mhurhangee/ep-ind-claims huggingface dataset:
A method of printing and applying a label to an item moving in a conveyance direction along a conveyance path, the method comprising: utilizing a print and labeling assembly that includes a label stock path that feeds label stock past a printer to print on a label of the label stock to produce a printed label that is then separated from a liner of the label stock and dispensed in a first direction onto a label applying belt that moves in a second direction, wherein the first direction is substantially perpendicular to the second direction such that the printed label moves onto the label applying belt from a lateral side of the label applying belt; and the label applying belt moves the printed label into position to engage with the item as it moves along the conveyance path; wherein a feed rate of the label stock past the printer during printing is less than a conveyance rate of the label applying belt, and the printed label fully releases from the label stock before engaging onto the label applying belt..
A method for operating a laundry dryer comprising a drum rotatably mounted inside a main body, a heater for heating air flowing into the drum, and a scent supply module for spraying scent into the drum, the scent supply module comprising a cartridge (113,220,320) to store a scent solution therein, a spraying pump (115,230,330) to allow the scent solution within the cartridge (113,220,320) to be sprayed and flow along a connection hose (116,240) and a nozzle (118,250,340) connected to the connection hose (116,240) to spray the scent solution flowed along the connection hose (116,240) into the drum, the method comprising: a drying step of drying the laundry by supplying hot air heated by the heater; a pre-treating step of tumbling the drum while supplying air with the heater off; and a scent treating step of spraying scent onto the laundry passed through the pre-treating step, characterized in that the drying step comprises a remnant scent removing step of removing scent, left in the spraying pump (115,230,330), the connection hose (116,240) and the nozzle (118,250,340) of the scent supply module after a previous scent treating step, by spraying scent into the drum from the scent supply module by driving the spraying pump (115,230,330) of the scent supply module for a predetermined time after initiating the drying step. a drying step of drying the laundry by supplying hot air heated by the heater; a pre-treating step of tumbling the drum while supplying air with the heater off; and a scent treating step of spraying scent onto the laundry passed through the pre-treating step, characterized in that the drying step comprises a remnant scent removing step of removing scent, left in the spraying pump (115,230,330), the connection hose (116,240) and the nozzle (118,250,340) of the scent supply module after a previous scent treating step, by spraying scent into the drum from the scent supply module by driving the spraying pump (115,230,330) of the scent supply module for a predetermined time after initiating the drying step.
A method for generating a physical layer, PHY, orthogonal frequency division multiplexing, OFDM, data unit for transmission via a communication channel, the method comprising: generating the data unit to include i) a first short training field and ii) a first long training field when the data unit is to be transmitted in a normal mode, wherein the normal mode corresponds to a first channel bandwidth that is at least a minimum channel bandwidth; and generating the data unit to include i) a second short training field and ii) a second long training field when the data unit is to be transmitted in a low bandwidth mode, wherein the low bandwidth mode corresponds to a second channel bandwidth that is smaller than the minimum channel bandwidth, wherein the first long training field includes a first pilot sign sequence and the second long training field includes a second pilot sign sequence, wherein a first portion of the first pilot sign sequence corresponds to a lower sideband of the first long training field and a second portion of the first pilot sign sequence corresponds to an upper sideband of the first long training field, and wherein i) a dot product of the second pilot sign sequence and a first portion of the first pilot sign sequence, and ii) a dot product of the second pilot sign sequence and a second portion of the first pilot sign sequence in corresponding overlapping tones of both modes result in low values such that a receiving device can auto-detect whether the data unit corresponds to the low bandwidth mode or the normal mode. generating the data unit to include i) a first short training field and ii) a first long training field when the data unit is to be transmitted in a normal mode, wherein the normal mode corresponds to a first channel bandwidth that is at least a minimum channel bandwidth; and generating the data unit to include i) a second short training field and ii) a second long training field when the data unit is to be transmitted in a low bandwidth mode, wherein the low bandwidth mode corresponds to a second channel bandwidth that is smaller than the minimum channel bandwidth, wherein the first long training field includes a first pilot sign sequence and the second long training field includes a second pilot sign sequence, wherein a first portion of the first pilot sign sequence corresponds to a lower sideband of the first long training field and a second portion of the first pilot sign sequence corresponds to an upper sideband of the first long training field, and wherein i) a dot product of the second pilot sign sequence and a first portion of the first pilot sign sequence, and ii) a dot product of the second pilot sign sequence and a second portion of the first pilot sign sequence in corresponding overlapping tones of both modes result in low values such that a receiving device can auto-detect whether the data unit corresponds to the low bandwidth mode or the normal mode.
A method for setting up a media stream connection between a sending device (100, 110) and at least one receiving device (200, 210), performed in said sending device, comprising: sending a session initiation message to said at least one receiving device; setting up a uni-directional connection between said sending device (100, 110) and said at least one receiving device (200, 210); sending a request to set up a bi-directional connection between said sending device and said at least one receiving device; sending a first media stream via said uni-directional connection to said at least one receiving device before receiving any permission to set up the bi-directional connection from the receiving device. sending a session initiation message to said at least one receiving device; setting up a uni-directional connection between said sending device (100, 110) and said at least one receiving device (200, 210); sending a request to set up a bi-directional connection between said sending device and said at least one receiving device; sending a first media stream via said uni-directional connection to said at least one receiving device before receiving any permission to set up the bi-directional connection from the receiving device.
A method for sharing experiences in panoramic video, comprising: receiving, at an electronic device (360, 370, 380), at least one panoramic video, wherein a user views a panorama from a first person perspective relative to a camera that is capturing the video, the user having directional control in a view portal, including the ability to pan, tilt and zoom from the perspective of the camera; determining, using the electronic device (360, 370, 380), a spatial location in the panoramic video associated with a selection by at least one viewer; obtaining, at the electronic device (360, 370, 380), a request by the at least one viewer to share the spatial location with at least one other viewer; sending, using the electronic device (360, 370, 380), information associated with the spatial location to the at least one other viewer; wherein the request further comprises comments by the at least one viewer and wherein the sent information further comprises the comments; aggregating obtained requests from a plurality of viewers; and determining a popular spatial location by analyzing the aggregated obtained requests to identify a spatial location having a number of viewer selections exceeding a predetermined threshold. receiving, at an electronic device (360, 370, 380), at least one panoramic video, wherein a user views a panorama from a first person perspective relative to a camera that is capturing the video, the user having directional control in a view portal, including the ability to pan, tilt and zoom from the perspective of the camera; determining, using the electronic device (360, 370, 380), a spatial location in the panoramic video associated with a selection by at least one viewer; obtaining, at the electronic device (360, 370, 380), a request by the at least one viewer to share the spatial location with at least one other viewer; sending, using the electronic device (360, 370, 380), information associated with the spatial location to the at least one other viewer; wherein the request further comprises comments by the at least one viewer and wherein the sent information further comprises the comments; aggregating obtained requests from a plurality of viewers; and determining a popular spatial location by analyzing the aggregated obtained requests to identify a spatial location having a number of viewer selections exceeding a predetermined threshold.
An ignition facilitated electrodeless sealed high intensity illumination device (300, 500, 600, 700) configured to receive a laser beam from a continuous wave laser light source comprising: a sealed chamber (320, 520) configured to contain an ionizable gas medium, the chamber further comprising: an ingress window (330, 530) disposed within a wall of a chamber interior surface configured to admit the laser beam into the chamber; a plasma sustaining region; and a high intensity light egress window (328, 528) configured to emit high intensity light from the chamber; and optics for focusing the laser beam disposed in a path through the ingress window between the laser light source and a focal region within the chamber, characterized in that the path of the CW laser beam from the laser light source through the ingress window to the focal region within the chamber is direct, the ingress window is configured to admit the laser beam to a region with a FWHM beam waist of 1-15 microns 2 and a Rayleigh length of 6-18 micron or less, and the plasma is configured to be ignited and sustained by the CW laser beam. a sealed chamber (320, 520) configured to contain an ionizable gas medium, the chamber further comprising: an ingress window (330, 530) disposed within a wall of a chamber interior surface configured to admit the laser beam into the chamber; a plasma sustaining region; and a high intensity light egress window (328, 528) configured to emit high intensity light from the chamber; and an ingress window (330, 530) disposed within a wall of a chamber interior surface configured to admit the laser beam into the chamber; a plasma sustaining region; and a high intensity light egress window (328, 528) configured to emit high intensity light from the chamber; and optics for focusing the laser beam disposed in a path through the ingress window between the laser light source and a focal region within the chamber, characterized in that the path of the CW laser beam from the laser light source through the ingress window to the focal region within the chamber is direct, the ingress window is configured to admit the laser beam to a region with a FWHM beam waist of 1-15 microns 2 and a Rayleigh length of 6-18 micron or less, and the plasma is configured to be ignited and sustained by the CW laser beam.
Communication amplification device for an implantable capsule, in particular for an autonomous cardiac stimulation capsule, the capsule comprising on its distal end a distal electrode capable of coming into contact with a tissue of a wall of an organ of a patient, the amplification device comprising a first retention member and a second retention member of the implantable capsule, the first retention member being adapted to receive a distal end of the capsule adapted to be inserted into the first retention member and the second retention member being adapted to receive a proximal end of the capsule adapted to be inserted into the second retention member, said first retention member comprising a communication amplification antenna, said communication amplification antenna being adapted to be coupled to the distal electrode of the capsule; characterised in that the first retention element and the second retention element comprise additional locking means capable of locking the first retention element with the second retention element and in that the first retention element and the second retention element comprise handling means, the handling means of the first and second retention elements being configured to be aligned with each other in a horizontal plane when the first and second retention elements are locked together, and the handling means of the first and second retention elements being configured to form an angle with respect to each other when the first and second retention elements are unlocked.
An in vitro method for measuring reactivity of coagulation factor VIII, wherein the method comprises the steps of contacting a blood-derived sample containing a substance that has an activity of functionally substituting for coagulation factor VIII, wherein the substance having an activity of functionally substituting for coagulation factor VIII is a bispecific antibody that binds to coagulation factor IX and/or activated coagulation factor IX and to coagulation factor X and/or activated blood coagulation factor X, with one or more substances that neutralize the substance having an activity of functionally substituting for coagulation factor VIII, wherein the neutralizing substance is one or more antibodies that neutralize the substance having an activity of functionally substituting for coagulation factor VIII; and measuring the reactivity of coagulation factor VIII. a blood-derived sample containing a substance that has an activity of functionally substituting for coagulation factor VIII, wherein the substance having an activity of functionally substituting for coagulation factor VIII is a bispecific antibody that binds to coagulation factor IX and/or activated coagulation factor IX and to coagulation factor X and/or activated blood coagulation factor X, with one or more substances that neutralize the substance having an activity of functionally substituting for coagulation factor VIII, wherein the neutralizing substance is one or more antibodies that neutralize the substance having an activity of functionally substituting for coagulation factor VIII; and
A shielding curtain assembly, comprising: a curtain (30, 31) configured to block electromagnetic radiation from passing through the curtain; and a curtain suspending member (54, 72, 80), the curtain suspending member (54, 72, 80) defining a slot (64, 74, 84) extending along a length of the curtain suspending member; the curtain comprising a polymer material and a particulate material uniformly dispersed within the curtain (30, 31), wherein the curtain (30, 31) is a single, unitary body comprising a plurality of flaps, and wherein the single, unitary body comprises a mould-in mounting feature integral with, and from which, the plurality of flaps extend, and wherein the mould-in mounting feature is a mounting bead; and wherein the curtain (30, 31) being a shielding curtain comprising the plurality of flaps extending from the mounting bead, the mounting bead being configured to be received by the slot (64, 74, 84) to thereby suspend the shielding curtain. a curtain (30, 31) configured to block electromagnetic radiation from passing through the curtain; and a curtain suspending member (54, 72, 80), the curtain suspending member (54, 72, 80) defining a slot (64, 74, 84) extending along a length of the curtain suspending member; the curtain comprising a polymer material and a particulate material uniformly dispersed within the curtain (30, 31), wherein the curtain (30, 31) is a single, unitary body comprising a plurality of flaps, and wherein the single, unitary body comprises a mould-in mounting feature integral with, and from which, the plurality of flaps extend, and wherein the mould-in mounting feature is a mounting bead; and wherein the curtain (30, 31) being a shielding curtain comprising the plurality of flaps extending from the mounting bead, the mounting bead being configured to be received by the slot (64, 74, 84) to thereby suspend the shielding curtain.
An arrangement for safely operating a lifting mechanism, in particular a speed-controlled lifting mechanism, wherein a single converter, comprising a control unit, supplies at least two drives, wherein each drive has a motor, a brake and in each case at least one sensor for detecting a physical state variable of the drive, in particular an angle sensor, wherein the sensor signals of the sensor of a drive are supplied to the control unit, wherein the motors of the drives are connected in parallel and means for detecting the output current of the converter are connected to the control unit of the converter, wherein the drives are coupled together mechanically such that if one drive fails the other drive or drives which is/are connected in parallel take(s) over the generation of torque, wherein the sensor signal of the first drive and of the further drive or the further drives is also relayed to a module which contains means for analysing the sensor signals to produce an output signal, wherein the converter comprises means for generating a brake control signal, characterised in that the output signal and the brake control signal are supplied to a network of controllable switching elements, in particular contactors, which is designed such that the power supply to the motors can be enabled or interrupted and that the brakes can be activated or deactivated, in particular can be supplied with current or can be de-energised, wherein the network is designed such that current is only supplied to the respective motor when the output signal of the module and optionally a correspondingly associated motor control signal of a superordinate control means enable it, wherein the network is designed such that the respective brake is only activated when the output signal of the module, the brake control signal of the converter and optionally a correspondingly associated brake control signal of a superordinate control means enable it.
An ink composition for manufacturing a light absorption layer comprising copper (Cu)-enriched Cu-In bimetallic metal nano particles and Group 13 (Group IIIA) metal particles comprising S or Se dispersed in a solvent.
A block copolymer of formula I: where the moiety comprises an alternating copolymer of CO 2 and one or more epoxides; and the moiety comprises a saturated or unsaturated hydrocarbon; wherein the moiety comprises a hydrocarbon segment having more than 80 carbon atoms. where the moiety comprises an alternating copolymer of CO 2 and one or more epoxides; and the moiety comprises a saturated or unsaturated hydrocarbon; wherein the moiety comprises a hydrocarbon segment having more than 80 carbon atoms.
An isolated peptide consisting of SEQ ID NO 6, wherein the N-terminal glutamic acid residue is γ-carboxy glutamine (Gla), wherein the N-terminal glutamic acid is tosylated, and having a C-terminal amide modification.
System for detecting, modifying and exploiting the movements of a robot, comprising a computer, a robot and sensors, which are guided by said robot and by means of which operating forces and moments can be measured, depending on actuation paths and angles, while the robot is moving according to programmed measurement curves, which forces and moments result from initiation of selected location-, position- and movement-dependent operating functions on selected bodies and surfaces arranged within the range of the robot, it being possible to store the measurement values or measurement fields [SM (t)] in the computer in digitised form and for PC programs to log and analyse said values and fields, characterised in that the logged measurement values or measurement fields [SM (t)] can be transmitted to the robot controller in real time in order to control the movements of the robot.
Use of n-alkane with the general chemical formula C n H 2n+2 with an ordinal number n of ten, eleven or twelve as operating medium for a condensation nucleus counter for exhaust gases from internal combustion engines containing solid particles in the form of soot, by which single soot particles contained in the exhaust gas are counted.
A frame comprising two long side plates and two groups of short side plates opposite thereto, each group of short side plates comprising two short side plates (21, 22), the two short side plates (21, 22) are capable of being folded over each other, and the long side plates and the short side plates (21, 22) that are next to each other are capable of being folded over one another, wherein one of the two short side plates (21, 22) is provided with at least one first engaging portion, and the other of the two short side plates is provided with a second engaging portion matching the first engaging portion, and a locking device comprising an operating member, a locking member, and a locking structure matching the locking member is further provided between the two short side plates (21, 22), wherein the locking member is mounted on one of the short side plates (21, 22), the locking structure is provided on the other one of the short side plates (21, 22), and the operating member operatively drives the locking member to mutually lock or separately unlock with the locking structure so as to lock or unlock the two short side plates (21, 22), characterized in that the locking member is a locking tongue integrally formed with the operating member and the operating member comprises a return spring disposed behind the locking tongue and in that the locking structure is a locking hole, and the operating member operatively drives the locking tongue to extend into or exit from the locking hole, so as to lock or unlock the two short side plates (21, 22).