mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic unit, comprising a hydraulic component and a hydraulic line connected to a hydraulic connection of the hydraulic component, which comprises a hydraulic hose and a fitting connected to the hydraulic connection of the hydraulic component, wherein an pull-out-protection device with a rope sling secured by means of a rope clamp engages on the hydraulic hose, characterized in that the rope clamp comprises a terminal block with two intersecting passages (11, 12) and a rivet, wherein - a first of the two passages, through which the rope in the form of the rope sling has been guided, has a width equal to at least twice the thickness of the rope plus the diameter of the undeformed rivet in the area of the intersection with the second passage, - the second passage is designed in a step-shaped manner with a narrow primary section arranged on one side of the first passage and a wide secondary section arranged on the other side of the first passage, and - the rivet with an expanded end section braces the two strands of the rope passing through the clamping block against the inner wall of the first passage surrounding the mouth of the primary section of the second passage. - a first of the two passages, through which the rope in the form of the rope sling has been guided, has a width equal to at least twice the thickness of the rope plus the diameter of the undeformed rivet in the area of the intersection with the second passage, - the second passage is designed in a step-shaped manner with a narrow primary section arranged on one side of the first passage and a wide secondary section arranged on the other side of the first passage, and - the rivet with an expanded end section braces the two strands of the rope passing through the clamping block against the inner wall of the first passage surrounding the mouth of the primary section of the second passage.
A method of sharing data among multiple devices, the multiple devices comprising a server, a source terminal, and multiple receiving terminals (106, 108, 110), the method comprising: receiving, on the server, account information associated with at least one of the multiple receiving terminals (106, 108, 110), receiving, on the server, data from the source terminal to be shared with at least one of the multiple receiving terminals (106, 108, 110), determining, based on the account information, at least one active receiving terminal (106, 108, 110), alerting, by the server, the at least one active receiving terminal (106, 108, 110) about the data shared by the source terminal, and receiving, by the server, a response from the at least one active receiving terminal (106, 108, 110) indicating an action with regard to the data, wherein the alerting, by the server, the at least one active receiving terminal (106, 108, 110) about the data shared by the source terminal comprises: providing, by the server, one or more options for the at least one active receiving terminal (106, 108, 110), the one or more options indicating respective actions with regard to the data shared by the source terminal, wherein the at least one active receiving terminal chooses from the one or more options the action with regard to the data shared by the source terminal. receiving, on the server, account information associated with at least one of the multiple receiving terminals (106, 108, 110), receiving, on the server, data from the source terminal to be shared with at least one of the multiple receiving terminals (106, 108, 110), determining, based on the account information, at least one active receiving terminal (106, 108, 110), alerting, by the server, the at least one active receiving terminal (106, 108, 110) about the data shared by the source terminal, and receiving, by the server, a response from the at least one active receiving terminal (106, 108, 110) indicating an action with regard to the data, wherein the alerting, by the server, the at least one active receiving terminal (106, 108, 110) about the data shared by the source terminal comprises: providing, by the server, one or more options for the at least one active receiving terminal (106, 108, 110), the one or more options indicating respective actions with regard to the data shared by the source terminal, wherein the at least one active receiving terminal chooses from the one or more options the action with regard to the data shared by the source terminal.
An apparatus for measuring a characteristic of a sample, the apparatus being a spinning force system with a centrifuge, the apparatus comprising: a module comprising: a sample holder; a light source configured to illuminate the sample; a detector configured to receive light from the sample, an imaging axis oriented in a direction along the direction in which light from the light source passes through or is otherwise incident to the sample; wherein the module is sized and dimensioned to fit within a receptacle of the centrifuge, the receptacle having a volume of less than or equal to 1 L, wherein the spinning force system is arranged such that the direction of force and the imaging axis are misaligned in order to track lateral particle motion. a sample holder; a light source configured to illuminate the sample; a detector configured to receive light from the sample, an imaging axis oriented in a direction along the direction in which light from the light source passes through or is otherwise incident to the sample; wherein the module is sized and dimensioned to fit within a receptacle of the centrifuge, the receptacle having a volume of less than or equal to 1 L, wherein the spinning force system is arranged such that the direction of force and the imaging axis are misaligned in order to track lateral particle motion.
A method for calibrating at least one of a spatial intensity and color variations in a plurality of display units of a system using at least one light sensor comprising the steps of: sequentially illuminating each of the plurality of display units, one at a time with a full intensity solid white input image, while sending black input to all remaining display units and capturing a plurality of displayed images using the at least one light sensor; calculating a target image using the captured plurality of displayed images; and converging, with an iterative algorithm and without measuring an input output curve of the plurality of the display units, at least one of spatial intensity and color variations of a second displayed image to the target image, the iterative algorithm iterating until a predetermined accuracy as measured by an error metric is achieved. sequentially illuminating each of the plurality of display units, one at a time with a full intensity solid white input image, while sending black input to all remaining display units and capturing a plurality of displayed images using the at least one light sensor; calculating a target image using the captured plurality of displayed images; and converging, with an iterative algorithm and without measuring an input output curve of the plurality of the display units, at least one of spatial intensity and color variations of a second displayed image to the target image, the iterative algorithm iterating until a predetermined accuracy as measured by an error metric is achieved.
A user plane resource management method for a communication system comprising a user plane network element adapted to perform user plane functions of a node and a control plane network element adapted to perform control plane functions of the node, wherein the node is one of a serving gateway or a packet data network gateway, comprising: receiving, by the user plane network element, a data transmission channel establishment request message sent by the control plane network element, wherein the data transmission channel establishment request message is used to instruct the user plane network element to establish a data transmission channel in the communication system; establishing, by the user plane network element, the data transmission channel based on current user plane resource status information, and assigning a channel identifier identifying the data transmission channel; and sending, by the user plane network element, the channel identifier to the control plane network element, wherein the establishing, by the user plane network element, the data transmission channel based on current user plane resource status information comprises: selecting, by the user plane network element, based on a load balancing principle, a target resource block from a plurality of internal resource blocks, wherein each of the plurality of internal resource blocks is a physical board of the user plane network element or a virtual machine obtained after the physical board of the user plane network element is virtualized based on a virtualization technology. receiving, by the user plane network element, a data transmission channel establishment request message sent by the control plane network element, wherein the data transmission channel establishment request message is used to instruct the user plane network element to establish a data transmission channel in the communication system; establishing, by the user plane network element, the data transmission channel based on current user plane resource status information, and assigning a channel identifier identifying the data transmission channel; and sending, by the user plane network element, the channel identifier to the control plane network element, wherein the establishing, by the user plane network element, the data transmission channel based on current user plane resource status information comprises: selecting, by the user plane network element, based on a load balancing principle, a target resource block from a plurality of internal resource blocks, wherein each of the plurality of internal resource blocks is a physical board of the user plane network element or a virtual machine obtained after the physical board of the user plane network element is virtualized based on a virtualization technology.
Copper-zinc alloy, consisting of 55 to 75 wt.% copper, 0.1 to 8 wt.% aluminium, 0.3 to 3.5 wt.% iron, 0.5 to 8 wt. % manganese, 0 to less than 5 wt. % nickel, 0 to less than 0.1 wt.% lead, 0 to 3 wt.% tin, 0.3 to 5 wt.% silicon, less than 0.1 wt.% cobalt, less than 0.05 wt.% titanium, wherein it contains cobalt and titanium up to below the specified limits, 0 to less than 0.02 wt.% phosphorus, unavoidable impurities and the remainder zinc.
A lubricating oil composition for an internal combustion engine containing: as the base oil a mixed base oil consisting of a mixture of a base oil being a mineral oil and/or a synthetic oil with a kinematic viscosity at 100°C of not more than 3.5 mm 2 /s and a base oil being a mineral oil and/or a synthetic oil with a kinematic viscosity at 100°C of more than 3.5 mm 2 /s, wherein the ratio of the base oil to the entire base oil is not less than 5 mass% and not more than 40 mass%, and the kinematic viscosity at 100°C of the mixed base oil is 3.5 to 3.9 mm 2 /s; a calcium salicylate-based detergent in 0.05 mass% to 0.5 mass% as a calcium amount based on the total amount of the composition, and; a calcium sulfonate-based detergent in 0.002 mass% to 0.2 mass% as a calcium amount based on the total amount of the composition. as the base oil a mixed base oil consisting of a mixture of a base oil being a mineral oil and/or a synthetic oil with a kinematic viscosity at 100°C of not more than 3.5 mm 2 /s and a base oil being a mineral oil and/or a synthetic oil with a kinematic viscosity at 100°C of more than 3.5 mm 2 /s, wherein the ratio of the base oil to the entire base oil is not less than 5 mass% and not more than 40 mass%, and the kinematic viscosity at 100°C of the mixed base oil is 3.5 to 3.9 mm 2 /s; a calcium salicylate-based detergent in 0.05 mass% to 0.5 mass% as a calcium amount based on the total amount of the composition, and; a calcium sulfonate-based detergent in 0.002 mass% to 0.2 mass% as a calcium amount based on the total amount of the composition.
A method of detecting the rotation of a rotatable object over an axis coinciding with an optical axis of a probe beam, the method comprising - providing a probe beam comprised of at least two monochromatic wavelengths, with a fixed frequency difference and circular polarizations of opposite chirality; - providing a neutral beam splitter, where the probe beam is split in a section that is transmitted and a section that is reflected, the beam splitter directing the reflected beam via a polarizer filter towards a first photodetector generating a reference signal; - directing the transmitted beam via a quarter wave plate attached to the rotatable object; - wherein a mirror is arranged to reflect the beam, via the quarter wave plate, back into the neutral beam splitter; said neutral beam splitter directing the reflected beam via a polarizer filter toward a second photodetector, generating a periodic measurement signal; - wherein object rotation is derived from the relative phase difference between the reference signal and periodic measurement signal from the first and second photodetector respectively. - providing a probe beam comprised of at least two monochromatic wavelengths, with a fixed frequency difference and circular polarizations of opposite chirality; - providing a neutral beam splitter, where the probe beam is split in a section that is transmitted and a section that is reflected, the beam splitter directing the reflected beam via a polarizer filter towards a first photodetector generating a reference signal; - directing the transmitted beam via a quarter wave plate attached to the rotatable object; - wherein a mirror is arranged to reflect the beam, via the quarter wave plate, back into the neutral beam splitter; said neutral beam splitter directing the reflected beam via a polarizer filter toward a second photodetector, generating a periodic measurement signal; - wherein object rotation is derived from the relative phase difference between the reference signal and periodic measurement signal from the first and second photodetector respectively.
A method for detecting Trichomonas vaginalis infection in a human subject, comprising: a) applying a sample from the subject to a sample application zone at a first end of a dry-strip, whereby the sample moves by capillary action along the dry-strip toward a second end, thereby first passing through a reaction zone comprising a non-immobilized labelled first monoclonal antibody specific against a Trichomonas vaginalis adhesin protein epitope and then passing through a detection zone comprising an immobilized second monoclonal antibody specific against a Trichomonas vaginalis adhesin epitope, under conditions whereby an antigen/antibody complex will form if the subject is infected with Trichomonas vaginalis, wherein the sample is a urine sample, an endocervical swab, a vaginal swab or a pap smear, and wherein said first and second monoclonal antibodies were present on the test strip prior to application of the sample, and wherein said first and second monoclonal antibodies are specific for different epitopes on the same Trichomonas vaginalis adhesin protein, and wherein said first monoclonal antibody is an anti-AP65 antibody produced by the hybridoma cell line DM116, and wherein said second monoclonal antibody is an anti-AP65 antibody produced by the hybridoma cell line C55; and b) detecting the presence of said complex, whereby the presence of said complex detects Trichomonas vaginalis infection in said subject. a) applying a sample from the subject to a sample application zone at a first end of a dry-strip, whereby the sample moves by capillary action along the dry-strip toward a second end, thereby first passing through a reaction zone comprising a non-immobilized labelled first monoclonal antibody specific against a Trichomonas vaginalis adhesin protein epitope and then passing through a detection zone comprising an immobilized second monoclonal antibody specific against a Trichomonas vaginalis adhesin epitope, under conditions whereby an antigen/antibody complex will form if the subject is infected with Trichomonas vaginalis, wherein the sample is a urine sample, an endocervical swab, a vaginal swab or a pap smear, and wherein said first and second monoclonal antibodies were present on the test strip prior to application of the sample, and wherein said first and second monoclonal antibodies are specific for different epitopes on the same Trichomonas vaginalis adhesin protein, and wherein said first monoclonal antibody is an anti-AP65 antibody produced by the hybridoma cell line DM116, and wherein said second monoclonal antibody is an anti-AP65 antibody produced by the hybridoma cell line C55; and b) detecting the presence of said complex, whereby the presence of said complex detects Trichomonas vaginalis infection in said subject.
Ironing appliance having a steam distribution circuit supplying steam outlet holes and comprising a first filtering screen having passage openings sized to retain particles of scale, characterised in that said steam distribution circuit comprises at least one second filtering screen arranged in series with the first filtering screen, said second filtering screen being arranged downstream from the first filtering screen and having passage openings smaller than the passage openings of the first filtering screen.
A shockproof protective coating comprising a material consisting of a metal outer layer adhering to a compressible cellular material sub-layer, wherein the metal outer layer is a layer made of aluminium or of an aluminium alloy and the compressible cellular material sub-layer is a sub-layer made of a neoprene foam.
A projector comprising: a plurality of laser diodes, each emitting an elliptic section of light; a holder on which the plurality of laser diodes are disposed; and a rectangular display device on to which light emitted from the plurality of laser diodes is shone, characterized in that the projector further comprising reflecting mirrors each having a rectangular shape and adapted to reflect light emitted from each of the plurality of laser diodes are disposed on an optical path from the light source to the display device, and the orientations of the plurality of laser diodes are aligned so that a major axis of a section of the ellipse of light emitted from each of the plurality of laser diodes becomes substantially parallel to longer sides of each of the reflecting mirrors, a light guiding member in which a rectangular incident port on which light emitted from the plurality of laser diodes is incident and a rectangular emerging port from which the light that enters from the incident port is caused to emerge are formed, wherein the plurality of laser diodes are fixed to the holder so that the direction of the major axis of the elliptic section of the light emitted from each of the plurality of laser diodes becomes substantially parallel to a direction of longer sides of the incident port, the display device is disposed so that a direction of a major axis of an elliptic section of light emitted from each of the plurality of laser diodes becomes substantially parallel to a direction of longer sides of the display device. a plurality of laser diodes, each emitting an elliptic section of light; a holder on which the plurality of laser diodes are disposed; and a rectangular display device on to which light emitted from the plurality of laser diodes is shone, characterized in that the projector further comprising reflecting mirrors each having a rectangular shape and adapted to reflect light emitted from each of the plurality of laser diodes are disposed on an optical path from the light source to the display device, and the orientations of the plurality of laser diodes are aligned so that a major axis of a section of the ellipse of light emitted from each of the plurality of laser diodes becomes substantially parallel to longer sides of each of the reflecting mirrors, a light guiding member in which a rectangular incident port on which light emitted from the plurality of laser diodes is incident and a rectangular emerging port from which the light that enters from the incident port is caused to emerge are formed, wherein the plurality of laser diodes are fixed to the holder so that the direction of the major axis of the elliptic section of the light emitted from each of the plurality of laser diodes becomes substantially parallel to a direction of longer sides of the incident port, the display device is disposed so that a direction of a major axis of an elliptic section of light emitted from each of the plurality of laser diodes becomes substantially parallel to a direction of longer sides of the display device.
A manufacturing method for a component of a turbine engine, comprising: providing (702, 704) a preform component for the turbine engine, the preform component including a substrate and a locating feature at an exterior surface of the substrate; applying an outer coating over the substrate, wherein the outer coating covers the locating feature; scanning at least a portion of the preform component and the outer coating with an imaging system to provide scan data indicative of a location of the locating feature; and forming a cooling aperture in the substrate and the outer coating based on the scan data. providing (702, 704) a preform component for the turbine engine, the preform component including a substrate and a locating feature at an exterior surface of the substrate; applying an outer coating over the substrate, wherein the outer coating covers the locating feature; scanning at least a portion of the preform component and the outer coating with an imaging system to provide scan data indicative of a location of the locating feature; and forming a cooling aperture in the substrate and the outer coating based on the scan data.
Impression trays manufactured in at least two standard sizes and consisting of an upper jaw ridge arch and a lower jaw ridge arch, wherein the alveolar ridges are provided with wax walls facing each other, which especially are encryptable in relation to each other, wherein each alveolar ridge arch is integrally formed with the wax wall associated thereto, and the alveolar ridge arches consist of wax which is deformable, especially widenable and narrowable, at less than 100°C by applying a force of less than 100 Newton onto the distal end region of each alveolar ridge arch, characterized in that the wax walls comprise recesses (36, 38, 40, 42), the upper jaw recess (38, 40) and the lower jaw recess (36, 42) facing each other, and especially are adapted for creating a cipher for positively engaging with or to each other, wherein a cipher material or a cipher body is receivable in the recesses (36, 38, 40, 42).
Penetrator, the explosive charge of which consists at least of a part charge, and which penetrator has an insert which is fastened within the shell of the penetrator, and having a detonating apparatus (5, 6), consisting of a fuse and a booster charge, the fuse being arranged at the rear of the penetrator and interacting with a booster charge, the fuse being surrounded together with the booster charge at least partially by a casing (4, 7), the casing bearing slidingly at least by means of a part of its outer face against the inner side of the shell, the casing bearing directly with a further part of its outer face against the explosive charge.
A method of forming an ice fog in a freeze drying chamber comprising feeding a cryogenic fluid into the freeze drying chamber wherein said freeze drying is of a condensable vapor which is introduced into said freeze drying chamber before or during ice fog formation, said ice fog being formed by contacting said cryogenic fluid with said condensable vapor, characterised in that said cryogenic fluid is fed through a venturi device.