mhurhangee/ep-ind-claims huggingface dataset:
Sensor arrangement with an ultrasonic sensor and an optical sensor, wherein the ultrasonic sensor and the optical sensor are connected by way of coupling means and form a functional unit, characterised in that the optical sensor is integrated in an optical sensor housing, that the ultrasonic sensor is integrated in an ultrasonic sensor housing, that the optical sensor housing and the ultrasonic sensor housing are connected by mechanical coupling means to form a constructional unit, that the optical sensor housing and the ultrasonic sensor housing are each of forkshaped construction, that the optical sensor housing is fixed in the fork of the ultrasonic sensor housing by means of the mechanical coupling means to be horizontal and that the optical sensor and the ultrasonic sensor are connected by way of electrical coupling means via which signal exchange between the optical sensor and the ultrasonic sensor takes place.
An organosilicon compound having formula wherein each R 1 is independently a substituted or unsubstituted alkyl group of 1 to 10 carbon atoms or a substituted or unsubstituted aryl group of 6 to 10 carbon atoms, each R 2 is independently a substituted or unsubstituted alkyl group of 1 to 10 carbon atoms or a substituted or unsubstituted aryl group of 6 to 10 carbon atoms, each R 3 is independently a hydrogen atom or a methyl group, A 1 is an O, S, NH or a heteroatom-containing divalent linkage, A 2 is a single bond or a substituted or unsubstituted divalent hydrocarbon group of 1 to 20 carbon atoms which may contain a heteroatom, the subscripts a and c are each independently a number larger than 0, the subscripts b, d, e and f are each independently a number of 0 or more, and m is an integer from 1 to 3, with the proviso that individual recurring units are arranged in any order.
A method of diagnosing whether a subject has colon, pancreas or stomach cancer comprising: measuring the level of at least a first miR-24-2 gene product in a colon, pancreas or stomach tissue sample from the subject, wherein an alteration in the level of the first miR-24-2 gene product in the sample, relative to the level of the first miR-24-2 gene product in a control sample, is indicative of the subject having colon, pancreas or stomach cancer. measuring the level of at least a first miR-24-2 gene product in a colon, pancreas or stomach tissue sample from the subject, wherein an alteration in the level of the first miR-24-2 gene product in the sample, relative to the level of the first miR-24-2 gene product in a control sample, is indicative of the subject having colon, pancreas or stomach cancer.
A method for information recommendation, the method comprising: receiving data from a client indicating a visited information type, the visited information type including one or more of merchandise information, blog information, group information, post information, product information, news information, message information, keyword information, and advertisement information; obtaining a plurality of correlated information types related to the visited information type from stored records, the plurality of correlated information types providing one or more correlated information combinations each including at least two correlated information types; for each of the one or more correlated information combinations, computing a degree of correlation between the correlated information combination and the visited information type; and selecting from the one or more correlated information combinations a target correlated information combination whose degree of correlation satisfies a requirement, and recommending the target correlated information combination to the client; and wherein obtaining the plurality of correlated information types related to the visited information type comprises: obtaining from the stored records one or more other clients which have used the visited information type; and obtaining one or more other information types which have been used by the one or more other clients from the stored records. receiving data from a client indicating a visited information type, the visited information type including one or more of merchandise information, blog information, group information, post information, product information, news information, message information, keyword information, and advertisement information; obtaining a plurality of correlated information types related to the visited information type from stored records, the plurality of correlated information types providing one or more correlated information combinations each including at least two correlated information types; for each of the one or more correlated information combinations, computing a degree of correlation between the correlated information combination and the visited information type; and selecting from the one or more correlated information combinations a target correlated information combination whose degree of correlation satisfies a requirement, and recommending the target correlated information combination to the client; and wherein obtaining the plurality of correlated information types related to the visited information type comprises: obtaining from the stored records one or more other clients which have used the visited information type; and obtaining one or more other information types which have been used by the one or more other clients from the stored records. obtaining from the stored records one or more other clients which have used the visited information type; and obtaining one or more other information types which have been used by the one or more other clients from the stored records.
Protection device for a passenger compartment of a vehicle, comprising a flexible planar structure that is held on a winding shaft to be windable and unwindable between at least a protective position, extended approximately in the vehicle vertical direction, and a wound up stationary position, wherein the winding shaft is configured to be load-bearing and is rotationally supported on opposite side parts, characterized in that each side part is assigned a load-bearing mounting (15a, 15b), which has an anchoring extension facing - in relation of a rotational axis of the winding shaft - axially parallel to a centre of the winding shaft, the extension comprising a radially outwards protruding fastening means for anchoring the winding shaft to a backrest arrangement of a vehicle seat or to an interior floor.
On-load tap changer for uninterrupted changeover between winding taps of a tapped transformer, comprising a separate selector for power-free preselection of the winding tap which is to be switched over to, further comprising a separate load changeover switch for the actual load changeover from the previous to the preselected new winding tap and further comprising an energy store with at least one energy store spring which for each load changeover is initially stressed by a rotating drive shaft and after triggering thereof abruptly actuates the load changeover switch, characterised in that the drive shaft is operatively connected with a gearwheel by which the energy store can be stressed, a first mechanical freewheel is provided between the gearwheel and energy store in such a manner that the energy store can be stressed with a delay in time and the at least one triggered energy store spring of the energy store acts on a further mechanical freewheel, which in turn engages in a step transmission, particularly a Geneva gear (13, 14), for actuation of the load changeover switch, in such a manner that the load changeover switch is in turn actuable with a delay in time.
An internal combustion engine attachment component to be attached to an exhaust pipe of an internal combustion engine, wherein the component has a screw member having a threaded portion, and, a coating film formed on a surface of the threaded portion, the coating film being formed of solid ingredients of a lubricating coating composition; and the lubricating coating composition comprises as solid ingredients for forming the coating film, an organosilicon polymer having a polycarbosilane skeleton cross-linked by a metallic element, and a solid lubricant composed of at least one member selected from among molybdenum disulfide, boron nitride, graphite, and mica, and an organic solvent serving as the solvent for the solid ingredients characterized in that the lubricating coating composition which is applied onto a surface of a threaded portion of a screw member forms a solid coating film by drying or heating the applied composition before the screw member is secured to the exhaust pipe.
A floor scrubber drier comprising a base frame provided, in its lower region directed toward the floor, with cleaning means which comprise a brush which can rotate on command about an axis of rotation that is substantially perpendicular to the floor, means for dispensing a washing liquid, means for picking up the dirty liquid which comprise a suction assembly and a floor wiper arranged to the rear of said brush along the forward travel direction of said base frame on the floor, said floor wiper being extended around said brush and being movable along a movement trajectory that extends around the axis of rotation of said brush, first means being provided for the movement of said cleaning means between an active lowered position, in which said brush and said floor wiper rest on the floor, and a raised or inactive position, in which said brush and said floor wiper are raised with respect to the floor, wherein the floor scrubber drier further comprises second movement means which act on said floor wiper, at least with said cleaning means in the active lowered position, and are adapted to move on command said floor wiper, independently of said brush, between a lowered position, in which said floor wiper rests on the floor, and a raised position, in which said floor wiper is in a raised position with respect to said floor characterized in that said second movement means can be actuated manually by the user by means of an actuation device or lever.
A method for operating a Voltage Indication system, VIS, and a partial discharge-module (PD, 210) for a medium-voltage or high voltage apparatus, comprising: Monitoring, with the partial discharge-module, provided in a low-voltage portion, whether a partial discharge occurs within a dielectric of a high-voltage or medium-voltage apparatus or system, the partial discharge-module (PD, 210) being electrically connected to a capacitive coupler provided in the medium-voltage or high-voltage apparatus; Indicating with the VIS, provided in a low-voltage portion, the presence of an operating voltage in a high-voltage or medium-voltage apparatus or system, the VIS being electrically connected with the partial discharge-module (PD, 210); Deactivating, with a deactivation module connected to the VIS and to the partial discharge-module (PD, 210), a glow lamp in the Voltage-Indication-System during a partial discharge measurement; wherein the VIS is activated, when a switch (S 1, 320), which is controlled with the partial discharge-module (PD, 210), is in an open condition and the VIS is deactivated, when the switch (S 1, 320) is in a closed condition. Monitoring, with the partial discharge-module, provided in a low-voltage portion, whether a partial discharge occurs within a dielectric of a high-voltage or medium-voltage apparatus or system, the partial discharge-module (PD, 210) being electrically connected to a capacitive coupler provided in the medium-voltage or high-voltage apparatus; Indicating with the VIS, provided in a low-voltage portion, the presence of an operating voltage in a high-voltage or medium-voltage apparatus or system, the VIS being electrically connected with the partial discharge-module (PD, 210); Deactivating, with a deactivation module connected to the VIS and to the partial discharge-module (PD, 210), a glow lamp in the Voltage-Indication-System during a partial discharge measurement; wherein the VIS is activated, when a switch (S 1, 320), which is controlled with the partial discharge-module (PD, 210), is in an open condition and the VIS is deactivated, when the switch (S 1, 320) is in a closed condition.
A power cylinder system for a reciprocating engine, comprising: a piston 20 configured to move within a cylinder of the reciprocating engine; a groove extending circumferentially about the piston beneath a top land of the piston, characterised in further comprising a protective ring insert disposed within the groove and configured to support a ring having an inner circumferential face; and one or more channels formed in the protective ring insert and configured to facilitate transfer of combustion gases to a space between a portion of the groove and the inner circumferential face of the ring. a piston 20 configured to move within a cylinder of the reciprocating engine; a groove extending circumferentially about the piston beneath a top land of the piston, characterised in further comprising a protective ring insert disposed within the groove and configured to support a ring having an inner circumferential face; and one or more channels formed in the protective ring insert and configured to facilitate transfer of combustion gases to a space between a portion of the groove and the inner circumferential face of the ring.
A hybrid patch antenna assembly comprising: an antenna element board comprising first and second layers separated by a dielectric; the first layer comprising an active antenna element and the second layer comprising an antenna ground; and a radio board coupled to the antenna element board by a plurality of ladder line legs of a ladder line and separated from the antenna element board by a predetermined distance such that the antenna element board is suspended above the radio board; wherein a first leg of the plurality of the ladder line legs is an active feed and is configured to electrically connect to the first layer; and wherein a second leg of the plurality of ladder line legs is configured to electrically connect the radio board with the second layer. an antenna element board comprising first and second layers separated by a dielectric; the first layer comprising an active antenna element and the second layer comprising an antenna ground; and a radio board coupled to the antenna element board by a plurality of ladder line legs of a ladder line and separated from the antenna element board by a predetermined distance such that the antenna element board is suspended above the radio board; wherein a first leg of the plurality of the ladder line legs is an active feed and is configured to electrically connect to the first layer; and wherein a second leg of the plurality of ladder line legs is configured to electrically connect the radio board with the second layer.
A battery pack (2; 402; 602) comprising an outer case (12; 412; 612), which comprises an upper-part case (14; 414) and a lower-part case (15; 415) fixed to the upper-part case (14; 414), a cell case (80; 480; 780; 980), which is housed in the outer case (12; 412; 612), a plurality of battery cells (90a-90j) housed in the cell case (80; 480; 780; 980), and a plurality of lead plates (92a-92k) connected to the battery cells (90a-90j) and disposed spaced apart from one another in a direction orthogonal to a longitudinal direction of the battery cells (90a-90j), wherein an engaging part is provided on one of the upper-part case (14; 414) and the cell case (80; 480; 780; 980), an engaged part, with which the engaging part engages, is provided on or in the other of the upper-part case (14; 414) and the cell case (80; 480; 780; 980), and the one of the engaging part or the engaged part that is provided on the cell case (80; 480; 780; 980) is provided between two adjacent ones of the lead plates (92a-92k). an outer case (12; 412; 612), which comprises an upper-part case (14; 414) and a lower-part case (15; 415) fixed to the upper-part case (14; 414), a cell case (80; 480; 780; 980), which is housed in the outer case (12; 412; 612), a plurality of battery cells (90a-90j) housed in the cell case (80; 480; 780; 980), and a plurality of lead plates (92a-92k) connected to the battery cells (90a-90j) and disposed spaced apart from one another in a direction orthogonal to a longitudinal direction of the battery cells (90a-90j), wherein an engaging part is provided on one of the upper-part case (14; 414) and the cell case (80; 480; 780; 980), an engaged part, with which the engaging part engages, is provided on or in the other of the upper-part case (14; 414) and the cell case (80; 480; 780; 980), and the one of the engaging part or the engaged part that is provided on the cell case (80; 480; 780; 980) is provided between two adjacent ones of the lead plates (92a-92k).
A material for a negative electrode active material layer, comprising amorphous carbon, at least one first element that forms an alloy or compound with lithium by an electrochemical reaction, wherein the first element is at least one selected from silver, platinum, gold, and palladium, and at least one second element that does not form an alloy or compound with lithium by an electrochemical reaction, wherein the second element is an element belonging to Group 3 to 11 of the fourth period in the element periodic table, wherein the negative electrode active material layer includes: 50 to 90 parts by weight of the amorphous carbon, 5 to 20 parts by weight of the first element, and 5 to 40 parts by weight of the second element. amorphous carbon, at least one first element that forms an alloy or compound with lithium by an electrochemical reaction, wherein the first element is at least one selected from silver, platinum, gold, and palladium, and at least one second element that does not form an alloy or compound with lithium by an electrochemical reaction, wherein the second element is an element belonging to Group 3 to 11 of the fourth period in the element periodic table, wherein the negative electrode active material layer includes: 50 to 90 parts by weight of the amorphous carbon, 5 to 20 parts by weight of the first element, and 5 to 40 parts by weight of the second element. 50 to 90 parts by weight of the amorphous carbon, 5 to 20 parts by weight of the first element, and 5 to 40 parts by weight of the second element.
A battery cell for performing a safety test, comprising: - a plurality of anodes formed in layers, - a plurality of cathodes formed in layers, - a plurality of separator layers for electrically insulating the anodes and the cathodes, - the anodes having a centrally arranged anode collector and a coating comprising anode active material arranged on both sides of the anode collector, - the cathodes having a centrally arranged cathode collector and a coating comprising cathode active material arranged on both sides of the cathode collector, characterized in that at least one pair of a first and second anode coated on one side and/or one pair of a first and second cathode coated on one side is provided, the pair of a first and second anode coated on one side and/or the pair of a first and second cathode coated on one side each being arranged adjacent to one another via their uncoated sides in such a way that, between the adjacent adjoining uncoated sides of the anode and/or the cathode, a gap is formed for the introduction of an initiation element for initiating a short circuit between the anodes and/or cathodes coated on one side and an adjoining anode and/or cathode coated on both sides. - a plurality of anodes formed in layers, - a plurality of cathodes formed in layers, - a plurality of separator layers for electrically insulating the anodes and the cathodes, - the anodes having a centrally arranged anode collector and a coating comprising anode active material arranged on both sides of the anode collector, - the cathodes having a centrally arranged cathode collector and a coating comprising cathode active material arranged on both sides of the cathode collector,
Hydraulic valve, in particular for a pivoting motor adjuster of a camshaft, comprising - a sleeve having a piston which is arranged so as to be displaceable in a bore along a longitudinal direction, - a supply port for feeding in a hydraulic fluid, - at least a first work port and a second work port, and - at least one tank outlet (38, 40) for discharging the hydraulic fluid, wherein the first work port and the second work port can be connected in an alternating manner to one another and/or to the supply port and/or to the at least one tank outlet (38, 40) by means of a displacement of the piston via at least one non-return valve (46, 48), wherein the at least one non-return valve (46, 48) is arranged in an inner region of the piston, which non-return valve (46, 48) comprises a strip-like flexible element and, in an opened position, releases a connection between an outer side of the piston and the inner region thereof, wherein an inner side of the piston has an outer stop for the non-return valve (46, 48), with the result that the element can be inwardly opened by means of a hydraulic pressure prevailing on the outer side of the piston, in particular a pulse-like hydraulic pressure, characterized in that the first work port and the second work port are each assigned a non-return valve (46, 48) in the inner region of the piston, and a first working position of the hydraulic valve is provided in which a first fluid path of the hydraulic fluid is open from the first work port to the second work port via the non-return valve assigned to the first work port, and a second working position is provided in which a second fluid path of the hydraulic fluid is open from the second work port to the first work port via the non-return valve assigned to the second work port. - a sleeve having a piston which is arranged so as to be displaceable in a bore along a longitudinal direction, - a supply port for feeding in a hydraulic fluid, - at least a first work port and a second work port, and - at least one tank outlet (38, 40) for discharging the hydraulic fluid,
Method for conversion of a n-channel audio signal (L, R, Ls, Rs) into a two-channel audio signal (Ro, Lo), where n ≥ 4 and integer, comprising the step of generating either one of the two-channel audio signals, right (Ro) or left (Lo), by a combination of: - a front (R, L) and rear (Rs, Ls) signal components of the n-channel audio signal of the same side (right or left), and - a front (L, R) signal component of the n-channel audio signal of the other side (left or right), and - a term dependent of n, and wherein in the combination said front (L, R) signal component of the n-channel audio signal of the other side is multiplied by a factor δ < 1, preferably in the range [0, 0.5], more preferably = 0.25, and wherein the other one of the two-channel audio signals, left (Lo) or right (Ro), is generated by a combination of: - the front (L, R) and rear (Ls, Rs) signal components of the n-channel audio signal of the same side (left or right), said front (L,R) signal component preferably being multiplied by a factor η, and - said term dependent of n, where η is substantially equal to 1-δ. - a front (R, L) and rear (Rs, Ls) signal components of the n-channel audio signal of the same side (right or left), and - a front (L, R) signal component of the n-channel audio signal of the other side (left or right), and - a term dependent of n, and wherein in the combination said front (L, R) signal component of the n-channel audio signal of the other side is multiplied by a factor δ < 1, preferably in the range [0, 0.5], more preferably = 0.25, and wherein the other one of the two-channel audio signals, left (Lo) or right (Ro), is generated by a combination of: - the front (L, R) and rear (Ls, Rs) signal components of the n-channel audio signal of the same side (left or right), said front (L,R) signal component preferably being multiplied by a factor η, and - said term dependent of n, where η is substantially equal to 1-δ.