mhurhangee/ep-ind-claims huggingface dataset:
A printer, comprising: a printing portion configured to print on a print medium; a ribbon roll up shaft configured to roll up an ink ribbon used in the printing portion; a ribbon supply shaft provided movably between a first position and a second position with respect to the ribbon roll up shaft, the ribbon supply shaft configured to hold the ink ribbon to be supplied to the printing portion; and a ribbon supply shaft lock mechanism to be brought into a lock state where rotation of the ribbon supply shaft is regulated when the ribbon supply shaft is placed at the first position, and into a non-lock state where the rotation of the ribbon supply shaft is permitted when the ribbon supply shaft is placed at the second position, wherein the second position is a ribbon supply position where the ink ribbon is supplied to the printing portion, characterized in that the first position is a ribbon replacement position where the ink ribbon is attachable to and detachable from the ribbon supply shaft. a printing portion configured to print on a print medium; a ribbon roll up shaft configured to roll up an ink ribbon used in the printing portion; a ribbon supply shaft provided movably between a first position and a second position with respect to the ribbon roll up shaft, the ribbon supply shaft configured to hold the ink ribbon to be supplied to the printing portion; and a ribbon supply shaft lock mechanism to be brought into a lock state where rotation of the ribbon supply shaft is regulated when the ribbon supply shaft is placed at the first position, and into a non-lock state where the rotation of the ribbon supply shaft is permitted when the ribbon supply shaft is placed at the second position, wherein the second position is a ribbon supply position where the ink ribbon is supplied to the printing portion, characterized in that the first position is a ribbon replacement position where the ink ribbon is attachable to and detachable from the ribbon supply shaft.
An easy-release oral jelly composition comprising an emulsified polyunsaturated fatty acid or derivative thereof in an amount greater than 10 wt%, an emulsifying agent, at least one gelling agent selected from among carrageenan, sodium alginate, guar gum, locust bean gum, tara gum, xanthan gum, cellulose derivatives, carboxyvinyl polymers, carmellose sodium and pullulan, and at least one syneresis inhibitor selected from among carmellose sodium, pullulan, sodium polyacrylate, (hydroxypropyl)methyl cellulose, hydroxypropyl cellulose and microcrystalline cellulose.
A reservoir for use with a spray apparatus, comprising: a body including a first end portion having an outlet, a second end portion having an inlet, and a passageway extending between the inlet and the outlet, the first end portion including interior threads disposed within the passageway, the interior threads configured to be threadly coupled to a threaded coupling member of the spray apparatus or to the exterior threads of a first plug i; and a lid removably attachable to the second end portion to cover the inlet, the lid having a vent therein communicating with the passageway when attached to the body and a wall extending about the vent defining a plug receiving space, the wall having interior threads sized and configured to be threadly coupled to the exterior threads of a second plug; wherein the first plug is configured such that it can be threaded into the neck section deep enough until an end thereof abuts portion that extends radially inwardly into the portion of the passageway in the neck section; and wherein the second plug is configured such that it can be threaded into the plug receiving space deep enough so that the end abuts the vent of the lid thereby sealing the vent; such that with one of the plugs threaded into the neck section and another one of the plugs threaded into the plug receiving portion, the reservoir is substantially sealed and may be used to mix and store paint or other liquids. a body including a first end portion having an outlet, a second end portion having an inlet, and a passageway extending between the inlet and the outlet, the first end portion including interior threads disposed within the passageway, the interior threads configured to be threadly coupled to a threaded coupling member of the spray apparatus or to the exterior threads of a first plug i; and a lid removably attachable to the second end portion to cover the inlet, the lid having a vent therein communicating with the passageway when attached to the body and a wall extending about the vent defining a plug receiving space, the wall having interior threads sized and configured to be threadly coupled to the exterior threads of a second plug; wherein the first plug is configured such that it can be threaded into the neck section deep enough until an end thereof abuts portion that extends radially inwardly into the portion of the passageway in the neck section; and wherein the second plug is configured such that it can be threaded into the plug receiving space deep enough so that the end abuts the vent of the lid thereby sealing the vent; such that with one of the plugs threaded into the neck section and another one of the plugs threaded into the plug receiving portion, the reservoir is substantially sealed and may be used to mix and store paint or other liquids.
A cutting knife, in particular a sickle knife, spiral knife or circular knife, for a device for cutting open food products, in particular for a high-speed slicer, which, during the cutting operation, rotates about an axis of rotation, having a radially outer circumferential edge which acts as a blade having a curved course around the axis of rotation, and having a plurality of cutting teeth, which are arranged in succession along the circumferential edge, wherein each cutting tooth has a blade comprising a cutting face and a cutting edge delimiting the cutting face radially outward, wherein each cutting face extends inclined with respect to a cutting plane perpendicular to the axis of rotation, characterised in that the radially protruding transition between the radially protruding end of the cutting face of a cutting tooth and the transition face running between the radially protruding end of the cutting face and the radially recessed end of the cutting face of an adjacent cutting tooth is configured at least partially as a curved edge face.
A polymer comprising a monomer derived from a compound for a brancher, which is represented by the following Chemical Formula 1: wherein R1 to R3 are the same as or different from each other, and are each a halogen group or a hydroxy group.
The L-tartrate salt of 5-chloro-thiophene-2-carboxylic acid [ -2-[methyl-3-(2-oxopyrrolidin-1-yl)-benzenesulfonylamino]-3-(4-methyl-piperazin-1-yl)-3-oxo-propryl]amide.
Process for the electrochemical purification of chloride-containing aqueous process solutions contaminated with organic chemical compounds using a boron-doped diamond electrode, characterized in that the purification is carried out at a current density of 1 to 10 kA/m 2 using a boron-doped diamond electrode at a potential of more than 2.5 V measured against the reversible hydrogen electrode and a pH of the process solution of at least pH 11 in the anode zone of an electrolysis cell to a prescribed total content of organic chemical compounds.
A system of cardiac pacing comprising: a) means for determining a baseline rhythm, the baseline rhythm including a baseline atrial event and a baseline right ventricular event from an implanted cardiac lead or a leadless device comprising an implanted sensing RV electrode, and for determining a pre-excitation interval from the baseline atrial event and the baseline RV event, characterised in that said means is further configured for determining a plurality of activation times from a plurality of body-surface electrodes; whereby said system of cardiac pacing further comprises b) means for determining an offset, the offset defined as the difference between the intrinsic rhythm activation time determined from the implanted sensing RV electrode, and an earliest time of RV activation in intrinsic rhythm determined from said plurality of body surface electrodes applied on the body-surface covering the upper and/or middle areas of the anterior torso and the posterior torso, and c) means for applying a correction factor to the pre-excitation interval for left ventricle only pacing based on the offset T2-T1; and d) means for configuring a processor to signal a pulse generator to deliver electrical stimuli to a LV using the corrected pre-excitation interval before the RV sensing time. a) means for determining a baseline rhythm, the baseline rhythm including a baseline atrial event and a baseline right ventricular event from an implanted cardiac lead or a leadless device comprising an implanted sensing RV electrode, and for determining a pre-excitation interval from the baseline atrial event and the baseline RV event, characterised in that said means is further configured for determining a plurality of activation times from a plurality of body-surface electrodes; whereby said system of cardiac pacing further comprises b) means for determining an offset, the offset defined as the difference between the intrinsic rhythm activation time determined from the implanted sensing RV electrode, and an earliest time of RV activation in intrinsic rhythm determined from said plurality of body surface electrodes applied on the body-surface covering the upper and/or middle areas of the anterior torso and the posterior torso, and c) means for applying a correction factor to the pre-excitation interval for left ventricle only pacing based on the offset T2-T1; and d) means for configuring a processor to signal a pulse generator to deliver electrical stimuli to a LV using the corrected pre-excitation interval before the RV sensing time.
A mutant lysenin monomer comprising a variant of the sequence shown in SEQ ID NO: 2, wherein the monomer is capable of forming a pore and wherein the variant has at least 85% identity to the amino acid sequence of SEQ ID NO: 2 over the entire sequence, and wherein the variant comprises substitutions at positions E84 and E92 of SEQ ID NO: 2: which alter the ability of the monomer to interact with a polynucleotide.
A gas recombination cap with a gas-tight housing which is provided with a recombination unit inside with a catalyst and an adsorbent, a positive pressure valve, a negative pressure valve and an ignition safety device, wherein the gas-tight housing comprises a basket, a body, a condensation cylinder and a top cap, wherein the basket has a tubular shape and is provided with openings, the body has a conical shape, is located on the basket and has a flange inside, wherein the condensation cylinder is located on the body, has the shape of a tube narrowing towards the top into a conical neck which on its outer side has a crosswise rib of a circular shape, reinforced with vertical ribs, and on its inner side is in the bottom part provided with crosswise shelves with wedges, narrowing to the top with beveling, closed with a throat, and inside is provided with a catalytic core, a drip cap, a two-way valve, the ignition safety device, where the catalytic core has the shape of a ceramic pipe filled in with the catalyst and the adsorbent, installed inside a sleeve in the flange located in the body, the drip cap is located over the catalytic core, has the shape of a cover convex on the outside and concave on the inside, whereas the drip cap is provided with elements,, anchored on wedges of the condensation cylinder and a protruding bowknot element located over crosswise shelves of the condensation cylinder, and the two-way valve is located over the drip cap and is a modular combination of one-way valves, that is the positive pressure valve and the negative pressure valve located in the housing provided with inlet openings, wherein the ignition safety device made of porous ceramic material is tightly fixed between the top cap and the two-way valve, in the throat of the upper part of the condensation cylinder, and the top cap is provided with inlet and outlet openings, clamps for connection with the condensation cylinder and crosswise distance ribs.
A holder for holding an aerosol-generating device and a packet of aerosol-generating articles, the holder comprising; a back wall, a support structure mounted on a first face of the back wall, and a receptacle mounted on a second face of the back wall, wherein the first face is opposite the second face; the support structure comprising a first side wall projecting from the first face of the back wall; a second side wall projecting from the first face of the back wall, wherein the second side wall is positioned opposite the first side wall and is separated from the first side wall by a predetermined distance such that the first and second side walls (31, 34) are configured to hold the aerosol-generating device and the packet of aerosol-generating articles by interference fit, and wherein the first side wall projects further from the back wall than the second side wall projects from the back wall; and the receptacle defining one or more compartments. a back wall, a support structure mounted on a first face of the back wall, and a receptacle mounted on a second face of the back wall, wherein the first face is opposite the second face; the support structure comprising a first side wall projecting from the first face of the back wall; a second side wall projecting from the first face of the back wall, wherein the second side wall is positioned opposite the first side wall and is separated from the first side wall by a predetermined distance such that the first and second side walls (31, 34) are configured to hold the aerosol-generating device and the packet of aerosol-generating articles by interference fit, and wherein the first side wall projects further from the back wall than the second side wall projects from the back wall; and a first side wall projecting from the first face of the back wall; a second side wall projecting from the first face of the back wall, wherein the second side wall is positioned opposite the first side wall and is separated from the first side wall by a predetermined distance such that the first and second side walls (31, 34) are configured to hold the aerosol-generating device and the packet of aerosol-generating articles by interference fit, and wherein the first side wall projects further from the back wall than the second side wall projects from the back wall; and the receptacle defining one or more compartments.
A particle beam treatment apparatus including: a beam generator adapted to accelerate a charged particle beam to a set energy level; an irradiation nozzle apparatus that is arranged in a treatment room and is adapted to form a field irradiated with the charged particle beam; a beam transport unit adapted to transport the charged particle beam extracted from the beam generator into the irradiation nozzle apparatus; scanning magnets (11A, 11B) that are arranged in the irradiation nozzle apparatus and adapted to deflect the charged particle beam transported in the irradiation nozzle apparatus; a beam transport chamber that is arranged in the irradiation nozzle apparatus so as to include a beam axis (m) and has a gas region or a vacuum region in order to suppress scattering of the charged particle beam; characterised by: an X-ray generator that is arranged outside the irradiation nozzle apparatus so as to be located on an opposite side of the irradiation nozzle apparatus with respect to a couch; and an X-ray detector that is arranged in the irradiation nozzle apparatus and is adapted to detect an X-ray beam emitted by the X-ray generator. a beam generator adapted to accelerate a charged particle beam to a set energy level; an irradiation nozzle apparatus that is arranged in a treatment room and is adapted to form a field irradiated with the charged particle beam; a beam transport unit adapted to transport the charged particle beam extracted from the beam generator into the irradiation nozzle apparatus; scanning magnets (11A, 11B) that are arranged in the irradiation nozzle apparatus and adapted to deflect the charged particle beam transported in the irradiation nozzle apparatus; a beam transport chamber that is arranged in the irradiation nozzle apparatus so as to include a beam axis (m) and has a gas region or a vacuum region in order to suppress scattering of the charged particle beam; characterised by: an X-ray generator that is arranged outside the irradiation nozzle apparatus so as to be located on an opposite side of the irradiation nozzle apparatus with respect to a couch; and an X-ray detector that is arranged in the irradiation nozzle apparatus and is adapted to detect an X-ray beam emitted by the X-ray generator. an X-ray generator that is arranged outside the irradiation nozzle apparatus so as to be located on an opposite side of the irradiation nozzle apparatus with respect to a couch; and an X-ray detector that is arranged in the irradiation nozzle apparatus and is adapted to detect an X-ray beam emitted by the X-ray generator.
An absorbent article having an absorber that absorbs excrement, the absorbent article comprising an elastic film stretchable structure in which an elastic film is stacked between a first sheet layer and a second sheet layer, and the first sheet layer and the second sheet layer are joined via through holes penetrating the elastic film at a large number of sheet bond portions arranged at intervals, wherein a region having the elastic film stretchable structure includes a stretchable region stretchable in one direction and a non-stretchable region provided at least at one side of the stretchable region in a stretching and contracting direction, the stretchable region has the through holes and a section in which the elastic film linearly continues along the stretching and contracting direction, the stretchable region is contracted in the stretching and contracting direction by a contraction force of the elastic film while it is possible that the stretchable region is stretched in the stretching and contracting direction, the non-stretchable region, due to presence of the through holes, does not have a section in which the elastic film linearly continues along the stretching and contracting direction, even though the elastic film of the non-stretchable region continues in the stretching and contracting direction, and in the non-stretchable region, an elongation at an elastic limit in the stretching and contracting direction is set to 120% or less.
A mobile device on an arm of a swimmer comprising: a satellite positioning system unit coupled with a SPS antenna; a memory; and a processor communicatively coupled to the memory and configured to: obtain a first estimated body velocity, wherein the first estimated body velocity is a velocity of the body of the swimmer; determine a compensated velocity by adjusting the first estimated body velocity to account for a device-to-body motion of the mobile device relative to the body of the swimmer; determine an estimated Doppler value using the compensated velocity and a satellite velocity; and determine a second estimated body velocity based on the estimated Doppler value and a measured Doppler value, wherein the measured Doppler value is received from the SPS unit or is calculated from signal information from the SPS unit, wherein to determine the compensated velocity, the processor is configured to multiply the first estimated body velocity by a scale factor. a satellite positioning system unit coupled with a SPS antenna; a memory; and a processor communicatively coupled to the memory and configured to: obtain a first estimated body velocity, wherein the first estimated body velocity is a velocity of the body of the swimmer; determine a compensated velocity by adjusting the first estimated body velocity to account for a device-to-body motion of the mobile device relative to the body of the swimmer; determine an estimated Doppler value using the compensated velocity and a satellite velocity; and determine a second estimated body velocity based on the estimated Doppler value and a measured Doppler value, wherein the measured Doppler value is received from the SPS unit or is calculated from signal information from the SPS unit, obtain a first estimated body velocity, wherein the first estimated body velocity is a velocity of the body of the swimmer; determine a compensated velocity by adjusting the first estimated body velocity to account for a device-to-body motion of the mobile device relative to the body of the swimmer; determine an estimated Doppler value using the compensated velocity and a satellite velocity; and determine a second estimated body velocity based on the estimated Doppler value and a measured Doppler value, wherein the measured Doppler value is received from the SPS unit or is calculated from signal information from the SPS unit, wherein to determine the compensated velocity, the processor is configured to multiply the first estimated body velocity by a scale factor.
A beverage dispensing part for use with a cartridge unit having an inner channel for the dispensation of a beverage, the cartridge unit comprising a first part, which is made of an inflexible material, and a second part, which is made of a flexible material, which beverage dispensing part, furthermore, is connectable to a container in which the beverage is stored and which is adapted to have one end of the cartridge unit inserted into it for the dispensation of beverage, whereby beverage can be dispensed from the container via the cartridge unit, and the beverage dispensing part furthermore comprising: - a valve means; and - a valve control means for controlling the valve means, wherein the valve means is adapted to open and/or close the flow of beverage by interaction with the second flexible part of the cartridge unit upon shifting the valve control means from an "open" to a "closed" position; characterized in that the beverage dispensing part furthermore comprises an installation means, which, when the valve control means is in the "closed" position, - keeps the valve means in the open position, when the one end of the cartridge unit is not inserted in the container, but - closes the valve means, when the one end of the cartridge unit is inserted into the container. - a valve means; and - a valve control means for controlling the valve means, wherein the valve means is adapted to open and/or close the flow of beverage by interaction with the second flexible part of the cartridge unit upon shifting the valve control means from an "open" to a "closed" position; - keeps the valve means in the open position, when the one end of the cartridge unit is not inserted in the container, but - closes the valve means, when the one end of the cartridge unit is inserted into the container.