mhurhangee/ep-ind-claims huggingface dataset:
A shift determining apparatus for a manual transmission in which driving force from a driving source is transmitted and cut as a clutch apparatus engages and disengages, and that is capable of selecting any of a plurality of gears according to a manual shift operation performed by a driver while the clutch apparatus is in a disengaged state, the shift determining apparatus for a manual transmission comprising: a shift determining means that determines whether a state in which a gear is selected according to the manual shift operation is a state in which engagement of the clutch apparatus is permissible or not, based on input shaft revolutions of the manual transmission in a state in which the clutch apparatus is disengaged, the input shaft revolutions changing as the manual shift operation is performed by the driver while the clutch apparatus is in a disengaged state, characterized in that the shift determining means is configured so as to determine that the state in which a gear is selected according to the manual shift operation is not a state in which the engagement of the clutch apparatus is permissible, in a case where an amount of change per unit time of the input shaft revolutions of the manual transmission that change as the manual shift operation is performed by the driver while the clutch apparatus is in a disengaged state is greater than a predetermined rate of change threshold. a shift determining means that determines whether a state in which a gear is selected according to the manual shift operation is a state in which engagement of the clutch apparatus is permissible or not, based on input shaft revolutions of the manual transmission in a state in which the clutch apparatus is disengaged, the input shaft revolutions changing as the manual shift operation is performed by the driver while the clutch apparatus is in a disengaged state, characterized in that the shift determining means is configured so as to determine that the state in which a gear is selected according to the manual shift operation is not a state in which the engagement of the clutch apparatus is permissible, in a case where an amount of change per unit time of the input shaft revolutions of the manual transmission that change as the manual shift operation is performed by the driver while the clutch apparatus is in a disengaged state is greater than a predetermined rate of change threshold.
A suspension system comprising: a plurality of suspension units, each comprising: a chamber arranged to contain a fluid; a piston slidably disposed within the chamber so as to act on the fluid; and a sensor arranged to measure load data relating to the load through the suspension unit; characterized by a diagnostics processor which is arranged to receive the load data measured by the sensor of each of the suspension units, and diagnose one or more of the plurality of suspension units as abnormal if the load data received for that or those particular suspension unit(s) is determined to be abnormal; and a display arranged to display if any of the suspension units are diagnosed as abnormal; characterized in that the diagnostics processor is arranged to diagnose a particular suspension unit as abnormal if the load data for that suspension unit deviates from reference data by more than a pre-determined tolerance; and wherein the reference data relates to the load data of other suspension units. a plurality of suspension units, each comprising: a chamber arranged to contain a fluid; a piston slidably disposed within the chamber so as to act on the fluid; and a sensor arranged to measure load data relating to the load through the suspension unit; a chamber arranged to contain a fluid; a piston slidably disposed within the chamber so as to act on the fluid; and a sensor arranged to measure load data relating to the load through the suspension unit; characterized by a diagnostics processor which is arranged to receive the load data measured by the sensor of each of the suspension units, and diagnose one or more of the plurality of suspension units as abnormal if the load data received for that or those particular suspension unit(s) is determined to be abnormal; and a display arranged to display if any of the suspension units are diagnosed as abnormal; characterized in that the diagnostics processor is arranged to diagnose a particular suspension unit as abnormal if the load data for that suspension unit deviates from reference data by more than a pre-determined tolerance; and wherein the reference data relates to the load data of other suspension units.
A cell analysis apparatus for analyzing measuring object cells included in a biological sample, comprising: a detection section (12, 3, 52-59) for flowing a measurement sample obtained from the biological sample and a dye for staining a nucleus of a cell (C1, C2, C3) into a flow cell, irradiating the measurement sample flowing in the flow cell with laser beam, and detecting fluorescence from the nucleus of the cell in the measurement sample; a signal processing section (12, 4) for obtaining, based on a fluorescence signal outputted from the detection section, a value reflecting height of a waveform of the fluorescence signal and a value reflecting length of a ridge line of the waveform of the fluorescence signal; and an analysis section for distinguishing between an aggregating cell (C2; C3) formed by aggregation of a plurarity of cells and a non-aggregating cell, based on the value reflecting the height of the waveform of the fluorescence signal and the value reflecting the length of the ridge line of the waveform of the fluorescence signal obtained by the signal processing section. a detection section (12, 3, 52-59) for flowing a measurement sample obtained from the biological sample and a dye for staining a nucleus of a cell (C1, C2, C3) into a flow cell, irradiating the measurement sample flowing in the flow cell with laser beam, and detecting fluorescence from the nucleus of the cell in the measurement sample; a signal processing section (12, 4) for obtaining, based on a fluorescence signal outputted from the detection section, a value reflecting height of a waveform of the fluorescence signal and a value reflecting length of a ridge line of the waveform of the fluorescence signal; and an analysis section for distinguishing between an aggregating cell (C2; C3) formed by aggregation of a plurarity of cells and a non-aggregating cell, based on the value reflecting the height of the waveform of the fluorescence signal and the value reflecting the length of the ridge line of the waveform of the fluorescence signal obtained by the signal processing section.
An isolated monoclonal antibody that specifically binds to a human R-spondin (RSPO) protein and inhibits growth of a solid tumor comprising solid tumor stem cells, wherein the antibody disrupts binding of the RSPO protein to a leucine-rich repeat-containing G protein-coupled receptor protein, wherein the LGR protein is LGR5; and/or disrupts RSPO activation of LGR5 signaling.
A personal hygiene implement attachable to a handle of a personal hygiene device, wherein the personal hygiene device is one of an electric toothbrush, an electric tongue scraper, an electric flossing device, an electric interdental cleaner, or a massaging device and the personal hygiene implement is a respective replacement brush, tongue scraper head, flossing head, interdental cleaning head, or massaging head, comprising: a housing; a functional element movably mounted at the housing such that it can be driven into a motion; a motion transmitter element (110; 310) coupled with the functional element; an adhesive layer (180; 380) provided at the motion transmitter element for adhesively coupling the motion transmitter element with a drive shaft of the handle when being attached, wherein the adhesive layer is chosen such that the adhesive connection established after attachment is essentially non-destructively separable. a housing; a functional element movably mounted at the housing such that it can be driven into a motion; a motion transmitter element (110; 310) coupled with the functional element; an adhesive layer (180; 380) provided at the motion transmitter element for adhesively coupling the motion transmitter element with a drive shaft of the handle when being attached, wherein the adhesive layer is chosen such that the adhesive connection established after attachment is essentially non-destructively separable.
Semiconductor module assembly having a cooling body and at least one semiconductor module which is contacted on the cooling body, wherein the cooling body comprises a cooling body main body and a cooling body attachment, wherein the cooling body attachment has, on a first surface, a channel structure in which a heat-transporting fluid is arranged, wherein the cooling body main body has a cooling body main body surface, wherein the channel structure is hermetically sealed by an integral connection with the cooling body main body surface of the cooling body main body so that both the cooling body attachment and the cooling body main body are in direct contact with the heat-transporting fluid, wherein the hermetically sealed channel structure and the heat-transporting fluid form a pulsating heat pipe which is thermally conductively connected to the semiconductor module, wherein the cooling body attachment has a central piece and end pieces arranged on both sides, wherein the central piece comprises essentially parallel channels of the channel structure and wherein the end pieces arranged on both sides each have deflection channels of the channel structure, wherein the deflection channels are arranged in such a way that they establish a fluidic connection between the essentially parallel channels of the central piece. wherein the cooling body comprises a cooling body main body and a cooling body attachment, wherein the cooling body attachment has, on a first surface, a channel structure in which a heat-transporting fluid is arranged, wherein the cooling body main body has a cooling body main body surface, wherein the channel structure is hermetically sealed by an integral connection with the cooling body main body surface of the cooling body main body so that both the cooling body attachment and the cooling body main body are in direct contact with the heat-transporting fluid, wherein the hermetically sealed channel structure and the heat-transporting fluid form a pulsating heat pipe which is thermally conductively connected to the semiconductor module, wherein the cooling body attachment has a central piece and end pieces arranged on both sides, wherein the central piece comprises essentially parallel channels of the channel structure and wherein the end pieces arranged on both sides each have deflection channels of the channel structure, wherein the deflection channels are arranged in such a way that they establish a fluidic connection between the essentially parallel channels of the central piece.
A method for producing forged components from a TiAl alloy, in particular turbine blades, in which the components are forged and after forging are subjected to a two-stage heat-treatment, wherein the first stage of the heat-treatment comprises recrystallization annealing for 50 to 100 minutes at a temperature below the γ/α - transition temperature, namely in the temperature range between 1300°C and 900°C, in particular a recrystallization cooling temperature between 1200°C and 1300°C, and the second stage of the heat-treatment comprises stabilization annealing in the temperature range of 800°C to 950°C for 5 to 7 hours, and wherein a TiAl alloy having 42 to 45 at. % aluminium, 3 to 5 at. % niobium and 0.5 to 1.5 at. % molybdenum is used, characterised in that the rate of cooling in the first heat-treatment stage is greater than or equal to 3°C/s in order to set a fine lamellar structure of α 2 -Ti3Al and γ-TiAl in a corresponding α 2 -and γ-phase.
An aqueous intumescent coating composition comprising: a film forming resin which is an aqueous dispersion of polymeric particles selected from (meth)acrylics, vinyls, polyesters, polycarbonates, polylactides, polyethers, polysulfones, polyurethanes, polyamides, chlorinated polyolefins, polyureas, epoxies, and mixtures or copolymers thereof; an acid source selected from phytate derivatives, ammonium polyphosphate, melamine phosphate, magnesium sulphate, ammonium pentaborate, zinc borate, boric acid, and salts of sulphonic acid; and a non-ionic silicone surfactant comprising 10 to 50 percent by weight siloxane, 30 to 90 percent by weight alkylene oxide, and a molecular weight of 500 to 12,000 g/mol, wherein the percent by weight is based on the total weight of the non-ionic surfactant, wherein a cured coating deposited from the coating composition, when heated according to EN1363-1 on a 1 foot I-shaped W6x16 mild steel column substrate, has a char expansion ratio of 40 to 75. a film forming resin which is an aqueous dispersion of polymeric particles selected from (meth)acrylics, vinyls, polyesters, polycarbonates, polylactides, polyethers, polysulfones, polyurethanes, polyamides, chlorinated polyolefins, polyureas, epoxies, and mixtures or copolymers thereof; an acid source selected from phytate derivatives, ammonium polyphosphate, melamine phosphate, magnesium sulphate, ammonium pentaborate, zinc borate, boric acid, and salts of sulphonic acid; and a non-ionic silicone surfactant comprising 10 to 50 percent by weight siloxane, 30 to 90 percent by weight alkylene oxide, and a molecular weight of 500 to 12,000 g/mol, wherein the percent by weight is based on the total weight of the non-ionic surfactant, wherein a cured coating deposited from the coating composition, when heated according to EN1363-1 on a 1 foot I-shaped W6x16 mild steel column substrate, has a char expansion ratio of 40 to 75.
A roll-over fuel valve configured with a float-sealable fluid path module comprising a float member axially displaceable within a float housing, between an open position and a closed position; said float member being normally biased in direction of the closed position, characterized by that said float member comprises an open liquid chamber for collecting liquid, thus taking part in the force equilibrium acting on the float member.
A float glass manufactured by causing a molten glass continuously supplied onto a molten tin in a bath to flow on the molten tin toward an outlet of the bath, wherein, when a distance from a first surface which is one surface of both main surfaces of the float glass and is positioned on a side of the molten tin in the bath to an arbitrary position in a sheet thickness direction toward a second surface which is the other surface of the float glass is set to be x (μm), a function of a concentration of water (mass ppm) having x as a variable is set to be C(x), a distance between the both main surfaces of the float glass is set to be D (μm), a distance from the first surface to a position in which the concentration of water is maximum in the sheet thickness direction between the both main surfaces of the float glass is set to be Da (μm), and the concentration of water in the position of Da is set to be Ca (mass ppm), the float glass satisfies the following formula: [Math. 1] ∫ 0 Da Ca − C x dx Ca × D × 100 ≤ 0.5 and wherein the float glass satisfies the following formula: [Math. 2] Ca ≥ 470 and wherein the first surface and the second surface are not polished.
A location pad, comprising: multiple field-generators (36A-36D), which are configured to generate respective magnetic fields in a region-of-interest of a patient organ, for measuring a position of a medical instrument in the region-of-interest; and a frame, which is configured to fix the multiple field-generators at respective positions surrounding the region-of-interest, characterised in that the frame is transparent to an X-ray radiation, and by the frame comprising at least one moveable fixing device (64, 66) wherein each fixing device is configured to fix at least one of the multiple field-generators to the frame, wherein the at least one fixing device is movable on the surface of the frame so as to set the size and shape of the region-of-interest. multiple field-generators (36A-36D), which are configured to generate respective magnetic fields in a region-of-interest of a patient organ, for measuring a position of a medical instrument in the region-of-interest; and a frame, which is configured to fix the multiple field-generators at respective positions surrounding the region-of-interest, characterised in that the frame is transparent to an X-ray radiation, and by the frame comprising at least one moveable fixing device (64, 66) wherein each fixing device is configured to fix at least one of the multiple field-generators to the frame, wherein the at least one fixing device is movable on the surface of the frame so as to set the size and shape of the region-of-interest.
An automatic teller machine comprising: a case in which dispenser portion (111,112,113) is disposed in different positions; a medium transfer unit provided in the case to transfer paper mediums to be dispensed through the dispenser portion; a carriage including a stacking space to temporarily stack the paper mediums being configured to be moved to the dispenser portion along a movement path formed in the case; a rotor in which the carriage is withdrawably inserted, being configured to be rotated along with the carriage between a first position in which the paper mediums are stacked in the carriage and a second position in which the carriage is moved to the movement path; characterised by: a medium guide movably provided to the carriage to adjust size of the stacking space according to size of the paper mediums being transferred to the stacking space; and a guide adjustment device provided to the rotor and configured to be connected to the medium guide when the carriage is received in the rotor to adjust a position of the medium guide. a case in which dispenser portion (111,112,113) is disposed in different positions; a medium transfer unit provided in the case to transfer paper mediums to be dispensed through the dispenser portion; a carriage including a stacking space to temporarily stack the paper mediums being configured to be moved to the dispenser portion along a movement path formed in the case; a rotor in which the carriage is withdrawably inserted, being configured to be rotated along with the carriage between a first position in which the paper mediums are stacked in the carriage and a second position in which the carriage is moved to the movement path; characterised by: a medium guide movably provided to the carriage to adjust size of the stacking space according to size of the paper mediums being transferred to the stacking space; and a guide adjustment device provided to the rotor and configured to be connected to the medium guide when the carriage is received in the rotor to adjust a position of the medium guide. a medium guide movably provided to the carriage to adjust size of the stacking space according to size of the paper mediums being transferred to the stacking space; and a guide adjustment device provided to the rotor and configured to be connected to the medium guide when the carriage is received in the rotor to adjust a position of the medium guide.
A handover method in a relay network, comprising: receiving, by a relay node, a first area identifier that identifies the relay node, characterized by sending, by the relay node, a system information broadcast message carrying the first area identifier to a terminal in a coverage area; and receiving, by the relay node, a handover request message, which is forwarded by a control base station, and performing, by the relay node, according to the handover request message, a control operation of accessing the relay node for the terminal, wherein the receiving, by the relay node, the first area identifier that identifies the relay node comprises: receiving, by the relay node, a response message of the control base station for an interface setup request message, wherein the response message carries the first area identifier allocated by the control base station, and the first area identifier allocated by the control base station is a first evolved universal terrestrial radio access network cell global identifier ECGI carried in the response message, and the first ECGI comprises an identifier of the control base station; wherein the control base station controls the relay node. receiving, by a relay node, a first area identifier that identifies the relay node, characterized by sending, by the relay node, a system information broadcast message carrying the first area identifier to a terminal in a coverage area; and receiving, by the relay node, a handover request message, which is forwarded by a control base station, and performing, by the relay node, according to the handover request message, a control operation of accessing the relay node for the terminal, receiving, by the relay node, a response message of the control base station for an interface setup request message, wherein the response message carries the first area identifier allocated by the control base station, and the first area identifier allocated by the control base station is a first evolved universal terrestrial radio access network cell global identifier ECGI carried in the response message, and the first ECGI comprises an identifier of the control base station; wherein the control base station controls the relay node.
A method, performed by a wireless device, for managing selection of a Wireless Local Area Network, WLAN, the wireless device being located in a cell operated by a radio network node of a 3rd Generation Partnership Project, 3GPP, cellular communication system, wherein the method comprises: obtaining a first sub-set of WLAN identifiers, which first sub-set relates to user preference for selection of WLAN, and/or a second sub-set of WLANs, which second sub-set relates to WLAN Selection Policy; wherein the method is characterized by receiving, from the radio network node, a third sub-set of WLAN identifiers, which third sub-set relates to a list of WLANs, wherein each of the first and/or second sub-sets and the third sub-set is associated with a respective priority level for indicating which WLAN to prioritize over the other WLANs of the first and/or second sub-sets and the third sub-set; selecting a WLAN from among the first, second and third sub-sets of WLAN identifiers based on the respective priority levels; wherein the third sub-set relates to a list of WLANs which shall be considered by the wireless device when evaluating RAN rules and when the selected WLAN is from the third sub-set, evaluating Radio Access Network, RAN, rules in view of the selected WLAN, wherein the RAN rules indicate when the wireless device goes to the selected WLAN and when the wireless device goes to the 3GPP cellular communication system; and connecting to the selected WLAN when the RAN rules are fulfilled. obtaining a first sub-set of WLAN identifiers, which first sub-set relates to user preference for selection of WLAN, and/or a second sub-set of WLANs, which second sub-set relates to WLAN Selection Policy; wherein the method is characterized by receiving, from the radio network node, a third sub-set of WLAN identifiers, which third sub-set relates to a list of WLANs, wherein each of the first and/or second sub-sets and the third sub-set is associated with a respective priority level for indicating which WLAN to prioritize over the other WLANs of the first and/or second sub-sets and the third sub-set; selecting a WLAN from among the first, second and third sub-sets of WLAN identifiers based on the respective priority levels; wherein the third sub-set relates to a list of WLANs which shall be considered by the wireless device when evaluating RAN rules and when the selected WLAN is from the third sub-set, evaluating Radio Access Network, RAN, rules in view of the selected WLAN, wherein the RAN rules indicate when the wireless device goes to the selected WLAN and when the wireless device goes to the 3GPP cellular communication system; and connecting to the selected WLAN when the RAN rules are fulfilled.