mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting a reference signal, the method being performed by network device, the method comprising: transmitting a reference signal to a user equipment, wherein, the reference signal is transmitted through a preset number of consecutive subframes, and the reference signal is used for the user equipment to perform synchronization tracking, characterized in that, transmitting the reference signal to the user equipment comprises: transmitting the reference signal to the user equipment during a transition process of the user equipment from an inactive state to an active state, wherein, transmitting the reference signal to the user equipment during the transition process of the user equipment from the inactive state to the active state comprises: transmitting the reference signal to the user equipment after transmitting a wake-up signal to the user equipment, wherein, each subframe of the preset number of consecutive subframes comprises one slot or multiple consecutive slots, and each slot of the one slot or the multiple consecutive slots comprises one or more symbols containing the reference signal. transmitting a reference signal to a user equipment, wherein, the reference signal is transmitted through a preset number of consecutive subframes, and the reference signal is used for the user equipment to perform synchronization tracking, characterized in that, transmitting the reference signal to the user equipment comprises: transmitting the reference signal to the user equipment during a transition process of the user equipment from an inactive state to an active state, wherein, transmitting the reference signal to the user equipment during the transition process of the user equipment from the inactive state to the active state comprises: transmitting the reference signal to the user equipment after transmitting a wake-up signal to the user equipment, wherein, each subframe of the preset number of consecutive subframes comprises one slot or multiple consecutive slots, and each slot of the one slot or the multiple consecutive slots comprises one or more symbols containing the reference signal.
Refrigeration appliance, in particular a household refrigeration appliance, with at least one housing part relative to which at least one elongated component is arranged at a predefined mounting distance by means of a positioning element, characterised in that an inner ring element, that is provided as a positioning element, has a plurality of supporting vanes (LA1 to LAn) which are disposed around the outer circumference of said ring element, are freely outwardly-projecting and each of which is designed to be resilient, wherein the supporting vanes (LA1 to LAn) are disposed around the outer circumference of the inner ring element as essentially spiral arm sections, wherein at least one inner container with at least one refrigerator compartment and/or freezer compartment (GF, KF), at least one outer cladding part and/or an outer container is provided as a housing part, wherein a hollow body that is filled with insulation material is provided between the inner container and the outer cladding part and/or the outer container, wherein the positioning element is embedded in the insulation material of the hollow body with at least one elongated component clamped in its inner ring element in such a way that the elongated component is disposed in its clamped position at a desired distance from the housing part.
Surface-treated graphene/electrode active material composite particles, comprising a composite of a surface-treated graphene and electrode active material particles, wherein the surface-treated graphene comprises a graphene and a compound represented by the following general formula or a neutralized salt thereof attached to the graphene: wherein A represents a phenolic hydroxy group-free benzene-based aromatic group having a condensation number of 1 to 4, R 1 represents an alkylene group having 1 to 4 carbon atoms, an alkenoxyalkylene group having 2 to 4 carbon atoms, or a direct bond, R 2 and R 3 each independently represent a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, or an alkoxyalkyl group having 2 to 4 carbon atoms, and n represents an integer of 1 to 6. A represents a phenolic hydroxy group-free benzene-based aromatic group having a condensation number of 1 to 4, R 1 represents an alkylene group having 1 to 4 carbon atoms, an alkenoxyalkylene group having 2 to 4 carbon atoms, or a direct bond, R 2 and R 3 each independently represent a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, or an alkoxyalkyl group having 2 to 4 carbon atoms, and n represents an integer of 1 to 6.
A blade sharpening fixture system for fixating a blade to be sharpened, the blade sharpening fixture system comprising a jig for fixation of the blade, the jig comprising a table onto which a blade is to be fixedly arranged, fixating equipment for fixating the blade to said table, a grinding arrangement for grinding of the blade, and a height adjustment arrangement which is coupled to the grinding arrangement via an arm, the arm being arranged in a receiving portion of the height adjustment arrangement which is arranged to freely support the arm, wherein the receiving portion is arranged to allow the grinding arrangement to be movable in a grinding motion relative to the blade, wherein the grinding arrangement comprises a grinding block which is arranged to grind the blade edge, wherein the blade sharpening fixture system is characterised in that the grinding block is arranged between an inner block holder and an outer block holder, the inner block holder comprises a first connector and a second connector, the grinding block is arranged to the arm via one of the first connector and second connector, wherein the first connector is arranged at an angle (α) relative to the normal of the inner block holder so that the first connector provides an angle between the grinding block and the arm, such that when moving the grinding block relative to the blade, the blade edge assumes a convex edge. a table onto which a blade is to be fixedly arranged, fixating equipment for fixating the blade to said table, a grinding arrangement for grinding of the blade, and
Coating based on geopolymer binder, characterized in that it comprises: - at least one geopolymer binder containing: - an amorphous silico-aluminate precursor in a quantity comprised between 55 and 80% by weight with respect to the geopolymer binder; - a reagent solution in a quantity comprised between 20 and 45% by weight with respect to the geopolymer binder, intended to react with said precursor and comprising a silicate compound selected from among a sodium silicate, a potassium silicate, a lithium silicate and mixtures or compounds thereof; - at least one first aggregate constituted by graphite, in a quantity comprised between 5 and 20% by weight with respect to the coating. - at least one geopolymer binder containing: - an amorphous silico-aluminate precursor in a quantity comprised between 55 and 80% by weight with respect to the geopolymer binder; - a reagent solution in a quantity comprised between 20 and 45% by weight with respect to the geopolymer binder, intended to react with said precursor and comprising a silicate compound selected from among a sodium silicate, a potassium silicate, a lithium silicate and mixtures or compounds thereof; - an amorphous silico-aluminate precursor in a quantity comprised between 55 and 80% by weight with respect to the geopolymer binder; - a reagent solution in a quantity comprised between 20 and 45% by weight with respect to the geopolymer binder, intended to react with said precursor and comprising a silicate compound selected from among a sodium silicate, a potassium silicate, a lithium silicate and mixtures or compounds thereof; - at least one first aggregate constituted by graphite, in a quantity comprised between 5 and 20% by weight with respect to the coating.
A method for isolation of hybrid-type histidine kinase gene - OsHK3b from indica rice IR64 for use in improving salinity and drought stress tolerance of crop plants by overexpressing the OsHK3b, characterized by (i) treatment of cDNA isolated from IR64 seedling with forward primer OsHk3bF and reverse primer OsHk3bR by polymerase chain reaction to produce isolated amplified hybrid-type histidine kinase gene - OsHK3b, (ii) cloning the isolated gene - OsHK3b into TOPO-TA2.1 vector to produce pTOPO-OsHK3b recombinant plasmid, wherein hybrid-type histidine kinase gene - OsHK3b is isolated from its plasmid pTOPO-OSHK3b, wherein said forward primer OsHk3bF is identified as 5'ATGACGTTCGCGAGGTACGC3', wherein said reverse primer OsHk3bR is identified as 5'CTATTCAACTTGGTCATGATTTTG3', wherein said PCR comprises a step of annealing in PCR carried out at about 55°C, wherein said gene - OsHK3b has cDNA of 2598 bp, wherein said gene - OsHK3b is as given in Figure 2A, wherein said polymerase chain reaction comprises steps of:- i) preparing reaction mixture of cDNA, and forward primer OsHk3bF identified as 5'ATGACGTTCGCGAGGTACGC3' and reverse primer OsHk3bR identified as 5'CTATTCAACTTGGTCATGATTTTG3'; ii) initial denaturation of reaction mixture from step - i) at about 94°C preferably for about 5 min; iii) denaturation of reaction mixture from step - ii) at about 94°C preferably for about 1 min; iv) annealing of reaction mixture from step - iii) at about 55°C preferably for about 1 min; v) extension of reaction mixture from step - iv) at about 72°C preferably for about 3 min; and vi) final extension of reaction mixture from step - v) at about 72°C preferably for about 7 min, wherein the denaturation, the annealing, and the extension steps are repeated for about 34 cycles. (i) treatment of cDNA isolated from IR64 seedling with forward primer OsHk3bF and reverse primer OsHk3bR by polymerase chain reaction to produce isolated amplified hybrid-type histidine kinase gene - OsHK3b, (ii) cloning the isolated gene - OsHK3b into TOPO-TA2.1 vector to produce pTOPO-OsHK3b recombinant plasmid, i) preparing reaction mixture of cDNA, and forward primer OsHk3bF identified as 5'ATGACGTTCGCGAGGTACGC3' and reverse primer OsHk3bR identified as 5'CTATTCAACTTGGTCATGATTTTG3'; ii) initial denaturation of reaction mixture from step - i) at about 94°C preferably for about 5 min; iii) denaturation of reaction mixture from step - ii) at about 94°C preferably for about 1 min; iv) annealing of reaction mixture from step - iii) at about 55°C preferably for about 1 min; v) extension of reaction mixture from step - iv) at about 72°C preferably for about 3 min; and vi) final extension of reaction mixture from step - v) at about 72°C preferably for about 7 min,
A package comprising a stack of tissue paper sheets, wherein the package is openable by moving one part of the package relative to another part of the package so that a first portion of the stack of tissue paper sheets is uncovered by the package, and wherein a cover is moveable with one of the parts relative to the other part so as to cover the first portion of the stack, and wherein the cover is configured to move relative to the other part of the package in a sliding manner as the package is opened, characterised in that the package has a hinge portion and the package is openable and closeable by rotation about the hinge portion so that parts (51, 52) of the package move apart from each other as the package is opened about the hinge, and wherein rotation of the package about the hinge is such as to provide a dispensing opening in the package through which a bottom sheet in the stack can be withdrawn, where the bottom sheet is on an opposing side of the stack to the hinge, and also to provide a side opening through which the stack is uncovered by the package in a stacking direction of the package, wherein the side opening becomes more spread apart from the hinge end to the dispensing opening end, and wherein the cover is configured to cover the side opening.
A crash test apparatus comprising: a fixture frame holding a cab (C, C-1) mounted on a real vehicle frame; a cart mounting the fixture frame; a protruding barrier disposed in front of the cab (C, C-1); a moving device moving the cart toward the protruding barrier, a front support device (27, 27-1) being disposed on the fixture frame and supporting a front part of the cab (C, C-1); and a rear support device (35, 35-1) being disposed on the fixture frame and fixing to support a rear part of the cab (C, C-1); characterized by: the front support device (27, 27-1) being adapted to allow the front part to move in a front and a rear direction; and a frame deformation amount reproduction mechanism reproducing a deformation of the real vehicle frame when the cab (C, C-1) crashes against the protruding barrier by a movement of the cart. a fixture frame holding a cab (C, C-1) mounted on a real vehicle frame; a cart mounting the fixture frame; a protruding barrier disposed in front of the cab (C, C-1); a moving device moving the cart toward the protruding barrier, a front support device (27, 27-1) being disposed on the fixture frame and supporting a front part of the cab (C, C-1); and a rear support device (35, 35-1) being disposed on the fixture frame and fixing to support a rear part of the cab (C, C-1); characterized by: the front support device (27, 27-1) being adapted to allow the front part to move in a front and a rear direction; and a frame deformation amount reproduction mechanism reproducing a deformation of the real vehicle frame when the cab (C, C-1) crashes against the protruding barrier by a movement of the cart. the front support device (27, 27-1) being adapted to allow the front part to move in a front and a rear direction; and a frame deformation amount reproduction mechanism reproducing a deformation of the real vehicle frame when the cab (C, C-1) crashes against the protruding barrier by a movement of the cart.
A method for treating the surface of paper and/or at least one of the layers thereof, comprising the following successive steps: i) Supplying an aqueous suspension S of polysaccharide; ii) Supplying an aqueous dispersion D comprising (a) particles of at least one anionic water-swellable polymer P and (b) at least one compound selected from a mineral salt, an organic salt, an organic dispersing polymer and the mixtures thereof; iii) Mixing the suspension S and the dispersion D to obtain a mixture M; iv) Applying the mixture M to the surface of the paper and/or to at least one of the layers thereof. i) Supplying an aqueous suspension S of polysaccharide; ii) Supplying an aqueous dispersion D comprising (a) particles of at least one anionic water-swellable polymer P and (b) at least one compound selected from a mineral salt, an organic salt, an organic dispersing polymer and the mixtures thereof; iii) Mixing the suspension S and the dispersion D to obtain a mixture M; iv) Applying the mixture M to the surface of the paper and/or to at least one of the layers thereof.
A conotoxin peptide κ-CPTx-btl02, which is derived from a polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 1 by substitution of one or more amino acids therein, and has the function of the polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 1, which is the inhibition of a calcium ion channel, wherein the substitution of the one or more amino acids is selected from the group consisting of: (i) substitution of the arginine at position 1 or 3 with lysine; (ii) substitution of the glutamic acid at position 5 with aspartic acid; (iii) substitution of the threonine at position 7 or 10 with serine; (iv) substitution of the valine at position 12 with leucine or isoleucine; wherein the amino acid sequences of the conotoxin peptide κ-CPTx-btl02 contain three pairs of disulfide bonds. (i) substitution of the arginine at position 1 or 3 with lysine; (ii) substitution of the glutamic acid at position 5 with aspartic acid; (iii) substitution of the threonine at position 7 or 10 with serine; (iv) substitution of the valine at position 12 with leucine or isoleucine;
Adapter (10, 60) for receiving a roller carriage (12, 58) of a sliding leaf (20, 38) of a sliding door, a sliding window or the like, having the features: a. the adapter (10, 60) has an adapter member having a base member and two side portions (26, 28) which extend away from the base portion and between which the roller carriage (12, 58) can be at least partially received, wherein the side portions (26, 28) are spaced apart in the lateral adapter direction and the base portion together with the side portions (26, 28) has perpendicularly to the longitudinal adapter direction a substantially U-shaped cross-section; b. on the adapter member in the region of the connection of a first side portion to the base portion, a first resilient projection (30, 64) is formed; c. in the region of a free end of the first side portion opposite the first resilient projection (30, 64), a second resilient projection (32, 66) is formed; d. end portions of the first projection (30, 64) and the second projection (32, 66) can be moved by means of the resilient formation of the first projection (30, 64) and the second projection (32, 66) in the lateral adapter direction so that the adapter width when the adapter (10, 60) is introduced in the longitudinal adapter direction into a groove (18, 40) of the sliding leaf (20, 38) is adapted to the width (B 1, B 2) of the groove (18, 40), characterised in that the first projection (30, 64) and the second projection (32, 66) are arranged offset with respect to each other in the longitudinal adapter direction, wherein the adapter (10, 60) is formed from plastics material and the adapter (10, 60) is constructed integrally. a. the adapter (10, 60) has an adapter member having a base member and two side portions (26, 28) which extend away from the base portion and between which the roller carriage (12, 58) can be at least partially received, wherein the side portions (26, 28) are spaced apart in the lateral adapter direction and the base portion together with the side portions (26, 28) has perpendicularly to the longitudinal adapter direction a substantially U-shaped cross-section; b. on the adapter member in the region of the connection of a first side portion to the base portion, a first resilient projection (30, 64) is formed; c. in the region of a free end of the first side portion opposite the first resilient projection (30, 64), a second resilient projection (32, 66) is formed; d. end portions of the first projection (30, 64) and the second projection (32, 66) can be moved by means of the resilient formation of the first projection (30, 64) and the second projection (32, 66) in the lateral adapter direction so that the adapter width when the adapter (10, 60) is introduced in the longitudinal adapter direction into a groove (18, 40) of the sliding leaf (20, 38) is adapted to the width (B 1, B 2) of the groove (18, 40),
A method for estimating a brake temperature (T brk) of a brake disc of a vehicle, comprising the steps of: virtually separating the brake disc in a brake disc body and a brake disc contact surface layer and estimating the temperature (T cont) of the brake disc contact surface layer in dependence of the temperature (T disc) of the braking disc body and a heat input in the brake disc contact surface layer due to a braking action, wherein the estimated temperature (T cont) of the brake disc contact surface layer corresponds to the brake temperature (T brk). virtually separating the brake disc in a brake disc body and a brake disc contact surface layer and estimating the temperature (T cont) of the brake disc contact surface layer in dependence of the temperature (T disc) of the braking disc body and a heat input in the brake disc contact surface layer due to a braking action, wherein the estimated temperature (T cont) of the brake disc contact surface layer corresponds to the brake temperature (T brk).
A process for the synthesis of a monohalogenated telomer molecule having the formula X-[C 2 C (B')] n -CY=C (Z'), the process comprising: a) reacting a taxogen of the formula C 2 =C (B'), wherein A is either H or F; and B and B' are either H, F, or Cl, and are not necessarily the same, with a halogenated telogen of the formula X-C (Y')C (Z')-X', in the presence of one or more free radical initiators, wherein X and X' are Br, Cl or I (and are not necessarily the same); Y and Y' are F, Br, Cl or I (and are not necessarily the same); and Z and Z' are F, Br, Cl or I (and are not necessarily the same); thereby forming a dihalogenated telomer of the formula: X-[C 2 C (B')] n - [C (Y')C (Z')]-X' wherein n is at least 1 and b) dehalogenating the dihalogenated telomer to form the monohalogenated telomer molecule having the formula X-[C 2 C (B')] n -CY=C (Z'). a) reacting a taxogen of the formula C 2 =C (B'), wherein A is either H or F; and B and B' are either H, F, or Cl, and are not necessarily the same, with a halogenated telogen of the formula X-C (Y')C (Z')-X', in the presence of one or more free radical initiators, wherein X and X' are Br, Cl or I (and are not necessarily the same); Y and Y' are F, Br, Cl or I (and are not necessarily the same); and Z and Z' are F, Br, Cl or I (and are not necessarily the same); thereby forming a dihalogenated telomer of the formula: X-[C 2 C (B')] n - [C (Y')C (Z')]-X' wherein n is at least 1 and b) dehalogenating the dihalogenated telomer to form the monohalogenated telomer molecule having the formula X-[C 2 C (B')] n -CY=C (Z').
Coaxial plug connector, particularly a coaxial plug or a coaxial socket comprising an outer conductor part, an inner conductor part, a dielectric which holds the inner conductor part within and coaxial with the outer conductor part at a predetermined axial position, and a plug-side end for plugged electrical and mechanical connection of the inner conductor part and the outer conductor part to a respective inner conductor part and outer conductor part of a complementary coaxial plug connector, wherein the dielectric has an axial channel with a predetermined first radial diameter within which the inner conductor part is arranged, wherein the channel is configured such that the radial diameter of the channel tapers in the direction of the plug-side end from the first predetermined radial diameter to a second predetermined radial diameter, wherein the inner conductor part has at least one first diameter and one second diameter which is smaller than the first diameter and smaller than the second predetermined radial diameter of the channel of the dielectric, wherein the first diameter of the inner conductor part is chosen so that the inner conductor part fits within the first predetermined radial diameter of the channel and simultaneously, the first diameter of the inner conductor part is larger than the second predetermined radial diameter of the channel, so that a shoulder is formed at an outer side of the inner conductor part at the point at which the first diameter of the inner conductor part gives way to the second diameter of the inner conductor part, wherein said shoulder is arranged at the outer side of the inner conductor part in the axial direction such that the inner conductor part is situated at the predetermined axial position within the outer conductor part when the shoulder of the inner conductor part rests against the taper of the radial diameter (30, 32) of the channel of the dielectric, wherein at least one elevation is provided on an outer side of the inner conductor part and, on an inner side of the dielectric which faces toward the channel, at least one recess is arranged and configured such that the elevation on the inner conductor part locks with the recess in the dielectric when the inner conductor part is pushed axially into the channel of the dielectric as far as the predetermined position, characterised in that the first diameter of the channel at the plug-side end of the dielectric tapers to a second diameter.