mhurhangee/patent-ind-claim-en huggingface dataset:
A transport box , in particular for partially prepared meals and food, comprising at least one receiving space delimited by lateral walls and at least one base , and comprising at least one cover , wherein the receiving space can be sealed by the at least one cover and wherein the cover has at least one coolant space for receiving at least one coolant and wherein the receiving space and the coolant space can be connected via at least one flow connection for the coolant , wherein the cover can be arranged in at least two different cover positions sealing the receiving space and wherein the flow connection is at least partially open in a first cover position and wherein the flow connection is closed in the second cover position , such that by selecting the cover position , the coolant flow can be adjusted to be released or prevented, in order to thereby control the temperature of the receiving space in different manners, and wherein at least one channel apparatus for guiding the coolant is arranged in the receiving space and in that the channel apparatus is suitable and designed for guiding the coolant in such manner that, in the case of a defined quantity of coolant in the coolant space , the temperature of the receiving space can be controlled to a deep-freezing temperature in the first cover position and to a refrigeration temperature in a second cover position and in that the deep-freezing temperature and/or the refrigeration temperature are maintained for a predefined period after the coolant space has been filled with the coolant and the cover has been put on, wherein the channel apparatus comprises a plurality of inlet grooves for receiving inflowing coolant , which have a flow connection with the coolant space in the first cover position, and wherein the inlet grooves are arranged only on one side wall of the receiving space , characterized in that further grooves of the channel apparatus are arranged in the side walls and in the base and in that the coolant can flow via the inlet grooves and the further grooves at least in sections along at least two side walls and along the base .
A drive train for a wind turbine comprising: a rotor shaft configured to be driven by the rotor about a main axis; a support structure including a bearing housing surrounding the at least one bearing and supporting the rotor shaft for rotation about the main axis, thereby constraining other movements of the rotor shaft; a gearbox input shaft and a gearbox housing supporting the gearbox input shaft for rotation about the main axis while constraining other movements of the gearbox input shaft; and an elastic coupling , wherein the gearbox input shaft is coupled to the rotor shaft by the elastic coupling, the elastic coupling comprising a first coupling part rigidly connected with the rotor shaft, a second coupling part rigidly connected with the gearbox input shaft and a plurality of elastic elements (EM) positioned between the first and the second coupling part, wherein the first and second coupling parts and the elastic elements together form a single joint between the rotor shaft and the gearbox input shaft, characterized in that the elastic elements are configured such that the elastic elements have a first stiffness in a first load direction and a second stiffness in a second load direction, the first stiffness being greater than the second stiffness, and the elastic elements are arranged such that a main load torque direction of the drive train coincides with the first load direction.
A device for maintaining the temperature of burning charcoal briquettes substantially at a desired temperature in a BBQ pan that generate heat within the pan resulting in a coating of ash on the charcoal briquettes as combustion takes place, the level of heat generated by the briquettes being a function of the extent of coating of ash on the charcoal briquettes, comprising; vibrating means for vibrating the pan and thereby vibrate, shake or agitate the charcoal briquettes supported therein to remove ash accumulated on the briquettes due to combustion; responsive means for selectively generating a signal upon the occurrence of a predetermined event; characterized by control means responsive to said signal for selectively activating said vibrating means only upon detection of said signal to selectively impart vibrations to the charcoal briquettes and selectively remove ash thereon to control the level of heat emitted by the charcoal briquettes by controlling the reaction rate between the briquettes and ambient oxygen to increase and restore the temperature to substantially said desired temperature. vibrating means for vibrating the pan and thereby vibrate, shake or agitate the charcoal briquettes supported therein to remove ash accumulated on the briquettes due to combustion; responsive means for selectively generating a signal upon the occurrence of a predetermined event; characterized by control means responsive to said signal for selectively activating said vibrating means only upon detection of said signal to selectively impart vibrations to the charcoal briquettes and selectively remove ash thereon to control the level of heat emitted by the charcoal briquettes by controlling the reaction rate between the briquettes and ambient oxygen to increase and restore the temperature to substantially said desired temperature.
A hot melt adhesive comprising: styrene butadiene block copolymer; olefin block copolymer; water white hydrocarbon resin, wherein the styrene butadiene block copolymer exhibits an A-B-A structure, wherein the A blocks include styrene and the B block includes butadiene, the styrene butadiene block copolymer including at least one of a fully hydrogenated styrene butadiene block copolymer, a partially hydrogenated styrene butadiene block copolymer, and/or combinations thereof, wherein the olefin block copolymer includes at least one crystalline ethylene hard block and another block including at least one C 3 -C 20 alpha-olefin, wherein the water white hydrocarbon resin has a molten Gardner color of less than 2 as determined by ASTM D 6166, and wherein the hot melt adhesive contains less than 1.0% by weight of oil plasticizers, and has a glass transition temperature within a range of from -50° C to 10° C. styrene butadiene block copolymer; olefin block copolymer; water white hydrocarbon resin,
Device for producing a curved fibre preform from a bi- or multidirectional fibre semi-finished product, in particular for a fuselage component of an aircraft or spacecraft, comprising: a plurality of first lamellae and a plurality of second lamellae which are formed to be couplable to one another criss-cross in such a way that they are positioned on a shared plane and thus form a grid , the lamellae at least in part being formed resiliently bendable about an axis intersecting the shared plane in such a way that a local orientation of the lamellae in the grid changes; and an adhesion means (6; 6A; 6B) which is formed for temporarily adhering the fibre semi-finished product to the grid and is configured in such a way that the local fibre orientation of the fibre semi-finished product also changes accordingly when the lamellae bend.
A robot tool for placing plugs into openings in a vehicle body component, with a placement means on which is arranged a plug magazine with a large number of lined-up plugs , which plugs can be placed by means of the placement means without reloading and directly in succession into the respective openings in the vehicle body component, wherein an encircling elastic lip is provided on an outlet of the placement means , which lip holds the plugs in the plug magazine and by an axial movement of the plugs can be bent over elastically in the axial direction of the robot tool , and wherein the elastic lip is arranged on the placement means , axially spaced apart from an axial outer edge of the placement means .
An image forming apparatus , comprising: a) an image process unit and a fixing device that are adapted to form a toner image of text on a recording sheet based on page description language (PDL) data , and to thermally fix the toner image, the PDL data prescribing text data and one or more print conditions of the text data; b) a condition acquisition unit that analyzes the PDL data to acquire, as the print conditions, one or more of a character number, a character spacing, and a line spacing from the PDL data ; c) a judgment unit that makes a judgment for each of the acquired print conditions, by comparing the acquired print condition with a reference value corresponding to the acquired print condition, the judgment indicating whether the acquired print condition is suitable for ensuring fixability of the toner image if the toner image is thermally fixed at a temperature that is lower than a predetermined temperature; and d) a temperature control unit that, when the judgment unit judges negatively with respect to at least one of the acquired print conditions, sets a fixing temperature at which the toner image is to be thermally fixed to the predetermined temperature, and when the judgment unit judges affirmatively with respect to all of the acquired print conditions, sets the fixing temperature to the temperature that is lower than the predetermined temperature. a) an image process unit and a fixing device that are adapted to form a toner image of text on a recording sheet based on page description language (PDL) data , and to thermally fix the toner image, the PDL data prescribing text data and one or more print conditions of the text data; b) a condition acquisition unit that analyzes the PDL data to acquire, as the print conditions, one or more of a character number, a character spacing, and a line spacing from the PDL data ; c) a judgment unit that makes a judgment for each of the acquired print conditions, by comparing the acquired print condition with a reference value corresponding to the acquired print condition, the judgment indicating whether the acquired print condition is suitable for ensuring fixability of the toner image if the toner image is thermally fixed at a temperature that is lower than a predetermined temperature; and d) a temperature control unit that, when the judgment unit judges negatively with respect to at least one of the acquired print conditions, sets a fixing temperature at which the toner image is to be thermally fixed to the predetermined temperature, and when the judgment unit judges affirmatively with respect to all of the acquired print conditions, sets the fixing temperature to the temperature that is lower than the predetermined temperature.
A textile fiber structure comprising man-made fibers fortified by a binder comprising a polymer latex obtained from the emulsion polymerization in aqueous medium of a mixture of ethylenically unsaturated monomers comprising: (a) an aliphatic conjugated diene (b) a vinyl aromatic compound; (c) 0.5 to 5 wt.-% based on the total weight of ethylenically unsaturated monomers of an ethylenically unsaturated silane bearing at least one silicon bonded hydrolysable group, and (d) 0.1 to 8 wt.-% based on the total weight of ethylenically unsaturated monomers of ethylenically unsaturated acid monomers. (a) an aliphatic conjugated diene (b) a vinyl aromatic compound; (c) 0.5 to 5 wt.-% based on the total weight of ethylenically unsaturated monomers of an ethylenically unsaturated silane bearing at least one silicon bonded hydrolysable group, and (d) 0.1 to 8 wt.-% based on the total weight of ethylenically unsaturated monomers of ethylenically unsaturated acid monomers.
A process for the preparation of a compound of Formula A wherein R 1 is a C 1 -C 3 alkyl; from a compound of Formula B which comprises the following steps: a) creating a first mixture containing an alkali metal alkoxide of Formula C MOR 1 C wherein M is Na or K, and R 1 is C 1 -C 3 alkyl; and the compound of Formula B and heating the first mixture; b) creating a second mixture by adding water, a strong base, and zinc metal to the first mixture; c) heating the second mixture; and d) isolating the compound of Formula A. a) creating a first mixture containing an alkali metal alkoxide of Formula C MOR 1 C wherein M is Na or K, and R 1 is C 1 -C 3 alkyl; and the compound of Formula B and heating the first mixture; MOR 1 C b) creating a second mixture by adding water, a strong base, and zinc metal to the first mixture; c) heating the second mixture; and d) isolating the compound of Formula A.
Frictional damper comprising a. a housing (2; 2a) which has a longitudinal axis , b. a plunger (4; 4a) which can be moved along the longitudinal axis , c. a frictional unit for generating a frictional force on the plunger (4; 4a), the frictional unit comprising i. at least one friction lining for bearing rubbingly against the plunger (4; 4a), ii. a friction lining carrier , on which the at least one friction lining is held, wherein the friction lining carrier is arranged such that it can be moved relative to the plunger (4; 4a) in the housing (2; 2a) between a pulled-out position and a pushed-in position, wherein a pulled-out friction acts in the pulled-out position, which pulled-out friction is different from the pushed-in friction which acts in the pushed-in position, wherein the friction lining carrier is arranged in the housing (2; 2a) such that it can be tilted about a tilting axis , the tilting axis being arranged transversely with respect to the longitudinal axis , characterized in that the friction lining carrier has a through opening , through which the plunger (4; 4a) is guided. a. a housing (2; 2a) which has a longitudinal axis , b. a plunger (4; 4a) which can be moved along the longitudinal axis , c. a frictional unit for generating a frictional force on the plunger (4; 4a), the frictional unit comprising i. at least one friction lining for bearing rubbingly against the plunger (4; 4a), ii. a friction lining carrier , on which the at least one friction lining is held, i. at least one friction lining for bearing rubbingly against the plunger (4; 4a), ii. a friction lining carrier , on which the at least one friction lining is held,
A semiconductor laser device comprising: a first heat radiator having a first flow path and a second flow path inside to allow a flow of a refrigerant, the first flow path and the second flow path being independent of each other; a second heat radiator put in contact with an upper surface of the first heat radiator, the second heat radiator including an insulating member that internally has a third flow path communicating with the first flow path; a lower electrode block disposed on a portion of an upper surface of the second heat radiator; a submount disposed on a remainder of the upper surface of the second heat radiator, the submount being made of a thermally and electrically conductive material and being electrically connected with the lower electrode block; a semiconductor laser element disposed on an upper surface of the submount, the semiconductor laser element being electrically connected with the submount and the lower electrode block; and an upper electrode block disposed in such a way that the submount and the semiconductor laser element are clamped between the upper electrode block and the second heat radiator, the upper electrode block being electrically insulated from the lower electrode block by an insulating layer capable of heat transfer while being electrically connected with the semiconductor laser element, wherein the second flow path is formed below a zone for the disposition of the lower electrode block. a first heat radiator having a first flow path and a second flow path inside to allow a flow of a refrigerant, the first flow path and the second flow path being independent of each other; a second heat radiator put in contact with an upper surface of the first heat radiator, the second heat radiator including an insulating member that internally has a third flow path communicating with the first flow path; a lower electrode block disposed on a portion of an upper surface of the second heat radiator; a submount disposed on a remainder of the upper surface of the second heat radiator, the submount being made of a thermally and electrically conductive material and being electrically connected with the lower electrode block; a semiconductor laser element disposed on an upper surface of the submount, the semiconductor laser element being electrically connected with the submount and the lower electrode block; and an upper electrode block disposed in such a way that the submount and the semiconductor laser element are clamped between the upper electrode block and the second heat radiator, the upper electrode block being electrically insulated from the lower electrode block by an insulating layer capable of heat transfer while being electrically connected with the semiconductor laser element, wherein the second flow path is formed below a zone for the disposition of the lower electrode block.
Household appliance with a cabinet-type housing comprising a plurality of walls , wherein the plurality of walls comprises a front wall , a rear wall , a top side and a bottom side , and two side walls , wherein at least one of the side walls has an arrangement of stampings , and wherein the arrangement of stampings comprises a ring-shaped stamping , in a top view onto the wall, with a centre point of the ring-shaped stamping , wherein in an interior of the cabinet-type housing a horizontal axis of rotation of a drum body is arranged, and wherein the household appliance has an oscillation system which comprises an outer tub and the drum body arranged in the outer tub, characterised in that the outer tub has a welded seam and that the height position of the ring-shaped stamping and/or of the centre point of the ring-shaped stamping is adjusted to the height position of the welded seam so that the height position of the centre point of the ring-shaped stamping is arranged offset with respect to the height of the horizontal axis of rotation of the drum body and maximal peaks of the oscillation system lie at the height of an unstamped region of the side wall which is included in the ring-shaped stamping .
A polyimide comprising a repeating unit represented by the following formula (I) and a repeating unit represented by the following formula (II): wherein, R each independently represents a hydrogen atom, a fluorine atom, or a methyl group.
A barrel mixer comprising: a barrel ; a frame for removably supporting the barrel , the frame having a handle portion and a base ; a pivot member pivotably coupled to the base for movement of the barrel between a mixing position and a pouring position about a rotation axis (B) relative to the pivot member , the pivot member having a pivot mounting element ; and a stand for supporting the frame , the stand having a stand mounting element for detachable coupling with the pivot mounting element , wherein the rotation axis (B) is spaced from the pivot mounting element , characterised in that the pivot member comprises a pivot plate pivotably coupled to the base , the pivot plate being pivotable about the rotation axis (B). a barrel ; a frame for removably supporting the barrel , the frame having a handle portion and a base ; a pivot member pivotably coupled to the base for movement of the barrel between a mixing position and a pouring position about a rotation axis (B) relative to the pivot member , the pivot member having a pivot mounting element ; and a stand for supporting the frame , the stand having a stand mounting element for detachable coupling with the pivot mounting element , wherein the rotation axis (B) is spaced from the pivot mounting element , characterised in that the pivot member comprises a pivot plate pivotably coupled to the base , the pivot plate being pivotable about the rotation axis (B).
A liquid supply for an electronic smoking device having a housing having a compartment ; and a reservoir in the compartment with at least one portion of the reservoir attached to the housing ; the reservoir having a volume which changes with changes in pressure within the compartment , and with an amount of liquid in the reservoir ; and characterised by : the reservoir maintaining its longitudinal position within the compartment as liquid is removed from the reservoir . a housing having a compartment ; and a reservoir in the compartment with at least one portion of the reservoir attached to the housing ; the reservoir having a volume which changes with changes in pressure within the compartment , and with an amount of liquid in the reservoir ; and characterised by : the reservoir maintaining its longitudinal position within the compartment as liquid is removed from the reservoir .
A method for producing a microarray, comprising a. providing a first original array comprising a first support surface, to which at least one template molecule is bound, b. providing a second support surface (receiver surface), which is brought into a spatial orientation relative to the first support surface c. providing a liquid, containing an enzymatic and/or chemical reaction system, between the first and second surfaces, so that regions of the two surfaces are in contact with one another via the liquid, d. producing a product molecule using the template molecule and the enzymatic and/or chemical reaction system, e. transferring the product molecule to the second support surface via the liquid between the first and second support surfaces, wherein a correlation exists between the binding site of the template molecule to the first support surface and the accumulation of the corresponding product molecule on the second support surface, f. wherein the accumulation of the product molecule on the receiver surface is detected in real time, wherein the first support surface comprises reference spots that comprise reference molecules, wherein product molecules are produced from these reference molecules in step d), and the production of these product molecules according to steps e) and f) is detected in real time, and wherein the method is terminated as soon as a predefined reference size has been reached. a. providing a first original array comprising a first support surface, to which at least one template molecule is bound, b. providing a second support surface (receiver surface), which is brought into a spatial orientation relative to the first support surface c. providing a liquid, containing an enzymatic and/or chemical reaction system, between the first and second surfaces, so that regions of the two surfaces are in contact with one another via the liquid, d. producing a product molecule using the template molecule and the enzymatic and/or chemical reaction system, e. transferring the product molecule to the second support surface via the liquid between the first and second support surfaces, wherein a correlation exists between the binding site of the template molecule to the first support surface and the accumulation of the corresponding product molecule on the second support surface, f. wherein the accumulation of the product molecule on the receiver surface is detected in real time,