mhurhangee/ep-ind-claims huggingface dataset:
A towing drawbar for vehicles, comprising: - a fixed body rigidly engageable with the frame of a trailer; - an engagement member, which can be reversibly coupled to a hook of a towing vehicle; - a kinematic mechanism for supporting the engagement member in order to arrange the engagement member itself at a given height from the ground in relation to the height of said hook, said kinematic mechanism having an articulated parallelogram comprising two arms (8, 9), each of which has two opposite ends (8a, 8b, 9a, 9b) engaged with the fixed body and the engagement member, respectively; and - movement means for moving said kinematic mechanism in order to define a plurality of operating configurations of the articulated parallelogram corresponding to different heights of the engagement member; said movement means comprise an actuator arranged on the fixed body and operatively active on an extension of a first arm of the parallelogram; said extension extending outside of said parallelogram and away from the end engaging the fixed body and comprising a movable hinge for coupling to said actuator; characterised in that said movable hinge comprises a pin slidable within an arched groove formed in said fixed body; said movable hinge being moved by said actuator along a substantially curved path defining said operating configurations of the parallelogram. - a fixed body rigidly engageable with the frame of a trailer; - an engagement member, which can be reversibly coupled to a hook of a towing vehicle; - a kinematic mechanism for supporting the engagement member in order to arrange the engagement member itself at a given height from the ground in relation to the height of said hook, said kinematic mechanism having an articulated parallelogram comprising two arms (8, 9), each of which has two opposite ends (8a, 8b, 9a, 9b) engaged with the fixed body and the engagement member, respectively; and - movement means for moving said kinematic mechanism in order to define a plurality of operating configurations of the articulated parallelogram corresponding to different heights of the engagement member;
Method for the agglomeration of iron oxide-containing residual substances by means of which paper sludge and, as the case may be, the residual substances are comminuted and a mixture of dry residual substances and dry paper sludge is briquetted at a temperature ranging between 70 and 350 °C, with the water content of the dry residual materials and the dry paper sludge in each case being less than 5 % w/w and wherein the mixture contains 15 to 35 % w/w of dry paper sludge and wherein steel shavings, cast-material swarf, HBI fines, DRI fines and/or metal-containing composite packing material are added to the mixture.
A multilayer structure comprising: a first material layer; a second material layer connected to the first material layer, the second material layer being spaced apart from the first material layer; a diffusion barrier layer between the first material layer and the second material layer, the diffusion barrier layer including a non-graphene-based two-dimensional material, wherein the first material layer includes an insulator or a semiconductor, the second material layer includes a conductor, and a surface of the non-graphene-based two-dimensional material directly contacts a surface of the first material layer; the multilayer structure further comprising: a conductor; an understructure; and an insulating material layer on the understructure, wherein the insulating material layer defines an opening, the diffusion barrier layer covers the insulating material layer in the opening, the conductor covers the diffusion barrier layer in the opening, the first material layer includes at least a part of one of the understructure and the insulating material layer, and the second material layer includes at least a part of the conductor. a first material layer; a second material layer connected to the first material layer, the second material layer being spaced apart from the first material layer; a diffusion barrier layer between the first material layer and the second material layer, the diffusion barrier layer including a non-graphene-based two-dimensional material, wherein the first material layer includes an insulator or a semiconductor, the second material layer includes a conductor, and a surface of the non-graphene-based two-dimensional material directly contacts a surface of the first material layer; a conductor; an understructure; and an insulating material layer on the understructure, wherein the insulating material layer defines an opening, the diffusion barrier layer covers the insulating material layer in the opening, the conductor covers the diffusion barrier layer in the opening, the first material layer includes at least a part of one of the understructure and the insulating material layer, and the second material layer includes at least a part of the conductor.
A retainer for maintaining a relative angular spacing of a plurality of rolling elements, the retainer comprising: a body including an annular portion and a plurality of engaging portions, each of the engaging portions configured to engage at least one of the plurality of rolling elements, characterised in that the body is made of a sintered powdered metal infiltrated with bronze. a body including an annular portion and a plurality of engaging portions, each of the engaging portions configured to engage at least one of the plurality of rolling elements, characterised in that the body is made of a sintered powdered metal infiltrated with bronze.
A vulcanizable rubber composition comprising, based on 100 parts by weight of elastomer (phr), from 80 to 20 phr of a solution polymerized styrene-butadiene rubber having a glass transition temperature (Tg) ranging from -85 °C to -50 °C; from 20 to 80 phr of a natural rubber; from 30 to 70 phr of a process oil; and from 70 to 150 phr of silica; wherein the weight ratio of silica to oil is less than 2.2, characterized in that the solution polymerized styrene-butadiene rubber is functionalized with an alkoxysilane group and at least one functional group selected from the group consisting of primary amines and thiols. from 80 to 20 phr of a solution polymerized styrene-butadiene rubber having a glass transition temperature (Tg) ranging from -85 °C to -50 °C; from 20 to 80 phr of a natural rubber; from 30 to 70 phr of a process oil; and from 70 to 150 phr of silica;
A method for coding video data, the method comprising: coding information indicative of reference pictures that belong to a reference picture set, wherein the reference picture set identifies the reference pictures that can potentially be used for inter-predicting a current picture and can potentially be used for inter-predicting one or more pictures following the current picture in decoding order; constructing a plurality of reference picture subsets that each identifies zero or more of the reference pictures of the reference picture set, whereby at least two of the reference picture subsets each identify at least one reference picture of the reference picture set: characterized by adding reference pictures from more than one of the plurality of reference picture subsets into a first set of entries in a reference picture list; determining whether a number of entries in the reference picture list is equal to a maximum number of allowable entries in the reference picture list; when the number of entries in the reference picture list is not equal to the maximum number of allowable entries in the reference picture list, repeatedly adding one reference picture from at least one of the reference picture subsets into entries in the reference picture list that are subsequent to the first set of entries until the number of entries in the reference picture list is equal to the maximum number of allowable entries in the reference picture list; and coding the current picture based on the reference picture list. coding information indicative of reference pictures that belong to a reference picture set, wherein the reference picture set identifies the reference pictures that can potentially be used for inter-predicting a current picture and can potentially be used for inter-predicting one or more pictures following the current picture in decoding order; constructing a plurality of reference picture subsets that each identifies zero or more of the reference pictures of the reference picture set, whereby at least two of the reference picture subsets each identify at least one reference picture of the reference picture set: characterized by adding reference pictures from more than one of the plurality of reference picture subsets into a first set of entries in a reference picture list; determining whether a number of entries in the reference picture list is equal to a maximum number of allowable entries in the reference picture list; when the number of entries in the reference picture list is not equal to the maximum number of allowable entries in the reference picture list, repeatedly adding one reference picture from at least one of the reference picture subsets into entries in the reference picture list that are subsequent to the first set of entries until the number of entries in the reference picture list is equal to the maximum number of allowable entries in the reference picture list; and coding the current picture based on the reference picture list.
A method for managing a home gateway with mobile connectivity to a wide area network, said method comprising, at a management server: - receiving a current position of said home gateway; and - activating said home gateway if said received current position of said home gateway matches a previously selected location to which use of said home gateway shall be bound, characterized in that previous selection of said location to which use of said home gateway shall be bound comprises, at a personal mobile device of a user of said home gateway: a) requesting said user to place said personal mobile device next to said home gateway and detecting a current position of said personal mobile device; b) requesting said user to confirm that said detected current position of said personal mobile device is the location to which use of said home gateway shall be bound; and c) in the affirmative, sending said detected current position of said personal mobile device to said management server, which uses it as said previously selected location to which use of said home gateway shall be bound. - receiving a current position of said home gateway; and - activating said home gateway if said received current position of said home gateway matches a previously selected location to which use of said home gateway shall be bound, a) requesting said user to place said personal mobile device next to said home gateway and detecting a current position of said personal mobile device; b) requesting said user to confirm that said detected current position of said personal mobile device is the location to which use of said home gateway shall be bound; and c) in the affirmative, sending said detected current position of said personal mobile device to said management server, which uses it as said previously selected location to which use of said home gateway shall be bound.
Attachment for holding a grid above a light shaft, with - support for placing the grid on, and - mounting section suitable for laterally gripping around the light shaft, or suitable for being inserted into the light shaft, wherein - in the mounting section a plurality of holding devices (42, 44, 190) are provided, wherein a respective support surface is allocated to each holding device (42, 44 190), - wherein in each of the holding devices (42, 44, 190) a respective support or mounting means (50, 60, 70, 195) for placing and/or fastening to the light shaft can be received, - so that a plurality of levels of the grid above the light shaft can be set, wherein the support surfaces, that are allocated to the holding devices (42, 44, 190) holding the support and/or mounting means (50, 60, 60, 190), are supported on the respective support and/or mounting means (50, 60, 70, 195), characterized in that one or more support and/or mounting means (50, 60, 70, 195) is/are attached to at least one holding device (42, 44, 190) by means of which the attachment can be placed on the light shaft, and/or by means of which the attachment can be connected in a rigid manner with the light shaft. - support for placing the grid on, and - mounting section suitable for laterally gripping around the light shaft, or suitable for being inserted into the light shaft, - in the mounting section a plurality of holding devices (42, 44, 190) are provided, wherein a respective support surface is allocated to each holding device (42, 44 190), - wherein in each of the holding devices (42, 44, 190) a respective support or mounting means (50, 60, 70, 195) for placing and/or fastening to the light shaft can be received, - so that a plurality of levels of the grid above the light shaft can be set, wherein the support surfaces, that are allocated to the holding devices (42, 44, 190) holding the support and/or mounting means (50, 60, 60, 190), are supported on the respective support and/or mounting means (50, 60, 70, 195),
A filtering body, in particular for a rotary separator, the filtering body extending about an axis, having a first axial face, a second axial face opposite to said first axial face, an outer cylindrical surface and an inner cylindrical surface and comprising: - a filtering net defined by filaments defining a plurality of pores therebetween; - a frame defined by non-porous solid elements, supporting said filtering net; when considering diametrical sections of said filtering body, at least some of said filaments extend between said first and second axial faces (11a,11b), along respective longitudinal axes which are parallel; characterized in that: - said frame is integral with said filtering net; - said filaments extend uninterruptedly, without further intermediate filtering elements; - said longitudinal axes form an inclination angle between 30° and 50° with respect to said axis at said first axial face. - a filtering net defined by filaments defining a plurality of pores therebetween; - a frame defined by non-porous solid elements, supporting said filtering net; - said frame is integral with said filtering net; - said filaments extend uninterruptedly, - said longitudinal axes form an inclination angle between 30° and 50° with respect to said axis at said first axial face.
An apparatus for transmitting a preamble in a Digital Video Broadcasting, DVB, system, the apparatus comprising: a first processor for generating a Modulation Signaling Sequence, MSS, using a plurality of received sequences and for outputting a modulated sequence by differentially modulating the MSS; a scrambler for scrambling the modulated sequence by multiplying the modulated sequence by a scrambling sequence adapted to reduce a peak-to-average power ratio, PAPR, of the preamble stored in a look-up table; and a second processor for receiving the scrambled sequence to be applied to a plurality of subcarriers, for converting the received sequence into a time-domain signal, and for generating and transmitting the preamble based on the time-domain signal. a first processor for generating a Modulation Signaling Sequence, MSS, using a plurality of received sequences and for outputting a modulated sequence by differentially modulating the MSS; a scrambler for scrambling the modulated sequence by multiplying the modulated sequence by a scrambling sequence adapted to reduce a peak-to-average power ratio, PAPR, of the preamble stored in a look-up table; and a second processor for receiving the scrambled sequence to be applied to a plurality of subcarriers, for converting the received sequence into a time-domain signal, and for generating and transmitting the preamble based on the time-domain signal.
A wireless communication apparatus operating as a communication station for use in a wireless communication system, comprising a wireless transmission unit configured to obtain a first piece of information and a second piece of information, the first piece of information and the second piece of information being contained in a first and second field, respectively, in a single packet, the first and second field abutting each other, modulate the first piece of information according to a first signal point location that defines a first arrangement of signal points, which are 1 and -1, in a signal space, the first piece of information including transmission rate information and packet length information, modulate the second piece of information according to a second signal point location that defines a second arrangement of signal points in the signal space, the second piece of information specifying a predetermined transmission mode, wherein a phase of the second signal point location is rotated by 90 degrees relative to the first signal point location, the first field forms a SIGNAL field of the single packet after a physical layer convergence protocol, PLCP, preamble and the second field forms an HIGH THROUGHPUT, HT, SIGNAL field after the SIGNAL field, wherein said wireless communication station performing a packet transmission is adapted to set the information of the packet length and the transmission rate to be described in the first piece of information in order that another communication station receiving the packet stops its communication operation for the duration, equal to the value of (packet length) / (transmission rate), until a communication transaction to be performed according to the predetermined transmission mode ends.
Undercarriage of a rail vehicle, comprising two head pieces (1, 2) which can be supported on wheels, and a central beam connecting the two head pieces (1, 2), wherein each head piece (1, 2) and the central beam can be connected detachably to one another via respectively a connecting flange formed from a first flange plate assigned to the central beam and a second flange plate assigned to the headpiece, wherein first and second flange plates form in connected state a vertical contact plane, characterised in that the first flange plate forms a horizontal standing surface which protrudes beyond the contact plane and the second flange plate forms a horizontal support surface set back from the contact plane, wherein the support surface is designed to support the standing surface in vertical direction. characterised in that the first flange plate forms a horizontal standing surface which protrudes beyond the contact plane and the second flange plate forms a horizontal support surface set back from the contact plane, wherein the support surface is designed to support the standing surface in vertical direction.
A method for changing a communication state of a mobile device in a wireless telecommunication network, comprising: monitoring network traffic activity by applications executing on the mobile device; determining when use of a network connection has ended based on expiration of a device traffic inactivity timer; sending a connection release message to the wireless telecommunications network to request release of the network connection on behalf of the applications in response to determining that use of the network connection has ended; and characterized by updating the device traffic inactivity timer by: determining whether a user is interacting with the mobile device; and setting a time duration of the device traffic inactivity timer based upon whether the user is interacting with the mobile device comprising setting a shorter time duration of the device traffic inactivity timer when the user is not interacting with the mobile device than when the user is interacting with the mobile device. monitoring network traffic activity by applications executing on the mobile device; determining when use of a network connection has ended based on expiration of a device traffic inactivity timer; sending a connection release message to the wireless telecommunications network to request release of the network connection on behalf of the applications in response to determining that use of the network connection has ended; and characterized by updating the device traffic inactivity timer by: determining whether a user is interacting with the mobile device; and setting a time duration of the device traffic inactivity timer based upon whether the user is interacting with the mobile device comprising setting a shorter time duration of the device traffic inactivity timer when the user is not interacting with the mobile device than when the user is interacting with the mobile device. determining whether a user is interacting with the mobile device; and setting a time duration of the device traffic inactivity timer based upon whether the user is interacting with the mobile device comprising setting a shorter time duration of the device traffic inactivity timer when the user is not interacting with the mobile device than when the user is interacting with the mobile device.
A vehicle environment detection system adapted to be mounted in an ego vehicle and comprising at least one vehicle environment sensor arrangement and a main control unit, where the vehicle environment detection system is arranged to detect and track at least one oncoming vehicle, where the vehicle environment detection system is arranged to determine whether the ego vehicle has entered a curve, characterized in that when the vehicle environment detection system has determined that the ego vehicle has entered a curve, for each tracked oncoming vehicle, the main control unit is arranged to: - determine a common curve with a radius, along which common curve the ego vehicle is assumed to travel; - determine a measured oncome direction (13, 13') of said tracked oncoming vehicle on the common curve, corresponding to an oncome angle (θ track) with respect to a predetermined axis (x); - determine a difference angle (δ) between said measured oncome direction (13, 13') and an oncome direction corresponding to if the oncoming vehicle would be moving along the common curve; - compare the difference angle (δ) with a threshold angle θ max); and - determine that the oncoming vehicle is crossing if the difference angle (δ) has been determined to exceed the threshold angle (θ max). - determine a common curve with a radius, along which common curve the ego vehicle is assumed to travel; - determine a measured oncome direction (13, 13') of said tracked oncoming vehicle on the common curve, corresponding to an oncome angle (θ track) with respect to a predetermined axis (x); - determine a difference angle (δ) between said measured oncome direction (13, 13') and an oncome direction corresponding to if the oncoming vehicle would be moving along the common curve; - compare the difference angle (δ) with a threshold angle θ max); and - determine that the oncoming vehicle is crossing if the difference angle (δ) has been determined to exceed the threshold angle (θ max).
An edible IJ ink comprising water, titanium oxide, a dispersant, a wetting agent, and a water-soluble polysaccharide having a weight average molecular weight smaller than 10,000, characterized in that the dispersant includes at least one of sodium carboxymethyl cellulose, sodium alginate, and sodium carbonate.
A method for forming a set of gun barrels, comprising: machining an elongate key along a length of a metal billet; mounting the metal billet on a machining jig, clamped along the key; performing CNC milling operations on the mounted metal billet in a 5-axis CNC milling machine to form a set of gun barrels having a pair of bores and a rib, the rib extending lengthwise proximate the elongate key; and, separating the set of gun barrels from the key along the length of the rib section. machining an elongate key along a length of a metal billet; mounting the metal billet on a machining jig, clamped along the key; performing CNC milling operations on the mounted metal billet in a 5-axis CNC milling machine to form a set of gun barrels having a pair of bores and a rib, the rib extending lengthwise proximate the elongate key; and, separating the set of gun barrels from the key along the length of the rib section.