mhurhangee/patent-ind-claim-en huggingface dataset:
A system for shaping a glass structure (G) comprising: (a) a shaping mold ; (b) a radiation heating source ; and (c) a radiation shield ; wherein the glass structure (G) is positioned at a distance H from the radiation heating source , wherein the radiation shield is positioned between the radiation heating source and the glass structure (G), and wherein the radiation shield comprises an outer wall defining a cavity having a first opening disposed to face the glass structure (G) and a second opening disposed to face the radiation heating source , the outer wall having a length L separating the first opening from the second opening , and wherein a ratio of the length L to the height H (L/H) is 0.4 or greater. (a) a shaping mold ; (b) a radiation heating source ; and (c) a radiation shield ; wherein the glass structure (G) is positioned at a distance H from the radiation heating source , wherein the radiation shield is positioned between the radiation heating source and the glass structure (G), and wherein the radiation shield comprises an outer wall defining a cavity having a first opening disposed to face the glass structure (G) and a second opening disposed to face the radiation heating source , the outer wall having a length L separating the first opening from the second opening , and wherein a ratio of the length L to the height H (L/H) is 0.4 or greater.
A total shoulder prosthesis of the reverse type comprising: (i) a concave component adapted for attachment to the proximal humerus , and (ii) a convex component comprising a spherical head and a bone anchor adapted for attachment to the scapula, wherein the concave component comprises a recess adapted to receive the spherical head and characterized in that the concave component provides a coverage of about 180° to about 200° of the spherical head . (i) a concave component adapted for attachment to the proximal humerus , and (ii) a convex component comprising a spherical head and a bone anchor adapted for attachment to the scapula,
Method for producing at least one patterned layer of material , comprising at least the following steps of: - producing a first substrate having at least one patterned face ; - producing, against the patterned face of the first substrate , a stack of layers comprising at least one intermediate layer and the layer of material intended to be patterned, such that the intermediate layer is disposed between the layer of material intended to be patterned and the first substrate , and such that a first face of the intermediate layer disposed on the patterned face side of the first substrate is patterned in accordance with a design that is the inverse of that of the patterned face of the first substrate ; - removing the first substrate ; - anisotropic etching the intermediate layer , implemented from the first face of the intermediate layer until parts of a face of the layer of material intended to be patterned are no longer covered by the intermediate layer and until remaining portions of the intermediate layer form a pattern, the design whereof corresponds to that of the first face of the intermediate layer ; - etching the remaining portions of the intermediate layer and at least part of the thickness of the layer of material intended to be patterned, patterning said face of the layer of material intended to be patterned in accordance with the design of the first face of the intermediate layer . - producing a first substrate having at least one patterned face ; - producing, against the patterned face of the first substrate , a stack of layers comprising at least one intermediate layer and the layer of material intended to be patterned, such that the intermediate layer is disposed between the layer of material intended to be patterned and the first substrate , and such that a first face of the intermediate layer disposed on the patterned face side of the first substrate is patterned in accordance with a design that is the inverse of that of the patterned face of the first substrate ; - removing the first substrate ; - anisotropic etching the intermediate layer , implemented from the first face of the intermediate layer until parts of a face of the layer of material intended to be patterned are no longer covered by the intermediate layer and until remaining portions of the intermediate layer form a pattern, the design whereof corresponds to that of the first face of the intermediate layer ; - etching the remaining portions of the intermediate layer and at least part of the thickness of the layer of material intended to be patterned, patterning said face of the layer of material intended to be patterned in accordance with the design of the first face of the intermediate layer .
A method for a communication node device for creating a resource for an application entity, comprising: receiving (S800) a registration request sent from the application entity when the application entity is switched from a first communication link to a second communication link; creating (S810) a resource according to the registration request as a first resource; and assigning (S820) an identification corresponding to the first resource to the application entity so as to associate the application entity with the first resource, characterized in that the first resource comprises an attribute indicating availability of the first resource associated with the application entity, which serves as a first attribute; wherein creating the first resource comprises setting the first attribute to indicate that the first resource is available. receiving (S800) a registration request sent from the application entity when the application entity is switched from a first communication link to a second communication link; creating (S810) a resource according to the registration request as a first resource; and assigning (S820) an identification corresponding to the first resource to the application entity so as to associate the application entity with the first resource, characterized in that the first resource comprises an attribute indicating availability of the first resource associated with the application entity, which serves as a first attribute; wherein creating the first resource comprises setting the first attribute to indicate that the first resource is available.
A neuromorphic circuit of the pulse-based neuron type intended to implement a formal neuron having an activation function, said neuromorphic circuit comprising a membrane capacitor (C mem ) at the terminals of which a membrane voltage (V mem ) is established, a first action comparator configured to compare the membrane voltage to a first action voltage (V act , V high-threshold ) and a device for resetting the membrane voltage , said neuromorphic circuit being characterised in that that it includes a first regulation comparator to compare the membrane voltage to a first regulation voltage (V reg , V low-threshold ), a threshold exceedance register and a regulator , said regulator being configured: - in the case of the first regulation voltage (V reg , V low-threshold ) being exceeded by the membrane voltage, to drive the device for resetting the membrane voltage so as to change the charge of the membrane capacitor by a predetermined amount of charge, and to correlatively change the threshold exceedance register ; and - in the case of the first action voltage (V act , V high-threshold ) being exceeded by the membrane voltage, to drive the device for resetting the membrane voltage so as to change the charge of the membrane capacitor by a predetermined amount of charge, and to query the threshold exceedance register to decide whether or not to generate an action potential (S pa' , Spike NEG' , Spike POS' , Spike OUT ) on an output of the neuromorphic circuit. - in the case of the first regulation voltage (V reg , V low-threshold ) being exceeded by the membrane voltage, to drive the device for resetting the membrane voltage so as to change the charge of the membrane capacitor by a predetermined amount of charge, and to correlatively change the threshold exceedance register ; and - in the case of the first action voltage (V act , V high-threshold ) being exceeded by the membrane voltage, to drive the device for resetting the membrane voltage so as to change the charge of the membrane capacitor by a predetermined amount of charge, and to query the threshold exceedance register to decide whether or not to generate an action potential (S pa' , Spike NEG' , Spike POS' , Spike OUT ) on an output of the neuromorphic circuit.
Refrigeration appliance having an evaporator , a storage zone that is cooled by air flowing across the evaporator and a control element which comprises at least one plate which guides the flow of air, wherein the flow path of the air downstream of the evaporator runs through a compartment that is divided off from the storage zone , characterised in that the compartment is embodied for accommodating at least one beverage bottle, wherein the control element can be moved between two positions and can be placed in contact with a bottle inserted into the compartment in one position in which the plate boosts the flow of air through the divided-off compartment more strongly than in the absence of the bottle.
A remote unit comprising: at least one memory ; and at least one processor coupled with the at least one memory and configured to cause the remote unit to: receive configuration information for a plurality of communication configurations, wherein the configuration information corresponds to services having different performance requirements, and the performance requirements comprise latency, reliability, peak data rate, efficiency overhead, control overhead, system capacity, or some combination thereof; wherein the configuration information comprises a set of resource granularity candidates, wherein each resource granularity candidate is represented by a time domain length and/or a frequency domain bandwidth, and wherein each resource granularity candidate indicates: a downlink, DL, control channel resource subset for a certain user equipment, UE; a DL data channel resource location for a certain UE; an uplink, UL, data channel resource location for a certain UE; an UL control channel resource location for a certain UE; and/or a minimum resource unit containing a UL grant-free transmission within or without a resource pool constraint; and select a communication configuration of the plurality of communication configurations based on the configuration information, wherein the remote unit communicates data using the selected communication configuration. receive configuration information for a plurality of communication configurations, wherein the configuration information corresponds to services having different performance requirements, and the performance requirements comprise latency, reliability, peak data rate, efficiency overhead, control overhead, system capacity, or some combination thereof; wherein the configuration information comprises a set of resource granularity candidates, wherein each resource granularity candidate is represented by a time domain length and/or a frequency domain bandwidth, and wherein each resource granularity candidate indicates: a downlink, DL, control channel resource subset for a certain user equipment, UE; a DL data channel resource location for a certain UE; an uplink, UL, data channel resource location for a certain UE; an UL control channel resource location for a certain UE; and/or a minimum resource unit containing a UL grant-free transmission within or without a resource pool constraint; and select a communication configuration of the plurality of communication configurations based on the configuration information, wherein the remote unit communicates data using the selected communication configuration.
Timepiece acoustic display mechanism including at least one rotating display member, for displaying a magnitude other than the current time of day, wherein, said at least one rotating display member is integral at least in rotation with a snail whose edge cooperates with the beak of a striking rack comprised in a striking mechanism integrated in said display mechanism , for striking a numerical value characteristic of said magnitude, characterised in that said display mechanism is a chronograph mechanism including a chronograph wheel for counting the seconds, and a minute-counter wheel for counting the minutes, and in that said chronograph mechanism includes at least one said snail which is a seconds snail integral in rotation with said chronograph wheel and whose edge is arranged to cooperate with a said beak which is a seconds beak comprised in a striking rack, which is a seconds rack , and includes at least one said snail which is a minute snail integral in rotation with said minute counter wheel and whose edge is arranged to cooperate with a said beak which is a seconds beak comprised in a said rack which is a minute rack , and in that said minute rack and said seconds rack are arranged to provide, after stopping at the end of a measurement of a timed duration made by said chronograph mechanism , information relating to the timed duration, respectively in minutes and seconds, to a striking mechanism comprised in said chronograph mechanism and which includes said seconds rack and said minute rack , in order to strike at least the minutes and the seconds of said timed duration.
An implantable device , comprising: an acoustic transducer configured to receive acoustic energy and convert the acoustic energy to electrical energy; at least two electrodes configured to deliver an electrical output to the body; and a glitch generator configured to modify the electrical output with a glitch, wherein the modifying occurs at a pre-configured interval; wherein the modified electrical output is configured to be sensed by a controller-transmitter. an acoustic transducer configured to receive acoustic energy and convert the acoustic energy to electrical energy; at least two electrodes configured to deliver an electrical output to the body; and a glitch generator configured to modify the electrical output with a glitch, wherein the modifying occurs at a pre-configured interval; wherein the modified electrical output is configured to be sensed by a controller-transmitter.
A copolymer composition comprising a copolymer which comprises lactide-co-glycolide (LGA) and polyethylenimine (PEI) wherein lactide-co-glycolide single units are conjugated to the PEI through amide linkages and the copolymer is obtainable by reacting poly(lactic-co-glycolic acid) (PLGA) having a molecular weight of 12-16 kDa, a lactide:glycolide of 50:50 mol/mol, and an inherent viscosity of 0.50-0.65, and branched PEI having an average molecular weight of 25 kDa in a w/w ratio of PLGA to PEI of 0.5:1 and in a molar ratio of PLGA to PEI of 1:1, wherein the reaction is carried out in the organic solvent tetrahydrofuran at room temperature for at least 48 hours, wherein the composition further comprises at least one therapeutic and/or diagnostic agent and the copolymer comprises the agent in a nanoparticle.
Use of a layered silicate mineral having an interlayer charge of 0 or an interlayer charge of from greater than 0 to not more than 0.6 for removing organic mercury contained in a hydrocarbon oil from the hydrocarbon oil, wherein organic mercury refers to a mercury compound wherein an alkyl group and mercury bond.
A cured syntactic polyurethane elastomer in which gas or vacuum filled microspheres are dispersed in a noncellular polyurethane matrix, which syntactic polyurethane elastomer is a reaction product of at least one polyether polyol having a number average hydroxyl equivalent weight of at least 1500, 5 to 50 weight percent of microspheres based on the total weight of the reaction mixture, 1 to 30 parts by weight of a hydroxyl-terminated chain extender selected from the group consisting of ethylene glycol, 1,2-propylene glycol, 1,3-propane diol, 1,4-butane diol, 1,6-hexanediol, diethylene glycol, triethylene glycol, dipropylene glycol, tripropylene glycol, and an alkoxylate of any of the foregoing having an equivalent weight of up to 125 per 100 parts by weight of the polyether polyol(s), an aromatic polyisocyanate in amount to provide an isocyanate index of 80 to 130 and a non-mercury catalyst, wherein the reaction mixture is essentially devoid of mercury compounds and contains 0 to 0.5 parts by weight per 100 parts by weight of the polyether polyol(s) of isocyanate-reactive materials in addition to the chain extender and the polyether polyol, and the noncellular polyurethane matrix has a morphology characterized by the presence of small discrete morphological domains 0.1 to 3 μm in diameter, and the substantial absence of discrete morphological domains 5 to 30 μm in diameter.
A diverter for a dishwasher comprising a tub, at least one rack placeable in the tub and aimed to accommodate dishes and kitchenware to be cleaned, and at least one rotating spray arm associated to the at least one rack for spraying a plurality of washing/rinsing liquid jets (J) towards the rack , the diverter comprising a deflecting body having a deflecting surface designed to deviate a liquid jet that impinges on it, thus changing its path, characterized in that the diverter further comprises a connection leg having a first end connected to the deflecting body and a second end aimed to be connected to a rack of the dishwasher; the diverter being suitable to be connected to a rack of the dishwasher in order to be hit by a washing/rinsing liquid jet (J) emitted by the spray arm of the dishwasher and to deflect such jet (J) toward a selected zone of the tub.
Light element containing - at least a first and a second panel which are translucent, - a sheet-like textile and - an elastic sealing tape , wherein the elastic sealing tape is arranged at least along edges (R) of the panels between the panels , and wherein the elastic sealing tape spacing the panels to form a sealed cavity (H) in which the sheet-like textile is located, and wherein in the case of a horizontally arranged light element , when the elastic sealing strip is loaded only with a weight force of the upper panel(s) , a first distance between the upper and lower panel is greater than a thickness of the sheet-like textile , as a result of elastic deformation of the elastic sealing strip , for receiving the sheet-like textile without clamping. - at least a first and a second panel which are translucent, - a sheet-like textile and - an elastic sealing tape , wherein the elastic sealing tape is arranged at least along edges (R) of the panels between the panels , and wherein the elastic sealing tape spacing the panels to form a sealed cavity (H) in which the sheet-like textile is located, and wherein in the case of a horizontally arranged light element , when the elastic sealing strip is loaded only with a weight force of the upper panel(s) , a first distance between the upper and lower panel is greater than a thickness of the sheet-like textile , as a result of elastic deformation of the elastic sealing strip , for receiving the sheet-like textile without clamping. the elastic sealing tape is arranged at least along edges (R) of the panels between the panels , and wherein the elastic sealing tape spacing the panels to form a sealed cavity (H) in which the sheet-like textile is located, and wherein in the case of a horizontally arranged light element , when the elastic sealing strip is loaded only with a weight force of the upper panel(s) , a first distance between the upper and lower panel is greater than a thickness of the sheet-like textile , as a result of elastic deformation of the elastic sealing strip , for receiving the sheet-like textile without clamping.
Method for the preparation of a metal exchanged crystalline microporous material or mixtures of metal exchanged crystalline microporous materials comprising the steps of providing a dry mixture containing a) one or more crystalline microporous materials that exhibit ion exchange capacity, wherein the crystalline microporous material is in the H-form, and b) one or more metal compounds, wherein the metals in the metal compounds are selected from the group of Fe, Co, Cu; heating the mixture in a gaseous atmosphere containing ammonia and one or more oxides of nitrogen to a temperature in a range between 150°C and 250°C and for a time sufficient to initiate and perform a solid state ion exchange of ions of the metal compound and ions of the crystalline microporous material; and obtaining the crystalline metal-exchanged microporous material.
Method for steering a steerable interceptor missile powered by an engine for intercepting a moving target during a midcourse phase (PM) of the interception, wherein the interceptor missile is steered by means of real steering commands , which are generated at respective steering times on the basis of free control parameters (SP), which are available in the form of a current parameter vector , wherein the free control parameters (SP) are constantly and/or repetitively optimized in the course of the midcourse phase (PM) by means of an optimization procedure for optimizing the control parameters (SP), wherein the optimization procedure takes place in parallel with the actual steering, wherein optimized control parameters (SP) are taken into the current parameter vector once they are available from the optimization procedure , characterized in that newly detected information about the movement of the target and/or information about the flight of the interceptor missile are included in the optimization procedure as soon as they are available. wherein the interceptor missile is steered by means of real steering commands , which are generated at respective steering times on the basis of free control parameters (SP), which are available in the form of a current parameter vector , wherein the free control parameters (SP) are constantly and/or repetitively optimized in the course of the midcourse phase (PM) by means of an optimization procedure for optimizing the control parameters (SP), wherein the optimization procedure takes place in parallel with the actual steering, wherein optimized control parameters (SP) are taken into the current parameter vector once they are available from the optimization procedure , characterized in that newly detected information about the movement of the target and/or information about the flight of the interceptor missile are included in the optimization procedure as soon as they are available.