mhurhangee/patent-ind-claim-en huggingface dataset:
An optical fibre termination point including a cassette with an inlet for an incoming glass fibre and an outlet for a plurality of pigtails, wherein the cassette has guide elements for guiding glass fibres and pigtails along pathways, the radius of which is not less than the permissible minimum radius, and a splice tray and a splitter , and wherein the guide elements have two inner guide bodies , which are arranged opposite to one another with a gap between them, wherein the splitter is fastened obliquely in the gap between the two guide bodies , wherein the guide elements further include circular arcuate guide webs close to their two lateral edges, wherein the circular arcuate guide webs externally border an oval storage track , lying in the transverse direction of the cassette , for a fibre coil with individual short guide webs and wherein the incoming glass fibre extends through an opening in a boundary wall extending substantially around the entire cassette , wherein the guide elements, the splice tray , the splitter , the inner guide bodies and the oval storage track for the fibre coil are fixed within the peripheral boundary web and wherein the opening is situated in a lower portion of the peripheral boundary web and the splice tray is situated above the oval storage track between the oval storage track and an upper portion of the boundary web .
A pharmaceutical composition comprising an omega-3 fatty acid formulation and a sleep-inducing agent, for use in the treatment of a patient experiencing depression and not complaining of a sleep disorder, wherein the sleep-inducing agent is a non-benzodiazepine hypnotic, or a salt or solvate therefrom.
A fibrous element comprising a blend comprising a fibrous element-forming polymer and a fast wetting surfactant, wherein said fast wetting surfactant comprises a sulfosuccinate surfactant that has the following structure V wherein R is independently selected from substituted or unsubstituted, linear or branched C 4 -C 7 aliphatic chains and mixtures thereof, and wherein said fast wetting surfactant exhibits a Critical Micellar Concentration in distilled water of greater than 0.15% by weight as measured according to the method described in Paul C. Hiemenz and Raj Rajagopalan, Principles of Colloid and Surface Chemistry 3rd Edition, p253-255.
Use of minoxidil for the preparation of a pharmaceutical composition for treating baldness in a scalp, eyebrow or scarred region of a subject, wherein the treating comprises: (a) disrupting an epidermis of the scalp, eyebrow or scarred region, wherein said disrupting is perforating the epidermis or epidermal layer; and (b) contacting the scalp, eyebrow or scarred region with the pharmaceutical composition. (a) disrupting an epidermis of the scalp, eyebrow or scarred region, wherein said disrupting is perforating the epidermis or epidermal layer; and (b) contacting the scalp, eyebrow or scarred region with the pharmaceutical composition.
A method for testing a chromatography device, the chromatography device having an inlet and an outlet and containing an ion exchange media, the method comprising: (a) providing the ion exchange media having a first ion bound to the ion exchange sites of the ion exchange media; (b) contacting the ion exchange media with a challenge solution, wherein the challenge solution comprises (i) a second ion, which binds to the ion exchange media and (ii) a non-binding species, which does not bind to the ion exchange media, wherein the second ion has a higher binding affinity to the ion exchange media than the first ion; (c) monitoring an outlet fluid from the outlet of the chromatography device with at least one detector wherein both the second ion and the non-binding species are monitored; (d) recording a breakthrough value of (i) the second ion and (ii) the non-binding species; and (e) calculating a net breakthrough value using the breakthrough value of the non-binding species and the breakthrough value of the second ion. (a) providing the ion exchange media having a first ion bound to the ion exchange sites of the ion exchange media; (b) contacting the ion exchange media with a challenge solution, wherein the challenge solution comprises (i) a second ion, which binds to the ion exchange media and (ii) a non-binding species, which does not bind to the ion exchange media, wherein the second ion has a higher binding affinity to the ion exchange media than the first ion; (c) monitoring an outlet fluid from the outlet of the chromatography device with at least one detector wherein both the second ion and the non-binding species are monitored; (d) recording a breakthrough value of (i) the second ion and (ii) the non-binding species; and (e) calculating a net breakthrough value using the breakthrough value of the non-binding species and the breakthrough value of the second ion.
A multilayer film, comprising an outer layer, an inner layer, a core layer between the outer layer and the inner layer, an outer sub-layer between the outer layer and the core layer, and an inner sub-layer between the inner layer and the core layer, wherein (a) the outer layer comprises a first polyethylene derived from ethylene and one or more C 3 to C 20 α-olefin comonomers, wherein the first polyethylene has a density (sample prepared according to ASTM D-4703, and the measurement according to ASTM D-1505) of from 0.900 to 0.945 g/cm 3 , a melt index (MI), I 2.16 , of from 0.1 to 15 g/10 min, a molecular weight distribution (MWD, measured using a gel permeation chromatograph equipped with a differential refractive index detector) of from 1.5 to 5.5, and a melt index ratio (MIR), I 21.6 /I 2.16 , of from 10 to 100; (b) the outer sub-layer comprises at least one of a second polyethylene and ethylene-vinyl acetate (EVA), wherein the second polyethylene has a density higher than that of the first polyethylene; and (c) each of the core layer, the inner sub-layer, and the inner layer comprises EVA, wherein the vinyl acetate content (VA%) of the EVA in the core layer is no lower than that in the inner sub-layer, and the VA% of the EVA in the inner sub-layer is higher than that in the inner layer. (a) the outer layer comprises a first polyethylene derived from ethylene and one or more C 3 to C 20 α-olefin comonomers, wherein the first polyethylene has a density (sample prepared according to ASTM D-4703, and the measurement according to ASTM D-1505) of from 0.900 to 0.945 g/cm 3 , a melt index (MI), I 2.16 , of from 0.1 to 15 g/10 min, a molecular weight distribution (MWD, measured using a gel permeation chromatograph equipped with a differential refractive index detector) of from 1.5 to 5.5, and a melt index ratio (MIR), I 21.6 /I 2.16 , of from 10 to 100; (b) the outer sub-layer comprises at least one of a second polyethylene and ethylene-vinyl acetate (EVA), wherein the second polyethylene has a density higher than that of the first polyethylene; and (c) each of the core layer, the inner sub-layer, and the inner layer comprises EVA, wherein the vinyl acetate content (VA%) of the EVA in the core layer is no lower than that in the inner sub-layer, and the VA% of the EVA in the inner sub-layer is higher than that in the inner layer.
Cyclo(-His-Pro) hydrate compound characterized by an X-ray powder diffraction (XRPD) diffractogram comprising peaks at about 13.7, 17, and 27.3 degrees (±0.2° in 2θ).
A multi-layer article, comprising: a sorbent layer having a first side and a second side; a vapor permeable or microporous layer adjacent to at least a portion of at least one of the first side and second side of the sorbent layer; and an active composition comprising at least 60% by weight of at least one volatile component having a vapor pressure of 0.03 to 2 mm Hg when measured at 20°C and 760 mm Hg; wherein the sorbent layer is a nonwoven material having a density of from 2.0 to 25 mg/cc, the sorbent layer comprises the active composition, and each layer is capable of being formed into a required shape or structure. a sorbent layer having a first side and a second side; a vapor permeable or microporous layer adjacent to at least a portion of at least one of the first side and second side of the sorbent layer; and an active composition comprising at least 60% by weight of at least one volatile component having a vapor pressure of 0.03 to 2 mm Hg when measured at 20°C and 760 mm Hg; wherein the sorbent layer is a nonwoven material having a density of from 2.0 to 25 mg/cc, the sorbent layer comprises the active composition, and each layer is capable of being formed into a required shape or structure.
A device for helping a wheeled vehicle, in particular for a person with impaired mobility, to pass over an obstacle, comprising - a stationary frame comprising a bottom and two side walls , - a plate provided with two ends, a first end being movable between a high position and a low position in which said plate constitutes a first access ramp, - an assembly for driving, in vertical translation, at least said first end, supported by said assembly , - a flap forming a front face of the device in the high position of the plate, the flap being mounted pivotably on the plate at the first end of said plate, characterized in that said flap forms a second access ramp in the low position of the plate, the device further comprising a mechanism of deployment of the flap , comprising at least one rod comprising a front end articulated on the flap , the articulation being distant from the top edge and from the bottom edge of said flap , a rear end linked to a first slide mounted slideably in a linear guide provided in the plate, and a central portion linked to a second slide mounted slideably in a guide provided in a side of the frame , the rod moving in a substantially vertical plane. - a stationary frame comprising a bottom and two side walls , - a plate provided with two ends, a first end being movable between a high position and a low position in which said plate constitutes a first access ramp, - an assembly for driving, in vertical translation, at least said first end, supported by said assembly , - a flap forming a front face of the device in the high position of the plate, the flap being mounted pivotably on the plate at the first end of said plate,
A machine for preparing juices from a frozen food preparation, characterized in that it comprises a digital interface , a pre-dilution unit, which comprises: • a water tank inside the machine; • a water pump for pumping the water towards a tubular resistor for heating the water; • a water outlet nozzle ; • a grid for placing a cup ; and a grinding and heating unit, which comprises: • a fitting block comprising a circular resistor traversed in its centre by a drive shaft of a motor ; • a blade block , which is detachable from the machine, having a snap ring , a metal base and on one face of the metal base a cutting blade located in the centre, the blade block being coupled to a cup on the blade side, and the assembly formed by the cup and the blade block simultaneously engaging the fitting block and the drive shaft of a motor located in the centre of the fitting block . • a water tank inside the machine; • a water pump for pumping the water towards a tubular resistor for heating the water; • a water outlet nozzle ; • a grid for placing a cup ; • a fitting block comprising a circular resistor traversed in its centre by a drive shaft of a motor ; • a blade block , which is detachable from the machine, having a snap ring , a metal base and on one face of the metal base a cutting blade located in the centre, the blade block being coupled to a cup on the blade side, and the assembly formed by the cup and the blade block simultaneously engaging the fitting block and the drive shaft of a motor located in the centre of the fitting block .
A power conversion apparatus comprising: an input transformer configured to convert a high voltage power of a high voltage power source into an AC power input to an inverter device; a circuit breaker ; a converter section configured to convert the AC power converted by the input transformer into a DC power; a smoothing capacitor configured to smooth the DC power converted by the converter section; characterized in that the circuit breaker is arranged between the high voltage power source and the input transformer, and is configured to close or to break an electric circuit for supplying the high voltage power to be supplied from the high voltage power source to the input transformer; and the power conversion apparatus further comprises: a synchronous switching control device configured to detect a phase angle of a voltage of the high voltage power source, and to control to close or break the circuit breaker at a timing when the detected phase angle reaches a prescribed phase angle, wherein the prescribed phase angle is a phase angle in which a first half-wave peak voltage value of the smoothing capacitor coincides with a peak voltage value of an input voltage of the input transformer. an input transformer configured to convert a high voltage power of a high voltage power source into an AC power input to an inverter device; a circuit breaker ; a converter section configured to convert the AC power converted by the input transformer into a DC power; a smoothing capacitor configured to smooth the DC power converted by the converter section; characterized in that the circuit breaker is arranged between the high voltage power source and the input transformer, and is configured to close or to break an electric circuit for supplying the high voltage power to be supplied from the high voltage power source to the input transformer; and the power conversion apparatus further comprises: a synchronous switching control device configured to detect a phase angle of a voltage of the high voltage power source, and to control to close or break the circuit breaker at a timing when the detected phase angle reaches a prescribed phase angle, wherein the prescribed phase angle is a phase angle in which a first half-wave peak voltage value of the smoothing capacitor coincides with a peak voltage value of an input voltage of the input transformer.
Method for managing IP address leases in a wireless communication coverage extension system comprising a backhaul subnetwork comprising a set of interconnected nodes , a plurality of nodes of the backhaul subnetwork implementing an access point functionality of one and the same wireless communication network, the wireless communication coverage extension system being adapted for making it possible to connect devices to said nodes by means of the wireless communication network or by cable, characterised in that the method comprises the following steps: - implementing a first monitoring of the presence of the main DHCP server , by a said node , to which the main DHCP server is connected; and in the case where the first monitoring shows a disconnection of the main DHCP server : - requesting the activation , in a said node , of a backup DHCP server ; - implementing a general disconnection of said nodes and of any device connected to the wireless communication coverage extension system, the general disconnection being implemented in a single step wherein a master node sends a message requesting general disconnection of the local area network LAN that includes supplementary information indicating that the backup DHCP server 200 has been activated; and - renewing the leases of IP addresses, by the backup DHCP server , following the general disconnection. - implementing a first monitoring of the presence of the main DHCP server , by a said node , to which the main DHCP server is connected; - requesting the activation , in a said node , of a backup DHCP server ; - implementing a general disconnection of said nodes and of any device connected to the wireless communication coverage extension system, the general disconnection being implemented in a single step wherein a master node sends a message requesting general disconnection of the local area network LAN that includes supplementary information indicating that the backup DHCP server 200 has been activated; and - renewing the leases of IP addresses, by the backup DHCP server , following the general disconnection.
A key generation device comprising: a calculating unit configured to calculate a key length; a determining unit configured to determine: a block size corresponding to a unit of processing in key generation based on at least one of a resource of the key generation device, an error rate of a channel, and statistical information on a pulse received via the channel, and an outputtable size indicating the size of a key outputtable by the key generation; and a generating unit configured to generate a key having the key length by a hash operation using an input bit string and a matrix having a size determined by the block size and the outputtable size, the input bit string having the block size. a calculating unit configured to calculate a key length; a determining unit configured to determine: a block size corresponding to a unit of processing in key generation based on at least one of a resource of the key generation device, an error rate of a channel, and statistical information on a pulse received via the channel, and an outputtable size indicating the size of a key outputtable by the key generation; and a block size corresponding to a unit of processing in key generation based on at least one of a resource of the key generation device, an error rate of a channel, and statistical information on a pulse received via the channel, and an outputtable size indicating the size of a key outputtable by the key generation; and a generating unit configured to generate a key having the key length by a hash operation using an input bit string and a matrix having a size determined by the block size and the outputtable size, the input bit string having the block size.
A method for transmitting, by a user equipment, UE, hybrid automatic retransmission request acknowledgement, HARQ-ACK, information on a physical uplink control channel, PUCCH, in a communication system, wherein the UE is configured with at least two cells by a base station, the at least two cells comprising a primary cell and a secondary cell, the method comprising: identifying at least one of first information, second information, or third information, wherein the first information is related to whether a first physical downlink shared channel, PDSCH, in a downlink subframe is scheduled by a first physical control channel, PDCCH, of the primary cell, and the second information is related to whether a second PDSCH in the downlink subframe is scheduled by a second PDCCH of the secondary cell, wherein the third information is related to whether a third PDSCH in the downlink subframe is scheduled by the primary cell, and wherein the third PDSCH includes semi-persistent scheduling, SPS, data; receiving, from the base station, downlink data of the at least two cells in the downlink subframe; generating HARQ-ACK information for the downlink data based on a number of the at least two cells; and transmitting the HARQ-ACK information to the base station by using a first resource for a first antenna port and a second resource for a second antenna port, wherein the first resource for the first antenna port and the second resource for the second antenna port are defined respectively based on at least one of the first information, the second information, or the third information. identifying at least one of first information, second information, or third information, wherein the first information is related to whether a first physical downlink shared channel, PDSCH, in a downlink subframe is scheduled by a first physical control channel, PDCCH, of the primary cell, and the second information is related to whether a second PDSCH in the downlink subframe is scheduled by a second PDCCH of the secondary cell, wherein the third information is related to whether a third PDSCH in the downlink subframe is scheduled by the primary cell, and wherein the third PDSCH includes semi-persistent scheduling, SPS, data; receiving, from the base station, downlink data of the at least two cells in the downlink subframe; generating HARQ-ACK information for the downlink data based on a number of the at least two cells; and transmitting the HARQ-ACK information to the base station by using a first resource for a first antenna port and a second resource for a second antenna port, wherein the first resource for the first antenna port and the second resource for the second antenna port are defined respectively based on at least one of the first information, the second information, or the third information.
A method for detecting an error in a bridge sensor which is adapted for measuring a physical parameter, the method comprising: - biasing a first contact pair of the bridge sensor at least two times in a first direction and at least one time in a second direction opposite to the first direction by applying a current or a voltage in the first or second direction between contacts of the biased first contact pair wherein the direction is determined by the direction of the induced current between the contacts, - while biasing the first contact pair, measuring an output signal on a different contact pair of the bridge sensor, thus obtaining at least three output measurements which are representative for the physical parameter and which are separated by time intervals, characterised in that the method comprises linearly combining the output measurements to obtain an output value which is indicative for an error in the bridge sensor, wherein the output measurements which are linearly combined are only those output measurements which are measured when biasing the first contact pair. - biasing a first contact pair of the bridge sensor at least two times in a first direction and at least one time in a second direction opposite to the first direction by applying a current or a voltage in the first or second direction between contacts of the biased first contact pair wherein the direction is determined by the direction of the induced current between the contacts, - while biasing the first contact pair, measuring an output signal on a different contact pair of the bridge sensor, thus obtaining at least three output measurements which are representative for the physical parameter and which are separated by time intervals,
A steering column for a steer-by-wire steering system for a motor vehicle, comprising a steering shaft which can be connected to a steering wheel and is received in an inner steering column tube such that it can be rotated about a longitudinal axis (L), the inner steering column tube having an external diameter (d), and an outer steering column tube , in which the inner steering column tube is received such that it can be displaced along the longitudinal axis, it being possible for the outer steering column tube to be connected to a chassis of the motor vehicle, the steering column comprising, furthermore, a feedback actuator which has an electric motor which drives the steering shaft via a drive component which is connected to the steering shaft for the transmission of a torque, characterized in that the drive component has a recess with a maximum inscribed diameter (D) which is greater than the external diameter of the inner steering column tube , the recess being formed on that side of the drive component which faces the inner steering column tube .