mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic converter system, in particular a drive system, with at least one hydrostat, which includes a drive shaft, at least one detection device for detecting an operating parameter of the hydrostat, as well as with a control and/or regulating device, for the controlling and/or regulating of at least one system parameter depending on the detected operating parameter of the hydrostatic transmission, wherein the detection device, includes a torque sensor allocated to its drive shaft and integrated into the hydrostatic transmission, and the control and/or regulating device for detection of the drive shaft torque of the hydrostat includes control and/or regulating means for controlling and/or regulating of at least one system parameter depending on the detected drive shaft torque (M Ist), characterized in that the torque sensor is provided inside a transmission housing of a hydrostatic drive shaft connected to the hydrostat, wherein the torque sensor sits on a shaft stump of the hydrostat, which protrudes out of a hydrostatic transmission housing and is co-rotationally connected to an input element of the hydrostatic drive shaft.
An injection mold assembly, comprising: a first mold plate; a second mold plate including a runner; and an injection mold insert (236a, 236b) secured to one of the first or second mold plates, the injection mold insert including a molding element (238a, 238b), wherein the molding element includes a surface defining at least a portion of a mold cavity, wherein the surface comprises a sintered polycrystalline diamond material having bonded diamond grains defining interstitial regions, at least a portion of the interstitial regions including a catalyst material therein, wherein the catalyst material includes cobalt or alloys thereof; wherein the first and second mold plates are configured to be abutted along respective mating surfaces (211a, 211b) thereof to form the mold cavity. a first mold plate; a second mold plate including a runner; and an injection mold insert (236a, 236b) secured to one of the first or second mold plates, the injection mold insert including a molding element (238a, 238b), wherein the molding element includes a surface defining at least a portion of a mold cavity, wherein the surface comprises a sintered polycrystalline diamond material having bonded diamond grains defining interstitial regions, at least a portion of the interstitial regions including a catalyst material therein, wherein the catalyst material includes cobalt or alloys thereof; wherein the first and second mold plates are configured to be abutted along respective mating surfaces (211a, 211b) thereof to form the mold cavity.
Process for obtaining transgenic plants with a content of starch at least 10% higher than the content found in non-transformed plants, characterised by the transformation of non-transformed plants with an expression vector comprising a nucleotide sequence encoding and over-expressing for an enzyme with SSIV activity represented by SEQ ID NO:4.
An ultraviolet absorber water-dispersed composition, comprising the following components and; a benzotriazole-type ultraviolet absorber represented by a general formula below wherein R 1 and R 2 denote alkyl groups having a carbon number from 1 to 18, may be identical or different, and may be substituted by one or two or more groups selected from the group consisting of alkyl groups having a carbon number from 1 to 4, and cycloalkyl groups and aryl groups both having a carbon number from 5 to 12]; and polyglycerol monoalkyl ester with a mean degree of polymerization of glycerol of 5 or more selected from decaglyceryl caprate and decaglyceryl laurate. a benzotriazole-type ultraviolet absorber represented by a general formula below wherein R 1 and R 2 denote alkyl groups having a carbon number from 1 to 18, may be identical or different, and may be substituted by one or two or more groups selected from the group consisting of alkyl groups having a carbon number from 1 to 4, and cycloalkyl groups and aryl groups both having a carbon number from 5 to 12]; and polyglycerol monoalkyl ester with a mean degree of polymerization of glycerol of 5 or more selected from decaglyceryl caprate and decaglyceryl laurate.
Method for detecting a wound infection comprising the steps of: - contacting a sample obtained from a wound with at least three substrates for at least three enzymes selected from one of the following combinations: lysozyme, elastase and cathepsin G, or lysozyme, elastase and myeloperoxidase, or lysozyme, cathepsin G and myeloperoxidase, and - detecting a wound infection when a conversion of the at least three substrates with said at least three enzymes is determined. - contacting a sample obtained from a wound with at least three substrates for at least three enzymes selected from one of the following combinations: lysozyme, elastase and cathepsin G, or lysozyme, elastase and myeloperoxidase, or lysozyme, cathepsin G and myeloperoxidase, and lysozyme, elastase and cathepsin G, or lysozyme, elastase and myeloperoxidase, or lysozyme, cathepsin G and myeloperoxidase, and - detecting a wound infection when a conversion of the at least three substrates with said at least three enzymes is determined.
A reinforcing joint element for establishing a joint between a first and a second concrete section (A, B), having an accommodating box, a plurality of reinforcing elements and a joint plate, - wherein the accommodating box has two side walls, each extending in a longitudinal direction of the accommodating box, a base facing the first concrete section in the installed state, and a cover, wherein the side walls, the base and the cover restrict an interior space of the accommodating box, - wherein the reinforcing elements each have a first reinforcing element section (3.1) passing through the base of the accommodating box, and each have a second reinforcing element section (3.2) arranged in the interior space of the accommodating box, wherein the first reinforcing element section (3.1) in the installed state is arranged in the first concrete section, and the second reinforcing element section (3.2) in the installed state is arranged in the second concrete section, characterised - in that the reinforcing joint element has a single accommodating box, - in that the joint plate passes through the base of the accommodating box, and the joint plate is firmly connected on both sides to the base of the accommodating box, - in that the joint plate has a first joint plate section (4.1), which in the installed state is arranged in the first concrete section, and a second joint plate section (4.2), which in the installed state is arranged in the second concrete section, wherein the second joint plate section (4.2) is completely arranged in the interior space of the accommodating box. - wherein the accommodating box has two side walls, each extending in a longitudinal direction of the accommodating box, a base facing the first concrete section in the installed state, and a cover, wherein the side walls, the base and the cover restrict an interior space of the accommodating box, - wherein the reinforcing elements each have a first reinforcing element section (3.1) passing through the base of the accommodating box, and each have a second reinforcing element section (3.2) arranged in the interior space of the accommodating box, wherein the first reinforcing element section (3.1) in the installed state is arranged in the first concrete section, and the second reinforcing element section (3.2) in the installed state is arranged in the second concrete section, characterised - in that the reinforcing joint element has a single accommodating box, - in that the joint plate passes through the base of the accommodating box, and the joint plate is firmly connected on both sides to the base of the accommodating box, - in that the joint plate has a first joint plate section (4.1), which in the installed state is arranged in the first concrete section, and a second joint plate section (4.2), which in the installed state is arranged in the second concrete section, wherein the second joint plate section (4.2) is completely arranged in the interior space of the accommodating box.
Method for rotationally moulding a hollow object comprising several pieces, in particular of volume greater than 2 m 3, especially a waste collection container by means of a rotationally moulding mould having an inner wall delimiting a moulding cavity, said method consisting in disposing, in a way projecting from the inner wall of the mould, at least one separating slice extending substantially perpendicular to this wall, along a line going through said inner wall and dividing this inner wall into at least two parts corresponding to the pieces of the hollow object, then in introducing plastic material into the mould and spreading this plastic material on the inner wall of the mould by rotating the mould so that, thanks to the presence of the separating slice(s), the rotationally-moulded plastic material forms, on the periphery of each piece of the hollow object, a return towards the inside which forms a border for assembling with an adjacent piece of the hollow object.
A method for releasing a user equipment, UE, context, by a home evolved NodeB, HeNB, gateway, GW, / X2-proxy, during a handover from a source HeNB to a target macro eNB in a wireless communication system, the method comprising: receiving a first X2 UE context release message from the target macro eNB; upon receiving the first X2 UE context release message, forwarding the first X2 UE context release message to the source HeNB without processing on the first X2 UE context release message; receiving a second X2 UE context release message from the source HeNB; and upon receiving the second X2 UE context release message from the source HeNB, releasing the UE context of the corresponding UE based on the second X2 UE context release message, wherein the source HeNB and the target macro eNB are connected through an indirect X2 interface. receiving a first X2 UE context release message from the target macro eNB; upon receiving the first X2 UE context release message, forwarding the first X2 UE context release message to the source HeNB without processing on the first X2 UE context release message; receiving a second X2 UE context release message from the source HeNB; and upon receiving the second X2 UE context release message from the source HeNB, releasing the UE context of the corresponding UE based on the second X2 UE context release message, wherein the source HeNB and the target macro eNB are connected through an indirect X2 interface.
A rail transport shuttle comprising: a load carrying structure having at least one load carrying body; first and second powered rail vehicles; and first and second coupling systems, wherein the first powered rail vehicle is coupled to one end of the load carrying structure by the first coupling system and the second powered rail vehicle is coupled to a second opposite end of the load carrying structure by the second coupling system; the first and second powered rail vehicles being arranged to enable the rail transport system to be driven in opposite directions without turning of the single load carrying body, characterized in that the load carrying structure comprises a flexible liner supported by the at least one load carrying body; and in that each coupling system is an articulating coupling system being configured to provide three degrees of rotational freedom between the opposite ends of the load carrying structure and the first and second powered rail vehicles. a load carrying structure having at least one load carrying body; first and second powered rail vehicles; and first and second coupling systems, wherein the first powered rail vehicle is coupled to one end of the load carrying structure by the first coupling system and the second powered rail vehicle is coupled to a second opposite end of the load carrying structure by the second coupling system; the first and second powered rail vehicles being arranged to enable the rail transport system to be driven in opposite directions without turning of the single load carrying body, characterized in that the load carrying structure comprises a flexible liner supported by the at least one load carrying body; and in that each coupling system is an articulating coupling system being configured to provide three degrees of rotational freedom between the opposite ends of the load carrying structure and the first and second powered rail vehicles.
A combination weighing apparatus comprising: a plurality of hoppers disposed to surround a centerline parallel to a vertical direction and configured to temporarily store articles supplied from an outside; and a collecting chute configured to discharge the articles discharged from the plurality of hoppers while collecting the articles wherein each of the plurality of hoppers has a main body provided with a first opening through which the articles are input and a second opening through which the articles are discharged, and a gate configured to be opened and closed with respect to the second opening, the main body is provided with a first inner surface and a second inner surface having an intersecting positional relationship to protrude outward with respect to the centerline, the collecting chute has at least a chute portion configured to receive the articles discharged from the plurality of hoppers and slide the articles, characterised in that a portion of the chute portion located below the plurality of hoppers is provided with a first receiving surface and a second receiving surface having an intersecting positional relationship to protrude outward with respect to the centerline, the first receiving surface and the second receiving surface being surfaces corresponding to the first inner surface and the second inner surface respectively. a plurality of hoppers disposed to surround a centerline parallel to a vertical direction and configured to temporarily store articles supplied from an outside; and a collecting chute configured to discharge the articles discharged from the plurality of hoppers while collecting the articles wherein each of the plurality of hoppers has a main body provided with a first opening through which the articles are input and a second opening through which the articles are discharged, and a gate configured to be opened and closed with respect to the second opening, the main body is provided with a first inner surface and a second inner surface having an intersecting positional relationship to protrude outward with respect to the centerline, the collecting chute has at least a chute portion configured to receive the articles discharged from the plurality of hoppers and slide the articles, characterised in that a portion of the chute portion located below the plurality of hoppers is provided with a first receiving surface and a second receiving surface having an intersecting positional relationship to protrude outward with respect to the centerline, the first receiving surface and the second receiving surface being surfaces corresponding to the first inner surface and the second inner surface respectively.
A compound of formula: or a pharmaceutically acceptable salt thereof, wherein X is hydrogen or fluorine; A is CH or N; Y is methyl, ethyl, monofluoromethyl, difluoromethyl, trifluoromethyl, difluoroethyl, methoxy, ethoxy, methoxymethyl or -C=N.
A craft system for the handiwork construction of a decoration element with a ball shaped base body, a number of pins in the form of wires (17, 29), with the base body being provided as a support element for receiving the pins (17, 29), and with adornment, decoration and use elements, for the arrangement on the pins (17, 29), characterized in that the base body for receiving the pins is formed by a form body out of two spherical shells (3, 5), which is configured of two parts and as a hollow body, the shells being detachably connected with each other, with the two spherical shells having two unequally big halves which are provided with drill holes that are arranged over the ball circumference for receiving the pins, with the pins being provided with a circular section and having a T-shaped end to which a flat pin part with cut-like edges at both sides is fitted and with one pin each being pluggable through a drill hole and fixable towards to the spherical shell through a cut-like effect, with the pins being formed of a metallic wire or plastic.
A turbine engine exhaust nozzle center body attachment assembly comprising: a center body comprising a center body housing, the center body housing comprising an aperture; a center body attachment ring configured to be located radially inward of the center body housing; characterised by further comprising: a bushing nut configured to be inserted at least partially within the aperture; an insert housing configured to be inserted at least partially within the aperture, wherein the insert housing is configured to threadingly engage the bushing nut; and a bolt configured to be inserted at least partially within the bushing nut, wherein the bolt is configured to couple to the center body attachment ring. a center body comprising a center body housing, the center body housing comprising an aperture; a center body attachment ring configured to be located radially inward of the center body housing; characterised by further comprising: a bushing nut configured to be inserted at least partially within the aperture; an insert housing configured to be inserted at least partially within the aperture, wherein the insert housing is configured to threadingly engage the bushing nut; and a bolt configured to be inserted at least partially within the bushing nut, wherein the bolt is configured to couple to the center body attachment ring. a bushing nut configured to be inserted at least partially within the aperture; an insert housing configured to be inserted at least partially within the aperture, wherein the insert housing is configured to threadingly engage the bushing nut; and a bolt configured to be inserted at least partially within the bushing nut, wherein the bolt is configured to couple to the center body attachment ring.
A medical guidewire, comprising: a flexible spiral coil, which is configured to guide a medical device into a patient body; a fiber, which extends along at least part of the coil, and is coupled to an inner surface of the at least part of the coil at one or more first predefined locations and is configured to mechanically strengthen the at least part of the coil; and a strengthening element (60, 66), which is coupled to one or more second predefined locations along a distal section (58,70,72) of the coil, and which is configured to mechanically strengthen the distal section. a flexible spiral coil, which is configured to guide a medical device into a patient body; a fiber, which extends along at least part of the coil, and is coupled to an inner surface of the at least part of the coil at one or more first predefined locations and is configured to mechanically strengthen the at least part of the coil; and a strengthening element (60, 66), which is coupled to one or more second predefined locations along a distal section (58,70,72) of the coil, and which is configured to mechanically strengthen the distal section.
A method of sharing a function of a third device with a second device through a first device, the method performed in the second device and comprising: receiving information about performable functions of at least one device including the third device from the at least one device through the first device which is connected to the second device and the at least one device by a plurality of networks (420, 430, 440); in response to selecting the third device from among the at least one device, transmitting an interworking request to the third device through the first device; and interworking with the third device through the first device by using a function of the third device through the first device. receiving information about performable functions of at least one device including the third device from the at least one device through the first device which is connected to the second device and the at least one device by a plurality of networks (420, 430, 440); in response to selecting the third device from among the at least one device, transmitting an interworking request to the third device through the first device; and interworking with the third device through the first device by using a function of the third device through the first device.
An apparatus (110; 210; 310) for use with wireless communications involving a resonant circuit having a resonant frequency susceptible to detuning, the apparatus comprising: a transceiver circuit (211, 212, 214; 311, 312, 314) configured and arranged to transmit radio frequency power to a remote transponder circuit, and wirelessly communicate with the remote transponder circuit via first and second different carrier frequencies, using the resonant circuit and the RF power, the first and second carrier frequencies being respectively set sufficiently proximate to the resonant frequency such that signals communicated based on the resonant frequency can be acquired by demodulating based on the resonant frequency; a frequency-selection circuit (215; 315) coupled to the transceiver circuit and configured and arranged to set the carrier frequency to one of the first and second carrier frequencies based upon a check carried out on a signal sent from the transponder circuit wherein the check comprises determining whether the signal passes or fails an error condition corresponding to a threshold level at which the communicated signals can be acquired via demodulating. a transceiver circuit (211, 212, 214; 311, 312, 314) configured and arranged to transmit radio frequency power to a remote transponder circuit, and wirelessly communicate with the remote transponder circuit via first and second different carrier frequencies, using the resonant circuit and the RF power, the first and second carrier frequencies being respectively set sufficiently proximate to the resonant frequency such that signals communicated based on the resonant frequency can be acquired by demodulating based on the resonant frequency; a frequency-selection circuit (215; 315) coupled to the transceiver circuit and configured and arranged to set the carrier frequency to one of the first and second carrier frequencies based upon a check carried out on a signal sent from the transponder circuit wherein the check comprises determining whether the signal passes or fails an error condition corresponding to a threshold level at which the communicated signals can be acquired via demodulating.
Telescopic mast comprising at least one or more telescope members with parallel walls, where one of two adjoining telescope sections is thinner than the other of the two adjoining telescope sections, so that a telescope section can be passed respectively into and out of a telescope section positioned round it in a telescope member, and so that it can be passed into and out of a further telescope section in a further telescope member, wherein the telescope mast sections are made in a polygonal shape or round/oval shape, characterized in that the telescopic mast comprises elastic elements/actuators fitted along the longitudinal axis of the mast between telescope mast sections to just equalize and bear the dead weight of the mast components and the useful load on the mast, and wherein the mast further comprises belts or wires (A,B) running over pulleys/guides, wherein said belts or wires (A,B) are used for extending or retracting the mast and fitted in the space between the individual telescope mast sections, driven electrically, pneumatically, hydraulically and/or manually.