mhurhangee/ep-ind-claims huggingface dataset:
An edge protector for mounting to a lip of a ground engaging tool and shielding an edge of the lip, the edge protector comprising: a tip configured to extend forward from the edge of the lip of the ground engaging tool; a first mounting leg extending rearward from the tip; and a second mounting leg extending rearward from the tip and spaced from the first mounting leg by a recess configured to receive the lip of the ground engaging tool between the first mounting leg and the second mounting leg, wherein the first mounting leg includes a pair of lock cavities laterally spaced from one another, each lock cavity being configured to house a lock in such a manner that the lock is sandwiched between the first mounting leg and the lip of the ground engaging tool, and a pair of first slots, each first slot extending from an associated one of the pair of lock cavities rearward along an inner surface of the first mounting leg, and wherein the second mounting leg includes a pair of second slots disposed on an inner surface of the second mounting leg and extending substantially parallel to the pair of first slots. a tip configured to extend forward from the edge of the lip of the ground engaging tool; a first mounting leg extending rearward from the tip; and a second mounting leg extending rearward from the tip and spaced from the first mounting leg by a recess configured to receive the lip of the ground engaging tool between the first mounting leg and the second mounting leg, wherein the first mounting leg includes a pair of lock cavities laterally spaced from one another, each lock cavity being configured to house a lock in such a manner that the lock is sandwiched between the first mounting leg and the lip of the ground engaging tool, and a pair of first slots, each first slot extending from an associated one of the pair of lock cavities rearward along an inner surface of the first mounting leg, and wherein the second mounting leg includes a pair of second slots disposed on an inner surface of the second mounting leg and extending substantially parallel to the pair of first slots.
An apparatus for preventing and extinguishing fires in silos containing flammable materials, the apparatus comprising: a storage vessel for storing liquid carbon dioxide, the storage vessel having a liquid outlet; a first flow path extending from the liquid outlet to a first inlet into the headspace of a silo; and a second flow path extending from the liquid outlet to a second inlet into the headspace of the silo; wherein the second flow path is arranged to supply substantially liquid carbon dioxide to the second inlet, characterized in that the first flow path is arranged to supply substantially gaseous carbon dioxide to the headspace of the silo via a first inlet, and in that the second inlet is arranged so that, in use, the liquid carbon dioxide expands to carbon dioxide vapour and carbon dioxide snow substantially on entry into the headspace of the silo. a storage vessel for storing liquid carbon dioxide, the storage vessel having a liquid outlet; a first flow path extending from the liquid outlet to a first inlet into the headspace of a silo; and a second flow path extending from the liquid outlet to a second inlet into the headspace of the silo; wherein the second flow path is arranged to supply substantially liquid carbon dioxide to the second inlet, characterized in that the first flow path is arranged to supply substantially gaseous carbon dioxide to the headspace of the silo via a first inlet, and in that the second inlet is arranged so that, in use, the liquid carbon dioxide expands to carbon dioxide vapour and carbon dioxide snow substantially on entry into the headspace of the silo.
Articulated tracked vehicle comprising a front and a rear vehicle unit (11, 12) connected by means of a rigid load-carrying frame, each vehicle unit (11, 12) comprising a track assembly pair with ground engaging endless tracks, wherein said load-carrying frame is pivotally attached to the front vehicle unit about a substantially vertical front steering link and pivotally attached to the rear vehicle unit about a substantially vertical rear steering link, further comprising control means arranged to steer the front vehicle unit relative to the load-carrying frame about the front vertical steering link, wherein said control means is further arranged to steer the rear vehicle unit relative to the load-carrying frame about the rear vertical steering link, wherein said control means is arranged such that the front and rear vehicle units are individually steerable relative to the load-carrying frame about their respective vertical steering links (52, 72).
A method of operating a screen in at least two operating modes, B1 for a free viewing mode and B2 for a restricted viewing mode, said method comprising the steps of - arranging, directly in front of a screen in the viewing direction of an observer, a switchable optical element that ensures switching between the at least two operating modes B1 and B2, - Displaying an image content on the screen, - wherein the optical element comprises a plurality of lamellae, and - wherein at least every twentieth lamella includes controllable layers which can be switched between a transparent and a bright, self-luminous state, whereby the optical effect of the lamellae is changeable between transparent and brightly self-luminous. - arranging, directly in front of a screen in the viewing direction of an observer, a switchable optical element that ensures switching between the at least two operating modes B1 and B2, - Displaying an image content on the screen, - wherein the optical element comprises a plurality of lamellae, and - wherein at least every twentieth lamella includes controllable layers which can be switched between a transparent and a bright, self-luminous state, whereby the optical effect of the lamellae is changeable between transparent and brightly self-luminous.
A load distribution plate assembly configured for use in a fuel cell stack assembly having a fuel cell stack the plate assembly comprising: a load distribution plate adapted to be located intermediate to the fuel cell stack and a spring strap so that a first compressive force can be applied by the spring strap to the fuel cell stack via the load distribution plate, the load distribution plate is provided with a contact surface to which a spring portion of the spring strap may conform generating the first force, the plate being configured to distribute the first compressive force over the fuel cell stack in a manner effective to normalize the first compressive force on a joining material coupling a plurality of fuel cells within said fuel cell stack, characterized in that the load distribution plate defines a cavity adapted to receive oxidant provided by an oxidant supply blower, also supplying oxidant to the fuel cell stack, the cavity pressure being dependent upon the oxidant pressure, the assembly further comprising a diaphragm adapted to be disposed intermediate to the cavity and the fuel cell stack so that a second compressive force dependent upon the cavity pressure can be applied to the fuel cell stack via the diaphragm. a load distribution plate adapted to be located intermediate to the fuel cell stack and a spring strap so that a first compressive force can be applied by the spring strap to the fuel cell stack via the load distribution plate, the load distribution plate is provided with a contact surface to which a spring portion of the spring strap may conform generating the first force, the plate being configured to distribute the first compressive force over the fuel cell stack in a manner effective to normalize the first compressive force on a joining material coupling a plurality of fuel cells within said fuel cell stack,
A semiconductor structure, comprising: a substrate, on which a stacked structure is provided, wherein the stacked structure comprises a plurality of memory cell groups arranged in a first direction, each of the memory cell groups comprising multiple layers of memory cells arranged in a second direction, and the stacked structure further comprises a plurality of horizontal signal lines arranged in the second direction, each of the horizontal signal lines being in contact with one layer of the memory cells, wherein each memory cell comprises a transistor and a capacitor; and a plurality of leading wire posts arranged in the first direction, wherein the plurality of leading wire posts and the plurality of horizontal signal lines are arranged along a third direction, and the leading wire posts are connected to the horizontal signal lines, characterized in that the plurality of leading wire posts and the plurality of memory cell groups are located on two opposite sides of the plurality of horizontal signal lines respectively; wherein the plurality of leading wire posts and the plurality of memory cell groups are directly opposite in the third direction; or the plurality of leading wire posts and the plurality of memory cell groups are arranged alternatively in the first direction. a substrate, on which a stacked structure is provided, wherein the stacked structure comprises a plurality of memory cell groups arranged in a first direction, each of the memory cell groups comprising multiple layers of memory cells arranged in a second direction, and the stacked structure further comprises a plurality of horizontal signal lines arranged in the second direction, each of the horizontal signal lines being in contact with one layer of the memory cells, wherein each memory cell comprises a transistor and a capacitor; and a plurality of leading wire posts arranged in the first direction, wherein the plurality of leading wire posts and the plurality of horizontal signal lines are arranged along a third direction, and the leading wire posts are connected to the horizontal signal lines, characterized in that the plurality of leading wire posts and the plurality of memory cell groups are located on two opposite sides of the plurality of horizontal signal lines respectively; wherein the plurality of leading wire posts and the plurality of memory cell groups are directly opposite in the third direction; or the plurality of leading wire posts and the plurality of memory cell groups are arranged alternatively in the first direction.
A prepreg containing a fibrous material and a shape memory polymer composition for fiber reinforced plastic, the shape memory polymer composition containing a bifunctional isocyanate and/or a trifunctional isocyanate and a polyol containing at least 50 wt. % of polypropylene glycol and having a weight-average molecular weight of from 100 to 550 at a molar ratio, as a functional group, of isocyanate: polyol = 0.9 to 1.1: 1.0;, characterized in that the shape memory polymer composition does not contain any chain extender, in that said isocyanate is a liquid isocyanate selected from the group consisting of 2,4-tolylene diisocyanate, 4,4-diphenylmethane diisocyanate, carbodiimide-modified 4,4-diphenylmethane diisocyanate and hexamethylene diisocyanate, and in that said prepreg is obtained by semi-curing being effected by keeping the matrix resin during curing at a temperature lower by at least 10°C than its curing temperature.
An excavation machine comprising: an excavation device provided with an excavation work tool; a detection device that detects a state of an object to be excavated by the excavation device; a storage device that stores a plurality of pieces of excavation information; characterized in that in the plurality of pieces of excavation information a state (IMt) before excavation of a first portion (RMt) of the object to be excavated that is a portion to be excavated by a learning excavation device, and a first operation (ICt) of when the learning excavation device excavates the first portion (RMt) are associated with each other; wherein the excavation machine further comprises a processing device including an estimation unit that obtains a state (IMp) of a second portion (RMp) of the object to be excavated that is a portion intended to be excavated by the excavation device, the state (IMp) having been detected by the detection device, an operation determining unit that selects the state (IMt) of the first portion (RMt) corresponding to the state (IMp) of the second portion (RMp) obtained by the estimation unit, from among the states (IMt) of the first portions (RMt) of the plurality of pieces of excavation information, and determines the first operation (ICt) corresponding to the selected state (IMpt), as a second operation (ICp) of when the excavation device excavates the second portion (RMp), and an excavation control unit that operates the excavation device using the second operation (ICp) determined by the operation determining unit. an excavation device provided with an excavation work tool; a detection device that detects a state of an object to be excavated by the excavation device; a storage device that stores a plurality of pieces of excavation information; characterized in that in the plurality of pieces of excavation information a state (IMt) before excavation of a first portion (RMt) of the object to be excavated that is a portion to be excavated by a learning excavation device, and a first operation (ICt) of when the learning excavation device excavates the first portion (RMt) are associated with each other; wherein the excavation machine further comprises a processing device including an estimation unit that obtains a state (IMp) of a second portion (RMp) of the object to be excavated that is a portion intended to be excavated by the excavation device, the state (IMp) having been detected by the detection device, an operation determining unit that selects the state (IMt) of the first portion (RMt) corresponding to the state (IMp) of the second portion (RMp) obtained by the estimation unit, from among the states (IMt) of the first portions (RMt) of the plurality of pieces of excavation information, and determines the first operation (ICt) corresponding to the selected state (IMpt), as a second operation (ICp) of when the excavation device excavates the second portion (RMp), and an excavation control unit that operates the excavation device using the second operation (ICp) determined by the operation determining unit.
A method, comprising: receiving one or more accelerometer signals derived from an accelerometer; receiving a microphone signal from a microphone proximate to the accelerometer; determining one or more parameters of wind at the accelerometer based on the one or more accelerometer signals; and reducing wind noise in the microphone signal based on the determined one or more parameters of wind at the accelerometer. receiving one or more accelerometer signals derived from an accelerometer; receiving a microphone signal from a microphone proximate to the accelerometer; determining one or more parameters of wind at the accelerometer based on the one or more accelerometer signals; and reducing wind noise in the microphone signal based on the determined one or more parameters of wind at the accelerometer.
Hearing aid wearable in the ear, with a housing which comprises at least one receptacle (3A, 3B) for pivotable attachment, and a housing opening for the swivelling in and out of a battery-charging device, characterized by a stabilization element which is attached to the housing and at least partially surrounds the housing opening for stabilizing the housing in the region of the housing opening such that, when the hearing aid is pulled out of the auditory canal, distortion of the housing in the region of the at least one receptacle (3A, 3B) of the battery-charging device is prevented, which distortion could otherwise lead to the unintentional detachment of the battery-charging device from the housing.
A variable fluid flow hydraulic pump comprising at least one displacement body having a fixed volume displacement chamber, a piston reciprocating within said displacement body, further comprising a low pressure valve connecting said displacement chamber with the low pressure side, wherein said low pressure valve is provided with adjustable means providing an opening force thereon and further providing a closing force, which periodically increases during the pumping stroke and decreases during the suction stroke of said piston reciprocating within the displacement body and further comprises means to supply fluid from the low pressure side to said fixed volume chamber of the displacement body while the pressure in the displacement chamber is less than that of the low pressure side, characterized in that said periodical increases and decreases of the closing force are relayed by a biasing means that elastically couples said piston to a closure device of said low pressure valve.
Switching arrangement comprising at least: - one support element; - one touch-sensitive operating element; - one mechanical switching element which is disposed between the operating element and the support element and which is able to generate a restoring force; and - one switching kinematics unit by way of which the operating element and the support element are repositionable relative to one another in a linear movement, wherein the switching kinematics unit comprises a lever (26.1) which from the tilting point thereof extends in one direction and another direction, and the tilting point of the lever (26.1) is fastened to the support element, and the lever (26.1) in the one direction is connected to the operating element in an articulated manner, the lever (26.1) in the other direction has an end portion which is provided with a toothed profile, and the switching kinematics unit comprises a further lever (26.2) which is configured so as to be complementary to the lever (26.1) and is disposed and mounted so as to be kinematically mirror-inverted to the lever (26.1), and the toothed profile of said lever engages with the toothed profile of the lever (26.1), characterized in that the mechanical switching element along the other direction is disposed between the lever (26.1) and the operating element, wherein the switching element is not disposed in the region of an end portion of the lever (26.1). - one support element; - one touch-sensitive operating element; - one mechanical switching element which is disposed between the operating element and the support element and which is able to generate a restoring force; and - one switching kinematics unit by way of which the operating element and the support element are repositionable relative to one another in a linear movement, wherein the switching kinematics unit comprises a lever (26.1) which from the tilting point thereof extends in one direction and another direction, and the tilting point of the lever (26.1) is fastened to the support element, and the lever (26.1) in the one direction is connected to the operating element in an articulated manner, the lever (26.1) in the other direction has an end portion which is provided with a toothed profile, and the switching kinematics unit comprises a further lever (26.2) which is configured so as to be complementary to the lever (26.1) and is disposed and mounted so as to be kinematically mirror-inverted to the lever (26.1), and the toothed profile of said lever engages with the toothed profile of the lever (26.1), characterized in that the mechanical switching element along the other direction is disposed between the lever (26.1) and the operating element, wherein the switching element is not disposed in the region of an end portion of the lever (26.1).
A lithium silicate glass ceramic intended for a dental molded body, containing at least lithium disilicate and lithium aluminum silicate as crystal phases, characterized in that the lithium silicate glass ceramic in its starting composition contains the following in percentage by weight SiO 2 54.0 to 62.0 P 2 O 5 5.0 to 6.0 Al 2 O 3 1.5 to 3.5 Li 2 O 13.0 to 16.0 K 2 O 0.6 to 1.8 ZrO 2 8.0 to 11.5 B 2 O 3 0 to 6.0 Na 2 O 0 to 1.9 color pigments 0 - 8.0 and the lithium silicate glass ceramic contains as the crystal phase lithium aluminum silicate with a percentage by volume of more than 0 to 10.
A balance comprising: a weight sensor; a built-in weight to be loaded on the weight sensor; an adding and removing unit for the built-in weight; an arithmetic processing unit configured to drive the adding and removing unit; and a first radio communication device connected to the arithmetic processing unit, wherein the arithmetic processing unit includes a radio wave environment check section configured to check a radio wave environment, characterized in that the arithmetic processing unit further includes a calibration execution section configured to add or remove the built-in weight and issue a command to the first radio communication device to transfer calibration data when the radio wave environment check section determines that the radio wave is good. a weight sensor; a built-in weight to be loaded on the weight sensor; an adding and removing unit for the built-in weight; an arithmetic processing unit configured to drive the adding and removing unit; and a first radio communication device connected to the arithmetic processing unit, wherein the arithmetic processing unit includes a radio wave environment check section configured to check a radio wave environment, characterized in that the arithmetic processing unit further includes a calibration execution section configured to add or remove the built-in weight and issue a command to the first radio communication device to transfer calibration data when the radio wave environment check section determines that the radio wave is good.
A sighting or spotting scope comprising, in a single mechanical structure: - a camera, - a video microdisplay displaying the camera's image, - a luminous dot or symbol, - an optical combining device - an eyepiece associated with said microdisplay, said eyepiece comprising, in this order, at least one group of lenses and an optical combiner arranged so as to superpose the image of the video microdisplay through the eyepiece on the outside landscape, said luminous dot or symbol and said optical combining device being disposed in front of the video microdisplay and arranged so that an image of the luminous dot or symbol from the eyepiece is, by reflection or transmission by said optical combining device, merged with the image from the video microdisplay. - a camera, - a video microdisplay displaying the camera's image, - a luminous dot or symbol, - an optical combining device - an eyepiece associated with said microdisplay, said eyepiece comprising, in this order, at least one group of lenses and an optical combiner arranged so as to superpose the image of the video microdisplay through the eyepiece on the outside landscape, said luminous dot or symbol and said optical combining device being disposed in front of the video microdisplay and arranged so that an image of the luminous dot or symbol from the eyepiece is, by reflection or transmission by said optical combining device, merged with the image from the video microdisplay.