mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method of enhancing nuclear reprogramming of a mammalian somatic cell, the method comprising: contacting a population of mammalian somatic cells with (a) an effective dose of an aluminum composition, wherein the aluminum composition is selected from the group consisting of aluminum hydroxide, aluminum phosphate and aluminum sulfate; and (b) a cocktail of reprogramming factors; for a period of time sufficient to reprogram the mammalian somatic cells to a desired cell type of interest, wherein the desired cell type of interest is an induced pluripotent stem (iPS) cell. (a) an effective dose of an aluminum composition, wherein the aluminum composition is selected from the group consisting of aluminum hydroxide, aluminum phosphate and aluminum sulfate; and (b) a cocktail of reprogramming factors; for a period of time sufficient to reprogram the mammalian somatic cells to a desired cell type of interest, wherein the desired cell type of interest is an induced pluripotent stem (iPS) cell.
A method for purifying a volumetric flow of raw gas containing oxidizable components, in which a first volumetric flow of raw gas is passed over a surface of an adsorbent, wherein oxidizable components of the first volumetric flow of raw gas are deposited on the adsorbent, whereupon the first volumetric flow of raw gas is converted into a first volumetric flow of purified gas, wherein the oxidizable components deposited on the adsorbent are desorbed from the adsorbent at a later point in time by means of a volumetric flow of desorbent, whereupon the volumetric flow of desorbent is converted into a second volumetric flow of raw gas which is smaller than the first volumetric flow of raw gas, wherein furthermore, the second volumetric flow of raw gas is passed through a first heat storage mass, whereupon the temperature of the second volumetric flow of raw gas is raised, then the second volumetric flow of raw gas is passed into a reaction chamber in which the oxidizable components in the second volumetric flow of raw gas are oxidized, whereupon the second volumetric flow of raw gas is converted into a second volumetric flow of purified gas, wherein at least a portion of the second volumetric flow of purified gas is subsequently passed through a second heat storage mass, whereupon the temperature of the fraction of the second volumetric flow of purified gas passed through the second heat storage mass is reduced, and the second volumetric flow of purified gas is introduced into a purified gas line, wherein the direction of flow for the first heat storage mass, the reaction chamber and the second heat storage mass is periodically reversed, wherein at least during a fraction of the duration of a procedure for reversing the direction of flow, the adsorbent is used as a buffer for a quantity of oxidizable components wherein, after using the adsorbent as a buffer, a load factor with respect to the mass of the adsorbent of at least a fraction of the adsorbent with oxidizable components is greater than a maximum load factor without using the adsorbent in this manner as a buffer, characterized in that at least during a fraction of the duration of the procedure for reversing the direction of flow, the volumetric flow of gas introduced into the purified gas line is fed into the first volumetric flow of raw gas and passed together therewith over the surface of the adsorbent, whereupon oxidizable components contained in the volumetric flow of gas are deposited onto the adsorbent.
Transmission comprising - a first planetary transmission and a second planetary transmission, an input shaft of the transmission being connected fixedly to a first sun gear of the first planetary transmission for conjoint rotation, and a transmission housing, - the second planetary transmission having a transmission ratio which is different from the first planetary transmission, and - the first planetary transmission and the second planetary transmission having a common planetary carrier, and - a first internal gear of the first planetary transmission being mounted via a freewheel on the transmission housing, and there being a coupling element between the transmission housing and a second internal gear of the second planetary transmission, in order to selectively connect the transmission housing and the second internal gear fixedly to one another for conjoint rotation or to disconnect them, - and an output shaft of the transmission being connected fixedly to a second sun gear of the second planetary transmission for conjoint rotation. - a first planetary transmission and a second planetary transmission, an input shaft of the transmission being connected fixedly to a first sun gear of the first planetary transmission for conjoint rotation, and a transmission housing, - the second planetary transmission having a transmission ratio which is different from the first planetary transmission, and - the first planetary transmission and the second planetary transmission having a common planetary carrier, and - a first internal gear of the first planetary transmission being mounted via a freewheel on the transmission housing, and there being a coupling element between the transmission housing and a second internal gear of the second planetary transmission, in order to selectively connect the transmission housing and the second internal gear fixedly to one another for conjoint rotation or to disconnect them, - and an output shaft of the transmission being connected fixedly to a second sun gear of the second planetary transmission for conjoint rotation.
A magnet rotor of a motor for a canned rotor fluid circulation pump comprising: - a transmission shaft in ceramic material, with notches - a ring locked to the shaft at the notches - a magnet in a protective encapsulation welded to the ring. - a transmission shaft in ceramic material, with notches - a ring locked to the shaft at the notches - a magnet in a protective encapsulation welded to the ring.
Weigh module (1, 201, 301, 401), comprising a load cell (2, 302), a substantially flat base plate (3, 203, 403) on which the load cell (2, 302) is mounted and which serves to connect the weigh module (1, 201, 301, 401) to a supporting base, a substantially flat top plate (6, 206, 306, 406) which serves to connect the weigh module (1, 201, 301, 401) to a weighing load carrier supporting a weighing load, a force-transmitting member (8, 308) arranged between the top plate (6, 206, 306, 406) and the load cell (2, 302) and serving to transmit a downward-directed and substantially vertical weighing force from the top plate (6, 206, 306, 406) to the load cell (2, 302), and movement-restricting means (9, 109, 209, 309, 409; 10, 210, 410) which serve to limit horizontal relative movement between the top plate (6, 205, 306, 406) and the base plate (3, 203, 403) within a confined range of free play and to transmit lateral force components directly from the top plate (6, 206, 306, 406) to the base plate (3, 203, 403), thereby preventing said lateral force components from reaching the load cell (2, 302), said movement-restricting means comprising an upper movement-restricting part (9, 109, 209, 309, 409) rigidly connected to the top plate (6, 206, 306, 406) and a lower movement-restricting part (10, 210, 410) rigidly connected to the base plate (3, 203, 403), characterized in that the upper movement-restricting part (9, 109, 209, 309, 409) has the form of a channel with channel sides (12, 112, 212, 412) having top edges attached to the top plate (6, 206, 306, 406) and with a flat channel bottom (13, 113, 213, 413) containing a passage (14, 114) and extending parallel to the base plate (3, 203, 403) at a clear distance from the latter, said channel is formed in the shape of a trapezoid with a greater width between said top edges than across the flat channel bottom (13, 113, 213, 413), and in that the lower movement-restricting part (10, 210, 410) comprises a bolt with a shaft and a head, the bolt being anchored in the base plate (3, 203, 403) with the bolt shaft passing through said passage (14, 114) in the channel bottom (13, 113, 213, 413), leaving an all-around lateral clearance gap between the bolt shaft and the passage (14, 114) and an upward vertical clearance gap between the bolt head and the channel bottom (13, 113, 213, 413).
A wireless communication system using the Dynamic Frequency Selection, DFS, band and in which wireless communication devices (2, 3) perform wireless communication, wherein each of the wireless communication devices (2, 3) comprises at least a wireless communication section (22, 32), a power supply section (25, 34) that is for supplying power supply voltage to respective sections, and a controller (21, 31), the controllers (21, 31) supply power supply voltage to the wireless communication sections (22, 32) by the power supply sections (25, 34) when the controller of one wireless communication device receives setting of power OFF of the wireless communication system, and the controller of the one wireless communication device and the controller of the other wireless communication device perform wireless communication and monitor a channel of the DFS band by the wireless communication sections (22, 32), wherein the controller of the one wireless communication device receives setting of first standby mode that monitors the channel of the DFS band in case where power of the wireless communication system becomes OFF and second standby mode that does not monitor the channel of the DFS band in case where power of the wireless communication system becomes OFF, the controllers (21, 31) supply power supply voltage only to the wireless communication sections (22, 32) by the power supply section (25, 34) when the controller of the one wireless communication device receives the setting of the first standby mode and it receives setting of power OFF of the wireless communication system, and the controllers (21, 31) do not supply power supply voltage to any units including the wireless communication sections (22, 32) by the power supply section (25, 34) when the controller of the one wireless communication device receives the setting of the second standby mode and it receives setting of power OFF of the wireless communication system.
A curable adhesive free-standing film comprising a blend of: a) a first film-forming polymer or oligomer; b) a first species comprising first unsaturated free-radically polymerizable groups, which may be a) or a species other than a); c) a first transition metal cation; and d) a reducing agent which is not a), b), or c), wherein the curable adhesive free-standing film comprises no oxidizing agent which is not a), b), c), or d). a) a first film-forming polymer or oligomer; b) a first species comprising first unsaturated free-radically polymerizable groups, which may be a) or a species other than a); c) a first transition metal cation; and d) a reducing agent which is not a), b), or c),
An aqueous pharmaceutical composition comprising: a) bilastine or a pharmaceutically acceptable salt or solvate thereof, b) mometasone or a pharmaceutically acceptable derivative thereof selected from an ester, ether and ketonide derivative, c) a suspending agent, d) 2-hydroxypropyl-β-cyclodextrin; wherein the pH of the aqueous pharmaceutical composition is between 3.5 and 5.5, and wherein the content of 2-hydroxypropyl-β-cyclodextrin is less than 8.5% by weight. a) bilastine or a pharmaceutically acceptable salt or solvate thereof, b) mometasone or a pharmaceutically acceptable derivative thereof selected from an ester, ether and ketonide derivative, c) a suspending agent, d) 2-hydroxypropyl-β-cyclodextrin;
Apparatus for providing a passivated layer for a coating of a flexible substrate, comprising - a coating chamber for coating the flexible substrate; - a coating drum; - a chamber separation element, the chamber separation element being arranged for separating the coating chamber from a further chamber, the chamber separation element comprising a shield arranged at least partly parallel to the surface of the coating drum and forming a gap between the surface of the coating drum and the chamber separation element; - a gas inlet formed in the shield, the gas inlet being arranged within the chamber separation element for supplying oxygen into the gap; wherein the chamber separation element is arranged at the entry side of the coating chamber, and the gas inlet is arranged closer to the coating chamber than to the further chamber, wherein the entry side is the side, where the substrate enters into the coating chamber, and, wherein the gap length is at least ten times more than the gap width. - a coating chamber for coating the flexible substrate; - a coating drum; - a chamber separation element, the chamber separation element being arranged for separating the coating chamber from a further chamber, the chamber separation element comprising a shield arranged at least partly parallel to the surface of the coating drum and forming a gap between the surface of the coating drum and the chamber separation element; - a gas inlet formed in the shield, the gas inlet being arranged within the chamber separation element for supplying oxygen into the gap; wherein the chamber separation element is arranged at the entry side of the coating chamber, and the gas inlet is arranged closer to the coating chamber than to the further chamber, wherein the entry side is the side, where the substrate enters into the coating chamber, and, wherein the gap length is at least ten times more than the gap width.
A compound having the structural formula of: wherein each of R 1, R 2, R 3, R 4, R 5 and R 9 is independently selected from H and D, or a pharmaceutically acceptable form thereof.
An adhesive closure part (1, 101, 201, 301) with a plurality of adhesive closure elements such as for example hooks, mushrooms or loops, the adhesive closure part (1, 101, 201, 301) having a flat carrier (3, 103, 203, 303) and the adhesive closure elements projecting from at least one surface of the carrier (3, 103, 203, 303), and the adhesive closure part (1, 101, 201, 301) having a circuit (5, 305) that has an integrated semiconductor component (7, 107, 207, 307), characterised in that the adhesive closure elements are made of a plastic, that the integrated semiconductor component (7, 107, 207, 307) has an electronic data memory and that the data stored in the data memory can be read out without contact and/or can be stored in the data memory without contact.
A buffer unit for a slewing platform of a tamping machine, comprising a slewing bearing and a chassis, an upper end of the slewing bearing connecting to the slewing platform and a lower end of the slewing bearing connecting to the chassis and a hydraulic cylinder, characterised in that it further comprises an annular supporting slab (6,7), and a connecting rod, the annular supporting slab being fixed on the chassis, the hydraulic cylinder being fitted on the rear end of a central plane of the slewing platform, a piston rod head of the hydraulic cylinder connecting to said connecting rod.
A star polymer represented by the formula A[C X m] n wherein A represents a polyvalent aliphatic hydrocarbon group having 4-15 carbons, C represents a carbon atom, X represents a homopolymer or copolymer chain of hydroxystyrene, Y represents a hydroxy group or an oxo group, m represents an integer of 1 or 2, and n represents any integer from 2 to 5, with the proviso that if Y is a hydroxy group, m is 2, and if Y is an oxo group, m is 1.
A method, comprising: selecting a plurality of potential destinations of a traffic flow, each of the destinations for accessing an instance of a third party network resource in a second network domain outside of a first network domain; determining a plurality of paths from an origin of the traffic flow to the destinations, each path of the plurality of paths including a first network domain path through the first network domain and a second network domain path through the second network domain; for each path of the plurality of paths, combining a first performance score for the first network domain path with a second performance score for the second network domain path; selecting a first path of the plurality of paths with a best combined first and second performance score, wherein the first path has a destination of a first server for accessing a first instance of the third party network resource; selecting a second path of the plurality of paths as a backup path; routing the traffic flow along the first path to the first server for accessing the first instance of the third party network resource; determining that the combined first and second performance score for the first path is below a threshold; and rerouting the traffic flow along the backup path. selecting a plurality of potential destinations of a traffic flow, each of the destinations for accessing an instance of a third party network resource in a second network domain outside of a first network domain; determining a plurality of paths from an origin of the traffic flow to the destinations, each path of the plurality of paths including a first network domain path through the first network domain and a second network domain path through the second network domain; for each path of the plurality of paths, combining a first performance score for the first network domain path with a second performance score for the second network domain path; selecting a first path of the plurality of paths with a best combined first and second performance score, wherein the first path has a destination of a first server for accessing a first instance of the third party network resource; selecting a second path of the plurality of paths as a backup path; routing the traffic flow along the first path to the first server for accessing the first instance of the third party network resource; determining that the combined first and second performance score for the first path is below a threshold; and rerouting the traffic flow along the backup path.
A steel mast in box profile design wherein, - the steel mast has a cross-section decreasing from the mast base to the mast head, and - the steel mast is at least for a majority of its height formed from web plates and flange plates which are alternately connected, preferably welded, to one another at an angle to one another, wherein the web plates are connected to the flange plates along the flange plate edges at a distance, whereby flange plate projections extending above the height of the mast are formed, and wherein a mast base plate, which can be connected or is connected to the ground or to a foundation, is provided at the mast base, characterised in that the mast base plate has a cutout corresponding to the outer contour of the mast and the mast is welded into this cutout, and in that one or more stiffening plates, which are each fastened at least to two oppositely arranged web or flange plates (1, 6) and protrude through the inner cross section of the mast, are provided in the steel mast. - the steel mast has a cross-section decreasing from the mast base to the mast head, and - the steel mast is at least for a majority of its height formed from web plates and flange plates which are alternately connected, preferably welded, to one another at an angle to one another, wherein the web plates are connected to the flange plates along the flange plate edges at a distance, whereby flange plate projections extending above the height of the mast are formed, and wherein a mast base plate, which can be connected or is connected to the ground or to a foundation, is provided at the mast base, characterised in that the mast base plate has a cutout corresponding to the outer contour of the mast and the mast is welded into this cutout, and in that one or more stiffening plates, which are each fastened at least to two oppositely arranged web or flange plates (1, 6) and protrude through the inner cross section of the mast, are provided in the steel mast.
A radiation detector which includes a plurality of pixels, each of the plurality of pixels including a unit detector configured to detect radiation, wherein each of the unit detectors comprises: a radiation absorbing layer configured to convert incident photons into electric signals; a plurality of comparators configured to compare each of the electric signals with a respective one of a plurality of reference values which have different values than each other, in order to classify the photons in a plurality of energy bands; and a plurality of counters, which are respectively connected with the plurality of comparators, configured to count and store a respective number of photons that are classified in each of the plurality of energy bands, and wherein the radiation detector is characterized in that the plurality of counters have different sizes wherein the sizes correspond to the plurality of reference values, and wherein the sizes of the plurality of counters vary inversely with respect to the corresponding plurality of reference values such that a size of a first counter from among the plurality of counters is greater than a size of a second counter when a first reference value applied to a first comparator connected to the first counter from among the plurality of comparators is smaller than a second reference value applied to a second comparator connected to the second counter. a radiation absorbing layer configured to convert incident photons into electric signals; a plurality of comparators configured to compare each of the electric signals with a respective one of a plurality of reference values which have different values than each other, in order to classify the photons in a plurality of energy bands; and a plurality of counters, which are respectively connected with the plurality of comparators, configured to count and store a respective number of photons that are classified in each of the plurality of energy bands, and wherein the radiation detector is characterized in that the plurality of counters have different sizes wherein the sizes correspond to the plurality of reference values, and wherein the sizes of the plurality of counters vary inversely with respect to the corresponding plurality of reference values such that a size of a first counter from among the plurality of counters is greater than a size of a second counter when a first reference value applied to a first comparator connected to the first counter from among the plurality of comparators is smaller than a second reference value applied to a second comparator connected to the second counter.
A redundant power supply circuit which is configured to be used in a vehicle electronic control system of a vehicle and has a main circuit and a backup circuit, characterised in that the main circuit uses a battery source as its primary source and has a control signal output device for outputting a control signal to the backup circuit; the backup circuit uses a battery source as its primary source and has an activation device for activating the backup circuit when the control signal is input into the backup circuit; and is configured so that the battery source of the main circuit and the battery source of the backup circuit are each not directly supplied or disconnected by a first IG signal or a second IG signal, wherein the first IG signal is in an on-state when an ignition switch of an internal combustion engine of the vehicle is in an on-state and the second IG signal is in an on-state when the internal combustion engine is operating.