mhurhangee/ep-ind-claims huggingface dataset:
Support module for receiving at least one photovoltaic module (9, 74, 76), wherein the support module has a length 1, a height h and a width b, wherein the length 1 is greater than the height h and greater than the width b, wherein the support module has at least one receiving groove (6, 6', 7, 7', 8, 8', 27) which extends in the direction of the length 1 and which has opposing groove walls for receiving an edge of a photovoltaic module (9, 74, 76), wherein the support module has a rafter element (51, 61) and a retention profile (52, 53, 54, 62, 63, 64), wherein the retention profile is releasably secured to the rafter element and the retention profile forms at least one groove wall of the receiving groove, characterised in that the rafter element (51, 61) has a rafter groove (55, 65) which extends in the direction of the length l, wherein the rafter groove (55, 65) is orientated perpendicularly to the at least one receiving groove (6, 6,', 7, 7', 8, 8', 27) and in that either the retention profile (52, 53, 54, 62, 63, 64) has an engagement portion (56, 66) which engages in the rafter groove (55, 65) of the rafter element (51, 61) and whose outer contour corresponds to the inner contour of the rafter groove (55, 65) or there are provided two retention profiles (52, 53, 54, 62, 63, 64) which each have an engagement portion (56, 66) and which both engage in the rafter groove (55, 65) and which are arranged beside each other in the width direction b.
A track maintenance machine, for example a track tamping machine, for carrying out track position corrections, having a machine frame which is mobile via on-track undercarriages on rails of a track and includes a track lifting- and lining unit, and a track position measuring system which is composed of track position measuring units, arranged one following the other with regard to a longitudinal direction of the machine and each registering the track position, and a reference base common to said track position measuring units which is formed of a single measuring chord arranged centrally between the rails and extending in the longitudinal direction of the machine, characterized in that the central track position measuring unit has two track tracing rollers, connected to one another by a measuring base, which are designed to be vertically adjustable, together with the measuring base and the measuring transducer arranged on the same, relative to the track lifting- and lining unit with regard to a vertical.
A synthetic layer scaffold for rebuilding a diseased intima layer of an artery, comprising: a biocompatible, bioresorbable synthetic elastic intima layer deployable on an inner surface of a diseased artery, wherein the synthetic elastic intima layer is a polymer layer with a thickness less than 0.004 inches (100 μm); wherein the synthetic elastic intima layer has pores to allow the outer surface to adhere to the inner surface wall of the diseased artery upon delivery in the artery and to allow cell ingrowth upon the delivery in the artery, wherein the diameter of the pores is between 1 to 10,000 microns; wherein the synthetic elastic intima layer is bio-absorbable over time upon the delivery in the artery; and wherein the bio-absorbable synthetic elastic intima layer is capable of being replaced by a newly rebuilt intima layer as a result of the cell ingrowth and the adherence of the outer surface of the bio-absorbable synthetic elastic intima layer to the inner surface wall of the artery. a biocompatible, bioresorbable synthetic elastic intima layer deployable on an inner surface of a diseased artery, wherein the synthetic elastic intima layer is a polymer layer with a thickness less than 0.004 inches (100 μm); wherein the synthetic elastic intima layer has pores to allow the outer surface to adhere to the inner surface wall of the diseased artery upon delivery in the artery and to allow cell ingrowth upon the delivery in the artery, wherein the diameter of the pores is between 1 to 10,000 microns; wherein the synthetic elastic intima layer is bio-absorbable over time upon the delivery in the artery; and wherein the bio-absorbable synthetic elastic intima layer is capable of being replaced by a newly rebuilt intima layer as a result of the cell ingrowth and the adherence of the outer surface of the bio-absorbable synthetic elastic intima layer to the inner surface wall of the artery.
Device for absorbing torsional vibrations, comprising: - a supporting element designed to move in rotation about an axis, - at least one pendular body that is moveable in relation to the supporting element, and - at least one rolling member cooperating with at least one rolling track rigidly connected to the supporting element and with at least one rolling track rigidly connected to the pendular body so as to guide the movement of the pendular body in relation to the supporting element, the rolling member rolling along each rolling track (12, 13) about an idle position on said track, at least one of these rolling tracks (12, 13) extending between two extremities (P2, P2') and comprising: - a first portion extending at least on one side from the idle position on said track (12, 13), the shape of this first portion enabling the filtration of a first order value of the torsional vibrations by the pendular body when the rolling member is rolling along said first portion, and - two second portions, each arranged beyond an extremity (P1, P1') of the first portion, the shape of each second portion enabling the filtration of a second order value of the torsional vibrations by the pendular body when the rolling member is rolling along one of these second portions, the second order value being strictly less than the first order value, characterized in that the length of the first portion, the length of each second portion, the first order value, and the second order value are selected such that the pendular body filters a third order value strictly between the first and the second order values when this pendular body completes a maximum movement. - a supporting element designed to move in rotation about an axis, - at least one pendular body that is moveable in relation to the supporting element, and - at least one rolling member cooperating with at least one rolling track rigidly connected to the supporting element and with at least one rolling track rigidly connected to the pendular body so as to guide the movement of the pendular body in relation to the supporting element, the rolling member rolling along each rolling track (12, 13) about an idle position on said track, - a first portion extending at least on one side from the idle position on said track (12, 13), the shape of this first portion enabling the filtration of a first order value of the torsional vibrations by the pendular body when the rolling member is rolling along said first portion, and - two second portions, each arranged beyond an extremity (P1, P1') of the first portion, the shape of each second portion enabling the filtration of a second order value of the torsional vibrations by the pendular body when the rolling member is rolling along one of these second portions, the second order value being strictly less than the first order value, characterized in that the length of the first portion, the length of each second portion, the first order value, and the second order value are selected such that the pendular body filters a third order value strictly between the first and the second order values when this pendular body completes a maximum movement.
Device for receiving a cylindrical fuse (15; 16; 17), comprising a housing which has housing leg pairs (36, 37) protruding from a housing base of the housing and spaced apart from one another, in which a U-shaped contact (24, 25) is inserted in each case between the legs of each housing pair (36, 37), and the housing leg pairs (36, 37) are provided to receive the cylindrical fuse (15, 16, 17), in which each U-shaped contact (24, 25) is formed by two contact legs (26, 27), and each contact leg (26, 27) has a vaulted region (26b; 27b) and is provided with a contact tongue (30; 31) which consists of a first and second portion (30a, 30b; 31a, 31b) which are at an angle of approximately 90° to one another, the second portions (30b, 31b) of the contact tongues (30, 31) being orientated mutually parallel to establish a contact blade, the contact tongue (30, 31) protruding past the contact legs laterally.
A toner comprising toner particles each of which contains a binder resin and a colorant; wherein the binder resin comprises a resin formed by the reaction of a resin and a resin: i) the resin having a softening point TA (°C) of from 70°C to 105°C and having a peak top of endothermic peaks at from 55°C to 120°C in a DSC curve as measured with a differential scanning calorimeter, ii) the resin having a softening point TB (°C) of from 120°C to 160°C and having a peak top of endothermic peaks at from 55°C to 120°C in a DSC curve as measured with the differential scanning calorimeter, wherein the softening point and the peak top of endothermic peaks are determined in accordance with the description; wherein the resin and the resin, when allowed to react with each other, are in a mass ratio (A: B) in the range of from 60:40 to 95:5; and wherein in viscoelasticity characteristics of the toner measured in accordance with the description at a frequency of 6.28 rad/sec; I) the toner has a storage elastic modulus at temperature 180°C (G'180) of from 3.0×10 3 Pa to 3.0×10 4 Pa, where; II) in a chart taking temperature as x-axis and loss tangent tanδ as y-axis; a) the loss tangent tanδ has at least one peak having a peak top within the range of from 50°C to 70°C and; b) when peak top temperature affording the peak top of the peak is represented by T(°C), the loss tangent at T+10(°C) [tanδ(T+10)] is from 1.0 to 1.5 and; c) the ratio of the tanδ(T+10) to the loss tangent at 110°C [tanδ], tanδ(T+10)/tanδ, is from 0.8 to 1.5. i) the resin having a softening point TA (°C) of from 70°C to 105°C and having a peak top of endothermic peaks at from 55°C to 120°C in a DSC curve as measured with a differential scanning calorimeter, ii) the resin having a softening point TB (°C) of from 120°C to 160°C and having a peak top of endothermic peaks at from 55°C to 120°C in a DSC curve as measured with the differential scanning calorimeter, wherein the softening point and the peak top of endothermic peaks are determined in accordance with the description; wherein the softening point and the peak top of endothermic peaks are determined in accordance with the description; I) the toner has a storage elastic modulus at temperature 180°C (G'180) of from 3.0×10 3 Pa to 3.0×10 4 Pa, where; II) in a chart taking temperature as x-axis and loss tangent tanδ as y-axis; a) the loss tangent tanδ has at least one peak having a peak top within the range of from 50°C to 70°C and; b) when peak top temperature affording the peak top of the peak is represented by T(°C), the loss tangent at T+10(°C) [tanδ(T+10)] is from 1.0 to 1.5 and; c) the ratio of the tanδ(T+10) to the loss tangent at 110°C [tanδ], tanδ(T+10)/tanδ, is from 0.8 to 1.5. a) the loss tangent tanδ has at least one peak having a peak top within the range of from 50°C to 70°C and; b) when peak top temperature affording the peak top of the peak is represented by T(°C), the loss tangent at T+10(°C) [tanδ(T+10)] is from 1.0 to 1.5 and; c) the ratio of the tanδ(T+10) to the loss tangent at 110°C [tanδ], tanδ(T+10)/tanδ, is from 0.8 to 1.5.
A method in a wireless local area network "WLAN", the method being performed by an access point "AP" controller of the WLAN, the method comprising: receiving a registration from a client terminal to serve as a soft AP in the WLAN; sending configuration information for configuring the client terminal as the soft AP in the WLAN; characterised by the method being further comprising: sending a basic service set transition report to a mobile communication device operating in the WLAN in response to determining, by a radio resource management component of the AP controller, that a coverage gap exists for the mobile communication device in the WLAN; wherein the basic service set transition report includes an identification of the client terminal serving as the soft AP and bridged to the WLAN. receiving a registration from a client terminal to serve as a soft AP in the WLAN; sending configuration information for configuring the client terminal as the soft AP in the WLAN;
A solid oxide fuel cell, comprising: a cell stack including an anode electrode and a cathode electrode and comprised of a solid electrolyte; a reformed gas introduction path introducing a reformed gas primarily composed of hydrogen into the cell stack; an oxidizing agent gas introduction path introducing an oxidizing agent gas, heated by a preheater, into the cell stack; and a heat-absorption part absorbing heat on a periphery of the cell stack; characterized in that the solid oxide fuel cell further comprises a cooling gas introduction path bypassing the preheater and introducing the oxidizing agent gas into the oxidizing agent gas introduction path, wherein the cooling gas introduction path branches from a branch portion provided upstream of the preheater in the oxidizing agent gas introduction path, and, through the heat-absorption part, is connected with a joining portion provided downstream of the preheater in the oxidizing agent gas introduction path and upstream of the cell stack. a cell stack including an anode electrode and a cathode electrode and comprised of a solid electrolyte; a reformed gas introduction path introducing a reformed gas primarily composed of hydrogen into the cell stack; an oxidizing agent gas introduction path introducing an oxidizing agent gas, heated by a preheater, into the cell stack; and a heat-absorption part absorbing heat on a periphery of the cell stack; characterized in that the solid oxide fuel cell further comprises a cooling gas introduction path bypassing the preheater and introducing the oxidizing agent gas into the oxidizing agent gas introduction path, wherein the cooling gas introduction path branches from a branch portion provided upstream of the preheater in the oxidizing agent gas introduction path, and, through the heat-absorption part, is connected with a joining portion provided downstream of the preheater in the oxidizing agent gas introduction path and upstream of the cell stack.
A steel sheet coated with a coating comprising from 10 to 40% of nickel, the balance being zinc, such steel sheet having a microstructure comprising from 1 to 50% of residual austenite, from 1 to 60% of martensite and optionally at least one element chosen from: bainite, ferrite, cementite and pearlite, and the following chemical composition in weight: 0.10 < C < 0.50%, 1.0 < Mn < 5.0%, 0.7 < Si < 3.0%, 0.05 < Al < 1.0% 0.75 < (Si+Al) < 3.0 % and on a purely optional basis, one or more elements such as Nb ≤ 0.5 %, B ≤ 0.005%, Cr ≤ 1.0%, Mo ≤ 0.50%, Ni ≤ 1.0%, Ti ≤ 0.5%, the remainder of the composition making up of iron and inevitable impurities resulting from the elaboration. 0.10 < C < 0.50%, 1.0 < Mn < 5.0%, 0.7 < Si < 3.0%, 0.05 < Al < 1.0% 0.75 < (Si+Al) < 3.0 % Nb ≤ 0.5 %, B ≤ 0.005%, Cr ≤ 1.0%, Mo ≤ 0.50%, Ni ≤ 1.0%, Ti ≤ 0.5%,
A street lamp for providing safe driving information, the street lamp comprising: a main illumination unit that illuminates a road; a vehicle reception unit that receives an accident occurrence signal or a malfunction occurrence signal of a disabled vehicle; a control unit that generates an accident recognition signal or a malfunction recognition signal depending on whether the accident occurrence signal is received or the malfunction occurrence signal is received, the accident recognition signal and the malfunction recognition signal being generated to be distinguishable from each other; a vehicle transmission unit that selectively transmits the accident recognition signal or the malfunction recognition signal to vehicles (202; 203; 204) positioned ahead of or behind an accident spot or a malfunction spot; a street lamp transmission unit that selectively transmits the accident recognition signal or the malfunction recognition signal to neighboring street lamps (STLL) ahead and behind with respect a vehicle running direction; and a street lamp reception unit that receives the accident recognition signal or the malfunction recognition signal from the neighboring street lamps (STLL) ahead and behind with respect a vehicle running direction, wherein the accident recognition signal or the malfunction recognition signal received through the street lamp reception unit is selectively transmitted to the neighboring street lamps (STLL) ahead and behind with respect to the running direction of the vehicle (202; 203; 204) through the street lamp transmission unit after subtracting 1 from a value of the accident recognition signal or the malfunction recognition signal. a main illumination unit that illuminates a road; a vehicle reception unit that receives an accident occurrence signal or a malfunction occurrence signal of a disabled vehicle; a control unit that generates an accident recognition signal or a malfunction recognition signal depending on whether the accident occurrence signal is received or the malfunction occurrence signal is received, the accident recognition signal and the malfunction recognition signal being generated to be distinguishable from each other; a vehicle transmission unit that selectively transmits the accident recognition signal or the malfunction recognition signal to vehicles (202; 203; 204) positioned ahead of or behind an accident spot or a malfunction spot; a street lamp transmission unit that selectively transmits the accident recognition signal or the malfunction recognition signal to neighboring street lamps (STLL) ahead and behind with respect a vehicle running direction; and a street lamp reception unit that receives the accident recognition signal or the malfunction recognition signal from the neighboring street lamps (STLL) ahead and behind with respect a vehicle running direction,
A method for wireless communication, comprising: receiving a first reference signal from a first node in first subframes by a user equipment, UE,); receiving a second reference signal from a second node in the first subframes and second subframes by the UE, the second reference signal coinciding with the first reference signal in the first subframes but not the second subframes; receiving an indication to determine channel state information, CSI, separately for the first subframes and the second subframes; determining first CSI for the first subframes by the UE based on the first and second reference signals received in the first subframes by the UE; determining second CSI for the second subframes by the UE based on the second reference signal received in the second subframes by the UE; and reporting the first CSI and the second CSI by the UE to one or more of the first and second nodes. receiving a first reference signal from a first node in first subframes by a user equipment, UE,); receiving a second reference signal from a second node in the first subframes and second subframes by the UE, the second reference signal coinciding with the first reference signal in the first subframes but not the second subframes; receiving an indication to determine channel state information, CSI, separately for the first subframes and the second subframes; determining first CSI for the first subframes by the UE based on the first and second reference signals received in the first subframes by the UE; determining second CSI for the second subframes by the UE based on the second reference signal received in the second subframes by the UE; and reporting the first CSI and the second CSI by the UE to one or more of the first and second nodes.
A method comprising: determining, by a controller device that manages a plurality of network devices, whether one or more stateful intents used to manage the plurality of network devices and represented by a graph model are modified; in response to determining that the one or more stateful intents are modified, associating, by the controller device, the one or more stateful intents with one or more resources for the stateful intents, the one or more resources being indicated by vertices of the graph model corresponding to the one or more stateful intents; determining, by the controller device, whether the associating of the one or more stateful intents with the one or more resources was successful; and configuring, by the controller device, at least one network device of the plurality of network devices using device-level configuration data representative of at least one of the one or more stateful intents that was successful for the at least one network device of the plurality of network devices. determining, by a controller device that manages a plurality of network devices, whether one or more stateful intents used to manage the plurality of network devices and represented by a graph model are modified; in response to determining that the one or more stateful intents are modified, associating, by the controller device, the one or more stateful intents with one or more resources for the stateful intents, the one or more resources being indicated by vertices of the graph model corresponding to the one or more stateful intents; determining, by the controller device, whether the associating of the one or more stateful intents with the one or more resources was successful; and configuring, by the controller device, at least one network device of the plurality of network devices using device-level configuration data representative of at least one of the one or more stateful intents that was successful for the at least one network device of the plurality of network devices.
Suction belt of a suction-type rod conveyor of a machine of the tobacco-processing industry, in particular a rod-forming machine, with the suction belt having longitudinal strands arranged beside one another in the conveying direction and with crossbars (42, 42.1, 42.2) arranged at least in sections transverse, in particular perpendicular, to the conveying direction of the suction belt, and in particular separate and/or formed in a block-like manner, being provided on the longitudinal strands, with the crossbars (42, 42.1, 42.2) being operatively connected with at least one longitudinal strand on at least one or more connecting areas, characterized in that the crossbars (42, 42.1, 42.2) are arranged as separate, in particular block-like, segment pieces in the conveying direction of the suction belt one after another at least in sections.
A dentifrice composition comprising a toothpaste carrier having a pH of 7 to 10, the dentifrice composition including a calcium ion source and a fluoride ion source wherein the calcium ion source is unencapsulated and is one or more calcium sucrose phosphate complexes, and the fluoride ion source is encapsulated or coated in a coating impermeable to the toothpaste carrier whereby the coating degrades to release fluoride ions when mechanically agitated by a toothbrush in an oral cavity surface.
Process for preparing a cationic polymer thickener in particle form, said polymer consisting of a crosslinked water swellable cationic polymer comprising at least one cationic water-soluble monomer and optionally at least one non-ionic water-soluble monomer and/or at least one anionic water-soluble monomer, wherein said polymer has a water extractable polymer content lower than 15 wt% as compared to the weight of the polymer, characterized in that said polymer is obtained by gel polymerization of said water-soluble monomers in the presence of from 500 ppm to 10.000 ppm of crosslinking agent relative to the weight of the water-soluble monomers.