mhurhangee/ep-ind-claims huggingface dataset:
Storage device for receiving at least one loose object, in particular for a means of transport, comprising a receiving unit which can be brought into at least a rest state and a receiving state, wherein receiving of the loose object in a receiving region of the receiving unit being prevented in the rest state and being enabled in the receiving state, wherein the receiving unit has at least a first and a second opening element (30, 40) which, when the receiving unit is transferred from the rest state to the receiving state, can be moved relative to one another in such a way that the receiving region is enlarged, wherein the opening elements (30, 40) can be pivoted relative to one another, characterized in that the receiving unit has a prestressing element in the form of a compression spring by means of which the opening elements (30, 40) are prestressed into the receiving state. a receiving unit which can be brought into at least a rest state and a receiving state, wherein receiving of the loose object in a receiving region of the receiving unit being prevented in the rest state and being enabled in the receiving state, wherein the receiving unit has at least a first and a second opening element (30, 40) which, when the receiving unit is transferred from the rest state to the receiving state, can be moved relative to one another in such a way that the receiving region is enlarged, wherein the opening elements (30, 40) can be pivoted relative to one another, characterized in that the receiving unit has a prestressing element in the form of a compression spring by means of which the opening elements (30, 40) are prestressed into the receiving state.
A device for fractionating the gaseous fraction leaving the head of the fractionation column of a catalytic cracking unit, the fraction containing LPG, light gasoline, and a residual gas termed "fuel gas" which itself contains a certain quantity of ethylene, the device comprising: - a first absorption section which can be used to separate the fuel gas and the light gasoline and LPG stream, said section being present in an existing catalytic cracking unit, - a unit for the catalytic conversion of ethylene into propylene and other products of interest, wherein the feed is constituted by the fuel gas, in which a large portion of the ethylene is essentially converted into propylene and also into aromatics and other products of interest, in the presence of a catalyst based on zeolite, - a novel absorption section which admits the effluents from the conversion unit after recompression, the propylene, butene and the gasoline fractions contained in said effluents being recovered in said novel absorption section, by using the gasoline arriving from the existing debutanizer, - a second absorption section, which admits the gas obtained from the novel absorption section, - a debutanization section which admits the LPG and gasoline fractions obtained from the novel absorption section and which produces a stabilized gasoline and a light LPG fraction. - a first absorption section which can be used to separate the fuel gas and the light gasoline and LPG stream, said section being present in an existing catalytic cracking unit, - a unit for the catalytic conversion of ethylene into propylene and other products of interest, wherein the feed is constituted by the fuel gas, in which a large portion of the ethylene is essentially converted into propylene and also into aromatics and other products of interest, in the presence of a catalyst based on zeolite, - a novel absorption section which admits the effluents from the conversion unit after recompression, the propylene, butene and the gasoline fractions contained in said effluents being recovered in said novel absorption section, by using the gasoline arriving from the existing debutanizer, - a second absorption section, which admits the gas obtained from the novel absorption section, - a debutanization section which admits the LPG and gasoline fractions obtained from the novel absorption section and which produces a stabilized gasoline and a light LPG fraction.
Gas turbine having at least two shafts (2, 3) designed as hollow shafts at least in some areas and arranged coaxially relative to one another, which shafts are rotatably mounted using bearing devices (4, 5) in the area of a casing, wherein a hydraulic intermediate shaft sealing device is arranged between the bearing devices (4, 5) of the shafts (2, 3), which separates a first area provided inside at least one of the shafts (2, 3) and limited by the shafts (2, 3) from an area provided outside the shafts (2, 3), wherein in the area limited by the shafts (2, 3) an operating pressure prevails that differs from the operating pressure acting in the area outside the shafts, the intermediate shaft sealing device includes a sealing element connected to a first shaft, the sealing element extending over the circumference of the first shaft, and has an inner groove area with a defined groove depth (t), in which a further sealing element connected to the second shaft radially engages, and wherein the operating pressure is applied in the area limited by the shafts (2, 3) in the axial direction of the shafts (2, 3), to effective areas (13, 14) facing towards one another of the sealing elements, while the pressure prevailing in the area outside the shafts (2, 3) in the axial direction acts on effective areas (15, 16) facing away from one another of the sealing elements (10, 12), characterized in that a ratio between the outer diameters (DA 13, DA 14) limiting the effective areas (13, 14) facing towards one another and the inner diameters (DI 13, DI 14) likewise limiting these effective areas (13, 14) is in each case greater than or equal to 1.25.
A machine for the finishing treatment of a textile web comprising [a] first and second accumulation chambers (4, 6) for accumulating said web, with first and second take-up areas (8, 10) for taking up said web, [b] a conveyance duct for conveying said web extending between first and second ends (14, 16), communicating said first and second chambers (4, 6) with one another, said duct being configured such that said web is conveyed therein widthwise, [c] gas drive means functionally connected with said duct for insufflating a gas into said duct in an alternating manner and alternately conveying said web between said first and second chambers (4, 6), and [d] at least one impact device arranged facing the outlet of one of said first and second ends (14, 16) such that during treatment, said web impacts against said at least one device, [e] said device comprising a support and an impact panel assembled in said support, [f] said impact panel comprising [i] a front finishing surface and [ii] a rear finishing surface, characterized in that [g] said device further comprises coupling means removably connecting said support and said impact panel, such that said impact panel can be assembled and disassembled with respect to said support for placing said front surface or said rear surface facing the corresponding outlet and [h] said front and rear surfaces (22, 24) are different from one another by at least one among the shape and/or the surface finish and/or the coating and/or the material. [a] first and second accumulation chambers (4, 6) for accumulating said web, with first and second take-up areas (8, 10) for taking up said web, [b] a conveyance duct for conveying said web extending between first and second ends (14, 16), communicating said first and second chambers (4, 6) with one another, said duct being configured such that said web is conveyed therein widthwise, [c] gas drive means functionally connected with said duct for insufflating a gas into said duct in an alternating manner and alternately conveying said web between said first and second chambers (4, 6), and [d] at least one impact device arranged facing the outlet of one of said first and second ends (14, 16) such that during treatment, said web impacts against said at least one device, [e] said device comprising a support and an impact panel assembled in said support, [f] said impact panel comprising [i] a front finishing surface and [ii] a rear finishing surface, characterized in that [i] a front finishing surface and [ii] a rear finishing surface, [g] said device further comprises coupling means removably connecting said support and said impact panel, such that said impact panel can be assembled and disassembled with respect to said support for placing said front surface or said rear surface facing the corresponding outlet and [h] said front and rear surfaces (22, 24) are different from one another by at least one among the shape and/or the surface finish and/or the coating and/or the material.
A calculation method for wavelength assignment, characterized in that, comprising: constructing, for each node on a routing path, a respective inner-node wavelength connectivity matrix an element of which represents a connection cost between a wavelength in an inlet port and a wavelength in an outlet port of the node; and performing an operation on the inner-node wavelength connectivity matrix of each node, sequentially from a first node on the routing path to a last node on the routing path, according to a preset matrix operation approach; wherein the preset matrix operation is Δ, and the preset matrix operation approach is indicated as Z = X Δ Y = Min r = 1 n x ir + y rj, where X and Y represent inner-node wavelength connectivity matrixes of any two nodes on the routing path respectively, n represents a total number of the wavelengths and x ir and y rj are elements in the matrixes X and Y respectively and Z is the final result matrix. constructing, for each node on a routing path, a respective inner-node wavelength connectivity matrix an element of which represents a connection cost between a wavelength in an inlet port and a wavelength in an outlet port of the node; and performing an operation on the inner-node wavelength connectivity matrix of each node, sequentially from a first node on the routing path to a last node on the routing path, according to a preset matrix operation approach; wherein the preset matrix operation is Δ, and the preset matrix operation approach is indicated as Z = X Δ Y = Min r = 1 n x ir + y rj, where X and Y represent inner-node wavelength connectivity matrixes of any two nodes on the routing path respectively, n represents a total number of the wavelengths and x ir and y rj are elements in the matrixes X and Y respectively and Z is the final result matrix.
Paper stack cutting machine with a one-hand or two-hand operation for electrically triggering a cutting and/or pressing process, wherein the one-hand operation comprises an actuation unit with a manually operated switching element or the two-hand operation comprises two actuation units each having one manually operated switching element, characterized in that one or both actuation units are each formed with two stages, wherein the two switching stages are located one behind the other in the same direction of actuation, that the manually operated switching element switches in the first switching stage a first electric switch and in the second switching stage a second electric switch, and that the machine is controlled in such a manner that upon pushing one or both actuation units to the first switching stage, compression is activated and the cutting operation is triggered by further pushing one or both actuation units to the second switching stage.
An apparatus to be employed in a user equipment, UE configured to communicate with an evolved Node B, eNB, via a wireless communication network, the apparatus being configured to: receive, via the communication circuitry, a master information block, MIB, on a physical broadcast channel, PBCH, that includes scheduling information to indicate a time and frequency resource of a physical downlink shared channel, PDSCH, for a system information block, SIB; and receive the SIB in the time and frequency resource of the PDSCH based on the scheduling information; characterized in that wherein the scheduling information further comprises an indicator to indicate a redundancy version pattern out of a plurality of redundancy version patterns used for the transmission of the SIB and repetitions thereof.
Pivot arbor of a balance, of a pallet or of an escape pinion for a timepiece movement comprising at least one metal pivot at at least one of the ends thereof, characterized in that the metal is a non-magnetic aluminium alloy so as to limit the sensitivity of the pivot to magnetic fields, and in that at least the outer surface of said pivot is deep-hardened to a predetermined depth relative to the core of the pivot arbor.
A method for a user equipment, UE, operating in a wireless communication system, the method comprising transmitting a first uplink data to a first base station, BS, or a second BS if an amount of first uplink data available for transmission is equal to or greater than a threshold value; checking, by a Packet Data Convergence Protocol, PDCP, entity of the UE, whether an amount of second uplink data available for transmission is less than the threshold value, wherein the second uplink data includes remaining parts of the first uplink data other than a part of the first uplink data transmitted, wherein the threshold value is configured for the PDCP entity of the UE associated with a first Medium Access Control, MAC, entity of the UE and a second MAC entity of the UE for a radio bearer; wherein the first MAC entity of the UE is associated with the first BS, and the second MAC entity of the UE is associated with the second BS; and indicating, by the PDCP entity of the UE, the amount of the second uplink data available for transmission in the PDCP entity to the first MAC entity and the amount of second uplink data available for transmission in the PDCP entity as '0' to the second MAC entity, if the amount of second uplink data available for transmission is less than the threshold value.
A multi-function system for automatically filtering and maintaining cooking oil in fryer pots of a deep fryer comprising: a deep fryer; a pump; a controller; and a plurality of fryer pots (20, 25, 30) disposed within said deep fryer, each of said plurality of fryer pots (20, 25, 30) containing at least a submersible temperature sensor and a temperature sensor, wherein said submersible temperature sensor can only commence an automatic filling cycle when said temperature sensor senses a predetermined oil temperature of at least approximately 149°C (300°F), wherein said deep fryer is capable of operating in an automatic filling mode to maintain an oil level when said submersible temperature sensor enables said pump and a valve; and an automatic filtration mode to allow filtration of oil in one of said plurality of fryer pots (20, 25, 30) after said temperature sensor senses a predetermined oil temperature of approximately i49°C (300°F) to 160°C (320°F). a deep fryer; a pump; a controller; and a plurality of fryer pots (20, 25, 30) disposed within said deep fryer, each of said plurality of fryer pots (20, 25, 30) containing at least a submersible temperature sensor and a temperature sensor, wherein said submersible temperature sensor can only commence an automatic filling cycle when said temperature sensor senses a predetermined oil temperature of at least approximately 149°C (300°F), wherein said deep fryer is capable of operating in an automatic filling mode to maintain an oil level when said submersible temperature sensor enables said pump and a valve; and an automatic filtration mode to allow filtration of oil in one of said plurality of fryer pots (20, 25, 30) after said temperature sensor senses a predetermined oil temperature of approximately i49°C (300°F) to 160°C (320°F).
A chitosan derivative, wherein said chitosan is modified with glutathione with the formation of a peptide bond, to form chitathione, a compound having peptide bonds between amine groups of units of poly(2-deoxy-2-aminoglucose) and available carboxyl groups of glutathione, for use in preventing symptoms of skin allergy caused by the contact with metals, especially heavy metals, in particular nickel.
Gallery mode microdisc system for an electrically pumped optical source, the microdisc being formed on one face of a substrate and being parallel to the substrate, the part of the microdisc resting on the substrate being referred to as the lower part, the part of the microdisc opposite to the lower part of the microdisc being referred to as upper part and comprising a upper face, said upper part including a doped zone, the doped zone of the upper part allowing to provide an electrical contact with an electrode referred to as the upper contact, the central part of the microdisc being electrically neutralised in order to prevent the passage of an electric current through said central part, said lower face including a doped zone, the doped zone of the lower face allowing an electrical contact with an electrode referred to as the lower contact, said upper part of the microdisc being covered with a protective layer of electrically insulating material with an optical index lower than the optical index of the material constituting the microdisc, characterised in that the central part of the microdisc is: - whether a core made from electrically insulating material, - whether partly made from electrically insulating material, and in that the upper contact is electrically connected to an electrical conductor of the substrate by an electrical connection passing through the core. - whether a core made from electrically insulating material, - whether partly made from electrically insulating material, and
An intervertebral disc prosthesis for installation in a spinal column between a superior vertebral body and an inferior vertebral body, comprising: a first intervertebral plate for engaging one or both of the inferior vertebral endplate and the inferior ring apophysis of the superior vertebral body; a second intervertebral plate for engaging one or both of the superior vertebral endplate and the superior ring apophysis of the inferior vertebral body; a biaxial rolling-contact core located between the intervertebral places, wherein the biaxial rolling-contact core includes a convex upper surface and a convex lower surface, wherein the convex upper surface is curved around a first axis and the convex lower surface is curved around a second axis that is rotated relative to the first axis, and wherein the biaxial rolling-contact core is capable of rolling translation relative to the first intervertebral plate along the convex upper surface and in a first direction, and rolling translation relative to the second intervertebral plate along the convex lower surface and in a second direction; characterised in that prosthesis further comprises a first flexure (21, 22, 23, 24, 25, 26) that constrains the biaxial rolling-contact core to a rolling translation without sliding in at least one of said first direction and said second direction wherein as the biaxial rolling-contact core translates relative to the intervertebral plates (11, 12) by rolling along the plates, the first flexure is able to partially wind around or unwind from the core. a first intervertebral plate for engaging one or both of the inferior vertebral endplate and the inferior ring apophysis of the superior vertebral body; a second intervertebral plate for engaging one or both of the superior vertebral endplate and the superior ring apophysis of the inferior vertebral body; a biaxial rolling-contact core located between the intervertebral places, wherein the biaxial rolling-contact core includes a convex upper surface and a convex lower surface, wherein the convex upper surface is curved around a first axis and the convex lower surface is curved around a second axis that is rotated relative to the first axis, and wherein the biaxial rolling-contact core is capable of rolling translation relative to the first intervertebral plate along the convex upper surface and in a first direction, and rolling translation relative to the second intervertebral plate along the convex lower surface and in a second direction; characterised in that prosthesis further comprises a first flexure (21, 22, 23, 24, 25, 26) that constrains the biaxial rolling-contact core to a rolling translation without sliding in at least one of said first direction and said second direction wherein as the biaxial rolling-contact core translates relative to the intervertebral plates (11, 12) by rolling along the plates, the first flexure is able to partially wind around or unwind from the core.
Machining method by turning at least one surface of an ophthalmic lens, using a turning machine having at least one geometrical defect, characterized in that the method comprises a step of determining a turning configuration for machining by turning the at least one surface of the ophthalmic lens, the turning configuration comprising turning parameters and machine defects parameters associated to the turning parameters.
A system comprising a combination of a workpiece, a camera system and a digital image correlation system, the workpiece comprising a first plurality of dots on a surface of the workpiece forming a first larger scale dot pattern, wherein the first plurality of dots comprises a first dot, wherein the first dot comprises a second plurality of dots forming a second smaller scale dot pattern, wherein the camera system is configured to obtain larger scale images of the first larger scale dot pattern and the camera system is configured to obtain smaller scale images of the second smaller scale dot pattern, and wherein the digital image correlation system is configured to use the larger scale images and the smaller scale images to determine a measurement of the workpiece.