mhurhangee/ep-ind-claims huggingface dataset:
Frozen fruits or frozen fruit pieces coated with between 1 weight % and 2 weight % of coating powder able to avoid juice leaking from said fruits or fruit pieces applied in a layer, wherein said coating powder comprises a mixture of stabilising agents made of modified starch and edible gums.
A process for the preparation of Pd 2 (dba) 3.CHCl 3 comprising the steps of: (a) reacting a Pd complex with an alkali metal halide in at least one alcohol solvent; and (b) reacting the product of step (a) with a mixture comprising dibenzylideneacetone, chloroform and an inorganic base to form Pd 2 (dba) 3.CHCl 3. (a) reacting a Pd complex with an alkali metal halide in at least one alcohol solvent; and (b) reacting the product of step (a) with a mixture comprising dibenzylideneacetone, chloroform and an inorganic base to form Pd 2 (dba) 3.CHCl 3.
A rotatable home appliance control knob comprising a hollow cover and a body placed onto said cover connected to each other by a snap-fit assembly, wherein said snap-fit assembly comprising at least one locking leaf which is in the form of an inward extension from the inner lateral surface of said cover and which has a resting surface facing the cover upper surface at the end part thereof; at least one locking tab which is positioned on the outer circumference of the body so as to correspond to said locking leaf and which has a resting surface which contacts with the resting surface of said locking leaf from above, wherein an outer step is provided extending peripherally along the outer part of said body, and correspondingly, a seating surface is provided which forms the circumference of the open surface of the cover, characterized in that a peripheral recess is provided between said seating surface and the locking leaf which extends partially or completely with said seating surface along the lower circumference of the open surface of said cover and correspondingly, a peripheral projection is provided which exists on the circumference of the outer part of the body and which is embodied so as to be placed partially or completely into said peripheral recess.
A method of profiling chromatin dynamics of obtained cell populations, the method comprising: (a) obtaining at least two samples of cell populations, each sample comprising cells of a different cell type or derived from a particular subject; (b) crosslinking the total cellular chromatin of said at least two samples; (c) isolating said total cellular chromatin on a solid support; (d) labeling DNA of said total cellular chromatin, wherein said labeling distinguishes between said total cellular chromatin of the first of said at least two samples and said total cellular chromatin of the second of said at least two samples; (e) releasing said total cellular chromatin from said solid support; (f) pooling said at least two samples of total cellular chromatin; and (g) isolating DNA which is complexed to a DNA binding protein of said total cellular chromatin using an agent which specifically binds to said DNA binding protein; and (h) analyzing said DNA of said total cellular chromatin. (a) obtaining at least two samples of cell populations, each sample comprising cells of a different cell type or derived from a particular subject; (b) crosslinking the total cellular chromatin of said at least two samples; (c) isolating said total cellular chromatin on a solid support; (d) labeling DNA of said total cellular chromatin, wherein said labeling distinguishes between said total cellular chromatin of the first of said at least two samples and said total cellular chromatin of the second of said at least two samples; (e) releasing said total cellular chromatin from said solid support; (f) pooling said at least two samples of total cellular chromatin; and (g) isolating DNA which is complexed to a DNA binding protein of said total cellular chromatin using an agent which specifically binds to said DNA binding protein; and (h) analyzing said DNA of said total cellular chromatin.
Tank container for the storage and/or transport of gas and/or liquid, said tank container comprising a frame and an elongated and essentially cylindrical tank vessel comprising two head-ends, in which said frame, at each head-end, comprises an associated head-end frame with at least two bottom corner fittings and an associated head-end saddle support; in which, at each head-end, said head-end frame and said head-end saddle support are mutually connected by two associated transfer beams, in which each transfer beam comprises a beam which, near one of said bottom corner fittings, connects the head-end frame to the associated head-end saddle support; characterised in that said transfer beam further comprises a gusset which is permanently connected to said beam and which, facing away from the associated head-end frame, extends over a distance A1 beyond the associated head-end saddle support, in which said distance A1 is at least 200 mm, preferably at least 400 mm.
A product comprising a bearing housing in which a shaft is supported by a bearing to rotate, a compressor wheel disposed on the shaft, a compressor cover connected with the bearing housing creating a compressor body defining a chamber within which the compressor wheel rotates, a diffuser extending radially outward from the chamber and receiving gas from the compressor wheel, an inlet on the compressor body receiving a supply of exhaust gas, an EGR distribution cavity defined completely within the compressor body and extending around the shaft, an EGR inlet channel extending into the bearing housing from the inlet to the EGR distribution cavity, and an EGR passage (84, 88, 94) extending from the EGR distribution cavity, characterized in that the EGR passage (84, 88, 94) opens to the diffuser and to a back side of the compressor wheel.
Light-absorbing layered structure that appears opaque to an observer, comprising a substrate made of a transparent material facing the observer, a front sub-layer that is applied onto said substrate, said front sub-layer is made of a matrix of dielectric metal oxide having particles made of electrically conductive material at a first mean concentration embedded therein, and a rear sub-layer applied onto the front sub-layer and facing away from the observer, said rear sub-layer is made of a matrix made of the metal oxide and, embedded therein, particles made of the electrically conductive material at a second mean concentration that is higher than the first mean concentration, whereby the metal oxide comprises niobium oxide, molybdenum oxide, tungsten oxide or vanadium oxide, and that the electrically conductive material comprises precious metal, copper, nickel or mixtures of said substances, and that the particles made of the conductive material are present in the front sub-layer at a concentration of between 2 and 8 % by volume - relative to the total volume of the front sub-layer, and that the particles made of the conductive material are present in the rear sub-layer at a mean concentration of between 15 and 45 % by volume - relative to the total volume of the rear sub-layer, and that the sheet resistance of the layer stack made up by front sub-layer and rear layer, is more than 1 kOhm/square - measured on the surface of the rear layer, and that the visual reflection Rv of the layered structure, standardised to the sensitivity of the eye and measured on the substrate side is less than 5% - calculated from the total reflection subtracting the reflection of 4% at the transparent substrate, and that the visual transmission Tv of the layered structure, standardised to the sensitivity of the eye, is less than 5%.
A transport refrigeration unit for use with a transport trailer comprising: a structural framework mountable to a wall of the transport trailer; a condenser heat exchanger unit mounted to the structural framework; an evaporator housing separated from the condenser heat exchanger by a distance; and at least one condenser fan assembly positioned aft of the condenser heat exchanger unit and forward of the evaporator housing, the at least one condenser fan assembly including: a fan casing; a fan rotor rotatable relative to the fan casing about an axis, the fan rotor having a plurality of fan blades; a shroud coupled to a radially outer end of the plurality of fan blades, the shroud including an axially oriented protrusion extending from a distal end of the shroud towards the fan casing; a clearance formed between the protrusion and the casing defining a convoluted flow path; characterized in that the convoluted flow path forms a labyrinth seal including a plurality of abrupt turns; and wherein the convoluted flow path includes a first 180 degree turn and a second 180 degree turn. a structural framework mountable to a wall of the transport trailer; a condenser heat exchanger unit mounted to the structural framework; an evaporator housing separated from the condenser heat exchanger by a distance; and at least one condenser fan assembly positioned aft of the condenser heat exchanger unit and forward of the evaporator housing, the at least one condenser fan assembly including: a fan casing; a fan rotor rotatable relative to the fan casing about an axis, the fan rotor having a plurality of fan blades; a shroud coupled to a radially outer end of the plurality of fan blades, the shroud including an axially oriented protrusion extending from a distal end of the shroud towards the fan casing; a clearance formed between the protrusion and the casing defining a convoluted flow path; characterized in that the convoluted flow path forms a labyrinth seal including a plurality of abrupt turns; and wherein the convoluted flow path includes a first 180 degree turn and a second 180 degree turn. a fan casing; a fan rotor rotatable relative to the fan casing about an axis, the fan rotor having a plurality of fan blades; a shroud coupled to a radially outer end of the plurality of fan blades, the shroud including an axially oriented protrusion extending from a distal end of the shroud towards the fan casing; a clearance formed between the protrusion and the casing defining a convoluted flow path; characterized in that the convoluted flow path forms a labyrinth seal including a plurality of abrupt turns; and wherein the convoluted flow path includes a first 180 degree turn and a second 180 degree turn.
A computer-implemented method comprising: broadcasting, to nodes of a blockchain network, a first deposit transaction, the first deposit transaction configured to allow a first digital asset to be unlocked after a defined period of time through generation of a signature which is valid for a first public key and to be unlocked at any time through generation of a signature which is valid for a congress public key associated with a group of nodes operating under a threshold signature scheme, wherein the congress public key is generated by at least a threshold number of the group of nodes, wherein each node is configured to generate a key share, wherein the key share is held within a trusted execution environment on the respective node; before expiration of the defined period of time, broadcasting to the blockchain network a first funding transaction which encumbers a second digital asset with the first public key, the congress public key and a third public key such that the encumbrance of the second digital asset may be removed by: 1) both a signature valid for the first public key and a signature valid for the third public key; or 2) a signature valid for the congress public key; and after expiration of the defined period of time, broadcasting a transaction unlocking the first digital asset with a signature which is valid for the first public key. before expiration of the defined period of time, broadcasting to the blockchain network a first funding transaction which encumbers a second digital asset with the first public key, the congress public key and a third public key such that the encumbrance of the second digital asset may be removed by: 1) both a signature valid for the first public key and a signature valid for the third public key; or 2) a signature valid for the congress public key; and after expiration of the defined period of time, broadcasting a transaction unlocking the first digital asset with a signature which is valid for the first public key.
A rotary position sensor assembly for detecting the angular position of a rotor of a motor, the rotary position sensor assembly comprising: at least one sensor; and a sensor target that is moveable relative to said sensor; the sensor target comprising a tubular body; and a plurality of substantially radially extending sections that are integrally formed with the tubular body; each radially extending section comprising two substantially radial upper edge portions, and a radially extending support set back from an axial and radial level of the upper edge portions such that detection of the support by the sensor is prevented or limited, and each of the upper edge portions provides a target for the sensor. at least one sensor; and a sensor target that is moveable relative to said sensor; the sensor target comprising a tubular body; and a plurality of substantially radially extending sections that are integrally formed with the tubular body; each radially extending section comprising two substantially radial upper edge portions, and a radially extending support set back from an axial and radial level of the upper edge portions such that detection of the support by the sensor is prevented or limited, and each of the upper edge portions provides a target for the sensor. a tubular body; and a plurality of substantially radially extending sections that are integrally formed with the tubular body; each radially extending section comprising two substantially radial upper edge portions, and a radially extending support set back from an axial and radial level of the upper edge portions such that detection of the support by the sensor is prevented or limited, and each of the upper edge portions provides a target for the sensor. two substantially radial upper edge portions, and a radially extending support set back from an axial and radial level of the upper edge portions such that detection of the support by the sensor is prevented or limited, and each of the upper edge portions provides a target for the sensor.
A method for producing a compound represented by the following formula: the production method comprising, as shown in the following reaction formula: the steps of acylating an amino group at position 2 of a compound represented by formula in the presence of trifluoroacetic acid as an acylating agent, a reagent, and a base, to thereby produce a compound represented by formula; and further alkylating a nitrogen atom at position 1 of the compound represented by formula by use of a compound represented by formula, wherein the reagent used simultaneously with the acylating agent is thionyl chloride, the base used in the reaction of the compound represented by formula is pyridine or N-methylimidazole, and a solvent used in the reaction of the compound represented by formula is an ether-based or ester-based solvent.
Method for starting an internal combustion engine of a vehicle comprising a hybrid drive which has at least one electric drive which has an associated high-voltage battery, and the vehicle has an on-board electrical system comprising an on-board electrical system battery, the said method comprising the following method steps: a. when the high-voltage battery is discharged, the on-board electrical system battery is connected by means of a relay to a pulse-controlled inverter which drives the at least one electric drive, b. the at least one electric drive is accelerated under zero load to a maximum achievable rotation speed at the applied voltage, c. the pulse-controlled inverter is disconnected from the on-board electrical system battery and a clutch between the at least one electric drive and the internal combustion engine is closed. a. when the high-voltage battery is discharged, the on-board electrical system battery is connected by means of a relay to a pulse-controlled inverter which drives the at least one electric drive, b. the at least one electric drive is accelerated under zero load to a maximum achievable rotation speed at the applied voltage, c. the pulse-controlled inverter is disconnected from the on-board electrical system battery and a clutch between the at least one electric drive and the internal combustion engine is closed.
System comprising a footrest chassis and a seat chassis, the footrest chassis comprising a first region, a second region, at least one fastening means (104; 105) for fastening the first region on the seat chassis and a connecting means (106; 107; 108), wherein the first region and the second region, in the state mounted on the seat chassis, can be pivoted about a first pivot axis defined by the fastening means (104; 105), and wherein the second region is connected with the first region via the connecting means (106:107; 108), wherein in a pivot movement of the first region and of the second region about the first pivot axis, an additional pivot movement of the second region takes place about a second pivot axis defined by the connecting means (106; 107; 108), wherein the connecting means (106; 107; 108) comprises a first connecting element, a second connecting element and a third connecting element, wherein the fastening means (104; 105) comprises a first fastening element and a second fastening element, characterised in that the footrest chassis has a support surface which is configured to lie on a bearing means of the seat chassis, wherein, when the footrest chassis is unfolded, the bearing means is displaced forwards, such that the support surface and the first region are pivoted upwards about the first pivot axis, wherein this pivot movement causes a relative movement between the second fastening element and the third connecting element, resulting in a pivot movement of the third connecting element which is opposed to the pivot movement of the first area, such that the pivot movement of the first region, of the second region and of the support surface about the first pivot axis can be released by a displacement of the support surface on the part of the bearing means.
Radiant surface structure for tempering a room with a radiant ceiling panel facing the room to be tempered, and with a pipe register through which a heat transfer medium flows and additionally at least one absorption device filled with a sound-absorbing material for sound absorption, the absorption device being arranged on the side of the radiant ceiling panel facing away from the room to be tempered and extending in the longitudinal or transverse direction thereof in the installation position, characterised in that the absorption device is constructed as an absorption box and its walls (8, 11, 13) are constructed as closed surfaces without perforation openings.
Vehicle wheel, in particular a bicycle wheel, comprising: a) a hub, a rim and an inflatable tyre b) in which the hub is situated around a rotation axle of the wheel, which hub rotates about the stationary rotation axle upon rotation of the wheel; c) a compressor which is substantially situated inside the hub; d) a drive (14, 22) for driving the compressor, in which the drive (14, 22) is movable with respect to the rotation axle, in particular rotatable, more particularly rotatable in a direction opposite to that of the hub; and e) a first connection for connecting the outlet of the compressor to the inflatable tyre of the wheel; and f) the compressor is configured for compressing outside air, and the compressor is provided with an inlet for taking in air at atmospheric pressure, and an outlet for delivering air at an increased pressure and the hub is provided with an air intake for supplying air to the inlet of the compressor; characterized in that said compressor comprises a store and is arranged for storing air compressed in a first step at a first increased pressure, and in a second step air from said store is subsequently compressed further to a desired or increased final pressure. a) a hub, a rim and an inflatable tyre b) in which the hub is situated around a rotation axle of the wheel, which hub rotates about the stationary rotation axle upon rotation of the wheel; c) a compressor which is substantially situated inside the hub; d) a drive (14, 22) for driving the compressor, in which the drive (14, 22) is movable with respect to the rotation axle, in particular rotatable, more particularly rotatable in a direction opposite to that of the hub; and e) a first connection for connecting the outlet of the compressor to the inflatable tyre of the wheel; and f) the compressor is configured for compressing outside air, and the compressor is provided with an inlet for taking in air at atmospheric pressure, and an outlet for delivering air at an increased pressure and the hub is provided with an air intake for supplying air to the inlet of the compressor; characterized in that said compressor comprises a store and is arranged for storing air compressed in a first step at a first increased pressure, and in a second step air from said store is subsequently compressed further to a desired or increased final pressure.
A method (200; 500; 600; 700) of controlling a duty cycle of a transmitter of a mobile device wirelessly connected to a telecommunications network, the duty cycle including an active state and an inactive state, the method comprising: - determining a switching option (t op; t op) for initiating the inactive state after the active state; characterized by: - assessing whether at least one timer of the mobile device triggers a future transmission at a transmission time (t tr); and - initiating the inactive state if a time difference (Δt) between the switching option (t op; t op) and the transmission-time (t tr; t tr) exceeds a predefined minimum duration (T sleepMin). - determining a switching option (t op; t op) for initiating the inactive state after the active state; characterized by: - assessing whether at least one timer of the mobile device triggers a future transmission at a transmission time (t tr); and - initiating the inactive state if a time difference (Δt) between the switching option (t op; t op) and the transmission-time (t tr; t tr) exceeds a predefined minimum duration (T sleepMin). - assessing whether at least one timer of the mobile device triggers a future transmission at a transmission time (t tr); and - initiating the inactive state if a time difference (Δt) between the switching option (t op; t op) and the transmission-time (t tr; t tr) exceeds a predefined minimum duration (T sleepMin).
Machine for the manufacturing of containers, comprising: - a welding station, comprising longitudinal welding means, which longitudinally welds a longitudinal welding flange, and transversal welding means, which transversally welds the division between the containers; and - a cutting station; said transversal welding means welding the division between the containers so that said longitudinal welding flange is placed at or near an end of said division between the containers, which also comprises dragging means of the containers joined to each other, characterised in that it also comprises centring means that are connected with said dragging means, so that when the centring means detect the presence of each container, it sends a signal to the dragging means to centre each container. - a welding station, comprising longitudinal welding means, which longitudinally welds a longitudinal welding flange, and transversal welding means, which transversally welds the division between the containers; and - a cutting station;