mhurhangee/patent-ind-claim-en huggingface dataset:
A 6-axis positioning system comprising a base and a movable unit and six variable-length actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3), one end of each actuator being connected to the base and the other end of each actuator being connected to the movable unit , wherein at least one additional variable-length component is provided, one end of which is connected to the base and the other end of which is connected to the movable unit . The additional component is designed such that the 6-axis positioning system can be releasably locked at least in certain positions of the movable unit by means of the additional component, wherein the additional component has a releasable locking brake , and wherein the additional component is designed such that this is passively variable in length by means of the movement of the six driven actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3), characterized in that the six actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3) are divided into two groups , and that the actuators (5.1, 5.2, 5.3) of the first group are arranged on the base within a region bounded by the actuators (7.1,7.2,7.3) of the second group and on the movable unit , and that the at least one additional component is arranged on the base and on the movable unit further out relative to the first group of actuators (5.1, 5.2, 5.3), preferably in the region between the actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3) of the first group and the actuators (7.1, 7.2, 7.3) of the second group .
A filter for a coffee machine comprising a cup-shaped body for containing coffee powder, having at least a bottom wall having an opening ; a filtering wall placed in the cup-shaped body upstream of the opening and removably associated with the cup-shaped body ; a seal placed at least between an edge of the filtering wall and the cup-shaped body ; a tightening member active on the filtering wall and on the seal so as to reversibly fix said filtering wall and said seal to the cup-shaped body ; said tightening member comprising a tubular element connected to the filtering wall and to the seal and arranged through the opening ; characterised in that said tubular element is directly constrained to the cup-shaped body by means of a bayonet-type connection.
A corn head assembly for an agricultural harvester , the corn head assembly comprising: a frame for mounting to an agricultural harvester ; a plurality of row units extending from the frame for receiving and processing corn stalks in a row; and an adjustable divider disposed between adjacent row units for directing corn stalks toward the row units ; whereby the adjustable divider has an adjustable divider point including a bottom frame and a top shield held in adjustable positions above the bottom frame by an adjustable connection , the top shield being movable by the adjustable connection between a lowermost position and an uppermost position relative to the bottom frame ; and characterized in that the adjustable connection of top shield to bottom frame includes a pivotal connection at the forward end of the top shield . a frame for mounting to an agricultural harvester ; a plurality of row units extending from the frame for receiving and processing corn stalks in a row; and an adjustable divider disposed between adjacent row units for directing corn stalks toward the row units ; whereby the adjustable divider has an adjustable divider point including a bottom frame and a top shield held in adjustable positions above the bottom frame by an adjustable connection , the top shield being movable by the adjustable connection between a lowermost position and an uppermost position relative to the bottom frame ; and characterized in that the adjustable connection of top shield to bottom frame includes a pivotal connection at the forward end of the top shield .
A method comprising: generating a target map indicative of a plurality of objects around a vehicle using sensor data from sensor circuitry of the vehicle, the sensor circuitry including at least one radar sensor ; and determining, by processing circuitry , if the vehicle is being towed away by: comparing the target map to a previously obtained target map; determining if the vehicle is moving based on the comparison; and in response to determining the vehicle is moving, outputting an alarm message indicative of the vehicle being towed away, wherein the comparing further includes comparing a first set of coordinates of the plurality of objects in the target map to a second set of coordinates of the plurality of objects in the previously obtained target map and determining that the vehicle is moving responsive to a threshold number of the plurality of objects exhibiting a change between the first set of coordinates and the second set of coordinates. generating a target map indicative of a plurality of objects around a vehicle using sensor data from sensor circuitry of the vehicle, the sensor circuitry including at least one radar sensor ; and determining, by processing circuitry , if the vehicle is being towed away by: comparing the target map to a previously obtained target map; determining if the vehicle is moving based on the comparison; and in response to determining the vehicle is moving, outputting an alarm message comparing the target map to a previously obtained target map; determining if the vehicle is moving based on the comparison; and in response to determining the vehicle is moving, outputting an alarm message indicative of the vehicle being towed away, wherein the comparing further includes comparing a first set of coordinates of the plurality of objects in the target map to a second set of coordinates of the plurality of objects in the previously obtained target map and determining that the vehicle is moving responsive to a threshold number of the plurality of objects exhibiting a change between the first set of coordinates and the second set of coordinates.
A material comprising a glass sheet, one of the faces of which comprises a first zone and a second zone, only the first zone being coated with a layer of opaque mineral paint obtained from a water-based paint composition comprising pigments and an aqueous solution of alkaline silicate, the layer of mineral paint and the second zone of the glass sheet being coated with a thin layer stack comprising at least one electrically conductive thin layer.
An embolic implant comprising: a proximal end and a distal end ; a primary coil configured to occlude blood flow in an implanted state, the primary coil comprising a lumen extending through said primary coil ; a proximal constraint assembly disposed at said proximal end; a distal assembly disposed at said distal end; a stretch resistant fiber disposed in said lumen and coupled to the proximal constraint assembly and the distal assembly to prevent elongation of the primary coil ; and a shape memory filament extending through the lumen , wherein said shape memory filament comprises a first, constrained linear configuration and a second configuration that imparts a complex shape on the embolic implant, the complex shape comprising a proximal segment having a helical shape and a distal segment having a cubic shape. a proximal end and a distal end ; a primary coil configured to occlude blood flow in an implanted state, the primary coil comprising a lumen extending through said primary coil ; a proximal constraint assembly disposed at said proximal end; a distal assembly disposed at said distal end; a stretch resistant fiber disposed in said lumen and coupled to the proximal constraint assembly and the distal assembly to prevent elongation of the primary coil ; and a shape memory filament extending through the lumen , wherein said shape memory filament comprises a first, constrained linear configuration and a second configuration that imparts a complex shape on the embolic implant, the complex shape comprising a proximal segment having a helical shape and a distal segment having a cubic shape.
A free radical generator comprising: a cylindrical discharge electrode assembly comprising one or more discharge electrode pins (2', 2", 12, 32, 57, 58, 64, 72, 82, 92, 102, 112, 122, 142, 152, 162, 172, 172', 181-186, 202, 232, 242) in an array arranged in a radial pattern and electrically configured to receive one or more voltage pulses, a cylindrical counter electrode (4', 4", 41, 56, 76, 86, 96, 116, 126, 166, 216, 221, 236, 246, 256) positioned radially outward from the one or more discharge electrode pins, and wherein the discharge electrode assembly is surrounded by the counter electrode and is separated therefrom by a discharge gap comprising a flow passage, the generator characterised by comprising two end caps , configured for maintaining the concentricity of the cylindrical discharge electrode assembly, and configured to electrically isolate the discharge electrode assembly from the counter electrode and to permit the flow of gas through the flow passage. a cylindrical discharge electrode assembly comprising one or more discharge electrode pins (2', 2", 12, 32, 57, 58, 64, 72, 82, 92, 102, 112, 122, 142, 152, 162, 172, 172', 181-186, 202, 232, 242) in an array arranged in a radial pattern and electrically configured to receive one or more voltage pulses, a cylindrical counter electrode (4', 4", 41, 56, 76, 86, 96, 116, 126, 166, 216, 221, 236, 246, 256) positioned radially outward from the one or more discharge electrode pins, and wherein the discharge electrode assembly is surrounded by the counter electrode and is separated therefrom by a discharge gap comprising a flow passage, the generator characterised by comprising two end caps , configured for maintaining the concentricity of the cylindrical discharge electrode assembly, and configured to electrically isolate the discharge electrode assembly from the counter electrode and to permit the flow of gas through the flow passage.
A network comprising a first base station, BS, and a second BS for Dual Connectivity, DC, adapted to configure a Secondary Node, SN, and to report in DC, the network comprising: the first BS configured to receive a plurality of communication device capabilities of a communication device from the communication device, a third BS or a core network, CN, wherein the plurality of communication device capabilities comprises a maximum reception bandwidth, RX_BW, for a frequency band; the first BS configured to transmit a first SN Addition Request message to the second BS, to configure the second BS as a first SN for the communication device, wherein the first SN Addition Request message comprises the plurality of communication device capabilities; the second BS configured to determine a first RX_BW and a location of the first RX_BW on a first carrier according to the maximum RX_BW; the second BS configured to generate a Secondary Cell Group, SCG, configuration configuring the communication device to connect to a first cell of the second BS in DC with the first BS and the second BS, wherein the SCG configuration comprises a cell identity of the first cell, a first absolute radiofrequency channel number, ARFCN, the first RX_BW and the location of the first RX_BW on the first carrier; the second BS configured to transmit a first SN Addition Request Acknowledge message comprising the SCG configuration to the first BS in response to the first SN Addition Request message; and the first BS configured to generate a radio resource control, RRC, message comprising the SCG configuration, and transmitting the RRC message to the communication device. the first BS configured to receive a plurality of communication device capabilities of a communication device from the communication device, a third BS or a core network, CN, wherein the plurality of communication device capabilities comprises a maximum reception bandwidth, RX_BW, for a frequency band; the first BS configured to transmit a first SN Addition Request message to the second BS, to configure the second BS as a first SN for the communication device, wherein the first SN Addition Request message comprises the plurality of communication device capabilities; the second BS configured to determine a first RX_BW and a location of the first RX_BW on a first carrier according to the maximum RX_BW; the second BS configured to generate a Secondary Cell Group, SCG, configuration configuring the communication device to connect to a first cell of the second BS in DC with the first BS and the second BS, wherein the SCG configuration comprises a cell identity of the first cell, a first absolute radiofrequency channel number, ARFCN, the first RX_BW and the location of the first RX_BW on the first carrier; the second BS configured to transmit a first SN Addition Request Acknowledge message comprising the SCG configuration to the first BS in response to the first SN Addition Request message; and the first BS configured to generate a radio resource control, RRC, message comprising the SCG configuration, and transmitting the RRC message to the communication device.
Weighing device for determining a property of a rotor blade of a wind turbine , such as the weight, the mass or the torque of the rotor blade, the weighing device comprising - a first seat for receiving the rotor blade at a first radial position (r 1 ) of the rotor blade , - a second seat for receiving the rotor blade at a second radial position (r 2 ) of the rotor blade , - a first weight cell for quantifying a first weight which is acting on the first weight cell , - a second weight cell for quantifying a second weight which is acting on the second weight cell , and - a first counterweight which is configured to alleviate the first weight , wherein - the first counterweight is lifted up from the ground when the rotor blade is received by the first seat of the weighing device; wherein the weight of the rotor blade is determined by adding the measured first weight and the measured second weight ,and - the rotor blade comprises a leading edge section and a trailing edge section , and - the rotor blade is placed such into the first seat of the weighing device that the leading edge section of the rotor blade is facing the first seat of the weighing device - a first seat for receiving the rotor blade at a first radial position (r 1 ) of the rotor blade , - a second seat for receiving the rotor blade at a second radial position (r 2 ) of the rotor blade , - a first weight cell for quantifying a first weight which is acting on the first weight cell , - a second weight cell for quantifying a second weight which is acting on the second weight cell , and - a first counterweight which is configured to alleviate the first weight , - the first counterweight is lifted up from the ground when the rotor blade is received by the first seat of the weighing device; wherein the weight of the rotor blade is determined by adding the measured first weight and the measured second weight ,and - the rotor blade comprises a leading edge section and a trailing edge section , and - the rotor blade is placed such into the first seat of the weighing device that the leading edge section of the rotor blade is facing the first seat of the weighing device
A lumbar support belt having a vertical median axis of symmetry and a longitudinal axis , the belt including two branches intended to be positioned on either side of the lower portion of the trunk of a wearer , the branches each having a medial end portion and a lateral end portion , the medial end portions being linked to each other in the median area of the belt and the lateral end portions being provided with complementary attaching means to enable them to be assembled when they are placed on each other in the abdominal area of the wearer , the belt , when it is flat and in the unstressed state, being such that each branch includes: - a first elastic strip which extends from the lateral end portion to the medial end portion of the branch , according to a general direction (A1) upwardly inclined at an angle α with respect to the longitudinal axis of the belt ; - a second elastic strip which extends from the lateral end portion to the medial end portion of the branch , according to a general direction (A2) downwardly inclined at an angle β with respect to the longitudinal axis of the belt ; the first and second strips being superimposed, over a portion of their surface, in the anterior-posterior direction (X); characterized in that the first and second strips of each branch are configured and arranged with the lower lateral corner of the second strip which is offset vertically upwards with respect to the lower lateral corner of the first strip , so that, when the belt is flat and in the unstressed state, the branch has a non-rectilinear lower edge successively formed, from the lateral end portion to the medial end portion by: - an upwardly inclined portion formed by a portion of the lower edge of the first strip ; - then a downwardly inclined portion formed by a portion of the lower edge of the second strip ; the lower edge of the strip thus having a lower indentation configured to be located above a thigh of the wearer . - a first elastic strip which extends from the lateral end portion to the medial end portion of the branch , according to a general direction (A1) upwardly inclined at an angle α with respect to the longitudinal axis of the belt ; - a second elastic strip which extends from the lateral end portion to the medial end portion of the branch , according to a general direction (A2) downwardly inclined at an angle β with respect to the longitudinal axis of the belt ; - an upwardly inclined portion formed by a portion of the lower edge of the first strip ; - then a downwardly inclined portion formed by a portion of the lower edge of the second strip ; the lower edge of the strip thus having a lower indentation configured to be located above a thigh of the wearer .
A bacteriocin composition comprising at least one pharmaceutically acceptable excipient; and at least one isolated peptide, or a combination of isolated peptides, wherein: (i) the at least one isolated peptide, or combination of isolated peptides, has selective bactericidal activity against L. iners ; (ii) the at least one isolated peptide is selected from the group consisting of SEQ ID NO:1, SEQ ID NO:2, SEQ ID NO:3, SEQ ID NO:4, and an isolated peptide having 90% to 99% sequence identity to one of SEQ ID NOs: 1, 2, 3, or 4; and (iii) the bacteriocin composition is a formulation suitable for intravaginal applications, and wherein the at least one isolated peptide, or combination of isolated peptides, is present in an amount sufficient to exhibit bactericidal properties of the bacteriocin composition. (i) the at least one isolated peptide, or combination of isolated peptides, has selective bactericidal activity against L. iners ; (ii) the at least one isolated peptide is selected from the group consisting of SEQ ID NO:1, SEQ ID NO:2, SEQ ID NO:3, SEQ ID NO:4, and an isolated peptide having 90% to 99% sequence identity to one of SEQ ID NOs: 1, 2, 3, or 4; and (iii) the bacteriocin composition is a formulation suitable for intravaginal applications, and wherein the at least one isolated peptide, or combination of isolated peptides, is present in an amount sufficient to exhibit bactericidal properties of the bacteriocin composition.
A method for wireless communications by a user equipment, UE, comprising: transmitting a random access channel, RACH, transmission on an uplink carrier selected from at least two available uplink carriers including a first uplink, UL, carrier and a supplementary uplink, SUL, carrier; determining , based on the uplink carrier on which the RACH transmission was transmitted, a search space to monitor for a random access channel response, RAR, transmitted on a downlink carrier, comprising: determining, based on the uplink carrier on which the RACH transmission was transmitted, a control resource set, coreset, that includes time and frequency resources configured for conveying control information; and selecting, based on the uplink carrier on which the RACH transmission was transmitted, the search space from multiple search spaces within the determined coreset, the selected search space being for the RAR transmission; determining a random access radio network temporary identifier, RA-RNTI, based on the uplink carrier on which the RACH transmission was transmitted; and monitoring for the RAR in the selected search space using the determined RA-RNTI. transmitting a random access channel, RACH, transmission on an uplink carrier selected from at least two available uplink carriers including a first uplink, UL, carrier and a supplementary uplink, SUL, carrier; determining , based on the uplink carrier on which the RACH transmission was transmitted, a search space to monitor for a random access channel response, RAR, transmitted on a downlink carrier, comprising: determining, based on the uplink carrier on which the RACH transmission was transmitted, a control resource set, coreset, that includes time and frequency resources configured for conveying control information; and selecting, based on the uplink carrier on which the RACH transmission was transmitted, the search space from multiple search spaces within the determined coreset, the selected search space being for the RAR transmission; determining, based on the uplink carrier on which the RACH transmission was transmitted, a control resource set, coreset, that includes time and frequency resources configured for conveying control information; and selecting, based on the uplink carrier on which the RACH transmission was transmitted, the search space from multiple search spaces within the determined coreset, the selected search space being for the RAR transmission; determining a random access radio network temporary identifier, RA-RNTI, based on the uplink carrier on which the RACH transmission was transmitted; and monitoring for the RAR in the selected search space using the determined RA-RNTI.
A food composition comprising: - rice starch gel, wherein said rice starch gel is obtained by cooking the rice starch in a quantity of water from 8 to 12 times the weight of the starch; - centrifuged and/or surfacing butter in a ratio of 0.67:1 by weight with respect to the weight (w/w) of the rice starch gel; - a cheese selected from Parmigiano Reggiano DOP (Parmesan cheese) and Grana Padano DOP in a ratio of 0.4:0.8 w/w with respect to the weight of the rice starch gel; - an acidity regulator selected from sour butter in a ratio of 0.05:0.15 w/w with respect to the weight of the rice starch gel and wine vinegar in a ratio of 0.05:0.08 w/w with respect to the weight of the rice starch gel; - salt in a ratio of 0.08:0.1 w/w with respect to the weight of the rice starch gel; and - optionally, one or more ingredients selected from garlic in a ratio of 0.009:0.02 w/w, meat stock in a ratio of 0.009:0.02 w/w, meat extract in a ratio of 0.009:0.02 w/w, plant extract in a ratio of 0.009:0.02 w/w, with respect to the weight of the rice starch gel. - rice starch gel, wherein said rice starch gel is obtained by cooking the rice starch in a quantity of water from 8 to 12 times the weight of the starch; - centrifuged and/or surfacing butter in a ratio of 0.67:1 by weight with respect to the weight (w/w) of the rice starch gel; - a cheese selected from Parmigiano Reggiano DOP (Parmesan cheese) and Grana Padano DOP in a ratio of 0.4:0.8 w/w with respect to the weight of the rice starch gel; - an acidity regulator selected from sour butter in a ratio of 0.05:0.15 w/w with respect to the weight of the rice starch gel and wine vinegar in a ratio of 0.05:0.08 w/w with respect to the weight of the rice starch gel; - salt in a ratio of 0.08:0.1 w/w with respect to the weight of the rice starch gel; and - optionally, one or more ingredients selected from garlic in a ratio of 0.009:0.02 w/w, meat stock in a ratio of 0.009:0.02 w/w, meat extract in a ratio of 0.009:0.02 w/w, plant extract in a ratio of 0.009:0.02 w/w, with respect to the weight of the rice starch gel.