mhurhangee/ep-ind-claims huggingface dataset:
An exhaust pipe allowing exhaust gases to flow through the exhaust pipe, the exhaust pipe comprising: a base that contains metal and has a cylindrical shape; and a surface-coating layer that contains a plurality of crystalline inorganic materials and an amorphous binder and is formed on the outer peripheral face of said base, said crystalline inorganic materials are at least one kind selected from the group consisting of manganese dioxide, manganese oxide, iron oxide, cobalt oxide, copper oxide, chrome oxide, and nickel oxide, and said amorphous binder is at least one kind selected from the group consisting of barium glass, boron glass, strontium glass., alumino-silicate glass, spda-zinc glass, and soda-barium glass, wherein said plurality of crystalline inorganic materials are distributed in said surface-coating layer, in an accumulative manner in a thickness direction, and said amorphous binder has an average thickness of 20 μm or less from said crystalline inorganic materials to the surface of the coating. a base that contains metal and has a cylindrical shape; and a surface-coating layer that contains a plurality of crystalline inorganic materials and an amorphous binder and is formed on the outer peripheral face of said base, said crystalline inorganic materials are at least one kind selected from the group consisting of manganese dioxide, manganese oxide, iron oxide, cobalt oxide, copper oxide, chrome oxide, and nickel oxide, and said amorphous binder is at least one kind selected from the group consisting of barium glass, boron glass, strontium glass., alumino-silicate glass, spda-zinc glass, and soda-barium glass,
A method for planning a wind farm comprising: determining, by one or more processors, a load for a plurality of wind conditions for a plurality of circumferential sections for a tower of a wind turbine; accessing, by the one or more processors, a model that predicts wind conditions over a time period; determining, by the one or more processors, a load sustainment parameter for each of the plurality of circumferential sections for the predicted wind conditions over the time period; and arranging the wind turbine in a wind farm based at least in part on the load sustainment parameter for each circumferential section. determining, by one or more processors, a load for a plurality of wind conditions for a plurality of circumferential sections for a tower of a wind turbine; accessing, by the one or more processors, a model that predicts wind conditions over a time period; determining, by the one or more processors, a load sustainment parameter for each of the plurality of circumferential sections for the predicted wind conditions over the time period; and arranging the wind turbine in a wind farm based at least in part on the load sustainment parameter for each circumferential section.
An electrically conductive multilayer stack for coating a substrate, the electrically conductive multilayer stack comprising: first and second titanium oxide layers on the substrate, the first titanium oxide layer comprising a first region, a second region on the first region, and a third region on the second region, the first region and the third region each having a higher oxygen concentration than that of the second region; and a metal layer between the first and second titanium oxide layers. first and second titanium oxide layers on the substrate, the first titanium oxide layer comprising a first region, a second region on the first region, and a third region on the second region, the first region and the third region each having a higher oxygen concentration than that of the second region; and a metal layer between the first and second titanium oxide layers.
A method for determining a polarization of a scene, comprising: (a) mounting a camera comprising a lens and an array of sensors on a vehicle, preferably an unmanned vehicle; (b) maneuvering the vehicle such as to successively locate the camera in proximity to a single position, but at three different orientations for each of which a scene is within the field of view of the camera; (c) capturing first through third images while the camera is at the three different orientations respectively; (d) transferring first through third sets of imaging data respectively representing the first through third captured images from the camera to a computer system; and (e) computing a polarization of at least one point in the scene from the first through third sets of imaging data. (a) mounting a camera comprising a lens and an array of sensors on a vehicle, preferably an unmanned vehicle; (b) maneuvering the vehicle such as to successively locate the camera in proximity to a single position, but at three different orientations for each of which a scene is within the field of view of the camera; (c) capturing first through third images while the camera is at the three different orientations respectively; (d) transferring first through third sets of imaging data respectively representing the first through third captured images from the camera to a computer system; and (e) computing a polarization of at least one point in the scene from the first through third sets of imaging data.
Measurement apparatus for measuring at least one constituent of a liquid sample, the measurement apparatus comprising: a movable measurement cell including: a first portion comprising a measurement system having at least one sensitive area at a surface of the first portion; a second portion comprising at least a part of a reception space for the sample, the second portion being connected to the first portion such that the sample is in contact with the at least one sensitive area when the sample is located within the reception space; a sample supply system attached to an inlet to allow supply of a liquid sample into the reception space; and a trail engagement portion, wherein the sample supply system includes a supply needle connected at one end to the inlet, the supply needle having a lumen in communication with the reception space, the measurement apparatus further comprising: a mounting system for movably mounting the movable measurement cell, the mounting system including: a bar having a guiding trail; and a supporting portion at one end of the bar for supporting the supply needle, wherein the trail engagement portion of the measurement cell is engageable with the guiding trail for moving the movable measurement cell in a direction of the guiding trail being along a longitudinal direction of the supply needle. a movable measurement cell including: a first portion comprising a measurement system having at least one sensitive area at a surface of the first portion; a second portion comprising at least a part of a reception space for the sample, the second portion being connected to the first portion such that the sample is in contact with the at least one sensitive area when the sample is located within the reception space; a sample supply system attached to an inlet to allow supply of a liquid sample into the reception space; and a trail engagement portion, a first portion comprising a measurement system having at least one sensitive area at a surface of the first portion; a second portion comprising at least a part of a reception space for the sample, the second portion being connected to the first portion such that the sample is in contact with the at least one sensitive area when the sample is located within the reception space; a sample supply system attached to an inlet to allow supply of a liquid sample into the reception space; and a trail engagement portion, wherein the sample supply system includes a supply needle connected at one end to the inlet, the supply needle having a lumen in communication with the reception space, a bar having a guiding trail; and a supporting portion at one end of the bar for supporting the supply needle,
A scroll pump, comprising: an inlet and an outlet; a fixed scroll and an orbiting scroll intermeshed with each other, wherein the fixed scroll and orbiting scroll define a space therebetween for pumping fluid through the scroll pump from the inlet to the outlet, a biasing apparatus configured to bias the orbiting scroll against the fixed scroll; a fluid recirculation channel separate to the biasing apparatus, wherein the fluid recirculation channel extends from the space to the inlet through either the fixed scroll or the orbiting scroll; and a fluid recirculation valve disposed in the fluid recirculation channel, wherein: when in an open state, the fluid recirculation valve is configured to permit flow of fluid from the space to the inlet through the fluid recirculation channel, when in a closed state, the fluid recirculation valve is configured to block flow of fluid through the fluid recirculation channel, and the fluid recirculation valve is configured to switch from the closed state to the open state when a pressure differential across the fluid recirculation valve is equal to or exceeds a certain threshold value. an inlet and an outlet; a fixed scroll and an orbiting scroll intermeshed with each other, wherein the fixed scroll and orbiting scroll define a space therebetween for pumping fluid through the scroll pump from the inlet to the outlet, a biasing apparatus configured to bias the orbiting scroll against the fixed scroll; a fluid recirculation channel separate to the biasing apparatus, wherein the fluid recirculation channel extends from the space to the inlet through either the fixed scroll or the orbiting scroll; and a fluid recirculation valve disposed in the fluid recirculation channel, wherein: when in an open state, the fluid recirculation valve is configured to permit flow of fluid from the space to the inlet through the fluid recirculation channel, when in a closed state, the fluid recirculation valve is configured to block flow of fluid through the fluid recirculation channel, and the fluid recirculation valve is configured to switch from the closed state to the open state when a pressure differential across the fluid recirculation valve is equal to or exceeds a certain threshold value.
A stoma adapter comprising: a proximal end for insertion into a stoma and/or into a peristomal mouth surrounding a recessed stoma; a discharge passage extending from the proximal end, the discharge passage being substantially unobstructed at least for effluent flowing in a discharge direction; and characterised by a valve openable under pressure of the effluent when a bowel forces the expulsion of the effluent. a proximal end for insertion into a stoma and/or into a peristomal mouth surrounding a recessed stoma; a discharge passage extending from the proximal end, the discharge passage being substantially unobstructed at least for effluent flowing in a discharge direction; and characterised by a valve openable under pressure of the effluent when a bowel forces the expulsion of the effluent.
Apparatus for gasifying a fuel to form synthesis gas wherein also a slag is formed, the apparatus at least comprising: - a pressure shell for maintaining a pressure higher than atmospheric pressure; - a slag bath located in a lower part of the pressure shell, the slag bath comprising a quench fluid; - a gasifier wall arranged inside the pressure shell defining a gasification chamber wherein during operation the synthesis gas can be formed, a lower part of the gasifier wall comprising a converging wall part that is provided with a slag discharge opening, located above the quench fluid in the slag bath; - a free-fall trajectory for the slag, the free-fall trajectory extending downwardly between the slag discharge opening and the slag bath; and - a heat shield arranged above the slag bath between at least part of the free-fall trajectory and the pressure shell, the heat shield comprising a wall structure for allowing passage of a cooling fluid, the wall structure comprising an upper wall part and a lower wall part, the upper wall part being located closer to the slag discharge opening than the lower wall part and the lower wall part being located closer to the slag bath than the upper wall part; wherein the lower wall part of the heat shield is essentially refractory free; wherein at least a part of the upper wall part of the heat shield is covered with a layer of a refractory material; and wherein the upper wall part of the heat shield comprises a diverging wall section when considered along a free-fall direction and wherein the lower wall part extends essentially cylindrically around the free-fall trajectory. - a pressure shell for maintaining a pressure higher than atmospheric pressure; - a slag bath located in a lower part of the pressure shell, the slag bath comprising a quench fluid; - a gasifier wall arranged inside the pressure shell defining a gasification chamber wherein during operation the synthesis gas can be formed, a lower part of the gasifier wall comprising a converging wall part that is provided with a slag discharge opening, located above the quench fluid in the slag bath; - a free-fall trajectory for the slag, the free-fall trajectory extending downwardly between the slag discharge opening and the slag bath; and - a heat shield arranged above the slag bath between at least part of the free-fall trajectory and the pressure shell, the heat shield comprising a wall structure for allowing passage of a cooling fluid, the wall structure comprising an upper wall part and a lower wall part, the upper wall part being located closer to the slag discharge opening than the lower wall part and the lower wall part being located closer to the slag bath than the upper wall part;
Motor vehicle with locking and contacting system for the electrically connecting an on-board power supply network of the motor vehicle with a removable vehicle seat or a seat system, wherein the motor vehicle seat comprises at least one seat rail which is attached to the seat structure and which is held so as to be displaceable and blockable in the longitudinal direction via a floor rail, which is attached to the vehicle structure, and so as to be removable from the floor rails, and an actuating rail (26, 26') which is displaceably mounted in the seat rail, wherein the actuating rail (26, 26') is displaceable via a first and/or second actuating element (6, 7) with a blocking and contact unit which is arranged so as to be operatively connected to the actuating rail (26, 26'), wherein a blocking of the seat rail in the floor rail in the x-direction and an electrical connection of the motor vehicle seat to the on-board power supply of the motor vehicle are able to be produced and/or released via the blocking and contact unit by means of an actuation of the first and/or second actuating element (6, 7), characterized in that the blocking and contact unit comprises blocking and contact elements (12, 13) which are opposingly arranged in pairs in the longitudinal direction so as to be mirrored about a longitudinal axis, wherein each pair comprises a blocking and contact element (12, 13) and wherein the blocking element and contact element (12, 13) are arranged adjacent to one another in the x-direction and are held on the seat rail so as to be pivotable and spring-preloaded about an axis which is oriented in the x-direction, in the direction of the floor rail, and when actuated via the first and/or second actuating element (6, 7) the at least one blocking element positively engages in the floor rail and, via the at least one contact element, an electrical connection is able to be produced with a contact element on the floor rail, and in that an entrainer yoke is attached to the rear face of the blocking element and, with a pivoting movement of the blocking element in the direction of the floor rail along a short pivoting path, said entrainer yoke entraining the contact element for the purpose of contact.
Flat knitting machine which is configured to insert a first thread as a weft thread in the same knitting row and to form stitches using said weft thread, the machine comprising at least a first and a second knitting system (S1, S11, S2, S22) as well as a first thread guide (FF1, FF3) which is associated with the first knitting system (S1, S11, S22) and which guides a first thread, and comprising at least one hold-down device which is arranged between the knitting systems (S1, S11, S2, S22) for holding down the first thread below the level of the needles, and comprising a needle selection means which is configured, when actuated accordingly, to select needles in the region of the first knitting system (S1, S11, S22) in order to form stitches, wherein the first thread is inserted as a weft thread when the needle selection means is not actuated.
Resonant DC chopper, having - an inverter circuit, - a rectifier circuit and - a transformer unit, wherein the inverter circuit is connected to a first terminal of the transformer unit and the rectifier circuit is connected to a second terminal of the transformer unit, wherein the first and the second terminal are galvanically isolated from one another by means of a first transformer, wherein the transformer unit has a series connection of a capacitance and an inductance between the first terminal of the transformer unit and the first transformer, wherein the transformer unit has means for adapting the transformation ratio of the transformer unit, which are embodied such that the transformer unit has an energy transfer path, wherein the energy transfer path has an inverter and a second transformer, wherein the inverter is arranged in parallel with the primary winding of the first transformer between the series connection and the first transformer and a winding of the second transformer is arranged in series with the secondary winding of the first transformer such that the output voltages of the first transformer and the second transformer are added. - an inverter circuit, - a rectifier circuit and - a transformer unit,
A leaning vehicle comprising: a front wheel brake operator and a rear wheel brake operator that are operated by a rider; and an AEB (Autonomous Emergency Braking) control device which is mounted on a leaning vehicle body frame leaning rightward in a vehicle left-right direction when turning right and leaning leftward in the vehicle left-right direction when turning left and is configured to automatically control a front wheel braking force and a rear wheel braking force without requiring an operation of at least one of the front wheel brake operator or the rear wheel brake operator, based on a margin acquired based on the relationship between an obstacle and the leaning vehicle, characterised in that the AEB control device is configured to control the front wheel braking force and the rear wheel braking force that are automatically generated, so that a state transition of the front wheel braking force and the rear wheel braking force is: a state transition 1 with which, within a range excluding a range in which the rear wheel braking force is small as compared to an ideal braking force distribution when one rider rides, a state where the front wheel braking force and the rear wheel braking force are both zero transitions to a state of changing along positions where the front wheel braking force and the rear wheel braking force are both not zero.
A p-boronophenylalanine derivative comprising: a polymer linked, either directly or via a linker, to a group represented by formula below wherein, the arrows indicate a bond with an adjacent atom, and X 1 to X 4 are each independently H, 18 F, or 19 F. a polymer linked, either directly or via a linker, to a group represented by formula below wherein, the arrows indicate a bond with an adjacent atom, and X 1 to X 4 are each independently H, 18 F, or 19 F. the arrows indicate a bond with an adjacent atom, and X 1 to X 4 are each independently H, 18 F, or 19 F.
A method for programming a tire pressure sensor including a power source and a memory, the method comprising: transmitting, by data processing hardware, at least one communication protocol (31-n) to the tire pressure sensor; and characterized by: determining, by the data processing hardware, a status of at least one of the power source or the memory based on the at least one communication protocol (31-n).
Process for the manufacture of an impermeable connection between at least two fluid carrying silicone hose components with the following steps: - provision of the silicone hose components and a silicone connector component; - application of a fluid silicone mass to at least one connecting area where the silicone hose components abut on the silicone connector component; - polymeric post curing of the at least one connecting area to harden the silicone mass, characterized in that - a contact between the silicone hose components and the silicone connector component is brought about before application of the fluid silicone mass, and - during application, the silicone mass is applied to an externally covered collection zone (13; 22) of the connecting area. - provision of the silicone hose components and a silicone connector component; - application of a fluid silicone mass to at least one connecting area where the silicone hose components abut on the silicone connector component; - polymeric post curing of the at least one connecting area to harden the silicone mass, - a contact between the silicone hose components and the silicone connector component is brought about before application of the fluid silicone mass, and - during application, the silicone mass is applied to an externally covered collection zone (13; 22) of the connecting area.
A traffic controller for a data network (200, 300, 400) that comprises a plurality of network nodes (40A, 40B, 50A, 50B, N), a plurality of network links connecting the network nodes, a plurality of access links connecting customer premises equipment (60A, 60B) and one or more edge routers (10, 10A, 10B, R), each edge router (10, 10A, 10B) being configured to control network traffic by periodically updating permitted link capacities based on customer service level agreements, wherein the customer service level agreements specify original permitted link capacities,, and wherein media traffic generated by one or more sources (20A, 20B) of downstream traffic data enter the network downstream of the one or more edge routers, the traffic controller comprising: a receiver operable to periodically receive downstream transmission byte counts from at least some of the network nodes downstream of said edge routers; a processor coupled with said receiver, operable to periodically update the permitted link capacities based on the network node downstream byte counts received by said receiver; and a transmitter coupled with said processor operable to periodically transmit the thus-updated permitted link capacities to the one or more edge routers for their use in controlling the network traffic. a receiver operable to periodically receive downstream transmission byte counts from at least some of the network nodes downstream of said edge routers; a processor coupled with said receiver, operable to periodically update the permitted link capacities based on the network node downstream byte counts received by said receiver; and a transmitter coupled with said processor operable to periodically transmit the thus-updated permitted link capacities to the one or more edge routers for their use in controlling the network traffic.
Device for the preparation of containment units of biological liquids, comprising a main body which defines at least a filling channel, having at least an inlet gap of a biological liquid and at least an air outlet gap, and which comprises a plurality of containment units arranged in succession to one another and defining respective containment chambers, characterized in that said containment chambers are positioned along said filling channel and placed in between said inlet gap and said outlet gap.