mhurhangee/patent-ind-claim-en huggingface dataset:
A sanitary fitting with - a cold water connection , - a hot water connection and - at least one water outlet , wherein the cold water connection and the hot water connection are each connectable by means of a connection device to a main pipe within the building, wherein on the sanitary fitting , at least one locking element is arranged moveably between an unlocking setting and a locking setting, wherein the sanitary fitting - in the unlocking setting is mountable on the connection devices and - in the locking setting is secured against removal from the connection devices , wherein the locking element is borne in a linearly displaceable manner between the unlocking position and the locking position. - a cold water connection , - a hot water connection and - at least one water outlet , wherein the cold water connection and the hot water connection are each connectable by means of a connection device to a main pipe within the building, wherein on the sanitary fitting , at least one locking element is arranged moveably between an unlocking setting and a locking setting, wherein the sanitary fitting the cold water connection and the hot water connection are each connectable by means of a connection device to a main pipe within the building, wherein on the sanitary fitting , at least one locking element is arranged moveably between an unlocking setting and a locking setting, wherein the sanitary fitting - in the unlocking setting is mountable on the connection devices and - in the locking setting is secured against removal from the connection devices ,
Apparatus for processing containers and in particular plastic containers, having a first transport device which has a circumferential carrier on which a first plurality of transport elements are arranged movably which in each case have at least one holding means for holding plastic parisons and which are suitable and intended to transport these plastic parisons along a first transport path (P1), with at least one heating device which is arranged along the first transport path (P1) in order to heat the plastic parisons at least in sections during their transport along the first transport path (P1), characterised in that the apparatus has a second circumferential transport device which has a second circumferential carrier on which a second plurality of transport elements are arranged, which in each case have at least one holding means for holding the plastic parisons and which are suitable and intended to transport these plastic parisons along a second transport path (P2), wherein the second transport path (P2) extends in sections parallel to the first transport path (P1), wherein on at least one carrier first magnetic drive means are arranged which co-operate with second magnetic drive means located on the respective transport elements arranged on this carrier , in order to move these transport elements relative to the carrier , and wherein transport elements arranged on at least one carrier are movable independently of one another relative to this carrier , wherein the first holding means are suitable and intended for gripping the plastic parisons on first regions (B1) of the plastic parisons and the second holding means are suitable and intended for gripping the plastic parisons on a second region (B2) of the plastic parisons , wherein the first regions (B1) and the second regions (B2) are different from one another and the plastic preforms are held at least at times by holding means of the first transport device and by holding means of the second transport device .
A data processing apparatus comprising: a processor configured to provide a neural network , wherein the neural network comprises a neural network layer being configured to generate from an array of input data values an array of output data values based on a plurality of position dependent kernels and a plurality of input data values of the array of input data values , wherein a respective position dependent kernel is a kernel whose kernel values depend on a respective position of the array of input data values; and the array of input data values represents a part or a whole of an image, wherein the neural network comprises one or more preceding neural network layers configured to generate the plurality of position dependent kernels based on an array of guiding data representative of information about object or region borders; characterized in that: the data processing apparatus is for creating a higher-resolution image of an input image; the neural network is configured to generate the plurality of position dependent kernels based on a plurality of position independent kernels and a plurality of position dependent weights ; and the neural network is configured to generate the plurality of position dependent weights based on the array of guiding data . a processor configured to provide a neural network , wherein the neural network comprises a neural network layer being configured to generate from an array of input data values an array of output data values based on a plurality of position dependent kernels and a plurality of input data values of the array of input data values , wherein a respective position dependent kernel is a kernel whose kernel values depend on a respective position of the array of input data values; and the array of input data values represents a part or a whole of an image, wherein the neural network comprises one or more preceding neural network layers configured to generate the plurality of position dependent kernels based on an array of guiding data representative of information about object or region borders; characterized in that: the data processing apparatus is for creating a higher-resolution image of an input image; the neural network is configured to generate the plurality of position dependent kernels based on a plurality of position independent kernels and a plurality of position dependent weights ; and the neural network is configured to generate the plurality of position dependent weights based on the array of guiding data . the data processing apparatus is for creating a higher-resolution image of an input image; the neural network is configured to generate the plurality of position dependent kernels based on a plurality of position independent kernels and a plurality of position dependent weights ; and the neural network is configured to generate the plurality of position dependent weights based on the array of guiding data .
Lactobacillus rhamnosus strain ERB 36 (DSM 32992).
A cyclopentene ring-opening copolymer including a structural unit derived from a cyclopentene and a structural unit derived from a cyclic olefin comprising an aromatic ring, wherein a content of the aromatic ring with respect to an entire amount of said copolymer is 10 to 40 wt%, a weight average molecular weight (Mw) determined by gel-permeation-chromatography in terms of polystyrene conversion value is 200,000 to 1,000,000, and the glass transition temperature (Tg) of the ring-opening copolymer, measured at a temperature rising rate of 10°C/min using differential scanning calorimetry (DSC), is -40°C or more and -5°C or less.
A container (C), comprising: an outer box ; a polygonal liner located within the outer box and having a plurality of vertical walls; and a continuous length of wire within the polygonal liner forming a plurality of layers, characterized in that each of the layers is comprised of a series of wire loops arrayed polygonally along the vertical walls of the polygonal liner . an outer box ; a polygonal liner located within the outer box and having a plurality of vertical walls; and a continuous length of wire within the polygonal liner forming a plurality of layers, characterized in that each of the layers is comprised of a series of wire loops arrayed polygonally along the vertical walls of the polygonal liner .
A liquid delivery method of first inserting a pipette tip into a liquid injection portion of a detection chip including: a microchannel ; the liquid injection portion connected to one end of the microchannel for injecting a liquid ; and a reservoir connected to the other end of the microchannel for temporarily storing the liquid , the insertion being performed to achieve a hermetically sealed state of the liquid injection portion , by inserting the pipette tip in a liquid injection portion covering sheet that enables the liquid injection portion to be in a hermetically sealed state by coming into close contact with an outer periphery of the pipette tip when the pipette tip is inserted then injecting and aspirating the liquid by the pipette tip to reciprocatingly deliver the liquid into the microchannel , the method comprising executing, in this order, steps of: inserting the pipette tip into the liquid injection portion up to a position at which an end of the pipette tip comes below a liquid level when the liquid is injected into the liquid injection portion ; injecting the liquid from the pipette tip into the liquid injection portion ; generating a negative pressure in the liquid injection portion to raise the level of the liquid in the liquid injection portion ; by raising the pipette tip in the axial direction to generate the negative pressure in the liquid injection portion and thereby to increase a distance from the end of the pipette tip to the level of the liquid ; and performing either aspiration of the liquid in the liquid injection portion by the pipette tip , or injection of the liquid into the liquid injection portion by the pipette tip and aspiration of the liquid inside the liquid injection portion . inserting the pipette tip into the liquid injection portion up to a position at which an end of the pipette tip comes below a liquid level when the liquid is injected into the liquid injection portion ; injecting the liquid from the pipette tip into the liquid injection portion ; generating a negative pressure in the liquid injection portion to raise the level of the liquid in the liquid injection portion ; by raising the pipette tip in the axial direction to generate the negative pressure in the liquid injection portion and thereby to increase a distance from the end of the pipette tip to the level of the liquid ; and performing either aspiration of the liquid in the liquid injection portion by the pipette tip , or injection of the liquid into the liquid injection portion by the pipette tip and aspiration of the liquid inside the liquid injection portion .
Method for orienting a road-building machine, namely a road paver or a road-milling machine, or a component thereof, namely a paving screed or a milling drum, at an edge of a road cover by means of an edge follower which is arranged on the road-building machine, wherein the edge is detected by at least one sensor of the edge follower during operation of the road-building machine, and the road-building machine or the component is oriented relative to the detected edge by a control device , wherein, for orienting the road-building machine or the component at the edge , a travelling speed of the road-building machine is detected and transmitted to the control device , characterized in that the orientation of the road-building machine or of the component at the detected edge is time-delayed by the control device after the current edge position has been detected in dependence on the travelling speed.
Method of enabling a hybrid access gateway server to identify an access type of traffic originating from a customer-premises equipment, CPE , wherein said hybrid access gateway server is arranged to control access to a service network , and wherein said CPE comprises at least two Wide Area Network, WAN, interfaces, each with a related access type, said method comprising the steps of: - receiving , by said CPE , from a User Equipment, UE, a request message for requesting access to said service network ; - determining , by said CPE , an applicable access type for said received request message; - embedding , by said CPE , said determined applicable access type in a connect message to be sent to said hybrid access gateway server ; - transmitting , by said CPE , said connect message having embedded therein said determined applicable access type, via a first of said at least two WAN interfaces, said first WAN interface being the one related to said determined applicable access type, to said hybrid access gateway server enabling said hybrid access gateway server to identify said access type. - receiving , by said CPE , from a User Equipment, UE, a request message for requesting access to said service network ; - determining , by said CPE , an applicable access type for said received request message; - embedding , by said CPE , said determined applicable access type in a connect message to be sent to said hybrid access gateway server ; - transmitting , by said CPE , said connect message having embedded therein said determined applicable access type, via a first of said at least two WAN interfaces, said first WAN interface being the one related to said determined applicable access type, to said hybrid access gateway server enabling said hybrid access gateway server to identify said access type.
An immunogenic polypeptide comprising a multitude of human papillomavirus (HPV) L2 N-terminal peptides corresponding to amino acids 20 to 38 of the L2 polypeptide of HPV16, wherein said HPV L2 N-terminal peptides are L2 N-terminal peptides from at least 8 different HPV genotypes; or are variants thereof comprising at most two, preferably at most one amino acid substitution(s) per HPV L2 N-terminal peptide.
A visualization assistance system for providing visual cues to flight crew on multiple displays operably connectable to the visualisation assistance system while following a proceeding aircraft during an approach using visual separation rules, the visualization assistance system comprising one or more processors configured by programming instructions on non-transient computer readable media, the visualization assistance system configured to: position on a synthetic vision system, SVS, display section of a primary flight display, PFD, or on a head-up display, HUD, one or more traffic icons wherein each is representative of a lead aircraft ahead of an ownship and wherein the size of each traffic icon is scaled based on proximity to the ownship; provide one or more traffic icons on a navigation display, ND; designate a lead aircraft as traffic to follow, TTF, via selection , by the flight crew, of a first traffic icon representative of one lead aircraft displayed on the ND or via selection, by the flight crew, of a second traffic icon representative of the same lead aircraft displayed on the SVS , wherein selection of either the first traffic icon or the second traffic icon results in designation of the selected lead aircraft as TTF and results in both the first traffic icon and the second traffic icon being made to more visually stand out; and position, on a horizontal situation indicator, HSI, section of the PFD, a third TTF icon representative of the lead aircraft when a TTF has been designated. position on a synthetic vision system, SVS, display section of a primary flight display, PFD, or on a head-up display, HUD, one or more traffic icons wherein each is representative of a lead aircraft ahead of an ownship and wherein the size of each traffic icon is scaled based on proximity to the ownship; provide one or more traffic icons on a navigation display, ND; designate a lead aircraft as traffic to follow, TTF, via selection , by the flight crew, of a first traffic icon representative of one lead aircraft displayed on the ND or via selection, by the flight crew, of a second traffic icon representative of the same lead aircraft displayed on the SVS , wherein selection of either the first traffic icon or the second traffic icon results in designation of the selected lead aircraft as TTF and results in both the first traffic icon and the second traffic icon being made to more visually stand out; and position, on a horizontal situation indicator, HSI, section of the PFD, a third TTF icon representative of the lead aircraft when a TTF has been designated.
A composition comprising 800 to 1200 IU of Vitamin D for use to potentiate the effects of oleuropein on bone formation and/or cartilage anabolism.
A method of determining the launch ratio of an automatically controlled multi-speed vehicle transmission having a shift map to determine ratio selection thereof, characterised by said method comprising: providing in the transmission a plurality of speed ratios for vehicle launch, and determining the launch ratio by reference to ambient temperature.
Shaft/hub connection, in the case of which, in a middle region which lies between axial end regions of the hub , the hub has an inwardly pointing shoulder and the shaft has an outwardly pointing shoulder , each shoulder having an arrangement of depressions in such a way that in each case one depression of the shoulder of the shaft and one depression of the shoulder of the hub together enclose a cavity which runs in an axial direction of the shaft , and transmission elements which block a relative rotation between the shaft and the hub being arranged in the cavities, in each case one annular gap being formed between the shaft and the hub in opposite axial end regions of the hub , a retaining ring being arranged in each annular gap, and the transmission elements bracing the retaining rings homogeneously against one another.
A low-elastic compression garment that is to be wrapped around a limb of a user, the low-elastic compression garment comprising: a central main portion including a plurality of longitudinal outer edges ; a plurality of straps that extend laterally from the longitudinal outer edges of the central main portion, each of the plurality of straps having an end that is remote from where the strap meets the longitudinal outer edge of the central main portion; characterized in that a plurality of fastening tabs respectively are provided at each of the ends of the straps , wherein each fastening tab is removable from a respective strap and repositionable at a different location on the respective strap, wherein the low-elastic compression garment comprises three layers of material including an internal compressible layer between a first woven layer and a second woven layer; and the fastening tabs are repositionable on the respective straps from a location on the first woven layer to a location on the second woven layer, thereby rendering the low-elastic compression garment reversible. a central main portion including a plurality of longitudinal outer edges ; a plurality of straps that extend laterally from the longitudinal outer edges of the central main portion, each of the plurality of straps having an end that is remote from where the strap meets the longitudinal outer edge of the central main portion; characterized in that a plurality of fastening tabs respectively are provided at each of the ends of the straps , wherein each fastening tab is removable from a respective strap and repositionable at a different location on the respective strap, wherein the low-elastic compression garment comprises three layers of material including an internal compressible layer between a first woven layer and a second woven layer; and the fastening tabs are repositionable on the respective straps from a location on the first woven layer to a location on the second woven layer, thereby rendering the low-elastic compression garment reversible.
Glass flakes comprising: glass flake substrates; and a coating covering at least a portion of the surface of each of the glass flake substrates and composed of a binder, wherein the binder comprises (a) a lubricant other than silicone, or (b) a lubricant and an aminosilane, the proportion of the lubricant in the binder is 30 mass% or less, and wherein if the binder comprises (a) a lubricant other than silicone, the lubricant comprises at least one selected from the group Ga consisting of: alkyl imidazoline derivatives, fatty acid-polyethylene polyamine condensates, condensates of a fatty acid, polyethyleneimine, and amide-substituted polyethyleneimine, polyethyleneimine polyamide, partially amidated polyethyleneimine, silylated polyamine lubricants, fatty acid amides, saturated or unsaturated fatty acid amides, polyunsaturated fatty acid amides, condensates of a higher saturated fatty acid and higher saturated alcohol, polyethyleneimine, paraffin, fatty acid triglycerides, soybean oil, coconut oil, rapeseed oil, palm oil, candelilla wax, carnauba wax, beeswax, lanolin, animal oils, vegetable oils, hydrogenated products of animal oils and vegetable oils, montan wax, and mineral wax, and wherein if the binder comprises (b) a lubricant and an aminosilane, the lubricant comprises at least one selected from the group Gb consisting of: group Ga and silicone. glass flake substrates; and a coating covering at least a portion of the surface of each of the glass flake substrates and composed of a binder, wherein the binder comprises (a) a lubricant other than silicone, or (b) a lubricant and an aminosilane, the proportion of the lubricant in the binder is 30 mass% or less, and
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source , which apparatus comprises a control unit , a stream generating device that is adapted to generate a stream of gas inside a process chamber that is capable of being charged with residues generated in the additive manufacturing process, and a determination unit , wherein the determination unit is adapted to determine at least one residue information relating to the residues contained in the stream of gas , in particular the amount of residues and/or the concentration of residues , wherein the control unit is adapted to interrupt the additive manufacturing process dependent on the residue information, characterized in that the additive manufacturing process is interrupted after at least one work package is finished, wherein the work package is at least one scan vector and/or at least one island and/or at least one stripe and/or at least one layer, wherein the control unit is adapted to finish each started work package before the additive manufacturing process is interrupted.
Gas delivery device comprising an inner gas passage in fluid communication with a deformable reservoir , and a processing unit , characterized it further comprises : - a first differential pressure sensor cooperating with the processing unit for determining a pressure (P) in the deformable reservoir , and - a proportional valve arranged on the inner gas passage for controlling the flowrate of gas in said inner gas passage , said proportional valve being arranged upstream of the deformable reservoir , wherein the processing unit controls the proportional valve for adjusting the flowrate of gas passing through said proportional valve on the basis of said pressure (P) in the deformable reservoir . - a first differential pressure sensor cooperating with the processing unit for determining a pressure (P) in the deformable reservoir , and - a proportional valve arranged on the inner gas passage for controlling the flowrate of gas in said inner gas passage , said proportional valve being arranged upstream of the deformable reservoir ,