mhurhangee/ep-ind-claims huggingface dataset:
An orthopedic spatial frame (100, 300, 500), comprising: a first platform; a second platform spaced from the first platform; a plurality of adjustable length struts, each of the plurality of adjustable length struts coupled to the first platform and the second platform, each of the adjustable length struts including a housing (108, 202, 530) and a threaded rod (130, 224, 534), wherein the threaded rod is arranged and configured to move relative to the housing to adjust a length of the strut; and a plurality of geared-motor assemblies (400, 510), each of the plurality of geared-motor assemblies being arranged and configured to couple to one of the plurality of adjustable length struts, wherein each of the plurality of geared-motor assemblies is arranged and configured as a self-contained unit including electronics and power supply to (i) wirelessly communicate with an external computing device and (ii) to adjust the length of the strut to which it is coupled. a first platform; a second platform spaced from the first platform; a plurality of adjustable length struts, each of the plurality of adjustable length struts coupled to the first platform and the second platform, each of the adjustable length struts including a housing (108, 202, 530) and a threaded rod (130, 224, 534), wherein the threaded rod is arranged and configured to move relative to the housing to adjust a length of the strut; and a plurality of geared-motor assemblies (400, 510), each of the plurality of geared-motor assemblies being arranged and configured to couple to one of the plurality of adjustable length struts, wherein each of the plurality of geared-motor assemblies is arranged and configured as a self-contained unit including electronics and power supply to (i) wirelessly communicate with an external computing device and (ii) to adjust the length of the strut to which it is coupled.
A conveyance device comprising: a tray on an upper surface of the conveyance device, configured to receive a sheet; and an upper guide below the tray, configured to define a conveyance path in which the sheet is conveyed, the upper guide being movable together with the tray to open the conveyance path, characterized in that the conveyance device further comprises: a tray unit integrally constructed of the tray and the upper guide, a front side of the tray unit being movable in a vertical direction around a rear side of the tray unit serving as a rotation fulcrum; and a rear frame behind the tray unit, wherein a gap is disposed between a rear face of the tray unit and the rear frame, and wherein a step is formed between the tray unit and the rear frame when the front side of the tray unit is lifted. a tray on an upper surface of the conveyance device, configured to receive a sheet; and an upper guide below the tray, configured to define a conveyance path in which the sheet is conveyed, the upper guide being movable together with the tray to open the conveyance path, characterized in that the conveyance device further comprises: a tray unit integrally constructed of the tray and the upper guide, a front side of the tray unit being movable in a vertical direction around a rear side of the tray unit serving as a rotation fulcrum; and a rear frame behind the tray unit, wherein a gap is disposed between a rear face of the tray unit and the rear frame, and wherein a step is formed between the tray unit and the rear frame when the front side of the tray unit is lifted. a tray unit integrally constructed of the tray and the upper guide, a front side of the tray unit being movable in a vertical direction around a rear side of the tray unit serving as a rotation fulcrum; and a rear frame behind the tray unit, wherein a gap is disposed between a rear face of the tray unit and the rear frame, and wherein a step is formed between the tray unit and the rear frame when the front side of the tray unit is lifted.
Vehicle seat heating element comprising a heating cable (15, 300) and means for feeding electrical current to said heating cable (15, 300), wherein said heating cable (15, 300) comprises metallic filaments (20, 310), characterised in that a predetermined number of said metallic filaments (20, 310) in said heating cable (15, 300) are each individually wrapped with one or more non-electrically conductive filaments (26, 28) or individually wrapped with non-electrically conductive fibers (26, 28) or individually wrapped with one or more non-electrically conductive tapes (26, 28, 312).
An article of footwear (16, 116) comprising: a sole assembly having: a bladder element with a first outer surface, a second outer surface opposite the first outer surface, and side surfaces (22, 24) extending from the first outer surface to the second outer surface; a guide component (12, 112) with a bottom portion fused to one of the first outer surface or the second outer surface and side portions (32, 34) fused to the side surfaces (22, 24); wherein the guide component (12, 112) has multiple grooves extending laterally across the bottom portion of the guide component (12, 112); wherein the multiple grooves are configured to receive and guide multiple elongated members such that the multiple elongated members are movable lengthwise when positioned in the multiple grooves; and wherein adjacent ones of the multiple grooves merge with one another into a merged groove on the side portions (32, 34). a sole assembly having: a bladder element with a first outer surface, a second outer surface opposite the first outer surface, and side surfaces (22, 24) extending from the first outer surface to the second outer surface; a guide component (12, 112) with a bottom portion fused to one of the first outer surface or the second outer surface and side portions (32, 34) fused to the side surfaces (22, 24); wherein the guide component (12, 112) has multiple grooves extending laterally across the bottom portion of the guide component (12, 112); wherein the multiple grooves are configured to receive and guide multiple elongated members such that the multiple elongated members are movable lengthwise when positioned in the multiple grooves; and a bladder element with a first outer surface, a second outer surface opposite the first outer surface, and side surfaces (22, 24) extending from the first outer surface to the second outer surface; a guide component (12, 112) with a bottom portion fused to one of the first outer surface or the second outer surface and side portions (32, 34) fused to the side surfaces (22, 24); wherein the guide component (12, 112) has multiple grooves extending laterally across the bottom portion of the guide component (12, 112); wherein the multiple grooves are configured to receive and guide multiple elongated members such that the multiple elongated members are movable lengthwise when positioned in the multiple grooves; and wherein adjacent ones of the multiple grooves merge with one another into a merged groove on the side portions (32, 34).
A garment with elastic inserts produced using circular machines, characterised by the fact that such garment has elasticised sectors obtained by working in a further elastomeric yarn - in addition to the ground yarn and the reinforcing yarn normally used - and actually knitting the yarns and creating machined portions, both horizontally and obliquely, which result in well-defined and demarcated zones which provide greater compression than the knitted stitches on the same row, thereby providing - within the elasticised sectors - a greater compression value than outside the sector on the same row of knitted stitches, such elasticised sectors thereby becoming either decorative portions which create ornamental patterns or specific compression bandages which can act as support, contribute to the stimulation of blood circulation, reduce the sensation of fatigue, and make movement safer and better supported when appropriately positioned and sized, wherein said garment has elasticised zones having a particular weave designed to support and massage the muscle in contact therewith in which the presence of such elasticised sectors and such elasticised zones allows the garment to have sections of knitted fabric with different degrees of elasticity and specific degrees of containment, which provide support and create lines/portions of tension designed to perform a lymphatic massage action which stimulates the muscles, thereby providing benefits with regard to muscle or tendon fatigue, wherein, the elasticised sectors present in the garment are obtained by inserting an elasticised yarn during the formation of the knitting, by inserting the yarn when one intends to start creating the elasticised sector and working the elastic yarn in with the ground yarn, starting the knitting of the elastic yarn by forming a row of knitting at a given point of one round and knitting a given number of stitches, depending on the desired width; characterised in that the elastic yarn is then cut and secured by knitting such yarn in with other binding yarns, which are used separately from the ground yarn to secure the stitches and are present at both the beginning of the machining with the elastomeric yarn and the end of the line in the sector, wherein the elastic yarn is brought back to the starting point of the sector by a yarn guide so as to be ready for subsequent use in the following round of knitting and on the following round, at the given point, the elastic yarn is picked up again and then machined by the number of stitches envisaged on the pattern, which can be the same number of stitches as for the previous round or more or fewer, depending on the desired shape of the sector, and the user proceeds with the processing for as many rounds as are needed to obtain the desired height and shape of the sector to be produced.
Rotary vibration damping arrangement, in particular for a drivetrain, comprising an input region and an output region, wherein a first torque transmission path and, parallel thereto, a second torque transmission path are provided between the input region and the output region, and comprising a coupling arrangement for the superposition of the torques conducted via the torque transmission paths (14, 16), wherein the rotary vibration damping arrangement furthermore comprises, at least in the first torque transmission path, a phase shift arrangement for generating a phase shift of rotational non-uniformities conducted via the first torque transmission path with respect to rotational non-uniformities conducted via the second torque transmission path, furthermore comprising a seal arrangement for substantially lubricant-tight encapsulation of at least the coupling arrangement, wherein the coupling arrangement comprises a planetary gearing arrangement which is lubricated with lubricant, wherein the planetary gearing arrangement comprises a planet gear carrier, which is connected to the second torque transmission path and which has a multiplicity of planet gears rotatably supported thereon, and a first coupling gear arrangement, which is connected to the first torque transmission path and which is in meshing engagement with the planet gears, characterized in that the planetary gearing arrangement comprises a second coupling gear arrangement which is connected to the output region and which is in meshing engagement with the planet gears, and the first coupling gear arrangement and the second coupling gear arrangement comprise in each case one internal gear arrangement (86, 88).
An anti-theft device for a steering column of a motor vehicle comprising: - a locking means including a bolt movably mounted between an unlocking position releasing a steering column and a locking position of said column, said bolt being associated with an elastic return means allowing said bolt to return from the unlocking position to the locking position, - super-lockout means including a retaining member and a blocking element configured in the active position to block the bolt in the locking position, the retaining member being configured to retain the blocking element in a rest position that does not block the bolt in the locking position, characterized in that said blocking element is disposed between the bolt and the elastic return means so as to be biased against said bolt by the elastic return means, and the blocking element includes stop means able to cooperate with a fixed element of the anti-theft device so as to block in rotation the blocking element in the active position, said elastic return means being compressed in torsion and in compression in the rest position so as to give the blocking element in the active position a rotational moment in order to pivot about an axis collinear to the axis of movement of said blocking element in order to block the blocking element and the bolt. - a locking means including a bolt movably mounted between an unlocking position releasing a steering column and a locking position of said column, said bolt being associated with an elastic return means allowing said bolt to return from the unlocking position to the locking position, - super-lockout means including a retaining member and a blocking element configured in the active position to block the bolt in the locking position, the retaining member being configured to retain the blocking element in a rest position that does not block the bolt in the locking position,
An apparatus for wireless communication, comprising: a pilot determining unit, configured to determine a first uplink pilot sequence for a first communication device; and a receiving unit configured to receive a signal carrying the first uplink pilot sequence; a channel estimation unit, configured to perform, based on the received signal carrying the first uplink pilot sequence, channel estimation on the first communication device, wherein, the channel estimation unit performs, based on a geographical location of the first communication device, filtering during the channel estimation, to obtain a channel estimation result matching the first communication device, wherein the channel estimation unit comprises: a coarse channel estimation module, configured to perform, based on the signal carrying the first uplink pilot sequence and the first uplink pilot sequence, coarse estimation on channel coefficients; and a spatial filtering module, configured to perform, based on the geographical location of the first communication device, filtering on the coarse estimation for the channel coefficients. a pilot determining unit, configured to determine a first uplink pilot sequence for a first communication device; and a receiving unit configured to receive a signal carrying the first uplink pilot sequence; a channel estimation unit, configured to perform, based on the received signal carrying the first uplink pilot sequence, channel estimation on the first communication device, wherein, the channel estimation unit performs, based on a geographical location of the first communication device, filtering during the channel estimation, to obtain a channel estimation result matching the first communication device, wherein the channel estimation unit comprises: a coarse channel estimation module, configured to perform, based on the signal carrying the first uplink pilot sequence and the first uplink pilot sequence, coarse estimation on channel coefficients; and a spatial filtering module, configured to perform, based on the geographical location of the first communication device, filtering on the coarse estimation for the channel coefficients. a coarse channel estimation module, configured to perform, based on the signal carrying the first uplink pilot sequence and the first uplink pilot sequence, coarse estimation on channel coefficients; and a spatial filtering module, configured to perform, based on the geographical location of the first communication device, filtering on the coarse estimation for the channel coefficients.
A fuel pump unit for injecting a fuel into a combustion chamber of an internal combustion engine, having a pump which can be actuated by a pump drive and which conveys the fuel as the first,injection liquid from a first low-pressure connection to a first high-pressure connection, wherein a working chamber of the pump is coupled to a displacement unit and can convey a second injection liquid from a second low-pressure connection to a second high-pressure connection via the displacement unit, wherein the displacement unit is a cylinder/piston unit which comprises a cylinder and a piston which acts as a displacement element and is accommodated displaceably in the cylinder along a cylinder axis, wherein the piston divides the cylinder in a substantially water-tight manner into a first pressure chamber fillable with fuel and a second pressure chamber fillable with second injection liquid, wherein provided in the second pressure chamber is a spring element which urges the piston towards the first pressure chamber, characterised in that provided in the first pressure chamber is a spring element which urges the piston towards the second pressure chamber, the second injection liquid being water or a water mixture.
Process for preparing polyether carbonate polyols by adding one or more alkylene oxides and carbon dioxide onto one or more H-functional starter substances in the presence of at least one DMC catalyst, in which the reaction is conducted in a main reactor and in a tubular reactor (11, 17) which follows downstream of the latter as postreactor, characterized in that a temperature at least 10°C above the temperature within the main reactor is set at the exit of the tubular reactor (11, 17).
A method for the manufacture of a prophylactic article, in particular of a glove, from a (carboxylated) diene rubber, according to which at least one layer of a (carboxylated) diene latex is applied on a former and the (carboxylated) diene latex is cross-linked with a cross-linking agent, characterized in that the cross-linking agent is immobilized on inorganic and/or organic particles forming modified particles, and the modified particles are added to the (carboxylated) diene latex and in that exclusively the modified particles are used as cross-linking agents.
Fitting assembly for a rotating-tilting window or door, with an opening device which comprises an opening arm and a link pivotably connected to the opening arm, wherein the link can be coupled to a wing of the window or of the door at a scissor plate at a first coupling point, and wherein the opening arm at a second coupling device can be coupled to a scissor bearing, which can be fastened to the main frame of the window or of the door, in order to pivotably support the wing on the main frame, wherein two parts of the supporting structure, which comprises the opening device and the scissor bearing, can be fixed relative to each other in a variable manner in different positions in order to adjust the effective length of the opening device, and wherein the two parts are connected to each other by means of at least one adjustable coupling element, wherein one of the said parts is the scissor plate, and the other of the said parts is the link, wherein a plate that can be adjusted relative to the scissor plate is provided between the scissor plate and link, which plate has the pivot bearing of the link and supports the eccentric element which acts between the scissor plate and the pivot bearing, characterized in that the eccentric element is configured such that, at the closing of the wing, it is automatically adjusted in such a way that an incorrect setting of the wing due to a change in the effective length of the opening device will be corrected, that the eccentric element is subjected to force in a spreading manner by a first spring element, that the first spring element has a counter-bearing at the scissor plate, and the second spring element is coupled to a drive rod, which is guided beneath the scissor plate and carries a counter-bearing for this purpose, that, by means of two eccentric cambers (34, 35) diametrically opposed on the circumferential surface, the eccentric element is provided with an eccentric cross-section, such that, in the position of the drive rod prepared for pivoting, the first spring element remains tensioned with the second spring element relaxed, that in the position prepared for tilting the second spring element is tensioned by means of the drive rod, and that the plate, in the tilt open position of the wing, is subjected to force in the direction of the pivot bearing of the link.
A method comprising: identifying, by a first network device in a ring network, a point-to-multipoint, P2MP, label switched path, LSP, for receiving multicast traffic from a multicast source for a specific multicast group for which the first network device has an interested receiver, wherein the first network device is to be an egress network device of the P2MP LSP; and sending, by the first network device to an ingress network device of the P2MP LSP, a P2MP egress identification message to add the first network device as an egress network device of the P2MP LSP, wherein sending the P2MP egress identification message comprises outputting the P2MP egress identification message into a multipoint-to-point, MP2P, ring LSP in the ring network for which the ingress network device of the P2MP LSP is a sole egress network device of the MP2P ring LSP, and wherein sending the P2MP egress identification message further comprises encapsulating the P2MP egress identification message within an MPLS packet bearing an outer MPLS label associated with the MP2P ring LSP. identifying, by a first network device in a ring network, a point-to-multipoint, P2MP, label switched path, LSP, for receiving multicast traffic from a multicast source for a specific multicast group for which the first network device has an interested receiver, wherein the first network device is to be an egress network device of the P2MP LSP; and sending, by the first network device to an ingress network device of the P2MP LSP, a P2MP egress identification message to add the first network device as an egress network device of the P2MP LSP, wherein sending the P2MP egress identification message comprises outputting the P2MP egress identification message into a multipoint-to-point, MP2P, ring LSP in the ring network for which the ingress network device of the P2MP LSP is a sole egress network device of the MP2P ring LSP, and wherein sending the P2MP egress identification message further comprises encapsulating the P2MP egress identification message within an MPLS packet bearing an outer MPLS label associated with the MP2P ring LSP.