mhurhangee/ep-ind-claims huggingface dataset:
A disposable circumcision anastomat comprising: an internal ring for placement into an external ring; the external ring comprising an opening and a sidewall; and an annular blade formed along an inner circumference of the sidewall; wherein the anastomat further comprises: a retainer (7, 8) separately set with the external ring and located around the top edge of the external ring and forming an annular retaining space between the retainer, the inner wall of the external ring and the annular blade; and a gasket positioned between the retainer and the annular blade; wherein the annular blade and the external ring are an integrated structure an internal ring for placement into an external ring; the external ring comprising an opening and a sidewall; and an annular blade formed along an inner circumference of the sidewall; wherein the anastomat further comprises: a retainer (7, 8) separately set with the external ring and located around the top edge of the external ring and forming an annular retaining space between the retainer, the inner wall of the external ring and the annular blade; and a gasket positioned between the retainer and the annular blade; wherein the annular blade and the external ring are an integrated structure a retainer (7, 8) separately set with the external ring and located around the top edge of the external ring and forming an annular retaining space between the retainer, the inner wall of the external ring and the annular blade; and a gasket positioned between the retainer and the annular blade; wherein the annular blade and the external ring are an integrated structure
A discharge assembly for discharging a metered volume of a liquid held in a pressurised or pressurisable container, said assembly comprising (i) an elongate tubular housing having a liquid inlet at a first end thereof, (ii) a valve stem having a body locating within said housing and having a portion projecting from the second end of said housing, said valve stem being axially moveable relative to the housing between a first limit portion at which the assembly is closed to liquid discharge and a second limit position for discharge of the metered volume, (iii) a chamber provided within the body of the valve stem and having a liquid inlet at a first end of the chamber adjacent said first end of the housing and a first fluid transfer passageway towards the opposite, second end of the chamber, said first fluid transfer passageway providing communication between the chamber and the exterior of the valve stem, and (iv) a liquid discharge element moveable along said chamber from a liquid primed position to a liquid discharged position to effect discharge of the metered volume of liquid, wherein (a) the exterior of the body of the valve stem and the interior of the housing are configured such that in the first position of the valve stem there is second fluid transfer passageway along the outside of the valve stem between the inlet of the housing and said first fluid transfer passageway, and (b) a seal is provided for relative sliding movement onto a seat as the valve stem moves from its first to second position to close said second fluid transfer passageway to fluid flow, characterised in that the liquid discharge element is spherical. (i) an elongate tubular housing having a liquid inlet at a first end thereof, (ii) a valve stem having a body locating within said housing and having a portion projecting from the second end of said housing, said valve stem being axially moveable relative to the housing between a first limit portion at which the assembly is closed to liquid discharge and a second limit position for discharge of the metered volume, (iii) a chamber provided within the body of the valve stem and having a liquid inlet at a first end of the chamber adjacent said first end of the housing and a first fluid transfer passageway towards the opposite, second end of the chamber, said first fluid transfer passageway providing communication between the chamber and the exterior of the valve stem, and (iv) a liquid discharge element moveable along said chamber from a liquid primed position to a liquid discharged position to effect discharge of the metered volume of liquid, (a) the exterior of the body of the valve stem and the interior of the housing are configured such that in the first position of the valve stem there is second fluid transfer passageway along the outside of the valve stem between the inlet of the housing and said first fluid transfer passageway, and (b) a seal is provided for relative sliding movement onto a seat as the valve stem moves from its first to second position to close said second fluid transfer passageway to fluid flow, characterised in that the liquid discharge element is spherical.
Line for printing graphical signs on an oblong object, like a piping or a profile, comprising: an extrusion apparatus to extrude said oblong object; a treatment apparatus to treat and clean, through plasma generation, at least a surface of said oblong object; a printing apparatus to print graphical signs on said surface of said oblong object; characterized in that said extrusion apparatus, said treatment apparatus and said printing apparatus are placed in series along a common working axis.
Wound care article comprising at least one planar layer containing an absorbent material, the absorbent material containing super-absorbent polymers and the wound care article additionally containing at least one active element which provides it, at least in portions, with plastic deformability or sculptability; characterized in that the active element contains a reinforcement in the form of a composite material arranged in planar form which does not appear on the surface of the wound care article, and in that the active element consists of a plastic or paper band in which two wires are integrated laterally as reinforcements.
Electronic module with a quartz or MEMS resonator, said module comprising: - the quartz or MEMS resonator confined within a resonator case, which is provided with electrical contact pads over at least one external surface of the resonator case, for the electrical connection of the resonator, - a flexible printed circuit board for carrying the resonator case and including electrical connection terminals for connection directly to the electrical connection pads of the resonator case, the resonator case being fixedly held in a case structure (6, 9, 10) of the electronic module, sandwiched between two elements (7, 8) for damping mechanical shocks, the damping elements holding the resonator case and being compressed between two internal walls of the case structure of the electronic module, a first damping element being in contact with an inner surface of a base of the case structure, and a second damping element being in contact with an inner surface of a cover of the case structure, which is fixed on the base, characterized in that the flexible printed circuit board is connected to another rigid printed circuit board carrying other electronic components, the flexible printed circuit board having a thickness lower than the rigid printed circuit board, and in that the flexible printed circuit board and the rigid printed circuit board form a single part. - the quartz or MEMS resonator confined within a resonator case, which is provided with electrical contact pads over at least one external surface of the resonator case, for the electrical connection of the resonator, - a flexible printed circuit board for carrying the resonator case and including electrical connection terminals for connection directly to the electrical connection pads of the resonator case,
An alarm device for a bus connected alarm system comprising: a bus connection unit for connecting the alarm device with a bus for supplying control signals and an electric power; a power consuming unit (11, 15); a controller for controlling the operation of the alarm device based on the control signals; the alarm device further comprising an energy storage unit for storing electrical energy; a switching unit for switching between a first power supply mode, where power is supplied through the bus alone, to a second power supply mode where at least part of the power is supplied through the energy storage unit; wherein the controller is configured to control the switching unit so as to switch to the second power supply mode, when the power consuming unit (11, 15) is activated. a bus connection unit for connecting the alarm device with a bus for supplying control signals and an electric power; a power consuming unit (11, 15); a controller for controlling the operation of the alarm device based on the control signals; the alarm device further comprising an energy storage unit for storing electrical energy; a switching unit for switching between a first power supply mode, where power is supplied through the bus alone, to a second power supply mode where at least part of the power is supplied through the energy storage unit; wherein the controller is configured to control the switching unit so as to switch to the second power supply mode, when the power consuming unit (11, 15) is activated.
Ozone generator having a high voltage electrode and at least one counter electrode, which delimits an intermediate space, in which at least one dielectric and an electrically non-conductive structure is arranged and through which a gas flow passes in the current direction, wherein the high voltage electrode and the at least one counter electrode are provided with a connection for an electric voltage source to generate silent discharges and wherein the electrically non-conductive structure has pores with a nominal pore size (x) in a range of 100 μm < x < 1 mm, characterised in that the electrically non-conductive structure is a fabric.
Floor panel in the form of a multilayer rectangular laminate, comprising: a) a soft core of plastic b) a décor film on the upper side of the core c) a transparent finishing layer applied on the décor film d) a transparent lacquer layer applied on the transparent finishing layer: e) a counteracting layer on the back of the panel; f) wherein at least two mutually opposite edges are provided with a lockable tongue and groove profile (302, 306); characterised in that the transparent finishing layer comprises a haptic structure onto its upper surface that is imprinted by a mechanical embossing technique. a) a soft core of plastic b) a décor film on the upper side of the core c) a transparent finishing layer applied on the décor film d) a transparent lacquer layer applied on the transparent finishing layer: e) a counteracting layer on the back of the panel; f) wherein at least two mutually opposite edges are provided with a lockable tongue and groove profile (302, 306);
An Embryonic Structure Targeting Injection System (ESTIS) for injecting a substance into a specific location within a developing avian embryo, or a specific location of an egg containing an avian embryo, comprising: a means for aseptically cutting the outer shell of an egg, such that a defined portion of the shell is prepared for subsequent removal; a means for removing the defined shell portion to produce an opening in the egg; a means for mapping or targeting the x, y, z coordinates of embryonic structures to locate the desired specific injection location comprising a camera and a microprocessor; a means for injecting the specific substance into the specific injection location; a means for aseptically sealing the opening, and an egg holder or tray having an egg immobilization means, which employs either vacuum or a suitable mechanical means to fix the position of the egg or plurality of eggs, and a light source, or plurality of light sources, which is a component of the mapping means, characterized in that the system further comprises, an egg transfer assembly, which is capable of moving eggs from their incubation position, wherein the stump pole faces upward, to their injection position, wherein the pointed pole faces upward such that it is accessible to the injection needle. a means for aseptically cutting the outer shell of an egg, such that a defined portion of the shell is prepared for subsequent removal; a means for removing the defined shell portion to produce an opening in the egg; a means for mapping or targeting the x, y, z coordinates of embryonic structures to locate the desired specific injection location comprising a camera and a microprocessor; a means for injecting the specific substance into the specific injection location; a means for aseptically sealing the opening, and an egg holder or tray having an egg immobilization means, which employs either vacuum or a suitable mechanical means to fix the position of the egg or plurality of eggs, and a light source, or plurality of light sources, which is a component of the mapping means,
A compound of the formula: or a pharmaceutically acceptable salt thereof, wherein X is -PO O-R 1, or -PO(O - M +)O-R 1; M + is a pharmaceutically acceptable monovalent cation; R 1 is (C 1 -C 20)-alkyl, (C 2 -C 20)-alkenyl, -(CH 2 CH 2 O) n CH 3, or R 2; wherein said alkyl on alkenyl is optionally substituted with R 2, -OR 9, -N(R 9) 2, -CN, -C OR 9, -C N(R 9) 2, - N(R 9)-C -R 9, halogen, -CF 3, or -NO 2; each R 2 is independently a 5-6 membered carbocyclic or heterocyclic aliphatic ring system; wherein any of said heterocyclic ring systems contains one or more heteroatoms selected from O, N, and N(R 9); and wherein any of said ring systems optionally contains 1 to 4 substituents independently selected from -OH, C 1 -C 4 alkyl, and -O-(C 1 -C 4)-alkyl; each R 9 is independently H or a C 1 -C 4 alkyl group; and n is an integer 1 to 5. X is -PO O-R 1, or -PO(O - M +)O-R 1; M + is a pharmaceutically acceptable monovalent cation; R 1 is (C 1 -C 20)-alkyl, (C 2 -C 20)-alkenyl, -(CH 2 CH 2 O) n CH 3, or R 2; wherein said alkyl on alkenyl is optionally substituted with R 2, -OR 9, -N(R 9) 2, -CN, -C OR 9, -C N(R 9) 2, - N(R 9)-C -R 9, halogen, -CF 3, or -NO 2; each R 2 is independently a 5-6 membered carbocyclic or heterocyclic aliphatic ring system; wherein any of said heterocyclic ring systems contains one or more heteroatoms selected from O, N, and N(R 9); and wherein any of said ring systems optionally contains 1 to 4 substituents independently selected from -OH, C 1 -C 4 alkyl, and -O-(C 1 -C 4)-alkyl; each R 9 is independently H or a C 1 -C 4 alkyl group; and n is an integer 1 to 5.
A method of imaging within an absorptive object comprising: placing transmit and receive antennas (120, 385, 130) in close proximity to a surface of said object such that RF coupling occurs; transmitting electromagnetic pulses from the transmit antenna (120, 385) into the object; and receiving a receive signal at the receive antenna simultaneously with the transmit antenna (120, 385) transmitting said pulses; wherein the transmitting and receiving comprises the following steps: a) setting a threshold level for the receive signal strength; b) transmitting one or more pulses; c) sampling the receive signal at a series of points in time, and comparing the receive signal at each of the points in time for said one or more pulses with the threshold level; d) changing the threshold level; e) repeating steps b), c) and optionally d) one or more times; wherein a counter array has an element for each sample time in the series and wherein each time a receive signal corresponding to that sample time is compared with a threshold, the array element corresponding to the sample time is altered dependent upon the result of the comparison. placing transmit and receive antennas (120, 385, 130) in close proximity to a surface of said object such that RF coupling occurs; transmitting electromagnetic pulses from the transmit antenna (120, 385) into the object; and receiving a receive signal at the receive antenna simultaneously with the transmit antenna (120, 385) transmitting said pulses; wherein the transmitting and receiving comprises the following steps: a) setting a threshold level for the receive signal strength; b) transmitting one or more pulses; c) sampling the receive signal at a series of points in time, and comparing the receive signal at each of the points in time for said one or more pulses with the threshold level; d) changing the threshold level; e) repeating steps b), c) and optionally d) one or more times; a) setting a threshold level for the receive signal strength; b) transmitting one or more pulses; c) sampling the receive signal at a series of points in time, and comparing the receive signal at each of the points in time for said one or more pulses with the threshold level; d) changing the threshold level; e) repeating steps b), c) and optionally d) one or more times; wherein a counter array has an element for each sample time in the series and wherein each time a receive signal corresponding to that sample time is compared with a threshold, the array element corresponding to the sample time is altered dependent upon the result of the comparison.
3D printing device, comprising: - a movable unit comprising - a superconductor; and - a printing head arrangement for printing a printing material; the 3D printing device further comprising - a magnetic field generator adapted to generate a magnetic field; and - a control device, wherein - the magnetic field generator and the movable unit are adapted for coupling in a force-locking manner by means of frozen magnetic flux between the magnetic field generator and the superconductor, and - the controlling device is adapted to control a magnetic field strength of the magnetic field generator. - a movable unit comprising - a superconductor; and - a printing head arrangement for printing a printing material; - a superconductor; and - a printing head arrangement for printing a printing material; - a magnetic field generator adapted to generate a magnetic field; and - a control device, wherein - the magnetic field generator and the movable unit are adapted for coupling in a force-locking manner by means of frozen magnetic flux between the magnetic field generator and the superconductor, and - the controlling device is adapted to control a magnetic field strength of the magnetic field generator.
Method of manufacturing a sheet comprising photocatalytic nanoparticles, the method comprising the steps of: • impregnating (41, 42) a paper sheet with a polymer resin, comprising wear resistant particles; • drying the polymer resin; • spraying (43, 40) the paper sheet with the dry polymer resin with an impregnation fluid composition comprising dispersed photocatalytic nanoparticles; • drying and/or at least partly curing (44, 45) said impregnated paper sheet comprising the polymer resin and the impregnation fluid, wherein the photocatalytic nanoparticles comprise photocatalytically active nanoparticles of TiO 2, wherein said nanoparticles have a primary particle size of < 50 nm, wherein the concentration of said photocatalytic nanoparticle impregnation fluid is > 1 wt%, and wherein the amount of impregnation fluid composition per square meter of the applied surface is in the range 1-200 ml/m 2. • impregnating (41, 42) a paper sheet with a polymer resin, comprising wear resistant particles; • drying the polymer resin; • spraying (43, 40) the paper sheet with the dry polymer resin with an impregnation fluid composition comprising dispersed photocatalytic nanoparticles; • drying and/or at least partly curing (44, 45) said impregnated paper sheet comprising the polymer resin and the impregnation fluid,
A method for transmitting data, characterized by comprising: receiving, by a terminal device, configuration information through a Radio Resource Control, RRC, signaling sent by a network device, wherein the configuration information is used to configure one or more Slot Format Indicators, SFIs, corresponding to one or more Bandwidth Parts, BWPs, configured for the terminal device; wherein the configuration information comprises a corresponding relationship between a BWP and an SFI; determining, by the terminal device, a currently used target SFI according to the configuration information; and performing, by the terminal device, data transmission according to the target SFI; wherein the target SFI is used to indicate a slot structure corresponding to each slot of N slots, wherein a same slot structure is repeated for every N slots, N is a positive integer greater than 1; wherein performing, by the terminal device, the data transmission according to the target SFI, comprises: taking, by the terminal device, N slots as a cycle, and performing, by the terminal device, the data transmission within every N slots according to the slot structure corresponding to the each slot of the N slots. receiving, by a terminal device, configuration information through a Radio Resource Control, RRC, signaling sent by a network device, wherein the configuration information is used to configure one or more Slot Format Indicators, SFIs, corresponding to one or more Bandwidth Parts, BWPs, configured for the terminal device; wherein the configuration information comprises a corresponding relationship between a BWP and an SFI; determining, by the terminal device, a currently used target SFI according to the configuration information; and performing, by the terminal device, data transmission according to the target SFI; wherein the target SFI is used to indicate a slot structure corresponding to each slot of N slots, wherein a same slot structure is repeated for every N slots, N is a positive integer greater than 1; wherein performing, by the terminal device, the data transmission according to the target SFI, comprises: taking, by the terminal device, N slots as a cycle, and performing, by the terminal device, the data transmission within every N slots according to the slot structure corresponding to the each slot of the N slots. taking, by the terminal device, N slots as a cycle, and performing, by the terminal device, the data transmission within every N slots according to the slot structure corresponding to the each slot of the N slots.