mhurhangee/patent-ind-claim-en huggingface dataset:
A handover method, performed by a source base station, comprising: determining (S401) a target cell for a user equipment, UE; transmitting (S402) a handover request message to a target base station where the target cell is located, the handover request message carrying first indication information, wherein the first indication information is for indicating a suggestion of not establishing a dual connectivity between the target cell and the UE; receiving (S403) a handover response message sent by the target base station, the handover response message carrying second indication information, wherein the second indication information is for indicating whether the dual connectivity is established between the target cell and the UE; wherein the target base station determines whether to establish the dual connectivity between the target cell and the UE at least according to the first indication information; sending (S404) a handover command to the UE. determining (S401) a target cell for a user equipment, UE; transmitting (S402) a handover request message to a target base station where the target cell is located, the handover request message carrying first indication information, wherein the first indication information is for indicating a suggestion of not establishing a dual connectivity between the target cell and the UE; receiving (S403) a handover response message sent by the target base station, the handover response message carrying second indication information, wherein the second indication information is for indicating whether the dual connectivity is established between the target cell and the UE; wherein the target base station determines whether to establish the dual connectivity between the target cell and the UE at least according to the first indication information; sending (S404) a handover command to the UE.
A dual type drying machine comprising: a main drying unit comprising an opening/closing door provided at a front side of the dual type drying machine ; an auxiliary drying unit disposed above the main drying unit and comprising an opening/closing door provided at a top surface of the auxiliary drying unit disposed above the main drying unit ; and an operation panel disposed at exterior of the dual type drying machine for operating at least one of the main drying unit and the auxiliary drying unit ; characterized by , a cabinet surrounding an exterior of the main drying unit and an exterior of the auxiliary drying unit , wherein a top exterior surface of the dual type drying machine is formed by a top surface of the opening/closing door of the auxiliary drying unit being closed and a top surface of the cabinet . a main drying unit comprising an opening/closing door provided at a front side of the dual type drying machine ; an auxiliary drying unit disposed above the main drying unit and comprising an opening/closing door provided at a top surface of the auxiliary drying unit disposed above the main drying unit ; and an operation panel disposed at exterior of the dual type drying machine for operating at least one of the main drying unit and the auxiliary drying unit ; characterized by , a cabinet surrounding an exterior of the main drying unit and an exterior of the auxiliary drying unit , wherein a top exterior surface of the dual type drying machine is formed by a top surface of the opening/closing door of the auxiliary drying unit being closed and a top surface of the cabinet .
An apparatus for manufacturing mineral wool, the apparatus including means for producing molten mineral material, at least one fiberizing device for forming fibres, into which fiberizing device the molten mineral material is fed and by which fibres are formed, the fiberizing device comprising, rotationally arranged around a vertical axis , at least one fiberizing plate having a vertical peripheral edge, into which are formed numerous small-sized holes , through which the molten material is led by centrifugal force to form fibres , wherein to the fiberizing device are arranged elements to produce a vertical flow of blowing medium to be led around the fiberizing plate , the flow causing the fibres to turn downwards and, at the same time, to thin, as well as a collection device arranged downstream the fiberizing device , into which the formed fibres are led and collected into a mat-like material, characterized in that the apparatus includes at least two fiberizing devices , which are placed at different height levels with each other and at different horizontal distances from the collection device , and that in connection with said at least one fiberizing plate of each fiberizing device is arranged a conveying device , where the fibres are brought before reaching the collection device and wherein the conveying device comprises: a horizontal channel located between the fiberizing plate and collection device , and air producing means for transporting fibres to the collection device . a horizontal channel located between the fiberizing plate and collection device , and air producing means for transporting fibres to the collection device .
A biofunctional three-dimensional hydrogel suitable for the growth and the expansion of freshly isolated or frozen intestinal cells and the formation of intestinal organoids therefrom, wherein said hydrogel is the reaction product of - at least one precursor molecule, which is a multi-arm PEG containing ethylenically unsaturated groups selected from the group consisting of vinylsulfone and acrylate moieties, - a crosslinker molecule containing at least two nucleophilic groups capable of reacting with said ethylenically unsaturated groups of said multi-arm PEG in a Michael addition reaction, and - at least one biofunctional ligand selected from the group consisting of natural laminins, recombinant laminin-isoforms, and biofunctional fragments thereof, characterized in that the crosslinker molecule comprises at least one RGD motif. - at least one precursor molecule, which is a multi-arm PEG containing ethylenically unsaturated groups selected from the group consisting of vinylsulfone and acrylate moieties, - a crosslinker molecule containing at least two nucleophilic groups capable of reacting with said ethylenically unsaturated groups of said multi-arm PEG in a Michael addition reaction, and - at least one biofunctional ligand selected from the group consisting of natural laminins, recombinant laminin-isoforms, and biofunctional fragments thereof,
Ceramic multi-layered capacitor comprising - a main body , which has ceramic layers arranged along a layer stacking direction (S) to form a stack, and first and second electrode layers arranged between the ceramic layers , - a first external contact-connection , which is arranged on a first side surface of the main body and is electrically conductively connected to the first electrode layers , and - a second external contact-connection , which is arranged on a second side surface of the main body , said second side surface being situated opposite the first side surface , and is electrically conductively connected to the second electrode layers , wherein - the main body has a width B along the layer stacking direction (S), - the main body has a height H perpendicular to the first side surface , - the main body has a length L perpendicular to the height H and perpendicular to the layer stacking direction (S), - wherein B/H ≥ 0.2 holds true, - wherein the main body has third electrode layers , which are electrically conductively connected neither to the first nor to the second external contact-connection and in each case overlap the first and second electrode layers , - wherein the multi-layered capacitor has an ESR value of between 3mΩ and 5mΩ during operation at a frequency of between 100 kHz and 1 MHz. - a main body , which has ceramic layers arranged along a layer stacking direction (S) to form a stack, and first and second electrode layers arranged between the ceramic layers , - a first external contact-connection , which is arranged on a first side surface of the main body and is electrically conductively connected to the first electrode layers , and - a second external contact-connection , which is arranged on a second side surface of the main body , said second side surface being situated opposite the first side surface , and is electrically conductively connected to the second electrode layers , wherein - the main body has a width B along the layer stacking direction (S), - the main body has a height H perpendicular to the first side surface , - the main body has a length L perpendicular to the height H and perpendicular to the layer stacking direction (S), - wherein B/H ≥ 0.2 holds true, - wherein the main body has third electrode layers , which are electrically conductively connected neither to the first nor to the second external contact-connection and in each case overlap the first and second electrode layers , - wherein the multi-layered capacitor has an ESR value of between 3mΩ and 5mΩ during operation at a frequency of between 100 kHz and 1 MHz.
Barbecue with a trough structure , provided by a base and a circumferential side wall , which in turn is arranged in a housing , for collecting cooking fluids, with a fuel container arranged in the trough structure , the base of which is arranged at a distance from the base of the trough structure , and of which the termination region facing outwards in the radial direction is arranged at a distance from the circumferential side wall of the trough structure , with an air conduit for delivering air on the under side into the fuel container , and with a grating extending over the opening on the upper side of the trough structure , characterised in that, arranged in the region of the lower termination region of the fuel container , is a screen , covering the fuel container , and extending between the outer side of the fuel container in its lower termination region, and therefore extending beneath its heat-emitting zone in a radial direction outwards, in the direction outwards in the direction of the side wall of the trough structure , sufficiently far that the base-side region(s) of the wall structure , in or on which cooking fluids can collect, is or are screened against direct heat radiation by the fuel container .
A liquefied gas treatment system , comprising: a liquefied gas supply line connected from a liquefied gas storing tank to a source of demand ; a heat exchanger provided on the liquefied gas supply line between the source of demand and the liquefied gas storing tank and configured to exchange heat between liquefied gas supplied from the liquefied gas storing tank and heat transfer media; a media heater configured to heat the heat transfer media; a media circulation line connected from the media heater to the heat exchanger ; a media state detecting sensor provided on the media circulation line and configured to measure a state of the heat transfer media; characterized in a controller configured to set a coagulation prevention reference value for preventing the heat transfer media from being coagulated and change a flow rate of the heat transfer media flowing into the media heater or calories supplied to the heat transfer media by the media heater on the basis of a state value of the heat transfer media by the media state detecting sensor and the coagulation prevention reference value, so that the state value of the heat transfer media is equal to or greater than the coagulation prevention reference value. a liquefied gas supply line connected from a liquefied gas storing tank to a source of demand ; a heat exchanger provided on the liquefied gas supply line between the source of demand and the liquefied gas storing tank and configured to exchange heat between liquefied gas supplied from the liquefied gas storing tank and heat transfer media; a media heater configured to heat the heat transfer media; a media circulation line connected from the media heater to the heat exchanger ; a media state detecting sensor provided on the media circulation line and configured to measure a state of the heat transfer media; characterized in a controller configured to set a coagulation prevention reference value for preventing the heat transfer media from being coagulated and change a flow rate of the heat transfer media flowing into the media heater or calories supplied to the heat transfer media by the media heater on the basis of a state value of the heat transfer media by the media state detecting sensor and the coagulation prevention reference value, so that the state value of the heat transfer media is equal to or greater than the coagulation prevention reference value.
Device for cleaning, in particular for dry ice cleaning, having a blasting device (2a; 2b; 2c), comprising a first feed (3a; 3b) for propellant gas, at least one further feed (4a; 4b) for a blasting material , in particular dry ice pellets, which is connected to a suction line (6a; 6b; 6c; 6d), a mixing chamber (7a; 7b) in which the blasting material can be mixed with the propellant gas, and an acceleration section (8a; 8b) for accelerating the blasting material with the propellant gas, wherein during operation at least one feed gas flow upstream of the acceleration section (8a; 8b) is adjustable independently of the first propellant gas flow, characterized in that the device comprises a storage container for blasting material , in which at least one suction connection piece and at least one corresponding stop surface are arranged, which are mounted movably with respect to one another, and a gas feed for an adjustable gas flow is provided in the suction connection piece and/or in the stop surface , wherein the suction connection piece and/or the stop surface have adjustable openings and/or at least one bypass is provided for guiding an adjustable proportion of propellant gas from the first feed for propellant gas into the suction connection piece and/or into the stop surface . wherein during operation at least one feed gas flow upstream of the acceleration section (8a; 8b) is adjustable independently of the first propellant gas flow, characterized in that the device comprises a storage container for blasting material , in which at least one suction connection piece and at least one corresponding stop surface are arranged, which are mounted movably with respect to one another, and a gas feed for an adjustable gas flow is provided in the suction connection piece and/or in the stop surface , wherein the suction connection piece and/or the stop surface have adjustable openings and/or at least one bypass is provided for guiding an adjustable proportion of propellant gas from the first feed for propellant gas into the suction connection piece and/or into the stop surface .
A dressing for skin care, having a main compress covered by a membrane with an adhesive contour which extends beyond this compress and is designed to be applied to the skin, and having an inlet port for a treatment liquid on the main compress , the membrane comprising, on at least part of the surface opposite this compress, a permeability that permits exchange of gases; characterised in that the inlet port comprises a compress arm extending from a side of the main compress to traverse the adhesive contour .
A battery panel assembly for a material handling vehicle having a battery compartment with a battery assembly , the battery panel assembly comprising an inner counterweight panel configured to couple to the battery assembly , the inner panel including a battery service cutout ; and an outer panel configured to couple to the inner panel , the outer panel including a cutout configured to align with the battery service cutout and an access door dimensioned to cover the cutout , wherein the inner counterweight panel is coupled to one side of the battery assembly , wherein the inner counterweight panel serves as an additional counterweight, wherein the inner counterweight panel comprises a notch or a through hole on the surface of the inner panel to facilitate lifting and removal of the inner panel from the material handling vehicle , characterized in that the battery panel assembly includes a second inner counterweight panel and a second outer panel, the second inner counterweight panel being configured to engage the battery compartment at a second side of the material handling vehicle and the second outer panel configured to engage the second inner counterweight panel. an inner counterweight panel configured to couple to the battery assembly , the inner panel including a battery service cutout ; and an outer panel configured to couple to the inner panel , the outer panel including a cutout configured to align with the battery service cutout and an access door dimensioned to cover the cutout , wherein the inner counterweight panel is coupled to one side of the battery assembly , wherein the inner counterweight panel serves as an additional counterweight, wherein the inner counterweight panel comprises a notch or a through hole on the surface of the inner panel to facilitate lifting and removal of the inner panel from the material handling vehicle , characterized in that the battery panel assembly includes a second inner counterweight panel and a second outer panel, the second inner counterweight panel being configured to engage the battery compartment at a second side of the material handling vehicle and the second outer panel configured to engage the second inner counterweight panel.
Apparatus for capturing at least one body part of a person at a defined location, comprising at least two ultrasound-based sensors, wherein the ultrasound-based sensors can be used to determine in each case the distance of an object from the sensor and to determine, from the distances determined by the respective sensors, the position of the object, characterized in that each ultrasound-based sensor comprises an electromechanical film , wherein the electromechanical film comprises a membrane made of a ferroelectret material, consisting of closed-pored polymer foams, and the materials of the polymer foams are selected from polytetrafluoroethylene, poly fluorinated ethylene propylene, polyvinylidene fluoride or copolymers of these polymers; and wherein a ground electrode is applied on one side of the electromechanical film and a sensor electrode is applied on the side of the electromechanical film that lies opposite to the ground electrode, wherein the ultrasound-based sensors have a common electromechanical film and a common ground electrode and are defined by spaced-apart sensor electrodes.
A counterfeit prevention structure comprising: a fine-relief-formation layer that is provided with a first area having an optical element that includes a relief structure whose depth-to-width ratio that is a ratio of a depth relative to a width is not less than a first value, and a second area having an optical element that includes a relief structure whose depth-to-width ratio is less than the first value, and a reflective layer that is arranged on the relief structure included in the area having the lower light transmittance among said first and second areas, wherein, the second area having a light transmittance higher than that of the first area , said a reflective layer is arranged in recesses of the relief structure included in the first area , and the counterfeit prevention structure further comprises a mask coating that is arranged on the reflective layer . a fine-relief-formation layer that is provided with a first area having an optical element that includes a relief structure whose depth-to-width ratio that is a ratio of a depth relative to a width is not less than a first value, and a second area having an optical element that includes a relief structure whose depth-to-width ratio is less than the first value, and a reflective layer that is arranged on the relief structure included in the area having the lower light transmittance among said first and second areas, wherein, the second area having a light transmittance higher than that of the first area , said a reflective layer is arranged in recesses of the relief structure included in the first area , and the counterfeit prevention structure further comprises a mask coating that is arranged on the reflective layer .
A Hall effect thruster having a discharge channel with an open downstream end , a cathode situated outside said discharge channel , an injector system suitable for injecting atoms of gas into said discharge channel , the injector system being situated at the upstream end of said discharge channel and also forming an anode, and a heater device suitable for heating said cathode , said thruster being characterized in that it further comprises measurement means for measuring the temperature T d of said heater device , and a regulator circuit for regulating said temperature T d in such a manner that said heater device heats so long as its temperature T d is less than a threshold temperature T s from which said thruster is capable of starting, and ceases to heat once the magnitude of the discharge current emitted by the cathode reaches a critical magnitude for the discharge current I cd corresponding to the thruster starting, after said threshold temperature T s has been reached, said threshold temperature T s being function of said critical magnitude for the discharge current I cd .
Applicator for positioning a radiation source in a patient , wherein the applicator has a tube and is embodied to direct the radiation source along the tube into a target region in a body of the patient , characterised in that the applicator has an indicator element , which can be detected by means of a medical imaging method, wherein the indicator element is connected to a guide element and can be displaced by means of the guide element along a longitudinal extension of the tube in an interior of the tube , wherein the indicator element is manufactured from silicone and wherein the guide element has an encoding , which can be detected by means of a medical imaging method and is designed to differentiate a first applicator from a second applicator .
A grounding device for a vehicle, comprising: a conducting means and two contact elements , a first contact element of the two contact elements being arranged at a first axial end of the conducting means and a second contact element of the two contact elements being arranged at a second axial end of the conducting means , the first contact element further being configured to be attached to a first component of the vehicle, and the second contact element further being configured to be attached to a second component of the vehicle, wherein the conducting means comprises at least one flat braided wire assembly configured to conduct high frequency currents; characterised in that the flat braided wire assembly of the conducting means is formed at least partly as a spring element having spring turns, the spring element being in a stable form configured to provide an elastic expansion and an elastic compression in at least two dimensions while preventing the flat braid wire assembly from being twisted and looped due to mechanical loads. a conducting means and two contact elements , a first contact element of the two contact elements being arranged at a first axial end of the conducting means and a second contact element of the two contact elements being arranged at a second axial end of the conducting means , the first contact element further being configured to be attached to a first component of the vehicle, and the second contact element further being configured to be attached to a second component of the vehicle, wherein the conducting means comprises at least one flat braided wire assembly configured to conduct high frequency currents; characterised in that the flat braided wire assembly of the conducting means is formed at least partly as a spring element having spring turns, the spring element being in a stable form configured to provide an elastic expansion and an elastic compression in at least two dimensions while preventing the flat braid wire assembly from being twisted and looped due to mechanical loads.