mhurhangee/ep-ind-claims huggingface dataset:
A process for treating human dermis, wherein a human dermis collected from a cadaver and deprived of the epidermal component is: (a) decellularized; (b) freeze-dried; (c) sterilized; characterized in that the deepidermized dermis is decellularized (a) as follows: - two consecutive treatments in purified water of 20'-40' each at 30°-40°C under stirring; - two incubations with a zwitterionic detergent solution in a concentration of 0.03-0.01 M, the first of which lasting 70'-110' in an ultrasonic bath at 30°-40°C and the second being overnight under stirring in a thermostatic bath again at 30°-40°C; - a wash with purified water at 30°-40°C for 5-30 minutes in an ultrasonic bath and two washes with buffer at neutral pH, the first of which occurring in a sonicator at 30°-40°C and the second in a thermostatic bath under stirring at 30°-40°C, followed by at least one wash of 20'-40' with purified water under stirring at 30°-40°C. (a) decellularized; (b) freeze-dried; (c) sterilized; - two consecutive treatments in purified water of 20'-40' each at 30°-40°C under stirring; - two incubations with a zwitterionic detergent solution in a concentration of 0.03-0.01 M, the first of which lasting 70'-110' in an ultrasonic bath at 30°-40°C and the second being overnight under stirring in a thermostatic bath again at 30°-40°C; - a wash with purified water at 30°-40°C for 5-30 minutes in an ultrasonic bath and two washes with buffer at neutral pH, the first of which occurring in a sonicator at 30°-40°C and the second in a thermostatic bath under stirring at 30°-40°C, followed by at least one wash of 20'-40' with purified water under stirring at 30°-40°C.
A process for the hydroisomerization of a paraffinic hydrocarbon feedstream comprising contacting said hydrocarbon feedstream with hydrogen, and a catalyst comprising a catalytic material and a matrix component, the catalyst material being made up of a crystalline metal silicate zeolite molecular sieve containing iron in the crystalline framework having a pre-loaded platinum group metal, wherein the molecular sieve has a pore size of 3 to 10 angstroms and is associated with the platinum group metal in the absence of a matrix component and before calcination of the zeolite and/or formation of the catalyst body, and yielding a product having an increase in branched hydrocarbons relative to said feedstream characterized in that the said metal silicate has a molar framework formula: [Fe a Al 1-a] 2 O 3:(y)SiO 2 wherein a is at least 0.5; and y is from 20 to 35.
Method for producing an electronic device, comprising: - encasing an electronic assembly with a first casing material, - forming a tight fit element called receiving element on the first casing material, which is adapted to receive a holding element at least positively, - holding the electronic assembly encased by the first casing material by means of the holding element in such a manner that the holding element is spaced apart from the electronic assembly above the first casing material, and - encasing the assembly held on the holding element with a second casing material. - encasing an electronic assembly with a first casing material, - forming a tight fit element called receiving element on the first casing material, which is adapted to receive a holding element at least positively, - holding the electronic assembly encased by the first casing material by means of the holding element in such a manner that the holding element is spaced apart from the electronic assembly above the first casing material, and - encasing the assembly held on the holding element with a second casing material.
A generator for dynamic allocation of resources for channel estimation, wherein the generator communicates over a wireless channel with a receiver, the generator comprising: means for determining the inability of the receiver to demodulate received data based on an indication provided by the receiver; and means for allocating additional resources to channel estimation by code puncturing a dedicated pilot signal (331, 332) onto a data symbol for the receiver. means for determining the inability of the receiver to demodulate received data based on an indication provided by the receiver; and means for allocating additional resources to channel estimation by code puncturing a dedicated pilot signal (331, 332) onto a data symbol for the receiver.
A surgical instrument to be attached to a robot arm (21, 22), comprising: an end effector; an end effector support body that supports the end effector to be rotatable about a first axis; a support body that supports the end effector support body to be rotatable about a second axis; a shaft to which the support body is connected and through which elongate elements (W1, W2) for operating the end effector are inserted; a seal member provided in the support body; and a pressing member including a pressing surface in contact with and pressing a surface of the seal member on a side of the shaft, wherein the pressing member comprises a pressed portion provided outside an outer peripheral end of the pressing surface in a radial direction of the shaft, the pressed portion is projected outwardly in the radial direction of the shaft from the outer peripheral end of the pressing surface in the radial direction, the shaft includes a projection projected in an axial direction of the shaft, and the pressed portion is provided at a position opposed to the projection of the shaft in the axial direction of the shaft. an end effector; an end effector support body that supports the end effector to be rotatable about a first axis; a support body that supports the end effector support body to be rotatable about a second axis; a shaft to which the support body is connected and through which elongate elements (W1, W2) for operating the end effector are inserted; a seal member provided in the support body; and a pressing member including a pressing surface in contact with and pressing a surface of the seal member on a side of the shaft, wherein the pressing member comprises a pressed portion provided outside an outer peripheral end of the pressing surface in a radial direction of the shaft, the pressed portion is projected outwardly in the radial direction of the shaft from the outer peripheral end of the pressing surface in the radial direction, the shaft includes a projection projected in an axial direction of the shaft, and the pressed portion is provided at a position opposed to the projection of the shaft in the axial direction of the shaft.
A fire extinguisher gas ejector comprising: a gas cylinder filled with extinguishing gas, sealed with a seal and provided with a mouth part removably attached thereto and a cylinder holder formed therein with a through hole and a nozzle hole; a piercing pipe, which is slidably mounted onto the cylinder holder, biased to upwardly move, and provided at one end thereof with a tip part capable of piercing the seal, a piercing member coupling with the other end of the piercing pipe; and a safety member capable of restraining an operation of the piercing pipe; wherein a hammer having a pointed part is protruded from a bottom of the gas cylinder, a retaining ring for the hammer is attached to a bottom of the gas cylinder, a neck part of a hammer shaft is hooked to an inside of the retaining ring, the pointed part of the hammer shaft is protruded outside the retaining ring, so that a windshield of a car, etc. can be smashed with the hammer. a gas cylinder filled with extinguishing gas, sealed with a seal and provided with a mouth part removably attached thereto and a cylinder holder formed therein with a through hole and a nozzle hole; a piercing pipe, which is slidably mounted onto the cylinder holder, biased to upwardly move, and provided at one end thereof with a tip part capable of piercing the seal, a piercing member coupling with the other end of the piercing pipe; and a safety member capable of restraining an operation of the piercing pipe; wherein a hammer having a pointed part is protruded from a bottom of the gas cylinder, a retaining ring for the hammer is attached to a bottom of the gas cylinder, a neck part of a hammer shaft is hooked to an inside of the retaining ring, the pointed part of the hammer shaft is protruded outside the retaining ring, so that a windshield of a car, etc. can be smashed with the hammer.
Actuating drive (1, 1') comprising an electric motor (2, 2') and a drive unit (4, 4') of the electric motor (2, 2'), said drive unit (4, 4') being fed from an intermediate circuit (3, 3'), wherein the intermediate circuit (3, 3') has at least one intermediate circuit capacitor, characterised in that a monitoring unit is formed with which a momentary state of charge of the intermediate circuit capacitor is determinable, in that the drive unit (4, 4') is designed to set an electric power consumption of the electric motor (2, 2') in accordance with the determined momentary state of charge of the intermediate circuit capacitor, and in that the drive unit (4, 4') is designed to reduce the power consumption when, or so long as, the determined momentary state of charge corresponds to a predefined charge volume which is stored on the intermediate circuit capacitor and which reaches or falls short of a predefined first threshold value.
A fan drive gear system comprising: a carrier (66; 100) for supporting a plurality of gears; a torque frame (68;98) attached to the carrier (66; 100); and a plurality of connectors extending between the carrier (66; 100) and torque frame (68;98) for securing the torque frame (68;98) to the carrier (66; 100); characterised by further comprising: a scupper (72; 104) for capturing lubricant during gear operation and directing lubricant into a space (94;106) between one of the plurality of connectors and the torque frame (68;98) or the carrier (66; 100). a carrier (66; 100) for supporting a plurality of gears; a torque frame (68;98) attached to the carrier (66; 100); and a plurality of connectors extending between the carrier (66; 100) and torque frame (68;98) for securing the torque frame (68;98) to the carrier (66; 100); characterised by further comprising: a scupper (72; 104) for capturing lubricant during gear operation and directing lubricant into a space (94;106) between one of the plurality of connectors and the torque frame (68;98) or the carrier (66; 100).
Jack-up bridge structure with a housing for accommodating downwardly extendable standing legs, characterized in that in each case such a housing is fixedly connected port and starboard side to a modular shipbuilding-like structure which is designed as a shipbuilding superstructure construction.
A method of producing a placental cell bank comprising the steps of: a. expanding primary culture placental cells from a human post-partum placenta for a first plurality of population doublings; b. cryopreserving said placental cells to form a Master Cell Bank; c. expanding a plurality of placental cells from the Master Cell Bank for a second plurality of population doublings; d. cryopreserving said placental cells to form a Working Cell Bank; e. expanding a plurality of placental cells from the Working Cell Bank for a third plurality of population doublings; f. contacting a plurality of the expanded cells with a solution comprising dextran, maltodextran, trehalose or hetastarch; and human serum albumin to form a cell-containing solution; g. filtering the cell-containing solution of step (f) through a 70 micrometers to 100 micrometers filter; wherein if said cell-containing solution comprises greater than 10 ± 3 x 10 6 cells per milliliter, diluting said cells to no more than 10 ± 3 x 10 6 cells per milliliter with a first dilution solution comprising dextran; and h. cryopreserving said placental cells in individual doses. a. expanding primary culture placental cells from a human post-partum placenta for a first plurality of population doublings; b. cryopreserving said placental cells to form a Master Cell Bank; c. expanding a plurality of placental cells from the Master Cell Bank for a second plurality of population doublings; d. cryopreserving said placental cells to form a Working Cell Bank; e. expanding a plurality of placental cells from the Working Cell Bank for a third plurality of population doublings; f. contacting a plurality of the expanded cells with a solution comprising dextran, maltodextran, trehalose or hetastarch; and human serum albumin to form a cell-containing solution; g. filtering the cell-containing solution of step (f) through a 70 micrometers to 100 micrometers filter; wherein if said cell-containing solution comprises greater than 10 ± 3 x 10 6 cells per milliliter, diluting said cells to no more than 10 ± 3 x 10 6 cells per milliliter with a first dilution solution comprising dextran; and h. cryopreserving said placental cells in individual doses.
A paper laminate comprising a décor paper, wherein the décor paper comprises a self-dispersing pigment having an isoelectric point of at least 8, comprising an inorganic particle treated sequentially by: (a) hydrolyzing an aluminum compound or basic aluminate to deposit a hydrous alumina surface; and (b) adding a dual-functional compound comprising: i. an anchoring group that attaches the dual-functional compound to the pigment surface, and ii. a basic amine group comprising a primary, secondary or tertiary amine. (a) hydrolyzing an aluminum compound or basic aluminate to deposit a hydrous alumina surface; and (b) adding a dual-functional compound comprising: i. an anchoring group that attaches the dual-functional compound to the pigment surface, and ii. a basic amine group comprising a primary, secondary or tertiary amine. i. an anchoring group that attaches the dual-functional compound to the pigment surface, and ii. a basic amine group comprising a primary, secondary or tertiary amine.
Sample holder of an analytic device for the elementary analysis with a perforated field plate that is movable on a base by means of a drive (12, 18) and that is equipped with an ejection opening to eject a sample, characterized in that the perforated field plate is freely movable on the base in a translational way in a Cartesian X-Y coordinate system.
A method for selecting a preferred parent node in a wireless sensor network, comprising: for all received Destination Oriented Directed Acyclic Graph Information Object, DIO, messages, separately acquiring, node identification information carried in each of the DIO messages, and generating a parent node set based on all the acquired node identification information; and characterized by further comprising: selecting a fixed node with a highest performance parameter level as a preferred parent node when it is determined that the parent node set comprises at least two fixed nodes; and selecting a mobile node with a highest performance parameter level as the preferred parent node when it is determined that the parent node set does not comprise a fixed node, and comprises at least two mobile nodes. for all received Destination Oriented Directed Acyclic Graph Information Object, DIO, messages, separately acquiring, node identification information carried in each of the DIO messages, and generating a parent node set based on all the acquired node identification information; and characterized by further comprising: selecting a fixed node with a highest performance parameter level as a preferred parent node when it is determined that the parent node set comprises at least two fixed nodes; and selecting a mobile node with a highest performance parameter level as the preferred parent node when it is determined that the parent node set does not comprise a fixed node, and comprises at least two mobile nodes.
A resource scheduling method, comprising: pre-dividing, by a base station, a resource block, RB, into a plurality of sub-RBs by using at least one division manner of time division frequency division, code division, and space division; sending, by the base station, a resource scheduling indication to a user equipment, UE, during data transmission, wherein the resource scheduling indication is used for indicating a divided sub-RB corresponding to the UE; and scheduling, by the base station by using the resource scheduling indication, the UE to perform data receiving or sending in a position of the corresponding divided sub-RB, wherein the sending, by the base station, a resource scheduling indication to a user equipment UE comprises: sending, by the base station, the resource scheduling indication to the UE, wherein the resource scheduling indication is carried in a predefined position of which the UE is pre-notified. pre-dividing, by a base station, a resource block, RB, into a plurality of sub-RBs by using at least one division manner of time division frequency division, code division, and space division; sending, by the base station, a resource scheduling indication to a user equipment, UE, during data transmission, wherein the resource scheduling indication is used for indicating a divided sub-RB corresponding to the UE; and scheduling, by the base station by using the resource scheduling indication, the UE to perform data receiving or sending in a position of the corresponding divided sub-RB, wherein the sending, by the base station, a resource scheduling indication to a user equipment UE comprises: sending, by the base station, the resource scheduling indication to the UE, wherein the resource scheduling indication is carried in a predefined position of which the UE is pre-notified.
An imaging spectrometer, comprising: an entrance opening configured to admit light to the spectrometer, a coded aperture, a first dispersive element, a second dispersive element, a two-dimensional array detector, and a plurality of converging optical elements; wherein: the plurality of converging optical elements are configured to focus light from the entrance opening at the coded aperture, and to focus light from the coded aperture at the detector, the coded aperture is arranged to modulate light from the entrance opening in at least one of the spatial and spectral domain, the first dispersive element is between the entrance opening and the coded aperture, the second dispersive element is between the coded aperture and the detector, the first dispersive element is arranged to shear light from the entrance opening in a first direction, and the second dispersive element is arranged to shear light from the coded aperture in a second direction, opposite to the first direction, an optical path between the entrance opening and detector traverses one of the dispersive elements twice in a folded configuration such that light incident on the detector is sheared in the second direction so that each location on the detector corresponds with a plurality of spatial locations of the scene. the plurality of converging optical elements are configured to focus light from the entrance opening at the coded aperture, and to focus light from the coded aperture at the detector, the coded aperture is arranged to modulate light from the entrance opening in at least one of the spatial and spectral domain, the first dispersive element is between the entrance opening and the coded aperture, the second dispersive element is between the coded aperture and the detector, the first dispersive element is arranged to shear light from the entrance opening in a first direction, and the second dispersive element is arranged to shear light from the coded aperture in a second direction, opposite to the first direction, an optical path between the entrance opening and detector traverses one of the dispersive elements twice in a folded configuration such that light incident on the detector is sheared in the second direction so that each location on the detector corresponds with a plurality of spatial locations of the scene.
A transceiver device for processing a medium access control protocol, or MAC protocol for short, comprising: a first antenna system; a second antenna system; and a transceiver, characterized in that the transceiver device is designed to be able to subdivide a superframe of a radio channel configured to comprise one or more data payloads for on-body communications and one or more data payloads for off-body communications into intervals of time for data payloads, to reserve said one or more data payloads for on-body communications and to allocate the first antenna system to the transceiver for the interval of time occupied by the said data payloads for on-body communications and/or to reserve said one or more data payloads for off-body communications and to allocate the second antenna system to the transceiver for the interval of time occupied by the said data payloads for off-body communications, and further characterized in that the first antenna system for on-body communication has an omnidirectional polar diagram that is oriented particularly in a longitudinal direction of a human body, and the second antenna system for off-body communication has a polar diagram that points away from the human body. a first antenna system; a second antenna system; and a transceiver, characterized in that the transceiver device is designed to be able to subdivide a superframe of a radio channel configured to comprise one or more data payloads for on-body communications and one or more data payloads for off-body communications into intervals of time for data payloads, to reserve said one or more data payloads for on-body communications and to allocate the first antenna system to the transceiver for the interval of time occupied by the said data payloads for on-body communications and/or to reserve said one or more data payloads for off-body communications and to allocate the second antenna system to the transceiver for the interval of time occupied by the said data payloads for off-body communications, and further characterized in that the first antenna system for on-body communication has an omnidirectional polar diagram that is oriented particularly in a longitudinal direction of a human body, and the second antenna system for off-body communication has a polar diagram that points away from the human body.
Thread clamping device for a spindle of a spinning or twisting machine, comprising a first clamping element arranged stationarily on the spindle upper part, a second clamping element mounted so as to be axially displaceable relative to the first clamping element, a load-application device, which acts on the second clamping element towards the first clamping element as a result of spring force, and a load-relief device, which positions the second clamping element at a distance from the first clamping element as a result of centrifugal force, the thread clamping device having an underwinding sleeve arranged stationarily on the spindle upper part, characterised in that the underwinding sleeve is equipped with guide devices, which, in conjunction with associated guide extensions on the movably mounted second clamping element, form a mechanical locking device for the second clamping element, the locking device is designed such that, if necessary, the movably mounted second clamping element can be positioned in a clamping position without trouble, in which cleaning position the second clamping element is fixed at a distance from the stationary first clamping element for clear accessibility of the region between the first clamping element and the second clamping element.