mhurhangee/ep-ind-claims huggingface dataset:
Measuring assembly for measuring structures of a measuring object resting on a support, comprising: - an electronic ruler including a measuring carriage and a rail, wherein the measuring carriage is arranged to be movable along the rail in the longitudinal direction of the rail, - a digital microscope, - wherein the electronic ruler comprises a fastening device for fastening the measuring assembly on the support, wherein the fastening device comprises at least one magnet or a suction cup base or is formed as a weight for weighing down the measuring assembly in order to prevent the measuring assembly from slipping on the support, - wherein the digital microscope is fastened to the measuring carriage of the electronic ruler in such a manner that the digital microscope is entrained during movement of the measuring carriage and can be aligned to different positions of the support by moving the measuring carriage along the rail, - wherein the measuring carriage comprises a display device for displaying a travel distance of the measuring carriage. - an electronic ruler including a measuring carriage and a rail, wherein the measuring carriage is arranged to be movable along the rail in the longitudinal direction of the rail, - a digital microscope, - wherein the electronic ruler comprises a fastening device for fastening the measuring assembly on the support, wherein the fastening device comprises at least one magnet or a suction cup base or is formed as a weight for weighing down the measuring assembly in order to prevent the measuring assembly from slipping on the support, - wherein the digital microscope is fastened to the measuring carriage of the electronic ruler in such a manner that the digital microscope is entrained during movement of the measuring carriage and can be aligned to different positions of the support by moving the measuring carriage along the rail, - wherein the measuring carriage comprises a display device for displaying a travel distance of the measuring carriage.
Work machine, in particular an excavator or machine for material handling, with an element movable via two working cylinder, wherein at least one energy recovery cylinder is provided for energy recovery from the movement of the movable element, which includes a chamber filled with gas, characterized in that the energy recovery cylinder comprises a heat exchanger that comprises cooling fins (50, 51) that can be swept by the outside air.
A method for detecting a demountable accessory in an image-forming device comprising a controller, the method comprising: capturing a first image using an optical sensor associated with a print platen of the image-forming device, wherein the print platen is to receive a substrate and the optical sensor is to capture an image of the demountable accessory on the print platen; carrying out an adjustment action by a handling mechanism of the image-forming device, the adjustment action for adjusting a position of a substrate on the print platen; capturing a second image by the optical sensor; analysing, using the controller, the first and second images to identify any displacement between the first and second captured images; analysing, using the controller, at least one of the first image and the second image to detect an accessory identifier; and responsive to the analysing, determining the presence of the accessory and classifying the accessory based on the detected accessory identifier. capturing a first image using an optical sensor associated with a print platen of the image-forming device, wherein the print platen is to receive a substrate and the optical sensor is to capture an image of the demountable accessory on the print platen; carrying out an adjustment action by a handling mechanism of the image-forming device, the adjustment action for adjusting a position of a substrate on the print platen; capturing a second image by the optical sensor; analysing, using the controller, the first and second images to identify any displacement between the first and second captured images; analysing, using the controller, at least one of the first image and the second image to detect an accessory identifier; and responsive to the analysing, determining the presence of the accessory and classifying the accessory based on the detected accessory identifier.
An isolated humanized monoclonal antibody, or antigen binding portion thereof, that binds specifically to a Staphylococcus spp. autolysin N-acetylmuramoyl-L-alanine amidase (Amd) catalytic domain and comprises the complementarity determining region sequences of the V H domain of SEQ ID NO: 11 and of the V L domain of SEQ ID NO: 37.
Process for the manufacture of an effervescent formulation of ornithine aspartate comprising the following steps: - granulation of an ornithine aspartate-mix comprising ornithine aspartate and a gas generating component, thus yielding granules G, - mixing the components of a final mix comprising granules G and an acid component, thus yielding an effervescent formulation of ornithine aspartate. - granulation of an ornithine aspartate-mix comprising ornithine aspartate and a gas generating component, thus yielding granules G, - mixing the components of a final mix comprising granules G and an acid component, thus yielding an effervescent formulation of ornithine aspartate.
Method for an enhanced functionality of a network function entity in a carrier telecommunications network, the network function entity comprising a control plane functionality and a user plane functionality, and the network function entity comprising, as part of the control plane functionality and/or as part of the user plane functionality, a plurality of client entities (121, 122, 123) wherein the client entities (121, 122, 123) are clients to a messaging system functionality comprised in the network function entity, wherein the messaging system functionality comprises an overload detection functionality and a message discard functionality and wherein the messaging system functionality is used in order to have the client entities (121, 122, 123) process a plurality of different messages incoming to the messaging system functionality or generated by the messaging system functionality and/or the client entities (121, 122, 123), wherein the messaging system functionality comprises or is associated with a messaging system load balancer functionality comprised in the network function entity, wherein the messaging system load balancer functionality comprises an additional overload detection functionality and an additional message discard functionality, wherein the messaging system load balancer functionality is a gating function into the messaging system functionality, wherein the method comprises the following steps: -- in a first step, the network function entity operates with a plurality of client entities (121, 122, 123) of the messaging system functionality, -- in a second step, subsequent to the first step, an unusual behavior or an overload scenario within one or a plurality of the client entities (121, 122, 123) and/or within the messaging system functionality is detected by the overload detection functionality, -- in a third step, subsequent to the second step, at least one message is blocked prior to entering the messaging system functionality by the additional message discard functionality or discarded within the messaging system functionality of the network function entity. -- in a first step, the network function entity operates with a plurality of client entities (121, 122, 123) of the messaging system functionality, -- in a second step, subsequent to the first step, an unusual behavior or an overload scenario within one or a plurality of the client entities (121, 122, 123) and/or within the messaging system functionality is detected by the overload detection functionality, -- in a third step, subsequent to the second step, at least one message is blocked prior to entering the messaging system functionality by the additional message discard functionality or discarded within the messaging system functionality of the network function entity.
A recommender system for a unidirectional Broadcast Network, comprising at least a broadcasting station, a set-top-box, a TV set and an auxiliary server, an unidirectional channel connecting said broadcasting station to said set-top-box device of a first set of users, said set-top-box comprising a memory, a computation and driving unit for at least tracking the user activity, storing a user profile, generating and displaying on said TV set a ranking of recommended media items, said ranking being determined by said computation unit through a recommender model stored in said memory, and comprising a back-end module running on said auxiliary server connected to a bidirectional network (Internet) and belonging to an auxiliary domain (domain A), said back-end module leveraging external data sources to collect community based information, characterized in that the recommender system comprises a collaborative dual module comprising a first and a second module, said first module being said back-end module, leveraging external data sources to collect community based information on at least part of said media items and to develop a collaborative model, while said recommender model stored in said memory of the set-top-box being said second module in a shape of a front-end module, and in that the broadcasting station and said set-top-box device belong to a target domain (domain T), said auxiliary server is part of said bidirectional network, comprising at least two channels to gather feedback data from a second set of users on at least part of said media items, said collaborative model in said first back-end module is processed by said auxiliary server through collaborative techniques including said feedback data collected from said second set of users, said collaborative model is transformed in a compact representation by said server and unidirectionally broadcast to said set-top-box where said compact representation is to be used by said second front-end module, wherein preferences of users of said auxiliary domain are compactly stored in a n × m user rating matrix R, being a collection of all ratings implicitly or explicitly expressed by " n " users registered with an external provider about the " m " items available in a catalog of the auxiliary domain, wherein said user rating matrix R is factorized by means of a singular value decomposition model to decompose the user rating matrix R into a product of lower rank matrices to be approximated in a f-dimensional feature space by the product: U • S • Q * where "U" is a n × f orthonormal matrix, Q* is the transpose of "Q" which is a m × f orthonormal matrix, "S" is a f × f diagonal matrix containing the first "f" singular values, in order of decreasing magnitude, and, wherein Q is said compact representation of the collaborative model to be transferred from said auxiliary domain to said target domain.
A working machine comprising: an operating portion to be operated based on a plurality of priority items; and a display device to set the plurality of priority values corresponding to the plurality of priority items, characterized in that the display device includes: an area display portion to display a setting area for setting the plurality of priority values; a plurality of axis display portions extending through a reference point represented in the setting area and including scale portions indicating the plurality of priority values depending on a distance from the reference point; and a marker display portion to be indicated in a partial area included in the setting area, the partial area corresponding to at least two of the plurality of axis display portions, wherein the maker display portion represents the plurality of priority values. an operating portion to be operated based on a plurality of priority items; and a display device to set the plurality of priority values corresponding to the plurality of priority items, characterized in that the display device includes: an area display portion to display a setting area for setting the plurality of priority values; a plurality of axis display portions extending through a reference point represented in the setting area and including scale portions indicating the plurality of priority values depending on a distance from the reference point; and a marker display portion to be indicated in a partial area included in the setting area, the partial area corresponding to at least two of the plurality of axis display portions, an area display portion to display a setting area for setting the plurality of priority values; a plurality of axis display portions extending through a reference point represented in the setting area and including scale portions indicating the plurality of priority values depending on a distance from the reference point; and a marker display portion to be indicated in a partial area included in the setting area, the partial area corresponding to at least two of the plurality of axis display portions, wherein the maker display portion represents the plurality of priority values.
Casement (2, 2', 2") for a swing shutter (1, 1', 1"), which casement is intended to be installed in an opening formed in a wall and comprises at least one hinge element on which can be rotatably mounted a leaf (5, 5') which can be moved between an open position and a closed position, said casement (2, 2', 2") having an "L" section and consisting of a first frame which is intended to be clamped against a region of the wall bordering said opening and of a second frame, perpendicular to the first, which is intended to extend into said opening, said first and second frames (7, 8) having an outer surface (70, 80) and an inner surface (71, 81) and each comprising two parallel side uprights (72, 73, 82, 83) which are interconnected by an upper crossbeam (74, 84) and a lower crossbeam (75, 85), said casement (2, 2', 2") being characterized in that it comprises means for attaching means for automatically driving said leaf (5, 5') to one of the open or closed positions thereof.
A lifting beam assembly for lifting a load, the lifting beam assembly comprising: an elongated beam having a first end, a second end and a midpoint; a load balancing mechanism movably associated with the elongated beam and having a horizontal arm and a counterweight attachment element, from which a counterweight can be hung; a lifting ring connected to the elongated beam from which the lifting beam assembly can be hung; and a load attachment mechanism whereby the load is attachable to the lifting beam, wherein the load balancing mechanism further comprises a counterweight movement apparatus adapted to move the counterweight along the elongated beam in order to help balance the load, characterised in that the elongated beam has a series of micro-switches along a bottom surface thereof the micro-switches arranged whereby an end of the horizontal arm will contact one of the switches in the case of undue tilting of the lifting beam. an elongated beam having a first end, a second end and a midpoint; a load balancing mechanism movably associated with the elongated beam and having a horizontal arm and a counterweight attachment element, from which a counterweight can be hung; a lifting ring connected to the elongated beam from which the lifting beam assembly can be hung; and a load attachment mechanism whereby the load is attachable to the lifting beam, wherein the load balancing mechanism further comprises a counterweight movement apparatus adapted to move the counterweight along the elongated beam in order to help balance the load, characterised in that the elongated beam has a series of micro-switches along a bottom surface thereof the micro-switches arranged whereby an end of the horizontal arm will contact one of the switches in the case of undue tilting of the lifting beam.
Gas turbine engine, said turbine comprising a rotor driving a shaft and capable of rotating with respect to a stator, and equipped with a braking device, in the event of breakage of said shaft, comprising first and second braking members, the first braking member being secured to the stator and the second braking member being secured to the last turbine stage of the rotor, characterised in that said first braking member is provided with at least one abrasive element secured to a radial flange of an annular flange of a stator support formed by the exhaust casing, said radial flange being positioned downstream of the second braking member, and in that said second braking member comprises a ring-shaped element with a radial surface made of a material capable of being eroded by the abrasive element, said second braking member being secured to a flange (63'B1) downstream on a rim (63'B) located at the periphery of a turbine disk in such a way that the second braking member is secured to the rim (63'B), said radial surface facing the abrasive element, the rim (63'B) being provided with means for attaching blades extending in a radial direction in an annular channel passed through by the engine gas, the disc comprising a hub (63'A), said rim (63'B) at its periphery, and a radial velum (63'C) with a low thickness between the hub (63'A) and the rim (63'B), the two braking members coming into contact through axial displacement of the rotor after breakage of the shaft, the abrasive element of the first braking member eroding the ring-shaped element with a radial surface of the second braking member.
An introducing stylet assembly (10, 110, 210, 230) comprising: an endotracheal tube; an introducing stylet comprising an elongated rod, the elongated rod having a distal end and a proximal end; a bridge formed on the elongated rod and configured to engage an inside surface of the ETT into which the introducing stylet has been inserted, to prevent both longitudinal and lateral movement of the introducing stylet relative to the ETT; wherein an air flow path is defined adjacent the bridge between the inside surface of the ETT and the elongated rod, the air flow path thus ensuring that air flow is maintained through the ETT; an overhanging obturating feature extending circumferentially about a portion of the elongated rod and including a tapered leading surface, a flat trailing surface, and an arcuate edge formed between the leading surface and the trailing surface, the arcuate edge defining a plane extending transversely to a longitudinal axis of the elongated rod and further defining an ETT-engaging surface, wherein the obturating feature is configured to occlude a gap that would otherwise exist between a flat leading surface of a portion of a bevel of the ETT and the obturating feature, and wherein the flat trailing surface abuts a leading end of the ETT; and a Murphy eye plug formed on the elongated rod proximal of the overhanging obturating feature, and positioned within a Murphy eye of the ETT; wherein a portion of the distal end of the elongated rod extends longitudinally outwardly of the ETT and defines a leading end. an endotracheal tube; an introducing stylet comprising an elongated rod, the elongated rod having a distal end and a proximal end; a bridge formed on the elongated rod and configured to engage an inside surface of the ETT into which the introducing stylet has been inserted, to prevent both longitudinal and lateral movement of the introducing stylet relative to the ETT; wherein an air flow path is defined adjacent the bridge between the inside surface of the ETT and the elongated rod, the air flow path thus ensuring that air flow is maintained through the ETT; an overhanging obturating feature extending circumferentially about a portion of the elongated rod and including a tapered leading surface, a flat trailing surface, and an arcuate edge formed between the leading surface and the trailing surface, the arcuate edge defining a plane extending transversely to a longitudinal axis of the elongated rod and further defining an ETT-engaging surface, wherein the obturating feature is configured to occlude a gap that would otherwise exist between a flat leading surface of a portion of a bevel of the ETT and the obturating feature, and wherein the flat trailing surface abuts a leading end of the ETT; and a Murphy eye plug formed on the elongated rod proximal of the overhanging obturating feature, and positioned within a Murphy eye of the ETT; wherein a portion of the distal end of the elongated rod extends longitudinally outwardly of the ETT and defines a leading end.
An information processing device comprising: circuitry configured to: dispose a plurality of tracking points within a first region of a first image, the first region corresponding to an observation target; set a second region of a second image based on estimated positions of the plurality of tracking points in the second image, wherein the estimated positions are determined by comparing the first image and the second image, and the second image is captured at a different time point than the first image; and re-dispose the plurality of tracking points within the second region of the second image, characterised in that a frame interval between the first image and the second image is based on a speed of a change of shape of the observation target in the first image and the second image. dispose a plurality of tracking points within a first region of a first image, the first region corresponding to an observation target; set a second region of a second image based on estimated positions of the plurality of tracking points in the second image, wherein the estimated positions are determined by comparing the first image and the second image, and the second image is captured at a different time point than the first image; and re-dispose the plurality of tracking points within the second region of the second image, characterised in that a frame interval between the first image and the second image is based on a speed of a change of shape of the observation target in the first image and the second image.
A shower head having a flow path configured to guide water to a plurality of spout holes, the shower head comprising: a main valve body movably supported in the flow path, a back pressure chamber (21b- 23b, 121b - 123b, 221b - 223b, 421b - 423b) adjacent to the main valve body (21-23, 121-123, 221-223, 421-423) on an upstream side of the flow path, and an operation part to be operated by a user, characterized in that the back pressure chamber (21b-23b) is configured to contain water supplied from an upstream side of the flow path and to generate a biasing force in a valve-closing direction for closing the main valve body (21-23, 121-123, 221-223, 421-423) by the supplied water, and that the shower head further comprises: a pilot hole communicating a downstream side of the flow path with the back pressure chamber (21b- 23b, 121b - 123b, 221b - 223b, 421b - 423b), and a pilot valve configured to selectively control an opened/closed state of the pilot hole, wherein the operation part is configured to cause the pilot valve to switch the opened/closed state of the pilot hole when operated by the user. a main valve body movably supported in the flow path, a back pressure chamber (21b- 23b, 121b - 123b, 221b - 223b, 421b - 423b) adjacent to the main valve body (21-23, 121-123, 221-223, 421-423) on an upstream side of the flow path, and an operation part to be operated by a user, a pilot hole communicating a downstream side of the flow path with the back pressure chamber (21b- 23b, 121b - 123b, 221b - 223b, 421b - 423b), and a pilot valve configured to selectively control an opened/closed state of the pilot hole, wherein the operation part is configured to cause the pilot valve to switch the opened/closed state of the pilot hole when operated by the user.