mhurhangee/ep-ind-claims huggingface dataset:
Method for the installation of a false floor above a bare floor with false-floor supports that are placed preferably arranged in a regular grid on the bare floor, on which false-floor supports in rows adjacent to one another floor panels are arranged, wherein a) mounting positions (30A; 30B;...) for the false-floor supports are determined and the false-floor supports to be installed are positioned accordingly; b) preferably by means of laser devices a mounting plane (E M) lying at a mounting height (h M) is at least partially determined; and c) the false-floor supports to be installed are moved towards the mounting plane (E M), until the false-floor supports, optionally their lower end, or, if appropriate, at least one floor panel already placed onto the false-floor supports lies at least approximately on the mounting height (h M); characterised in, d) that before, during or after positioning the false-floor supports at the mounting positions (30A; 30B;...), pedestals which consist of pedestal material, that is solidifying and that is connecting to the bare floor, and which exceed the mounting plane (E M) are provided; and e) that the false-floor supports (2A; 2B;...) are held each in the related pedestal, until it has solidified and, if not already present, a floor panel can be mounted. a) mounting positions (30A; 30B;...) for the false-floor supports are determined and the false-floor supports to be installed are positioned accordingly; b) preferably by means of laser devices a mounting plane (E M) lying at a mounting height (h M) is at least partially determined; and c) the false-floor supports to be installed are moved towards the mounting plane (E M), until the false-floor supports, optionally their lower end, or, if appropriate, at least one floor panel already placed onto the false-floor supports lies at least approximately on the mounting height (h M); characterised in, d) that before, during or after positioning the false-floor supports at the mounting positions (30A; 30B;...), pedestals which consist of pedestal material, that is solidifying and that is connecting to the bare floor, and which exceed the mounting plane (E M) are provided; and e) that the false-floor supports (2A; 2B;...) are held each in the related pedestal, until it has solidified and, if not already present, a floor panel can be mounted.
An irrigation and suction device for irrigating and suctioning fluid from a body lumen or a body cavity of a mammal comprising: an irrigation tube that defines an irrigation lumen; a reinforcement member arranged coaxially on the irrigation tube; a suction tube slidably mounted on the irrigation tube, wherein a suction channel extends down the length of the suction tube in an annular space defined between an inner wall of the suction tube and an outer wall of the reinforcement member; a handle secured to a proximal portion of the irrigation tube; and a slide member secured to the suction tube and slidably mounted within the handle, wherein advancing the slide member distally along the handle advances the suction tube along a length of the irrigation tube. an irrigation tube that defines an irrigation lumen; a reinforcement member arranged coaxially on the irrigation tube; a suction tube slidably mounted on the irrigation tube, wherein a suction channel extends down the length of the suction tube in an annular space defined between an inner wall of the suction tube and an outer wall of the reinforcement member; a handle secured to a proximal portion of the irrigation tube; and a slide member secured to the suction tube and slidably mounted within the handle, wherein advancing the slide member distally along the handle advances the suction tube along a length of the irrigation tube.
A method for producing a gallium nitride based compound semiconductor light emitting device, the method comprising: a first crystal growth step in which an n-type semiconductor layer, a light emitting layer, and a first p-type semiconductor layer which are formed of a gallium nitride based compound semiconductor are laminated in this order on a substrate; a second crystal growth step in which a second p-type semiconductor layer formed of a gallium nitride based compound semiconductor is further laminated thereon; an uneven pattern forming step in which an uneven pattern is formed on a surface of the first p-type semiconductor layer after the first crystal growth step and before the second crystal growth step; and a heat treatment step in which a heat treatment is carried out after the uneven pattern forming step and before the second crystal growth step, characterized in that the heat treatment step is carried out in an oxygen atmosphere and the uneven pattern forming step includes the following intermediate steps (a) and (b): (a) a step for forming a mask on the first p-type semiconductor layer; and (b) a step for dry etching a surface of the first p-type semiconductor layer through the mask. a first crystal growth step in which an n-type semiconductor layer, a light emitting layer, and a first p-type semiconductor layer which are formed of a gallium nitride based compound semiconductor are laminated in this order on a substrate; a second crystal growth step in which a second p-type semiconductor layer formed of a gallium nitride based compound semiconductor is further laminated thereon; an uneven pattern forming step in which an uneven pattern is formed on a surface of the first p-type semiconductor layer after the first crystal growth step and before the second crystal growth step; and a heat treatment step in which a heat treatment is carried out after the uneven pattern forming step and before the second crystal growth step, characterized in that the heat treatment step is carried out in an oxygen atmosphere and the uneven pattern forming step includes the following intermediate steps (a) and (b): (a) a step for forming a mask on the first p-type semiconductor layer; and (b) a step for dry etching a surface of the first p-type semiconductor layer through the mask. (a) a step for forming a mask on the first p-type semiconductor layer; and (b) a step for dry etching a surface of the first p-type semiconductor layer through the mask.
A portable device for processing an optical fiber, the portable device comprising: a portable housing defining a fiber insertion opening for allowing an optical fiber (100, 960) to be inserted into the portable housing along a fiber insertion axis; a fiber stripping station within the portable housing for autonomously stripping the optical fiber; and a fiber cleaving station within the portable housing for autonomously cleaving the optical fiber; wherein the portable device further comprises: an internal mechanism for attaching a connector body on an optical fiber; and a carriage within the portable housing, the carriage being mounted on linear bearings, the carriage being movable on the linear bearings along a carriage slide axis that is parallel to the fiber insertion axis, the portable device also including a drive mechanism for sliding the carriage back and forth along the linear bearings, the portable device further comprising a pivot mechanism for pivoting the carriage to move the fiber stripping station carried by the carriage into alignment with the fiber insertion axis. a portable housing defining a fiber insertion opening for allowing an optical fiber (100, 960) to be inserted into the portable housing along a fiber insertion axis; a fiber stripping station within the portable housing for autonomously stripping the optical fiber; and a fiber cleaving station within the portable housing for autonomously cleaving the optical fiber; wherein the portable device further comprises: an internal mechanism for attaching a connector body on an optical fiber; and a carriage within the portable housing, the carriage being mounted on linear bearings, the carriage being movable on the linear bearings along a carriage slide axis that is parallel to the fiber insertion axis, the portable device also including a drive mechanism for sliding the carriage back and forth along the linear bearings, the portable device further comprising a pivot mechanism for pivoting the carriage to move the fiber stripping station carried by the carriage into alignment with the fiber insertion axis.
An information processing apparatus for executing a process for estimating a deformation from a first shape of an object under a first deformation condition to a second shape of the object under a second deformation condition, comprising: a deformed-shape model generation unit configured to generate a deformed-shape model of the object, based on a plurality of deformed shapes, each of which is generated by deforming the first shape in accordance with each of a plurality of deformation parameters, and based on a plurality of position information about a feature area of the object, each of which is associated with each of the deformed shapes; and a deformation estimation unit configured to calculate a change of a position of the feature area between a position indicated by the position information about the feature area of the object obtained under the first deformation condition and a position indicated by position information about the feature area of the object obtained under the second deformation condition, and to estimate the deformation from the first shape to the second shape using, as a condition of constraint, a relationship between the change of the position of the feature area and a change of a shape of the object represented by the deformed-shape model. a deformed-shape model generation unit configured to generate a deformed-shape model of the object, based on a plurality of deformed shapes, each of which is generated by deforming the first shape in accordance with each of a plurality of deformation parameters, and based on a plurality of position information about a feature area of the object, each of which is associated with each of the deformed shapes; and a deformation estimation unit configured to calculate a change of a position of the feature area between a position indicated by the position information about the feature area of the object obtained under the first deformation condition and a position indicated by position information about the feature area of the object obtained under the second deformation condition, and to estimate the deformation from the first shape to the second shape using, as a condition of constraint, a relationship between the change of the position of the feature area and a change of a shape of the object represented by the deformed-shape model.
A device for applying a fluid to a surface, the device comprising: a container comprising: a first side defining a first substantially planar surface, a second side defining a second substantially planar surface opposed to the first side and comprising a dispensing opening, and a compartment between the first and second sides for housing a fluid; a fluid dispensing system for dispensing the fluid from the second side, the fluid dispensing system comprising and one or more activators extending outside of the second side for contacting the surface and a plunger comprising a base operably mated with the dispensing opening, a resilience member, characterised in that the fluid dispensing system further comprises a top which projects into an air chamber for allowing air into the compartment when fluid is being released, wherein the one or more activators are connected to the plunger; and a dispensing head connected to the container to receive flow from the dispensing opening, the dispensing head comprising a plurality of flow paths leading to a plurality of outlets, wherein each outlet is directed at an angle of zero degrees to sixty degrees with respect to the second side planar surface. a container comprising: a first side defining a first substantially planar surface, a second side defining a second substantially planar surface opposed to the first side and comprising a dispensing opening, and a compartment between the first and second sides for housing a fluid; a first side defining a first substantially planar surface, a second side defining a second substantially planar surface opposed to the first side and comprising a dispensing opening, and a compartment between the first and second sides for housing a fluid; a fluid dispensing system for dispensing the fluid from the second side, the fluid dispensing system comprising and one or more activators extending outside of the second side for contacting the surface and a plunger comprising a base operably mated with the dispensing opening, a resilience member, characterised in that the fluid dispensing system further comprises a top which projects into an air chamber for allowing air into the compartment when fluid is being released, wherein the one or more activators are connected to the plunger; and a dispensing head connected to the container to receive flow from the dispensing opening, the dispensing head comprising a plurality of flow paths leading to a plurality of outlets, wherein each outlet is directed at an angle of zero degrees to sixty degrees with respect to the second side planar surface.
An electrical circuit comprising a circuit-side connecting part having multiple contact elements for a detachable electrical connection, all contact elements of the circuit-side connecting part being arranged in such a manner that they are mappable on themselves by at least one congruent mapping different from the identity mapping, and the contact elements are assigned in relation to the circuit in such a manner that, in the case of the at least one congruent mapping, only contact elements which are electrically compatible with one another are mapped on one another, characterized in that the contact elements are assigned in relation to the circuit in such a manner that at least two and preferably three of the following criteria are fulfilled in the case of the at least one congruent mapping: (a) contact elements which are directly connected to one another or provided for the same purpose are mapped on one another; (b) each contact element, which is provided for the transmission of an input voltage into the circuit, having a first input resistance is mapped on a contact element having a second input resistance which is at least 1000 times greater than the first input voltage, or is mapped on a contact element provided for the transmission of an input voltage of the same magnitude into the circuit; and (c) each contact element provided for the transmission of an output voltage out of the circuit is mapped on a contact element also provided for the transmission of an output voltage out of the circuit. (a) contact elements which are directly connected to one another or provided for the same purpose are mapped on one another; (b) each contact element, which is provided for the transmission of an input voltage into the circuit, having a first input resistance is mapped on a contact element having a second input resistance which is at least 1000 times greater than the first input voltage, or is mapped on a contact element provided for the transmission of an input voltage of the same magnitude into the circuit; and (c) each contact element provided for the transmission of an output voltage out of the circuit is mapped on a contact element also provided for the transmission of an output voltage out of the circuit.
A pharmaceutical composition comprising an effective amount of plasminogen for use in treating diabetes by reducing blood glucose in a diabetic subject, wherein the plasminogen: (a) has at least 90%, 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 2; or (b) has at least 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 6, 8, 10 or 12, and still has the activity of plasminogen. (a) has at least 90%, 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 2; or (b) has at least 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 6, 8, 10 or 12, and still has the activity of plasminogen.
A pharmaceutical composition comprising an effective amount of a pharmaceutically acceptable carrier and an effective amount of a compound having the structure of compound: wherein the pharmaceutical composition further comprises sucrose.
A heater, comprising: a resistor comprising a heat-generating portion; a lead joined to an end portion of the resistor to surround the end portion of the resistor; and an insulating base body covering the resistor and the lead, a joining portion of the resistor and the lead comprising a region where the resistor is spaced apart from the insulating base body through the lead as viewed in cross section perpendicular to an axial direction of the lead, characterized in that the lead is made to have a portion whose profile is narrowed toward a distal end on a heat-generating portion side of the lead, and the portion of the lead having the profile which is narrowed comprises a plurality of inclined regions as viewed in cross section including an axis of the lead, and inclination on a distal end side is gentler than inclination on a rear end side in the plurality of inclined regions. a resistor comprising a heat-generating portion; a lead joined to an end portion of the resistor to surround the end portion of the resistor; and an insulating base body covering the resistor and the lead, a joining portion of the resistor and the lead comprising a region where the resistor is spaced apart from the insulating base body through the lead as viewed in cross section perpendicular to an axial direction of the lead, characterized in that the lead is made to have a portion whose profile is narrowed toward a distal end on a heat-generating portion side of the lead, and the portion of the lead having the profile which is narrowed comprises a plurality of inclined regions as viewed in cross section including an axis of the lead, and inclination on a distal end side is gentler than inclination on a rear end side in the plurality of inclined regions.
A profiled element for terraces and balconies, which comprises a substantially flat wing for anchoring the profiled element to the floor, a front portion for protecting an outer edge of a floor paving and protruding outward with respect thereto, and a drip lip which is constituted by a contoured element that extends downward from said wing in the mounted state, in a region to be arranged at an edge of a terrace, whereby said drip lip comprises, at a lower end, at least one first protrusion and at least one second protrusion, lower than the first protrusion in the mounted state, characterized in that both said first and second protrusions (18, 19) protrude outward with respect to said front portion.
Label which can be bonded to an object, more particularly to a reusable container, by means of wet glue, and which comprises an oriented plastics film, which, for removing the label (1, 1A, 1B), shrinks away from the object under the influence of heat, characterised in that the label (1, 1A, 1B) is provided on the glue side thereof with a layer which absorbs the moisture from the glue and can swell and/or the oriented plastics film is itself a layer which absorbs the moisture from the glue and can swell.
A method for processing images using probability fields in a computing device, comprising: determining a probability field for prioritizing portions of an image of a scene for processing, wherein the probability field comprises a set of values each corresponding to a likelihood of a rendering parameter acquiring an altered value between a render time at which at least a portion of the image is rendered and a display time at which the image is displayed; convolving the probability field with an original target shape of a display device to generate a shaped probability field (216, 306, 308), wherein the shaped probability field is discretized into multiple level sets, wherein the multiple level sets are represented using concentric contours; and providing the shaped probability field to a downstream node for prioritizing, based at least in part on one or more of the set of values in the probability field, a portion of the image in processing the image for display on the display device. convolving the probability field with an original target shape of a display device to generate a shaped probability field (216, 306, 308), wherein the shaped probability field is discretized into multiple level sets, wherein the multiple level sets are represented using concentric contours; and providing the shaped probability field to a downstream node for prioritizing, based at least in part on one or more of the set of values in the probability field, a portion of the image in processing the image for display on the display device.
A rotation system for a vehicle sun visor, comprising: a rod coupled to the vehicle sun visor, wherein the rod is configured to couple to a vehicle to support the vehicle sun visor within an interior of the vehicle, and the rod is configured to facilitate rotation of the vehicle sun visor about the rod; a contact element non-rotatably coupled to the rod, wherein the contact element comprises a flattened surface, and a biasing element configured to urge a contact surface against the contact element to control rotation of the vehicle sun visor about the rod, characterized in that an opening disposed on the flattened surface configured to facilitate sliding the rod into the contact element and to be filled by a mold material when the contact element and the rod undergo a molding process, and. a rod coupled to the vehicle sun visor, wherein the rod is configured to couple to a vehicle to support the vehicle sun visor within an interior of the vehicle, and the rod is configured to facilitate rotation of the vehicle sun visor about the rod; a contact element non-rotatably coupled to the rod, wherein the contact element comprises a flattened surface, and a biasing element configured to urge a contact surface against the contact element to control rotation of the vehicle sun visor about the rod, characterized in that an opening disposed on the flattened surface configured to facilitate sliding the rod into the contact element and to be filled by a mold material when the contact element and the rod undergo a molding process, and.