mhurhangee/ep-ind-claims huggingface dataset:
Angling lure resembling a real fish, including: - a rigid head having a rear face, - a flexible material body extending longitudinally between a front end and a rear end, the front end being adapted to come into contact with the rear face, so as to form a lure having the shape of bait for fish, - a hook extending between a first end including an eyelet and a second end including a point, - an attachment rod including a first end fastened to the head and a free second end so that the eyelet of the hook can be threaded onto the attachment rod, the attachment rod also including between the first end and the second end of the attachment rod a fixing portion around which the eyelet of the hook is retained; the lure being characterized in that - the attachment rod is S-shaped and comprises a retaining portion lying substantially in a vertical plane passing through the longitudinal axis, the retaining portion being adapted to exert a force compressing the portion of the body disposed between the rear face of the head and the attachment rod so as to retain the body against the rear face of the head, - the body comprises openings adapted to receive the hook and the attachment rod; - the rear end is flattened in a substantially inclined plane passing through a substantially inclined first straight line segment lying in the plane of the attachment rod and inclined relative to the vertical and a second straight line segment in the horizontal transverse direction relative to the longitudinal axis of the lure; - a reinforcement is positioned between the rear end and the body. - a rigid head having a rear face, - a flexible material body extending longitudinally between a front end and a rear end, the front end being adapted to come into contact with the rear face, so as to form a lure having the shape of bait for fish, - a hook extending between a first end including an eyelet and a second end including a point, - an attachment rod including a first end fastened to the head and a free second end so that the eyelet of the hook can be threaded onto the attachment rod, the attachment rod also including between the first end and the second end of the attachment rod a fixing portion around which the eyelet of the hook is retained; - the attachment rod is S-shaped and comprises a retaining portion lying substantially in a vertical plane passing through the longitudinal axis, the retaining portion being adapted to exert a force compressing the portion of the body disposed between the rear face of the head and the attachment rod so as to retain the body against the rear face of the head, - the body comprises openings adapted to receive the hook and the attachment rod; - the rear end is flattened in a substantially inclined plane passing through a substantially inclined first straight line segment lying in the plane of the attachment rod and inclined relative to the vertical and a second straight line segment in the horizontal transverse direction relative to the longitudinal axis of the lure; - a reinforcement is positioned between the rear end and the body.
A battery pack comprising: a plurality of battery cells; a case accommodating the battery cells and having at least one wall including a plurality of injection holes; and a shock absorbing member integrally formed at the outside and inside of the case and inside the injection holes, said shock absorbing member supporting the battery cells by the means of a plurality of curve receiving members (143c, 243b, 343b). a plurality of battery cells; a case accommodating the battery cells and having at least one wall including a plurality of injection holes; and a shock absorbing member integrally formed at the outside and inside of the case and inside the injection holes, said shock absorbing member supporting the battery cells by the means of a plurality of curve receiving members (143c, 243b, 343b).
A nuclear grade joint between first and second ceramic articles each comprising a ceramic, the nuclear grade joint comprising: a matrix comprising the ceramic and extending between the first and second articles; a plurality of inclusions comprising the ceramic and being distributed throughout the matrix; and a substantially impermeable sealing layer comprising the ceramic respectively disposed on the first and second ceramic articles and the matrix; wherein the matrix derives from a pre-ceramic polymer slurry, and the substantially impermeable sealing layer is chemical vapor infiltration -derived, wherein the chemical vapor infiltration is performed after the formation of the matrix; wherein the ceramic is β-SiC, and wherein the matrix, the plurality of inclusions, and the substantially impermeable sealing layer each comprise more than 99.0 wt % β-SiC. a matrix comprising the ceramic and extending between the first and second articles; a plurality of inclusions comprising the ceramic and being distributed throughout the matrix; and a substantially impermeable sealing layer comprising the ceramic respectively disposed on the first and second ceramic articles and the matrix; wherein the matrix derives from a pre-ceramic polymer slurry, and the substantially impermeable sealing layer is chemical vapor infiltration -derived, wherein the chemical vapor infiltration is performed after the formation of the matrix; wherein the ceramic is β-SiC, and wherein the matrix, the plurality of inclusions, and the substantially impermeable sealing layer each comprise more than 99.0 wt % β-SiC.
A method of producing a box of a corrugated board sheet by preprocessing a corrugated board sheet having a size of a plurality of corrugated board boxes and then cutting the corrugated board sheet into a plurality of pieces (S 1, S 2) each having a size of one corrugated board box, the method having the steps of: creasing the corrugated board sheet; slitting the corrugated board sheet; gluing the corrugated board sheet; folding the corrugated board sheet; after the creasing and slitting steps and before the gluing and folding steps, cutting the corrugated board sheet into a plurality of pieces (S 1, S 2) each having a size of one corrugated board box along a cutting line (k) intersecting a conveying direction (a) that is in parallel with a production line of the corrugated board box; after the step of cutting the corrugated board sheet, transferring the plurality of pieces (S 1, S 2) each having the size of one corrugated board box at an increased speed toward a subsequent step so as to space the plurality of pieces (S 1, S 2) by a set distance; characterized in that after transferring at an increase speed and before folding the corrugated board sheet, detecting both ends of the pieces (S 1, S 2) at a time by two contactless detections sensors (71, 72) provided on left and right sides of the conveying direction (a). creasing the corrugated board sheet; slitting the corrugated board sheet; gluing the corrugated board sheet; folding the corrugated board sheet; after the creasing and slitting steps and before the gluing and folding steps, cutting the corrugated board sheet into a plurality of pieces (S 1, S 2) each having a size of one corrugated board box along a cutting line (k) intersecting a conveying direction (a) that is in parallel with a production line of the corrugated board box; after the step of cutting the corrugated board sheet, transferring the plurality of pieces (S 1, S 2) each having the size of one corrugated board box at an increased speed toward a subsequent step so as to space the plurality of pieces (S 1, S 2) by a set distance; characterized in that after transferring at an increase speed and before folding the corrugated board sheet, detecting both ends of the pieces (S 1, S 2) at a time by two contactless detections sensors (71, 72) provided on left and right sides of the conveying direction (a).
A track cleat for a tracked vehicle, in particular for a snow groomer, having a hollow cleat section, in particular made of a light metal alloy and having fastening receptacles for connection to track belts of a track chain of the tracked vehicle, wherein a reinforcing section, in particular made of a material different from that of the hollow cleat section, is integrated in the hollow cleat section, characterized in that the reinforcing section has an outer contour matched to an inner contour of the hollow cleat section such that the outer contour of the reinforcing section is at least largely in surface contact with the inner contour of the hollow cleat section, and in that the reinforcing section is in pressure contact with the hollow cleat section.
A screening arrangement for a window, in particular a roof window, having a supply condition and a condition of use, the screening arrangement defining, in the condition of use, a first longitudinal direction, and a second longitudinal direction, and a screening plane substantially parallel to a plane defined by the first and second directions, the screening arrangement comprising: at least one operating element (71, 72) extending in the first direction between a first end and a second end and being movable in the second direction, a screening body extending, in the condition of use, substantially in the screening plane; at least one cord system including a number of cords (91, 92) routed along the at least one operating element (71, 72) and having a pre-defined total length, and at least one cord tightening device connected to the at least one operating element (71, 72) and providing a detour length, characterized in that each cord tightening device comprises a base member which is stationary relative to the respective at least one operating element (71, 72) and a shifter member which is movable to a plurality of positions relative to the base member to adjust the tightening of the cord by changing the detour length while retaining the pre-defined total length, in that at least one cord (91, 92) is routed past at least one set of turning points (411, 421; 412, 422) on the base member and the shifter member, the distance between the turning points of said at least one set being variable as a result of the relative movement between the shifter member and the base member, and in that engagement means (415, 425) are provided for locking the shifter member in said plurality of positions. at least one operating element (71, 72) extending in the first direction between a first end and a second end and being movable in the second direction, a screening body extending, in the condition of use, substantially in the screening plane; at least one cord system including a number of cords (91, 92) routed along the at least one operating element (71, 72) and having a pre-defined total length, and at least one cord tightening device connected to the at least one operating element (71, 72) and providing a detour length, characterized in that each cord tightening device comprises a base member which is stationary relative to the respective at least one operating element (71, 72) and a shifter member which is movable to a plurality of positions relative to the base member to adjust the tightening of the cord by changing the detour length while retaining the pre-defined total length, in that at least one cord (91, 92) is routed past at least one set of turning points (411, 421; 412, 422) on the base member and the shifter member, the distance between the turning points of said at least one set being variable as a result of the relative movement between the shifter member and the base member, and in that engagement means (415, 425) are provided for locking the shifter member in said plurality of positions.
An energy storage system comprising: - a plurality of physical devices comprising at least a battery and a power inverter operable to charge and discharge the battery, each of the physical devices storing one or more data points; - an integration engine comprising: - a processing circuit having a processor and memory, the memory communicably connected to the processor configured to execute computer code or instructions stored in the memory; - an interface communicably connected to the plurality of physical devices; and - a virtual device network stored in the memory and comprising: - a plurality of virtual devices, each of the virtual devices comprising one or more attributes; and - a virtual device manager configured to create and/or manage the plurality of virtual devices, characterised in that the virtual device manager is configured to map the attributes of the virtual devices to corresponding data points stored by the physical devices via the interface and update the attributes of the virtual devices in response to detecting changes in value of the corresponding data points stored by the physical devices. - a plurality of physical devices comprising at least a battery and a power inverter operable to charge and discharge the battery, each of the physical devices storing one or more data points; - an integration engine comprising: - a processing circuit having a processor and memory, the memory communicably connected to the processor configured to execute computer code or instructions stored in the memory; - an interface communicably connected to the plurality of physical devices; and - a virtual device network stored in the memory and comprising: - a plurality of virtual devices, each of the virtual devices comprising one or more attributes; and - a virtual device manager configured to create and/or manage the plurality of virtual devices, - a processing circuit having a processor and memory, the memory communicably connected to the processor configured to execute computer code or instructions stored in the memory; - an interface communicably connected to the plurality of physical devices; and - a virtual device network stored in the memory and comprising: - a plurality of virtual devices, each of the virtual devices comprising one or more attributes; and - a virtual device manager configured to create and/or manage the plurality of virtual devices, - a plurality of virtual devices, each of the virtual devices comprising one or more attributes; and - a virtual device manager configured to create and/or manage the plurality of virtual devices,
An organ perfusion system, said system comprising: (a) a bowl for supporting an explant, (b) a vessel for storing the perfusion medium reservoir; (c) a drive propulsion device consisting of two perfusion pumps (12, 20) with two peristaltic heads, respectively, wherein the first perfusion pump is configured for the bidirectional transport of the perfusion medium and the second perfusion pump is configured to provide fresh perfusion medium; (d) a sensing means for measuring and controlling the oxygen concentration in said perfusion medium; (e) a sampling means for collecting the perfusion medium and for applying nutrients; wherein said bowl, said vessel, said drive means, said sensing means and said sampling means are integrated in an essentially closed circuit via circuit tubing for the provision of a constant flow rate, being supplied with nutrients and oxygen, to said explant for at least six hours. (a) a bowl for supporting an explant, (b) a vessel for storing the perfusion medium reservoir; (c) a drive propulsion device consisting of two perfusion pumps (12, 20) with two peristaltic heads, respectively, wherein the first perfusion pump is configured for the bidirectional transport of the perfusion medium and the second perfusion pump is configured to provide fresh perfusion medium; (d) a sensing means for measuring and controlling the oxygen concentration in said perfusion medium; (e) a sampling means for collecting the perfusion medium and for applying nutrients;
A motorized scanning table for use with an imaging system, the motorized scanning table comprising: a fixed base; a movable table top movably mounted to the fixed base for permitting the movable table top to be moved along a first horizontal X-axis relative to the fixed base; and a movable patient support platform movably mounted to the movable table top for permitting the movable patient support platform to be moved along a second horizontal Z-axis relative to the movable table top, wherein the Z-axis is perpendicular to the X-axis, the movable table top is movably mounted to the fixed base for permitting the movable table top to be simultaneously moved along a vertical Y-axis and the Z-axis relative to the fixed base, wherein the movable table top is movably mounted to the fixed base by a scissor mount comprising two scissor pairs, each scissor pair comprising a pair of support arms (240, 245) connected to one another intermediate their length by a pivot mount, characterised in that one support arm from each pair of support arms is slidably mounted to the fixed base at one end of the support arm and is slidably mounted to the movable table top at the other end of the support arm, and the other support arm from each pair of support arms is pivotally mounted to the fixed base at one end of the support arm and is pivotally mounted to the movable table top at the other end of the support arm. a fixed base; a movable table top movably mounted to the fixed base for permitting the movable table top to be moved along a first horizontal X-axis relative to the fixed base; and a movable patient support platform movably mounted to the movable table top for permitting the movable patient support platform to be moved along a second horizontal Z-axis relative to the movable table top, wherein the Z-axis is perpendicular to the X-axis, the movable table top is movably mounted to the fixed base for permitting the movable table top to be simultaneously moved along a vertical Y-axis and the Z-axis relative to the fixed base, wherein the movable table top is movably mounted to the fixed base by a scissor mount comprising two scissor pairs, each scissor pair comprising a pair of support arms (240, 245) connected to one another intermediate their length by a pivot mount, characterised in that one support arm from each pair of support arms is slidably mounted to the fixed base at one end of the support arm and is slidably mounted to the movable table top at the other end of the support arm, and the other support arm from each pair of support arms is pivotally mounted to the fixed base at one end of the support arm and is pivotally mounted to the movable table top at the other end of the support arm.
User equipment, which operates in a 3GPP radio communication system, comprising: a measurement unit configured to measure a Reference Signal to Interference and Noise Ratio, RS-SINR, from a reference signal in a physical downlink control channel transmitted from a base station; and a reporting unit configured to report the measured RS-SINR to the base station in accordance with a predefined reporting trigger, wherein the measurement unit further measures one or both of a Reference Signal Received Quality, RSRQ, and a Reference Signal Received Power, RSRP, the reporting unit reports the measured RS-SINR to the base station for a period of satisfaction of a predefined event condition from a time point of satisfaction of the measured RSRQ or RSRP with the predefined event condition, wherein the predefined event condition is that the measured RSRQ or RSRP has exceed a predefined threshold value, a1-Threshold, for a predefined period of Satisfaction value, Time to Trigger, and as long as the measured RSRQ or RSRP remains above the predefined threshold value, a1-Threshold, the reporting unit continues to periodically report the measured RS- SINR in a predefined Report Interval. a measurement unit configured to measure a Reference Signal to Interference and Noise Ratio, RS-SINR, from a reference signal in a physical downlink control channel transmitted from a base station; and a reporting unit configured to report the measured RS-SINR to the base station in accordance with a predefined reporting trigger, wherein the measurement unit further measures one or both of a Reference Signal Received Quality, RSRQ, and a Reference Signal Received Power, RSRP, the reporting unit reports the measured RS-SINR to the base station for a period of satisfaction of a predefined event condition from a time point of satisfaction of the measured RSRQ or RSRP with the predefined event condition, wherein the predefined event condition is that the measured RSRQ or RSRP has exceed a predefined threshold value, a1-Threshold, for a predefined period of Satisfaction value, Time to Trigger, and as long as the measured RSRQ or RSRP remains above the predefined threshold value, a1-Threshold, the reporting unit continues to periodically report the measured RS- SINR in a predefined Report Interval.
A printing method comprising: applying a foaming agent composition containing a foaming agent to form a foaming agent layer; applying a foaming inhibitor composition containing a foaming inhibitor onto the foaming agent layer; curing the foaming agent layer with irradiation of active energy; and heating the foaming agent layer to foam the foaming agent layer, characterized in that the foaming agent composition has a viscosity of from 50 to 1,500 mPa·s at 25 degrees C, wherein an absolute difference between a static surface tension of the foaming agent composition and a static surface tension of the foaming inhibitor composition is 5 mN/m or less. applying a foaming agent composition containing a foaming agent to form a foaming agent layer; applying a foaming inhibitor composition containing a foaming inhibitor onto the foaming agent layer; curing the foaming agent layer with irradiation of active energy; and heating the foaming agent layer to foam the foaming agent layer, characterized in that the foaming agent composition has a viscosity of from 50 to 1,500 mPa·s at 25 degrees C, wherein an absolute difference between a static surface tension of the foaming agent composition and a static surface tension of the foaming inhibitor composition is 5 mN/m or less.