mhurhangee/ep-ind-claims huggingface dataset:
A cutting system for an autonomous mower comprising: a housing having an outer circumference, wherein the outer circumference includes at least one vertical standoff; at least one rotating blade disk, provided within the housing and having a central portion, a top side, a bottom side, and a peripheral edge, wherein the blade disk bottom side comprises a plurality of concentric raised areas connected by curved portions extending vertically above the central portion, and wherein the peripheral edge extends vertically below the concentric raised areas; a first pair of cutting blades pivotably secured to the bottom side of the blade disk and extending away from the blade disk at an angle; and a second pair of cutting blades pivotably secured to the bottom side of the blade disk extending away from the blade disk at an angle. a housing having an outer circumference, wherein the outer circumference includes at least one vertical standoff; at least one rotating blade disk, provided within the housing and having a central portion, a top side, a bottom side, and a peripheral edge, wherein the blade disk bottom side comprises a plurality of concentric raised areas connected by curved portions extending vertically above the central portion, and wherein the peripheral edge extends vertically below the concentric raised areas; a first pair of cutting blades pivotably secured to the bottom side of the blade disk and extending away from the blade disk at an angle; and a second pair of cutting blades pivotably secured to the bottom side of the blade disk extending away from the blade disk at an angle.
A method for wireless communication at a first user equipment, UE (115-a), comprising: determining a priority associated with each of a plurality of second UEs in sidelink communications with the first UE (115-a); receiving a plurality of sidelink channel state information, CSI, reports from the plurality of second UEs; prioritizing each sidelink channel state information, CSI, report of the plurality of sidelink channel state information, CSI, reports based at least in part on the priority of a corresponding second UE from which the sidelink channel state information, CSI, report is received; and transmitting, at least two of the plurality of sidelink channel state information, CSI, reports to a network entity (105-a) based at least in part on the prioritizing. determining a priority associated with each of a plurality of second UEs in sidelink communications with the first UE (115-a); receiving a plurality of sidelink channel state information, CSI, reports from the plurality of second UEs; prioritizing each sidelink channel state information, CSI, report of the plurality of sidelink channel state information, CSI, reports based at least in part on the priority of a corresponding second UE from which the sidelink channel state information, CSI, report is received; and transmitting, at least two of the plurality of sidelink channel state information, CSI, reports to a network entity (105-a) based at least in part on the prioritizing.
A security appliance configured to protect a client device against computer security threats, wherein the client device is configured to connect wirelessly to an administration device, wherein connecting comprises the client device emitting availability notifications and the administration device initiating peer-to-peer connections with the client device by responding to the respective availability notifications, the security appliance being separate from the client device and the administration device, and further having a hardware processor configured to: monitor wireless communications between the client device and the administration device to determine a notification pattern specific to the client device; in response to detecting a first wireless communication comprising an availability notification, determine whether the first wireless communication fits the notification pattern; the security appliance being characterised in that the hardware processor is further configured to: in response, if the first wireless communication does not fit the notification pattern, transmit a second wireless communication configured to initiate a peer-to-peer connection with a sender of the first wireless communication, the second wireless communication further configured to include an identifier of the administration device; and in response to transmitting the second wireless communication, perform a security action to protect the client device or the administration device. monitor wireless communications between the client device and the administration device to determine a notification pattern specific to the client device; in response to detecting a first wireless communication comprising an availability notification, determine whether the first wireless communication fits the notification pattern; the security appliance being characterised in that the hardware processor is further configured to: in response, if the first wireless communication does not fit the notification pattern, transmit a second wireless communication configured to initiate a peer-to-peer connection with a sender of the first wireless communication, the second wireless communication further configured to include an identifier of the administration device; and in response to transmitting the second wireless communication, perform a security action to protect the client device or the administration device. in response, if the first wireless communication does not fit the notification pattern, transmit a second wireless communication configured to initiate a peer-to-peer connection with a sender of the first wireless communication, the second wireless communication further configured to include an identifier of the administration device; and in response to transmitting the second wireless communication, perform a security action to protect the client device or the administration device.
Household appliance having an internal communication partner within the household appliance and a communication module for transferring data between the internal communication partner and an external communication partner outside of the household appliance, wherein the communication module comprises an encryption module for encrypting output data from the internal communication partner to the external communication partner and for encrypting input data from the external communication partner to the internal communication partner, characterised in that the encryption module comprises a non-volatile memory for storing a key, wherein the key is formed by a key pair with a public key and a private key, wherein the private key is used to decrypt the input data which has been encrypted beforehand by the external communication partner with the aid of the public key, the non-volatile memory can be inserted into and removed from the encryption module and the communication module is embodied to send the public key to an external server for retrieval of the public key by the external communication partner.
A method for preparing wholly aromatic polyimide, non-soluble, non-melting composite powder, comprising: dissolving aromatic diamine in a phenolic polar organic solvent in which electrically conductive carbon black powder and multi-wall carbon nano-tube (MWCNT) powder are dispersed, adding aromatic tetracarboxylic dianhydride thereto, and polymerizing the resulting mixture, wherein the polymerization is carried out by completely dissolving aromatic diamine, stirring the mixture so that carbon black and MWCNT can be dispersed, adding tetracarboxylic dianhydride in a solid phase thereto while increasing the temperature of the mixture to 60∼80°C for 1∼2 hours, stirring the resulting mixture at a temperature of 60∼80°C for 1∼2 hours, increasing the temperature of the mixture to 160∼200°C, and keeping the mixture at that temperature for 1∼2 hours.
Slip joint apparatus, said slip joint apparatus including a first component having a first end and a second component having a second end, the second end of the second component arranged such that it can be brought into overlapping engagement with the first end of the first component in use, and an intermediate joining element for helping to join the first and second components together in use, and wherein movement limitation means are provided on or associated with, at or adjacent the first end of the first component for limiting movement of at least part of the intermediate joining element in at least one direction relative to said first component in use, characterised in that the intermediate joining element has a first skirt or platform provided at or adjacent a first end, and a second skirt or platform provided at or adjacent a second end, and an intermediate section provided between the first end, skirt or platform and the second end, skirt or platform, the intermediate section having larger dimensions and/or diameter compared to the second end, skirt or platform, and smaller dimensions and/or diameter compared to the first end, skirt or platform, and wherein the second end, skirt or platform of the intermediate joining element is engageable with or locatable in the movement limitation means provided on the first component in use.
A bending group for ef- a panelling machine tool for manufacturing profiled elements by bending a sheet of sheet metal, the bending group comprising: - a main frame, - a blocking press for blocking the sheet of sheet metal during the manufacturing steps, - a first bending member and a second bending member distinct from the first bending member, both suitable for carrying out at least a bending of at least a portion of the sheet of sheet metal, - at least one of the first bending member and second bending member being movable with respect to the other. - a first support frame movably connected to the main frame along an axial horizontal direction (X-X), the first bending member being movably connected to the first support frame along an axial vertical direction (Y-Y), characterized by comprising a second support frame movably connected to the main frame along an axial horizontal direction (X-X), the second bending member being movably connected to the second support frame along an axial vertical direction (Y-Y). - a main frame, - a blocking press for blocking the sheet of sheet metal during the manufacturing steps, - a first bending member and a second bending member distinct from the first bending member, both suitable for carrying out at least a bending of at least a portion of the sheet of sheet metal, - at least one of the first bending member and second bending member being movable with respect to the other. - a first support frame movably connected to the main frame along an axial horizontal direction (X-X), the first bending member being movably connected to the first support frame along an axial vertical direction (Y-Y), characterized by comprising a second support frame movably connected to the main frame along an axial horizontal direction (X-X), the second bending member being movably connected to the second support frame along an axial vertical direction (Y-Y).
A method for preparing a rubber composition for tire, the method comprising: producing cellulose whiskers, wherein the process of producing cellulose whiskers includes hydrolyzing cellulose with an acid or a base at 50° to 100°C for 5 hours to 10 hours; dispersing the cellulose whiskers in an organic solvent, and preparing a solution having cellulose whiskers dispersed therein; and adding the solution having cellulose whiskers dispersed therein, to raw material rubber. producing cellulose whiskers, wherein the process of producing cellulose whiskers includes hydrolyzing cellulose with an acid or a base at 50° to 100°C for 5 hours to 10 hours; dispersing the cellulose whiskers in an organic solvent, and preparing a solution having cellulose whiskers dispersed therein; and adding the solution having cellulose whiskers dispersed therein, to raw material rubber.
An automated Braille inserter for inserting one or more Braille elements into a surface including: a basin for holding a plurality of Braille elements; a drive pin having a central longitudinal axis and a tip and being adapted to drive one of the Braille elements into the surface; a shaft connected to said basin and within which said drive pin is moveable along its longitudinal axis; a Braille element receiving area provided in said drive pin and spaced from said tip, said receiving area being adapted to receive therein at least one Braille element; and a chamber spaced apart from said basin, wherein said receiving area is configured to permit only a single Braille element to be received therein and shaped to be complementary to the shape of the Braille elements to be inserted in the surface, said receiving area being moveable from a first position at which said receiving area is capable of receiving a Braille element from said basin to a second position where the Braille element is capable of being released into said chamber. a basin for holding a plurality of Braille elements; a drive pin having a central longitudinal axis and a tip and being adapted to drive one of the Braille elements into the surface; a shaft connected to said basin and within which said drive pin is moveable along its longitudinal axis; a Braille element receiving area provided in said drive pin and spaced from said tip, said receiving area being adapted to receive therein at least one Braille element; and a chamber spaced apart from said basin, wherein said receiving area is configured to permit only a single Braille element to be received therein and shaped to be complementary to the shape of the Braille elements to be inserted in the surface, said receiving area being moveable from a first position at which said receiving area is capable of receiving a Braille element from said basin to a second position where the Braille element is capable of being released into said chamber.
An axial blower comprising an essentially circular-cylindrical blower tube with an internal and an external diameter, and wherein, in the blower tube, a blower rotor is configured, which blower rotor has a rotor shaft that essentially coincides with the central axis in the circular-cylindrical blower tube, and wherein the blower rotor has an external diameter that is slightly smaller than the internal diameter of the blower tube and is configured such that, at a foremost end seen in the flow direction of the air that is, in operation, driven through the axial blower, the blower tube has a suction side and, at its opposite rearmost end, has a discharge side for air, and wherein, at the suction side of the blower tube, before the circular-cylindrical blower tube, a funnel is configured with an internal surface that converges towards the internal diameter of the blower tube, and where the funnel is, at the suction side of the axial blower, cut off completely or partially on at least one side of the axial blower to the effect that the outermost edge of the funnel, seen from the central axis of the blower tube, is smaller on that side than on other sides characterised in that, a material face (7,8) is provided, at least on one of the sites where the funnel is cut off, which face delimits the flow area of the axial blower transversally to the flow direction within the axial blower and which extends from the foremost end and rearwards on the inside of the funnel and a distance into the blower tube, said material face on the foremost part reducing the flow area and, on the last part, increases the flow area until the material face ends, whereby the flow area corresponds to the flow area in the blower tube.
An integrated repeater (100, 200, 300, 400) comprising: a repeater housing; a donor antenna within the repeater housing, the donor antenna being configured to transmit wireless signals to and receive wireless signals from a base station, the donor antenna emitting a transmission field having one or more null-field points; and, a server antenna within the repeater housing, paired with and physically separated from the donor antenna, the server antenna being configured to transmit wireless signals to and receive wireless signals from one or more wireless devices, the server antenna emitting a transmission field having one or more null-field points, the server antenna being disposed proximate to a location of at least one of the one or more null-field points of the transmission field emitted from the donor antenna for signal isolation between the server antenna and the donor antenna, wherein the donor antenna is disposed proximate to a location of at least one of the one or more null-field points of the transmission field emitted from the server antenna for signal isolation between the server antenna and the donor antenna. a repeater housing; a donor antenna within the repeater housing, the donor antenna being configured to transmit wireless signals to and receive wireless signals from a base station, the donor antenna emitting a transmission field having one or more null-field points; and, a server antenna within the repeater housing, paired with and physically separated from the donor antenna, the server antenna being configured to transmit wireless signals to and receive wireless signals from one or more wireless devices, the server antenna emitting a transmission field having one or more null-field points, the server antenna being disposed proximate to a location of at least one of the one or more null-field points of the transmission field emitted from the donor antenna for signal isolation between the server antenna and the donor antenna, wherein the donor antenna is disposed proximate to a location of at least one of the one or more null-field points of the transmission field emitted from the server antenna for signal isolation between the server antenna and the donor antenna.
An X-ray CT: adapted to capture a tomographic image of a subject based on X-rays that are projected from an X-ray tube towards a subject placed on a couch and that are transmitted through the subject, further comprising: a measurement unit adapted to measure the attributes of the subject placed on the couch; a part identification unit adapted to identity the part of the subject being imaged based on the measured attributes of the subject; a calculation unit adapted to calculate the radiation dose based on the identified part being imaged; a comparison unit adapted to make a determination by comparing the calculated radiation dose and radiation dose based on the imaging conditions that are input for examination; and a notification unit adapted to notify the results determined by the comparison unit. a measurement unit adapted to measure the attributes of the subject placed on the couch; a part identification unit adapted to identity the part of the subject being imaged based on the measured attributes of the subject; a calculation unit adapted to calculate the radiation dose based on the identified part being imaged; a comparison unit adapted to make a determination by comparing the calculated radiation dose and radiation dose based on the imaging conditions that are input for examination; and a notification unit adapted to notify the results determined by the comparison unit.
The method for liquid deposition of a layer onto a substrate, characterised in that the layer is formed in an acid medium from a silicic acid aqueous solution that is free of non-aqueous solvent, has a thickness of 10 nm to 100 μm, is transparent and of uniform thickness.
A counter weight for installing and removing a lower portion of an inner casing of a turbine section of a gas turbine, the counter weight comprising: a. a semi-annular main body having a first radially extending mating surface and a second radially extending mating surface on an circumferentially opposite side of the main body; and b. a radial gear rack extending radially outward from the main body, the radial gear rack comprising: i. a primary segment extending a first angular distance between the first radially extending mating surface and the second radially extending mating surface of the main body; and ii. a secondary segment extending a second angular distance from the second radially extending mating surface of the main body, the secondary segment having an at least partially linear inner surface and an outer arcuate surface. a. a semi-annular main body having a first radially extending mating surface and a second radially extending mating surface on an circumferentially opposite side of the main body; and b. a radial gear rack extending radially outward from the main body, the radial gear rack comprising: i. a primary segment extending a first angular distance between the first radially extending mating surface and the second radially extending mating surface of the main body; and ii. a secondary segment extending a second angular distance from the second radially extending mating surface of the main body, the secondary segment having an at least partially linear inner surface and an outer arcuate surface. i. a primary segment extending a first angular distance between the first radially extending mating surface and the second radially extending mating surface of the main body; and ii. a secondary segment extending a second angular distance from the second radially extending mating surface of the main body, the secondary segment having an at least partially linear inner surface and an outer arcuate surface.
A method for determining an actual position of rails of a track by means of an optical sensor device, positioned on a rail vehicle, for recording the position of the track and adjacent installations (10, 11), characterized in that, by means of the sensor device, a course of the track and a course of each of the adjacent installations (10, 11), in particular a catenary installation, are recorded for a track section as preliminary actual data, and that the preliminary actual data are transformed into corrected actual data in an evaluation device in that a recorded course of at least one of the adjacent installations (10, 11) is transformed into a course with a specified geometric shape.
Actuating device (10, 110) for testing torque wrenches, comprising a) a carrier (12, 112) for fixing a torque wrench to be tested, b) a measurement transducer arranged on the carrier (12, 112) which is coupled with the headpiece of the torque wrench to be tested, c) a grip holder arranged on the carrier (12, 112) to hold the grip of the torque wrench to be tested, d) a deflection mechanism (52, 70) to create a torque on the headpiece of the torque wrench to be tested, e) a sliding mechanism for low-friction sliding of the grip into the grip holder, wherein f) the sliding mechanism is formed as a support (46, 86) having a skid-like sliding body, which is guided on a guide surface as a sliding guide, characterized in that g) a horizontal sliding mechanism for low-friction horizontal sliding of the grip into the grip holder, and h) a vertical sliding mechanism for low-friction vertical sliding of the grip into the grip holder are provided. a) a carrier (12, 112) for fixing a torque wrench to be tested, b) a measurement transducer arranged on the carrier (12, 112) which is coupled with the headpiece of the torque wrench to be tested, c) a grip holder arranged on the carrier (12, 112) to hold the grip of the torque wrench to be tested, d) a deflection mechanism (52, 70) to create a torque on the headpiece of the torque wrench to be tested, e) a sliding mechanism for low-friction sliding of the grip into the grip holder, wherein f) the sliding mechanism is formed as a support (46, 86) having a skid-like sliding body, which is guided on a guide surface as a sliding guide, characterized in that g) a horizontal sliding mechanism for low-friction horizontal sliding of the grip into the grip holder, and h) a vertical sliding mechanism for low-friction vertical sliding of the grip into the grip holder are provided.