mhurhangee/ep-ind-claims huggingface dataset:
A sole assembly for a shoe that includes a heel portion, a midfoot portion and a forefoot portion, the sole assembly comprising: an upper plate disposed on an upper side of the midfoot portion of the sole assembly and being formed of a hard elastic member, and that has a laterally advancing wavy surface with longitudinally extending ridge lines at a longitudinally central portion of the midfoot portion; alowerplate disposed below the upper plate at the midfoot portion and having a downwardly convexedly curved shape between a front end and a rear end of the midfoot portion to form a void with the upper plate, said lower plate being formed of a hard elastic member, wherein the downwardly convexedly curved shape of the lower plate and the void extend along a width of the midfoot portion of the sole assembly; a midfoot outsole having a ground contact surface that is attached on a lower surface of the lower plate between the front end and the rear end of the midfoot portion, and that is disposed discretely in a longitudinal direction from an outsole attached on the heel portion and an outsole attached on the forefoot portion of the sole assembly; and a front connection and a rear connection that are provided at the front end and the rear end of the midfoot portion respectively and that interconnect the upper plate with the lower plate in a vertical direction. an upper plate disposed on an upper side of the midfoot portion of the sole assembly and being formed of a hard elastic member, and that has a laterally advancing wavy surface with longitudinally extending ridge lines at a longitudinally central portion of the midfoot portion; alowerplate disposed below the upper plate at the midfoot portion and having a downwardly convexedly curved shape between a front end and a rear end of the midfoot portion to form a void with the upper plate, said lower plate being formed of a hard elastic member, wherein the downwardly convexedly curved shape of the lower plate and the void extend along a width of the midfoot portion of the sole assembly; a midfoot outsole having a ground contact surface that is attached on a lower surface of the lower plate between the front end and the rear end of the midfoot portion, and that is disposed discretely in a longitudinal direction from an outsole attached on the heel portion and an outsole attached on the forefoot portion of the sole assembly; and a front connection and a rear connection that are provided at the front end and the rear end of the midfoot portion respectively and that interconnect the upper plate with the lower plate in a vertical direction.
A hot-melt adhesive agent comprising a thermoplastic block copolymer which is a copolymer of vinyl class aromatic hydrocarbons and conjugated diene compounds, wherein the thermoplastic block copolymer comprises the following component and component: a radial type styrene block copolymer having a styrene content of 35 to 45% by weight and a diblock content of 50 to 90% by weight, and having a viscosity at 25°C as a 25% (by weight) toluene solution of not more than 250 mPa·s; and a styrene block copolymer having a styrene content of less than 30% by weight, and having a viscosity at 25°C as a 25% (by weight) toluene solution of more than 250 mPa·s. a radial type styrene block copolymer having a styrene content of 35 to 45% by weight and a diblock content of 50 to 90% by weight, and having a viscosity at 25°C as a 25% (by weight) toluene solution of not more than 250 mPa·s; and a styrene block copolymer having a styrene content of less than 30% by weight, and having a viscosity at 25°C as a 25% (by weight) toluene solution of more than 250 mPa·s.
Illumination system with at least one illuminant, in particular an LED, comprising: a) a converter for controlling the at least one illuminant, b) an optical sensor, and c) a memory unit, wherein the illumination system can be operated in a normal operating mode and in an imitation operating mode, wherein the normal operating mode of the illumination system represents an operating mode with a prespecified, unchanged behavior pattern of the at least one illuminant, and wherein, in the imitation operating mode of the illumination system, the converter detects a behavior pattern of adjacent luminaires and/or light-emitting objects by means of the optical sensor and controls the at least one illuminant on the basis of this detection in such a way that an identical behavior pattern of the at least one illuminant is present, wherein the behavior pattern is a starting behavior and/or an illumination intensity and/or a light color and/or a flickering behavior, characterized in that the illumination system is configured such that a user can specify a limitation of the detection direction of the optical sensor by means of a mobile device. a) a converter for controlling the at least one illuminant, b) an optical sensor, and c) a memory unit,
A method for providing a multi-tasking interface of a terminal, the method comprising: receiving a background switch input that switches display of an application being executed from a foreground to a background of a display unit; switching the display of the application to the background when the background switch input is received; and displaying a background control interface, for controlling the application, in response to a sliding input requesting display of the background control interface after switching display of the application to the background. receiving a background switch input that switches display of an application being executed from a foreground to a background of a display unit; switching the display of the application to the background when the background switch input is received; and displaying a background control interface, for controlling the application, in response to a sliding input requesting display of the background control interface after switching display of the application to the background.
A dust tapping-off device, comprising: a sliding rail; a sliding block slidably provided to the sliding rail; an actuating rod rotatably provided to the sliding block; a dust tapping-off member provided to the actuating rod and configured for tapping a filtering member of a cleaning appliance; and characterized in that: the sliding block has an accommodating cavity therein, both two opposite ends of the accommodating cavity are open, and the sliding rail is configured to pass through the accommodating cavity. a sliding rail; a sliding block slidably provided to the sliding rail; an actuating rod rotatably provided to the sliding block; a dust tapping-off member provided to the actuating rod and configured for tapping a filtering member of a cleaning appliance; and characterized in that: the sliding block has an accommodating cavity therein, both two opposite ends of the accommodating cavity are open, and the sliding rail is configured to pass through the accommodating cavity.
An encapsulated liquid pharmaceutical formulation for orally administering progesterone to a mammal in need thereof, said formulation comprising: an amount of progesterone wherein progesterone is the sole active ingredient; 20% by weight to 80% by weight of a carrier comprising at least one C 6 -C 14 fatty acid mono-, di-, or tri- ester of glycerol; and lauroyl macrogol-32 glycerides EP as a nonionic surfactant. an amount of progesterone wherein progesterone is the sole active ingredient; 20% by weight to 80% by weight of a carrier comprising at least one C 6 -C 14 fatty acid mono-, di-, or tri- ester of glycerol; and lauroyl macrogol-32 glycerides EP as a nonionic surfactant.
A mobile station (NN1, MS) for locating said mobile station (NN1, MS) in an indoor communication network connected to a cellular mobile radio network (CMRN) via a network node of said cellular mobile radio network (CMRN) and via a base station interface, said mobile station (NN1, MS) comprising: - means (ANT_NN1, NN1-TRU) for receiving a broadcast or multicast message from a network node (NN2, NMS, SNN) of said indoor communication network for stopping uplink signal generation of at least one communication link of said mobile station, - means (NN1-CPU, NN1-PROG) for stopping said uplink signal generation for said at least one communication link, and - means (ANT_NN1, NN1-TRU) for transmitting a predefined uplink signal with a temporally constant uplink power level to said network node (NN2, NMS, SNN) of said indoor communication network or to said network node of said cellular mobile radio network (CMRN). - means (ANT_NN1, NN1-TRU) for receiving a broadcast or multicast message from a network node (NN2, NMS, SNN) of said indoor communication network for stopping uplink signal generation of at least one communication link of said mobile station, - means (NN1-CPU, NN1-PROG) for stopping said uplink signal generation for said at least one communication link, and - means (ANT_NN1, NN1-TRU) for transmitting a predefined uplink signal with a temporally constant uplink power level to said network node (NN2, NMS, SNN) of said indoor communication network or to said network node of said cellular mobile radio network (CMRN).
Support for an abrasive comprising a nonwoven fabric being a through-air thermally bonded nonwoven fabric comprising multicomponent binder fibers characterised in that the multicomponent binder fibers are multicomponent binder staple fibers not less than about 20 mm in length.
A method for providing a credential set to a credential carrier for gaining access to a physical space for a person checking in to gain access to the physical space, the method being performed in a credential provider provided at the same site as the physical space and comprising the steps of: preloading a plurality of credential sets from a server into a local memory, each credential set being usable to gain access to a physical space (16a-c) and each credential set comprising a first validity time; wherein, when a network connection between the credential provider and the server is unavailable, performing the following steps: obtaining a request to provide a credential set for a physical space; retrieving a credential set from the local memory, the credential set being usable to gain access to the physical space indicated in the request; and providing, as long as the first validity time of the credential set has not expired, the retrieved credential set to the credential carrier (2, 3), wherein the credential set is provided with a second validity time, wherein the second validity time is determined based on the person checking in, and the second validity time is of a shorter duration than the first validity time. preloading a plurality of credential sets from a server into a local memory, each credential set being usable to gain access to a physical space (16a-c) and each credential set comprising a first validity time; wherein, when a network connection between the credential provider and the server is unavailable, performing the following steps: obtaining a request to provide a credential set for a physical space; retrieving a credential set from the local memory, the credential set being usable to gain access to the physical space indicated in the request; and providing, as long as the first validity time of the credential set has not expired, the retrieved credential set to the credential carrier (2, 3), wherein the credential set is provided with a second validity time, wherein the second validity time is determined based on the person checking in, and the second validity time is of a shorter duration than the first validity time. obtaining a request to provide a credential set for a physical space; retrieving a credential set from the local memory, the credential set being usable to gain access to the physical space indicated in the request; and providing, as long as the first validity time of the credential set has not expired, the retrieved credential set to the credential carrier (2, 3), wherein the credential set is provided with a second validity time, wherein the second validity time is determined based on the person checking in, and the second validity time is of a shorter duration than the first validity time.
A method to detect live and/or dead cells in a sample, comprising: a) contacting a sample with a peptide substrate for a first protease and a peptide substrate for a second protease, wherein a reaction with one of the substrates mediated by one of the proteases yields a fluorogenic product and a reaction with the other substrate mediated by the other protease yields a luminogenic or a fluorogenic product, wherein one of the substrates is substantially cell permeant and specific for an aminopeptidase, a cathepsin, or a protease associated with the proteasome; and the other substrate is substantially cell impermeant and specific for tripeptidyl peptidase, a calpain, or a chymotrypsin; and wherein if both reactions yield fluorogenic products, the fluorophores on the two substrates are spectrally distinct; and b) detecting or determining fluorescence and/or luminescence in the sample, thereby detecting or determining the number or presence of live and/or dead cells in the sample; wherein the substantially cell permeant substrate is Gly-Phe-AFC, Gly-Phe-AMC, Gly-Gly-Leu-AMC, Z-Gly-Gly-Leu-AMC, Phe-AMC, or Tyr-AMC, and wherein the substantially cell impermeant substrate is Ala-Ala-Phe-AMC, (Ala-Ala-Phe) 2 -R110, Ala-Ala-Phe-aminoluciferin, or Z-Leu-Leu-Val-Tyr-aminoluciferin, wherein: AFC is 7-amino-4-trifluoromethylcoumarin; AMC is 7-amino-4-methylcoumarin; and, R110 is rhodamine-110. a) contacting a sample with a peptide substrate for a first protease and a peptide substrate for a second protease, wherein a reaction with one of the substrates mediated by one of the proteases yields a fluorogenic product and a reaction with the other substrate mediated by the other protease yields a luminogenic or a fluorogenic product, wherein one of the substrates is substantially cell permeant and specific for an aminopeptidase, a cathepsin, or a protease associated with the proteasome; and the other substrate is substantially cell impermeant and specific for tripeptidyl peptidase, a calpain, or a chymotrypsin; and wherein if both reactions yield fluorogenic products, the fluorophores on the two substrates are spectrally distinct; and b) detecting or determining fluorescence and/or luminescence in the sample, thereby detecting or determining the number or presence of live and/or dead cells in the sample; AFC is 7-amino-4-trifluoromethylcoumarin; AMC is 7-amino-4-methylcoumarin; and, R110 is rhodamine-110.
A single lever monobloc mixer tap cartridge, comprising: a fixed disc provided with an outlet port and two further ports, respectively for the hot and cold water coming from two inlet ports (3, 4); and a sliding disc that slides on the fixed disc, is controlled by a control rod and having a mixing opening designed to make said inlet apertures (3, 4) in communication with an outlet port, from which the mixed water comes out; the sliding of said sliding disc on said fixed disc causes the partial or complete opening or the closure of the one or both of said openings of said fixed disc, regulating the amount of hot and cold water that passes from said inlet ports (3, 4) to said outlet port of mixed water; said fixed disc and said sliding disc being inserted in a completely closed holder body, which only allows the mixed water to exit from said outlet port, wherein the dynamic seal is provided exclusively on said fixed disc and said sliding disc; said cartridge being characterized in that said two inlet ports (3, 4) and said outlet port are formed in a base in which the fixed disc is mounted; said holder body being mounted on said base with the interposition of a gasket.
Heat-sealed folding protector for machine tools with moving head comprising: - a pleated cover; - a plurality of PVC structural beams adapted to support said cover; - at least one auxiliary beam (4, 4', 4") adapted to be stably associated with one of said structural beams through coupling means, wherein said coupling means comprise: - at least one seat obtained on said structural beam comprising at least one flexible wing (15, 25) adapted to deform elastically; - at least one pin associated with said auxiliary beam (4, 4', 4"); - a first and a second abutment wall associated with said at least one pin, characterized in that: - said first and said second abutment wall are arranged so as to comprise said at least one pin between them, - said at least one flexible wing (15, 25) is adapted to deform elastically in the containment surface of said structural beam as a result of the insertion of said at least one pin in said seat and to return to the initial position after insertion, retaining said pin, wherein said first and said second abutment wall coact with each other to contain said structural beam in correspondence with said coupling means. - a pleated cover; - a plurality of PVC structural beams adapted to support said cover; - at least one auxiliary beam (4, 4', 4") adapted to be stably associated with one of said structural beams through coupling means, - at least one seat obtained on said structural beam comprising at least one flexible wing (15, 25) adapted to deform elastically; - at least one pin associated with said auxiliary beam (4, 4', 4"); - a first and a second abutment wall associated with said at least one pin, - said first and said second abutment wall are arranged so as to comprise said at least one pin between them, - said at least one flexible wing (15, 25) is adapted to deform elastically in the containment surface of said structural beam as a result of the insertion of said at least one pin in said seat and to return to the initial position after insertion, retaining said pin,
Method for cleaning slag such as arises in an NE or iron alloying production process, comprising the following steps: heating and treating the slag in a first settling furnace so as to obtain a first metal alloy and a first residual slag; characterised by: tapping-off the first residual slag into a ladle; analysing the composition of the first residual slag; and introducing at least one gaseous medium onto or into the first residual slag for metallurgical/physical reaction to form a second residual slag in the ladle, wherein the gaseous medium is selected in dependence on the analysed individual composition of the first residual slag; transporting the second residual slag in the ladle to a second settling furnace; and pouring the second residual slag from the ladle into the second settling furnace, wherein the second residual slag resides for a predetermined dwell time in the second settling furnace and settles there; and breaking down of the second residual slag during the dwell time into a second metal alloy and a third residual slag, wherein the second metal alloy settles at the base of the second settling furnace and the third residual slag floats on the second metal alloy. heating and treating the slag in a first settling furnace so as to obtain a first metal alloy and a first residual slag; characterised by: tapping-off the first residual slag into a ladle; analysing the composition of the first residual slag; and introducing at least one gaseous medium onto or into the first residual slag for metallurgical/physical reaction to form a second residual slag in the ladle, wherein the gaseous medium is selected in dependence on the analysed individual composition of the first residual slag; tapping-off the first residual slag into a ladle; analysing the composition of the first residual slag; and introducing at least one gaseous medium onto or into the first residual slag for metallurgical/physical reaction to form a second residual slag in the ladle, wherein the gaseous medium is selected in dependence on the analysed individual composition of the first residual slag; transporting the second residual slag in the ladle to a second settling furnace; and pouring the second residual slag from the ladle into the second settling furnace, wherein the second residual slag resides for a predetermined dwell time in the second settling furnace and settles there; and breaking down of the second residual slag during the dwell time into a second metal alloy and a third residual slag, wherein the second metal alloy settles at the base of the second settling furnace and the third residual slag floats on the second metal alloy.
Radio frequency plasma generating device, characterized in that it comprises: - a power supply circuit, comprising a switch controlled by a control signal for applying an intermediate voltage (Vinter) to an output of the power supply circuit at a frequency defined by the control signal, - at least two plasma generation circuits (BB1, BB2, BB3, BB4) connected in parallel to the output of the power supply circuit, each plasma generation circuit having its own resonance frequency and being capable of generating a plasma when a high voltage level is applied to the output of the power supply circuit at a frequency roughly equal to the resonance frequency of the plasma generation circuit, - a device for controlling the power supply circuit, determining the frequency of the control signal from one of the resonance frequencies (F1, F2, F3, F4) of the plasma generation circuits, so as to selectively control each plasma generation circuit according to the control frequency used, characterized in that each plasma generation circuit comprises a resonator, each resonator having an identical resonance frequency, and in that at least one of the plasma generation circuits also comprises means of shifting the resonance frequency of its resonator. - a power supply circuit, comprising a switch controlled by a control signal for applying an intermediate voltage (Vinter) to an output of the power supply circuit at a frequency defined by the control signal, - at least two plasma generation circuits (BB1, BB2, BB3, BB4) connected in parallel to the output of the power supply circuit, each plasma generation circuit having its own resonance frequency and being capable of generating a plasma when a high voltage level is applied to the output of the power supply circuit at a frequency roughly equal to the resonance frequency of the plasma generation circuit, - a device for controlling the power supply circuit, determining the frequency of the control signal from one of the resonance frequencies (F1, F2, F3, F4) of the plasma generation circuits, so as to selectively control each plasma generation circuit according to the control frequency used, characterized in that each plasma generation circuit comprises a resonator, each resonator having an identical resonance frequency, and in that at least one of the plasma generation circuits also comprises means of shifting the resonance frequency of its resonator.
An antibacterial fiber, comprising a thermoplastic resin and antibacterial glass particles, wherein the antibacterial glass particles are formed from phosphate-based antibacterial glass containing Ag 2 O, the antibacterial fiber has cracks extending along the length direction of the antibacterial fiber on the surface of the antibacterial fiber, an average length of the cracks has a value within the range of 1 to 30 μm, and each of the cracks is in a state of having at least one of the antibacterial glass particles sandwiched therein. wherein the antibacterial glass particles are formed from phosphate-based antibacterial glass containing Ag 2 O, the antibacterial fiber has cracks extending along the length direction of the antibacterial fiber on the surface of the antibacterial fiber, an average length of the cracks has a value within the range of 1 to 30 μm, and each of the cracks is in a state of having at least one of the antibacterial glass particles sandwiched therein.