mhurhangee/ep-ind-claims huggingface dataset:
A method for drawing-in at least one material web into a processing device, wherein at least one material roll onto which a material web is at least partially wound, is rotatably supported about a rotational axis, and wherein the at least one material web is connected to at least one drawing-in element of at least one drawing-in aid by a connection process and wherein the at least one material roll is wound about the rotational axis in a direction opposite the unwinding direction after the connection process is completed until a web tension of the at least one material web reaches a first specified value, characterized in that during at least one subsequent drawing-in process the at least one drawing-in element is moved along a transport path determined by at least one guide of the drawing-in aid and the at least one material roll is simultaneously rotated in the unwinding direction.
A pivot bearing, in particular, of a pivoting fitting or pivoting-/tilting fitting of a window, a French door or the like, with a bearing fork part having a fork leg (3, 4), with a bearing eye part that can be inserted between the fork legs (3, 4) with a bearing bolt for mounting the bearing eye part on the fork leg (3, 4) and with a securing element for axially securing the bearing bolt on one of the fork legs (3, 4), wherein the securing element is held in constrictions (15, 16) of the bearing bolt by a latching connection, wherein the security element is held by a second latching connection in one of the fork legs (3, 4) and that the fork leg has a stop (10, 11) for supporting the securing element, characterized in that the securing element is designed in a sleeve-shaped manner enclosing the bearing bolt and has a latching element pointing inwards and a latching element pointing outwards, that the securing element is made of spring steel and the latching elements are designed as angled web or tongue, that the latching elements have ramps, that the securing element has two partial ring pieces (23, 24), that the partial ring pieces (23, 24) are connected to the web, that the web is bent centrally inwards in order to form the ramps and that the tongue points outwards.
Method for automatically controlling a vehicle to transport at least two loads from a load picking-up area to an operating area in which the at least two loads are to be placed in corresponding loading areas, wherein the method comprises the steps of obtaining information at least about pick-up locations, about the amount and the dimensions of the loads to be transported, scanning the operating area to identify at least the space dimensions of the loading areas, generating a loading pattern for the transport of the at least two loads from the load picking-up area to the loading areas, wherein the loading pattern includes target positions and target orientations of the vehicle to be sequentially reached, executing the loading pattern until completion of the loading task of transporting the at least two loads to the operating area, wherein scanning the operating area includes obtaining information on at least three corners defining a polygon within which that at least two loads are to be placed and wherein the polygon of the operating area is added to the pick-up area prior to generating the loading pattern for the transport of the at least two loads from the load picking-up area to the loading areas, wherein obtaining information on the at least three corners defining a polygon includes using a filtering technique for determining loading areas to which a traverse is possible with a predefined precision and wherein range or image data processing is used for determining at least one wall with respect to the polygon of the operating area in relation to which at least one of the at least two loads are to be placed. obtaining information at least about pick-up locations, about the amount and the dimensions of the loads to be transported, scanning the operating area to identify at least the space dimensions of the loading areas, generating a loading pattern for the transport of the at least two loads from the load picking-up area to the loading areas, wherein the loading pattern includes target positions and target orientations of the vehicle to be sequentially reached, executing the loading pattern until completion of the loading task of transporting the at least two loads to the operating area, wherein scanning the operating area includes obtaining information on at least three corners defining a polygon within which that at least two loads are to be placed and wherein the polygon of the operating area is added to the pick-up area prior to generating the loading pattern for the transport of the at least two loads from the load picking-up area to the loading areas, wherein obtaining information on the at least three corners defining a polygon includes using a filtering technique for determining loading areas to which a traverse is possible with a predefined precision and wherein range or image data processing is used for determining at least one wall with respect to the polygon of the operating area in relation to which at least one of the at least two loads are to be placed.
A method of fabricating an organic light emitting display (OLED), comprising: preparing two substrates; attaching together the two substrates; forming a semiconductor layer over outside surfaces of both of the two attached substrates; forming a non-transmissive layer over the outside surfaces of each of the semiconductor layers; forming an insulation layer over each semiconductor layer and on each non-transmissive layer; forming an organic light emitting diode over each insulation layer; and after the organic light emitting diodes have been formed, separating the two attached substrates. preparing two substrates; attaching together the two substrates; forming a semiconductor layer over outside surfaces of both of the two attached substrates; forming a non-transmissive layer over the outside surfaces of each of the semiconductor layers; forming an insulation layer over each semiconductor layer and on each non-transmissive layer; forming an organic light emitting diode over each insulation layer; and after the organic light emitting diodes have been formed, separating the two attached substrates.
A method for optimizing a polynucleotide by optimizing its coding sequence that encodes a polypeptide, the method comprising (a) changing at least one codon within said coding sequence to an alternative codon, wherein said at least one codon is susceptible to amino acid residue misincorporation at a position within the encoded polypeptide that corresponds to said codon so as to change the degree or type of amino acid residue misincorporation; or (b) identification of at least one codon within said coding sequence which is susceptible to amino acid residue misincorporation at a position within the encoded polypeptide that corresponds to said codon and changing said codon to an alternative codon so as to change the degree or type of amino acid residue misincorporation, wherein the amino acid residue misincorporation is the result of at least one non-Watson-Crick base mismatch during transcription or translation. (a) changing at least one codon within said coding sequence to an alternative codon, wherein said at least one codon is susceptible to amino acid residue misincorporation at a position within the encoded polypeptide that corresponds to said codon so as to change the degree or type of amino acid residue misincorporation; or (b) identification of at least one codon within said coding sequence which is susceptible to amino acid residue misincorporation at a position within the encoded polypeptide that corresponds to said codon and changing said codon to an alternative codon so as to change the degree or type of amino acid residue misincorporation,
A combination of a handle portion and a head module of an electric cleaning apparatus, the handle portion comprises a handle accommodating a driving portion therein, and a drive shaft in the handle extending upward out of the handle in a direction of the rotation axis (L 1) of the drive shaft and reciprocally rotating around the rotation axis (L 1) of the drive shaft, the head module detachably coupled to the handle, and the drive shaft driving the head module to reciprocally rotate around the rotation axis (L 1) of the drive shaft; the head module comprises cleaning elements, a head module housing and a head module driven rod disposed in a hollow inner cavity of the head module housing; the head module driven rod is provided with a hollow cavity body of the head module driven rod for accommodating the drive shaft, wherein at least one inner side notch of the head module housing is distributed on a side wall of the inner cavity of the head module housing, and the inner side notch is used for accommodating a corresponding protrusion of the head module driven rod disposed on the head module driven rod so that the inner side notch of the head module housing restricts a movement of the protrusion of the head module driven rod in the direction of the rotation axis (L 1) of the drive shaft; the head module driven rod is provided with at least one gap of the head module driven rod in a region surrounding the hollow cavity body so that the head module driven rod has elasticity in a radial direction of a cross section of the hollow cavity body of the head module driven rod; the head module driven rod further comprises a partially cylindrical or conical cavity body region, and a diameter of the cylindrical or conical cavity body region or the greatest diameter of a corresponding joining portion is less than a diameter of a cylinder or conoid region of the drive shaft or the greatest diameter of a corresponding joining portion, both being an interference fit, when the drive shaft is not yet inserted into the head module driven rod, there is a gap between the inner side notch of the head module housing and the protrusion of the head module driven rod in a direction perpendicular to the rotation axis (L 1) of the drive shaft, and a length of the gap in the direction perpendicular to the rotation axis (L 1) of the drive shaft is greater than or equal to the amount of single-side interference between the head module driven rod and the drive shaft; the amount of single-side interference is 0.01 mm to 1 mm; wherein the protrusion of the head module driven rod is located below the top end of the gap of the head module driven rod in a direction of the rotation axis (L 1) of the drive shaft.
Filter apparatus with a filter housing which has at least two connection points (14, 16), such as an inlet for unfiltered medium and an outlet for filtrate, and accommodates a replaceable filter element, wherein at least one valve device is provided which, in an open position, enables a fluid flow between one of the connection points (14, 16) and the filter element and, in a closed position, prevents this fluid flow, and wherein the valve device is movable between the open position and the closed position by means of an actuating device, wherein the one valve device is an inflow valve, characterised in that, the inflow valve 38 is arranged in the fluid flow between the inlet and an outer side of the filter element and has an inflow valve closing member which is formed by a cylinder wall portion that is provided with an opening and which is arranged so as to be movable in a slot in the filter housing; and in that, in the open position, the opening overlaps the inlet.
A method for production of a continuous avian cell line comprising irradiating living avian cells with an effective dose of UV light, and selecting cells capable of proliferating after at least 20 passages as cells of a continuous avian cell line without the introduction of foreign viral genes.
A method of transmitting uplink signalling information in a cellular communication system, the method comprising: generating scheduling assistance data for a base station based scheduler, the scheduling assistance data relating to uplink packet data transmission from a mobile terminal; selecting between a first physical resource and a second physical resource in response to a resource availability characteristic of the first physical resource and the second physical resource; transmitting the scheduling assistance data from the mobile terminal using the first physical resource of an uplink air interface if the first physical resource is selected, and transmitting the scheduling assistance data from the mobile terminal using the second physical resource of the uplink air interface if the second physical resource is selected, wherein the second physical resource is dynamically shared amongst a plurality of mobile terminals and the first physical resource is not managed by the base station based scheduler. generating scheduling assistance data for a base station based scheduler, the scheduling assistance data relating to uplink packet data transmission from a mobile terminal; selecting between a first physical resource and a second physical resource in response to a resource availability characteristic of the first physical resource and the second physical resource; transmitting the scheduling assistance data from the mobile terminal using the first physical resource of an uplink air interface if the first physical resource is selected, and transmitting the scheduling assistance data from the mobile terminal using the second physical resource of the uplink air interface if the second physical resource is selected, wherein the second physical resource is dynamically shared amongst a plurality of mobile terminals and the first physical resource is not managed by the base station based scheduler.
Method for operating a steam generator with a combustion chamber having a plurality of evaporator heating surfaces (2, 4, 8) which are connected in a parallel manner on the flow medium side, wherein flow medium is supplied to an inlet of a first evaporator heating surface at a lower temperature than to an inlet of a second evaporator heating surface characterised in that a preheater is connected upstream of the inlets (10, 12) on the flow medium side and wherein a first part of the flow medium is conducted past the preheater and wherein the first part of the flow medium is mixed with a second part that is branched downstream of the preheater on the flow medium side.
Container carrier for storing or for transporting individual containers, in particular bottles, wherein the container carrier is formed as a cardboard box from a cardboard blank, wherein the container carrier has a polygonal bottom surface and a plurality of container receptacles formed by compartments thereon, a holding portion, two in particular parallel longitudinal walls and two in particular parallel end walls, wherein the end walls extend with respect to the bottom surface beyond the plane of a respective upper lip of the longitudinal walls, wherein the end walls have, in a region above the plane of the lip of the longitudinal walls, in each case at least one recess, equipped with a through-opening, at a common distance from the bottom surface, characterized in that the through-opening is bounded by a formation, embodied as a protrusion, of the respective end wall, which is arranged beneath a boundary face, forming an upper periphery, of the recess, and in that the through-opening allows quick arrangement of the container carrier on horizontally extending elements by way of a feed movement that is radial with respect to the recess.
A communications apparatus used for receiving at least one text message data from a sender apparatus, the apparatus including: a first data receiver for receiving text message data from a first network; a second data receiver for receiving at least one video filmlet from a server on a second network, the second network being the internet; a controller for combining the text message data and the at least one video filmlet into at least one message a display for displaying the at least one message, and a platform to support the generation of the at least one message on the display, and to support the second network, wherein the controller is configured to generate the at least one message in a manner as composed by a sender in the sender apparatus of the at least one message, and characterised in that the second data receiver is configured to receive the at least one video filmlet stored on the server in accordance to sender identity when the communications apparatus is connected to the second network, the particular sender being a contact in a recipient's contact list of the communication apparatus and wherein the communication apparatus is configured to continually update the at least one video filmlet stored in the communication apparatus for contacts in the contact list by drawing the at least one video filmlet from the server. a first data receiver for receiving text message data from a first network; a second data receiver for receiving at least one video filmlet from a server on a second network, the second network being the internet; a controller for combining the text message data and the at least one video filmlet into at least one message a display for displaying the at least one message, and a platform to support the generation of the at least one message on the display, and to support the second network, wherein the controller is configured to generate the at least one message in a manner as composed by a sender in the sender apparatus of the at least one message, and characterised in that the second data receiver is configured to receive the at least one video filmlet stored on the server in accordance to sender identity when the communications apparatus is connected to the second network, the particular sender being a contact in a recipient's contact list of the communication apparatus and wherein the communication apparatus is configured to continually update the at least one video filmlet stored in the communication apparatus for contacts in the contact list by drawing the at least one video filmlet from the server.
A laminated polyester film comprising a polyester film and a coating layer formed on at least one surface of the polyester film which is produced by applying a coating solution comprising a polyester resin having a naphthalene skeleton, a metal oxide, and an acrylic resin and/or a urethane resin, thereonto, wherein a content of the metal oxide in the coating solution is 6 to 70% by weight and the average particle diameter of the metal oxide is in the range of 0.001 to 0.1 μ m.
Substrate holder loading device for automated horizontal loading of a substrate into a substrate holder inside of a clean room, wherein the substrate holder loading device contains a substrate holder guiding element, a drive unit, a movement mechanism, a substrate holder handling element and an opening mechanism, wherein the drive unit is connected to the movement mechanism, wherein the movement mechanism is connected to the substrate holder handling element, wherein the movement mechanism is adapted to transmit the propulsion from the drive unit to the substrate holder handling element to provide a rotation of the substrate holder handling element along an axis essentially parallel to a surface of the substrate, wherein the substrate holder handling element is adapted to rotate by around 180°, wherein the substrate holder handling element is adapted to reversibly fasten the substrate holder and wherein the substrate holder handling element contains the opening mechanism, wherein the opening mechanism is adapted to automatically open and close the substrate holder, and wherein the movement mechanism contains a stepping gear and/or wherein the drive unit is a step motor.
A cell culture container formed by a multilayer film, the multilayer film comprising: a base material consisting of a polyethylene-based resin having a density of 0.87g/cm 3 to 0.885g/cm 3; and an inner layer consisting of a polyethylene-based resin having a density of 0.896g/cm 3 to 0.93g/cm 3 and forming the cell culture surface. wherein the oxygen permeability of the multilayer film is 750 ml · mm/m 2 · day · atm or more (37°C-80%RH); and the carbon dioxide permeability of the multilayer film is 2100 ml · mm/m 2 · day · atm or more (37°C-80%RH). a base material consisting of a polyethylene-based resin having a density of 0.87g/cm 3 to 0.885g/cm 3; and an inner layer consisting of a polyethylene-based resin having a density of 0.896g/cm 3 to 0.93g/cm 3 and forming the cell culture surface. wherein the oxygen permeability of the multilayer film is 750 ml · mm/m 2 · day · atm or more (37°C-80%RH); and the carbon dioxide permeability of the multilayer film is 2100 ml · mm/m 2 · day · atm or more (37°C-80%RH).
Nebulizer for nebulizing a liquid, comprising: a preferably replaceable container containing multiple doses of the liquid; and a liquid pump for withdrawing a dose of the liquid from the container and pressurizing the respective dose for nebulization; and preferably a housing part which can be detached from the nebulizer or opened for inserting or replacing the container; characterized in that the nebulizer comprises an air pump connectable to the container for temporarily pressurizing the liquid in the container and/or for temporarily pumping air into the container to help withdrawing the liquid in doses from the container, wherein during the use of the nebulizer, the air pump and the liquid pump pressurize alternately. a preferably replaceable container containing multiple doses of the liquid; and a liquid pump for withdrawing a dose of the liquid from the container and pressurizing the respective dose for nebulization; and preferably a housing part which can be detached from the nebulizer or opened for inserting or replacing the container; characterized in that the nebulizer comprises an air pump connectable to the container for temporarily pressurizing the liquid in the container and/or for temporarily pumping air into the container to help withdrawing the liquid in doses from the container, wherein during the use of the nebulizer, the air pump and the liquid pump pressurize alternately.
A data access method, wherein the method comprises: sending, by a first cache server, a first access request to a second cache server, wherein the first access request is used to request first data, and the first access request is from a first edge server; receiving, by the first cache server, a copy of the first data and a first access frequency that are returned by the second cache server, wherein the first access frequency is a frequency at which the first edge server accesses the first data and that is recorded by the second cache server; determining, by the first cache server, whether a second access frequency lower than the first access frequency exists, wherein the second access frequency is a frequency at which the first edge server accesses second data and that is recorded by the first cache server, and the second data is locally cached in the first cache server; and if the second access frequency exists, caching, by the first cache server, the copy of the first data. sending, by a first cache server, a first access request to a second cache server, wherein the first access request is used to request first data, and the first access request is from a first edge server; receiving, by the first cache server, a copy of the first data and a first access frequency that are returned by the second cache server, wherein the first access frequency is a frequency at which the first edge server accesses the first data and that is recorded by the second cache server; determining, by the first cache server, whether a second access frequency lower than the first access frequency exists, wherein the second access frequency is a frequency at which the first edge server accesses second data and that is recorded by the first cache server, and the second data is locally cached in the first cache server; and if the second access frequency exists, caching, by the first cache server, the copy of the first data.