mhurhangee/ep-ind-claims huggingface dataset:
A method for integrating a line structurally into a wall or floor element, comprising the steps: - providing an attachment piece adapted for keeping clear a recess in said wall or floor element; - mounting said attachment piece to said line, namely by a bearing member between said line and said attachment piece; - integrating said attachment piece together with said line structurally into said wall or floor element, namely by casting with a casting material being pourable first and hardening then, wherein said attachment piece keeps clear said recess in the casting material hardened, said recess lying adjacent to a side face of said wall or floor element, characterized in that said bearing member has a lower Shore hardness than said attachment piece and said recess has a diameter being by at least 30 % larger than an outer diameter of said line. - providing an attachment piece adapted for keeping clear a recess in said wall or floor element; - mounting said attachment piece to said line, namely by a bearing member between said line and said attachment piece; - integrating said attachment piece together with said line structurally into said wall or floor element, namely by casting with a casting material being pourable first and hardening then, wherein said attachment piece keeps clear said recess in the casting material hardened, said recess lying adjacent to a side face of said wall or floor element, characterized in that said bearing member has a lower Shore hardness than said attachment piece and said recess has a diameter being by at least 30 % larger than an outer diameter of said line.
A method, comprising: receiving, at a computing device, a first set of images of an object, wherein images of the first set of images are captured from respective angles with respect to the object; receiving a second set of images of the object, wherein images of the second set of images are captured from the respective angles with respect to the object such that each image of the second set of images corresponds to a respective image of the first set of images, wherein the images of the second set of images are captured while a pattern is projected on the object, and wherein the images of the second set of images are captured with one or more different imaging parameters than the images of the first set of images, wherein the one or more different imaging parameters comprise image resolution, and wherein images of the first set of images are of higher resolution than the images of the second set of images; spatially aligning the images of the second set of images based on the pattern; determining respective images of the first set of images corresponding to spatially aligned images of the second set of images, based on associating the images of the second set of images with the images of the first set of images; and generating a three-dimensional image of the object based on the respective images of the first set of images determined to correspond to the spatially aligned images of the second set of images. receiving, at a computing device, a first set of images of an object, wherein images of the first set of images are captured from respective angles with respect to the object; receiving a second set of images of the object, wherein images of the second set of images are captured from the respective angles with respect to the object such that each image of the second set of images corresponds to a respective image of the first set of images, wherein the images of the second set of images are captured while a pattern is projected on the object, and wherein the images of the second set of images are captured with one or more different imaging parameters than the images of the first set of images, wherein the one or more different imaging parameters comprise image resolution, and wherein images of the first set of images are of higher resolution than the images of the second set of images; spatially aligning the images of the second set of images based on the pattern; determining respective images of the first set of images corresponding to spatially aligned images of the second set of images, based on associating the images of the second set of images with the images of the first set of images; and generating a three-dimensional image of the object based on the respective images of the first set of images determined to correspond to the spatially aligned images of the second set of images.
Method for ultrasonic bonding, wherein two longitudinal ultrasonic waves propagating in a common working plane oriented in parallel with a substrate are induced in one or a plurality of ultrasonic transducers (2.1, 2.2, 2.3, 2.4) and are directed through ultrasound-conducting arms (4.1, 4.2, 4.3, 4.4) from different spatial directions onto a common connection point of the arms (4.1, 4.2, 4.3, 4.4), and at the connection point cause an ultrasonic tool arranged directly or indirectly at said connection point to oscillate in two or three dimensions, characterised in that at least one ultrasonic transducer (2.1, 2.2, 2.3, 2.4) induces a longitudinal ultrasonic wave with a first harmonic oscillation component and a second oscillation component.
Sun gear for a mechanical reduction gear of an aircraft turbine engine, the sun gear having a general annular shape around an axis, and comprising at the outer periphery thereof, a gearing meshing with planet gears of the reduction gear, and at the inner periphery thereof, first coupling splines of with an input shaft of the reduction gear, the sun gear having a staged profile in axial cross-section, and comprising at least three adjacent axial sections (50a, 50b, 50c) among which a first section comprising a first inner centring cylindrical surface having a diameter D1, a second section comprising a second inner centring cylindrical surface having a diameter D2, and a third section extending axially between said first and second section and comprising the first splines with an inner diameter D3 between D1 and D2, characterised in that the sun gear comprises at one of its axial ends an annular recess opening radially inwards and configured to receive at least one oil jet, said first section comprises an annular row of first bores or notches configured to enable a flow of oil, said recess is formed by an annular edge of said first section, the first bores being in fluid communication with this recess and being configured to supply said first splines with oil.
Device socket of an installation device for containing electric contact components which can be attached to a mounting plate via at least one latching element (8, 9), characterized in that the at least one latching element (8, 9) is connected to the main section of the device socket via a flexible web, and in that a gap with a predefined width is formed between the latching element (8, 9) and the main section of the device socket, which gap permits the latching element (8, 9) to bend laterally towards the main section of the device socket, and the latching element (8, 9) has two edge-side guide webs (11, 12) which bound on both sides a guide face for guiding a latching hook (2, 3) which is connected to the mounting plate, wherein the guide face ends on its upper side with a latching edge for the latching hook (2, 3).
Method for providing electrical energy for charging electric vehicles, - in which a session comprises a charging operation for an electric vehicle, - in which a load distribution for a plurality of sessions is set by a stepwise allocation of the electrical energy in the form of a charging current, - in which the load distribution for a plurality of sessions is set stepwise by virtue of the charging currents for the plurality of sessions being set successively in such a way that - in a first step the sessions for which a new charging current is intended to be reduced in comparison with a previous charging current are set, - then in a second step the sessions for which a new charging current is intended to be increased in comparison with the previous charging current are set, and - a check is made between the first and the second step to ascertain whether the reduced charging current has also been successfully reached. - in which a session comprises a charging operation for an electric vehicle, - in which a load distribution for a plurality of sessions is set by a stepwise allocation of the electrical energy in the form of a charging current, - in which the load distribution for a plurality of sessions is set stepwise by virtue of the charging currents for the plurality of sessions being set successively in such a way that - in a first step the sessions for which a new charging current is intended to be reduced in comparison with a previous charging current are set, - then in a second step the sessions for which a new charging current is intended to be increased in comparison with the previous charging current are set, and - a check is made between the first and the second step to ascertain whether the reduced charging current has also been successfully reached.
Method for detecting a fault in a photovoltaic module (Mi) that includes a plurality of photovoltaic cells connected to one another and one or more bypass diodes, each bypass diode (Db) being configured to bypass one or more photovoltaic cells of said photovoltaic module, characterized in that it includes the following steps: - Determining a matrix of temperatures of the photovoltaic module (Mi), said matrix being obtained after dividing the module into a plurality of thermal zones and assigning a temperature to each thermal zone; - Detecting at least one hot thermal zone (Zh) from among said plurality of zones of the module; - Determining a surface area ratio between the surface area ( S h) of the detected hot thermal zone (Zh) and the total surface area ( S mod) of the module; - A first comparison of said surface area ratio with a coefficient dependent on the number of bypass diodes present in the module; - Determining the type of fault from the result obtained in said first comparison. - Determining a matrix of temperatures of the photovoltaic module (Mi), said matrix being obtained after dividing the module into a plurality of thermal zones and assigning a temperature to each thermal zone; - Detecting at least one hot thermal zone (Zh) from among said plurality of zones of the module; - Determining a surface area ratio between the surface area ( S h) of the detected hot thermal zone (Zh) and the total surface area ( S mod) of the module; - A first comparison of said surface area ratio with a coefficient dependent on the number of bypass diodes present in the module; - Determining the type of fault from the result obtained in said first comparison.
A medical device comprising at least one substrate having a coating, wherein the coating comprises a functional layer and the functional layer comprises at least one monosaccharide, characterised in that the monosaccharides can be bonded directly or indirectly to the substrate by a functionalisation of the monosaccharides, and they oligomerise or polymerise only upon bonding to the substrate, wherein the monosaccharides in their non-functionalised form comprise a sugar alcohol or a cyclic or heterocyclic compound that can be derived therefrom by dehydration.
A system for creating a magnetic resonance imaging -compatible stimulation program for electrical stimulation of a patient using an implantable electrical stimulation system comprising an implantable pulse generator and a lead having a plurality of electrodes, the system for creating the MRI-compatible stimulation program comprising: a processor configured to: receive a first set of stimulation parameters of a first stimulation program, wherein the first set of stimulation parameters indicates a first set of electrodes for delivery of electrical stimulation; generate an MRI-compatible stimulation program based at least in part on the received first set of stimulation parameters, wherein the MRI-compatible stimulation program comprises a second set of stimulation parameters that indicates a second set of electrodes from the plurality of electrodes for delivery of electrical stimulation, wherein generating the MRI-compatible stimulation program comprises modifying the first set of stimulation parameters by the processor to generate the second set of stimulation parameters by at least one of 1) reducing a value of at least one stimulation parameter of the first set of stimulation parameters or 2) replacing, in the first set of electrodes, a case electrode of the electrical stimulation system with at least one of the electrodes of the lead; and initiate a signal that provides the implantable pulse generator of the electrical stimulation system with the MRI-compatible stimulation program for producing electrical stimulation to the patient. receive a first set of stimulation parameters of a first stimulation program, wherein the first set of stimulation parameters indicates a first set of electrodes for delivery of electrical stimulation; generate an MRI-compatible stimulation program based at least in part on the received first set of stimulation parameters, wherein the MRI-compatible stimulation program comprises a second set of stimulation parameters that indicates a second set of electrodes from the plurality of electrodes for delivery of electrical stimulation, wherein generating the MRI-compatible stimulation program comprises modifying the first set of stimulation parameters by the processor to generate the second set of stimulation parameters by at least one of 1) reducing a value of at least one stimulation parameter of the first set of stimulation parameters or 2) replacing, in the first set of electrodes, a case electrode of the electrical stimulation system with at least one of the electrodes of the lead; and initiate a signal that provides the implantable pulse generator of the electrical stimulation system with the MRI-compatible stimulation program for producing electrical stimulation to the patient.
A balloon catheter assembly, comprising: a balloon catheter having a proximal end, a distal end, a first lumen extending from the proximal end to the distal end, and a balloon disposed on the distal end and in fluid communication with the first lumen; a valve comprising a valve body disposed within the first lumen at the proximal end of the balloon catheter, the valve body having a collapsed second lumen extending therethrough, wherein the second lumen can be opened by elastically deforming the valve body from a first configuration to a second configuration; and a detachable hub disposed about the proximal end of the balloon catheter; characterised by the detachable hub comprising a seal capable of elastically deforming the valve body. a balloon catheter having a proximal end, a distal end, a first lumen extending from the proximal end to the distal end, and a balloon disposed on the distal end and in fluid communication with the first lumen; a valve comprising a valve body disposed within the first lumen at the proximal end of the balloon catheter, the valve body having a collapsed second lumen extending therethrough, wherein the second lumen can be opened by elastically deforming the valve body from a first configuration to a second configuration; and a detachable hub disposed about the proximal end of the balloon catheter; characterised by the detachable hub comprising a seal capable of elastically deforming the valve body.
Clip filter for a hydraulic valve, having filter elements held in a support frame, wherein the support frame is of ring-like form and has a clip filter lock, wherein, for the purpose of closing the clip filter, ends (43, 44) of the support frame are able to be brought into engagement with one another, wherein the first end has a nose-like clip element and the second end has a recess complementary with respect to the clip element, wherein the recess is formed such that, in the locked state, the nose-like clip element is completely surrounded by it in a circumferential direction and is completely surrounded at one end and largely surrounded at the other end by it in a radial direction, wherein the nose-like clip element is of wedge-shaped form with a bottom side and with a top side configured facing away from the bottom side, and the recess is configured in a complementary manner, so as to have complementary surfaces, and wherein the clip element and the recess each have at least one surface portion (51, 52) formed so as to be orthogonal to the opening and closing direction and the clip element has a bottom side formed so as to be substantially parallel to the opening and closing direction, characterized in that, for opening force-optimized formation of the clip filter lock, the recess has a bulge on a surface opposite the bottom side of the clip element and the bottom side of the clip element has a recess complementary with respect to the bulge, and an outer arm formed on an outer side of the support frame is formed for the change of position in a closing process, wherein the outer arm has a cross-sectional reduction in the region of the recess.
A thermocouple for use in a semiconductor processing reactor, said thermocouple comprising: a sheath having a measuring tip at an end thereof; a support member disposed within said sheath, said support member having at least two bores (80, 82) comprising a first bore and a second bore formed therethrough; a first cut-out formed into the support member, the first cut-out intersecting the first bore at a location spaced apart from an end of the support member; a second cut-out formed into the support member, the second cut-out intersecting the second bore; a pair of wires comprising a first wire and a second wire formed of dissimilar metals, each of said pair of wires disposed within separate bores; a junction formed between said pair of wires at an end of each wire, said junction being located adjacent to an end of said support member; and wherein said pair of wires are able to freely thermally expand or contract relative to said support member, wherein the first wire is received by the first bore and the first cut-out and exits the first bore at an intersection between the first bore and the first cut-out, and wherein the second wire is received by the second bore and the second cut-out and exits the second bore at an intersection between the second bore and the second cut-out. a sheath having a measuring tip at an end thereof; a support member disposed within said sheath, said support member having at least two bores (80, 82) comprising a first bore and a second bore formed therethrough; a first cut-out formed into the support member, the first cut-out intersecting the first bore at a location spaced apart from an end of the support member; a second cut-out formed into the support member, the second cut-out intersecting the second bore; a pair of wires comprising a first wire and a second wire formed of dissimilar metals, each of said pair of wires disposed within separate bores; a junction formed between said pair of wires at an end of each wire, said junction being located adjacent to an end of said support member; and wherein said pair of wires are able to freely thermally expand or contract relative to said support member, wherein the first wire is received by the first bore and the first cut-out and exits the first bore at an intersection between the first bore and the first cut-out, and wherein the second wire is received by the second bore and the second cut-out and exits the second bore at an intersection between the second bore and the second cut-out.
A brush making machine comprising a holder for holding a bundle carrier, a bristle supply container, a bundle remover having an outer edge provided with at least two bundle receiving notches that are associated with a bundle carrier, the bundle remover cooperating with the bristle supply container, and comprising a mechanical insertion device adapted to displace bundles of bristles from the bundle receiving notches towards the holder in a direction that is generally perpendicular to the direction of displacement of the outer edge of the bundle remover, characterized in that a plurality of bundle removers are provided and a plurality of holders as well as a holder drive which is adapted to displace the holders relative to the bundle remover, wherein the holder is displaceably attached to the holder drive and/or a bundle remover positioning drive is provided by means of which the bundle remover is displaced relative to the holder or to the position of the holder.
A device for indicating internal pressure of an inflatable medical cuff, the device including: a hollow body having a cylinder outer wall which is made from transparent material, the body having first and second ends (216, 217) wherein the first end includes a first opening, and the second end includes an outlet passage to which a cuff inflation line can be coupled; a bellows located within the hollow body, the bellows being expanded in its relaxed state and having open and closed ends (252, 254) and having an indication means disposed proximate to its closed end, the open end being coupled to the second end of the body such that an inner chamber is defined within the bellows and an outer chamber defined between the outer wall and the outer surface of the bellows; characterised in that the second end includes a vent passage or vent passages for venting the inner chamber to atmosphere and an outlet fluid communication channel for providing fluid communication between the outer chamber and the outlet passage, the arrangement being such that when a syringe is coupled to the first opening and inflating air passes into the outer chamber the bellows moves longitudinally within outer wall in response to differential pressures between the outer and inner chambers (232, 234) whereby the indication means indicates the pressure in the outer chamber. a hollow body having a cylinder outer wall which is made from transparent material, the body having first and second ends (216, 217) wherein the first end includes a first opening, and the second end includes an outlet passage to which a cuff inflation line can be coupled; a bellows located within the hollow body, the bellows being expanded in its relaxed state and having open and closed ends (252, 254) and having an indication means disposed proximate to its closed end, the open end being coupled to the second end of the body such that an inner chamber is defined within the bellows and an outer chamber defined between the outer wall and the outer surface of the bellows; characterised in that the second end includes a vent passage or vent passages for venting the inner chamber to atmosphere and an outlet fluid communication channel for providing fluid communication between the outer chamber and the outlet passage, the arrangement being such that when a syringe is coupled to the first opening and inflating air passes into the outer chamber the bellows moves longitudinally within outer wall in response to differential pressures between the outer and inner chambers (232, 234) whereby the indication means indicates the pressure in the outer chamber.