mhurhangee/ep-ind-claims huggingface dataset:
A turn plate assembly, comprising: a base plate; a bearing assembly supported on said base plate, said bearing assembly including a plurality of rolling elements; a rotating support disc supported on said bearing assembly for rotation movement about a fixed axis; characterized in that it comprises a translational mat releasably secured to the upper surface of said rotating support disc, said translational mat having freedom for translational movement relative to said support disc in response to an applied translational force. a base plate; a bearing assembly supported on said base plate, said bearing assembly including a plurality of rolling elements; a rotating support disc supported on said bearing assembly for rotation movement about a fixed axis; characterized in that it comprises a translational mat releasably secured to the upper surface of said rotating support disc, said translational mat having freedom for translational movement relative to said support disc in response to an applied translational force.
A method of releasing steviol glycosides from a yeast host cell, comprising the steps of: a) providing a fermentation medium comprising a yeast host cell engineered to produce one or more steviol glycosides; and b) releasing the one or more steviol glycosides from the engineered yeast host cell by heating the fermentation medium to a temperature in the range from 70° C to 75° C for 5 minutes to 48 hours, wherein the one or more steviol glycosides are released from an intracellular portion of the yeast host cell into an extracellular portion of the fermentation medium; wherein the steviol glycoside is selected from rebaudioside M, rebaudioside D, rebaudioside A, rebaudioside B or combinations thereof. a) providing a fermentation medium comprising a yeast host cell engineered to produce one or more steviol glycosides; and b) releasing the one or more steviol glycosides from the engineered yeast host cell by heating the fermentation medium to a temperature in the range from 70° C to 75° C for 5 minutes to 48 hours, wherein the one or more steviol glycosides are released from an intracellular portion of the yeast host cell into an extracellular portion of the fermentation medium; wherein the steviol glycoside is selected from rebaudioside M, rebaudioside D, rebaudioside A, rebaudioside B or combinations thereof.
A method for signal processing in an integrated circuit, IC, having a data processing engine, comprising: dividing a set of data samples of a data signal, corresponding to a first peak detection window, PDW, into a plurality of subsets of data samples each comprising a number of data samples; performing vector operations in the data processing engine on each of the plurality of subsets of data samples; and determining a running index of a sample with a maximum amplitude over the first PDW based on the vector operations, characterised in that the running index is determined by: multiplying an index of the plurality of subsets by a number of data samples in each of the plurality of subsets to generate a product, and adding a fractional index to the product. dividing a set of data samples of a data signal, corresponding to a first peak detection window, PDW, into a plurality of subsets of data samples each comprising a number of data samples; performing vector operations in the data processing engine on each of the plurality of subsets of data samples; and determining a running index of a sample with a maximum amplitude over the first PDW based on the vector operations, characterised in that the running index is determined by: multiplying an index of the plurality of subsets by a number of data samples in each of the plurality of subsets to generate a product, and adding a fractional index to the product.
A bearing assembly for a brake carrier, in particular for a utility vehicle, comprising a retaining element and a braking means support element, wherein the retaining element is or can be fixed by form fit, substance bonding and/or force fit to an axle or a chassis com ponent, wherein the axle extends along an axial direction, wherein the braking means support element has a first mounting region, wherein the retaining element has a first retaining region, and wherein the first mounting region is or can be brought into direct or indirect engagement with the first retaining region, such that a displacement along a first transverse direction between the retaining element and the braking means support element is prevented by form fit, wherein the retaining element comprises a second retaining region, and the braking means support element comprises a second mounting region, and wherein the second retaining region is or can be brought into form-fit engagement with the second mounting region such that a force, in particular parallel to the second transverse direction, can be transmitted between the second retaining region and the second mounting region by form fit, characterized in that the second retaining region forms a second distal end of the retaining element, wherein the second mounting region forms a second distal end of the braking means support element, and wherein the second distal ends (26, 46) delimit the retaining element and the braking means support element, in particular in the first transverse direction.
Arrangement, comprising a radio for flush mounting, the radio being assigned an AUX connection for connecting to a further device, and a user interface, the radio having only a single AUX connection, characterized in that, by means of the user interface, the AUX connection is configurable or settable as AUX input or AUX output by virtue of the function of the AUX connection being variable in firmware or software by way of the user interface.
A method for assigning a pair of first and second polypeptides that form a T-cell receptor or Immunoglobulin (Ig) heterodimer to a single source sample among a plurality of source samples, comprising: for each of a plurality of source samples each comprising T-cells or B-cells, determining the first rearranged nucleic acid sequences encoding the first polypeptides of the TCR or Ig heterodimers present in the source sample and assigning the first rearranged nucleic acid sequences to the source sample; pooling the plurality of source samples to form a combined population of cells; determining from the combined population of cells, a plurality of cognate pairs of first and second rearranged nucleic acid sequences encoding first and second polypeptides of the TCR or Ig heterodimers; comparing the first rearranged nucleic acid sequences determined in each of the source samples in to the first rearranged nucleic acid sequences determined from the plurality of cognate pairs of rearranged nucleic acid sequences in to assign each first rearranged nucleic acid sequence present in the combined population to a single source sample; and for each first rearranged nucleic acid sequence assigned to a single source sample in step, assigning the cognate second rearranged nucleic acid sequence of the cognate pair identified in step to the same single source sample. for each of a plurality of source samples each comprising T-cells or B-cells, determining the first rearranged nucleic acid sequences encoding the first polypeptides of the TCR or Ig heterodimers present in the source sample and assigning the first rearranged nucleic acid sequences to the source sample; pooling the plurality of source samples to form a combined population of cells; determining from the combined population of cells, a plurality of cognate pairs of first and second rearranged nucleic acid sequences encoding first and second polypeptides of the TCR or Ig heterodimers; comparing the first rearranged nucleic acid sequences determined in each of the source samples in to the first rearranged nucleic acid sequences determined from the plurality of cognate pairs of rearranged nucleic acid sequences in to assign each first rearranged nucleic acid sequence present in the combined population to a single source sample; and for each first rearranged nucleic acid sequence assigned to a single source sample in step, assigning the cognate second rearranged nucleic acid sequence of the cognate pair identified in step to the same single source sample.
A vehicle travel assist apparatus, which performs speed-reduction control in which a relative deceleration (Gr) of a vehicle with respect to an object present ahead of the vehicle in a traveling direction is increased to a target relative deceleration (At), and calculates a speed reduction distance (Xth), which is an estimated value of a travel distance of the vehicle that is necessary for making a relative speed (Vr) of the vehicle with respect to the object equal to or less than a specified speed (Vth) when the speed-reduction control is performed, the vehicle travel assist apparatus being characterized by: an electronic control unit that is configured to calculate a free running distance, which is an estimated value of a distance that the vehicle can travel from a first time point to a second time point, the first time point being a point in time at which the speed-reduction control is started, and the second time point being a point in time at which the relative deceleration (Gr) begins to increase by the start of the speed-reduction control at the first time point, calculate an increase travel distance, which is an estimated value of a distance that the vehicle can travel from the second time point to a third time point at which the relative deceleration (Gr) reaches the target relative deceleration (At), calculate a post-completion travel distance, which is an estimated value of a distance that the vehicle can travel from the third time point to a time point at which the relative speed (Vr) is made equal to or less than the specified speed (Vth), and obtain the speed reduction distance (Xth) based on a result of adding up the free running distance, the increase travel distance, and the post-completion travel distance. calculate a free running distance, which is an estimated value of a distance that the vehicle can travel from a first time point to a second time point, the first time point being a point in time at which the speed-reduction control is started, and the second time point being a point in time at which the relative deceleration (Gr) begins to increase by the start of the speed-reduction control at the first time point, calculate an increase travel distance, which is an estimated value of a distance that the vehicle can travel from the second time point to a third time point at which the relative deceleration (Gr) reaches the target relative deceleration (At), calculate a post-completion travel distance, which is an estimated value of a distance that the vehicle can travel from the third time point to a time point at which the relative speed (Vr) is made equal to or less than the specified speed (Vth), and obtain the speed reduction distance (Xth) based on a result of adding up the free running distance, the increase travel distance, and the post-completion travel distance.
An acellular biomimetic medical device comprising a scaffold coated in or adsorbed on its surfaces with a first layer comprising a cationic agent, the first layer being covered or coated with a second layer comprising a sulphated glycosaminoglycan (sGAG), which is non-covalently bound to a mixture of a plurality of bioactive factors, wherein the plurality of bioactive factors comprise: (i) an agent that can stimulate stem cell differentiation and/or promote appropriate extracellular matrix formation for the tissue to be regenerated wherein the agent is TGFβ3; (ii) a stem cell homing or migratory factor which is a heparin-binding chemokine; and optionally (iii) an agent that inhibits enzymes associated with the breakdown or catabolism of extracellular matrix; and wherein the biomimetic medical device is an implant. (i) an agent that can stimulate stem cell differentiation and/or promote appropriate extracellular matrix formation for the tissue to be regenerated wherein the agent is TGFβ3; (ii) a stem cell homing or migratory factor which is a heparin-binding chemokine; and optionally (iii) an agent that inhibits enzymes associated with the breakdown or catabolism of extracellular matrix; and
A compactor machine for organic solid waste comprising grinding means for grinding the organic solid waste, centrifugation means for centrifuging the ground organic solid waste and drying means for drying the ground and centrifuged organic solid waste; wherein the centrifugation means comprise - a first container, provided with a plurality of holes, adapted to receive the ground organic waste coming from the grinding means; - a first motor for transmitting a centrifugal rotation, in one direction of rotation or in the other, to said first container about a first axis of rotation; - a second container, arranged externally to the first container so as to contain said first container and collect the centrifugation liquid ejected through the holes during the centrifugation; characterized in that the drying means comprise - a third container adapted to receive the ground and centrifuged organic waste coming from the centrifugation means; - hot air inlet means (29, 28, 28', 71) into said third container; - an extraction device for extracting the drying air from the third container. - a first container, provided with a plurality of holes, adapted to receive the ground organic waste coming from the grinding means; - a first motor for transmitting a centrifugal rotation, in one direction of rotation or in the other, to said first container about a first axis of rotation; - a second container, arranged externally to the first container so as to contain said first container and collect the centrifugation liquid ejected through the holes during the centrifugation; characterized in that the drying means comprise - a third container adapted to receive the ground and centrifuged organic waste coming from the centrifugation means; - hot air inlet means (29, 28, 28', 71) into said third container; - an extraction device for extracting the drying air from the third container.
Ajoint structure comprising: - a first member having a fit-in groove (116, 216, 316); - a second member made of a material different from a material of the first member and comprising an insertion section (124, 224, 324) to be inserted into the fit-in groove; and a plurality of bonding layers (130,132, 134, 136, 138, 140, 142) having different hardness and formed between the fit-in groove and the insertion section (124, 224, 324), wherein the plurality of bonding layers include a first layer to be bonded to the first member, a second layer to be bonded to a second member, and a third layer, characterized in that the third layer is softer than the first and second layers and is disposed between the first and second layers. - a first member having a fit-in groove (116, 216, 316); - a second member made of a material different from a material of the first member and comprising an insertion section (124, 224, 324) to be inserted into the fit-in groove; and a plurality of bonding layers (130,132, 134, 136, 138, 140, 142) having different hardness and formed between the fit-in groove and the insertion section (124, 224, 324), wherein the plurality of bonding layers include a first layer to be bonded to the first member, a second layer to be bonded to a second member, and a third layer, characterized in that the third layer is softer than the first and second layers and is disposed between the first and second layers.
A method for blind detection of a Physical Downlink Control Channel, PDCCH, implemented by a terminal device which has at least one search space comprising n user equipment, UE, -specific search spaces and m common search spaces, the method comprising: when the number of PDCCH blind detections in the at least one search space of the terminal device is greater than a maximum number of blind detections, reducing, by the terminal device, only the number of PDCCH blind detections in the n UE-specific search spaces comprised in the at least one search space, the reduced number of PDCCH blind detections in the at least one search space being less than or equal to the maximum number of blind detections, where n and m are integers greater than or equal to 0, and n and m are not 0 at the same time; and performing, by the terminal device, a PDCCH blind detection in the at least one search space according to the reduced number of PDCCH blind detections in the at least one search space. when the number of PDCCH blind detections in the at least one search space of the terminal device is greater than a maximum number of blind detections, reducing, by the terminal device, only the number of PDCCH blind detections in the n UE-specific search spaces comprised in the at least one search space, the reduced number of PDCCH blind detections in the at least one search space being less than or equal to the maximum number of blind detections, where n and m are integers greater than or equal to 0, and n and m are not 0 at the same time; and performing, by the terminal device, a PDCCH blind detection in the at least one search space according to the reduced number of PDCCH blind detections in the at least one search space.
A frame for the installation of a window or a door, the frame having an inner side for mounting the window or the door and an outer side for connection to a wall, characterized in that the frame comprises a material with at least 30 percent by volume expanded clay and/or foam glass, and the frame has a rough surface, which can be well connected to the surroundings.
Power supply arrangement having galvanic isolation, in particular with an explosion-proof design, having a power supply input, having a transformer which has a primary winding and a secondary winding which is galvanically isolated therefrom, having a controlled semiconductor switch which has at least one control input and which forms a series connection with the primary winding, said series connection being in parallel with the power supply input, having a controllable control circuit for the semiconductor switch which contains an oscillator and sends an intermittent control signal for the semiconductor switch, said control signal being controlled in such a way that the output voltage at the secondary winding is held at a predetermined set value regardless of the load, characterised in that the power supply arrangement is equipped with a voltage monitoring and limiting circuit which is in parallel with the primary winding on the input side and the output signal of which influences the switching state of the semiconductor switch in such a way that the semiconductor switch is transferred into a stationary state in which it does not produce any alternating current at the primary winding if the voltage has exceeded a predetermined threshold value at the primary winding, wherein the voltage monitoring and limiting circuit works independently from the oscillator and suppresses the output voltage of the oscillator if the voltage is too high at the output of the power supply arrangement.
An apparatus to forward packets with controlled delay, comprising: controlled delay queuing logic to hold a packet which is in a first class for a queuing time of a predetermined controlled delay value; scheduling logic to delay transmission of the packet in the first class until the queuing time reaches the predetermined controlled delay value, and to determine whether to delay transmission of a packet which is in a second class to allow the transmission of the packet in the first class when the queuing time reaches the predetermined controlled delay value; and time-stamping logic to attach time-stamp information including a time value to the packet in the first class; wherein the scheduling logic delays transmission of the packet in the second class in response to determining that transmission of the packet in the second class would complete after the queuing time reaches the predetermined controlled delay value; wherein the controlled delay queuing logic accesses the time-stamp information; wherein the queuing time starts at the time value and ends at the predetermined controlled delay value after the time value; and wherein the predetermined controlled delay value is independent of the time value. controlled delay queuing logic to hold a packet which is in a first class for a queuing time of a predetermined controlled delay value; scheduling logic to delay transmission of the packet in the first class until the queuing time reaches the predetermined controlled delay value, and to determine whether to delay transmission of a packet which is in a second class to allow the transmission of the packet in the first class when the queuing time reaches the predetermined controlled delay value; and time-stamping logic to attach time-stamp information including a time value to the packet in the first class; wherein the scheduling logic delays transmission of the packet in the second class in response to determining that transmission of the packet in the second class would complete after the queuing time reaches the predetermined controlled delay value; wherein the controlled delay queuing logic accesses the time-stamp information; wherein the queuing time starts at the time value and ends at the predetermined controlled delay value after the time value; and wherein the predetermined controlled delay value is independent of the time value.
Gasification plant for producing combustible gas, or synthesis gases, by pyrolysis and combustion of biomass comprising a reactor supplied with said biomass, said reactor comprises a reactor body that is supplied with said biomass through a supply opening, said reactor body comprising a first pyrolysis zone in which said biomass is subjected to pyrolysis treatment, a second combustion zone, in which the products of said pyrolysis treatment are subjected to combustion in oxygen shortage conditions, a third reduction zone in which the combustion products are subjected to reduction so as to obtain said synthesis gas and a fourth unloading zone from which solid combustion residues and synthesis gases are discharged from the reactor, characterized in that said fourth unloading zone comprises an unloading device for solid residual materials of the combustion of biomass and synthesis gas produced in the reactor, said unloading device comprising an internally hollow body, the inside of which communicates with a discharge conduit in which said synthesis gas and said residues of the combustion are discharged together, said body being able to rotate around a longitudinal axis of the reactor, said body having a truncated cone shape or truncated pyramid shape on a side surface of which slits are made.
Turbine for a turbine engine, having a stator and a movable rotor, rotating around an axis, in relation to the stator, wherein the rotor comprises at least one disc, the radially outer periphery of which comprises cavities, wherein the rotor furthermore comprises blades each having a blade root axially engaged in a cavity of the disc so as to radially hold the blade on the disc, in which at least one of the blade roots has an axially flaring shape, with the corresponding cavity having a matching shape so as to axially lock the blade root in the cavity, in a first axially oriented direction, wherein locking means lock the blade root in the cavity in a second axially oriented direction, opposite the first direction, characterised in that at least a portion of the blade root and of the cavity comprises an oblique side wall.
A biaxially stretched film having a thickness in the range of 0.3 to 25 μm comprising a dispersion of polycarbonate in a matrix of poly(ethylene naphthalate), the percentage by weight of the polycarbonate being less than 50% and the dispersed polycarbonate being in the form of platelets.