mhurhangee/ep-ind-claims huggingface dataset:
A sheet feeding device (4,4A), comprising: a housing (10,10A); a first feeding path extending in a vertical direction within the housing and on which a sheet is fed; a second feeding path extending in the vertical direction within the housing and in which a lower end thereof is connected to an upper end of the first feeding path and on which a sheet is fed; a first cover (80,280,281) an upper side of which is openable/closable relative to the housing with a lower side as a fulcrum, and, in an open state, exposes the first feeding path outside of the housing; and a second cover (70,270,271) an upper side of which is openable/closable relative to the housing with a lower side as a fulcrum, and, in an open state, exposes the second feeding path outside of the housing, wherein when both the first cover and the second cover are in the open state, the first cover and the second cover are respectively in the open state relative to the housing in a mode where a second opening angle of the second cover relative to the housing is smaller than a first opening angle of the first cover relative to the housing, wherein when the first cover is in a closed state, the second cover is in the open state relative to the housing at a third opening angle (θ2) that is greater than the second opening angle (θ1), characterized by a restricting part which restricts an opening angle of the second cover to the second opening angle or the third opening angle in conjunction with a state changing operation between the open state and the closed state of the first cover. a housing (10,10A); a first feeding path extending in a vertical direction within the housing and on which a sheet is fed; a second feeding path extending in the vertical direction within the housing and in which a lower end thereof is connected to an upper end of the first feeding path and on which a sheet is fed; a first cover (80,280,281) an upper side of which is openable/closable relative to the housing with a lower side as a fulcrum, and, in an open state, exposes the first feeding path outside of the housing; and a second cover (70,270,271) an upper side of which is openable/closable relative to the housing with a lower side as a fulcrum, and, in an open state, exposes the second feeding path outside of the housing, wherein when both the first cover and the second cover are in the open state, the first cover and the second cover are respectively in the open state relative to the housing in a mode where a second opening angle of the second cover relative to the housing is smaller than a first opening angle of the first cover relative to the housing, wherein when the first cover is in a closed state, the second cover is in the open state relative to the housing at a third opening angle (θ2) that is greater than the second opening angle (θ1), characterized by a restricting part which restricts an opening angle of the second cover to the second opening angle or the third opening angle in conjunction with a state changing operation between the open state and the closed state of the first cover.
A method of forming a film of aligned semiconducting-SWCNTs on a substrate, the method comprising in the following order: (a) partially submerging a hydrophobic substrate in an aqueous medium; (b) applying a dose of a liquid solution to the aqueous medium, the liquid solution comprising semiconductor-selective-polymer-wrapped semiconducting-SWCNTs dispersed in an organic solvent, whereby the liquid solution spreads into a layer on the aqueous medium at an air-liquid interface and semiconductor-selective-polymer-wrapped semiconducting-SWCNTs from the layer are deposited as a stripe of aligned semiconductor-selective-polymer-wrapped semiconducting-SWCNTs on the hydrophobic substrate; and (c) at least partially withdrawing the hydrophobic substrate from the aqueous medium, such that the portion of the hydrophobic substrate upon which the stripe of aligned semiconductor-selective-polymer-wrapped semiconducting-SWCNTs is deposited is withdrawn from the air-liquid interface. (a) partially submerging a hydrophobic substrate in an aqueous medium; (b) applying a dose of a liquid solution to the aqueous medium, the liquid solution comprising semiconductor-selective-polymer-wrapped semiconducting-SWCNTs dispersed in an organic solvent, whereby the liquid solution spreads into a layer on the aqueous medium at an air-liquid interface and semiconductor-selective-polymer-wrapped semiconducting-SWCNTs from the layer are deposited as a stripe of aligned semiconductor-selective-polymer-wrapped semiconducting-SWCNTs on the hydrophobic substrate; and (c) at least partially withdrawing the hydrophobic substrate from the aqueous medium, such that the portion of the hydrophobic substrate upon which the stripe of aligned semiconductor-selective-polymer-wrapped semiconducting-SWCNTs is deposited is withdrawn from the air-liquid interface.
A stable and lyophilized pharmaceutical agent containing nocathiacin, prepared by lyophilizing a liquid formulation of nocathiacin, a stabilizer, an excipient, a pH regulator and injectable water, wherein the stabilizer is selected from polyethylene glycol, polysorbate or a mixture thereof, and the pH value of the liquid formulation ranges from 1.0 to 6.0, wherein the percentage of weight against volume of the nocathiacin to the liquid formulation is 0.005%-2%, and wherein the percentage of weight against volume of the stabilizer to the liquid formulation is 6%-30%.
A tube/membrane wall comprising a plurality of tubes arranged parallel to one another and connected to one another in a gas-tight manner via fins, characterized in that the tubes are longitudinally welded and are made from only a single layer of a nickel-based alloy or a special stainless steel, and in that the fins are made from a nickel-based alloy or are made of special stainless steel.
A subscriber identity module embedded in a device, the device being one from a group comprising of a mobile phone, a modem, and an Internet of Things "IoT" device, said subscriber identity module being an embedded Universal Integrated Circuit Card comprising a test profile, said test profile being intended to include data enabling the execution of a final quality control test on said device, characterized in that said subscriber identity module further comprises a location information file containing a location information, and a profile selector configured to decide whether to enable or not the test profile depending on the content of the location information with regard to a predefined triggering information.
A painting system operating in recirculating air mode, in particular for painting vehicle attachment parts or vehicle bodies, having a) a spray booth which, from the top downwards, includes: aa) an air plenum to which conditioned recirculating air may be fed; ab) a painting region in which at least one application device for applying the paint is provided and which can be flown through by recirculating air which thereby takes up and carries along paint overspray particles; ac) a washout in which the recirculating air coming from the painting region and laden with paint overspray particles interacts with a water flow and is at least partially freed of paint overspray particles; b) a conditioning unit which lies in the circulation path of the recirculating air and contains at least a condenser and/or a droplet separator, wherein the liquid obtained from the condenser and/or the droplet separator may be returned to the painting system; c) a supply source (24, 25) for rinsing liquid which may be fed to the application device for cleaning; characterized in that d) the liquid obtained from the condenser and/or the droplet separator may be fed at least partially to the supply source (24, 25) for rinsing liquid. a) a spray booth which, from the top downwards, includes: aa) an air plenum to which conditioned recirculating air may be fed; ab) a painting region in which at least one application device for applying the paint is provided and which can be flown through by recirculating air which thereby takes up and carries along paint overspray particles; ac) a washout in which the recirculating air coming from the painting region and laden with paint overspray particles interacts with a water flow and is at least partially freed of paint overspray particles; aa) an air plenum to which conditioned recirculating air may be fed; ab) a painting region in which at least one application device for applying the paint is provided and which can be flown through by recirculating air which thereby takes up and carries along paint overspray particles; ac) a washout in which the recirculating air coming from the painting region and laden with paint overspray particles interacts with a water flow and is at least partially freed of paint overspray particles; b) a conditioning unit which lies in the circulation path of the recirculating air and contains at least a condenser and/or a droplet separator, wherein the liquid obtained from the condenser and/or the droplet separator may be returned to the painting system; c) a supply source (24, 25) for rinsing liquid which may be fed to the application device for cleaning; characterized in that d) the liquid obtained from the condenser and/or the droplet separator may be fed at least partially to the supply source (24, 25) for rinsing liquid.
A battery state estimation apparatus comprising: a sensing data acquirer (220, 1140) configured to acquire sensing data of a battery (120, 410, 1030); and a state of health, SOH, information estimator (230, 1150) configured to divide the sensing data based on a predetermined time interval, extract a segment comprising a predetermined number of items of the divided sensing data, generate a segment vector based on the divided sensing data included in the segment, and estimate SOH information of the battery (120,410,1030), characterized in that the state of health,SOH,information estimator (230,1150) is further configured to: map the segment vector to a feature space of which a dimension is lower than a dimension of the segment vector by projecting the segment vector onto a principle component analysis, PCA, basis matrix of the feature space; convert the mapped segment vector into a feature vector having a dimension equal to the dimension of the feature space; and estimate the SOH information of the battery (120, 410, 1030) based on the feature vector. a sensing data acquirer (220, 1140) configured to acquire sensing data of a battery (120, 410, 1030); and a state of health, SOH, information estimator (230, 1150) configured to divide the sensing data based on a predetermined time interval, extract a segment comprising a predetermined number of items of the divided sensing data, generate a segment vector based on the divided sensing data included in the segment, and estimate SOH information of the battery (120,410,1030), characterized in that the state of health,SOH,information estimator (230,1150) is further configured to: map the segment vector to a feature space of which a dimension is lower than a dimension of the segment vector by projecting the segment vector onto a principle component analysis, PCA, basis matrix of the feature space; convert the mapped segment vector into a feature vector having a dimension equal to the dimension of the feature space; and estimate the SOH information of the battery (120, 410, 1030) based on the feature vector. map the segment vector to a feature space of which a dimension is lower than a dimension of the segment vector by projecting the segment vector onto a principle component analysis, PCA, basis matrix of the feature space; convert the mapped segment vector into a feature vector having a dimension equal to the dimension of the feature space; and estimate the SOH information of the battery (120, 410, 1030) based on the feature vector.
A process for purifying ethylene carbonate or for producing purified ethylene carbonate, comprising allowing crude ethylene carbonate crystals to fall from an upper portion of a tower, melting the crude ethylene carbonate crystals in a bottom portion of the tower, withdrawing a part of the obtained melt from the tower, and allowing the remainder of the obtained melt to flow upward as a reflux liquid for countercurrent contact with the falling crude ethylene carbonate crystals, characterized in that a solid-liquid countercurrent contact region maintained at a constant temperature is formed, said solid-liquid countercurrent contact region maintained at a constant temperature has a thickness of 0.75 to 40 m, and the crude ethylene carbonate crystals are contacted with the melt for 1.0 to 25.0 hours in said solid-liquid countercurrent contact region maintained at a constant temperature, wherein the solid-liquid countercurrent contact region has a temperature difference of 2.0°C or less in the vertical direction.
A method for determining a timing advance group of a serving cell, comprising: determining, by a source base station of a user equipment, a target base station that the user equipment is to be handed over to; sending, by the source base station, auxiliary information for determining a timing advance group of a target serving cell of the user equipment to the target base station, wherein the auxiliary information comprises a timing advance group identifier of a candidate target cell; receiving, by the source base station, the timing advance group of the target serving cell of the user equipment that is determined by the target base station according to the auxiliary information; sending, by the source base station, the timing advance group of the target serving cell of the user equipment to the user equipment, wherein the timing advance group of the target serving cell is for initiating, by the user equipment, a random access procedure by adopting dedicated random access resources, so as to obtain a timing advance of the timing advance group of the target serving cell; and sending, by the source base station, indication information to the user equipment indicating a cell in which the user equipment initiates the random access procedure and indicating a dedicated random access resource of the cell in which the user equipment initiates the random access procedure. determining, by a source base station of a user equipment, a target base station that the user equipment is to be handed over to; sending, by the source base station, auxiliary information for determining a timing advance group of a target serving cell of the user equipment to the target base station, wherein the auxiliary information comprises a timing advance group identifier of a candidate target cell; receiving, by the source base station, the timing advance group of the target serving cell of the user equipment that is determined by the target base station according to the auxiliary information; sending, by the source base station, the timing advance group of the target serving cell of the user equipment to the user equipment, wherein the timing advance group of the target serving cell is for initiating, by the user equipment, a random access procedure by adopting dedicated random access resources, so as to obtain a timing advance of the timing advance group of the target serving cell; and sending, by the source base station, indication information to the user equipment indicating a cell in which the user equipment initiates the random access procedure and indicating a dedicated random access resource of the cell in which the user equipment initiates the random access procedure.
An exhaust system for an internal combustion engine, in particular of a motor vehicle, - having at least one exhaust tract, which has at least one exhaust pipe which conducts exhaust gas, - having at least one active silencer, which has a silencer housing and at least one electro-acoustic converter arranged in the silencer housing, and at least one straight-lined connection pipe which connects the silencer housing fluidically to the exhaust pipe, - wherein a sound propagation path formed for the propagation of airborne noise in the connection pipe is impermeable to thermal radiation emanating from the exhaust gas in the exhaust pipe, - wherein several screen elements are arranged in the cross section of the connection pipe, which screen elements project inwardly from a pipe wall of the straight-lined connection pipe and are arranged in the connection pipe to be permeable to airborne noise, - wherein the screen elements close off the cross section of the connection pipe in an opaque manner in a viewing direction running parallel to the longitudinal centre axis of the connection pipe, characterized in that - the screen elements are arranged in a star-shaped manner and support each other in a common centre. - having at least one exhaust tract, which has at least one exhaust pipe which conducts exhaust gas, - having at least one active silencer, which has a silencer housing and at least one electro-acoustic converter arranged in the silencer housing, and at least one straight-lined connection pipe which connects the silencer housing fluidically to the exhaust pipe, - wherein a sound propagation path formed for the propagation of airborne noise in the connection pipe is impermeable to thermal radiation emanating from the exhaust gas in the exhaust pipe, - wherein several screen elements are arranged in the cross section of the connection pipe, which screen elements project inwardly from a pipe wall of the straight-lined connection pipe and are arranged in the connection pipe to be permeable to airborne noise, - wherein the screen elements close off the cross section of the connection pipe in an opaque manner in a viewing direction running parallel to the longitudinal centre axis of the connection pipe, characterized in that - the screen elements are arranged in a star-shaped manner and support each other in a common centre.
Transport device which can be moved for transporting at least one object and/or a person over a floor by means of at least one rolling device, and - with a drive element which can be set into rotation at least indirectly by the rolling device, wherein - the drive element comprises at least two drive magnets and - an output element is provided which has at least two output magnets, - wherein the number of drive magnets differs from the number of output magnets, and - at least one non-magnetic shielding element is provided for changing the orientation of a magnetic field arranged between the drive element and the output element, and - wherein the output element can be set into rotation and - at least one stator winding is provided in which the output element can be rotated about an axis of rotation to generate electric current, characterized in that, - the drive element and/or the output element and/or the shielding element and/or the stator windings are arranged in the rolling device, wherein - metal segments are distributed around the annular form of the shielding element in the direction of the axis of rotation and are held in the shielding element in order to increase the rotational speed of the output element about the axis of rotation. - with a drive element which can be set into rotation at least indirectly by the rolling device, wherein - the drive element comprises at least two drive magnets and - an output element is provided which has at least two output magnets, - wherein the number of drive magnets differs from the number of output magnets, and - at least one non-magnetic shielding element is provided for changing the orientation of a magnetic field arranged between the drive element and the output element, and - wherein the output element can be set into rotation and - at least one stator winding is provided in which the output element can be rotated about an axis of rotation to generate electric current, characterized in that, - the drive element and/or the output element and/or the shielding element and/or the stator windings are arranged in the rolling device, wherein - metal segments are distributed around the annular form of the shielding element in the direction of the axis of rotation and are held in the shielding element in order to increase the rotational speed of the output element about the axis of rotation.
A computer -implemented method comprising: accessing a configuration file for a facility having a plurality of workspace locations and a plurality of readers (108; 330) each having a sensor, the configuration file assigning each reader within the plurality of readers (108; 330) to a workspace location within the facility; receiving parcel tracking data comprising read events for a plurality of parcels being transported through the facility, each read event indicating a reader within the plurality of readers (108; 330) that captured the read event and a time the read event occurred; utilizing the configuration file and the parcel tracking data, determining one or more locations for each parcel within the plurality of parcels, wherein each of the one or more locations is a workspace location at which that the parcel has been during transportation of the parcel through the facility; and causing presentation of a graphical user interface on a user device based on the one or more locations determined for at least one parcel.
A hybrid x-ray device for mounted and portable use, the device comprising: a housing; an x-ray source coupled to the housing and configured to generate x-ray radiation; a shield connector coupled to the housing and configured to mechanically couple to a removable radiation shield; and an interlock coupled to the x-ray source and configured to disable activation of the x-ray source when the shield connector is mechanically uncoupled from the removable radiation shield; characterised in that the hybrid x-ray device further comprises a support connector coupled to the housing and configured to mechanically couple to a support arm; and further characterised in that the interlock is configured to disable activation of the x-ray source when both of the following conditions occur: (a) the support connector is mechanically uncoupled from the support arm, and (b) the shield connector is mechanically uncoupled from the removable radiation shield. a housing; an x-ray source coupled to the housing and configured to generate x-ray radiation; a shield connector coupled to the housing and configured to mechanically couple to a removable radiation shield; and an interlock coupled to the x-ray source and configured to disable activation of the x-ray source when the shield connector is mechanically uncoupled from the removable radiation shield; characterised in that the hybrid x-ray device further comprises a support connector coupled to the housing and configured to mechanically couple to a support arm; and further characterised in that the interlock is configured to disable activation of the x-ray source when both of the following conditions occur: (a) the support connector is mechanically uncoupled from the support arm, and (b) the shield connector is mechanically uncoupled from the removable radiation shield.