mhurhangee/ep-ind-claims huggingface dataset:
A home appliance, comprising: a body; a tub provided inside the body and having a front surface thereof open; a door rotatably provided so as to open and close the tub, having a front surface panel, and a rear surface panel, the front surface panel being provided with penetrating holes (61, 62) so as to have light penetrated therethrough; and a display unit (100, 200) provided inside the door to display operation information through the penetrating holes (61, 62) of the front surface panel, wherein the display unit (100, 200) comprises: a printed circuit board provided with at least one light emitting element; a guide member arranged to guide light radiated from the at least one light emitting element; a display film having penetration portions corresponding with the penetrating holes (61, 62) of the front surface panel, and attached to the guide member; and a cover member provided at the guide member and disposed at a rear surface of the printed circuit board and arranged to prevent moisture from penetrating into the printed circuit board. a body; a tub provided inside the body and having a front surface thereof open; a door rotatably provided so as to open and close the tub, having a front surface panel, and a rear surface panel, the front surface panel being provided with penetrating holes (61, 62) so as to have light penetrated therethrough; and a display unit (100, 200) provided inside the door to display operation information through the penetrating holes (61, 62) of the front surface panel, wherein the display unit (100, 200) comprises: a printed circuit board provided with at least one light emitting element; a guide member arranged to guide light radiated from the at least one light emitting element; a display film having penetration portions corresponding with the penetrating holes (61, 62) of the front surface panel, and attached to the guide member; and a cover member provided at the guide member and disposed at a rear surface of the printed circuit board and arranged to prevent moisture from penetrating into the printed circuit board. a printed circuit board provided with at least one light emitting element; a guide member arranged to guide light radiated from the at least one light emitting element; a display film having penetration portions corresponding with the penetrating holes (61, 62) of the front surface panel, and attached to the guide member; and a cover member provided at the guide member and disposed at a rear surface of the printed circuit board and arranged to prevent moisture from penetrating into the printed circuit board.
An oral composition for use in the prevention of a periodontal disease, an infection disease or mouth odor in an animal caused by a periodontal disease bacterium and an infection disease bacterium, characterized in that said oral composition contains mastic resin as an active component, said periodontal disease bacterium is Porphyromonas circumdentaria, and said infection disease bacterium is Pasteurella multocida.
An apparatus comprising: a first transceiver unit, TU, for coupling to a first subscriber line; at least one next TU for coupling to at least one next subscriber line; and a processor coupled to the first TU and the at least one next TU, wherein the processor is configured to: determine a link state in which data transmission is disabled for the duration of one or more symbols in a superframe; instruct the first TU to operate in the determined link state; and coordinate data transmission by the first TU and the at least one next TU to avoid an increase of crosstalk from the first line to the at least one next subscriber line due to the first TU operating in the determined link state; wherein a combination of the first subscriber line and the at least one next subscriber line comprises a vectored group of subscriber lines, and wherein coordinating data transmission comprises updating crosstalk cancellation matrices for the vectored group of subscriber lines based on a number of TUs transmitting data onto corresponding subscriber lines during periods of the symbols; wherein the processor comprises a vectoring control entity, VCE, configured to adjust a size of the crosstalk cancellation matrices to be equal to or less than the number of TUs transmitting data onto corresponding subscriber lines during one or more of the periods of the symbols; and wherein the processor is further configured to: determine one or more symbol positions during which only one of the first TU and the at least one next TU is transmitting data onto a corresponding subscriber line; and turn off functions of the VCE to disable crosstalk cancellation. a first transceiver unit, TU, for coupling to a first subscriber line; at least one next TU for coupling to at least one next subscriber line; and a processor coupled to the first TU and the at least one next TU, wherein the processor is configured to: determine a link state in which data transmission is disabled for the duration of one or more symbols in a superframe; instruct the first TU to operate in the determined link state; and coordinate data transmission by the first TU and the at least one next TU to avoid an increase of crosstalk from the first line to the at least one next subscriber line due to the first TU operating in the determined link state; determine a link state in which data transmission is disabled for the duration of one or more symbols in a superframe; instruct the first TU to operate in the determined link state; and coordinate data transmission by the first TU and the at least one next TU to avoid an increase of crosstalk from the first line to the at least one next subscriber line due to the first TU operating in the determined link state; determine one or more symbol positions during which only one of the first TU and the at least one next TU is transmitting data onto a corresponding subscriber line; and turn off functions of the VCE to disable crosstalk cancellation.
A compound represented by the following Formula 1, a stereoisomer thereof, or a pharmaceutically acceptable salt thereof: In Formula 1, n is 0, 1, 2, 3, 4 or 5, R 1, R 2, and R 3 are each independently the same as or different from each other, and are each independently selected from hydrogen, a C 1-7 alkyl, hydroxyl, a halogen, a halogenated C 1-7 alkyl, a C 1-7 alkyloxy and a halogenated C 1-7 alkyloxy, and X is m substituents (m is an integer from 1 to 5) which are the same as or different from each other, selected from the group consisting of a halogen group, a halogenated C 1-7 alkyl group and a halogenated C 1-7 alkoxy group. n is 0, 1, 2, 3, 4 or 5, R 1, R 2, and R 3 are each independently the same as or different from each other, and are each independently selected from hydrogen, a C 1-7 alkyl, hydroxyl, a halogen, a halogenated C 1-7 alkyl, a C 1-7 alkyloxy and a halogenated C 1-7 alkyloxy, and X is m substituents (m is an integer from 1 to 5) which are the same as or different from each other, selected from the group consisting of a halogen group, a halogenated C 1-7 alkyl group and a halogenated C 1-7 alkoxy group.
A protection system for a power distribution system (10; 110), comprising: a central computer; a plurality of data modules each in communication with a different circuit breaker (14; 114) of the power distribution system; and a data network communicating between said central computer and said plurality of data modules, wherein said central computer sends an instruction to said plurality of data modules over said data network, each of said plurality of data modules adjusting a sample period to accelerate or decelerate the system response time based on said instruction to aid in synchronization of sampling of a power condition at said plurality of data modules. a central computer; a plurality of data modules each in communication with a different circuit breaker (14; 114) of the power distribution system; and a data network communicating between said central computer and said plurality of data modules, wherein said central computer sends an instruction to said plurality of data modules over said data network, each of said plurality of data modules adjusting a sample period to accelerate or decelerate the system response time based on said instruction to aid in synchronization of sampling of a power condition at said plurality of data modules.
A hollow profile reinforced with a ribbed structure wherein at least part of the ends of the ribs are bonded to the inner surface of the hollow profile by a heat activated adhesive material, characterized in that the ribbed structure is made of rigid plastics such as polyethylene, polypropylene, and nylons, characterized in, that grooves are provided at certain points at the end of the ribs for the provision of a heat activatable material and wherein the ribbed structure is manufactured from a composite material, in which the composite material is a laminar structure of two facing sheets with a layer of foamed material there between. ends of the ribs are bonded to the inner surface of the hollow profile by a heat activated adhesive material, characterized in that the ribbed structure is made of rigid plastics such as polyethylene, polypropylene, and nylons, characterized in, that grooves are provided at certain points at the end of the ribs for the provision of a heat activatable material and wherein the ribbed structure is manufactured from a composite material, in which the composite material is a laminar structure of two facing sheets with a layer of foamed material there between.
Actuation device for a direction and distance display on a display panel; having an input device configured to receive an input signal having a piece of information pertaining to a distance and a direction to a destination (30, 23, 33, 72); and a controller, characterized in that the controller is configured to produce a display signal that causes a depiction of an arc section, covering an angle range, on the display panel, wherein a magnitude of the angle range corresponds to the information about the distance and a position of a central axis of the angle range corresponds to the information about the direction of the destination (30, 23, 33, 72).
An impingement insert for a hot gas path component, the impingement insert comprising: a hollow body having a longitudinal extent, an exterior surface and an interior surface (184, 194), the hollow body further including: a first side wall, a second side wall contiguous with the first side wall at a first end (204, 232) of each, the second side wall configured to be flexibly movable relative to the first side wall, a closure on a first end (204, 232) of the hollow body; a spring element contiguous with a second end (212, 252) of each of the first side wall and the second side wall, the spring element extending along at least a portion of the longitudinal extent of the hollow body and into the hollow body to be between the first side wall and the second side wall, the spring element biasing the first side wall and the second side wall to an expanded position of the hollow body from a compressed position of the hollow body; and a plurality of cooling passages in at least the first side wall and the second side wall, the plurality of cooling passages passing between the exterior surface and the interior surface (184, 194) of the hollow body; characterized by the closure including a solid portion for closing a first portion of the first end (204, 232) of the hollow body and leaving a second portion of the first end (204, 232) of the hollow body open; wherein an end of the spring element adjacent the first end (204, 232) of the hollow body is free to move within the second portion of the first end (204, 232) of the hollow body not closed by the closure. a first side wall, a second side wall contiguous with the first side wall at a first end (204, 232) of each, the second side wall configured to be flexibly movable relative to the first side wall, a closure on a first end (204, 232) of the hollow body; a spring element contiguous with a second end (212, 252) of each of the first side wall and the second side wall, the spring element extending along at least a portion of the longitudinal extent of the hollow body and into the hollow body to be between the first side wall and the second side wall, the spring element biasing the first side wall and the second side wall to an expanded position of the hollow body from a compressed position of the hollow body; and a plurality of cooling passages in at least the first side wall and the second side wall, the plurality of cooling passages passing between the exterior surface and the interior surface (184, 194) of the hollow body; characterized by the closure including a solid portion for closing a first portion of the first end (204, 232) of the hollow body and leaving a second portion of the first end (204, 232) of the hollow body open; wherein an end of the spring element adjacent the first end (204, 232) of the hollow body is free to move within the second portion of the first end (204, 232) of the hollow body not closed by the closure.
An information processing device, comprising: a decision unit that decides, in accordance with location information and a user profile, navigation for experiencing a plurality of events having a time condition and a location condition; a notification control unit that controls a notification of the decided navigation; characterized in that the decision unit determines whether the events have ended and, if the events have ended, computes, based on location information of users who experienced the events that have ended, a recommended location where the users who experienced the events that have ended are gathered. a decision unit that decides, in accordance with location information and a user profile, navigation for experiencing a plurality of events having a time condition and a location condition; a notification control unit that controls a notification of the decided navigation; characterized in that the decision unit determines whether the events have ended and, if the events have ended, computes, based on location information of users who experienced the events that have ended, a recommended location where the users who experienced the events that have ended are gathered.
A portable optic metrology thermal chamber module comprising: a housing defining a thermal chamber, with a thermally isolated environment therein isolated from ambient atmosphere, the thermal chamber being arranged for holding an optic device under test within the isolated environment; the housing having an optic stimulus entry aperture configured and disposed with respect to the optic device under test within the thermal chamber, for entry of a stimulus beam, from a metrology system stimulus source outside the thermal chamber, through the optic stimulus entry aperture onto an entry pupil (1401, 1501) of the optic device under test to an image analyzer; and a module mount coupling connected to the housing, the module mount coupling defining a module mounting interface of the portable optic metrology thermal chamber module so as to modularly mount the portable optic metrology thermal chamber module to a support of a metrology system of the metrology system stimulus source, the module mounting interface being configured so as to removably couple the portable optic metrology thermal chamber module as a unit to the support in a predetermined position relative to the metrology system stimulus source, and the housing is sized and shaped so that the portable optic metrology thermal chamber module is portable as a unit for moving to and removing from the predetermined position of the metrology system. a housing defining a thermal chamber, with a thermally isolated environment therein isolated from ambient atmosphere, the thermal chamber being arranged for holding an optic device under test within the isolated environment; the housing having an optic stimulus entry aperture configured and disposed with respect to the optic device under test within the thermal chamber, for entry of a stimulus beam, from a metrology system stimulus source outside the thermal chamber, through the optic stimulus entry aperture onto an entry pupil (1401, 1501) of the optic device under test to an image analyzer; and a module mount coupling connected to the housing, the module mount coupling defining a module mounting interface of the portable optic metrology thermal chamber module so as to modularly mount the portable optic metrology thermal chamber module to a support of a metrology system of the metrology system stimulus source, the module mounting interface being configured so as to removably couple the portable optic metrology thermal chamber module as a unit to the support in a predetermined position relative to the metrology system stimulus source, and the housing is sized and shaped so that the portable optic metrology thermal chamber module is portable as a unit for moving to and removing from the predetermined position of the metrology system.
A chewable oral delivery vehicle comprising a chewable matrix and at least one soft gelatin capsule encapsulating an oxidizable fatty acid composition, wherein said at least one soft gelatin capsule is incorporated into said chewable matrix, and wherein said soft gelatin capsule has a volume of from 0.10 ml to 0.50 ml.
An ink composition comprising: (a) at least one film-forming elastomeric polymer, (b) at least one pigment, and (c) water, wherein the film-forming elastomeric polymer (a) is hydrogenated acrylonitrile butadiene rubber (HNBR). (a) at least one film-forming elastomeric polymer, (b) at least one pigment, and (c) water,
A method implemented in a computing device (100, 502) for protecting against malicious programs, the method being carried out at least in part by a virtual machine manager, and the method comprising: identifying a memory page including executable code to be executed by a virtual processor of a virtual machine, the virtual machine being managed by the virtual machine manager (102, 204, 514); determining whether the memory page is to be executable in a kernel mode; performing, by a higher privileged entity (204, 102) than an operating system of the virtual machine and in response to determining that the memory page is to be executable in the kernel mode, a code integrity check of the executable code based on a code integrity policy and allowing execution of the executable code for the kernel mode only if the code integrity check verifies the executable code; and allowing, in response to determining that the memory page is not to be executable in kernel mode, the operating system of the virtual machine to determine whether to allow execution of the executable code in user mode, wherein the higher privileged entity (204, 102) than the operating system of the virtual machine is the virtual machine manager (102, 204, 514) and wherein the method further comprises performing, by the operating system and in response to determining that the memory page is not to be executable in the kernel mode, the code integrity check of the executable code and allowing execution of the executable code only if the code integrity check by the operating system verifies the executable code. identifying a memory page including executable code to be executed by a virtual processor of a virtual machine, the virtual machine being managed by the virtual machine manager (102, 204, 514); determining whether the memory page is to be executable in a kernel mode; performing, by a higher privileged entity (204, 102) than an operating system of the virtual machine and in response to determining that the memory page is to be executable in the kernel mode, a code integrity check of the executable code based on a code integrity policy and allowing execution of the executable code for the kernel mode only if the code integrity check verifies the executable code; and allowing, in response to determining that the memory page is not to be executable in kernel mode, the operating system of the virtual machine to determine whether to allow execution of the executable code in user mode, wherein the higher privileged entity (204, 102) than the operating system of the virtual machine is the virtual machine manager (102, 204, 514) and wherein the method further comprises performing, by the operating system and in response to determining that the memory page is not to be executable in the kernel mode, the code integrity check of the executable code and allowing execution of the executable code only if the code integrity check by the operating system verifies the executable code.
A complement inhibitor, which is an anti-C5 antibody or a C5-binding fragment thereof, for use in a method for treating atypical hemolytic uremic syndrome (aHUS), the method comprising: (a) determining the concentration of at least two aHUS-associated biomarker proteins in a biological fluid obtained from a subject having, suspected of having, or at risk for developing, aHUS, wherein the aHUS-associated biomarker proteins are TNFR1 and at least one other aHUS-associated biomarker protein selected from: CXCL10, MCP-1, IFN-γ, IL-6, a proteolytic fragment of complement component factor B, soluble C5b9 (sC5b9), prothrombin fragment F1+2, d-dimer, thrombomodulin, VCAM-1, von Willebrand Factor (vWF), complement component C5a, β2 microglobulin (β2M), clusterin, cystatin C, NAG, TIMP-1, NGAL, fatty acid binding protein 1 (FABP-1), albumin, CXCL9, KIM-1, soluble CD40 ligand (sCD40L), ICAM-1, IL-1 beta, IL-12 p70, IL-8 and vascular endothelial cell growth factor (VEGF); and (b) administering to the subject the complement inhibitor in an amount and with a frequency sufficient to reduce the concentration of the at least two aHUS-associated biomarker proteins, compared to the concentration in a sample of biological fluid of the same type obtained from the subject prior to treatment with the complement inhibitor. (a) determining the concentration of at least two aHUS-associated biomarker proteins in a biological fluid obtained from a subject having, suspected of having, or at risk for developing, aHUS, wherein the aHUS-associated biomarker proteins are TNFR1 and at least one other aHUS-associated biomarker protein selected from: CXCL10, MCP-1, IFN-γ, IL-6, a proteolytic fragment of complement component factor B, soluble C5b9 (sC5b9), prothrombin fragment F1+2, d-dimer, thrombomodulin, VCAM-1, von Willebrand Factor (vWF), complement component C5a, β2 microglobulin (β2M), clusterin, cystatin C, NAG, TIMP-1, NGAL, fatty acid binding protein 1 (FABP-1), albumin, CXCL9, KIM-1, soluble CD40 ligand (sCD40L), ICAM-1, IL-1 beta, IL-12 p70, IL-8 and vascular endothelial cell growth factor (VEGF); and (b) administering to the subject the complement inhibitor in an amount and with a frequency sufficient to reduce the concentration of the at least two aHUS-associated biomarker proteins, compared to the concentration in a sample of biological fluid of the same type obtained from the subject prior to treatment with the complement inhibitor.
A method of storing CO 2 in a geological formation, said method comprising: (i) Injecting a first composition comprising CO 2 into said formation; and (ii) Injecting a second composition comprising CO 2 and at least one CO 2 soluble polymer into said formation, wherein steps (i) and (ii) are performed separately and in any order and wherein said first and second compositions are different. (i) Injecting a first composition comprising CO 2 into said formation; and (ii) Injecting a second composition comprising CO 2 and at least one CO 2 soluble polymer into said formation,