mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a light source ; a diffraction grating configured to redirect light from the light source toward a sample to thereby illuminate the sample with substantially collimated directional light; a slab waveguide configured to carry the light from the light source to the diffraction grating; a collimating lens configured to collimate the light from the light source, wherein the collimating lens is configured to direct the light into the slab waveguide at an angle; and an image sensor configured to detect a diffraction pattern created from interference between light scattered by the sample and the substantially collimated directional light unscattered by the sample; characterized in that the the image sensor is configured to capture a plurality of exposures of the sample; and the apparatus further comprises means to adjust an angle of incidence of the substantially collimated directional light on the sample, by adjusting a position of the light source relative to the collimating lens, to illuminate the sample with substantially collimated directional light having a different angle of incidence for each of the plurality of exposures. a light source ; a diffraction grating configured to redirect light from the light source toward a sample to thereby illuminate the sample with substantially collimated directional light; a slab waveguide configured to carry the light from the light source to the diffraction grating; a collimating lens configured to collimate the light from the light source, wherein the collimating lens is configured to direct the light into the slab waveguide at an angle; and an image sensor configured to detect a diffraction pattern created from interference between light scattered by the sample and the substantially collimated directional light unscattered by the sample; characterized in that the the image sensor is configured to capture a plurality of exposures of the sample; and the apparatus further comprises means to adjust an angle of incidence of the substantially collimated directional light on the sample, by adjusting a position of the light source relative to the collimating lens, to illuminate the sample with substantially collimated directional light having a different angle of incidence for each of the plurality of exposures.
A composition for use in maintaining a healthy microflora balance in the urogenital area of a patient in need thereof by topically administering the composition to the urogenital area of a patient, the composition comprising a single therapeutic agent selected from the group consisting of maltitol, pullulan, maltotriose, 2-deoxy-D-ribose, 1-kestose and erlose and an aqueous solvent.
An organic hydrophilic coating composition, comprising: a polyvinyl alcohol resin as a resin component, wherein the polyvinyl alcohol resin comprises a completely saponified polyvinyl alcohol having a degree of saponification of 97 mol% or more and 99.8 mol% or less; as a resin component, a polyethylene glycol resin in addition to the polyvinyl alcohol resin; and a phenol compound as an additional component, wherein the phenol compound, which is contained as the additional component, is selected from phenol antioxidants, has two or more hydroxyphenyl groups in its molecule, and each of the hydroxyphenyl groups has a bulky substituent that exhibits an effect of steric hindrance on a hydroxyl group. a polyvinyl alcohol resin as a resin component, wherein the polyvinyl alcohol resin comprises a completely saponified polyvinyl alcohol having a degree of saponification of 97 mol% or more and 99.8 mol% or less; as a resin component, a polyethylene glycol resin in addition to the polyvinyl alcohol resin; and a phenol compound as an additional component, wherein the phenol compound, which is contained as the additional component, is selected from phenol antioxidants, has two or more hydroxyphenyl groups in its molecule, and each of the hydroxyphenyl groups has a bulky substituent that exhibits an effect of steric hindrance on a hydroxyl group.
A device configured to perform a biopsy of soft, especially human, tissue having a cutting system (T) consisting of a cutting sleeve with a cutting edge located on a cutting bit which can be detached, on the internal surface of the cutting sleeve , close to the cutting bit , there is a circumferential channel which is connected by a pass-through hole with a longitudinal guiding groove which is formed on the external surface of the cutting sleeve , wherein in the circumferential channel , in the pass-through hole and in the longitudinal guiding groove there is a tie whose ends are led outside of the cutting system (T) to the drive system (N) wherein on the cutting sleeve there is a protective sleeve fitted and an expanding sleeve is inserted within the cutting sleeve , characterized in that the tie is flaccid and the expanding sleeve enables the formation of a cutting loop from the middle part of the flaccid tie .
A castable refractory composition comprising: 5% to 95% by weight of alumina, aluminosilicate, or mixtures thereof, up to 70% by weight silicon carbide, 1% to 10% by weight carbon, 0.5% to 5% by weight alkaline earth metal oxide and/or hydroxide, and 0.1% to 5% by weight of silica having a surface area of at least 10 m 2 /g; wherein the refractory composition does not utilise colloidal silica suspensions; wherein the refractory composition includes no more than 0.5% by weight of cementitious binder; wherein the refractory composition, following mixing within water produces less than 25 cm 3 of hydrogen gas per kg of wetted castable refractory composition; and wherein the refractory compositions sets on addition of water. 5% to 95% by weight of alumina, aluminosilicate, or mixtures thereof, up to 70% by weight silicon carbide, 1% to 10% by weight carbon, 0.5% to 5% by weight alkaline earth metal oxide and/or hydroxide, and 0.1% to 5% by weight of silica having a surface area of at least 10 m 2 /g; wherein the refractory composition does not utilise colloidal silica suspensions; wherein the refractory composition includes no more than 0.5% by weight of cementitious binder; wherein the refractory composition, following mixing within water produces less than 25 cm 3 of hydrogen gas per kg of wetted castable refractory composition; and wherein the refractory compositions sets on addition of water.
An antenna system comprising dipoles , a reflector , and a dipole fixation for fixing the dipoles on the reflector , the dipole fixation comprising: fixing members passing through apertures on the reflector to fix the dipoles on the reflector ; a first non-conductive member arranged between the dipoles and the reflector ; characterized in that a second non-conductive member is arranged between the fixing members and the reflector , wherein the fixing members are metal fixing members, and wherein the first non-conductive member and/or the second non-conductive member is provided with a bulge axially extending into the apertures on the reflector .
A method for manufacturing a fiber-reinforced resin molded article comprising: a step of overlaying a sheet molding compound , an article constituting a barrier layer, and a prepreg to be laminated in this order; wherein the article has a structure with a plurality of fibers crossing one another and is not impregnated with a composition containing a resin, and wherein the prepreg is either a UD prepreg or a cloth prepreg respectively impregnated with a composition containing thermosetting resin, and a step of carrying out molding by melting a resin of the sheet molding compound ; wherein the barrier layer is a layer formed by the molding and interposed between a layer composed of a cured product of the sheet molding compound and a layer composed of a cured product of the prepreg , and wherein a resin derived from the prepreg is present on a surface layer part of the barrier layer being in contact with the layer composed of a cured product of the prepreg , and also near the surface layer part in thickness direction, wherein near the surface layer part in thickness direction means a range from the surface layer part to almost half of the thickness of the barrier layer . a step of overlaying a sheet molding compound , an article constituting a barrier layer, and a prepreg to be laminated in this order; wherein the article has a structure with a plurality of fibers crossing one another and is not impregnated with a composition containing a resin, and wherein the prepreg is either a UD prepreg or a cloth prepreg respectively impregnated with a composition containing thermosetting resin, and wherein the article has a structure with a plurality of fibers crossing one another and is not impregnated with a composition containing a resin, and wherein the prepreg is either a UD prepreg or a cloth prepreg respectively impregnated with a composition containing thermosetting resin, a step of carrying out molding by melting a resin of the sheet molding compound ; wherein the barrier layer is a layer formed by the molding and interposed between a layer composed of a cured product of the sheet molding compound and a layer composed of a cured product of the prepreg , and wherein a resin derived from the prepreg is present on a surface layer part of the barrier layer being in contact with the layer composed of a cured product of the prepreg , and also near the surface layer part in thickness direction, wherein near the surface layer part in thickness direction means a range from the surface layer part to almost half of the thickness of the barrier layer . wherein the barrier layer is a layer formed by the molding and interposed between a layer composed of a cured product of the sheet molding compound and a layer composed of a cured product of the prepreg , and wherein a resin derived from the prepreg is present on a surface layer part of the barrier layer being in contact with the layer composed of a cured product of the prepreg , and also near the surface layer part in thickness direction, wherein near the surface layer part in thickness direction means a range from the surface layer part to almost half of the thickness of the barrier layer .
A computer system comprising: at least one client computing device configured to run a first Software as a Service, SaaS, application session within a first browser ; and a server cooperating with the at least one client computing device and being configured to store a series of browser commands including an HTTP request executed by the first browser during the first SaaS application session, and run a second SaaS application session within a second browser on the at least one client computing device replicating a state of the first SaaS application session based upon the series of stored browser commands, wherein replicating the state comprises determining whether a recorded state for the HTTP request exists and when the recorded state for the HTTP request exists, playing a response from the recorded state, and when the recorded state for the HTTP request does not exist, re-sending the HTTP request from the second browser to a target host. at least one client computing device configured to run a first Software as a Service, SaaS, application session within a first browser ; and a server cooperating with the at least one client computing device and being configured to store a series of browser commands including an HTTP request executed by the first browser during the first SaaS application session, and run a second SaaS application session within a second browser on the at least one client computing device replicating a state of the first SaaS application session based upon the series of stored browser commands, store a series of browser commands including an HTTP request executed by the first browser during the first SaaS application session, and run a second SaaS application session within a second browser on the at least one client computing device replicating a state of the first SaaS application session based upon the series of stored browser commands, wherein replicating the state comprises determining whether a recorded state for the HTTP request exists and when the recorded state for the HTTP request exists, playing a response from the recorded state, and when the recorded state for the HTTP request does not exist, re-sending the HTTP request from the second browser to a target host.
Vehicle tyre comprising a tread , sidewalls and a tyre inner side , with foam being arranged on the tyre inner side , a membrane that is designed for damping soundwaves being connected to the foam , an electronics module being arranged on the tyre inner side , and the membrane being coupled to the electronics module , characterized in that at least one outer side of the electronics module is fastened directly on the tyre inner side .
An aqueous solution containing carbohydrate for generating smoke, wherein the aqueous solution consists of 91.9-98.95wt% of pure water, 1-8wt% of carbohydrate, and 0.05-0.1wt% of a water soluble aromatic substance of orange flavor.
A method for providing access to an account maintained by an institution, wherein the account is associated by the institution with an account number, an identifier that is unique to the account among accounts that the institution maintains that are accessible at a server by users via a wide area network, and authentication data that the institution requires to be submitted to the institution as a condition to grant access to the account, the method comprising the steps of: generating by a user device a login credential derived, from data associated with the account according to a predetermined conversion algorithm, wherein the login credential is different from the account number associated with the account, and wherein the login credential has the same number of digits as the account number and includes a first set of digits corresponding to the identifier and a second set of digits corresponding to the authentication data transmitting the login credential from the user device to a server maintained by the institution by accessing the server by the user device via a wide area network ; and in response to confirmation by the institution that the login credential received by the institution from the transmitting step corresponds to the account, and that the authentication data authenticates a user of the user device, interacting with the account from the user device by accessing the server by the user device via the wide area network. generating by a user device a login credential derived, from data associated with the account according to a predetermined conversion algorithm, wherein the login credential is different from the account number associated with the account, and wherein the login credential has the same number of digits as the account number and includes a first set of digits corresponding to the identifier and a second set of digits corresponding to the authentication data transmitting the login credential from the user device to a server maintained by the institution by accessing the server by the user device via a wide area network ; and in response to confirmation by the institution that the login credential received by the institution from the transmitting step corresponds to the account, and that the authentication data authenticates a user of the user device, interacting with the account from the user device by accessing the server by the user device via the wide area network.
Device for dosing and/or weighing of bulk material, comprising at least one bulk material shut-off element, characterized in that the bulk material shut-off element can be actuated by at least one electromechanical actuating drive , wherein said actuation of the bulk material shut-off element is an opening and/or closing thereof, wherein the actuating drive comprises - an electric motor , - control and drive electronics allocated to the electric motor , and wherein the electromechanical actuating drive comprises energy storage means . - an electric motor , - control and drive electronics allocated to the electric motor , and wherein the electromechanical actuating drive comprises energy storage means .
Gate system for a building opening with a large clear width comprising at least one roller door and/or roller grill provided thereon, the gate system having a door system which comprises a door and at least one support guide device which is provided on the door for supporting and laterally guiding the roller door and/or roller grill, characterized in that the gate system comprises a runner which is designed for horizontal displacement of the door system .
A method of manufacturing a permanent magnet expressed by a composition formula: R p Fe q M r Cu t Co 100 - p - q - r - t where R represents at least one element selected from the group consisting of rare earth elements, M represents at least one element selected from a group consisting of Zr, Ti, and Hf, p is a number satisfying 10.5 ≤ p ≤ 12.4 atomic percent, q is a number satisfying 28 ≤ q ≤ 40 atomic percent, r is a number satisfying 0.88 ≤ r ≤ 4.3 atomic percent, and t is a number satisfying 3.5 ≤ t ≤ 13.5 atomic percent, the magnet comprising: a metallic structure including crystal grains which constitutes a main phase having a Th 2 Zn 17 crystal phase, wherein an average value of Fe concentrations in the crystal grains of 20 or more grains is 28 atomic percent or more and an average value of R element concentrations in the crystal grains of 20 or more grains is 10 atomic percent or more, the method is characterised by sintering a green compact corresponding in composition to the composition formula defined above by performing a heat treatment by holding the green compact at a temperature of not lower than 1180°C nor higher than 1220°C under an inert gas atmosphere for not less than 3 hours nor more than 15 hours, wherein the pressure is first held at a value of not less than 10 kPa nor more than 80 kPa for not less than 1 hour nor more than 8 hours, followed by holding the pressure at a value of not less than 110 kPa nor more than 250 kPa for the remaining time. a metallic structure including crystal grains which constitutes a main phase having a Th 2 Zn 17 crystal phase, wherein an average value of Fe concentrations in the crystal grains of 20 or more grains is 28 atomic percent or more and an average value of R element concentrations in the crystal grains of 20 or more grains is 10 atomic percent or more, the method is characterised by sintering a green compact corresponding in composition to the composition formula defined above by performing a heat treatment by holding the green compact at a temperature of not lower than 1180°C nor higher than 1220°C under an inert gas atmosphere for not less than 3 hours nor more than 15 hours, wherein the pressure is first held at a value of not less than 10 kPa nor more than 80 kPa for not less than 1 hour nor more than 8 hours, followed by holding the pressure at a value of not less than 110 kPa nor more than 250 kPa for the remaining time.
A network regulator connected to a plurality of client systems [12a-f] over a local network , wherein a router provides a network service comprising assigning network addresses to the plurality of client systems [12a-f], the network regulator comprising a hardware processor and a memory, the hardware processor is configured to: in response to receiving a set of security settings from a remote configuration server , configure the network regulator according to the security settings, wherein configuring the network regulator according to the security settings causes the network regulator to protect the plurality of client systems [12a-f] against computer security threats; characterized in that in response to connecting to the router over the local network , set up a tunnel connecting the network regulator to the remote configuration server , wherein setting up the tunnel comprises configuring the network regulator to redirect to the router a communication received via the tunnel, the communication configured to cause a disruption of the network service; and in response to the disruption, take over the network service from the router . in response to receiving a set of security settings from a remote configuration server , configure the network regulator according to the security settings, wherein configuring the network regulator according to the security settings causes the network regulator to protect the plurality of client systems [12a-f] against computer security threats; characterized in that in response to connecting to the router over the local network , set up a tunnel connecting the network regulator to the remote configuration server , wherein setting up the tunnel comprises configuring the network regulator to redirect to the router a communication received via the tunnel, the communication configured to cause a disruption of the network service; and in response to the disruption, take over the network service from the router .
An escalator system comprising: escalator steps ; and a plurality of state sensors including a master sensor and slave sensors , wherein the master sensor is secured to a fixed location on or near the escalator and communicates with individual ones of the slave sensors that are within a predetermined distance of the master sensor , wherein the slave sensors are secured to different ones of the escalator steps , wherein the master sensor is configured to: receive slave sensor data from the slave sensors ; and characterized in that the master sensor is further configured to: transmit data to an escalator call center upon detecting an occurrence of a fault condition from the slave sensor data; and determine from sensor latency in transmissions from the slave sensors the occurrence of the fault condition. escalator steps ; and a plurality of state sensors including a master sensor and slave sensors , wherein the master sensor is secured to a fixed location on or near the escalator and communicates with individual ones of the slave sensors that are within a predetermined distance of the master sensor , wherein the slave sensors are secured to different ones of the escalator steps , wherein the master sensor is configured to: receive slave sensor data from the slave sensors ; and characterized in that the master sensor is further configured to: transmit data to an escalator call center upon detecting an occurrence of a fault condition from the slave sensor data; and determine from sensor latency in transmissions from the slave sensors the occurrence of the fault condition. receive slave sensor data from the slave sensors ; and characterized in that the master sensor is further configured to: transmit data to an escalator call center upon detecting an occurrence of a fault condition from the slave sensor data; and determine from sensor latency in transmissions from the slave sensors the occurrence of the fault condition. transmit data to an escalator call center upon detecting an occurrence of a fault condition from the slave sensor data; and determine from sensor latency in transmissions from the slave sensors the occurrence of the fault condition.