mhurhangee/ep-ind-claims huggingface dataset:
Weighing scale having a measuring platform which is supported by at least three supporting feet resting on a floor, wherein to each supporting foot a load cell is assigned, wherein each load cell senses a share of the weight force originating from the measuring platform supported by the respective supporting foot, wherein each supporting foot is designed as a vertically extending measuring foot, characterized in that each measuring foot comprises: a load cell carrier on which the load cell rests and is attached, wherein the load cell carrier is provided with an external thread, and which is mounted to be non-rotatable with respect to the measuring platform; and an adjusting foot located below the load cell carrier, wherein the adjusting foot is provided with a circular-cylindrical recess for receiving at least a vertical section of the load cell carrier, wherein the circular-cylindrical recess being provided in its surrounding circumferential wall with an internal thread fitting to the external thread of the load cell carrier, wherein the load cell carrier is screwed with its external thread into the internal thread of the adjusting foot such that, by turning the adjusting foot relative to the load cell carrier, a vertical height of the measuring foot along a vertical screw axis is adjustable. a load cell carrier on which the load cell rests and is attached, wherein the load cell carrier is provided with an external thread, and which is mounted to be non-rotatable with respect to the measuring platform; and an adjusting foot located below the load cell carrier, wherein the adjusting foot is provided with a circular-cylindrical recess for receiving at least a vertical section of the load cell carrier, wherein the circular-cylindrical recess being provided in its surrounding circumferential wall with an internal thread fitting to the external thread of the load cell carrier, wherein the load cell carrier is screwed with its external thread into the internal thread of the adjusting foot such that, by turning the adjusting foot relative to the load cell carrier, a vertical height of the measuring foot along a vertical screw axis is adjustable.
A continuous press for the manufacture of wood based boards, in particular fibre boards or particle boards, with a press stand with a plurality of press frames arrayed in the longitudinal direction of the press, and with a control device, wherein an upper press plate and a lower press plate forming a press gap are arranged within the press frame, wherein the upper press plate or the lower press plate is acted upon by a plurality of cylinder piston arrangements, distributed in rows in the longitudinal direction of the press, i.e. the operating direction; on one side these are connected to the transverse beams (3a, 3b) of the press frames, and on the other side are connected to the respective press plate (1, 2), wherein the press plate (1, 2) facing away from the cylinder piston arrangements is connected, with the interposition of pressure distribution plates, to the transverse beams (3a, 3b) of the press frames associated with the said press plate (1, 2), characterised in that, for purposes of varying the pressing process the pressure distribution plates are acted upon by adjustable power-assist devices at right angles to the plane of the press plate, wherein the power-assist devices are supported on the press frames, or on supporting devices connected onto the press frames.
A turbomachine aerofoil blade having an aerofoil body portion and a dovetail root fixing at the base of the aerofoil body portion which slides, in use, into a correspondingly shaped slot of a rotor of the turbomachine, the dovetail root fixing having a neck portion, and a dovetail portion which extends outwardly from the neck portion to provide angled support flanks at either side of the fixing, the support flanks engaging, in use, with matching angled surfaces of the slot under centrifugal loading of the aerofoil blade to support the aerofoil blade on the rotor; characterised in that the neck portion is shaped to have a respective raised land at either side thereof, such that a rotational adjustment of the aerofoil blade relative to its angular position when supported under centrifugal loading is needed to provide clearance at the lands to prevent interference with the sides of the slot when the dovetail root fixing is slid into the slot, while under centrifugal loading the engagement of the support flanks with the matching angled surfaces of the slot forces a reversal of the rotational adjustment and reduces the clearance at the lands.
A refrigerator comprising: a main body including a storage compartment; a door rotatably coupled to the main body to open and close the storage compartment; a dispenser provided on a front surface of the door; a case (11, 12, 110) mounted on a rear surface of the door and accommodating a water tank to store water supplied to the dispenser, wherein the water tank is disposed in a longitudinal direction along one side of the dispenser; and a filter including a filter body, characterized in that the filter includes a filter handle configured to allow the filter body to be inserted through a case hole of an inner side surface of the door into the case (11, 12, 110) so as to be disposed in a transverse direction in the case (11, 12, 110), and to allow the filter body to be withdrawn from the case (11, 12, 110) in the transverse direction through the case hole provided on the inner side surface of the door. a main body including a storage compartment; a door rotatably coupled to the main body to open and close the storage compartment; a dispenser provided on a front surface of the door; a case (11, 12, 110) mounted on a rear surface of the door and accommodating a water tank to store water supplied to the dispenser, wherein the water tank is disposed in a longitudinal direction along one side of the dispenser; and a filter including a filter body, characterized in that the filter includes a filter handle configured to allow the filter body to be inserted through a case hole of an inner side surface of the door into the case (11, 12, 110) so as to be disposed in a transverse direction in the case (11, 12, 110), and to allow the filter body to be withdrawn from the case (11, 12, 110) in the transverse direction through the case hole provided on the inner side surface of the door.
A crusher device for performing a crushing operation, comprising a hollow part of frusto-conical shape narrowing downwardly, a crusher spindle rotatably mounted coaxial with the hollow part, at least one crusher impeller (9, 30) rotatably mounted on the crusher spindle, and a crusher driving device for rotatably driving said at least one crusher impeller (9, 30) relative to said first hollow part; characterized in that said at least one crusher impeller comprises a first crusher impeller containing a first crushing blade and a second crushing blade, each said first and second crushing blades (11, 13) extending radially from the crusher spindle and being fixedly connected to each other at their distal extremities by a blade member.
A system for generating a depth map for an object in a three-dimensional scene, comprising: an image capture sensor configured to capture a plurality of images of the object at a plurality of different focal planes, wherein each image includes a matrix of pixels and may be broken down or divided into different image locations, which are either individual pixel at a particular location in a coordinate system, or kernels including a plurality of pixels; a processor configured to: calculate a plurality of variance values for a plurality of image locations for each image captured by the image capture sensor, in which said variance values are generated by using a kernel of pixels; determine a peak variance value for each of the plurality of image locations by interpolating the calculated variance values associated with the same image location for each of the plurality of images of the object at the plurality of different focal planes; and generate the depth map for the object based on the determined peak variance value for each image location and the plurality of different focal planes; and a liquid lens associated with the image capture sensor where a voltage is applied to the liquid lens for changing the focal plane for each image captured by the image capture sensor. an image capture sensor configured to capture a plurality of images of the object at a plurality of different focal planes, wherein each image includes a matrix of pixels and may be broken down or divided into different image locations, which are either individual pixel at a particular location in a coordinate system, or kernels including a plurality of pixels; a processor configured to: calculate a plurality of variance values for a plurality of image locations for each image captured by the image capture sensor, in which said variance values are generated by using a kernel of pixels; determine a peak variance value for each of the plurality of image locations by interpolating the calculated variance values associated with the same image location for each of the plurality of images of the object at the plurality of different focal planes; and generate the depth map for the object based on the determined peak variance value for each image location and the plurality of different focal planes; and calculate a plurality of variance values for a plurality of image locations for each image captured by the image capture sensor, in which said variance values are generated by using a kernel of pixels; determine a peak variance value for each of the plurality of image locations by interpolating the calculated variance values associated with the same image location for each of the plurality of images of the object at the plurality of different focal planes; and generate the depth map for the object based on the determined peak variance value for each image location and the plurality of different focal planes; and a liquid lens associated with the image capture sensor where a voltage is applied to the liquid lens for changing the focal plane for each image captured by the image capture sensor.
A compound represented by the following formula; wherein R 12 is a methyl group or an ethyl group, R 13 is a hydrogen atom, a methyl group or an ethyl group, and X 11 and X 12 are fluorine atoms. R 12 is a methyl group or an ethyl group, R 13 is a hydrogen atom, a methyl group or an ethyl group, and X 11 and X 12 are fluorine atoms.
A computer-implemented method for facilitating interoperability between a first screen device and a client device, the method being performed by the client device and comprising: presenting, by a second screen application operating on the client device, a deduplicated listing of devices in a user interface, each listed device associated with one or more coupling protocols; receiving via the user interface a selection of a listed device with which to participate in a video display session, wherein the device being selected from the deduplicated listing is the first screen device; obtaining from a control server application status information for a first screen application of the first screen device, the application status information indicating whether the first screen application is in an existing video display session with a second client device; determining a coupling methodology, based on the indicated application status and coupling protocols available to the client device and the one or more coupling protocols of the first screen application, wherein determining the coupling methodology comprises determining whether the application status indicates that the first screen application is in an existing video display session with a second client device and that the session is using a particular coupling protocol, and determining whether the first screen device and the client device are to be coupled directly or via the control server; and coupling to the first screen application via the determined coupling methodology, to cause video content presented on the client device to also be presented on the first screen device during the video display session. presenting, by a second screen application operating on the client device, a deduplicated listing of devices in a user interface, each listed device associated with one or more coupling protocols; receiving via the user interface a selection of a listed device with which to participate in a video display session, wherein the device being selected from the deduplicated listing is the first screen device; obtaining from a control server application status information for a first screen application of the first screen device, the application status information indicating whether the first screen application is in an existing video display session with a second client device; determining a coupling methodology, based on the indicated application status and coupling protocols available to the client device and the one or more coupling protocols of the first screen application, wherein determining the coupling methodology comprises determining whether the application status indicates that the first screen application is in an existing video display session with a second client device and that the session is using a particular coupling protocol, and determining whether the first screen device and the client device are to be coupled directly or via the control server; and coupling to the first screen application via the determined coupling methodology, to cause video content presented on the client device to also be presented on the first screen device during the video display session.
A bonded structure comprising: a first member; a second member; an adhesive that bonds together the first member and the second member; and an optical fiber sandwiched between the first member and the second member such that the bonding condition between the first member and the second member can be detected based on birefringence of the optical fiber, wherein a solid object is inserted between the optical fiber and at least one of the first member and the second member and between the optical fiber and the adhesive, and wherein the solid object is formed by hardening an adhesive. a first member; a second member; an adhesive that bonds together the first member and the second member; and an optical fiber sandwiched between the first member and the second member such that the bonding condition between the first member and the second member can be detected based on birefringence of the optical fiber, wherein a solid object is inserted between the optical fiber and at least one of the first member and the second member and between the optical fiber and the adhesive, and wherein the solid object is formed by hardening an adhesive.
Method for the manufacture of an etched sheet of soda-lime-silica, aluminosilicate, borosilicate or sapphire glass, comprising: (i) a stage of fluidization of particles in a first fluid and a second fluid by a fluidized bed technique, the first fluid being a gas and the second fluid being a liquid, so as to generate a stream of fluidized particles exhibiting a velocity of between 5 and 20 metres per second; and (ii) a stage of treatment of a surface of a glass sheet by subjecting said surface to said stream of fluidized particles; characterized in that the particles have a mean size of between 5 and 500 microns. (i) a stage of fluidization of particles in a first fluid and a second fluid by a fluidized bed technique, the first fluid being a gas and the second fluid being a liquid, so as to generate a stream of fluidized particles exhibiting a velocity of between 5 and 20 metres per second; and (ii) a stage of treatment of a surface of a glass sheet by subjecting said surface to said stream of fluidized particles;
A locking device between a first structure and a second structure, comprising several locking pairs, in particular disposed along a locking line, each locking pair including at least one bolt attached to the first structure and able to engage at least one corresponding retaining means, attached to the second structure, the bolt being also movably mounted against at least one elastic return means tending to bring it in a spacing position from the retaining means, each locking pair further comprising a detecting linkage, movably mounted between a first position, called unlocked position, in which it allows the unlocking of the bolt and the retaining means, at least one portion of the bolt then engages the linkage, so as to block therein a possible return of the latter towards a second position, and said second position, called locked position, in which the linkage engages said portion of the bolt so as to oppose its unlocking, and in that the linkages associated with the locking pairs are interconnected by at least one mechanical transmission means, and in that the portion of the bolt engages the linkage through at least one detecting piece of the latter, said piece being movably mounted between a first position, called locked position, corresponding to a locking of the locking pair in which it allows the locked position of the linkage and is able to be driven by the bolt to an unlocked position in which it drives the linkage in a non-reversible manner, to its own unlocked position, the passage of the linkage in the unlocked state thus being ensured from the first open lock.
A peptide for intracellular delivery of a bioactive substance, comprising (a) amino acid sequence of SEQ ID NO: 3 (mVI); and (b) amino acid sequence RKKRRQRRR.
An electronically controlled motor-driven device comprising: an electric motor; and an electronic controller in controlling communication with the electric motor; the electronic controller being configured to: monitor the motor-driven device during normal operation to detect if an alert condition occurs and when the controller determines that the alert condition of the motor-driven device exists, cause the electric motor to vibrate so as to emit a vibrational output that can be audibly perceived by a nearby operator as a perceptible indication of the alert condition; characterized in that the electronic controller is further configured to cause at least some of the vibrational output to be generated at a frequency that is equal to a resonant frequency of a structural component of the motor-driven device. an electric motor; and an electronic controller in controlling communication with the electric motor; the electronic controller being configured to: monitor the motor-driven device during normal operation to detect if an alert condition occurs and when the controller determines that the alert condition of the motor-driven device exists, cause the electric motor to vibrate so as to emit a vibrational output that can be audibly perceived by a nearby operator as a perceptible indication of the alert condition; characterized in that the electronic controller is further configured to cause at least some of the vibrational output to be generated at a frequency that is equal to a resonant frequency of a structural component of the motor-driven device. monitor the motor-driven device during normal operation to detect if an alert condition occurs and when the controller determines that the alert condition of the motor-driven device exists, cause the electric motor to vibrate so as to emit a vibrational output that can be audibly perceived by a nearby operator as a perceptible indication of the alert condition; characterized in that the electronic controller is further configured to cause at least some of the vibrational output to be generated at a frequency that is equal to a resonant frequency of a structural component of the motor-driven device.
A graphics processor comprising: a plurality of graphics processing resources to execute instructions and process data, the plurality of graphics processing resources partitioned into slices, each slice to be allocated to a virtual machine, VM; a memory interface to couple the graphics processing resources to a system memory; a plurality of memory management units, MMUs, (2322, 2342, 2362), each MMU (2322, 2342, 2362) comprising: a plurality of translation lookaside buffers, TLBs (2323, 2343, 2363), each TLB (2323, 2343, 2363) to store mappings of guest virtual addresses, GVAs, to host physical addresses, HPAs, retrieved from page tables in system memory, wherein each GVA is associated with a particular VM; and an interface to couple the MMUs (2322, 2342, 2362) to a system-level MMU, the interface to provide communication between the system-level MMU and the MMUs (2322, 2342, 2362) to ensure coherency between mappings of GVAs to HPAs stored in the plurality of TLBs (2323, 2343, 2363) and mappings of GVAs to HPAs stored in TLBs of the system-level MMU. a plurality of graphics processing resources to execute instructions and process data, the plurality of graphics processing resources partitioned into slices, each slice to be allocated to a virtual machine, VM; a memory interface to couple the graphics processing resources to a system memory; a plurality of memory management units, MMUs, (2322, 2342, 2362), each MMU (2322, 2342, 2362) comprising: a plurality of translation lookaside buffers, TLBs (2323, 2343, 2363), each TLB (2323, 2343, 2363) to store mappings of guest virtual addresses, GVAs, to host physical addresses, HPAs, retrieved from page tables in system memory, wherein each GVA is associated with a particular VM; and an interface to couple the MMUs (2322, 2342, 2362) to a system-level MMU, the interface to provide communication between the system-level MMU and the MMUs (2322, 2342, 2362) to ensure coherency between mappings of GVAs to HPAs stored in the plurality of TLBs (2323, 2343, 2363) and mappings of GVAs to HPAs stored in TLBs of the system-level MMU. a plurality of translation lookaside buffers, TLBs (2323, 2343, 2363), each TLB (2323, 2343, 2363) to store mappings of guest virtual addresses, GVAs, to host physical addresses, HPAs, retrieved from page tables in system memory, wherein each GVA is associated with a particular VM; and an interface to couple the MMUs (2322, 2342, 2362) to a system-level MMU, the interface to provide communication between the system-level MMU and the MMUs (2322, 2342, 2362) to ensure coherency between mappings of GVAs to HPAs stored in the plurality of TLBs (2323, 2343, 2363) and mappings of GVAs to HPAs stored in TLBs of the system-level MMU.
A bifunctional pyr operon transcriptional regulator/uracil phosphoribosyltransferase variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein proline, which is an amino acid corresponding to position 108 of SEQ ID NO: 3, is substituted with serine.
A cementitious composite for in-situ hydration, the cementitious composite comprising: a sealing layer; a containment layer; a cementitious mixture disposed between the sealing layer and the containment layer, the cementitious mixture including a plurality of cementitious particles, the containment layer configured to prevent the plurality of cementitious particles from migrating out of the cementitious composite; and a connection layer disposed within the cementitious mixture and extending between the sealing layer and the containment layer, the connection layer including a plurality of connectors having ends that are discrete and spaced apart from each other. a sealing layer; a containment layer; a cementitious mixture disposed between the sealing layer and the containment layer, the cementitious mixture including a plurality of cementitious particles, the containment layer configured to prevent the plurality of cementitious particles from migrating out of the cementitious composite; and a connection layer disposed within the cementitious mixture and extending between the sealing layer and the containment layer, the connection layer including a plurality of connectors having ends that are discrete and spaced apart from each other.