mhurhangee/ep-ind-claims huggingface dataset:
A method for handling a sample liquid containing magnetic particles having target molecules bound thereto and an encapsulating liquid, the sample liquid and encapsulating liquid being immiscible, the method comprising: flowing the encapsulating liquid in a conduit; flowing the sample liquid containing the magnetic particles in the conduit so that the sample liquid is (a) surrounded by the encapsulating liquid and (b) located at a predetermined trapping site within the conduit; immobilizing the magnetic particles at the trapping site by applying a magnetic field at the trapping site; and flowing an elution liquid in the conduit so that (a) the elution liquid is surrounded by the encapsulating liquid, (b) the sample liquid is flowed away from the trapping site, and (c) the elution liquid is flowed to the trapping site and surrounds the immobilized magnetic particles thereby freeing the target biomolecules from the magnetic particles. flowing the encapsulating liquid in a conduit; flowing the sample liquid containing the magnetic particles in the conduit so that the sample liquid is (a) surrounded by the encapsulating liquid and (b) located at a predetermined trapping site within the conduit; immobilizing the magnetic particles at the trapping site by applying a magnetic field at the trapping site; and flowing an elution liquid in the conduit so that (a) the elution liquid is surrounded by the encapsulating liquid, (b) the sample liquid is flowed away from the trapping site, and (c) the elution liquid is flowed to the trapping site and surrounds the immobilized magnetic particles thereby freeing the target biomolecules from the magnetic particles.
A concentrate extracting and slag reducing magnetic separator, comprising a tank fixedly arranged on a frame, wherein a permanent magnetic drum powered by a power unit is rotationally provided in the tank, a magnetic system fixed with respect to the tank is provided in the permanent magnetic drum, an ore entering side of the tank is connected to an ore feeding box, wherein: a coverage angle of the magnetic system ranges from 200 degrees to 280 degrees, the magnetic system is of a multi-magnetic pole structure, an area of the magnetic system close to the ore entering side of the tank is a magnetic system concentration area, and the magnetic system concentration area is located above an ore pulp level in the tank; a plurality of rinsing water pipes are provided in an upstream position, corresponding to the magnetic system concentration area, in the tank, the plurality of rinsing water pipes are arranged at an outer side of the permanent magnetic drum and are located above the ore pulp level in the tank, a plurality of spray heads facing to the permanent magnetic drum are provided with intervals on each of the rinsing water pipes, and the spray heads on adjacent rinsing water pipes are staggered; and a plurality of strip-type magnetic sheets are provided with intervals on an inner wall of the permanent magnetic drum, and an extending direction of each of the magnetic sheets is consistent with an axial direction of the permanent magnetic drum, characterized in that, the ore feeding box is a pipe type ore feeding box, the pipe type ore feeding box comprises a pipe body having two closed ends arranged at the ore entering side of the tank, at least one ore feeding port is provided at a top portion of the pipe body, an ore drawing slot is provided at a bottom of the pipe body, an extending direction of the ore drawing slot is consistent with the axial direction of the permanent magnetic drum; a width of a portion, corresponding to the ore feeding port, of the ore drawing slot is less than or equal to widths of other portions of the ore drawing slot. a coverage angle of the magnetic system ranges from 200 degrees to 280 degrees, the magnetic system is of a multi-magnetic pole structure, an area of the magnetic system close to the ore entering side of the tank is a magnetic system concentration area, and the magnetic system concentration area is located above an ore pulp level in the tank; a plurality of rinsing water pipes are provided in an upstream position, corresponding to the magnetic system concentration area, in the tank, the plurality of rinsing water pipes are arranged at an outer side of the permanent magnetic drum and are located above the ore pulp level in the tank, a plurality of spray heads facing to the permanent magnetic drum are provided with intervals on each of the rinsing water pipes, and the spray heads on adjacent rinsing water pipes are staggered; and a plurality of strip-type magnetic sheets are provided with intervals on an inner wall of the permanent magnetic drum, and an extending direction of each of the magnetic sheets is consistent with an axial direction of the permanent magnetic drum,
An information processing apparatus comprising: a display control unit configured to, on a basis of positional relationship between a user and a display region and a first coordinate on the display region pointed by a pointing object of the user, control relationship between the first coordinate and a second coordinate at which a display object corresponding to the pointing object is to be displayed, wherein the display control unit increases a relative distance between the first coordinate and the second coordinate as a distance from a reference point based on the positional relationship to the first coordinate increases. a display control unit configured to, on a basis of positional relationship between a user and a display region and a first coordinate on the display region pointed by a pointing object of the user, control relationship between the first coordinate and a second coordinate at which a display object corresponding to the pointing object is to be displayed, wherein the display control unit increases a relative distance between the first coordinate and the second coordinate as a distance from a reference point based on the positional relationship to the first coordinate increases.
A method for determining a drivable area by a vehicle (1, 2, 300, 400, 500), the method comprising; obtaining data related to a track of the vehicle, wherein the data comprises a plurality of corresponding positions and headings of the vehicle along the track, obtaining size information and cargo information of the vehicle, determining a swept area of the vehicle for the track based on the data and on the size information of the vehicle, configuring a sensor on the vehicle to detect when the vehicle makes contact with an obstacle (23, 24), recording any obstacles detected by the sensor, and determining the drivable area based on the swept area, on recorded obstacles, and on cargo information. obtaining data related to a track of the vehicle, wherein the data comprises a plurality of corresponding positions and headings of the vehicle along the track, obtaining size information and cargo information of the vehicle, determining a swept area of the vehicle for the track based on the data and on the size information of the vehicle, configuring a sensor on the vehicle to detect when the vehicle makes contact with an obstacle (23, 24), recording any obstacles detected by the sensor, and determining the drivable area based on the swept area, on recorded obstacles, and on cargo information.
A power supply device comprising: a battery cell assembly being an assembly of battery cells each having electrodes; a battery connecting block placed on a side of the battery cell assembly where the electrodes protrude, the battery connecting block comprising a case body including terminal fixing portions (12, 13) and a thermistor inserting portion, terminals fixed to the corresponding terminal fixing portions (12, 13), and a thermistor disposed in the thermistor inserting portion and configured to detect a temperature of the battery cells; and a thermistor wire drawn from the thermistor to extend along the thermistor inserting portion and fixed to the case body by a binding band. a battery cell assembly being an assembly of battery cells each having electrodes; a battery connecting block placed on a side of the battery cell assembly where the electrodes protrude, the battery connecting block comprising a case body including terminal fixing portions (12, 13) and a thermistor inserting portion, terminals fixed to the corresponding terminal fixing portions (12, 13), and a thermistor disposed in the thermistor inserting portion and configured to detect a temperature of the battery cells; and a thermistor wire drawn from the thermistor to extend along the thermistor inserting portion and fixed to the case body by a binding band.
An electronic communication or notification method, the method comprising: submitting a first transaction to a blockchain, wherein the first transaction comprises an unspent output which includes a redeem script that requires the provision of a notification address within the metadata of an unlocking script in order to spend the unspent output; embedding a notification address within the metadata of an unlocking script of an input of a second transaction on the blockchain, wherein the unlocking script is provided to spend the unspent output of the first transaction; and sending an off-blockchain electronic notification to the notification address. submitting a first transaction to a blockchain, wherein the first transaction comprises an unspent output which includes a redeem script that requires the provision of a notification address within the metadata of an unlocking script in order to spend the unspent output; embedding a notification address within the metadata of an unlocking script of an input of a second transaction on the blockchain, wherein the unlocking script is provided to spend the unspent output of the first transaction; and sending an off-blockchain electronic notification to the notification address.
A mechanism chassis for mechanical wild bird and animal repellent device, comprising a body, a cap, a safety slide, a chassis connection part and a raincoat, the body comprising a bush (1.1), a bush bearing (1.2), a trigger pin (1.3), an automatic bearing (1.4), a gas cutting pin (1.5), a multiple of hammer lever bearings (1.6), a blower bowl bearing (1.7), a door drawer bearing (1.8), a body connection part (1.9), a multiple of magneto&plug fastening holes (1.10), a multiple of cap tightening bolt holes (1.11), a multiple of hose holes for gas entrance/exit (1.12), a plug tightening strip bearing (1.13) and a raincoat bearing (1.14) in a one-piece characterized in that all the parts are made from composite plastic material, the bush (1.1), the trigger pin (1.3), the automatic bearing (1.4) and the multiple of hammer lever bearings (1.6) being placed in plastic injection mold during production of the body, and the body being produced in one-piece with the bush (1.1), the trigger pin (1.3), the automatic bearing (1.4) and the multiple of hammer lever bearings (1.6) being produced in one single step.
An isolation device for engagement between a shaft of a rotating member and an endless drive member, comprising: a hub that is mountable to the shaft of the rotating member; a pulley that is configured to engage the endless drive member; at least one isolation spring that transfers torque between the hub and the pulley; and a damping member that cooperates with the pulley to define a fluid chamber having an outlet, wherein the at least one isolation spring is at least one helical compression spring and wherein the damping member is a spring shell that at least partially defines a chamber for the at least one isolation spring, characterised in that, the damping member has a plurality of damping member projections and the pulley has a plurality of pulley projections thereon, wherein the damping member projections cooperate with the pulley projections to at least in part determine a size of a flow restriction to fluid flow from the fluid chamber, and determine a size of the fluid chamber, wherein movement of the pulley and hub relative to one another in at least one direction causes movement of the damping member projections and the pulley projections towards each other so as to reduce the size of the flow restriction, and also reduces the size of the fluid chamber so as to cause fluid to flow through the flow restriction and out of the fluid chamber, and wherein the damping member projections extend radially outward from the periphery of the spring shell or are angled non-radially. a hub that is mountable to the shaft of the rotating member; a pulley that is configured to engage the endless drive member; at least one isolation spring that transfers torque between the hub and the pulley; and a damping member that cooperates with the pulley to define a fluid chamber having an outlet, wherein the at least one isolation spring is at least one helical compression spring and wherein the damping member is a spring shell that at least partially defines a chamber for the at least one isolation spring, characterised in that, the damping member has a plurality of damping member projections and the pulley has a plurality of pulley projections thereon, wherein the damping member projections cooperate with the pulley projections to at least in part determine a size of a flow restriction to fluid flow from the fluid chamber, and determine a size of the fluid chamber, wherein movement of the pulley and hub relative to one another in at least one direction causes movement of the damping member projections and the pulley projections towards each other so as to reduce the size of the flow restriction, and also reduces the size of the fluid chamber so as to cause fluid to flow through the flow restriction and out of the fluid chamber, and wherein the damping member projections extend radially outward from the periphery of the spring shell or are angled non-radially.
Motor vehicle body structure, the vehicle extending along a longitudinal axis, the body structure comprising a front structure which extends transversely along an axis substantially perpendicular to the longitudinal axis and separates a passenger compartment from an engine compartment, the front structure comprising a vertical wall, the body structure comprising longitudinal side members in front of the vertical wall which extend on either side of the engine compartment, and front legs behind and substantially immediately next to the vertical wall which are intended to support the vehicle door hinges and which extend the front structure laterally and vertically on the side of the passenger compartment, each front leg comprising a leg lining extending on the inner side of the vehicle and a leg reinforcement extending between the leg lining and a side of the body, the leg lining and the leg reinforcement being interconnected as a closed profile defining a first hollow body on the side of the passenger compartment, characterized in that the body structure comprises a reinforcing element for the leg lining which is fixed against an inner face of the leg lining inside the first hollow body, such that the reinforcing element defines, with the inner face of the leg lining, a second hollow body arranged inside the first hollow body.
A terminal comprising: a receiving section configured to receive information regarding a measurement performed in a first serving cell using a synchronization signal block, SSB; and a control section configured to perform the measurement, characterized in that is configured to determine whether transmission or reception can be performed using a second serving cell, at a specified timing, based on at least one of an SSB-based measurement timing configuration, SMTC, window duration and an SSB to be measured in regard to the first serving cell, wherein the specified timing is within the SMTC window duration. a receiving section configured to receive information regarding a measurement performed in a first serving cell using a synchronization signal block, SSB; and a control section configured to perform the measurement, characterized in that is configured to determine whether transmission or reception can be performed using a second serving cell, at a specified timing, based on at least one of an SSB-based measurement timing configuration, SMTC, window duration and an SSB to be measured in regard to the first serving cell, wherein the specified timing is within the SMTC window duration.
A method for forming a layer on a substrate, (i) wherein the formed layer is an inorganic or hybrid organic/inorganic layer and wherein the method comprises applying a metal alkoxide layer to a substrate, or (ii) wherein the formed layer is a hybrid organic/inorganic layer and wherein the method comprises applying a metal alkoxide and an organic compound to form a layer on a substrate; and exposing the layer to heat from a catalytic combustion burner in the presence of water to cure the layer. (i) wherein the formed layer is an inorganic or hybrid organic/inorganic layer and wherein the method comprises applying a metal alkoxide layer to a substrate, or (ii) wherein the formed layer is a hybrid organic/inorganic layer and wherein the method comprises applying a metal alkoxide and an organic compound to form a layer on a substrate; and
A method for producing an alcohol in a hydroformylation process, comprising the steps of: a) introducing a gaseous mixture of ethylene, carbon monoxide and hydrogen into a reactor in the presence of a hydroformylation catalyst in a solvent; b) introducing liquid allyl alcohol into the reactor; and c) carrying out hydroformylation reaction at a temperature between 50 and 100°C to obtain hydroformylation products. a) introducing a gaseous mixture of ethylene, carbon monoxide and hydrogen into a reactor in the presence of a hydroformylation catalyst in a solvent; b) introducing liquid allyl alcohol into the reactor; and c) carrying out hydroformylation reaction at a temperature between 50 and 100°C to obtain hydroformylation products.
Device for transforming energy, in which incident solar radiation is transformed both into electric current and into heat and also in which the electric current is generated by at least one solar cell which is designed as a combination of elements or supports and connecting elements and is provided with electrical contact-making means, and also in which at least one channel for conducting a fluid, for example refrigerant, for heat transfer is arranged in the region of the respective elements or the supports, wherein the elements or the supports are designed as a plug-in module, wherein the plug-in module is provided both with at least one cooling channel and with at least one electrical contact and wherein at least two plug-in modules are joined in a longitudinal direction, wherein both the cooling bores and the electrical contact-making means are joined by being pushed together in the longitudinal direction in one working step, wherein at least one socket and at least one projection which is matched to the socket are used for coupling the channels, wherein the sockets are arranged as bores in the elements or supports, wherein the elements or supports have steps, wherein lateral overlappings of the elements or supports with the connecting elements are realized and wherein overlapping laying of the elements or the supports in the longitudinal direction is realized by the steps, wherein the lateral overlappings of the elements or supports with the connecting elements are realized by profilings in the region of longitudinal sides (16, 17) of the elements or the supports, and wherein the connecting elements are arranged for establishing a connection between elements or supports arranged next to each other, wherein the connecting elements are designed in a manner corresponding to the profiled configurations of the elements or supports in the region of their longitudinal sides (16, 17), and wherein the steps form stop edges, and wherein the elements or supports have at least one projection or at least one U-profile for assisting fastening.
A convection oven comprising a cooking chamber for receiving food to be cooked, a blower for circulating gas through the cooking chamber, a heater for heating the gas, a housing for housing electrical components of the oven, the housing comprising front, back, and side walls, the front wall being connected to the side walls by exterior slide connections outside the housing, the slide connections permitting the front wall to move in a direction generally away from the back wall of the housing, the front wall being movable from a first position in which the electrical components are concealed within the housing to a second position in which the electrical components are exposed, the electrical components being mounted within the housing at positions relative to the front wall such that the electrical components may be accessed by an operator when the front wall is in the second position, and an operator input on the front wall of the housing for inputting information to said electrical components.
A roof rack system (100, 200) for affixing to a vehicle having a plurality of mounting locations, the roof rack system comprising: a crossbar assembly comprising: an axis of motion; an internal structure; a first section configured to translate along the axis relative to the internal structure, a second section configured to translate along the axis relative to the internal structure opposite the first section, and a third section rigidly affixed to the internal structure and arranged between the first section and the second section, wherein the internal structure comprises: at least one internal bar configured to support the crossbar assembly; and at least one slide mechanism configured to allow the first section and the second section to translate relative to the at least one internal bar; wherein the slide mechanism is configured to cause the third section to be self-centering such that the third section remains centered between the first section and the second section as the first section and the second section translate; a first end mount coupled to an outboard portion of the first section and configured to mount to a first mounting location; and a second end mount coupled to an outboard portion of the second section and configured to mount to a second mounting location. an axis of motion; an internal structure; a first section configured to translate along the axis relative to the internal structure, a second section configured to translate along the axis relative to the internal structure opposite the first section, and a third section rigidly affixed to the internal structure and arranged between the first section and the second section, wherein the internal structure comprises: at least one internal bar configured to support the crossbar assembly; and at least one slide mechanism configured to allow the first section and the second section to translate relative to the at least one internal bar; wherein the slide mechanism is configured to cause the third section to be self-centering such that the third section remains centered between the first section and the second section as the first section and the second section translate; a first end mount coupled to an outboard portion of the first section and configured to mount to a first mounting location; and a second end mount coupled to an outboard portion of the second section and configured to mount to a second mounting location. at least one internal bar configured to support the crossbar assembly; and at least one slide mechanism configured to allow the first section and the second section to translate relative to the at least one internal bar; wherein the slide mechanism is configured to cause the third section to be self-centering such that the third section remains centered between the first section and the second section as the first section and the second section translate; a first end mount coupled to an outboard portion of the first section and configured to mount to a first mounting location; and a second end mount coupled to an outboard portion of the second section and configured to mount to a second mounting location.