mhurhangee/ep-ind-claims huggingface dataset:
Plug-in connector for providing an electrical connection, comprising: a collective seal having at least one through-opening and at least one electrically conductive plug-in contact which can be guided through the at least one through-opening of the collective seal, wherein the plug-in contact is designed with an assembly aid in order to support the plug-in contact as it is guided through the through-opening of the collective seal, wherein the assembly aid is designed in the form of a portion of a plug-in tip of the plug-in contact in order to position the plug-in contact at the through-opening before it is guided through the through-opening of the collective seal, characterized in that the assembly aid is designed in the form of a material layer on a plug-in tip of the plug-in contact, wherein the assembly aid is applied as a coating layer. a collective seal having at least one through-opening and at least one electrically conductive plug-in contact which can be guided through the at least one through-opening of the collective seal, wherein the plug-in contact is designed with an assembly aid in order to support the plug-in contact as it is guided through the through-opening of the collective seal, wherein the assembly aid is designed in the form of a portion of a plug-in tip of the plug-in contact in order to position the plug-in contact at the through-opening before it is guided through the through-opening of the collective seal, characterized in that the assembly aid is designed in the form of a material layer on a plug-in tip of the plug-in contact, wherein the assembly aid is applied as a coating layer.
A thermally triggerable indicating or switching device comprising a movable, mechanically preloaded slide which directly or indirectly triggers or actuates the indicating or switching device (5, 6, 7), and comprising a preformed part which changes its state of aggregation under the effect of heat, the preformed part, in the functional state, being adapted to be arranged so as to block the movable slide, characterized in that in the initial state, the preformed part is loosely located in a receiving space, the slide being moved to a position for transferring the preformed part to the functional state such that a gap space opens between the slide and a slide stop, wherein, supported by an elastic or flexible arm connected to the slide, the preformed part enters the gap space and the slide is preloaded, and the elastic or flexible arm thus secures the preformed part in the gap space. characterized in that in the initial state, the preformed part is loosely located in a receiving space, the slide being moved to a position for transferring the preformed part to the functional state such that a gap space opens between the slide and a slide stop, wherein, supported by an elastic or flexible arm connected to the slide, the preformed part enters the gap space and the slide is preloaded, and the elastic or flexible arm thus secures the preformed part in the gap space.
A process for isolating pure 1,3-butadiene from a crude C 4 fraction, which pure 1,3-butadiene has a prescribed maximum content of at least one low boiler and a prescribed maximum content of 1,2-butadiene, in each case based on 1,3-butadiene, wherein a) a low boiler fraction and a high boiler fraction are separated off by distillation from the crude C 4 fraction, giving a purified C 4 fraction whose content of the at least one low boiler, based on 1,3-butadiene, is equal to or lower than the prescribed maximum content of the at least one low boiler and whose content of 1,2-butadiene, based on 1,3-butadiene, is equal to or lower than the prescribed maximum content of 1,2-butadiene; b) the purified C 4 fraction is subjected to at least one extractive distillation using a selective solvent, giving at least a fraction comprising butanes and butenes and a pure 1,3-butadiene fraction. a) a low boiler fraction and a high boiler fraction are separated off by distillation from the crude C 4 fraction, giving a purified C 4 fraction whose content of the at least one low boiler, based on 1,3-butadiene, is equal to or lower than the prescribed maximum content of the at least one low boiler and whose content of 1,2-butadiene, based on 1,3-butadiene, is equal to or lower than the prescribed maximum content of 1,2-butadiene; b) the purified C 4 fraction is subjected to at least one extractive distillation using a selective solvent, giving at least a fraction comprising butanes and butenes and a pure 1,3-butadiene fraction.
A medical imaging system comprising a medical device and a computer, a) the medical device comprising: an elongated body member having a proximal end, a distal end, an outer surface and an elongated axis; at least one annular array of transducers, each array having a plurality of transducers located circumferentially on or near the outer surface of the body member, each transducer being configured to emit signals away from the respective transducer, receive a reflected signal, generate a signal representative of a distance between each respective transducer and a nearest structure facing said transducer and deliver the generated signal to the computer; and b) the computer being configured to receive the generated signal from the medical device, characterised in the computer being configured to: generate distance lines from each transducer and the nearest structure facing said transducer, generate connecting line segments between radially outward ends of circumferentially adjacent generated distance lines, and generate a map of the structure including the connecting line segments and the generated distance lines. a) the medical device comprising: an elongated body member having a proximal end, a distal end, an outer surface and an elongated axis; at least one annular array of transducers, each array having a plurality of transducers located circumferentially on or near the outer surface of the body member, each transducer being configured to emit signals away from the respective transducer, receive a reflected signal, generate a signal representative of a distance between each respective transducer and a nearest structure facing said transducer and deliver the generated signal to the computer; and an elongated body member having a proximal end, a distal end, an outer surface and an elongated axis; at least one annular array of transducers, each array having a plurality of transducers located circumferentially on or near the outer surface of the body member, each transducer being configured to emit signals away from the respective transducer, receive a reflected signal, generate a signal representative of a distance between each respective transducer and a nearest structure facing said transducer and deliver the generated signal to the computer; and b) the computer being configured to receive the generated signal from the medical device, characterised in the computer being configured to: generate distance lines from each transducer and the nearest structure facing said transducer, generate connecting line segments between radially outward ends of circumferentially adjacent generated distance lines, and generate a map of the structure including the connecting line segments and the generated distance lines.
Protective device for animal breeding, such as the breeding of fish, bivalves or molluscs, with a plurality of inner cages which can be positioned in a body of water and are formed of a net while being dimensioned with such a mesh width that the animals that are to be bred are retained inside them, wherein said inner cages are surrounded by at least one spaced-apart outer cage that is made of a net of thin wires, its mesh width being larger than that of the inner cages, and wherein it is ensured by said outer cage that predatory animals cannot damage the net of the inner cages from the outside, characterised in that the net of the outer cage is formed of a wire netting formed from helically bent single wires and the wire netting forms a quadrangular diagonal netting with rhomboid-shaped meshes and with a three-dimensional mattress-like structure, wherein the outer cage is held all over by an upper floating frame in a circulating manner and wherein the inner cages are realised as modules and the frame is divided into a plurality of sections, in each of which respectively one inner cage is insertable as a module. with a plurality of inner cages which can be positioned in a body of water and are formed of a net while being dimensioned with such a mesh width that the animals that are to be bred are retained inside them, wherein said inner cages are surrounded by at least one spaced-apart outer cage that is made of a net of thin wires, its mesh width being larger than that of the inner cages, and wherein it is ensured by said outer cage that predatory animals cannot damage the net of the inner cages from the outside, characterised in that the net of the outer cage is formed of a wire netting formed from helically bent single wires and the wire netting forms a quadrangular diagonal netting with rhomboid-shaped meshes and with a three-dimensional mattress-like structure, wherein the outer cage is held all over by an upper floating frame in a circulating manner and wherein the inner cages are realised as modules and the frame is divided into a plurality of sections, in each of which respectively one inner cage is insertable as a module. characterised in that the net of the outer cage is formed of a wire netting formed from helically bent single wires and the wire netting forms a quadrangular diagonal netting with rhomboid-shaped meshes and with a three-dimensional mattress-like structure, wherein the outer cage is held all over by an upper floating frame in a circulating manner and wherein the inner cages are realised as modules and the frame is divided into a plurality of sections, in each of which respectively one inner cage is insertable as a module.
A medical treatment endoscope (501, 1300) comprising: a flexible sheath which is capable of a bending operation; an arm section (302A, 302B) protruding from a tip of the sheath and being capable of a bending operation; an operation stick (531A, 531B, 1354A, 1354B, 1391) formed to allow a procedure instrument (504A, 504B, 1305) to pass therethrough, the operation stick (531A, 531B, 1354A, 1354B, 1391) being operated by an operator in an attempt to bend the arm section (302A, 302B); and a channel unit (1360, 1360A, 1392) having a first channel which allows the procedure instrument (504A, 504B, 1305) to pass therethrough, the channel unit (1360, 1360A, 1392) being inserted through the operation stick (531A, 531B, 1354A, 1354B, 1391) detachably. a flexible sheath which is capable of a bending operation; an arm section (302A, 302B) protruding from a tip of the sheath and being capable of a bending operation; an operation stick (531A, 531B, 1354A, 1354B, 1391) formed to allow a procedure instrument (504A, 504B, 1305) to pass therethrough, the operation stick (531A, 531B, 1354A, 1354B, 1391) being operated by an operator in an attempt to bend the arm section (302A, 302B); and a channel unit (1360, 1360A, 1392) having a first channel which allows the procedure instrument (504A, 504B, 1305) to pass therethrough, the channel unit (1360, 1360A, 1392) being inserted through the operation stick (531A, 531B, 1354A, 1354B, 1391) detachably.
Method for joining a first component to at least one second component by means of at least one joining element installed into the components at a joining point, characterised in that the joining element is pressed into the components at a speed of less than five metres per second by means of an industrial robot having a plurality of robot arms (14, 16, 18, 20) and a robot head, which are pin-connected to one another and thus movable relative to one another, wherein a device which is moved in space by means of the industrial robot is held at the robot head for thereby joining the components to one another.
A method of diagnosing or monitoring a cancer disease, which method comprises detecting or determining the quantity (i) of a tumor-associated nucleic acid, or (ii) of a tumor-associated antigen, in a biological sample isolated from a patient, said tumor-associated nucleic acid being selected from the group consisting of: (a) a nucleic acid which comprises a nucleic acid sequence according to SEQ ID NO: 44, (b) a nucleic acid which hybridizes with the nucleic acid of (a) under stringent conditions, (c) a nucleic acid which is degenerate with respect to the nucleic acid of (a) or (b), and (d) a nucleic acid which is complementary to the nucleic acid of (a), (b) or (c), and said tumor-associated antigen having a sequence encoded by a nucleic acid which is selected from said group of nucleic acids, wherein the cancer disease is a cancer or tumor selected from the group consisting of breast cancer, ovarian cancer, colorectal cancer, lung cancer, prostate cancer, melanoma, and cervical cancer. (i) of a tumor-associated nucleic acid, or (ii) of a tumor-associated antigen, (a) a nucleic acid which comprises a nucleic acid sequence according to SEQ ID NO: 44, (b) a nucleic acid which hybridizes with the nucleic acid of (a) under stringent conditions, (c) a nucleic acid which is degenerate with respect to the nucleic acid of (a) or (b), and (d) a nucleic acid which is complementary to the nucleic acid of (a), (b) or (c), and
Sorting conveyor, in particular cross belt sorter, comprising: a basic structure, a guiding element (8L, 8R) which is arranged on the basic structure, at least one conveying carriage which is configured to be conveyed along the guiding element (8L, 8R) of the sorting conveyor in a conveying direction, and a measuring device for monitoring at least one operating state of the conveying carriage and/or the guiding element (8L, 8R), characterised in that the measuring device comprises a working cylinder whose cylinder piston can be acted on with a constant working force and which acts between the basic structure and a reference component which is mounted on the conveying carriage in a defined installation situation, wherein there is associated with the working cylinder a position transmitter which is configured to determine the position of the cylinder piston. a basic structure, a guiding element (8L, 8R) which is arranged on the basic structure, at least one conveying carriage which is configured to be conveyed along the guiding element (8L, 8R) of the sorting conveyor in a conveying direction, and a measuring device for monitoring at least one operating state of the conveying carriage and/or the guiding element (8L, 8R), characterised in that the measuring device comprises a working cylinder whose cylinder piston can be acted on with a constant working force and which acts between the basic structure and a reference component which is mounted on the conveying carriage in a defined installation situation, wherein there is associated with the working cylinder a position transmitter which is configured to determine the position of the cylinder piston.
A cryptographic communication system including a first semiconductor device and a second semiconductor device, the first semiconductor device comprising: a common key generation unit that is configured to generate a common key by using a first unique code having a value unique to the first semiconductor device and containing a random error and first correction data for correcting the first unique code; and an encryption unit that is configured to encrypt the common key generated in the common key generation unit by using a public key of the second semiconductor device, and the second semiconductor device comprising: a secret key generation unit that is configured to generate a secret key of the second semiconductor device by using a second unique code having a value unique to the second semiconductor device and containing a random error and second correction data for correcting the second unique code; and a decryption unit that is configured to decrypt the common key encrypted in the encryption unit by using the secret key, wherein the first correction data includes mask data for masking a bit with a high error rate among bits of the first unique code, and an error correction code for correcting a bit with a low error rate among bits of the first unique code. a common key generation unit that is configured to generate a common key by using a first unique code having a value unique to the first semiconductor device and containing a random error and first correction data for correcting the first unique code; and an encryption unit that is configured to encrypt the common key generated in the common key generation unit by using a public key of the second semiconductor device, and the second semiconductor device comprising: a secret key generation unit that is configured to generate a secret key of the second semiconductor device by using a second unique code having a value unique to the second semiconductor device and containing a random error and second correction data for correcting the second unique code; and a decryption unit that is configured to decrypt the common key encrypted in the encryption unit by using the secret key, wherein the first correction data includes mask data for masking a bit with a high error rate among bits of the first unique code, and an error correction code for correcting a bit with a low error rate among bits of the first unique code. a secret key generation unit that is configured to generate a secret key of the second semiconductor device by using a second unique code having a value unique to the second semiconductor device and containing a random error and second correction data for correcting the second unique code; and a decryption unit that is configured to decrypt the common key encrypted in the encryption unit by using the secret key, wherein the first correction data includes mask data for masking a bit with a high error rate among bits of the first unique code, and an error correction code for correcting a bit with a low error rate among bits of the first unique code.
A cosmetic brush comprising: a core wire part; and a bristle group radially attached to the core wire part around an axis of the core wire part continuously in a helical state in an axial direction of the core wire part, the bristle group having bristles each made up of a basic fiber and a wound fiber helically wound around an outer circumferential surface of the basic fiber in a welded state, wherein the basic fiber is constituted by bundling a plurality of constituent fibers, wherein the outer circumferential surface of the basic fiber has groove-like recesses each formed between the constituent fibers adjacent to each other, wherein the wound fiber is helically wound around the plurality of bundled constituent fibers and wherein the plurality of constituent fibers serving as the basic fiber is twisted around an axis of the basic fiber, characterized in that the wound fiber and each of the constituent fibers are arranged to intersect with each other based on a helical direction of the wound fiber and a twist direction of the constituent fibers, and wherein the wound fiber and each of the constituent fibers are extended away from each other in the axial direction of the basic fiber as these fibers (31B, 31Aa) go further in a circumferential direction of the basic fiber from each of intersections therebetween. the bristle group having bristles each made up of a basic fiber and a wound fiber helically wound around an outer circumferential surface of the basic fiber in a welded state, wherein the basic fiber is constituted by bundling a plurality of constituent fibers, wherein the outer circumferential surface of the basic fiber has groove-like recesses each formed between the constituent fibers adjacent to each other, wherein the wound fiber is helically wound around the plurality of bundled constituent fibers and wherein the plurality of constituent fibers serving as the basic fiber is twisted around an axis of the basic fiber, characterized in that the wound fiber and each of the constituent fibers are arranged to intersect with each other based on a helical direction of the wound fiber and a twist direction of the constituent fibers, and wherein the wound fiber and each of the constituent fibers are extended away from each other in the axial direction of the basic fiber as these fibers (31B, 31Aa) go further in a circumferential direction of the basic fiber from each of intersections therebetween.
A spinal connector comprising: a first receiver defining an implant cavity and including a body including a mating surface; a second receiver attachable with the first receiver and defining an implant cavity and including a mating surface engageable with the mating surface of the first receiver; a flexible element configured for disposal with an assembly channel formed by alignment of the first receiver and the second receiver and configured to connect the first receiver with the second receiver, wherein the body of the first receiver includes a surface that defines an opening disposed in communication with the assembly channel for insertion of the flexible element through the opening into the channel for assembly of the spinal connector, and a biasing element disposable between the mating surfaces (30, 134); wherein, when the receivers (14, 114) are connected via the flexible element and the biasing element is disposed between the mating surfaces (30, 134), the receivers (14, 114) are disposable between a non-locked orientation such that the biasing element spaces apart the mating surfaces (30, 134) such that the first receiver is movable relative to the second receiver in operation of the spinal connector, and a locked orientation via compression of the biasing element such that mating surfaces (30, 134) are fixed, relative to each other, to selectively orient the first receiver relative to the second receiver. a first receiver defining an implant cavity and including a body including a mating surface; a second receiver attachable with the first receiver and defining an implant cavity and including a mating surface engageable with the mating surface of the first receiver; a flexible element configured for disposal with an assembly channel formed by alignment of the first receiver and the second receiver and configured to connect the first receiver with the second receiver, wherein the body of the first receiver includes a surface that defines an opening disposed in communication with the assembly channel for insertion of the flexible element through the opening into the channel for assembly of the spinal connector, and a biasing element disposable between the mating surfaces (30, 134); wherein, when the receivers (14, 114) are connected via the flexible element and the biasing element is disposed between the mating surfaces (30, 134), the receivers (14, 114) are disposable between a non-locked orientation such that the biasing element spaces apart the mating surfaces (30, 134) such that the first receiver is movable relative to the second receiver in operation of the spinal connector, and a locked orientation via compression of the biasing element such that mating surfaces (30, 134) are fixed, relative to each other, to selectively orient the first receiver relative to the second receiver.