mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a first valve removal plug, comprising a sensor configured to sense a characteristic of a volume (104, 106) adjacent to the first VR plug and a wireless transmitter or transceiver configured to wirelessly transmit a signal indicative of the sensed characteristic, wherein the first VR plug is configured to form a first seal with a flange of a mineral extraction component and to be removable; a VR plug housing, comprising: a first flange configured to be disposed about the VR plug and to couple to the flange of the mineral extraction component; a second flange a receiver configured to receive the wirelessly transmitted signal indicative of the sensed characteristic; a communications port or plug; and a connector which communicatively couples the receiver with the communications port or plug. a first valve removal plug, comprising a sensor configured to sense a characteristic of a volume (104, 106) adjacent to the first VR plug and a wireless transmitter or transceiver configured to wirelessly transmit a signal indicative of the sensed characteristic, a sensor configured to sense a characteristic of a volume (104, 106) adjacent to the first VR plug and a wireless transmitter or transceiver configured to wirelessly transmit a signal indicative of the sensed characteristic, wherein the first VR plug is configured to form a first seal with a flange of a mineral extraction component and to be removable; a VR plug housing, comprising: a first flange configured to be disposed about the VR plug and to couple to the flange of the mineral extraction component; a second flange a receiver configured to receive the wirelessly transmitted signal indicative of the sensed characteristic; a communications port or plug; and a connector which communicatively couples the receiver with the communications port or plug. a first flange configured to be disposed about the VR plug and to couple to the flange of the mineral extraction component; a second flange a receiver configured to receive the wirelessly transmitted signal indicative of the sensed characteristic; a communications port or plug; and a connector which communicatively couples the receiver with the communications port or plug.
A robotic surgical system comprising: a robotic arm having a proximal end configured to be coupled to a support and having a driver at a distal end of the robotic arm, the driver including one or more motors; a tool assembly comprising a housing configured to releasably couple to the driver, the housing including a first actuator and a second actuator that are each actuated by at least one of the one or more motors; a shaft extending distally from the housing and operatively coupled to the first actuator such that actuation of the first actuator causes the shaft to rotate; and an end effector pivotally coupled to a distal end of the shaft, the end effector being configured to pivot upon actuation of the second actuator to form an angle between a first longitudinal axis of the end effector and a second longitudinal axis of the shaft; a control system; characterized by the control system being configured to control, based on the angle formed from a current position of the end effector, a velocity of movement of the robotic arm, the velocity of movement being related to the angle. a robotic arm having a proximal end configured to be coupled to a support and having a driver at a distal end of the robotic arm, the driver including one or more motors; a tool assembly comprising a housing configured to releasably couple to the driver, the housing including a first actuator and a second actuator that are each actuated by at least one of the one or more motors; a shaft extending distally from the housing and operatively coupled to the first actuator such that actuation of the first actuator causes the shaft to rotate; and an end effector pivotally coupled to a distal end of the shaft, the end effector being configured to pivot upon actuation of the second actuator to form an angle between a first longitudinal axis of the end effector and a second longitudinal axis of the shaft; a control system; characterized by the control system being configured to control, based on the angle formed from a current position of the end effector, a velocity of movement of the robotic arm, the velocity of movement being related to the angle. a housing configured to releasably couple to the driver, the housing including a first actuator and a second actuator that are each actuated by at least one of the one or more motors; a shaft extending distally from the housing and operatively coupled to the first actuator such that actuation of the first actuator causes the shaft to rotate; and an end effector pivotally coupled to a distal end of the shaft, the end effector being configured to pivot upon actuation of the second actuator to form an angle between a first longitudinal axis of the end effector and a second longitudinal axis of the shaft; a control system; characterized by the control system being configured to control, based on the angle formed from a current position of the end effector, a velocity of movement of the robotic arm, the velocity of movement being related to the angle.
A method, for use in a first wireless device, of selecting a transmission format for a device to device, D2D, or Vehicle to anything, V2x, communication network, the method comprising: determining a speed of the first wireless device; and selecting a transmission format for the first wireless device based on the speed of the first wireless device, the selected transmission format including a number of resource blocks and a number of retransmissions, the selected transmission format for use in a transmission with a second wireless device. determining a speed of the first wireless device; and selecting a transmission format for the first wireless device based on the speed of the first wireless device, the selected transmission format including a number of resource blocks and a number of retransmissions, the selected transmission format for use in a transmission with a second wireless device.
Collection member for a nasal aspirator, the collection member having a shell defining a cavity, which shell is provided with a nasal insertion end and a hose connection end, and comprising: - a first tubular element protruding from the nasal insertion end into the cavity such that a first open inner end of the first tubular element is located in the cavity, and - a second tubular element protruding from the hose connection end into the cavity such that a second open inner end of the second tubular element is located in the cavity, and characterised by that a collar is provided around an outer wall of the second tubular element, and the first and second tubular elements (20, 22) are arranged such that the collar is interposed between the first inner end and the second inner end. - a first tubular element protruding from the nasal insertion end into the cavity such that a first open inner end of the first tubular element is located in the cavity, and - a second tubular element protruding from the hose connection end into the cavity such that a second open inner end of the second tubular element is located in the cavity, and
A top of a convertible vehicle, comprising a top linkage which is adjustable between a closed position, in which a vehicle interior is covered, and a storage position, in which the vehicle interior is open at the top and the top linkage is stored in a rear-side storage space which can be closed by means of a displaceable storage space lid which is provided with a linkage exit flap on either side of a vertical longitudinal center plane of the top, each linkage exit flap being displaceable between a passage position, in which it is swung downward, and a covering position, in which it is swung upward, the top linkage having a linkage mechanism on either side of the vertical longitudinal center plane of the top, each linkage mechanism being pivotably mounted on a respective main bearing which is attached to the vehicle and made of one or more parts, characterized in that the storage space lid has a base structure and a lid plate which can be pivoted relative to the base structure, and that the lid plate and the linkage exit flaps can be pivoted relative to the base structure by means of a common drive motor.
A multilayer material for packaging soft gel capsules containing a lipophilic matrix and microorganisms, comprising at least two layers of aluminium coupled to each other, where each layer of aluminium has a thickness comprised from 2 to 50 μm, said material having a first face coupled to a layer of polyamide and a second face coupled to a layer of polyethylene or polyvinyl chloride giving a multilayer material of the type PA/ n/PE or PA/ n/PVC, where n is comprised from 2 to 10.
Bearing arrangement for mounting one end of a winding shaft of a building opening shade device on an associated side part of a winding shaft box, comprising: - the side part, and - a bearing plate (2; 102; 202); wherein the bearing plate (2; 102; 202) has a plate-shaped flat body, and the side part has a plate receptacle for the bearing plate (2; 102; 202), and wherein the flat body of the bearing plate (2; 102; 202) is adapted to be inserted into the plate receptacle of the side part, and the plate receptacle is accordingly adapted to introduce the bearing plate (2; 102; 202) with its flat body into the latter from the side facing the winding shaft in the installed state in the direction of the shaft axis, and wherein the flat body carries a shaft receptacle (5; 105) for the winding shaft end, and the bearing arrangement permits an insertion of the bearing plate (2; 102; 202) into the plate receptacle of the side part and a rotationally fixed and stationary fixing of the bearing plate (2; 102; 202) in the plate receptacle of the side part in different positions, characterized in that the plate receptacle of the side part has parallel lateral guides running transversely to the shaft axis on two mutually opposite sides, and the bearing plate (2; 102; 202) has on its flat body two corresponding displacement sides guided on the lateral guides, wherein the lateral guides and the displacement sides guided thereon are designed in such a way that the bearing plate (2; 102; 202) inserted into the plate receptacle can be displaced with its two displacement sides from an initial position into an end position along the parallel lateral guides running transversely to the shaft axis, and wherein the bearing arrangement permits insertion of the bearing plate (2; 102; 202) into the plate receptacle in exactly two positions, a standard position and a variant position rotated 180° about the shaft axis in relation thereto, and wherein the bearing arrangement permits the bearing plate (2; 102; 202) in the plate receptacle to be fixed in a rotationally fixed and stationary manner only in the standard position and in the variant position rotated relative thereto by 180° about the shaft axis, and the bearing plate has only one eccentric shaft receptacle (5, 105), the position of which, when the bearing plate (2; 102; 202) is fixed in the plate receptacle in the variant position, has an offset from the position of the shaft receptacle (5; 105) when the bearing plate (2; 102; 202) is fixed in the plate receptacle in the standard position. - the side part, and - a bearing plate (2; 102; 202); wherein
Motor vehicle part provided with at least one element made of thermoplastic material, having at least one metal reinforcement element that is overmoulded locally at least in a zone of the thermoplastic element, characterised in that the metal reinforcement element is an expanded metal plate having a set of openings distributed over a majority of the surface of the reinforcement element.
A tibial shelf prosthetic component for use in a unicondylar meniscal bearing unicompartmental knee replacement, the tibial component comprising a shelf having a connection surface and a bearing surface, the connection surface adapted to abut and be connected to a proximal end of a tibia bone, the bearing surface adapted to abut a meniscal bearing, the tibial shelf including an inner wall extending from the perimeter of the bearing surface over a portion of the inner side, the inner side configured to be closest to the centre of the knee in use, characterised in that the bearing surface is curved in the anterior-posterior direction only.
A method of manufacturing an embossed particleboard, comprising embossing and pressing under heat and pressure, in a single step, a monolayer mat comprising wood particles having an average size of less than about 4 mm and a resin, so as to obtain an embossed monolayer particleboard, wherein said mat comprises about 0.5 % to about 20 % of said resin by weight based on the dry wood particles weight.
A robotic work tool system, comprising a first and a second robotic work tool (300A, 300B), one charging station, a boundary wire, a signal generator for generating and transmitting a signal through said boundary wire for demarcating a work area, said robotic work tool system being configured to: receive user input indicating a functionality through a user control console; and transmit a first message to the first and/or the second robotic work tool (300A, 300B), wherein the first message comprises a command for effecting the indicated functionality; whereby the first and/or the second robotic work tool (300A, 300B) is configured to: receive said first message and execute the indicated functionality the robotic work tool system being characterized in that said charging station being arranged and configured to service said first and second robotic work tool (300A, 300B), wherein the robotic work tool system is further configured to: identify the first robotic work tool when the first robotic work tool is in the charging station, and to transmit a second message to the second robotic work tool to signal to the second robotic work tool that the charging station is occupied and that the second robotic work tool should pause any attempt to reach the charging station. receive user input indicating a functionality through a user control console; and transmit a first message to the first and/or the second robotic work tool (300A, 300B), wherein the first message comprises a command for effecting the indicated functionality; whereby the first and/or the second robotic work tool (300A, 300B) is configured to: receive said first message and execute the indicated functionality the robotic work tool system being characterized in that said charging station being arranged and configured to service said first and second robotic work tool (300A, 300B), receive said first message and execute the indicated functionality the robotic work tool system being characterized in that said charging station being arranged and configured to service said first and second robotic work tool (300A, 300B), wherein the robotic work tool system is further configured to: identify the first robotic work tool when the first robotic work tool is in the charging station, and to transmit a second message to the second robotic work tool to signal to the second robotic work tool that the charging station is occupied and that the second robotic work tool should pause any attempt to reach the charging station. identify the first robotic work tool when the first robotic work tool is in the charging station, and to transmit a second message to the second robotic work tool to signal to the second robotic work tool that the charging station is occupied and that the second robotic work tool should pause any attempt to reach the charging station.
An assembly of a pellet press and a pellet breaking device mounted on the pellet press, said pellet press being equipped with a cylindrical outer wall that is provided with a series of radial through holes for radially and outwardly pressing the pellets from within the press towards and away from an outer circumferential contour of the pellet press, wherein said breaking device comprises a plate encircling the pellet press at a predefined distance from the outer circumferential contour of the pellet press, and that said plate is equipped with a series of slits providing to the pellets a release-way away from the pellet press, wherein said slits span at least a part of the outer circumferential contour of the pellet press along an area that is provided with said through holes, wherein the slits are provided in two series (7', 7") with mirror image orientations that are pointing towards each other, characterized in that the slits that are pointing towards each other in different orientations enclose an angle between the slits in a range between 60 and 80°.
A method of digitizing a cooking process in a kitchen appliance comprising the following steps: - Detecting at least one operating parameter of the kitchen appliance during a manual user interaction for processing an ingredient received in the kitchen appliance, - Identifying the ingredient by interpreting at least the operating parameter and the manual user interaction, wherein the manual user interaction is associated with an action sequence of the cooking process, wherein interpreting for identifying the ingredient is performed based on the action sequence, wherein the action sequence comprises a specific sequence of user interactions. - Detecting at least one operating parameter of the kitchen appliance during a manual user interaction for processing an ingredient received in the kitchen appliance, - Identifying the ingredient by interpreting at least the operating parameter and the manual user interaction,
A grille shutter apparatus (10, 30) adapted to be arranged at a grille opening portion of a front portion of a vehicle body, comprising: a movable fin (17, 37, 47, 57) for controlling a flow rate of air flowing from the grille opening portion into an inside of the vehicle body by performing an opening/closing operation; wherein the movable fin (17, 37, 47, 57) is configured to form an intake passage (23, 43) extending in a direction intersecting with an inflow direction of the air flowing from the grille opening portion in a case where the movable fin (17, 37, 47, 57) is in a fully-closed state, characterized in that the grille shutter apparatus (10, 30) further comprises: a stopper for restricting the closing operation of the movable fin by being in contact with the movable fin, wherein the stopper is formed in a protruding configuration protruding in a direction that is substantially orthogonal to a fin end portion of the movable fin and for providing a clearance (X1, X2) serving as the intake passage at a fin end portion of the movable fin. a movable fin (17, 37, 47, 57) for controlling a flow rate of air flowing from the grille opening portion into an inside of the vehicle body by performing an opening/closing operation; wherein the movable fin (17, 37, 47, 57) is configured to form an intake passage (23, 43) extending in a direction intersecting with an inflow direction of the air flowing from the grille opening portion in a case where the movable fin (17, 37, 47, 57) is in a fully-closed state, characterized in that the grille shutter apparatus (10, 30) further comprises: a stopper for restricting the closing operation of the movable fin by being in contact with the movable fin, wherein the stopper is formed in a protruding configuration protruding in a direction that is substantially orthogonal to a fin end portion of the movable fin and for providing a clearance (X1, X2) serving as the intake passage at a fin end portion of the movable fin. a stopper for restricting the closing operation of the movable fin by being in contact with the movable fin, wherein the stopper is formed in a protruding configuration protruding in a direction that is substantially orthogonal to a fin end portion of the movable fin and for providing a clearance (X1, X2) serving as the intake passage at a fin end portion of the movable fin.
An agricultural vehicle combination having a traction vehicle, in particular a tractor, and at least one trailer which can be coupled to or is coupled to the traction vehicle, wherein the at least one trailer has a respective trailer braking system, wherein the traction vehicle, which has a propulsion unit, has a traction vehicle braking system and wherein the agricultural vehicle combination has a control device for controlling and/or regulating at least one of the braking systems (4, 5), characterized in that the control device is configured to automatically set at least one of the braking systems (4, 5) of the agricultural vehicle combination as a function of at least one status parameter and/or operational parameter of the agricultural vehicle combination, wherein the control device is configured to adjust the braking characteristics of the agricultural vehicle in a manner such that with a vehicle combination having exactly one trailer, the brakes on the trailer side respond sooner and with more power than the brakes on the traction vehicle side, and/or with a vehicle combination having more than one trailer, the brakes of all of the trailers in turn respond sooner and with more power than the brakes on the traction vehicle side.
A porous membrane, which is a hollow fiber membrane, made of a vinylidene fluoride resin, said membrane having a particle cutoff not smaller than 0.2 μm, and including a first surface and a second surface opposite to each other, the first surface having micropores of a round or oval shape of average ratio, between the major axis and the minor axis, within the range of 1: 1 to 5: 1 and the second surface having micropores of substantially slit shape of average ratio, between the major axis and the minor axis, not smaller than 5: 1, in which the porous membrane has a void ratio within the range of 50% to 95%, and in which the ratio A 763 /A 840 is equal to or higher than 1.5, where A 763 representing the absorbance attributable to the α type crystalline structure and A 840 representing the absorbance attributable to the β type crystalline structure, both obtained by an IR measurement of the porous membrane, are determined as follows: from an IR chart of the porous membrane, a line is drawn between respective minimal values in the IR chart in the vicinity of 695 cm -1 and 780 cm -1 and, then, the height of the characteristic absorption peak attributable to the α type crystalline structure in the vicinity of 763 cm -1 is read out as A 763, and a line is drawn between respective minimal values in the IR chart in the vicinity of 810 cm -1 and 925 cm -1 and, then, the characteristic absorption peak attributable to the β type crystalline structure in the vicinity of 840 cm -1 is read out as A 840. in which the porous membrane has a void ratio within the range of 50% to 95%, and in which the ratio A 763 /A 840 is equal to or higher than 1.5,
A method for producing an ice cream or ice cream-like product, wherein an enzyme capable of deamidating without crosslinking a protein is added and allowed to act on a milk material or a liquid ice cream mix, wherein the deamidation rate of the milk proteins in the milk material or the liquid ice cream mix, to which the enzyme is added and allowed to act, is 68-100%, and wherein a whey protein in an amount of 0.1-3% of the liquid ice cream mix is added and mixed.