mhurhangee/ep-ind-claims huggingface dataset:
A sensor system for a construction machine, in particular a road finishing machine, comprising: a first laser scanner that can be arranged on the construction machine and is configured to search a specified angular range for objects and to determine corresponding distance values, which describe the distance to the one or several objects, together with corresponding intensity values, which describe an intensity of a reflection resulting at the one or several objects, across angles of the specified angular range, an evaluation unit configured to detect an object as a reference (54, 54s, 54k) together with an associated angle α starting from the distance values determined and the intensity values determined and a known pattern comprising distance values and intensity values across scanning angles, and configured to determine a distance to the reference (54, 54s, 54k) and the angle α with respect to the reference (54, 54s, 54k); wherein the evaluation unit is configured to detect different types of the objects as a reference (54, 54s, 54k) based on different known patterns; wherein the object to be detected as a reference is a rope and/or wherein the evaluation unit is configured to detect an edge, in particular a milling edge or curb edge, and/or wherein the evaluation unit is configured to detect a line in a lateral perspective on a wall or in a bird's eye view on a ground. a first laser scanner that can be arranged on the construction machine and is configured to search a specified angular range for objects and to determine corresponding distance values, which describe the distance to the one or several objects, together with corresponding intensity values, which describe an intensity of a reflection resulting at the one or several objects, across angles of the specified angular range, an evaluation unit configured to detect an object as a reference (54, 54s, 54k) together with an associated angle α starting from the distance values determined and the intensity values determined and a known pattern comprising distance values and intensity values across scanning angles, and configured to determine a distance to the reference (54, 54s, 54k) and the angle α with respect to the reference (54, 54s, 54k); wherein the evaluation unit is configured to detect different types of the objects as a reference (54, 54s, 54k) based on different known patterns; wherein the object to be detected as a reference is a rope and/or wherein the evaluation unit is configured to detect an edge, in particular a milling edge or curb edge, and/or wherein the evaluation unit is configured to detect a line in a lateral perspective on a wall or in a bird's eye view on a ground.
A polymer polyol in which polymer fine particles having an ethylenically unsaturated compound as a constituent unit are contained in a polyol, wherein the comprises the following polyol (a), and the volume average particle diameter of the, as measured using a method specified in paragraph of the present specification, is from 0.1 to 1.5 μm; polyol (a): a polyether polyol resulting from random and/or block addition of an alkylene oxide mainly composed of a 1,2-alkylene oxide to an active hydrogen-containing compound, wherein the average number x of moles of ethylene oxide added per active hydrogen atom is 20 or less, the primary hydroxidation ratio y of terminal hydroxyl groups, as determined by a 1 H-NMR method described in paragraphs and of the present specification, is 40% or more, and x and y (%) satisfy a relationship of the following formula when x is from 10 to 20 and a relationship of the following formula when x is less than 10; y ≥ 0.328 x + 90.44 y ≥ 42 x 0.47 1 − x / 41
A protection disconnector system comprising: a surge arrestor connectable to a power distribution or transmission grid; a disconnector device connected in series to the surge arrester between a phase of the power distribution or transmission grid and ground and being configured for disconnecting, upon activation of the disconnector device, the surge arrester in case of an overload condition of the surge arrestor; and a connection status monitoring device being operatively connected to the disconnector device for monitoring an electrical connection status of the disconnector device and comprising a determining section and a wireless communication section, whereby the determining section is configured to determine whether the disconnector device has been activated and to generate connection status indicator data, indicative of whether the disconnector device has been activated; the wireless communication section is adapted to connect to a wireless communication infrastructure using a wireless communication protocol, and to transmit the connection status indicator data over the wireless communication infrastructure; and the disconnector device is provided as a consumable fuse element, adapted to change from an unconsumed state to a consumed state in an operating state of the disconnector device and the fuse element is provided as an explosive fuse or as a fuse having a wire as conductor element, whereby the wire has a defined melting temperature that melts upon experiencing an overcurrent. a surge arrestor connectable to a power distribution or transmission grid; a disconnector device connected in series to the surge arrester between a phase of the power distribution or transmission grid and ground and being configured for disconnecting, upon activation of the disconnector device, the surge arrester in case of an overload condition of the surge arrestor; and a connection status monitoring device being operatively connected to the disconnector device for monitoring an electrical connection status of the disconnector device and comprising a determining section and a wireless communication section, whereby the determining section is configured to determine whether the disconnector device has been activated and to generate connection status indicator data, indicative of whether the disconnector device has been activated; the wireless communication section is adapted to connect to a wireless communication infrastructure using a wireless communication protocol, and to transmit the connection status indicator data over the wireless communication infrastructure; and the disconnector device is provided as a consumable fuse element, adapted to change from an unconsumed state to a consumed state in an operating state of the disconnector device and the fuse element is provided as an explosive fuse or as a fuse having a wire as conductor element, whereby the wire has a defined melting temperature that melts upon experiencing an overcurrent.
A method of deblocking of reconstructed video in a video coding system, wherein said deblocking is applied to block boundaries of the reconstructed video, and each block corresponds to a prediction unit or a transform unit, the method comprising: receiving pixel data associated with a block boundary between two blocks; determining boundary strength for the block boundary based on information associated with the reconstructed video; and applying said deblocking to the pixel data associated with the block boundary according to the boundary strength; characterized in that said determining the boundary strength for the block boundary comprises determining whether any of the two blocks is Intra coded, and wherein the boundary strength is assigned a first value BS=2 if any of the two blocks is Intra coded, and additional decision processing is performed to determine the boundary strength otherwise, wherein said additional decision processing comprises first testing and second testing; wherein the boundary strength is assigned a second value BS=1 if a result associated with the first testing or the second testing is affirmative, and the boundary strength is assigned a third value BS=0 otherwise; wherein the first testing determines whether the block boundary is a TU boundary and whether any of the two blocks contains coefficients; and the second testing determines whether the two blocks have different reference pictures or different motion vectors. receiving pixel data associated with a block boundary between two blocks; determining boundary strength for the block boundary based on information associated with the reconstructed video; and applying said deblocking to the pixel data associated with the block boundary according to the boundary strength;
A heat exchanger including a fan for drawing air through a center of the heat exchanger, comprising: a plurality of parallel fins; and at least one tube passing through the parallel fins, the tube including a plurality of elongated sections of tube connected by a hairpin section, the tube carrying a fluid that exchanges heat with the air passing through the heat exchanger, wherein the parallel fins each include a plurality of air deflecting members formed therein between adjacent hairpin sections of tube and between adjacent elongated sections of tube, wherein the air deflecting members are overlapped by hairpin sections of tube, and wherein the air deflecting members of a respective fin are staggered relative to the air deflecting members of an adjacent parallel fin, characterized in that each air deflecting member is bent substantially orthogonally relative to a planar surface (68, 70) of each fin in a direction toward the center of the heat exchanger. a plurality of parallel fins; and at least one tube passing through the parallel fins, the tube including a plurality of elongated sections of tube connected by a hairpin section, the tube carrying a fluid that exchanges heat with the air passing through the heat exchanger, wherein the parallel fins each include a plurality of air deflecting members formed therein between adjacent hairpin sections of tube and between adjacent elongated sections of tube, wherein the air deflecting members are overlapped by hairpin sections of tube, and wherein the air deflecting members of a respective fin are staggered relative to the air deflecting members of an adjacent parallel fin, characterized in that each air deflecting member is bent substantially orthogonally relative to a planar surface (68, 70) of each fin in a direction toward the center of the heat exchanger.
An apparatus, comprising: a core network node (221, 500) configured to be operatively coupled to a plurality of wired network nodes and a plurality of wireless network nodes, the core network node (221, 500) configured to receive a first tunneled packet associated with a wired session from one of the wired network nodes, the core network node (221, 500) configured to receive a second tunneled packet associated with a wireless session from one of the wireless network nodes through an intervening (241, 231) at least one of the wired network nodes, the intervening at least one of the wired network nodes (241, 231) operatively connecting the core network node (221, 500) to the wireless network node associated with the wireless session; and a control module operatively coupled to the core network node (221, 500), the control module configured to manage the wired session and configured to manage the wireless session, the control module configured to apply a common user policy to the wired session and the wireless session, wherein the common user policy is enforced at the core network node (221, 500) and the one of the wired/wireless network nodes (243, 251), and wherein the common user policy is not enforced at the intervening (241, 231) at least one of the wired network nodes. a core network node (221, 500) configured to be operatively coupled to a plurality of wired network nodes and a plurality of wireless network nodes, the core network node (221, 500) configured to receive a first tunneled packet associated with a wired session from one of the wired network nodes, the core network node (221, 500) configured to receive a second tunneled packet associated with a wireless session from one of the wireless network nodes through an intervening (241, 231) at least one of the wired network nodes, the intervening at least one of the wired network nodes (241, 231) operatively connecting the core network node (221, 500) to the wireless network node associated with the wireless session; and a control module operatively coupled to the core network node (221, 500), the control module configured to manage the wired session and configured to manage the wireless session, the control module configured to apply a common user policy to the wired session and the wireless session, wherein the common user policy is enforced at the core network node (221, 500) and the one of the wired/wireless network nodes (243, 251), and wherein the common user policy is not enforced at the intervening (241, 231) at least one of the wired network nodes.
A method to determine a position of a probe in a surgical site with a plurality of reference structures, comprising: receiving a pre-operative three-dimensional image of the surgical site generated before the probe enters the surgical site, the three-dimensional image comprising said plurality of reference structures, wherein the three-dimensional image is associated with a first coordinate system; receiving a first two-dimensional image generated by the probe from a position within the surgical site, the first two-dimensional image comprising said plurality of reference structures, wherein the first two-dimensional image is associated with a second coordinate system; acquiring registration to the plurality of reference structures based on the first two-dimensional image and the three-dimensional image to obtain a permissible set of probe pose parameters defining the pose of the probe in the first coordinate system; extracting a second two-dimensional image from the three-dimensional image based on the permissible set of probe pose parameters; and characterized in that the method further comprises: computing a correlation between the first two-dimensional image and the extracted second two-dimensional image, wherein a high correlation between said first two-dimensional image and the extracted second two-dimensional image signals that said set of probe pose parameters for the probe results in an accurate mapping between the two coordinate systems. receiving a pre-operative three-dimensional image of the surgical site generated before the probe enters the surgical site, the three-dimensional image comprising said plurality of reference structures, wherein the three-dimensional image is associated with a first coordinate system; receiving a first two-dimensional image generated by the probe from a position within the surgical site, the first two-dimensional image comprising said plurality of reference structures, wherein the first two-dimensional image is associated with a second coordinate system; acquiring registration to the plurality of reference structures based on the first two-dimensional image and the three-dimensional image to obtain a permissible set of probe pose parameters defining the pose of the probe in the first coordinate system; extracting a second two-dimensional image from the three-dimensional image based on the permissible set of probe pose parameters; and characterized in that the method further comprises: computing a correlation between the first two-dimensional image and the extracted second two-dimensional image, wherein a high correlation between said first two-dimensional image and the extracted second two-dimensional image signals that said set of probe pose parameters for the probe results in an accurate mapping between the two coordinate systems.
Sanding plate for a sander having an oscillating drive shaft, comprising: a receiving element for fastening the sanding plate to a drive shaft of the electric power tool, the receiving element being realized to connect the sanding plate to the drive shaft in a rotationally fixed manner, a support element, the support element being connected to the receiving element, a carrier element, of at least one yielding material, being the carrier element at least partially supported by a support element that is connected to the receiving element, the ratio of the radii of a circumcircle to circumscribe the carrier element to at least one circumcircle to circumscribe the support element being in the range of from 1.3 to 2, in particular in a range of from 1.4 to 1.5, characterized in that the carrier element has a material hardness in the range of from 40 to 50 Shore 0, in particular a material hardness in the range of from 43 to 47 Shore 0.
A floatable LNG and/or LPG loading platform for collecting, processing and storing supplied natural gas and for loading of liquefied natural gas in form of LNG and/or LPG on tankers, comprising: an elongated hull having anchoring means on one of its ends, which anchoring means are adapted such that the hull can be anchored in a way free to rotate relative to an anchoring point on the seabed, mooring means for mooring a tanker side by side on the hull, a liquid gas transfer system including a plurality of pipelines which open out into pipeline couplers which are adapted to be connected to standard loading/unloading manifolds on tankers, characterized in that the liquid gas transfer system is mounted on the loading platform to be displaceable in longitudinal direction of the hull, such that the location of the pipeline couplers of the liquid gas transfer system can be adapted to a desired mooring position of a tanker in the longitudinal direction of the hull of the loading platform. an elongated hull having anchoring means on one of its ends, which anchoring means are adapted such that the hull can be anchored in a way free to rotate relative to an anchoring point on the seabed, mooring means for mooring a tanker side by side on the hull, a liquid gas transfer system including a plurality of pipelines which open out into pipeline couplers which are adapted to be connected to standard loading/unloading manifolds on tankers, characterized in that the liquid gas transfer system is mounted on the loading platform to be displaceable in longitudinal direction of the hull, such that the location of the pipeline couplers of the liquid gas transfer system can be adapted to a desired mooring position of a tanker in the longitudinal direction of the hull of the loading platform.
A method for surveillance of a predetermined volume, comprising the following steps: - a) preparing at least one video camera designed to acquire images of a predetermined volume which is under surveillance; - b) defining in said images at least a first predetermined authorised region having a first level of authorisation and at least a second predetermined unauthorised region, - c) analysing said images to identify a moving object and to identify at least one position associated with the moving object; - d) comparing the position of the moving object identified with the positions of said authorised region and/or unauthorised region to identify if said moving object is inside or outside one or more of said regions (R1, R2); - e) making available an alarm indication depending on the results of said comparison; the method being characterized in that it further comprises a phase of selectively activating an alarm signal according to the trajectory followed by the moving object detected in the volume monitored relative to the above-mentioned authorised and unauthorised areas (R1, R2) which comprises the following phases: - inhibiting an alarm signal if a detected moving object passes from the authorised region to the unauthorised region; - providing an alarm signal if a detected moving object enters directly in the unauthorised region. - a) preparing at least one video camera designed to acquire images of a predetermined volume which is under surveillance; - b) defining in said images at least a first predetermined authorised region having a first level of authorisation and at least a second predetermined unauthorised region, - c) analysing said images to identify a moving object and to identify at least one position associated with the moving object; - d) comparing the position of the moving object identified with the positions of said authorised region and/or unauthorised region to identify if said moving object is inside or outside one or more of said regions (R1, R2); - e) making available an alarm indication depending on the results of said comparison; - inhibiting an alarm signal if a detected moving object passes from the authorised region to the unauthorised region; - providing an alarm signal if a detected moving object enters directly in the unauthorised region.
An inhaler comprising a casing, a cap, an actuating member, a blister strip drive wheel, and a strip having a plurality of blisters each containing a dose of medicament for inhalation by a user, wherein the actuating member has a drive gear element, wherein the blister strip drive wheel is connected to a drive gear via a drive coupling member, wherein the cap and the actuating member are combined into a single component and wherein the drive gear and the drive gear element cooperate with each other to effect rotation of the blister strip drive wheel in response to rotation of the cap, characterised in that said casing defines a chamber to receive said strip, and said blister strip drive wheel is rotatably mounted in the chamber to sequentially move each blister into a blister opening position, said drive gear and drive gear element being disposed on the outside of the casing remote from the chamber.
A compound having the following Structural Formula: or a pharmaceutically acceptable salt thereof, wherein: R 4 is -(C 1 -C 6 alkyl); and R 4' is -(C 2 -C 6 alkyl). R 4 is -(C 1 -C 6 alkyl); and R 4' is -(C 2 -C 6 alkyl).
Method for transferring a print to a substrate (6, 23), in which a composite body consisting of an apolar plastic film is coated on one side and over its entire area with a protective varnish onto a print is applied afterwards, after which the composite body is transferred to a substrate (6, 23) coated with an adhesive by means of a pressure die and without additional heat treatment, and the plastic film is peeled off from the protective varnish, wherein the composite body is free of coating on the side facing away from the protective coating, in particular silicone-free, so that the composite body is wound into a transportable role after the printing and before application to the substrate so that a later unwinding occurs without residue.
A loop, comprising at least one suture, characterized in that, the loop further comprises a fixing plate, wherein the fixing plate is provided with at least two threading holes, the suture is wounded to form a first coil and a second coil, and the first coil and the second coil are provided on a first side of the fixing plate; two ends of the first coil are respectively a first end and a second end, and two ends of the second coil are respectively a third end and a fourth end; the first end and the third end pass through the different threading holes and are connected on a second side of the fixing plate to form a first fixing portion, the second end forms at least one second fixing portion on the second side of the fixing plate by passing through the plurality of threading holes, and the second end, after forming the second fixing portion, is wound around part of the first coil and part of the second coil at the first side of the fixing plate to form an adjusting portion.