mhurhangee/ep-ind-claims huggingface dataset:
A method of Electronic Article Surveillance, EAS, comprising: - providing a textile element; - providing an EAS element, comprising an antenna subsystem integratable into the textile element and EAS electronics, in conductive communication with the antenna subsystem; and - integrating the antenna subsystem into the textile element, wherein the EAS element comprises a motion sensor, - the motion sensor communicating sensor data to a controller, - the controller processing the sensor data to determine whether or not a motion is of a type for triggering enablement of a communication device or at least one communication operation, wherein a motion pattern specified by the sensor data is compared to a plurality of stored motion patterns, which include at least a motion pattern for walking, a motion pattern for running and a motion pattern for vibration caused by an air conditioner or fan, and wherein the communication device or at least one communication operation is enabled only when the location within a facility is actually being changed not when a fan is causing the EAS element to simply vibrate. - providing a textile element; - providing an EAS element, comprising an antenna subsystem integratable into the textile element and EAS electronics, in conductive communication with the antenna subsystem; and - integrating the antenna subsystem into the textile element, wherein the EAS element comprises a motion sensor, - the motion sensor communicating sensor data to a controller, - the controller processing the sensor data to determine whether or not a motion is of a type for triggering enablement of a communication device or at least one communication operation, wherein a motion pattern specified by the sensor data is compared to a plurality of stored motion patterns, which include at least a motion pattern for walking, a motion pattern for running and a motion pattern for vibration caused by an air conditioner or fan, and wherein the communication device or at least one communication operation is enabled only when the location within a facility is actually being changed not when a fan is causing the EAS element to simply vibrate.
A molding made of extruded foam, wherein at least one fiber is present with a fiber region within the molding and is surrounded by the extruded foam, while a fiber region of the fiber projects from a first side of the molding and a fiber region of the fiber projects from a second side of the molding, and the extruded foam is produced by an extrusion process comprising the following steps: I) providing a polymer melt in an extruder, II) introducing at least one blowing agent into the polymer melt provided in step I) to obtain a foamable polymer melt, III) extruding the foamable polymer melt obtained in step II) from the extruder through at least one die aperture into an area at lower pressure, with expansion of the foamable polymer melt to obtain an expanded foam, and IV) calibrating the expanded foam from step III) by conducting the expanded foam through a shaping tool to obtain the extruded foam, where the fiber has been introduced into the extruded foam at an angle α of 10° to 70° relative to the thickness direction (d) of the molding and where two or more fibers are at an angle β to one another in the molding, where the angle β is in the range of β = 360°/n where n is an integer, where n is in the range from 2 to 6, where the extruded foam comprises cells, where at least 50% of the cells are anisotropic, where at least 50% of the cells, based on their largest dimension (a direction), are aligned at an angle γ of ≤ 45° relative to the thickness direction (d) of the molding. I) providing a polymer melt in an extruder, II) introducing at least one blowing agent into the polymer melt provided in step I) to obtain a foamable polymer melt, III) extruding the foamable polymer melt obtained in step II) from the extruder through at least one die aperture into an area at lower pressure, with expansion of the foamable polymer melt to obtain an expanded foam, and IV) calibrating the expanded foam from step III) by conducting the expanded foam through a shaping tool to obtain the extruded foam,
A data card with a connection structure of a USB interface, wherein the connection structure comprises a USB interface, a guide rail element, an elastic element, and a limit element, wherein a protrusion is provided on at least one side of the USB interface; the guide rail element comprises two vertical faces disposed opposite each other; the USB interface is located in an accommodating space formed by the two vertical faces; a guide rail is disposed on each vertical face in a hollow manner; the protrusion on the USB interface extends out of the accommodating space from the guide rail; in the two vertical faces, a connection terminal is disposed on an outer side of at least a first vertical face; an end of the elastic element is connected to the connection terminal on the outer side of the first vertical face, and another end is connected to the protrusion extending out of the first vertical face; the limit element is arranged on the two vertical faces, and comprises a connection portion and a limit portion; the connection portion comprises a support frame and an elasticity supply element; the elasticity supply element is connected between the guide rail element and the support frame, and is configured to supply elasticity for vertical movement of the support frame relative to the guide rail element; the limit portion is configured to limit the protrusion.
A method, comprising: at a welding apparatus: monitoring, via one or more transducers, one or more operating parameters associated with the welding apparatus; determining by a controller, based on the one or more operating parameters, a dynamic duty cycle of the welding apparatus; and being characterized by: providing by the controller, and via a user interface of the welding apparatus, one or more indications of a real-time value of the dynamic duty cycle, so that the users have an accurate indication of how long the welding apparatus may be used without damage and/or a forced shutdown, wherein the dynamic duty cycle is a measure or estimate of the remaining operational time or run-time of the welding apparatus, given the present/current operating conditions of the welding apparatus, wherein the dynamic duty cycle increases when the welding apparatus is not being used to perform a functional operation such as welding, cutting or heating. monitoring, via one or more transducers, one or more operating parameters associated with the welding apparatus; determining by a controller, based on the one or more operating parameters, a dynamic duty cycle of the welding apparatus; and being characterized by: providing by the controller, and via a user interface of the welding apparatus, one or more indications of a real-time value of the dynamic duty cycle, so that the users have an accurate indication of how long the welding apparatus may be used without damage and/or a forced shutdown, wherein the dynamic duty cycle is a measure or estimate of the remaining operational time or run-time of the welding apparatus, given the present/current operating conditions of the welding apparatus, wherein the dynamic duty cycle increases when the welding apparatus is not being used to perform a functional operation such as welding, cutting or heating. providing by the controller, and via a user interface of the welding apparatus, one or more indications of a real-time value of the dynamic duty cycle, so that the users have an accurate indication of how long the welding apparatus may be used without damage and/or a forced shutdown, wherein the dynamic duty cycle is a measure or estimate of the remaining operational time or run-time of the welding apparatus, given the present/current operating conditions of the welding apparatus, wherein the dynamic duty cycle increases when the welding apparatus is not being used to perform a functional operation such as welding, cutting or heating.
A movable isolation system with which possible infections can be prevented, wherein a temporary anteroom is provided, comprising a regulating device for adjusting the pressure and/or composition, respectively, of the air in the anteroom, while the isolation system is designed for use with an existing room to be isolated, characterised in that the isolation system is provided with a movable second regulating device which is provided with feed-through means for air from and/or to an area (10, 11) outside the anteroom and outside said existing room, wherein the second regulating device is provided with a pressure regulation for regulating the pressure in the room to be isolated independently of the pressure of the outside area (10,11).
A sensor device configured to be attached to a drug delivery device and configured to illuminate the dosage window of the drug delivery device when attached, the sensor device comprising an optical sensor for capturing images of the dosage window and arranged to receive light reflected from a surface of the drug delivery device, characterized in that the sensor device further comprises an OLED for illuminating the dosage window, said OLED having a transparent first electrode, a transparent second electrode and a central layer disposed between the first and second electrodes, the central layer comprising at least one organic semiconductor layer, the at least one organic semiconductor layer configured to emit light through the transparent first electrode; and wherein the central layer of the OLED has a region without the at least one organic semiconductor layer and wherein the optical sensor is arranged, when the sensor device is attached to the drug delivery device, to view a predetermined area of the surface of the drug delivery device through the region without the at least one organic semiconductor layer.
A continuously variable transmission including a variator unit having a variator input shaft and a variator output shaft, and first, second and third planetary gear sets (8, 10, 12), wherein each of said first and second planetary gear sets (8, 10) has a first member (14a, 16a) being operatively connected to a transmission input shaft which transmission input shaft is common to said first and second gear sets (8,10), and a third member (14c, 16c), said third planetary gear set having a first, a second and a third member (18a, 18b, 18c), wherein said variator input shaft is operatively connected to a third member of said second planetary gear set and that said variator output shaft is operatively connected to said third member of said first planetary gear set, that said first member of said third planetary gear set is operatively connected to said variator output shaft, characterized in that said second member of said third planetary gear set is selectively connectable to third member of said second planetary gear set and selectively connectable to a transmission housing, and in that said third member of said third planetary gear set is operatively connected to a transmission output shaft.
System for injecting and controlling a flow of liquid to be injected, comprising: - a catheter, comprising a duct, for delivering a fluid to be injected, - a peristaltic pump, said pump operating in cycles, such that an elementary volume of fluid is delivered during each cycle, - a pressure sensor, for measuring the liquid pressure which flows in said duct, from the pump to an end of the duct, characterized in that the system further comprises: - control means for receiving data from the pressure sensor, and, for each cycle of a series of cycles, for generating an indicator, relative to this cycle, on the basis of at least two measurements of said pressure at different times of a same cycle, - the control means being able to reverse the operation of the pump on the basis of the value of this indicator. - a catheter, comprising a duct, for delivering a fluid to be injected, - a peristaltic pump, said pump operating in cycles, such that an elementary volume of fluid is delivered during each cycle, - a pressure sensor, for measuring the liquid pressure which flows in said duct, from the pump to an end of the duct, - control means for receiving data from the pressure sensor, and, for each cycle of a series of cycles, for generating an indicator, relative to this cycle, on the basis of at least two measurements of said pressure at different times of a same cycle, - the control means being able to reverse the operation of the pump on the basis of the value of this indicator.
A method of transmitting symbols for use in channel estimation, comprising: adjusting the power level of an enhanced dedicated physical control channel allocated to a receiver in response to a change in the transport format of an enhanced dedicated physical data channel allocated to the receiver; and transmitting control channel symbols to the receiver over the enhanced dedicated physical control channel at the adjusted power level for use by the receiver in performing channel estimation. adjusting the power level of an enhanced dedicated physical control channel allocated to a receiver in response to a change in the transport format of an enhanced dedicated physical data channel allocated to the receiver; and transmitting control channel symbols to the receiver over the enhanced dedicated physical control channel at the adjusted power level for use by the receiver in performing channel estimation.
A method for processing a message service, comprising: setting, by a seting module in a terminal, a blowout-type message judgement condition, a grouping condition and a first threshold value; after receiving a message, the terminal judging by a judging module in the terminal whether the message is a blowout-type message or not according to the preset blowout-type message judgment condition, and if yes, saving the blowout-type message in a database module, and the method characterized in that the terminal further judging by an analyzing module in the terminal whether there exists a blowout-type message group or not; if there already exists a blowout-type message group, judging whether the blowout-type message belongs to the existing blowout-type message group or not according to the preset grouping condition, and if yes, adding the blowout-type message into the blowout-type message group corresponding to the blowout-type message; if there exists no blowout-type message group, grouping the saved ungrouped blowout-type messages according to the preset grouping condition when a number of the saved ungrouped blowout-type messages reaches the first threshold value; wherein, each blowout-type message group comprises remark information, which is common to all blowout-type messages in the group, and one or more blowout-type messages; and each blowout-type message further carries exclusive information left after removing the remark information from original information of the blowout-type message. setting, by a seting module in a terminal, a blowout-type message judgement condition, a grouping condition and a first threshold value; after receiving a message, the terminal judging by a judging module in the terminal whether the message is a blowout-type message or not according to the preset blowout-type message judgment condition, and if yes, saving the blowout-type message in a database module, and the method characterized in that the terminal further judging by an analyzing module in the terminal whether there exists a blowout-type message group or not; if there already exists a blowout-type message group, judging whether the blowout-type message belongs to the existing blowout-type message group or not according to the preset grouping condition, and if yes, adding the blowout-type message into the blowout-type message group corresponding to the blowout-type message; if there exists no blowout-type message group, grouping the saved ungrouped blowout-type messages according to the preset grouping condition when a number of the saved ungrouped blowout-type messages reaches the first threshold value; wherein, each blowout-type message group comprises remark information, which is common to all blowout-type messages in the group, and one or more blowout-type messages; and each blowout-type message further carries exclusive information left after removing the remark information from original information of the blowout-type message.
An electronic device, comprising a first side and a second side that are disposed facing away from each other, wherein a frame is disposed between the first side and the second side; the first side is provided with a display module, the display module is at least partially light-permeable, and a gap is present between the display module and the frame; and a first light emitting device, a second light emitting device, and a light receiving device are provided inside the electronic device, the first light emitting device and the light receiving device are both disposed below the display module and disposed corresponding to a light-permeable display region of the display module, the first light emitting device emits a light signal to the outside through the light-permeable display region, and the second light emitting device emits a light signal to the outside through the gap; wherein the first light emitting device is configured to emit a light signal in a case that the display module of the electronic device is in a light-off state, and the second light emitting device is configured to emit a light signal in a case that the display module of the electronic device is in a light-on state. the first side is provided with a display module, the display module is at least partially light-permeable, and a gap is present between the display module and the frame; and a first light emitting device, a second light emitting device, and a light receiving device are provided inside the electronic device, the first light emitting device and the light receiving device are both disposed below the display module and disposed corresponding to a light-permeable display region of the display module, the first light emitting device emits a light signal to the outside through the light-permeable display region, and the second light emitting device emits a light signal to the outside through the gap; wherein the first light emitting device is configured to emit a light signal in a case that the display module of the electronic device is in a light-off state, and the second light emitting device is configured to emit a light signal in a case that the display module of the electronic device is in a light-on state.
A storage and retrieval unit, having a carriage, which is displaceable along a linear guide arranged on a floor in a shelf aisle in the direction of an X axis, and which supports a vertical mast which extends perpendicular to the X axis in the direction of a vertical Y axis, and having a load receiving means mounted by only one end on a support device, wherein the load receiving means can be moved vertically together with the support device along the mast and can be moved into and out of a shelf compartment in the direction of a Z axis which runs perpendicular to the X axis and perpendicular to the Y axis, wherein the load receiving means can be pivoted about a pivot axis X 1 running parallel to the X axis in such a way that it can be brought into a position inclined downward towards the floor, in which position a front free end of the load receiving means remote from the support device is arranged lower than a rearward end of the load receiving means close to the support device, characterized in that the support device together with the load receiving means is displaceable along a transverse guide in the direction of the Z axis and is pivotable about the pivot axis X 1, wherein the transverse guide is formed on a guide part which is pivotable on the carriage about the pivot axis X 1 running parallel to the X axis and wherein the pivoting movement of the guide part about the pivot axis X 1 in the direction of the vertical Y axis can be superimposed with a lifting or lowering movement, and the displacement movement of the support device and of the load receiving means along the transverse guide can be superimposed, by means of a controller, in such a way that the load receiving means can be moved along an at least partially curved path of movement from its inclined position within the shelf aisle into a horizontal receiving position below on object to be taken when it is moved into the shelf compartment.
A method for manufacturing a concrete structure using assembled concrete reinforcements and intended particularly to counter transverse deformations of concrete due to Poisson's ratio, said reinforcements, also called ladders (1, 5), consisting of longitudinal steels (2a, 2b, 2c), also called bars (2a, 2b, 2c), around which are disposed at least two hoops each of said hoops following a profile formed by a succession of turns (3a, 3b, 3c) disposed around said bars (2a, 2b, 2c) and connecting the latter by inclined straight lines (3d, 3f, 3e), one of said hoops having a pitch to the right, another having a pitch to the left, characterised in that main ladders and secondary ladders the height of which is less than that of the main ladders are thus formed; that a three-dimensional cage is formed by fastening between the bars (2a, 2b, 2c) of said main ladders, along a substantially orthogonal direction, said secondary ladders; and that said reinforced concrete structure is a concrete slab, floor or roof.
An anchoring system for anchoring a positively buoyant turbine assembly in water, wherein the turbine assembly comprises a turbine support and has at least one flowing-water driveable turbine for generating power from water flow secured to the turbine support, wherein the anchoring system comprises at least three anchoring cables (44, 46) anchorable to at least three mutually spaced anchoring points on a water bed covering a footprint greater in width and in length than the turbine assembly, wherein each anchoring point on the water bed is attachable to two mutually spaced attachment points on the turbine support to provide directional support to counteract pitch, roll or yaw movement of the turbine assembly and wherein the anchoring system is arranged to provide a downward force to constrain the turbine assembly to a position of floating equilibrium against the upward force of the positive buoyancy of the turbine assembly; wherein the at least three anchoring cables (44, 46) are at least six pairs of anchoring cables (44a, 46a to 44h, 46h), wherein ends of each pair of anchoring cables are coupled to a respective anchor point on the water bed, wherein the anchoring cables (44, 46) of each pair of anchoring cables diverge from said anchoring point to where opposite ends of the anchoring cables (44, 46) are fixed to a pair of mutually spaced points of the turbine support, characterised in that at least three pairs of anchoring cables (44, 46) are fixed to each end of the elongate turbine support.