mhurhangee/ep-ind-claims huggingface dataset:
Use of an agent having the formula R - X - R', wherein R and R' are C 6 -C 10 alkyl groups and X is an oxygen atom or a carbonate group, as a shine agent in a cosmetic composition, the cosmetic composition comprising: (a) a cross-linked organopolysiloxane elastomer; (b) the said shine agent; and (c) metal oxide sunscreen particles, wherein said metal oxide sunscreen particles comprise a coating of organo-functionalised silicone fibrils, which fibrils are bonded to and extend away from the surface of the metal oxide sunscreen particles. (a) a cross-linked organopolysiloxane elastomer; (b) the said shine agent; and (c) metal oxide sunscreen particles, wherein said metal oxide sunscreen particles comprise a coating of organo-functionalised silicone fibrils, which fibrils are bonded to and extend away from the surface of the metal oxide sunscreen particles.
A method of cell switching, the method comprising: receiving, by a user equipment, a Data Radio Bearer, DRB, reconfiguration message from a macro evolved Node B, eNB; switching, by the user equipment, other layers than Packet Data Convergence Protocol, PDCP, layers corresponding to a part or all DRBs of a user plane for the user equipment, from the macro eNB to at least one local eNB, or from at least one local eNB to the macro eNB, or from at least one local eNB to at least one other local eNB, according to configuration information included in the received reconfiguration message; wherein a control plane and the PDCP layers corresponding to all the DRBs of the user plane for the user equipment, are maintained, by the user equipment, at the macro eNB. receiving, by a user equipment, a Data Radio Bearer, DRB, reconfiguration message from a macro evolved Node B, eNB; switching, by the user equipment, other layers than Packet Data Convergence Protocol, PDCP, layers corresponding to a part or all DRBs of a user plane for the user equipment, from the macro eNB to at least one local eNB, or from at least one local eNB to the macro eNB, or from at least one local eNB to at least one other local eNB, according to configuration information included in the received reconfiguration message; wherein a control plane and the PDCP layers corresponding to all the DRBs of the user plane for the user equipment, are maintained, by the user equipment, at the macro eNB.
A set of two superimposed connection boxes for optical fibres, with a lower box and an upper box, wherein: - each box includes: a body delimited by a bottom and peripheral walls (28a-28d), the walls delimiting an opening; and inlet and/or outlet orifices (46a, 46b, 46c, 46d, 46e and 46f) for a cable (13, 15); and - the bottom of the upper box is adapted to close the opening of the lower box, - said upper box bottom has a passage orifice (130, 132) and/or a breakable membrane seal, adapted to allow the passage from the lower box to the upper box of a fibre-optic cable entering into the lower box, to allow the connection of said cable in the upper box, characterized in that: - said set comprises means for the articulation of the boxes relative to each other, arranged so that the two boxes are mutually mobile between: • an open position in which the lower box is open, and • a closed position in which the upper box closes the lower box. - each box includes: a body delimited by a bottom and peripheral walls (28a-28d), the walls delimiting an opening; and inlet and/or outlet orifices (46a, 46b, 46c, 46d, 46e and 46f) for a cable (13, 15); and - the bottom of the upper box is adapted to close the opening of the lower box, - said upper box bottom has a passage orifice (130, 132) and/or a breakable membrane seal, adapted to allow the passage from the lower box to the upper box of a fibre-optic cable entering into the lower box, to allow the connection of said cable in the upper box, - said set comprises means for the articulation of the boxes relative to each other, arranged so that the two boxes are mutually mobile between: • an open position in which the lower box is open, and • a closed position in which the upper box closes the lower box. • an open position in which the lower box is open, and • a closed position in which the upper box closes the lower box.
A method for wireless low latency communication at a low latency user equipment, UE, comprising: receiving a control message within a control region of a first resource element block of a short transmission time interval, sTTI, wherein the control message includes an indication of a data region within the first resource element block of the sTTI and one or more resource allocation bits, wherein the number of resource allocation bits is one less than the total number of resource blocks in the sTTI; receiving data in a first data region of the first resource element block based at least in part on the indication; determining that a second data region of a second resource element block of the sTTI is allocated to the UE based at least in part on the one or more resource allocation bits; and receiving data in the second data region based at least in part on the determination. receiving a control message within a control region of a first resource element block of a short transmission time interval, sTTI, wherein the control message includes an indication of a data region within the first resource element block of the sTTI and one or more resource allocation bits, wherein the number of resource allocation bits is one less than the total number of resource blocks in the sTTI; receiving data in a first data region of the first resource element block based at least in part on the indication; determining that a second data region of a second resource element block of the sTTI is allocated to the UE based at least in part on the one or more resource allocation bits; and receiving data in the second data region based at least in part on the determination.
A vibration capsule device, characterized in comprising: a movement generation unit, providing an in situ force to produce a vibration for the capsule device, at a first frequency and a first duty cycle; a movement control unit, sending operable instructions to the movement generation unit to vibrate the capsule device at the first frequency and the first duty cycle; a power supply to provide power to the movement control unit and movement generation unit through a power management unit; a wireless communication unit, which sends out capsule movement data to an external device and receives feedback from the external device to change or maintain vibration parameters; and a capsule movement detection unit configured to detect at least one of vibration related parameters at different parts of the capsule device in real time, wherein the at least one of vibration related parameters in real time for different parts of the capsule device provides a vibration profile in real time to the wireless communication unit, and wherein the power management unit comprises a capsule ON/OFF module, which adjusts the capsule to be in a work period or a rest period according to a timing protocol. a movement generation unit, providing an in situ force to produce a vibration for the capsule device, at a first frequency and a first duty cycle; a movement control unit, sending operable instructions to the movement generation unit to vibrate the capsule device at the first frequency and the first duty cycle; a power supply to provide power to the movement control unit and movement generation unit through a power management unit; a wireless communication unit, which sends out capsule movement data to an external device and receives feedback from the external device to change or maintain vibration parameters; and a capsule movement detection unit configured to detect at least one of vibration related parameters at different parts of the capsule device in real time, wherein the at least one of vibration related parameters in real time for different parts of the capsule device provides a vibration profile in real time to the wireless communication unit, and wherein the power management unit comprises a capsule ON/OFF module, which adjusts the capsule to be in a work period or a rest period according to a timing protocol.
A connector structure comprising: a bottomed tubular hood formed in a housing; a mating hood formed in a mating housing and fitted inside the hood; a plate spring member made of metal and accommodated in a tube bottom of the hood; a backlash regulating member (27, 87) provided on an opposite side of the tube bottom across the plate spring member and urged in a direction opposite to a fitting direction of the mating hood by the plate spring member; a mating hood tip end surface formed at a tip end of the mating hood in the fitting direction; and a regulating member abutting surface provided on the backlash regulating member (27, 87) and pressed by the mating hood tip end surface in a fitted state in which the housing and the mating housing are fitted, characterized in that the backlash regulating member (27, 87) is provided with a displacement preventing projection abutting against the tube bottom, and wherein the displacement preventing projection is configured to prevent from an excessive displacement of the plate spring member. a bottomed tubular hood formed in a housing; a mating hood formed in a mating housing and fitted inside the hood; a plate spring member made of metal and accommodated in a tube bottom of the hood; a backlash regulating member (27, 87) provided on an opposite side of the tube bottom across the plate spring member and urged in a direction opposite to a fitting direction of the mating hood by the plate spring member; a mating hood tip end surface formed at a tip end of the mating hood in the fitting direction; and a regulating member abutting surface provided on the backlash regulating member (27, 87) and pressed by the mating hood tip end surface in a fitted state in which the housing and the mating housing are fitted, characterized in that the backlash regulating member (27, 87) is provided with a displacement preventing projection abutting against the tube bottom, and wherein the displacement preventing projection is configured to prevent from an excessive displacement of the plate spring member.
A display system, including: a primary waveguide arranged such that a user can view a forward scene through a viewing region of the primary waveguide along a line of sight to the forward scene; an image source arranged to generate an image; a display optical arrangement arranged to couple the image from the image source into the primary waveguide; a sensor device arranged to sense light from the forward scene received at the viewing region of the primary waveguide for inputting to the image source; and a sensing image optical arrangement arranged to couple light received from the forward scene via the primary waveguide to the sensing device; wherein an internal surface of the primary waveguide is arranged to internally reflect the image from the image source to the viewing region such that the user can view the image from the image source along said line of sight so that the image is overlaid on the forward scene; wherein the primary waveguide is further arranged to reflect light received from the forward scene at the viewing region along said line of sight to the sensing image optical arrangement thereby mitigating hyperstereopsis between the displayed image and the forward scene; and wherein the image from the image source and light received from the forward scene traverse the same portion of the primary waveguide in opposite directions. a primary waveguide arranged such that a user can view a forward scene through a viewing region of the primary waveguide along a line of sight to the forward scene; an image source arranged to generate an image; a display optical arrangement arranged to couple the image from the image source into the primary waveguide; a sensor device arranged to sense light from the forward scene received at the viewing region of the primary waveguide for inputting to the image source; and a sensing image optical arrangement arranged to couple light received from the forward scene via the primary waveguide to the sensing device; wherein an internal surface of the primary waveguide is arranged to internally reflect the image from the image source to the viewing region such that the user can view the image from the image source along said line of sight so that the image is overlaid on the forward scene; wherein the primary waveguide is further arranged to reflect light received from the forward scene at the viewing region along said line of sight to the sensing image optical arrangement thereby mitigating hyperstereopsis between the displayed image and the forward scene; and wherein the image from the image source and light received from the forward scene traverse the same portion of the primary waveguide in opposite directions.
A filter (100, 200), comprising: a substrate (110, 110-1); a stepped medium disposed on the substrate (110, 110-1); a first mirror (130-1, 558) disposed on the stepped medium; wherein the first mirror (130-1, 558) forms a stepped mirror surface, wherein each step, of the stepped mirror surface corresponds to a channel, of a set of channels, of the filter; a spacer (140, 560) disposed on the stepped mirror surface; and a second mirror (130-2, 562( disposed on another surface of the spacer (140, 560); wherein the stepped medium forms a set of pillars, and characterised in that at least one pillar, of the set of pillars, forms an inactive channel, wherein a portion of the first mirror and a portion of the second mirror aligned with the at least one pillar does not sandwich a portion of spacer such that structural support is provided at the inactive channel. a substrate (110, 110-1); a stepped medium disposed on the substrate (110, 110-1); a first mirror (130-1, 558) disposed on the stepped medium; wherein the first mirror (130-1, 558) forms a stepped mirror surface, wherein each step, of the stepped mirror surface corresponds to a channel, of a set of channels, of the filter; wherein the first mirror (130-1, 558) forms a stepped mirror surface, wherein each step, of the stepped mirror surface corresponds to a channel, of a set of channels, of the filter; a spacer (140, 560) disposed on the stepped mirror surface; and a second mirror (130-2, 562( disposed on another surface of the spacer (140, 560); wherein the stepped medium forms a set of pillars, and characterised in that at least one pillar, of the set of pillars, forms an inactive channel, wherein a portion of the first mirror and a portion of the second mirror aligned with the at least one pillar does not sandwich a portion of spacer such that structural support is provided at the inactive channel.
A continuous acoustic chemical microreactor system comprising: a continuous process vessel configured to oscillate along an oscillation axis, the continuous process vessel including: a reactant inlet configured to receive one or more reactants into the continuous process vessel; an elongated tube coupled at a first end to the reactant inlet and configured to receive the reactants from the reactant inlet, wherein the elongated tube has an inner surface having a hydraulic diameter of less than 0.5cm; and a product outlet coupled to a second end of the elongated tube and configured to discharge a product of a chemical reaction among the reactants from the continuous process vessel; and an acoustic agitator coupled to the continuous process vessel and configured to agitate the continuous process vessel along the oscillation axis such that the inner surface of the elongated tube accelerates the one or more reactants in alternating upward and downward directions along the oscillation axis, wherein the acoustic agitator is configured to agitate the continuous process vessel at a frequency greater than 10Hz and less than 100Hz, characterized in that: the elongated tube is aligned relative to the oscillation axis such that the upper and lower portions of the inner surface of the elongated tube agitate the reactants. a continuous process vessel configured to oscillate along an oscillation axis, the continuous process vessel including: a reactant inlet configured to receive one or more reactants into the continuous process vessel; an elongated tube coupled at a first end to the reactant inlet and configured to receive the reactants from the reactant inlet, wherein the elongated tube has an inner surface having a hydraulic diameter of less than 0.5cm; and a product outlet coupled to a second end of the elongated tube and configured to discharge a product of a chemical reaction among the reactants from the continuous process vessel; and a reactant inlet configured to receive one or more reactants into the continuous process vessel; an elongated tube coupled at a first end to the reactant inlet and configured to receive the reactants from the reactant inlet, wherein the elongated tube has an inner surface having a hydraulic diameter of less than 0.5cm; and a product outlet coupled to a second end of the elongated tube and configured to discharge a product of a chemical reaction among the reactants from the continuous process vessel; and an acoustic agitator coupled to the continuous process vessel and configured to agitate the continuous process vessel along the oscillation axis such that the inner surface of the elongated tube accelerates the one or more reactants in alternating upward and downward directions along the oscillation axis, wherein the acoustic agitator is configured to agitate the continuous process vessel at a frequency greater than 10Hz and less than 100Hz, characterized in that: the elongated tube is aligned relative to the oscillation axis such that the upper and lower portions of the inner surface of the elongated tube agitate the reactants.
Device for cutting and drawing off tissue from the human or animal body, preferably for use in ophthalmology, in particular for vitrectomy, for retina peeling, etcetera, having an outer tube and an inner tube which can be displaced in an alternating manner in the outer tube concentrically with little play, wherein the outer tube is closed at the free end and has close to the free end a first and a second lateral opening (3, 4) each having at least one inner cutting edge (7, 8), wherein the inner tube is open at the free end and at that location has an outer cutting edge, wherein the inner tube close to the free end has at least one lateral opening having at least one additional outer cutting edge and wherein the cutting edges (7, 8, 12, 14) of the outer tube and the inner tube cooperate in a cutting manner when the inner tube is displaced, characterised in that the first and the second opening (3, 4) are constructed in each case as an asymmetrical circle, as an asymmetrical ellipse or as an asymmetrical oval and in that through the asymmetrical region of the first and the second opening (3, 4) in the outer tube a thin web is formed.
A cartridge for use in a device for aerosolizing a material comprising: (a) a shell for containing a vaporizable material, wherein the vaporizable material comprises (i) tobacco particles less than 2 mm in diameter, and (ii) an aerosol-forming medium comprising at least one of propylene glycol and glycerin; and (b) a lid sealed upon the shell, thereby forming a sealed cartridge containing the vaporizable material. (a) a shell for containing a vaporizable material, wherein the vaporizable material comprises (i) tobacco particles less than 2 mm in diameter, and (ii) an aerosol-forming medium comprising at least one of propylene glycol and glycerin; and (b) a lid sealed upon the shell, thereby forming a sealed cartridge containing the vaporizable material.
A smart lock comprising: a processor and a memory; an exterior face plate on a first side of a door; an interior face plate on a second side of the door, the second side of the door facing an interior of a room while the door is in a closed position; and a display screen disposed in said interior face plate, the display screen being connected to the processor, wherein the display screen is an input device and an output device, the memory storing instructions for causing the display screen to display a set of functions to a user and for implementing a feature in response to the user selecting a function from the set of functions, characterized in that the set of functions includes a guest copy card function, the set of functions optionally including at least one of a do not disturb function, a do not clean function, a child lock function, a checkout function, a cancel card function, a privacy function, and a block function, the smart lock further includes a card read/write machine, and when a user selects a guest copy card self-service feature, the display screen is configured to prompt the user to present a blank card able to be written, and once presented with the card, the card read/write machine is configured to encode the blank card with room access information, allowing the card to grant access to the room. a processor and a memory; an exterior face plate on a first side of a door; an interior face plate on a second side of the door, the second side of the door facing an interior of a room while the door is in a closed position; and a display screen disposed in said interior face plate, the display screen being connected to the processor, wherein the display screen is an input device and an output device, the memory storing instructions for causing the display screen to display a set of functions to a user and for implementing a feature in response to the user selecting a function from the set of functions, characterized in that the set of functions includes a guest copy card function, the set of functions optionally including at least one of a do not disturb function, a do not clean function, a child lock function, a checkout function, a cancel card function, a privacy function, and a block function, the smart lock further includes a card read/write machine, and when a user selects a guest copy card self-service feature, the display screen is configured to prompt the user to present a blank card able to be written, and once presented with the card, the card read/write machine is configured to encode the blank card with room access information, allowing the card to grant access to the room.
A perovskite material of general formula: A 1-x A' x BX 3-y X' y wherein A is a formamidinium cation (HC 2) 2 +), A' is a caesium cation (Cs +), B is at least one divalent inorganic cation, X is iodide and X' is bromide; and wherein 0 < x ≤ 0.4 and 0 < y ≤ 3.
A compound of the structure, or a pharmaceutically acceptable salt thereof for use in a method of treating breast cancer or ovarian cancer in a subject in need thereof, wherein said subject is a BRCA1-defective subject or a PARP1 inhibitor-resistant subject, said method comprising administering to said subject an effective amount of the compound.
Induction hob device having at least one switching element (10; 10a), having at least one first induction heating circuit (26'; 26'a), which has the switching element (10; 10a) and at least one further switching element (28; 28'), at least one control unit (12; 12a) which, during at least one operating process, triggers the switching element (10; 10a), essentially periodically in time, to establish and interrupt a specific electric contact between a collector (44; 44a) and an emitter (46; 46a) of the switching element (28; 28a), and a control unit (13; 13a), which, in the operating process, applies a voltage between a gate (64; 64a) and an emitter (60; 60a) of the further switching element (28; 28a), wherein the voltage is embodied such that it always effects a conducting contact between a collector and the emitter (60; 60a) of the further switching element (28; 28a) if the contact between the emitter (46; 46a) and the collector (44; 44a) of the switching element (10; 10a) is interrupted, characterised in that during the operating process the control unit (12; 12a) triggers the switching element (10; 10a) to establish the specific electric contact at least twice in a primitive cycle duration of the essentially periodic, in time, establishment and interruption of the specific electric contact.