mhurhangee/ep-ind-claims huggingface dataset:
A process for repairing top layers for roads, tracks, and other areas used by traffic, by applying an amount of at least 20 g/m 2 of a polymeric material to the damaged site, applying an amount of at least 80 g/m 2 of a first polyurethane reaction mixture to the polymeric material, and applying, to the first polyurethane reaction mixture, a mixture comprising at least one mineral aggregate and a second polyurethane reaction mixture, and allowing the material to harden.
Passive dispenser of cold accumulators, the dispenser comprising an enclosure intended for being placed in a larger cooled external enclosure, storage means and dispensing means for cold accumulators arranged inside of this enclosure, an inlet that allows loading accumulators to be cooled in storage means, and an outlet through which the cooled accumulators are dispensed by dispensing means, enclosure of dispenser comprising a bottom wall connected to a top wall through side walls (20D,20G), and through a front wall and a rear wall, the passive dispenser of cold accumulators being characterized in that it comprises at least one air inlet (34,34-1,34-2) equipped with air suction means to capture the frigories from the outside of enclosure and circulate them inside of enclosure and in that bottom, top, side (20D,20G), front and rear walls are made out of a thermally conductive material.
A memory cell, comprising: a control gate (106, 242, 342, 742, 942) between a first tier of dielectric material (108, 240, 340, 740, 940) and a second tier of dielectric material (108, 240, 340, 740, 940); a floating gate (102, 260, 266, 360, 366, 760, 966) between the first tier of dielectric material (108, 240, 340, 740, 940) and the second tier of dielectric material (108, 240, 340, 740, 940), wherein the floating gate (102, 260, 266, 360, 366, 760, 966) includes a protrusion extending towards the control gate (106, 242, 342, 742, 942); and a charge blocking structure between the floating gate (102, 260, 266, 360, 366, 760, 966) and the control gate (106, 242, 342, 742, 942), wherein at least a portion of the charge blocking structure wraps around the protrusion, wherein the charge blocking structure comprises a first layer of oxide (248, 348, 748, 948) on the control gate, a layer of nitride (250, 350, 750, 950) on the first layer of oxide, and a second layer of oxide (256, 356, 756, 956) on the layer of nitride;; and wherein at least a portion of a barrier structure of the charge blocking structure wraps around the protrusion and comprises the second layer of oxide (256, 356, 756, 956), and wherein the floating gate (102, 260, 266, 360, 366, 760, 966) is in contact with the layer of nitride (250, 350, 750, 950) and the second layer of oxide (256, 356, 756, 956). a control gate (106, 242, 342, 742, 942) between a first tier of dielectric material (108, 240, 340, 740, 940) and a second tier of dielectric material (108, 240, 340, 740, 940); a floating gate (102, 260, 266, 360, 366, 760, 966) between the first tier of dielectric material (108, 240, 340, 740, 940) and the second tier of dielectric material (108, 240, 340, 740, 940), wherein the floating gate (102, 260, 266, 360, 366, 760, 966) includes a protrusion extending towards the control gate (106, 242, 342, 742, 942); and a charge blocking structure between the floating gate (102, 260, 266, 360, 366, 760, 966) and the control gate (106, 242, 342, 742, 942), wherein at least a portion of the charge blocking structure wraps around the protrusion, wherein the charge blocking structure comprises a first layer of oxide (248, 348, 748, 948) on the control gate, a layer of nitride (250, 350, 750, 950) on the first layer of oxide, and a second layer of oxide (256, 356, 756, 956) on the layer of nitride;; and wherein at least a portion of a barrier structure of the charge blocking structure wraps around the protrusion and comprises the second layer of oxide (256, 356, 756, 956), and wherein the floating gate (102, 260, 266, 360, 366, 760, 966) is in contact with the layer of nitride (250, 350, 750, 950) and the second layer of oxide (256, 356, 756, 956).
A method performed by a user equipment, UE, (102, 802) comprising: performing a random access procedure in a first downlink frequency resource and/or a first uplink frequency resource; in the random access procedure, monitoring a narrowband physical downlink control channel, NPDCCH, in the first downlink frequency resource on a DL anchor carrier; detecting a narrowband physical downlink control channel, NPDCCH, in the first downlink frequency resource on a DL anchor carrier; transmitting, to an evolved Node B, eNB, (160, 960) a narrowband physical uplink shared channel, NPUSCH, on a second uplink frequency resource on a UL non-anchor carrier based on detection of the NPDCCH on the first downlink frequency resource, in a case that the NPDCCH contains an uplink, UL, grant for contention resolution; and receiving, from the evolved Node B, eNB, (160, 960) a narrowband physical downlink shared channel, NPDSCH, on a second downlink frequency resource on a DL non-anchor carrier based on detection of the NPDCCH on the first downlink frequency resource, in a case that the NPDCCH contains a downlink, DL, assignment for contention resolution. performing a random access procedure in a first downlink frequency resource and/or a first uplink frequency resource; in the random access procedure, monitoring a narrowband physical downlink control channel, NPDCCH, in the first downlink frequency resource on a DL anchor carrier; detecting a narrowband physical downlink control channel, NPDCCH, in the first downlink frequency resource on a DL anchor carrier; transmitting, to an evolved Node B, eNB, (160, 960) a narrowband physical uplink shared channel, NPUSCH, on a second uplink frequency resource on a UL non-anchor carrier based on detection of the NPDCCH on the first downlink frequency resource, in a case that the NPDCCH contains an uplink, UL, grant for contention resolution; and receiving, from the evolved Node B, eNB, (160, 960) a narrowband physical downlink shared channel, NPDSCH, on a second downlink frequency resource on a DL non-anchor carrier based on detection of the NPDCCH on the first downlink frequency resource, in a case that the NPDCCH contains a downlink, DL, assignment for contention resolution.
A device for the electromagnetic testing of at least one object, the device comprising a network of electromagnetic probes for transmission and/or for reception of electromagnetic radiations towards or from the object being tested, the device also comprising a support structure for supporting the network of probes, comprising anechoic electromagnetic absorbers, and a support for supporting the object being tested, wherein the support structure for supporting the network of probes is closed in the three dimensions of space all around the support for the object being tested by at least one conductive wall forming a Faraday cage which is fitted on its inner side by anechoic electromagnetic absorbers (5, 51) located in the intervals between the probes, wherein the support structure delimits a closed volume containing the support for the object being tested, wherein the closed volume delimited by the support structure also contains a relative displacement system for relative displacement of the support relative to the support structure according to at least one degree of liberty, wherein the relative displacement system located inside the support structure is constituted by at least one first relative angular displacement system enabling at least one first determined sliding angular displacement of the support structure and of the support relative to each other about a non-vertical geometric axis, characterised in that the support structure rests on a lower base, wherein the device comprises between the base and the support structure a second other angular displacement system enabling to displace the support structure relative to the base by a second angle, which is in the same vertical plane as the first determined sliding angular displacement of the support relative to the support structure, which is of the same absolute value as the first determined sliding angular displacement and which is opposite the first determined sliding angular displacement of the first relative angular displacement system of the support relative to the support structure, so that the support for the object being tested retains a prescribed and constant position relative to the vertical.
Transforming station for transforming plastic parisons into plastic containers, wherein the transforming station has two side part supports (4, 6) for supporting side parts (14, 16) of a blow mould, and preferably has a base part support for supporting a base part of the blow mould, wherein these side parts (14, 16) and the base part of the blow mould together form a hollow space within which the plastic parisons can be transformed into the plastic containers by application of a free-flowing medium, wherein at least one of the two side part supports for opening and/or closing the blow mould is pivotable relative to the other side part with respect to a predetermined main axis, and wherein the transforming station has a locking mechanism in order in a closed state of the blow mould to lock a side part support with the other side part support, and wherein the locking mechanism has a second locking element which is pivotable with respect to a predetermined pivot axis and which interengages with a first locking element for locking the side parts, wherein at least one of the two locking elements has a first contact surface which is suitable to co-operate with a second contact surface of the first locking element during locking with the first locking element, wherein at least one of these contact surfaces is designed in such a way that in a pivoting operation of the second locking element with respect to the pivot axis in the direction of the first locking element the two side part supports (4, 6) are pushed towards one another, characterised in that the first locking element and the second locking element are formed in such a way that in a predetermined pivot position of the second locking element with respect to the first locking element the contact surfaces (26, 28) of the two locking elements (22, 24) are opposite one another, but a gap (Sp) is formed between the two contact surfaces (26, 28), wherein this constitutes a position in which the transforming station is substantially closed and can no longer be opened and the transforming station is designed without pressure pads.
A display device comprising: a front panel, which is translucent and at least part of which is an operation portion; a display panel fixed to a back surface of the front panel; a support member (10, 20)) that supports the front panel in a support area in which the display panel is not disposed; and an operation detection unit that is configured to detect that the operation portion has been operated; in the support area, an elastic member (51, 52) which is interposed between the front panel and the support member, characterised in that, a pressure resistive portion is provided in part of the elastic member (51, 52), the pressure resistive portion exerting, when the operation portion is pressed backward, a greater compressive resistance force on the area of front panel corresponding to the operation portion. a front panel, which is translucent and at least part of which is an operation portion; a display panel fixed to a back surface of the front panel; a support member (10, 20)) that supports the front panel in a support area in which the display panel is not disposed; and an operation detection unit that is configured to detect that the operation portion has been operated; in the support area, an elastic member (51, 52) which is interposed between the front panel and the support member,
A composite of lithium titanate nanoparticles and carbon, wherein lithium titanate nanoparticles crystallized by heating lithium titanate nanoparticle precursors under nitrogen atmosphere and having oxygen vacancies generated by a reducing action of carbon are dispersed and supported by carbon, and said oxygen vacancy sites are doped with nitrogen.
An engineered ketoreductase polypeptide capable of converting substrate N, N -dimethyl-3-keto-3-(2-thienyl)-1-propanamine to product - N, N -dimethyl-3-hydroxy-3-(2-thienyl)-1-propanamine at a rate that is improved over a reference polypeptide having the amino acid sequence of SEQ ID NO: 2, wherein the polypeptide comprises an amino acid sequence that is at least 85% identical to a reference sequence having the amino acid sequence of SEQ ID NO: 2, wherein the polypeptide has the following features: (a) the residue corresponding to residue X94 is a glycine, (b) the residue corresponding to residue X145 is an aromatic amino acid or leucine; and (c) the residue corresponding to residue X190 is proline; and (d) the residue at position X153 is threonine or valine, the residue at position X195 is methionine, the residue at position X206 is phenylalanine, tryptophan, or tyrosine, and/or the residue at position X233 is glycine.
An electronic cigarette device comprising: - an elongate main body configured to house a liquid reservoir, - at least one slideable panel connected to the elongate main body and moveable in relation to the main body in a longitudinal direction of the elongate main body between an extended position and a retracted position, whereby the liquid reservoir is exposed or more exposed when the panel is in the retracted position, wherein one of the elongate main body and the panel comprises at least one guide member and the other of the elongate main body and the panel comprises at least one connector configured to connect to the at least one guide member, and wherein the at least one connector is connected to the at least one guide member such that the panel is slideably moveable relative to the elongate main body in the longitudinal direction, characterised in that the at least one connector is connected to the at least one guide member such that the panel is also movable in a transverse direction that is perpendicular to the longitudinal direction. - an elongate main body configured to house a liquid reservoir, - at least one slideable panel connected to the elongate main body and moveable in relation to the main body in a longitudinal direction of the elongate main body between an extended position and a retracted position, whereby the liquid reservoir is exposed or more exposed when the panel is in the retracted position, wherein one of the elongate main body and the panel comprises at least one guide member and the other of the elongate main body and the panel comprises at least one connector configured to connect to the at least one guide member, and wherein the at least one connector is connected to the at least one guide member such that the panel is slideably moveable relative to the elongate main body in the longitudinal direction, characterised in that the at least one connector is connected to the at least one guide member such that the panel is also movable in a transverse direction that is perpendicular to the longitudinal direction.
A safety bearing arrangement for a food processing device (10, 110, 210) comprising a container (12, 112, 212) and a processing tool (20, 120, 220) arranged to be rotated with respect to the container (12, 112, 212) for processing food, the bearing arrangement comprising a first bearing part, and a second bearing part, wherein one of the first bearing part and the second bearing part is associated with the container (12, 112, 212) and the other one is associated with a tool unit (18, 118, 228), characterized in that the first bearing part and the second bearing part are arranged to engage one another with an interference fit so that, when a driving torque is applied to the processing tool to rotate the first and second bearing parts with respect to one another, a friction torque is generated between said first and second bearing parts (302,280) to decelerate the processing tool (20, 120, 220) when no driving torque is applied to the processing tool (20, 120, 220).
A rotary evaporator for evaporating a substance contained in an initial substance, the rotary evaporator having an evaporation flask for receiving the initial substance, a device for heating the substance, a condenser for condensing the vaporized substance, a collection container for receiving the re-liquefied substance and at least one device for generating a low pressure and/or an excess pressure, characterized in that an excess pressure can be generated at least within the collection container in order to remove the re-liquefied substance and/or an excess pressure can be generated at least within the evaporation flask in order to remove residues of the initial substance, and wherein a first conduit and/or a first conduit portion (31, 32, 33, 11 a) for supplying the initial substance in a metered manner is at least temporarily connected with a distillate removal container (14, 24, 25, 26) in order to supply a removed distillate again to the evaporation flask and to subject it to an evaporation process.
A vadose zone probe adapted to be mounted on an inflatable sleeve for installation in a borehole formed in the vadose zone, comprising: a fluid cell having one or more conduits connected thereto for externally accessing its interior, and a porous medium installed in, or formed on, one of its walls for allowing passage of liquid between the interior of said fluid cell and the borehole soil wherein at least the portion of said fluid cell comprising said porous medium is covered with an unconsolidated permeable and deformable medium, and wherein said vadose zone probe comprises an external pressure source connected to one of said one or more conduits for applying pressure/vacuum conditions in said fluid cell.
A process which comprises: (a) reacting a rosin with a polyol to give a rosin ester intermediate; (b) reacting the rosin ester intermediate with a dienophile to produce an adducted rosin ester; and (c) esterifying the adducted rosin ester with a polyethylene glycol having a weight-average molecular weight less than 700 to produce a water-dispersible adducted rosin ester having an acid value of 40 to 55 mg KOH/g. (a) reacting a rosin with a polyol to give a rosin ester intermediate; (b) reacting the rosin ester intermediate with a dienophile to produce an adducted rosin ester; and (c) esterifying the adducted rosin ester with a polyethylene glycol having a weight-average molecular weight less than 700 to produce a water-dispersible adducted rosin ester having an acid value of 40 to 55 mg KOH/g.
Profile assembly comprising an elongate first profile and second profile (1, 2) with a longitudinal direction and a spacer (3,3a,3b;4) with good thermally insulating properties, which spacer (3, 3a, 3b; 4) is adapted to extend in the longitudinal direction between the first and the second profile, the spacer (3, 3a, 3b; 4) having an upper wall and a first side wall adjoining the upper wall, whereby the first profile is provided with a chamber with a first chamber wall, a second chamber wall and an open side between the first and the second chamber walls (11, 12), which open side adjoins the first side wall of the spacer (3, 3a, 3b; 4), wherein the first and the second chamber walls (11, 12) extend in the longitudinal direction, and the first chamber wall is formed in the longitudinal direction with a first clamping flange adapted to engage against the upper wall of the spacer (3, 3a, 3b; 4) and with a second clamping flange characterized in that the second clamping flange is bendable against the first side wall of the spacer (3, 3a, 3b; 4).
A method for producing a composite oxide catalyst, wherein the composite oxide catalyst is used for oxidation of propylene, wherein the composite oxide catalyst is used for any of a vapor phase catalytic oxidation reaction for producing acrolein or methacrolein from propylene, and a vapor phase catalytic ammo-oxidation reaction for producing acrylonitrile or methacrylonitrile from propylene, and containing Mo and Bi as component elements, wherein the composite oxide catalyst is expressed by the following general formula: Mo a Bi b Co c Ni d Fe e X f Y g Z h Si i O j wherein X is at least one kind of element selected from the group consisting of magnesium (Mg), calcium (Ca), zinc (Zn), cerium (Ce) and samarium (Sm), Y is at least one of element selected from the group consisting of sodium (Na), potassium, rubidium (Rb), cesium (Cs) and thallium (Tl), Z is at least one kind of element selected from the group consisting of boron, phosphorus, arsenic (As) and tungsten, the letters a to j are atomic ratios of the respective elements, where a=12, b=0.5-7, c=0-10, d=0-10 where c+d=1-10, e=0.05-3, f=0-2, g=0.04-2, h=0-3 and i=5-48, wherein j is a numeral which satisfies the oxidation state of the other elements, where the method comprises incorporating supply source compounds of the respective elements into a composite in an aqueous solution, and subjecting the composite to heat treatment, comprising a pre-step for producing a catalyst precursor by heat-treating a raw material salt solution containing (i) molybdenum equivalent to partial atomic ratio (a 1) of the entire atomic ratio (a) of molybdenum, (ii) iron, (iii) at least one of nickel and cobalt, and (iv) silicon, or a dried article thereof that is obtained by drying the raw material salt solution, and an after-step in which said catalyst precursor, molybdenum equivalent to the remaining atomic ratio (a 2) after subtracting said (a 1) from the entire atomic ratio (a) of molybdenum, and a bismuth compound are incorporated together with an aqueous solution, and dried and calcined, wherein, as the supply source compound for the silicon component, fumed silica is used, and wherein the supply source compound for the bismuth component is selected among one of bismuth oxide and bismuth subcarbonate, bismuth subcarbonate containing at least part of predetermined Na in the form of a solid solution, a composite carbonate compound of Bi and X which contains at least part of the components, or a composite carbonate compound of Bi, Na and X which contains at least part of predetermined Na and X components.