mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula I: or a salt thereof, wherein: R 1 is H, (C 1 -C 4)alkyl, phenyl, or benzyl; R 2 is halo, or (C 1 -C 4)alkyl that is optionally substituted with one or more halo; R 3 is H and R 4 is -N(R a)SO 2 R c,-N(R a)C(=S)N(R a)R c, or - -N(R a)C(=O)N(R a)R c; R 5 is H, (C 1 -C 4)alkyl, or halo; each R a is independently H or (C 1 -C 4)alkyl; and R c is (C 2 -C 6)alkyl that is optionally substituted with one or more groups independently selected from the group consisting of halo, (C 3 -C 6)cycloalkyl, phenyl, (C 1 -C 4)alkoxy, trifluoromethyl, and cyano. R 1 is H, (C 1 -C 4)alkyl, phenyl, or benzyl; R 2 is halo, or (C 1 -C 4)alkyl that is optionally substituted with one or more halo; R 3 is H and R 4 is -N(R a)SO 2 R c,-N(R a)C(=S)N(R a)R c, or - -N(R a)C(=O)N(R a)R c; R 5 is H, (C 1 -C 4)alkyl, or halo; each R a is independently H or (C 1 -C 4)alkyl; and R c is (C 2 -C 6)alkyl that is optionally substituted with one or more groups independently selected from the group consisting of halo, (C 3 -C 6)cycloalkyl, phenyl, (C 1 -C 4)alkoxy, trifluoromethyl, and cyano.
A saturated liquor ratio conveyor-driving atmospheric fabric dyeing machine comprising a machine body having an interior space in which a conveyor device is installed to convey fabric for circulating movement, wherein the conveyor device is set in a parallel arrangement along a length and a width of the machine body and is designed, at a length of a front end or a rear end or both thereof, with an inclination adjusting section having an adjustable or fixed inclination angle, and a built-in heat exchanger and filter net assembly is equipped in a water storage tank mounted to a bottom of the machine body; and wherein a dyeing tube is equipped above the machine body and is connected to a front end and a rear end of the machine body, a first nozzle being equipped at a front end of the dyeing tube, characterized in that: the interior space of the machine body is of lateral cross-section that has a rectangular shape or a shape similar to a rectangle, so as to allow for optimization of an internal structure in the interior space of the machine body to enhance performance of the dyeing machine and also to increase loading capacity of the fabric to be dyed, wherein the dyeing tube comprises a second nozzle at a rear end of said dyeing tube, a fabric plaiting down device at the rear end of the dyeing tube and located in a lower part of the machine body, and a fabric guide device equipped at a location corresponding to and below the fabric plaiting down device. wherein a dyeing tube is equipped above the machine body and is connected to a front end and a rear end of the machine body, a first nozzle being equipped at a front end of the dyeing tube, characterized in that: the interior space of the machine body is of lateral cross-section that has a rectangular shape or a shape similar to a rectangle, so as to allow for optimization of an internal structure in the interior space of the machine body to enhance performance of the dyeing machine and also to increase loading capacity of the fabric to be dyed, wherein the dyeing tube comprises a second nozzle at a rear end of said dyeing tube, a fabric plaiting down device at the rear end of the dyeing tube and located in a lower part of the machine body, and a fabric guide device equipped at a location corresponding to and below the fabric plaiting down device.
A method, comprising: monitoring, by a trapping module, a memory for memory conditions, and requesting control of the memory from a processor if a pre-defined memory location is accessed; obtaining information about an application by accessing memory and sending said information to a security engine, said security engine comprising a tamper resistant environment separated from an operating system of a host, and said information including a hash of the application; receiving a traffic flow at by the security engine from an application,; applying a security token to the traffic flow; adding said information about the application to the traffic flow,;and sending the traffic flow to a server. monitoring, by a trapping module, a memory for memory conditions, and requesting control of the memory from a processor if a pre-defined memory location is accessed; obtaining information about an application by accessing memory and sending said information to a security engine, said security engine comprising a tamper resistant environment separated from an operating system of a host, and said information including a hash of the application; receiving a traffic flow at by the security engine from an application,; applying a security token to the traffic flow; adding said information about the application to the traffic flow,;and sending the traffic flow to a server.
A method performed by an access device (110, 140), the method comprising: sending from the access device (110, 140) to a user equipment, UE, on a physical downlink control channel, PDCCH, a first downlink control information, DCI, set with DCI formats (402, 404, 406; 502, 504, 506, 508) containing a carrier indicator field, CIF (405, 507); sending from the access device to the UE a radio resource control, RRC, command indication to order the UE to switch from using the first DCI set to using a second DCI set; characterized in that the RRC command indication causing the UE to reconfigure, when carriers are aggregated for use by the UE, for switching from monitoring the first downlink control information, DCI, set to monitoring the second DCI set such that after the UE is caused to reconfigure for switching from monitoring the first DCI set to monitoring the second DCI set, the UE is caused to temporarily monitors both the first DCI set and the second DCI set on the PDCCH; and wherein the first DCI set comprises a set of DCI formats having a first CIF size, and wherein the second DCI set comprises a set of DCI formats having a second different CIF size. sending from the access device (110, 140) to a user equipment, UE, on a physical downlink control channel, PDCCH, a first downlink control information, DCI, set with DCI formats (402, 404, 406; 502, 504, 506, 508) containing a carrier indicator field, CIF (405, 507); sending from the access device to the UE a radio resource control, RRC, command indication to order the UE to switch from using the first DCI set to using a second DCI set; characterized in that the RRC command indication causing the UE to reconfigure, when carriers are aggregated for use by the UE, for switching from monitoring the first downlink control information, DCI, set to monitoring the second DCI set such that after the UE is caused to reconfigure for switching from monitoring the first DCI set to monitoring the second DCI set, the UE is caused to temporarily monitors both the first DCI set and the second DCI set on the PDCCH; and wherein the first DCI set comprises a set of DCI formats having a first CIF size, and wherein the second DCI set comprises a set of DCI formats having a second different CIF size.
A running gear for a rail vehicle, in particular a high speed rail vehicle, comprising - a wheel set, - a running gear frame and - a shielding device; - said running gear frame being supported on said wheel set; - said shielding device being connected to said running gear frame via a support structure and being spatially associated to at least a shielded component of said running gear; - said shielding device shielding a shielded part (107.1) of said shielded component against impacts of objects, in particular pieces of ballast, lifted from a track used during operation of said vehicle; - said shielding device and/or said support structure comprising an impact energy absorbing device (109.2, 109.3, 110); - said impact energy absorbing device (109.2, 109.3, 110) being adapted to absorb a noticeable fraction of an impact energy of one of said objects hitting said shielding device; - said impact energy absorbing device (109.2, 109.3, 110) comprising a first impact energy absorbing element (109.2, 109.3) arranged at said shielding device and forming at least a part of an impact surface (109.4) for said objects; characterized in that - said first impact energy absorbing element (109.2, 109.3) comprises a wood material as an impact energy absorbing material, said wood material forming at least said part of said impact surface (109.4). - a wheel set, - a running gear frame and - a shielding device; - said running gear frame being supported on said wheel set; - said shielding device being connected to said running gear frame via a support structure and being spatially associated to at least a shielded component of said running gear; - said shielding device shielding a shielded part (107.1) of said shielded component against impacts of objects, in particular pieces of ballast, lifted from a track used during operation of said vehicle; - said shielding device and/or said support structure comprising an impact energy absorbing device (109.2, 109.3, 110); - said impact energy absorbing device (109.2, 109.3, 110) being adapted to absorb a noticeable fraction of an impact energy of one of said objects hitting said shielding device; - said impact energy absorbing device (109.2, 109.3, 110) comprising a first impact energy absorbing element (109.2, 109.3) arranged at said shielding device and forming at least a part of an impact surface (109.4) for said objects; - said first impact energy absorbing element (109.2, 109.3) comprises a wood material as an impact energy absorbing material, said wood material forming at least said part of said impact surface (109.4).
A method for preparing a superabsorbent polymer comprising: a) preparing a hydrogel phase polymer by thermopolymerizing or photopolymerizing a monomer composition including a water-soluble ethylenically unsaturated monomer and a polymerization initiator; b) adding particles having properties of the following i) and ii) to the hydrogel phase polymer; c) chopping the particle-added hydrogel phase polymer; d) drying the hydrogel phase polymer; e) milling the dried hydrogel phase polymer; f) adding a surface crosslinking agent to the milled hydrogel phase polymer; and g) carrying out a surface crosslinking reaction, wherein i) BET specific surface area of 300 m 2 /g to 1500 m 2 /g and ii) porosity of 50% or greater, wherein the BET specific surface area and the porosity are measured using a BET analyzer, wherein the particles are one or more types selected from the group consisting of silica, alumina, carbon and titania (TiO 2). a) preparing a hydrogel phase polymer by thermopolymerizing or photopolymerizing a monomer composition including a water-soluble ethylenically unsaturated monomer and a polymerization initiator; b) adding particles having properties of the following i) and ii) to the hydrogel phase polymer; c) chopping the particle-added hydrogel phase polymer; d) drying the hydrogel phase polymer; e) milling the dried hydrogel phase polymer; f) adding a surface crosslinking agent to the milled hydrogel phase polymer; and g) carrying out a surface crosslinking reaction,
System for optically detecting a finger rest of a glass syringe, comprising a glass syringe which has, along its longitudinal axis, a cylindrical syringe body having a front end with a bore and having a rear end with a finger rest, comprising an optical image detection unit for detecting the finger rest of the glass syringe, wherein the optical image detection unit comprises a line camera having a line-shaped detection region, and comprising a movement unit which is configured to move the glass syringe and the line camera relative to each other in such a way that the finger rest of the glass syringe is guided over the detection region of the line camera, or vice versa, wherein the optical image detection unit is configured to receive the glass syringe such that at least the syringe body of the glass syringe is arranged along the longitudinal axis between the finger rest of the glass syringe and the image detection unit, wherein the image detection unit is configured to detect the finger rest of the glass syringe past the outside of the syringe body of the glass syringe along the longitudinal axis, wherein the image detection unit has a lens that has such a large focal length that light rays from the finger rest of the glass syringe can be detected approximately in parallel by the lens, wherein the lens has a telecentric focal length or a hypercentric focal length. wherein the optical image detection unit comprises a line camera having a line-shaped detection region, and comprising a movement unit which is configured to move the glass syringe and the line camera relative to each other in such a way that the finger rest of the glass syringe is guided over the detection region of the line camera, or vice versa, wherein the optical image detection unit is configured to receive the glass syringe such that at least the syringe body of the glass syringe is arranged along the longitudinal axis between the finger rest of the glass syringe and the image detection unit, wherein the image detection unit is configured to detect the finger rest of the glass syringe past the outside of the syringe body of the glass syringe along the longitudinal axis, wherein the image detection unit has a lens that has such a large focal length that light rays from the finger rest of the glass syringe can be detected approximately in parallel by the lens, wherein the lens has a telecentric focal length or a hypercentric focal length.
Integrated screen nozzle for self-protection, which being devised for the creation of an integrated safety zone and designed for self-protection, the protection and safeguarding of persons and property in situations of risk, derived from entrapment in fire emergencies of all kinds: forest, interface, agricultural, urban and industrial, the nozzle comprising a connector for coupling to the corresponding supply of water for extinction; and next to which connector there lies a flow meter which measures the flow of fluid, a connecting tube between the flow meter and a protection- projection screen, of semicircular configuration complemented with some anchorage points for support upon the ground, these anchorage points being adjustable in height so as to allow the angle of projection of the fluid (water) to be changed and oriented, with respect to the horizontal plane of the ground; and being characterized in that the protection-projection screen have a slight warping which allows different water projection and where said warping gives rise to two collateral planes, where one collateral plane converge towards the integrated nozzle structure and the other collateral plane converge outwards with respect to the integrated nozzle structure and what also incorporates a dispenser of chemical agents between the flow meter and the connecting tube for mixing retardant or humectant agents with the water, being said dispenser connected via a conduit to a chemical agent deposit, and having an anti-return valve; and wherein upon the chemical agent deposit, there is a support which at its upper part, forms a handle, and wherein the deposit comprises in its upper part a lid for closure and a housing for a GPS geolocator with a S.O.S. button.
A backrest pillow comprising: a back section comprising opposite front and back surfaces (14,16) that each extend between opposite top and bottom surfaces (18, 20), the surfaces (14, 16, 18, 20) each extending between opposite first and second side surfaces (22, 24); and spaced apart first and second arms (26, 28) that each extend outwardly from the front surface, the first arm comprising an inner surface (26A, 28A) and an opposite outer surface (26B, 28B) that is continuous with the first side surface, the second arm comprising an inner surface (26A, 28A) and an opposite outer surface (26B, 28B) that is continuous with the second side surface, the inner surfaces being continuous with the front surface, wherein the top surface (18, 20) and the side surfaces each include a first portion comprising a first material and a second portion comprising a second material that is different from the first material, wherein the first material has a porosity that is greater than that of the second material, the pillow being configured such that air moves into an interior cavity of the pillow through the first portion of the top surface (18, 20) and exits the cavity through the first portions of the side surfaces. a back section comprising opposite front and back surfaces (14,16) that each extend between opposite top and bottom surfaces (18, 20), the surfaces (14, 16, 18, 20) each extending between opposite first and second side surfaces (22, 24); and spaced apart first and second arms (26, 28) that each extend outwardly from the front surface, the first arm comprising an inner surface (26A, 28A) and an opposite outer surface (26B, 28B) that is continuous with the first side surface, the second arm comprising an inner surface (26A, 28A) and an opposite outer surface (26B, 28B) that is continuous with the second side surface, the inner surfaces being continuous with the front surface, wherein the top surface (18, 20) and the side surfaces each include a first portion comprising a first material and a second portion comprising a second material that is different from the first material, wherein the first material has a porosity that is greater than that of the second material, the pillow being configured such that air moves into an interior cavity of the pillow through the first portion of the top surface (18, 20) and exits the cavity through the first portions of the side surfaces.
Gas laser comprising a fan for circulating laser gas, the fan having a shaft which is supported by means of at least one radial gas bearing (21, 22) and at least one axial gas bearing, wherein the radial gas bearing comprises at least one stationary (23, 24) bearing face and at least one rotating (46, 47) bearing face, and the rotating bearing face of which has a fish-bone groove pattern (37, 38), wherein the axial gas bearing has two rotating bearing faces (48, 49) and two stationary bearing faces (26, 27) which are arranged at both sides of a plate, one or both rotating bearing faces (48, 49) of the axial gas bearing are structured with a fish-bone groove pattern (41, 42), wherein the at least one stationary bearing face (23, 24) of the radial gas bearing (21, 22) and the stationary bearing faces (26, 27) of the axial gas bearing each comprise at least one outlet channel (33, 34, 35, 36) for applying an external pressure, and wherein at least one of the stationary bearing faces (23, 24) of the at least one radial gas bearing (21, 22) and/or of the axial gas bearing is surrounded in the peripheral direction by two annular elements (50, 51) in each case, in particular from an elastic material, and wherein the two annular elements are located above or below an outlet channel (33, 34, 35, 36).
Unit comprising an impaction device and a stem, said device being intended to impart a blow to the stem, the stem itself being coupled to an element forming an insert intended to be inserted into a receiving element, in particular a ceramic insert in a cup of a cotyloid cavity of a hip; the impaction device comprising: - an element forming a barrel defining a channel or an internal chamber that has an opening via which at least part of the stem, in particular a proximal end segment of the stem, is inserted; - means (10, 11) of applying a blow intended to apply to the part of the stem introduced into the chamber a pre-determined blow force; and - means (12, 13, 14, 42, 43) for triggering the blow application means, characterized in that pre-stressing means are provided which enable the user to press the device against the stem before triggering the triggering means and so the action of the hammer on the stem, the arrangement being such that in at least a first so-called blow application position, the proximal end segment of the stem is located at least partially within the channel, and in a second position, after application of the blow, the proximal end segment of the stem is located outside of the channel, wherein the pre-stressing means comprise a runner that is fitted so as to slide relative to the element forming the barrel, and means are provided that form a stop originating from the stem intended to strike against the edge of the distal opening of the runner. - an element forming a barrel defining a channel or an internal chamber that has an opening via which at least part of the stem, in particular a proximal end segment of the stem, is inserted; - means (10, 11) of applying a blow intended to apply to the part of the stem introduced into the chamber a pre-determined blow force; and - means (12, 13, 14, 42, 43) for triggering the blow application means,
A method of preventing gel formation of a GnRH antagonist which comprises contacting the GnRH antagonist with a counter-ion derived from trifluoroacetic acid or sulfuric acid in an amount and at a molar ratio sufficient to provide a fluid, milky microcrystalline aqueous suspension of the GnRH antagonist without formation of a gel.
A repeater of a mobile broadcasting system comprising: a receiver configured to receive first uplink information from a first terminal and second uplink information from a second terminal, wherein the first uplink information and the second uplink information are associated with broadcast services; a controller configured to: classify the first uplink information and the second uplink information by broadcast service, and generate third uplink information per broadcast service; and a transmitter configured to transmit the third uplink information to a corresponding broadcasting station. a receiver configured to receive first uplink information from a first terminal and second uplink information from a second terminal, wherein the first uplink information and the second uplink information are associated with broadcast services; a controller configured to: classify the first uplink information and the second uplink information by broadcast service, and generate third uplink information per broadcast service; and a transmitter configured to transmit the third uplink information to a corresponding broadcasting station. classify the first uplink information and the second uplink information by broadcast service, and generate third uplink information per broadcast service; and a transmitter configured to transmit the third uplink information to a corresponding broadcasting station.