mhurhangee/ep-ind-claims huggingface dataset:
A hose storage unit for storing a hose at a tap, comprising: a storage hook adapted to receive the hose; a tap connector adapted to fluidly connect the hose and the tap; and an adaptor removably coupled with the tap and engaged with the tap connector, wherein the adaptor fluidly couples the tap with the tap connector, and wherein the storage hook is associated with the adaptor; wherein a portion of the adapter at a first portion extends out partially in an upward direction from the storage hook to couple with an outlet portion of the tap and a portion of the adapter at a second portion extends out partially in a downward direction from the storage hook to receive the tap connector; and wherein the storage hook includes a first end and a second end, and a hose receiving portion proximate to the second end; wherein the hose receiving portion of the storage hook is inclined with respect to a central axis ("Al") of the adaptor; wherein the storage hook further includes a hole to receive the adaptor, wherein the hole is disposed proximate the first end of the storage hook, characterized in that: a vertical portion extends between the first and the second end (108, 110), wherein the storage hook comprises a through hole proximate to the first end, wherein the through hole is configured to receive a screw lock allowing selective locking of the storage hook, wherein the storage hook further comprises a first surface and a second surface, wherein the first surface and the second surface include a generally curved shaped profile. a storage hook adapted to receive the hose; a tap connector adapted to fluidly connect the hose and the tap; and an adaptor removably coupled with the tap and engaged with the tap connector, wherein the adaptor fluidly couples the tap with the tap connector, and wherein the storage hook is associated with the adaptor; wherein a portion of the adapter at a first portion extends out partially in an upward direction from the storage hook to couple with an outlet portion of the tap and a portion of the adapter at a second portion extends out partially in a downward direction from the storage hook to receive the tap connector; and wherein the storage hook includes a first end and a second end, and a hose receiving portion proximate to the second end; wherein the hose receiving portion of the storage hook is inclined with respect to a central axis ("Al") of the adaptor; wherein the storage hook further includes a hole to receive the adaptor, wherein the hole is disposed proximate the first end of the storage hook, characterized in that: a vertical portion extends between the first and the second end (108, 110), wherein the storage hook comprises a through hole proximate to the first end, wherein the through hole is configured to receive a screw lock allowing selective locking of the storage hook, wherein the storage hook further comprises a first surface and a second surface, wherein the first surface and the second surface include a generally curved shaped profile.
Bismuth ion for use in a method preventing and/or treating the haemolytic uremic syndrome caused by one or more strains of Shiga toxin- producing Escherichia coli.
An unmanned aerial vehicle mountable to one or more aerial conductors of an electricity transmission line to monitor a component thereof, the unmanned aerial vehicle comprising: a body having a propulsion system to lift the vehicle, to navigate the vehicle, and to lower the vehicle onto the electricity transmission line; a component monitoring tool mounted to the body and vertically displaceable between a first position and a second position, the tool being configured to be in the first position when the vehicle is being displaced along the conductor, the tool being mounted to an underside portion of the body and thus disposed below the body, the tool being mounted in a fixed relationship with the body such that there is no relative displacement between the tool and the body, the tool being configured to be vertically spaced from the component in the first position, the tool in the second position being configured to be engaged with the component in order to effect the monitoring operation; and a displacement assembly mounted to the body and the tool and comprising at least one displacement member allowing to displace the body and the tool along said aerial conductor when the vehicle is resting on the aerial conductor, characterized in that the at least one displacement member is suspended from the body, the at least one displacement member being independently vertically displaceable or adjustable relative to said body, this relative movement of the at least one displacement member allowing to displace the tool vertically to engage the component and to displace the tool between said first position and said second position. a body having a propulsion system to lift the vehicle, to navigate the vehicle, and to lower the vehicle onto the electricity transmission line; a component monitoring tool mounted to the body and vertically displaceable between a first position and a second position, the tool being configured to be in the first position when the vehicle is being displaced along the conductor, the tool being mounted to an underside portion of the body and thus disposed below the body, the tool being mounted in a fixed relationship with the body such that there is no relative displacement between the tool and the body, the tool being configured to be vertically spaced from the component in the first position, the tool in the second position being configured to be engaged with the component in order to effect the monitoring operation; and a displacement assembly mounted to the body and the tool and comprising at least one displacement member allowing to displace the body and the tool along said aerial conductor when the vehicle is resting on the aerial conductor, characterized in that the at least one displacement member is suspended from the body, the at least one displacement member being independently vertically displaceable or adjustable relative to said body, this relative movement of the at least one displacement member allowing to displace the tool vertically to engage the component and to displace the tool between said first position and said second position.
Front structure of a motor vehicle, comprising: - an engine compartment, - longitudinal (11, 12) and transverse (13, 14) structural elements delimiting the engine compartment, - at least one electric device positioned inside the engine compartment and at least one associated electrical power supply cable (18, 19) one end of which is connected to the said electrical device and the other end of which is intended to be connected to a battery, - at least one elongate support element comprising at least one longitudinal recess (21, 22) accommodating a portion of the cable (18, 19) over the entire length of the said portion, - retaining means (30, 32) for holding the said at least one cable portion on the said support element, - fixing means (40, 42) for fixing the said support element to a structural element which is a longeron, the structural element comprising a lower longitudinal wall, the said support element being positioned along this wall, the support element having a trough shape open longitudinally, of which one face comprises at least one recess (21, 22) each accommodating a portion of cable substantially in one and the same plane and of which the opposite face is secured to a wall of the structural element, the lower longitudinal wall being further situated on the underside of the longeron. - an engine compartment, - longitudinal (11, 12) and transverse (13, 14) structural elements delimiting the engine compartment, - at least one electric device positioned inside the engine compartment and at least one associated electrical power supply cable (18, 19) one end of which is connected to the said electrical device and the other end of which is intended to be connected to a battery, - at least one elongate support element comprising at least one longitudinal recess (21, 22) accommodating a portion of the cable (18, 19) over the entire length of the said portion, - retaining means (30, 32) for holding the said at least one cable portion on the said support element, - fixing means (40, 42) for fixing the said support element to a structural element which is a longeron, the structural element comprising a lower longitudinal wall, the said support element being positioned along this wall, the support element having a trough shape open longitudinally, of which one face comprises at least one recess (21, 22) each accommodating a portion of cable substantially in one and the same plane and of which the opposite face is secured to a wall of the structural element, the lower longitudinal wall being further situated on the underside of the longeron.
An air filter assembly having a mating interface for coupling an air filter housing to an air filter, comprising: the air filter having an exterior, an interior, and outlet; the mating interface coupled to a circumference of the outlet of the air filter, comprising: an opening for receiving an end of an air tube extending downstream of the mating interface and adapted to supply air filtered by the air filter downstream of the air filter assembly, the air tube being in communication with the interior of the air filter; a groove in a surface of the mating interface for press-fit receiving a first opening of the air filter housing that surrounds the air filter; and a flange between the groove and the opening, the flange adapted to be radially pressed against the air filter housing by the air tube received in the opening. the air filter having an exterior, an interior, and outlet; the mating interface coupled to a circumference of the outlet of the air filter, comprising: an opening for receiving an end of an air tube extending downstream of the mating interface and adapted to supply air filtered by the air filter downstream of the air filter assembly, the air tube being in communication with the interior of the air filter; a groove in a surface of the mating interface for press-fit receiving a first opening of the air filter housing that surrounds the air filter; and a flange between the groove and the opening, the flange adapted to be radially pressed against the air filter housing by the air tube received in the opening. an opening for receiving an end of an air tube extending downstream of the mating interface and adapted to supply air filtered by the air filter downstream of the air filter assembly, the air tube being in communication with the interior of the air filter; a groove in a surface of the mating interface for press-fit receiving a first opening of the air filter housing that surrounds the air filter; and a flange between the groove and the opening, the flange adapted to be radially pressed against the air filter housing by the air tube received in the opening.
A method for determining the health of rotor blades, comprising: determining (306, 308), by means of sensors (20, 22), preliminary voltages corresponding to a plurality of blades based upon blade passing signals; wherein determining a preliminary voltage in the preliminary voltages corresponding to the plurality of blades comprises: determining an ascending index value and a descending index value based upon an index value threshold and a blade passing signal in the blade passing signals; and determining an average value of the ascending index value and the descending index value; and mapping the average value to a corresponding voltage value based upon the blade passing signal, wherein the corresponding voltage value is a preliminary voltage in the preliminary voltages; generating (310, 312) a plurality of clearance values by normalizing the preliminary voltages for effects of one or more operational parameters, wherein the plurality of clearance values are representative of clearance of the plurality of blades; and making a determination, based on the application of preset rules to the preliminary voltages and the clearance values, of whether the blades or the sensors (20, 22) have a defect. determining (306, 308), by means of sensors (20, 22), preliminary voltages corresponding to a plurality of blades based upon blade passing signals; wherein determining a preliminary voltage in the preliminary voltages corresponding to the plurality of blades comprises: determining an ascending index value and a descending index value based upon an index value threshold and a blade passing signal in the blade passing signals; and determining an average value of the ascending index value and the descending index value; and mapping the average value to a corresponding voltage value based upon the blade passing signal, determining an ascending index value and a descending index value based upon an index value threshold and a blade passing signal in the blade passing signals; and determining an average value of the ascending index value and the descending index value; and mapping the average value to a corresponding voltage value based upon the blade passing signal, wherein the corresponding voltage value is a preliminary voltage in the preliminary voltages; generating (310, 312) a plurality of clearance values by normalizing the preliminary voltages for effects of one or more operational parameters, wherein the plurality of clearance values are representative of clearance of the plurality of blades; and making a determination, based on the application of preset rules to the preliminary voltages and the clearance values, of whether the blades or the sensors (20, 22) have a defect.
Filling machine with a dosing valve for dosing liquid or paste-like masses in the form of food products, with a movable valve element which opens and closes a valve opening through which a portion is discharged as well as a squeezing region between said valve element and a valve housing in which a finger can be squeezed by said valve element movement wherein that said valve element comprises elastic material at its end region which when viewed in the closing direction is the leading one and which has a hardness of 30-80 Shore A, wherein the dosing valve is arranged at the discharge end of said filling machine and wherein the valve opening has an area in a range of 50mm2 -2000 mm2 and wherein said dosing valve can be actuated by a control device such that the closing force of the valve element is limited to a predetermined value less than 135N.
An image processing method implemented by a terminal, comprising steps of: • receiving a test data previously entered by a user of the terminal, • adjusting (104, 106) at least one parameter to a first value when the test data is equal to a secret reference data, and to a second value different from the first value when the test data is different from the secret reference data, wherein the adjustment comprises the application of a pseudo-random function to the test data so as to produce an intermediate data, wherein the parameter depends on the intermediate data, • generating an output data from: an input data being or depending on an image previously acquired by a sensor, and furthermore from the parameter, the output data having a value based on the value of the adjusted parameter. • receiving a test data previously entered by a user of the terminal, • adjusting (104, 106) at least one parameter to a first value when the test data is equal to a secret reference data, and to a second value different from the first value when the test data is different from the secret reference data, wherein the adjustment comprises the application of a pseudo-random function to the test data so as to produce an intermediate data, wherein the parameter depends on the intermediate data, • generating an output data from: an input data being or depending on an image previously acquired by a sensor, and furthermore from the parameter, the output data having a value based on the value of the adjusted parameter.
A method performed by a first communication device (110; 121; 122; 123) for transmitting data information at fixed time instants on a radio channel to a second communication device (121; 122; 123; 110) in a radio communications network, the method comprising determining that the radio channel is available for transmitting data information to the second communication device (121; 122; 123; 110), during a first time period determined by the first communication device (110; 121; 122; 123); transmitting a preamble on the available radio channel following the determining performed during the first time period, wherein the preamble is transmitted up to a second time period before a next fixed time instant, and wherein the second time period is smaller than a period of time required by another communication device to begin transmission on the radio channel; and transmitting the data information on the available radio channel to the second communication device (121; 122; 123; 110) at the next fixed time instant following the transmission of the preamble. determining that the radio channel is available for transmitting data information to the second communication device (121; 122; 123; 110), during a first time period determined by the first communication device (110; 121; 122; 123); transmitting a preamble on the available radio channel following the determining performed during the first time period, wherein the preamble is transmitted up to a second time period before a next fixed time instant, and wherein the second time period is smaller than a period of time required by another communication device to begin transmission on the radio channel; and transmitting the data information on the available radio channel to the second communication device (121; 122; 123; 110) at the next fixed time instant following the transmission of the preamble.
Use of an ink composition for ink jet, the ink composition comprising: gel particles which have a polymerizable group which is an ethylenically unsaturated bond and a hydrophilic group on the surfaces, and a three-dimensional crosslinked structure including at least one bond selected from a urethane bond and a urea bond and enclose a photopolymerization initiator; and water, wherein the three-dimensional crosslinked structure in the gel particles has a structure of a reaction product formed by a reaction of a tri- or higher functional isocyanate compound with water, wherein the total solid content amount of the gel particles is 50% by mass or greater with respect to the total solid content of the ink composition for ink jet, wherein the content of the enclosed photopolymerization initiator is 0.1% by mass to 25% by mass, with respect to the total solid content of the gel particles, and wherein the water content of the ink composition is 10% by mass to 99% by mass, wherein the ethylenically unsaturated bond is a bond of a radically polymerizable monomer enclosed by the gel particles and/or wherein the ethylenically unsaturated bond is introduced into the three-dimensional crosslinked structure of the gel particles. gel particles which have a polymerizable group which is an ethylenically unsaturated bond and a hydrophilic group on the surfaces, and a three-dimensional crosslinked structure including at least one bond selected from a urethane bond and a urea bond and enclose a photopolymerization initiator; and water, wherein the three-dimensional crosslinked structure in the gel particles has a structure of a reaction product formed by a reaction of a tri- or higher functional isocyanate compound with water, wherein the total solid content amount of the gel particles is 50% by mass or greater with respect to the total solid content of the ink composition for ink jet, wherein the content of the enclosed photopolymerization initiator is 0.1% by mass to 25% by mass, with respect to the total solid content of the gel particles, and wherein the water content of the ink composition is 10% by mass to 99% by mass, wherein the ethylenically unsaturated bond is a bond of a radically polymerizable monomer enclosed by the gel particles and/or wherein the ethylenically unsaturated bond is introduced into the three-dimensional crosslinked structure of the gel particles.
Method for providing a predictive eHorizon in a driver assistance system, wherein an eHorizon provider in a driver assistance system of an assistance system application makes available information about an expected route course, the eHorizon provider creates a planning table which contains information about the expected route course and/or about data which is to be provided as a function of the route course and which is assigned to an expected position of the vehicle in the planning table, and wherein the data to be made available to the assistance system application is extracted from the planning table as a function of the current position of the vehicle, characterized in that the information stored in the planning table is provided by different components of the driver assistance system and/or a system communicatively connected thereto, wherein the calculation of the eHorizon data is distributed among a plurality of computing units and there is provision that each of the available computing units calculates a possible path of the vehicle, and the calculated data is placed in the planning table or transmitted to the eHorizon provider.
A shoe insert comprising: at least one pad having one or more inner surfaces configured for cushioning at least a portion of a foot and one or more outer surfaces configured for attaching to at least one inner portion of a shoe; one or more layers of adhesive disposed over at least a portion of the one or more outer surfaces of the at least one pad; at least one flexible nonstick cover for covering the one or more layers of adhesive; and at least one tab attached to the at least one flexible nonstick cover, wherein the at least one tab is configured to protrude from the at least one inner portion of a shoe such that a user may pull upon the at least one tab thereby exposing the one or more layers of adhesive while the at least one pad is maintained at an optimal location, wherein the at least one pad comprises a lower portion for cushioning a plantar region of the foot, a front region for cushioning a distal region of the foot, and an upper portion for cushioning a dorsal region of the foot, and wherein the one or more inner surfaces of the at least one pad further comprise a foot chock protruding generally upwardly from the inner surface to provide support near a metatarsal region of the foot. at least one pad having one or more inner surfaces configured for cushioning at least a portion of a foot and one or more outer surfaces configured for attaching to at least one inner portion of a shoe; one or more layers of adhesive disposed over at least a portion of the one or more outer surfaces of the at least one pad; at least one flexible nonstick cover for covering the one or more layers of adhesive; and at least one tab attached to the at least one flexible nonstick cover, wherein the at least one tab is configured to protrude from the at least one inner portion of a shoe such that a user may pull upon the at least one tab thereby exposing the one or more layers of adhesive while the at least one pad is maintained at an optimal location, wherein the at least one pad comprises a lower portion for cushioning a plantar region of the foot, a front region for cushioning a distal region of the foot, and an upper portion for cushioning a dorsal region of the foot, and wherein the one or more inner surfaces of the at least one pad further comprise a foot chock protruding generally upwardly from the inner surface to provide support near a metatarsal region of the foot.