mhurhangee/ep-ind-claims huggingface dataset:
Rotor for a two-pole brush-commutated DC electric motor, wherein said rotor comprises a hollow-cylindrical ironless winding having n coil segments (13.1-13.7) and a commutator having n commutator segments (14.1-14.7), each coil segment (13.1-13.7) being electrically connected to two adjacent commutator segments (14.1-14.7), an axis of gravity (A S1 -A S7) that intersects said rotor axis perpendicularly and passes through the center of gravity of a coil segment (13.1-13.7) or a center line (M S1 -M S7) of said coil segment (13.1-13.7) that passes through said center of gravity and said rotor axis spanning a coil plane (E S1 -E S7) that defines the angular position of the associated coil segment (13.1-13.7), two brush contact surfaces (K 1 -K 7) of said commutator segments (14.1-14.7) that are electrically connected to the same coil segment (13.1-13.7) have a distance (A K1 -A K7) to each other with a distance bisector (H A1 -H A7) intersecting said rotor axis perpendicularly, said distance bisector (H A1 -H A7) and said rotor axis spanning a commutator plane (E K1 -E K7) which defines the angular position of the associated commutator segments (14.1-14.7), and where n is a whole natural number, characterized in that said coil plane (E S1 -E S7) of said coil segment (13.1-13.7) is arranged rotated by a correction angle (α) in the angular range of > 45° to < 135° about said rotor axis relative to said commutator plane (E K1 -E K7) of said associated commutator segments (14.1-14.7).
A curved cross-section wind turbine tower, comprising: - a wall, featuring a curvature, as well as having an orifice for accessing inside the tower, and an outer surface defined by generatrices, the orifice being limited by a perimeter which comprises two longitudinal zones oriented along the direction of said generatrices of the tower and two transverse zones connecting the two longitudinal zones one to each other, and - a reinforcing frame, disposed internally to and along the perimeter of the orifice and joined to the tower in the orifice zone, wherein the reinforcing frame comprises at least two parts joined together, wherein the at least two parts are adjacent and joined together at least in one of the transverse zones, wherein each of the parts has a mid-plane which is parallel to at least one generatrix of the tower and which occupies a central position with respect to the thickness of its corresponding part, characterized in that the mid-planes of at least two adjacent parts form an angle other than 180o with respect to each other, so as to adapt the reinforcing frame to the curvature of the wall in the transverse zones of the orifice. - a wall, featuring a curvature, as well as having an orifice for accessing inside the tower, and an outer surface defined by generatrices, the orifice being limited by a perimeter which comprises two longitudinal zones oriented along the direction of said generatrices of the tower and two transverse zones connecting the two longitudinal zones one to each other, and - a reinforcing frame, disposed internally to and along the perimeter of the orifice and joined to the tower in the orifice zone, wherein the reinforcing frame comprises at least two parts joined together, wherein the at least two parts are adjacent and joined together at least in one of the transverse zones, wherein each of the parts has a mid-plane which is parallel to at least one generatrix of the tower and which occupies a central position with respect to the thickness of its corresponding part, characterized in that the mid-planes of at least two adjacent parts form an angle other than 180o with respect to each other, so as to adapt the reinforcing frame to the curvature of the wall in the transverse zones of the orifice.
Wheel brake, in particular drum brake, having an activating installation and having brake shoes (12, 13) which are connected to the activating installation, on the one hand, and to a support that lies opposite the activating installation, on the other hand, wherein the wheel brake is configured as a simplex brake or power brake, and the wheel brake has an automatic reversing mechanism which reduces or cancels the braking effect when reversing, and has an automatic readjustment installation which for readjusting the braking effect is disposed in the region of the support, wherein the readjustment installation is able to be deactivated when reversing, characterized in that the readjustment installation has a transmission element which is connected to the activating installation.
Use of at least one halide of the following formula: wherein: - R 1 represents a hydrogen atom or a linear alkyl radical having from 1 to 10 carbon atoms; - R 2 and R 4, which may be identical or different, each represent a linear or branched alkyl radical having from 1 to 15 carbon atoms, said alkyl radical being optionally substituted by one or more C 6 -C 20 -aryl groups which may optionally contain one or more hetero atoms selected from oxygen, sulfur and nitrogen atoms; - R 3 represents a hydrogen atom or a linear or branched alkyl radical having from 1 to 15 carbon atoms; - X - represents an iodide or bromide anion, as an electrolyte salt in an electrolyte composition of a photoelectrochemical cell based on the sensitisation to light of photoactive molecules. - R 1 represents a hydrogen atom or a linear alkyl radical having from 1 to 10 carbon atoms; - R 2 and R 4, which may be identical or different, each represent a linear or branched alkyl radical having from 1 to 15 carbon atoms, said alkyl radical being optionally substituted by one or more C 6 -C 20 -aryl groups which may optionally contain one or more hetero atoms selected from oxygen, sulfur and nitrogen atoms; - R 3 represents a hydrogen atom or a linear or branched alkyl radical having from 1 to 15 carbon atoms; - X - represents an iodide or bromide anion,
A layered electro-stimulating dressing comprising a substrate, an absorption layer, an electro-stimulating layer comprising a first electrode and a second electrode and a generation system for generation of stimulating signals, wherein the first electrode and the second electrode are connected to the generation system for generation of stimulating signals, wherein the generation system for generation of stimulation signal comprises a control system, a power supply system connected to it and a generator, wherein the substrate constitutes a pressure distribution layer made of a gel having hyperplastic properties or made of thermoplastic elastomer formed into honeycomb structure, wherein the generator is adapted for generating stimulating signals comprising impulses with an electric current falling within a range of 4 mA to 100 mA and a duration falling within a range of 50 μs to 2.5 ms, with a repetition rate being within a range of 10 Hz to 60 Hz, wherein the impulses are repeated for a stimulation time lasting from 3 to 7 seconds at intervals with a length of two to 10 times longer than the stimulation time.
A method for a user equipment, UE, in a communication system, the method comprising: receiving an adjacent cell load metric per subband, said load metric corresponding to an observed load on uplink for a plurality of subands at an adjacent cell; determining the source of the load metric by determining if the adjacent cell load metric per subband is received from a serving cell or directly from the adjacent cell; determining if the assigned subband is loaded in the adjacent cell; reducing an assigned transmit power spectral density if it is determined that the assigned subband is loaded in the adjacent cell and that the adjacent cell load metric is received directly from the adjacent cell; and maintaining an assigned transmit power spectral density if it is determined that the source of the load metric is not the adjacent cell, but the load metric is received from the serving cell. receiving an adjacent cell load metric per subband, said load metric corresponding to an observed load on uplink for a plurality of subands at an adjacent cell; determining the source of the load metric by determining if the adjacent cell load metric per subband is received from a serving cell or directly from the adjacent cell; determining if the assigned subband is loaded in the adjacent cell; reducing an assigned transmit power spectral density if it is determined that the assigned subband is loaded in the adjacent cell and that the adjacent cell load metric is received directly from the adjacent cell; and maintaining an assigned transmit power spectral density if it is determined that the source of the load metric is not the adjacent cell, but the load metric is received from the serving cell.
Timepiece assembly comprising a rotating bezel and a device comprising a rapid adjustment spring and a timepiece wheel, said spring cooperating with said wheel, the spring comprising a flexible portion comprising a finger and the finger cooperating with the wheel in such a way as to be displaced relative to the latter through a maximum displacement by a relative movement between the wheel and the spring, and to exert a force against the wheel owing to bending of the flexible portion; at least the flexible portion of the spring is made of an amorphous metallic alloy; the device cooperates with the rotating bezel; characterized in that the amorphous metallic alloy constituting at least the flexible portion of the spring has a ratio of elastic limit (σ lim) to Young's modulus of at least 0.010; and in that the dimensions of the flexible portion limit the ratio of maximum stress (σ max) to elastic limit (σ lim) to at most 0.70, preferably at most 0.64, when the finger is displaced on the wheel. at least the flexible portion of the spring is made of an amorphous metallic alloy; the device cooperates with the rotating bezel; characterized in that the amorphous metallic alloy constituting at least the flexible portion of the spring has a ratio of elastic limit (σ lim) to Young's modulus of at least 0.010; and in that the dimensions of the flexible portion limit the ratio of maximum stress (σ max) to elastic limit (σ lim) to at most 0.70, preferably at most 0.64, when the finger is displaced on the wheel.
A device for collecting and storing blood from a subject, the device comprising: a housing comprising an opening; a vacuum chamber in the housing, the vacuum chamber having an initial state of a vacuum and configured such that activation of the vacuum causes fluidic communication to be established between the vacuum chamber and a recess to draw the skin of the subject into the recess: one or more piercing elements that are extendable through the opening to penetrate skin of the subject to enable collection of the blood; a cartridge configured to hold one or more matrices for collecting and storing the blood; and a cartridge chamber configured to receive the cartridge, wherein the cartridge is releasably coupled to an output port in the cartridge chamber, and wherein a channel extends from the output port towards a port which is adjacent to the recess. a housing comprising an opening; a vacuum chamber in the housing, the vacuum chamber having an initial state of a vacuum and configured such that activation of the vacuum causes fluidic communication to be established between the vacuum chamber and a recess to draw the skin of the subject into the recess: one or more piercing elements that are extendable through the opening to penetrate skin of the subject to enable collection of the blood; a cartridge configured to hold one or more matrices for collecting and storing the blood; and a cartridge chamber configured to receive the cartridge, wherein the cartridge is releasably coupled to an output port in the cartridge chamber, and wherein a channel extends from the output port towards a port which is adjacent to the recess. one or more piercing elements that are extendable through the opening to penetrate skin of the subject to enable collection of the blood; a cartridge configured to hold one or more matrices for collecting and storing the blood; and a cartridge chamber configured to receive the cartridge, wherein the cartridge is releasably coupled to an output port in the cartridge chamber, and wherein a channel extends from the output port towards a port which is adjacent to the recess.
A multicomponent plastic part, characterized by a support made of plastic for sealing a tool cavity during the production of the multicomponent plastic part, wherein at least one component flows over a plastic part and the support, and the support becomes an integral component of the multicomponent plastic part, wherein the support has a central region for sealing the tool cavity when the plastic part is inserted into the tool cavity, said support having a first main face facing the tool cavity and a second main face facing away from the first main face, wherein the support has a peripheral edge which extends beyond the central region and the outer circumference of the tool cavity, said peripheral edge being designed and able to be arranged such that the at least one component can flow over the first main face of the peripheral edge, wherein the support has a first edge region for forming a fold-over projection and a second edge region, which is arranged between the central region and the first edge region for forming a film hinge, wherein the first edge region of the support is bent so that its second main face lies opposite the second main face of the central region, wherein a plastic part placed onto the first main face of the central region of the support is provided and wherein at least one component, applied by flowing over, is provided, which covers the plastic part and at least the first main face of the second edge region.
An outboard motor comprising: an engine including a cylinder configured to reciprocate in a horizontal direction; a cowling that covers the engine; and a control unit divided into an engine control unit including a first controller including a semiconductor device and a power supply control unit configured or programmed to communicate with the engine control unit and including a second controller including a semiconductor device; wherein one of the engine control unit and the power supply control unit is mounted on a first side surface of the engine, characterized in that the other of the engine control unit and the power supply control unit is mounted on an upper surface of the engine. an engine including a cylinder configured to reciprocate in a horizontal direction; a cowling that covers the engine; and a control unit divided into an engine control unit including a first controller including a semiconductor device and a power supply control unit configured or programmed to communicate with the engine control unit and including a second controller including a semiconductor device; wherein one of the engine control unit and the power supply control unit is mounted on a first side surface of the engine, characterized in that the other of the engine control unit and the power supply control unit is mounted on an upper surface of the engine.
A metal ion capacitor comprising: - a negative electrode which comprises a hard carbon, - a positive electrode which comprises an activated carbon and a sacrificial salt mixed with a conducting carbon to obtain a carbon coating on the salt, and - a separator positioned between the two electrodes; wherein the sacrificial salt is selected from the group consisting of squarate, oxalate, ketomalonate and di-ketosuccinate or a combination thereof. - a negative electrode which comprises a hard carbon, - a positive electrode which comprises an activated carbon and a sacrificial salt mixed with a conducting carbon to obtain a carbon coating on the salt, and - a separator positioned between the two electrodes; wherein the sacrificial salt is selected from the group consisting of squarate, oxalate, ketomalonate and di-ketosuccinate or a combination thereof.
A tissue reinforcement material (1601, 1700, 1801, 1901, 2401, 2411, 2503) releasably retained on a portion of a surgical stapler end effector (1602, 1902) for delivery to tissue upon deployment of staples, the tissue reinforcement material comprising a plurality of fibers (1603, 1701, 1804) having an arrangement configured to compress and seal around a fastener component (1802, 1907, 2505) inserted therethrough, wherein the arrangement is a loop structure.
A test sensor for determining an analyte concentration in a biological fluid, the test sensor comprising: a strip including a fluid-receiving area and a port-insertion region; one or more biosensor contacts (122a, 122b) disposed in the port-insertion region, wherein the one or more biosensor contacts are configured to allow a transfer of electrical signals upon insertion of the port-insertion region into the receiving port of a corresponding analyte meter; a first row of optically transparent and non-transparent positions forming a calibration code pattern disposed within a first area of the port-insertion region; and a second row of optically transparent and non-transparent positions forming a synchronization code pattern disposed within a second area of the port-insertion region, the second area being different from the first area such that the one or more biosensor contacts (122a, 122b) are disposed between the first area and the second area, wherein the synchronization code pattern and the calibration code pattern are configured to cause a series of corresponding code signals to be generated during optical reading when the port-insertion region is being inserted into a receiving port of the analyte meter, such that the synchronization pattern acts as a clocking system for respective positions of the corresponding optically transparent and non-transparent portions of the calibration coding pattern. a strip including a fluid-receiving area and a port-insertion region; one or more biosensor contacts (122a, 122b) disposed in the port-insertion region, wherein the one or more biosensor contacts are configured to allow a transfer of electrical signals upon insertion of the port-insertion region into the receiving port of a corresponding analyte meter; a first row of optically transparent and non-transparent positions forming a calibration code pattern disposed within a first area of the port-insertion region; and a second row of optically transparent and non-transparent positions forming a synchronization code pattern disposed within a second area of the port-insertion region, the second area being different from the first area such that the one or more biosensor contacts (122a, 122b) are disposed between the first area and the second area, wherein the synchronization code pattern and the calibration code pattern are configured to cause a series of corresponding code signals to be generated during optical reading when the port-insertion region is being inserted into a receiving port of the analyte meter, such that the synchronization pattern acts as a clocking system for respective positions of the corresponding optically transparent and non-transparent portions of the calibration coding pattern.
A tubular battery for mounting on a valve stem, the tubular battery comprising: (a) an outer casing; the tubular battery being characterized in that it further comprises: (b) an axial through bore, such that at least a portion of the valve stem passes through said axial through bore. (a) an outer casing; (b) an axial through bore, such that at least a portion of the valve stem passes through said axial through bore.
A stent, comprising: a stent body having: a circumference; and struts disposed helically about said circumference, each of said struts having a strut length; and a ratio of a number of said struts around said circumference to said strut length being greater than 800 per inch (one inch is 25.4 mm). a stent body having: a circumference; and struts disposed helically about said circumference, each of said struts having a strut length; and a circumference; and struts disposed helically about said circumference, each of said struts having a strut length; and a ratio of a number of said struts around said circumference to said strut length being greater than 800 per inch (one inch is 25.4 mm).
A shutter, the shutter comprises: a shutter base provided with an exposure opening; a shutter mechanism including a blade assembly and a synchronizer ring for driving the blade assembly, the synchronizer ring being movable between a first position and a second position, and the exposure opening being open when the synchronizer ring is in the first position and closed when the synchronizer ring is in the second position; and a braking member for decelerating the shutter mechanism, wherein the braking member includes a braking ring, the braking ring being configured to decelerate the shutter mechanism by limiting a position of the synchronizer ring, characterized in that the braking ring is provided with a plurality of limiting slots along the circumferential direction thereof, and wherein the plurality of limiting slots are distributed in the braking ring at equal intervals. a shutter base provided with an exposure opening; a shutter mechanism including a blade assembly and a synchronizer ring for driving the blade assembly, the synchronizer ring being movable between a first position and a second position, and the exposure opening being open when the synchronizer ring is in the first position and closed when the synchronizer ring is in the second position; and a braking member for decelerating the shutter mechanism, wherein the braking member includes a braking ring, the braking ring being configured to decelerate the shutter mechanism by limiting a position of the synchronizer ring, characterized in that the braking ring is provided with a plurality of limiting slots along the circumferential direction thereof, and wherein the plurality of limiting slots are distributed in the braking ring at equal intervals.
A computer implemented method for determining a configuration of a medical robotic arm, wherein the configuration comprises a pose of the robotic arm and a position of a base of the robotic arm, comprising the steps of: - providing a database which associates diseases to be treated with corresponding positions or regions within a patient's body; - providing a model which describes the robotic arm in terms of possible joint positions; - acquiring patient position data representing the position of a patient to be treated; - acquiring treatment information data representing information about the treatment to be performed by use of the robotic arm, wherein the treatment information data comprises information regarding a disease to be treated; - retrieving, from the database, a position or region within the patient's body corresponding to the disease to be treated; and - calculating the configuration from the treatment information data, the patient position data and said model which describes the robotic arm, such that the robotic arm can reach corresponding positions or regions within the patient's body associated with the disease to be treated. - providing a database which associates diseases to be treated with corresponding positions or regions within a patient's body; - providing a model which describes the robotic arm in terms of possible joint positions; - acquiring patient position data representing the position of a patient to be treated; - acquiring treatment information data representing information about the treatment to be performed by use of the robotic arm, wherein the treatment information data comprises information regarding a disease to be treated; - retrieving, from the database, a position or region within the patient's body corresponding to the disease to be treated; and - calculating the configuration from the treatment information data, the patient position data and said model which describes the robotic arm, such that the robotic arm can reach corresponding positions or regions within the patient's body associated with the disease to be treated.