mhurhangee/ep-ind-claims huggingface dataset:
Method for joining connecting portions (2, 3, 10, 12) of at least two components (4, 5, 11, 13), in particular vehicle components, wherein the connecting portions (2, 3, 10, 12) are joined to one another exclusively using a fibrous thermoset moulding compound, characterized by the steps of: - introducing into a compression mould the connecting portions (2, 3, 10, 12) to be joined to one another; - introducing into the compression mould, in the region of the join between the connecting portions (2, 3, 10, 12) that is to be established, a fibrous thermoset moulding compound before and/or after the connecting portions (2, 3, 10, 12) to be joined to one another have been introduced into the compression mould; - closing the compression mould after the connecting portions to be joined to one another and the fibrous thermoset moulding compound have been introduced into the compression mould; and - curing the fibrous thermoset moulding compound, wherein at least one cavity is formed at at least one connecting portion (2, 3, 10, 12) before the connecting portions (2, 3, 10, 12) are joined, characterized in that, at the cavity, there is formed at least one undercut which extends transversely to the cavity. - introducing into a compression mould the connecting portions (2, 3, 10, 12) to be joined to one another; - introducing into the compression mould, in the region of the join between the connecting portions (2, 3, 10, 12) that is to be established, a fibrous thermoset moulding compound before and/or after the connecting portions (2, 3, 10, 12) to be joined to one another have been introduced into the compression mould; - closing the compression mould after the connecting portions to be joined to one another and the fibrous thermoset moulding compound have been introduced into the compression mould; and - curing the fibrous thermoset moulding compound, wherein at least one cavity is formed at at least one connecting portion (2, 3, 10, 12) before the connecting portions (2, 3, 10, 12) are joined, characterized in that, at the cavity, there is formed at least one undercut which extends transversely to the cavity.
A method for modeling a workload, the method comprising: at a network equipment test device characterized by: providing for user configuration of a file system associated with a device under test, DUT, wherein providing for user configuration of the file system includes providing a first user-configurable setting for indicating an operating system associated with the file system and a second user-configurable setting for indicating a particular distribution of files in the file system based on file types, file size, or storage location, wherein the files are generated by the network equipment test device using the user-configurable settings; providing for user configuration of at least one emulated user; and providing for user configuration of interaction behavior between the at least one emulated user and the file system. providing for user configuration of a file system associated with a device under test, DUT, wherein providing for user configuration of the file system includes providing a first user-configurable setting for indicating an operating system associated with the file system and a second user-configurable setting for indicating a particular distribution of files in the file system based on file types, file size, or storage location, wherein the files are generated by the network equipment test device using the user-configurable settings; providing for user configuration of at least one emulated user; and providing for user configuration of interaction behavior between the at least one emulated user and the file system.
A chamber (150, 3200) for receiving a pressurized fluid, the chamber comprising: a first chamber barrier layer (155, 3205) and a second chamber barrier layer (160, 3210) bonded to the first chamber barrier layer to define an interior void between the first chamber barrier layer and the second chamber barrier layer; a tensile member (165, 3215) extending between the first chamber barrier layer and the second chamber barrier layer within the interior void and including a first tensile member layer (170, 3220) attached to the first chamber barrier layer, a second tensile member layer (175, 3225) attached to the second chamber barrier layer, and a plurality of tethers (150, 3230) extending between the first tensile member layer and the second tensile member layer; first stitching attached to the first tensile member layer and to the second tensile member layer to form a first stitched region disposed between the first chamber barrier layer and the second chamber barrier layer, the first stitched region providing an area of the tensile member with a first reduced thickness relative to adjacent portions of the tensile member; and second stitching attached to the first tensile member layer and to the second tensile member layer to form a second stitched region disposed between the first chamber barrier layer and the second chamber barrier layer, wherein a distance between the first tensile member layer and the second tensile member layer is different at the first stitched region than at the second stitched region. a first chamber barrier layer (155, 3205) and a second chamber barrier layer (160, 3210) bonded to the first chamber barrier layer to define an interior void between the first chamber barrier layer and the second chamber barrier layer; a tensile member (165, 3215) extending between the first chamber barrier layer and the second chamber barrier layer within the interior void and including a first tensile member layer (170, 3220) attached to the first chamber barrier layer, a second tensile member layer (175, 3225) attached to the second chamber barrier layer, and a plurality of tethers (150, 3230) extending between the first tensile member layer and the second tensile member layer; first stitching attached to the first tensile member layer and to the second tensile member layer to form a first stitched region disposed between the first chamber barrier layer and the second chamber barrier layer, the first stitched region providing an area of the tensile member with a first reduced thickness relative to adjacent portions of the tensile member; and second stitching attached to the first tensile member layer and to the second tensile member layer to form a second stitched region disposed between the first chamber barrier layer and the second chamber barrier layer, wherein a distance between the first tensile member layer and the second tensile member layer is different at the first stitched region than at the second stitched region.
Shock absorber for a motor vehicle, wherein the shock absorber is made of plastics material and intended to be secured at one end to a cross member and at the other end to a body of the vehicle, characterized in that at least one metal insert which connects the two ends of the absorber is integrated with the shock absorber, wherein the shock absorber is a hollow structure and said at least one metal insert is positioned on an interior surface of the shock absorber.
A dust collector for a sawing machine that uses an abrasive blade to cut material located on a support table, the dust collector comprising: a pair of abrasive guards mounted about the abrasive blade, wherein each of the abrasive guards are located at opposing sides about the abrasive blade; a pair of side shields mounted about the abrasive guards, wherein each of the side shields is located about one of the abrasive guards to close off any side openings between the abrasive guards and the support table; an upper exhaust connection port located between the pair of side shields at one end thereof, wherein the upper exhaust connection port closes off any openings between a back end of the abrasive guards and side shields from the cutting area to the surrounding area; a dust duct located below the support table to collect dust generated from the material during the cutting operation with the sawing machine and guide the dust in a direction that is in back of the cutting area of the material; a lower exhaust connection port coupled to the dust duct; a dust cover located at one end of the dust duct proximate the lower exhaust connection port; and characterised in that the dust cover extends over a portion of the support table and extends downward from the support table; wherein each of the side shields is slidably adjustable in the vertical direction. a pair of abrasive guards mounted about the abrasive blade, wherein each of the abrasive guards are located at opposing sides about the abrasive blade; a pair of side shields mounted about the abrasive guards, wherein each of the side shields is located about one of the abrasive guards to close off any side openings between the abrasive guards and the support table; an upper exhaust connection port located between the pair of side shields at one end thereof, wherein the upper exhaust connection port closes off any openings between a back end of the abrasive guards and side shields from the cutting area to the surrounding area; a dust duct located below the support table to collect dust generated from the material during the cutting operation with the sawing machine and guide the dust in a direction that is in back of the cutting area of the material; a lower exhaust connection port coupled to the dust duct; a dust cover located at one end of the dust duct proximate the lower exhaust connection port; and characterised in that the dust cover extends over a portion of the support table and extends downward from the support table; wherein each of the side shields is slidably adjustable in the vertical direction.
A method comprising: while a streaming device is streaming a media program from a multimedia device (108-1,..., 108-N) to a client device (106-1,..., 106-M), the streaming device: sending a first portion of the media program to the client device (106-1,..., 106-M), the first portion having been adapted by the streaming device for a first playing mode of the client device (106-1,..., 106-M) with one or more first adaptation operations specific to the first playing mode; in response to receiving an indication of a user command from the client device (106-1,..., 106-M) specifying a second different playing mode of the client device (106-1,..., 106-M), altering a received portion of the media program received from the multimedia device (108-1,..., 108-N) to generate a second different portion of the media program; and sending the second different portion of the media program, as altered from the received portion of the media program received from the multimedia device (108-1,..., 108-N), to the client device (106-1,..., 106-M), the second portion having been adapted by the streaming device for the second playing mode of the client device (106-1,..., 106-M) with one or more second different adaptation operations specific to the second playing mode. sending a first portion of the media program to the client device (106-1,..., 106-M), the first portion having been adapted by the streaming device for a first playing mode of the client device (106-1,..., 106-M) with one or more first adaptation operations specific to the first playing mode; in response to receiving an indication of a user command from the client device (106-1,..., 106-M) specifying a second different playing mode of the client device (106-1,..., 106-M), altering a received portion of the media program received from the multimedia device (108-1,..., 108-N) to generate a second different portion of the media program; and sending the second different portion of the media program, as altered from the received portion of the media program received from the multimedia device (108-1,..., 108-N), to the client device (106-1,..., 106-M), the second portion having been adapted by the streaming device for the second playing mode of the client device (106-1,..., 106-M) with one or more second different adaptation operations specific to the second playing mode. altering a received portion of the media program received from the multimedia device (108-1,..., 108-N) to generate a second different portion of the media program; and sending the second different portion of the media program, as altered from the received portion of the media program received from the multimedia device (108-1,..., 108-N), to the client device (106-1,..., 106-M), the second portion having been adapted by the streaming device for the second playing mode of the client device (106-1,..., 106-M) with one or more second different adaptation operations specific to the second playing mode.
A method comprising: determining, by a computing device, a user density value at an Access Point AP, disposed above a ground level, determining a user density value at an AP-relay disposed at the ground level; determining that a difference between the user density value at the AP and the user density value at the AP-relay is greater than a predetermined threshold; and switching the AP-relay from a sensor mode to an AP-relay mode in response to determining that the difference between the user density value at the AP and the user density value at the AP-relay is greater than the predetermined threshold. determining, by a computing device, a user density value at an Access Point AP, disposed above a ground level, determining a user density value at an AP-relay disposed at the ground level; determining that a difference between the user density value at the AP and the user density value at the AP-relay is greater than a predetermined threshold; and switching the AP-relay from a sensor mode to an AP-relay mode in response to determining that the difference between the user density value at the AP and the user density value at the AP-relay is greater than the predetermined threshold.
A method of chemically modifying a polyolefin formulation in such a way as to modify melt viscosity thereof without completely curing the polyolefin formulation, which comprises, prior to the chemical modification, from 60 to 99.45 weight percent (wt%) of an ethylenic-based (co)polymer composition consisting essentially of an ethylenic-based (co)polymer or a combination of the ethylenic-based (co)polymer and a polypropylene polymer, with the proviso that the polypropylene polymer is from 0 to < 40 wt% of the polyolefin formulation; from 0.05 to less than 2.00 wt% of an antioxidant; and from 0.15 to 1.00 weight percent (wt%) of a first organic peroxide having a 1-hour half-life temperature of less than or equal to 155 degrees Celsius (° C.) and/or a 10-hour half-life temperature of less than or equal to 135° C., when measured according to the Half-Life Temperature Test Method; wherein all weight percents are based on total weight of the polyolefin formulation; the method comprising heating a melt of the polyolefin formulation, which has been kept at a temperature less than 160.0° C., to a temperature of greater than or equal to 160.0° C., thereby substantially decomposing the first organic peroxide in the melt so as to chemically modify melt viscosity of the polyolefin formulation to give a first intermediate composition having a melt viscosity that is greater than the melt viscosity of the polyolefin formulation, all without completely curing the polyolefin formulation or the first intermediate composition; wherein the melt of the polyolefin formulation comprises a melt of the ethylenic-based (co)polymer composition in contact with the antioxidant and the first organic peroxide, with the proviso that the polyolefin formulation prior to and during the heating step is free of a second organic peroxide, which may be the same as or different than the first organic peroxide.
A method for sharing radio spectrum between a first communication satellite in a near-equatorial orbit around the Earth, and a second communication satellite in a lower orbit, wherein the lower orbit intersects the plane of the near-equatorial orbit at an ascending node and at a descending node, the method comprising the transmission, by the second satellite, of one or more radio signals in a geometric pattern of one or more transmission beams aimed at the surface of the Earth, characterized in that the method further comprises: progressively tilting the directions of the transmission beams as the second satellites moves along the lower orbit, wherein the progressive tilting causes a coverage area (1122, 1220, 1420, 1520) of the second satellite to move on the surface of the Earth, relative to the subsatellite point, faster than the subsatellite point, wherein the extent of tilting is: a. based on the position of the second satellite in the lower orbit; b. based on a first direction of arrival of a first radio signal from the first satellite, as observed at a location on the surface of the earth; c. based on a second direction of arrival of a second radio signal from the second satellite, as observed at said location on the surface of the earth; and d. such that the angular separation between the first direction of arrival and the second direction of arrival meets or exceeds a predetermined minimum requirement. a. based on the position of the second satellite in the lower orbit; b. based on a first direction of arrival of a first radio signal from the first satellite, as observed at a location on the surface of the earth; c. based on a second direction of arrival of a second radio signal from the second satellite, as observed at said location on the surface of the earth; and d. such that the angular separation between the first direction of arrival and the second direction of arrival meets or exceeds a predetermined minimum requirement.
Actuating device for operating an element inside a gas chamber through which flows coke-oven gas, with an actuating rod which can be connected to the element and can be arranged inside a raw gas manifold and can be guided to the outside through an opening, a cylinder/piston arrangement for creating axial actuating movements of the actuating rod and a device for sealing the actuating rod which can be guided through the opening, characterized in that the device for sealing the actuating rod has a sealing sleeve which can be arranged on the outer side of the raw gas manifold and is flexible in length, and also a feed line for introducing a sealing medium into the interior space of the sealing sleeve, wherein the sealing sleeve can be fixedly arranged at its one end and encloses a gap between the actuating rod and the opening and wherein the sealing sleeve at its other end is connected in a gastight manner to the actuating rod. an actuating rod which can be connected to the element and can be arranged inside a raw gas manifold and can be guided to the outside through an opening, a cylinder/piston arrangement for creating axial actuating movements of the actuating rod and a device for sealing the actuating rod which can be guided through the opening,
A power source device for a vehicle, comprising: a power source; a first connection unit capable of feeding power from said power source to an external device external to the vehicle; a second connection unit provided, within a vehicle interior, separately from said first connection unit; an AC output unit configured to receive a voltage of said power source to generate an AC voltage and output the AC voltage to said second connection unit; a DC output unit configured to receive a voltage of said power source and to output a DC voltage for power feed to said first connection unit; an operating unit by which a user requests power feed from said first connection unit to said external device; and a control unit configured to control power supply from said power source to said first connection unit and said second connection unit, wherein when said AC output unit is in operation and said control unit receives, from said operating unit, an input requesting the power feed to said external device, said control unit is configured to stop the operation of the AC output unit and to perform the power supply to said first connection unit. a power source; a first connection unit capable of feeding power from said power source to an external device external to the vehicle; a second connection unit provided, within a vehicle interior, separately from said first connection unit; an AC output unit configured to receive a voltage of said power source to generate an AC voltage and output the AC voltage to said second connection unit; a DC output unit configured to receive a voltage of said power source and to output a DC voltage for power feed to said first connection unit; an operating unit by which a user requests power feed from said first connection unit to said external device; and a control unit configured to control power supply from said power source to said first connection unit and said second connection unit, wherein when said AC output unit is in operation and said control unit receives, from said operating unit, an input requesting the power feed to said external device, said control unit is configured to stop the operation of the AC output unit and to perform the power supply to said first connection unit.
Insect trap comprising an entrapment cavity intended to contain an attractant for insects, comprising an entry orifice connecting the entrapment cavity with the outside atmosphere for the entry of insects, characterized in that: - the trap comprises at least one escape orifice (12a-12f) connecting the entrapment cavity with the outside atmosphere for insects to exit, - said at least one escape orifice (12a-12f) comprises a cross section with at least one dimension (l) smaller than the dimensions of the cross section of the entry orifice, - support means extend from said at least one escape orifice (12a-12f) to the interior of the entrapment cavity. - the trap comprises at least one escape orifice (12a-12f) connecting the entrapment cavity with the outside atmosphere for insects to exit, - said at least one escape orifice (12a-12f) comprises a cross section with at least one dimension (l) smaller than the dimensions of the cross section of the entry orifice, - support means extend from said at least one escape orifice (12a-12f) to the interior of the entrapment cavity.