and Al, the element X is one or more types of element selected from oxygen and nitrogen, n and m are integers of 1 or more, x is a real number defined by 0 < x < 1, and the value of n/m is (8/5) < n/m< (5/3).
Decorative cutlery element made of wood, preferably a cooking spoon, salad cutlery, grill tongs, cooking sticks, chopsticks and the like, characterised in that the cutlery element is made of used barrel wood which has formed an aromatic contact layer by the storage, fermentation or maturation of a liquid luxury product, wherein the contact layer has an average thickness of approx. 1 to 5 mm and whose inner edge towards the solid wood is formed irregular or unsharp, and wherein the aromatic contact layer forms parts of the surface of the cutlery element.
A method for transporting data through a single optical fiber in two directions between a first station and a second station, wherein the first and the second stations are located on opposite ends of said single optical fiber, the method comprising the step of: (a) providing transmission wavelength division multiplexed, Tx-WDM, data channels in the first station for transmitting data to the second station and reception wavelength division multiplexed, Rx-WDM, data channels in the first station for receiving data from the second station having the same frequency grid with frequency gaps between the WDM data channels; characterized by the steps of (b) frequency shifting in the first station the Tx-WDM data channels and/or the incoming Rx-WDM data channels to avoid spectral overlap between the Tx-WDM data channels and the Rx-WDM data channels; (c) combining the Tx-WDM data channels and the Rx-WDM data channels, wherein at least one of the Tx-WDM data channels and the Rx-WDM data channels are frequency shifted in step (b); and (d) transporting data via the combined WDM data channels through said single optical fiber in opposite directions. (a) providing transmission wavelength division multiplexed, Tx-WDM, data channels in the first station for transmitting data to the second station and reception wavelength division multiplexed, Rx-WDM, data channels in the first station for receiving data from the second station having the same frequency grid with frequency gaps between the WDM data channels; characterized by the steps of (b) frequency shifting in the first station the Tx-WDM data channels and/or the incoming Rx-WDM data channels to avoid spectral overlap between the Tx-WDM data channels and the Rx-WDM data channels; (c) combining the Tx-WDM data channels and the Rx-WDM data channels, wherein at least one of the Tx-WDM data channels and the Rx-WDM data channels are frequency shifted in step (b); and (d) transporting data via the combined WDM data channels through said single optical fiber in opposite directions.
A therapeutic composition, comprising an isolated p38 protein fragment of 50 to 150 amino acids in length and comprising an amino acid sequence that is at least 90%, 95%, 98%, or 100% identical to 50 or more contiguous amino acids of SEQ ID NO:12, 14, 42, or 58, wherein the p38 protein fragment has an extracellular signaling activity and a solubility of at least 5 mg/mL, and wherein the composition has a purity of at least 95% on a protein basis and less than 10 EU endotoxin / mg protein.
A blade guard of a lawnmower comprising a blade disk to be rotationally driven and at least one cutting blade piece attached to an outer peripheral portion of the blade disk, wherein the blade guard is configured to prevent contact of an obstacle to a blade portion of the cutting blade piece by providing on the cutting blade piece, and wherein the blade guard is configured to be attachable to and detachable from the cutting blade piece, characterized in that the blade guard is further configured to rotate integrally with the cutting blade piece during lawn mowing work when the blade disc is rotated. the blade guard is configured to prevent contact of an obstacle to a blade portion of the cutting blade piece by providing on the cutting blade piece, and wherein the blade guard is configured to be attachable to and detachable from the cutting blade piece, characterized in that the blade guard is further configured to rotate integrally with the cutting blade piece during lawn mowing work when the blade disc is rotated.
A method for providing anonymous access to linguistic assets, the method comprising: (a) granting, by a first workspace to a first client responsive to a first user request from the first client, access to a linguistic asset residing in the first workspace; (b) generating, by the first workspace, an alias token and transmitting the alias token to a second client; (c) granting, by a second workspace to the second client responsive to a second user request from the second client, access to the second workspace; (d) granting, by the first workspace to the second workspace, access to the first workspace; (e) transmitting the alias token from the second client to the second workspace; (f) generating, by the second workspace, an aliased object for the linguistic asset residing in the first workspace using the received alias token and storing the aliased object in the second workspace, wherein the aliased object is represented to a user of the second workspace as a local copy of the linguistic asset in the first workspace, and comprises a link to the linguistic asset in the first workspace, and the aliased object conceals from the first workspace an identity of a user of the second workspace having access to the linguistic asset; and (g) accessing, by the second client, via the aliased object in the second workspace, the linguistic asset residing in the first workspace, wherein a specific connection is established to link the aliased object and the linguistic asset identified by the alias token, and use of the aliased object provides the second client with access to the linguistic asset residing in the first workspace. (a) granting, by a first workspace to a first client responsive to a first user request from the first client, access to a linguistic asset residing in the first workspace; (b) generating, by the first workspace, an alias token and transmitting the alias token to a second client; (c) granting, by a second workspace to the second client responsive to a second user request from the second client, access to the second workspace; (d) granting, by the first workspace to the second workspace, access to the first workspace; (e) transmitting the alias token from the second client to the second workspace; (f) generating, by the second workspace, an aliased object for the linguistic asset residing in the first workspace using the received alias token and storing the aliased object in the second workspace, wherein the aliased object is represented to a user of the second workspace as a local copy of the linguistic asset in the first workspace, and comprises a link to the linguistic asset in the first workspace, and the aliased object conceals from the first workspace an identity of a user of the second workspace having access to the linguistic asset; and (g) accessing, by the second client, via the aliased object in the second workspace, the linguistic asset residing in the first workspace, wherein a specific connection is established to link the aliased object and the linguistic asset identified by the alias token, and use of the aliased object provides the second client with access to the linguistic asset residing in the first workspace.
An antenna coil including a core member having an X-axis leg section protruding in the X-axis direction from an intersection of the core member and having a Y-axis leg section protruding in the Y-axis direction from the intersection, an X-axis winding wire (5a, 5b) wound around the outer periphery of the X-axis leg section, and a Y-axis winding wire (6a, 6b) wound around the outer periphery of the Y-axis leg section, and wherein a Z-axis winding wire is wound around the peripheral portion of core member in the peripheral direction, characterized in that an X-axis winding frame section for the X-axis winding wire (5a, 5b), the X-axis winding frame section being provided at the X-axis leg section, and a Y-axis winding frame section for the Y-axis winding wire (6a, 6b), the Y-axis winding frame section being provided at the Y-axis leg section, each comprises an intermediate flange section (31, 41) for separating the winding frame sections (3, 4) into inner and outer winding frame sections (3a, 3b, 4a, 4b) for different winding shapes, the X-axis leg section and the Y-axis-leg section each comprising inner winding sections (21 a, 22a) and outer winding sections (21 b, 22b), wherein on outer ends of the outer winding sections (21 b, 22b), outer flanges (21c, 22c) are provided, wherein, in the outer end surface of each of the outer flanges (21 c, 22c), a recessed section (21 d, 22d) for winding the Z-axis winding wire is provided, the recessed sections (21 d) provided on the X-axis leg sections extending in the Y-axis direction and the recessed sections provided on the Y-axis leg sections extending in the X-axis direction.
A furniture drive for driving a movable furniture part, including: - a movably-mounted entrainment member for driving the movable furniture part, - a helical spring in the form of a tension spring having a longitudinal axis for applying a force to the entrainment member, wherein the helical spring has two end portions (19, 28) between which a winding section with spring turns (29a, 29b) is arranged, wherein the winding section of the helical spring, for applying a spring force, is variable in length by a movement of the entrainment member, wherein the winding section includes a, preferably periodically, alternating sequence of spring turns having a larger diameter and spring turns having a smaller diameter along the longitudinal axis, characterized in that the spring turns having a smaller diameter - seen in radial direction and in the rest position of the helical spring - are at least partially arranged within the spring turns having a larger diameter. - a movably-mounted entrainment member for driving the movable furniture part, - a helical spring in the form of a tension spring having a longitudinal axis for applying a force to the entrainment member, wherein the helical spring has two end portions (19, 28) between which a winding section with spring turns (29a, 29b) is arranged, wherein the winding section of the helical spring, for applying a spring force, is variable in length by a movement of the entrainment member, wherein the winding section includes a, preferably periodically, alternating sequence of spring turns having a larger diameter and spring turns having a smaller diameter along the longitudinal axis,
A stretcher (100, 1100, 1200) comprising: an elongate, flexible panel sized to underlay a person laying thereon, the panel including a header end and an opposite footer end, a first side and an opposite second side, the panel further including a first eyelet and a second eyelet each extending through the panel, the second eyelet formed along the footer end of the panel; a support mat including a top surface for receiving the person and an opposite rear surface resting against the flexible panel; a shoulder harness fixedly coupled to the support mat, the shoulder harness including a first release tab extending through the first eyelet to releasably couple the shoulder harness to the flexible panel; and a groin harness fixedly coupled to the support mat, the groin harness comprising a stability strap including a second release tab, the second release tab extending through the second eyelet to releasably couple the groin harness to the flexible panel, wherein the first release tab of the shoulder harness and the second release tab of the groin harness are each detachable from and releasable relative to the flexible panel, the groin harness and shoulder harness configured to couple to one another to restrain the person against the support mat and flexible panel for transport. an elongate, flexible panel sized to underlay a person laying thereon, the panel including a header end and an opposite footer end, a first side and an opposite second side, the panel further including a first eyelet and a second eyelet each extending through the panel, the second eyelet formed along the footer end of the panel; a support mat including a top surface for receiving the person and an opposite rear surface resting against the flexible panel; a shoulder harness fixedly coupled to the support mat, the shoulder harness including a first release tab extending through the first eyelet to releasably couple the shoulder harness to the flexible panel; and a groin harness fixedly coupled to the support mat, the groin harness comprising a stability strap including a second release tab, the second release tab extending through the second eyelet to releasably couple the groin harness to the flexible panel, wherein the first release tab of the shoulder harness and the second release tab of the groin harness are each detachable from and releasable relative to the flexible panel, the groin harness and shoulder harness configured to couple to one another to restrain the person against the support mat and flexible panel for transport.
A product to manipulate particles in a fluid, the product comprising: (a) a device comprising a channel comprising an inlet; an outlet; a sidewall; an array of obstacles, wherein the obstacles form a network of gaps within an array boundary, characterised in that the device comprises a bypass channel arranged between the array boundary on one side and the sidewall of the channel on the other side, wherein the network of gaps is arranged such that particles having a hydrodynamic size above a critical size are directed towards the bypass channel, and particles having a hydrodynamic size below said critical size are not directed towards the bypass channel; and in that the product further comprises (b) a component for magnetic separation of particles. (a) a device comprising a channel comprising an inlet; an outlet; a sidewall; an array of obstacles, wherein the obstacles form a network of gaps within an array boundary, characterised in that the device comprises a bypass channel arranged between the array boundary on one side and the sidewall of the channel on the other side, wherein the network of gaps is arranged such that particles having a hydrodynamic size above a critical size are directed towards the bypass channel, and particles having a hydrodynamic size below said critical size are not directed towards the bypass channel; and in that the product further comprises an inlet; an outlet; a sidewall; an array of obstacles, wherein the obstacles form a network of gaps within an array boundary, characterised in that the device comprises a bypass channel arranged between the array boundary on one side and the sidewall of the channel on the other side, (b) a component for magnetic separation of particles.