mhurhangee/ep-ind-claims huggingface dataset:
An additive for a bitumen emulsion containing i) a polyaluminum compound, preferably polyaluminum chloride; ii) an alkoxylated amine having the formula where R is a hydrocarbyl group having from 10 to 24 carbon atoms; n=0-3; each AO is independently ethyleneoxy or propyleneoxy, Y is a hydrocarbyl group having 1-24 carbon atoms, or a group x H; and the sum of all x in is 0.5-10; and iii) an alkoxylated compound having the formula where R' is a hydrocarbyl group from 8 to 24 carbon atoms; X is N, C(=O)O or O; s=0-3; p = 0 or 1; provided that when X is N, then p is 1 and when X is C(=O)O or O, then p is 0; and Z is a hydrocarbyl group having 1-24 carbon atoms, or a group where m=0-3; where each AO independently is ethyleneoxy or propyleneoxy, and the sum of all y in is from 12 to 200; or castor oil that has been alkoxylated 12 to 200 moles of ethylene oxide and/or propylene oxide per mole of castor oil. i) a polyaluminum compound, preferably polyaluminum chloride; ii) an alkoxylated amine having the formula where R is a hydrocarbyl group having from 10 to 24 carbon atoms; n=0-3; each AO is independently ethyleneoxy or propyleneoxy, Y is a hydrocarbyl group having 1-24 carbon atoms, or a group x H; and the sum of all x in is 0.5-10; and where R is a hydrocarbyl group having from 10 to 24 carbon atoms; n=0-3; each AO is independently ethyleneoxy or propyleneoxy, Y is a hydrocarbyl group having 1-24 carbon atoms, or a group x H; and the sum of all x in is 0.5-10; and iii) an alkoxylated compound having the formula where R' is a hydrocarbyl group from 8 to 24 carbon atoms; X is N, C(=O)O or O; s=0-3; p = 0 or 1; provided that when X is N, then p is 1 and when X is C(=O)O or O, then p is 0; and Z is a hydrocarbyl group having 1-24 carbon atoms, or a group where m=0-3; where each AO independently is ethyleneoxy or propyleneoxy, and the sum of all y in is from 12 to 200; or castor oil that has been alkoxylated 12 to 200 moles of ethylene oxide and/or propylene oxide per mole of castor oil. where each AO independently is ethyleneoxy or propyleneoxy, and the sum of all y in is from 12 to 200; or castor oil that has been alkoxylated 12 to 200 moles of ethylene oxide and/or propylene oxide per mole of castor oil.
A method for manufacturing a device produced on a substrate in a first semiconductor material; the manufacturing method comprising the following steps: i- manufacturing at least one first microstructure and one second microstructure on the substrate, ii- manufacturing a connection microstructure for electrically connecting at least the first microstructure to the second microstructure by: • depositing a layer of an inorganic resin solution distributed over the substrate; • heating the device to a heating temperature for a determined time (Δt) to evaporate the solvent from the deposited resin solution; • manufacturing a support in a dielectric material by solidifying, by means of a lithography method, a part of the deposited resin layer; the support comprising at least a first part linking the first microstructure and the second microstructure; • depositing a first metallic layer on at least a part of the support comprising at least said first part linking the first microstructure and the second microstructure. i- manufacturing at least one first microstructure and one second microstructure on the substrate, ii- manufacturing a connection microstructure for electrically connecting at least the first microstructure to the second microstructure by: • depositing a layer of an inorganic resin solution distributed over the substrate; • heating the device to a heating temperature for a determined time (Δt) to evaporate the solvent from the deposited resin solution; • manufacturing a support in a dielectric material by solidifying, by means of a lithography method, a part of the deposited resin layer; the support comprising at least a first part linking the first microstructure and the second microstructure; • depositing a first metallic layer on at least a part of the support comprising at least said first part linking the first microstructure and the second microstructure. • depositing a layer of an inorganic resin solution distributed over the substrate; • heating the device to a heating temperature for a determined time (Δt) to evaporate the solvent from the deposited resin solution; • manufacturing a support in a dielectric material by solidifying, by means of a lithography method, a part of the deposited resin layer; the support comprising at least a first part linking the first microstructure and the second microstructure; • depositing a first metallic layer on at least a part of the support comprising at least said first part linking the first microstructure and the second microstructure.
An adaptor for a geared motor, having an adaptor shaft and a coupling part as well as a bearing, wherein the adaptor part of the adaptor has claws, in particular claws projecting in an axial direction, wherein the inner ring of the bearing is placed onto a bearing seat provided at the adaptor shaft, wherein the bearing seat covers, in an axial direction, a first region, in which the bearing seat is uninterrupted in a circumferential direction, and a second region, in which the bearing seat is interrupted in a circumferential direction, characterised in that a second retaining ring delimits the inner ring, at that side of the inner ring remote in an axial direction from the first securing ring, wherein the second securing ring is received in a second annular groove. wherein the adaptor part of the adaptor has claws, in particular claws projecting in an axial direction, wherein the inner ring of the bearing is placed onto a bearing seat provided at the adaptor shaft, wherein the bearing seat covers, in an axial direction, a first region, in which the bearing seat is uninterrupted in a circumferential direction, and a second region, in which the bearing seat is interrupted in a circumferential direction, characterised in that a second retaining ring delimits the inner ring, at that side of the inner ring remote in an axial direction from the first securing ring, wherein the second securing ring is received in a second annular groove.
Ambient air cooling apparatus comprising:- a chamber in which items to be cooled are located; an air inlet; at least one air outlet (175c, 175d, 190a); at least one fan for drawing air from said air inlet, through said chamber and over the items to be cooled, and to said at least one air outlet (175c, 175d, 190a); a heater for heating air within said cooling apparatus; and a controller for controlling the operation of said heater and said as least one fan; wherein said at least one fan further includes four fans for drawing air through the apparatus, wherein said fans are operated in pairs, and wherein a first pair of fans (160c, 160d) is arranged to draw air through the apparatus to a first outlet (175c, 175d), and characterised in that a second pair of fans (160a, 160b) is arranged to draw air into an intermediate chamber connected to a second outlet and to a heater chamber in which said heater is mounted, said second pair of fans being separated from said second outlet by an outlet shutter, the outlet shutter being powered and movable between a fully closed position, a fully open position, and at least one intermediate position. a chamber in which items to be cooled are located; an air inlet; at least one air outlet (175c, 175d, 190a); at least one fan for drawing air from said air inlet, through said chamber and over the items to be cooled, and to said at least one air outlet (175c, 175d, 190a); a heater for heating air within said cooling apparatus; and a controller for controlling the operation of said heater and said as least one fan; wherein said at least one fan further includes four fans for drawing air through the apparatus, wherein said fans are operated in pairs, and wherein a first pair of fans (160c, 160d) is arranged to draw air through the apparatus to a first outlet (175c, 175d), and characterised in that a second pair of fans (160a, 160b) is arranged to draw air into an intermediate chamber connected to a second outlet and to a heater chamber in which said heater is mounted, said second pair of fans being separated from said second outlet by an outlet shutter, the outlet shutter being powered and movable between a fully closed position, a fully open position, and at least one intermediate position.
A vector comprising a nucleic acid encoding a synthetic HIV envelope protein, wherein the synthetic HIV envelope protein comprises or consists of the amino acid sequence of SEQ ID NO: 18.
A washing machine (1, 2, 3) comprising: a first housing; a second housing disposed on the first housing; a first tub included in the first housing and having a first opening formed at a front surface thereof; a second tub included in the second housing and having a second opening formed at an upper surface thereof; a drain path to drain wash water from the first tub and wash water from the second tub and; a connector (110, 210, 310) coupled to the first housing and disposed at one portion of the drain path where the wash water of the first tub and the wash water of the second tub are joined, wherein the drain path comprises: a first drain path through which the wash water from the first tub flows to the connector (110, 210, 310); a second drain path through which the wash water from the second tub flows to the connector; and a third drain path through which wash water introduced into the connector (110, 210, 310) through the first drain path and the second drain path flows out from the connector (110, 210, 310); and characterized in that at least one portion of the drain path is located at a position higher than a maximum water storage height of the second tub. a first housing; a second housing disposed on the first housing; a first tub included in the first housing and having a first opening formed at a front surface thereof; a second tub included in the second housing and having a second opening formed at an upper surface thereof; a drain path to drain wash water from the first tub and wash water from the second tub and; a connector (110, 210, 310) coupled to the first housing and disposed at one portion of the drain path where the wash water of the first tub and the wash water of the second tub are joined, wherein the drain path comprises: a first drain path through which the wash water from the first tub flows to the connector (110, 210, 310); a second drain path through which the wash water from the second tub flows to the connector; and a third drain path through which wash water introduced into the connector (110, 210, 310) through the first drain path and the second drain path flows out from the connector (110, 210, 310); and characterized in that at least one portion of the drain path is located at a position higher than a maximum water storage height of the second tub. a first drain path through which the wash water from the first tub flows to the connector (110, 210, 310); a second drain path through which the wash water from the second tub flows to the connector; and a third drain path through which wash water introduced into the connector (110, 210, 310) through the first drain path and the second drain path flows out from the connector (110, 210, 310); and characterized in that at least one portion of the drain path is located at a position higher than a maximum water storage height of the second tub.
A ram-type blowout preventer, comprising: a first ram block having a first shearing element and a first sealing element; a second ram block opposing the first ram block, the second ram block having a second shearing element and a second sealing element; a load intensifying member coupled to the first ram block, wherein the load intensifying member is a stiff cantilever beam; a receptacle of the second ram block to receive the load intensifying member when the first ram block and the second ram block close together; shims between a top surface of the load intensifying member and a top surface of the receptacle; and the load intensifying member configured to apply a spring force when the load intensifying member is engaged within the receptacle. a first ram block having a first shearing element and a first sealing element; a second ram block opposing the first ram block, the second ram block having a second shearing element and a second sealing element; a load intensifying member coupled to the first ram block, wherein the load intensifying member is a stiff cantilever beam; a receptacle of the second ram block to receive the load intensifying member when the first ram block and the second ram block close together; shims between a top surface of the load intensifying member and a top surface of the receptacle; and the load intensifying member configured to apply a spring force when the load intensifying member is engaged within the receptacle.
Endoscope tube comprising a central, elongate observation window at the distal end and a plurality of light-emergence openings, disposed next to the observation window, for optical waveguide end faces for illuminating the solid angle range observed through the observation window, wherein the optical waveguide end faces are held in the light-emergence openings in such a way that light radiates from the optical waveguide end faces into different directions of the solid angle range, wherein the distal end of the shaft is arched, more particularly cylindrically arched, in the direction of longitudinal extent of the observation window and a plurality of optical waveguides are combined to form an optical waveguide bundle and, together, these are adhesively bonded to one another in the light-emergence opening, and the end face of this grouping of optical waveguide ends and adhesive together is embodied in such a way that the surface is partly removed over an area and the end faces of the optical waveguides intersect the longitudinal axis of the optical waveguides at an angle not equal to 90°.
Rearview mirror with a positioning device for an object detection camera pertaining to a motor vehicle, which positioning device forms part of a rearview mirror configuration, characterised in that said camera is attached firmly to a lower spigot firmly connected to the vehicle of an articulation which comprises a protruding end region and which serves as the rotational centre of said rearview mirror configuration.
Method of pulling a cylindrical crystal from a melt by means of a crystal pulling system which has: a crucible in which the melt is located, a crucible heater which surrounds the crucible in an annular shape, a crucible lifting device for lifting the crucible, a crystal lifting device for drawing the crystal from the melt and a heat shield which surrounds the crystal in an annular shape and the lower edge of which ends above the melt and forms an annular gap, characterized in that the actual value of the crystal diameter is measured at the melt surface and compared with a setpoint value for the crystal diameter, the height of the annular gap is adjusted as a function of the deviation between the actual value and the setpoint value by means of a first controller which has a first reset time, the annular gap height being reduced in the case of an actual value which is smaller than the setpoint value and the annular gap height being increased in the case of an actual value which is greater than the setpoint value, and the lifting speed of the crucible and, to the same extent, the lifting speed of the crystal are varied in order to change the annular gap height, so that the crystal pulling speed remains constant. the height of the annular gap is adjusted as a function of the deviation between the actual value and the setpoint value by means of a first controller which has a first reset time, the annular gap height being reduced in the case of an actual value which is smaller than the setpoint value and the annular gap height being increased in the case of an actual value which is greater than the setpoint value, and the lifting speed of the crucible and, to the same extent, the lifting speed of the crystal are varied in order to change the annular gap height, so that the crystal pulling speed remains constant.
A pillow for the treatment and/or prevention of cranial deformities in babies and infants, of the type comprising a depression to receive the head, this depression comprising a curved inclined portion, located around an opening, which is closed off by a supporting portion for the head of the baby or infant, located at an intermediate height in the pillow, said supporting portion comprising a deformable material, characterised in that the inclined portion forms an angle of more than 130° with the supporting portion in the area in which the inclined portion and the supporting portion merge.
A method for wireless communication by a user equipment, UE, the method comprising: receiving a downlink preemption indication, DLPI, arranged to indicate resources for a scheduled joint data transmission of a first type from a group of transmitting entities to the LTE that overlap with resources for a scheduled data transmission of a second type from at least a first transmitting entity of the group of transmitting entities to the UE are preempted by the scheduled data transmission of the second type on the overlapping resources; and processing the joint data transmission in accordance with the preemption indicated by the DLPI, wherein the DLPI includes one or more bits that identify which of the group of transmitting entities the preemption indication applies to. receiving a downlink preemption indication, DLPI, arranged to indicate resources for a scheduled joint data transmission of a first type from a group of transmitting entities to the LTE that overlap with resources for a scheduled data transmission of a second type from at least a first transmitting entity of the group of transmitting entities to the UE are preempted by the scheduled data transmission of the second type on the overlapping resources; and processing the joint data transmission in accordance with the preemption indicated by the DLPI, wherein the DLPI includes one or more bits that identify which of the group of transmitting entities the preemption indication applies to.
A door actuator linkage comprising a lever which extends along a longitudinal axis and merges into a linkage head via a crank, wherein the linkage head is designed for rotationally fixed mounting on an output shaft of a door actuator, wherein a free space for cable routing is formed by the crank, and the free space is delimited by the linkage head and by a crank surface of the lever, wherein the lever extends up to an imaginary boundary surface, which is defined perpendicular to the longitudinal axis, and wherein the crank surface is partially recessed from this boundary surface in order to expand the free space, characterised in that the crank surface has an inclined section which extends over the entire crank surface or a part of the crank surface, wherein the inclined section extends from an acute-angled end to an obtuse-angled end and wherein the acute-angled end is closer to the boundary surface than the obtuse-angled end, wherein in the lever and/or between the lever and a lever cover of the door actuator linkage surrounding the lever and/or in the lever cover is formed at least one cable channel, wherein the cable channel opens into the free space at the obtuse-angled end. a lever which extends along a longitudinal axis and merges into a linkage head via a crank, wherein the linkage head is designed for rotationally fixed mounting on an output shaft of a door actuator, wherein a free space for cable routing is formed by the crank, and the free space is delimited by the linkage head and by a crank surface of the lever, wherein the lever extends up to an imaginary boundary surface, which is defined perpendicular to the longitudinal axis, and wherein the crank surface is partially recessed from this boundary surface in order to expand the free space, characterised in that the crank surface has an inclined section which extends over the entire crank surface or a part of the crank surface, wherein the inclined section extends from an acute-angled end to an obtuse-angled end and wherein the acute-angled end is closer to the boundary surface than the obtuse-angled end, wherein in the lever and/or between the lever and a lever cover of the door actuator linkage surrounding the lever and/or in the lever cover is formed at least one cable channel, wherein the cable channel opens into the free space at the obtuse-angled end.
A control device for a ventilation therapy equipment, the ventilation therapy equipment having multiple working modes, wherein the multiple working modes comprise a pressure mode and a flow mode and wherein the control device comprises: an identification device configured for identifying a type of an accessory (31, 32, 33, 34) of the ventilation therapy equipment; and a controller configured for determining and controlling, according to the identified type of the accessory (31, 32, 33, 34), the ventilation therapy equipment to switch to a working mode corresponding to the type of the accessory (31, 32, 33, 34), the identification device is further configured for identifying the type of the accessory (31, 32, 33, 34), according to mechanical connection characteristics, electrical characteristics and/or air flow characteristics of the accessory (31, 32, 33, 34), wherein the accessory (31, 32, 33, 34) is configured with a storage unit which stores a serial number of the accessory (31, 32, 33, 34); characterised in that the controller is further configured for determining and controlling, according to the type of the accessory (31, 32, 33, 34) and the serial number of the accessory (31, 32, 33, 34), the ventilation therapy equipment to switch to a corresponding working state in the working mode corresponding to the type of the accessory (31, 32, 33, 34), wherein the working state corresponds to the serial number, and the working state is related to a parameter setting in this working mode. an identification device configured for identifying a type of an accessory (31, 32, 33, 34) of the ventilation therapy equipment; and a controller configured for determining and controlling, according to the identified type of the accessory (31, 32, 33, 34), the ventilation therapy equipment to switch to a working mode corresponding to the type of the accessory (31, 32, 33, 34), the identification device is further configured for identifying the type of the accessory (31, 32, 33, 34), according to mechanical connection characteristics, electrical characteristics and/or air flow characteristics of the accessory (31, 32, 33, 34), wherein the accessory (31, 32, 33, 34) is configured with a storage unit which stores a serial number of the accessory (31, 32, 33, 34); characterised in that the controller is further configured for determining and controlling, according to the type of the accessory (31, 32, 33, 34) and the serial number of the accessory (31, 32, 33, 34), the ventilation therapy equipment to switch to a corresponding working state in the working mode corresponding to the type of the accessory (31, 32, 33, 34), wherein the working state corresponds to the serial number, and the working state is related to a parameter setting in this working mode.