mhurhangee/ep-ind-claims huggingface dataset:
A core-1 positive microorganism of the species Bacteroides xylanisolvens or a core-1 positive lysate thereof, wherein said microorganism or lysate thereof is recognized by at least one core-1 specific antibody; wherein said core-1 positive microorganism is of the strain DSM 25004 (Coreotics), or a microorganism derived therefrom, wherein the microorganism derived from strain DSM 25004 has the following characteristics: a) it belongs to the species of Bacteroides xylanisolvens; and b) in a cell culture of said microorganism, at least 80% of the microorganisms have a core-1 antigen expression level which is at least 80% of the average core-1 antigen expression of the strain DSM 25004. a) it belongs to the species of Bacteroides xylanisolvens; and b) in a cell culture of said microorganism, at least 80% of the microorganisms have a core-1 antigen expression level which is at least 80% of the average core-1 antigen expression of the strain DSM 25004.
Sealing compound which can be applied wet and can be cured to give an elastic seal, characterized in that the sealing compound comprises a matrix material and a corrosion-inhibiting additive, characterized in that the sealing compound comprises a plurality of different corrosion-inhibiting additives, the sealing compound comprising an additive designed as a sacrificial anode and also particles of a pH-buffering material as a further corrosion-inhibiting additive.
A color image forming apparatus using an electro-photographic system, comprising: an image forming section including an image supporting member and a developer supporting member, the image supporting member being configured to support a latent image on a surface of the image supporting member, and the developer supporting member being configured to support, on a surface of developer supporting member, a developer that develops the latent image; a transferring member being configured to transfer, onto a transferred medium as a medium on which a transfer is to be performed, an image formed by the image forming section; and a controller being configured to control, as an amount of the developer, a developer amount to be fed to the latent image supported on the surface of the image supporting member, on a basis of a traveling velocity of the transferred medium, characterized in that the controller is configured to increase the developer amount as the traveling velocity is decreased, by increasing an absolute value of a developing voltage to be applied to the developer supporting member. an image forming section including an image supporting member and a developer supporting member, the image supporting member being configured to support a latent image on a surface of the image supporting member, and the developer supporting member being configured to support, on a surface of developer supporting member, a developer that develops the latent image; a transferring member being configured to transfer, onto a transferred medium as a medium on which a transfer is to be performed, an image formed by the image forming section; and a controller being configured to control, as an amount of the developer, a developer amount to be fed to the latent image supported on the surface of the image supporting member, on a basis of a traveling velocity of the transferred medium,
A photographing method, comprising: caching, by a terminal device when displaying a photographing preview interface, a plurality of frames of preview images in a cache queue; receiving, by the terminal device, a photograph operation in the photographing preview interface; selecting, by the terminal device, an image from the cache queue in response to the photograph operation, the image being one of the plurality of frames of preview images; controlling, by the terminal device, the selected image to be in an undeletable state in the cache queue; generating, by the terminal device, a picture based on the selected image on which algorithm processing is performed; and deleting by the terminal device, the selected image in the cache queue when the terminal device completes algorithm processing based on the selected image. caching, by a terminal device when displaying a photographing preview interface, a plurality of frames of preview images in a cache queue; receiving, by the terminal device, a photograph operation in the photographing preview interface; selecting, by the terminal device, an image from the cache queue in response to the photograph operation, the image being one of the plurality of frames of preview images; controlling, by the terminal device, the selected image to be in an undeletable state in the cache queue; generating, by the terminal device, a picture based on the selected image on which algorithm processing is performed; and deleting by the terminal device, the selected image in the cache queue when the terminal device completes algorithm processing based on the selected image.
Actuating assembly configured to move a movable part of a piece of furniture relative to a stationary part of said piece of furniture, said moving taking place in opening or closing directions by drive means (30, 130, 230, 330, 430, 530, 630), said drive means comprising at least one shape memory element (91, 94, 95, 691), characterized in that - either the drive means (30, 130, 230, 330, 430, 530, 630) is fixed to the stationary part of the piece of furniture and temporarily engages the movable part (21, 22, 24, 425, 681, 683) through a drive-side coupling element (44, 70, 270, 370, 472, 670) - or the drive means (30, 130, 230, 330, 430, 530, 630) is fixed to the movable part of the piece of furniture and temporarily engages the stationary part of the piece of furniture through a drive-side coupling element; - the drive means (30, 130, 230, 330, 430, 530, 630), being a drive member moving said part of the piece of furniture, comprises either a shape memory element (91, 94, 95, 691) contracting when heated or a spring energy storage element, with said spring energy storage element placed under tension by at least one shape memory element contracting when heated; and - the shape memory element (91, 94, 95, 591, 691) consists of a pull wire or of a bundle of pull wires. - either the drive means (30, 130, 230, 330, 430, 530, 630) is fixed to the stationary part of the piece of furniture and temporarily engages the movable part (21, 22, 24, 425, 681, 683) through a drive-side coupling element (44, 70, 270, 370, 472, 670) - or the drive means (30, 130, 230, 330, 430, 530, 630) is fixed to the movable part of the piece of furniture and temporarily engages the stationary part of the piece of furniture through a drive-side coupling element; - the drive means (30, 130, 230, 330, 430, 530, 630), being a drive member moving said part of the piece of furniture, comprises either a shape memory element (91, 94, 95, 691) contracting when heated or a spring energy storage element, with said spring energy storage element placed under tension by at least one shape memory element contracting when heated; and - the shape memory element (91, 94, 95, 591, 691) consists of a pull wire or of a bundle of pull wires.
Method for making an assembly joint between two strips of plastic material (10a, 10b) intended for the realization of a floor covering, each of said two strips (10a, 10b) having a strip or slab shape and comprising: - an upper surface (11a, 11b) forming the functional surface of said floor covering; and - a bottom surface (12a, 12b) intended to be in contact with the substrate to be covered; and - said upper (11a, 11b) and lower (12a, 12b) surfaces being connected by at least one side (13a, 13b), at least a portion of the length of said side being intended to receive said assembly joint, said portion being referred to as the assembly edge (14a, 14b); and - said two strips (10a, 10b) being arranged on the surface to be covered and positioned so that each of their joining edges (14a, 14b) are facing each other, with a distance between these two joining edges (14a, 14b) defining a clearance; the method being characterized in that it comprises successively: - a step of injecting a photoactivatable material between the two assembly edges (14a, 14b) so as to fill the space formed by the gap between said two strips (10a, 10b); and - a step of activating said photoactivatable material performed by exposing it to radiation comprising at least one ultraviolet ray. - an upper surface (11a, 11b) forming the functional surface of said floor covering; and - a bottom surface (12a, 12b) intended to be in contact with the substrate to be covered; and - said upper (11a, 11b) and lower (12a, 12b) surfaces being connected by at least one side (13a, 13b), at least a portion of the length of said side being intended to receive said assembly joint, said portion being referred to as the assembly edge (14a, 14b); and - said two strips (10a, 10b) being arranged on the surface to be covered and positioned so that each of their joining edges (14a, 14b) are facing each other, with a distance between these two joining edges (14a, 14b) defining a clearance; the method being characterized in that it comprises successively: - a step of injecting a photoactivatable material between the two assembly edges (14a, 14b) so as to fill the space formed by the gap between said two strips (10a, 10b); and - a step of activating said photoactivatable material performed by exposing it to radiation comprising at least one ultraviolet ray. - a step of injecting a photoactivatable material between the two assembly edges (14a, 14b) so as to fill the space formed by the gap between said two strips (10a, 10b); and - a step of activating said photoactivatable material performed by exposing it to radiation comprising at least one ultraviolet ray.
A device for shifting the stops of articulated cars (6, 6') of railway vehicles in curves, the device being arrangeable between every two contiguous cars (6, 6') articulated by means of a transversely centered coupling or articulation, the cars (6, 6') having a protruding element protruding from their front part connected to the coupling or articulation projecting from the rear part of the preceding car, characterized in that the car has two supports fixed to its bed and close to its rear contour symmetrically with respect to the longitudinal axis of said car, from which corresponding ties emerge backwardly, which ties are articulated at one end on said supports and at the other end are connected to respective slides by means of respective articulations located at one end of each of said slides, the slides being able to shift on guides located in the respective lateral faces of the protruding element of the other car connected to the coupling or articulation; in that the car has two supports fixed to its bed and close to its front contour symmetrically with respect to the longitudinal axis of said car, from which corresponding ties emerge forwardly, which ties are articulated at one end on said supports and at the other end are connected to respective support parts by means of respective articulations, each of the parts having a protruding stop on its outer face; and in that the support parts and the slides are wedge-shaped, such that the inclined plane corresponding to the inner face of each support part is coupled, such that it can shift, to a guide located in the inclined plane corresponding to the outer face of the corresponding slide.
A method for performing a modification operation on a solid model, the method being carried out in a product data management data processing system in the following denoted by PDM data processing system and the method comprising the following successive steps: - receiving a solid body as a PDM model; - determining an operation to perform on the solid body - determining a target region of the solid body, the solid body including at least one adjoining region (206, 208) connected to the target region and the target region having a plurality of geometries and topological entities; - moving the target region into a secondary solid body; - removing the geometries from the secondary solid body leaving only the topological entities; - generating new geometries corresponding to the operation and the secondary solid body, and applying the new geometries to the topological entities of the secondary solid body, to produce a modified secondary solid body; - transforming the adjoining regions (206, 208) to a new position according to the operation; and - knitting the transformed adjoining regions (206, 208) to the modified secondary solid body to produce a processed solid body, and - storing the processed solid body in the PDM data processing system; wherein the secondary solid body in the moving step includes the same plurality of geometries and topological entities as the target region; - manufacturing the processed solid body. - receiving a solid body as a PDM model; - determining an operation to perform on the solid body - determining a target region of the solid body, the solid body including at least one adjoining region (206, 208) connected to the target region and the target region having a plurality of geometries and topological entities; - moving the target region into a secondary solid body; - removing the geometries from the secondary solid body leaving only the topological entities; - generating new geometries corresponding to the operation and the secondary solid body, and applying the new geometries to the topological entities of the secondary solid body, to produce a modified secondary solid body; - transforming the adjoining regions (206, 208) to a new position according to the operation; and - knitting the transformed adjoining regions (206, 208) to the modified secondary solid body to produce a processed solid body, and - storing the processed solid body in the PDM data processing system; wherein the secondary solid body in the moving step includes the same plurality of geometries and topological entities as the target region; - manufacturing the processed solid body.
An uplink control information transmission method, comprising: determining, by user equipment, a physical uplink control channel, PUCCH, corresponding to uplink control information, UCI; and transmitting, by the user equipment, the UCI on a first PUSCH in a first physical uplink shared channel (PUSCH) set; wherein every PUSCH contained in the first PUSCH set overlaps with the PUCCH in time; the UCI contains hybrid automatic repeat request mechanism response information, HARQ-ACK/NACK, and the HARQ-ACK/NACK corresponds to at least one piece of downlink data received by the user equipment; characterized in that a set condition of the first PUSCH comprises that the Time Difference between the start time of the PUSCH and the end time of the at least one piece of downlink data is not less than a first set threshold; wherein the first set threshold corresponds to a minimum value of the Time Differences supported by the user equipment, and the Time Difference is the time difference between the end time of a physical downlink shared channel, PDSCH, and the start time of corresponding HARQ-ACK/NACK feedback. determining, by user equipment, a physical uplink control channel, PUCCH, corresponding to uplink control information, UCI; and transmitting, by the user equipment, the UCI on a first PUSCH in a first physical uplink shared channel (PUSCH) set; wherein every PUSCH contained in the first PUSCH set overlaps with the PUCCH in time; the UCI contains hybrid automatic repeat request mechanism response information, HARQ-ACK/NACK, and the HARQ-ACK/NACK corresponds to at least one piece of downlink data received by the user equipment; characterized in that a set condition of the first PUSCH comprises that the Time Difference between the start time of the PUSCH and the end time of the at least one piece of downlink data is not less than a first set threshold; wherein the first set threshold corresponds to a minimum value of the Time Differences supported by the user equipment, and the Time Difference is the time difference between the end time of a physical downlink shared channel, PDSCH, and the start time of corresponding HARQ-ACK/NACK feedback.
A magnetic localization system comprising: a magnetic field generator configured to generate at least one alternating magnetic field, and comprising at least one sensor configured to make repeated measurements of a momentary phase of the at least one alternating magnetic field; a receiver comprising a DC magnetometer (23, 23a) configured to make repeated measurements of a local magnetic field including the generated at least one alternating magnetic field as a component; and at least one processor configured to calculate a six-degrees-of-freedom, 6DOF, position and orientation of the receiver relative to the generator, based on the sensed magnetic field and the measurements of the momentary phase; characterized in that: one or both of the momentary phase measurements and the local magnetic fields measurements is associated with clock data communicated within the system; the processor is configured to determine correspondences in time between measurements of the local magnetic field and measurements of momentary phase of the at least one alternating magnetic field, using the clock data; and the processor uses the correspondences in time to select a momentary phase value used with each local magnetic field measurement to calculate the position and orientation of the receiver relative to the generator. a magnetic field generator configured to generate at least one alternating magnetic field, and comprising at least one sensor configured to make repeated measurements of a momentary phase of the at least one alternating magnetic field; a receiver comprising a DC magnetometer (23, 23a) configured to make repeated measurements of a local magnetic field including the generated at least one alternating magnetic field as a component; and at least one processor configured to calculate a six-degrees-of-freedom, 6DOF, position and orientation of the receiver relative to the generator, based on the sensed magnetic field and the measurements of the momentary phase; characterized in that: one or both of the momentary phase measurements and the local magnetic fields measurements is associated with clock data communicated within the system; the processor is configured to determine correspondences in time between measurements of the local magnetic field and measurements of momentary phase of the at least one alternating magnetic field, using the clock data; and the processor uses the correspondences in time to select a momentary phase value used with each local magnetic field measurement to calculate the position and orientation of the receiver relative to the generator.
Panel dividing system for dividing planar workpieces, comprising a feed table, a dividing device having a dividing line, a withdrawal table and at least one first conveyor device by means of which a workpiece lying on the feed table can be moved in the direction of the dividing line, the dividing device having the dividing line being arranged between the feed table and the withdrawal table as seen in a first conveying direction of the first conveyor device, the panel dividing system having at least one second conveyor device which comprises a robot which has a base and a work region which in a top view at least partially covers a region of the withdrawal table, characterized in that the work region in the top view also at least partially covers a region of the feed table. a feed table, a dividing device having a dividing line, a withdrawal table and at least one first conveyor device by means of which a workpiece lying on the feed table can be moved in the direction of the dividing line, the dividing device having the dividing line being arranged between the feed table and the withdrawal table as seen in a first conveying direction of the first conveyor device, the panel dividing system having at least one second conveyor device which comprises a robot which has a base and a work region which in a top view at least partially covers a region of the withdrawal table, characterized in that the work region in the top view also at least partially covers a region of the feed table.
A band in a soft material for covering a support roller or drum for transmitting movement or guiding the wires with diamond inserts in multiple-wire machines used for cutting blocks of natural or artificial stone, comprising an external surface provided with grooves, in which two or more wires with diamond inserts can be housed simultaneously, said band having a length approximating to the circumference of said roller or drum on which it is to be applied; characterised in that on its internal surface and close to either extremity and connected rigidly to said band, the band has a device for reinforcing and rigidifying the said extremities as well as a device for connecting the extremities to the cylindrical surface of said roller or drum when the said reinforcing and rigidifying device is fixed to the cylindrical surface, in such a way as to fix each respective extremity of the band, each independently of the other, on said roller or drum.
An adjusting device for a regulating device for straightening and/or regulating at least one jaw and/or at least one tooth, which can be or is located between a first straightening body and a second straightening body of a straightening device and which comprises at least one first anchor element which can be or is fixed to the first straightening body, at least one second anchor element which can be or is fixed to the second straightening body and comprises at least one first spacer unit for adjusting a spacing between the first anchor element and the second anchor element, which spacer unit can be or is adjustably fixed to the first anchor element and/or to the second anchor element, wherein the adjusting device includes at least one base body which is located substantially centrally between the first anchor element and the second anchor element, said base body comprising at least one first spacer guide for the first spacer unit, characterized in that the base body comprises a first portion on which the first spacer unit is located, and comprises a second portion on which at least one lever means in the form of a mandrel is located, and wherein the base body and at least one of the at least one lever means include a common component which is produced in a single piece and/or that the base body and at least one of the at least one lever means each include components which can be separated from one another or which are separate, and are detachably or non-detachably connected with one another on the second portion of the base body, and wherein the adjusting device additionally includes at least one first guide unit which extends from the first anchor element to the second anchor element and guides a movement of the anchor elements (12, 14) when the spacing from one another is adjusted by the first spacer unit, and that the base body comprises at least one first guide for the guide unit for the at least one guide unit, and wherein the at least one lever means comprises a first area, with which it is located on the second portion of the base body, a second area which includes the largest extension of the lever means and at least one guiding surface, with which the lever means can be slidingly moved on a corresponding surface of a web element, and having a third area which extends diagonally or transversely with respect to the second area, and wherein the second area of the lever means extends transversely or diagonally with respect to the first portion and/or the second portion of the base body, and wherein the adjusting device comprises at least one third anchor element which is fixed to a third straightening body, which is relatively movable with respect to the first straightening body and the second straightening body, and which can be adjusted by means of a second spacer unit with respect to its spacing from the base body, and the base body comprises at least one second spacer guide for the second spacer unit.