mhurhangee/ep-ind-claims huggingface dataset:
Water-hardening dental cement comprising an acid-reactive powder, a polyprotic acid, water and dispersed polymer particles, characterized in that the polymer particles are polyurethane particles.
A piece of garment comprising at least one electrode connected by a cable to a control unit, said cable having an outer electrically insulating structure and said electrode being arranged in such a way that at least one muscle of a user wearing the piece of garment is stimulated when the electrode generates an electrical pulse commanded by the control unit, characterized in that: - the electrode comprises an electrically conductive layer made of conductive material, and an electrically conductive gel layer arranged on top of the electrically conductive layer, and - the cable further comprises: ▪ conductive elastic fibres comprising in turn an elastic structure covered with a conductor layer in electrical contact with the electrically conductive layer of the electrode. - the electrode comprises an electrically conductive layer made of conductive material, and an electrically conductive gel layer arranged on top of the electrically conductive layer, and - the cable further comprises: ▪ conductive elastic fibres comprising in turn an elastic structure covered with a conductor layer in electrical contact with the electrically conductive layer of the electrode. ▪ conductive elastic fibres comprising in turn an elastic structure covered with a conductor layer in electrical contact with the electrically conductive layer of the electrode.
Current-sensing resistor for measuring an electric current, having a) a first connection part made of an electrically conductive conductor material, in particular for introducing the electric current to be measured into the current-sensing resistor, b) a second connection part made of an electrically conductive conductor material, in particular for carrying away the electrical current to be measured from the current-sensing resistor, c) a resistor element made of a resistor material, the resistor element being arranged in a main current flow direction between the first connection part and the second connection part, so that the current to be measured flows through the resistor element, d) a first voltage measurement contact at the first connection part for measuring the voltage at the first connection part, e) a second voltage measurement contact at the second connection part for voltage measurement at the second connection part, and f) a first cut in the second connection part, the first cut surrounding the second voltage measurement contact and preventing current flow across the first cut, characterized in g) that a third voltage measurement contact is arranged at the second connection part for measuring the voltage at the second connection part, and h) that the third voltage measurement contact at the second connection part is arranged offset with respect to the main current flow direction transversely to the second voltage measurement contact at the second connection part. a) a first connection part made of an electrically conductive conductor material, in particular for introducing the electric current to be measured into the current-sensing resistor, b) a second connection part made of an electrically conductive conductor material, in particular for carrying away the electrical current to be measured from the current-sensing resistor, c) a resistor element made of a resistor material, the resistor element being arranged in a main current flow direction between the first connection part and the second connection part, so that the current to be measured flows through the resistor element, d) a first voltage measurement contact at the first connection part for measuring the voltage at the first connection part, e) a second voltage measurement contact at the second connection part for voltage measurement at the second connection part, and f) a first cut in the second connection part, the first cut surrounding the second voltage measurement contact and preventing current flow across the first cut, characterized in g) that a third voltage measurement contact is arranged at the second connection part for measuring the voltage at the second connection part, and h) that the third voltage measurement contact at the second connection part is arranged offset with respect to the main current flow direction transversely to the second voltage measurement contact at the second connection part.
A method of identifying whether a protein target and a compound of interest bind to one another, the method comprising, in order, the steps of: i) exposing the protein target to the compound of interest for a time sufficient to allow binding of the compound of interest to the protein target; ii) contacting the protein target with a chemical denaturing agent to produce a denaturing mixture; iii) assaying the products of the denaturing mixture to determine the proportion of the protein target in its folded state and/or the proportion of protein in its denatured state; wherein a change in the proportion of protein in its folded state and/or the proportion of protein in its denatured state as compared to a suitable control indicates that the protein target and compound of interest bind to one another, and wherein step ii) of the method is conducted at a substantially constant temperature; wherein steps ii) and iii) are conducted in the same vessel; and wherein the chemical denaturing agent comprises at least one of: an acid; an alcohol; and a ketone. i) exposing the protein target to the compound of interest for a time sufficient to allow binding of the compound of interest to the protein target; ii) contacting the protein target with a chemical denaturing agent to produce a denaturing mixture; iii) assaying the products of the denaturing mixture to determine the proportion of the protein target in its folded state and/or the proportion of protein in its denatured state;
Position measuring device, comprising - a scale which comprises a plurality of code tracks (1a, 1b, 1c) which are arranged in succession along a measurement direction (x) and have an identical absolute code, wherein a respective code track (1a, 1b, 1c) is formed by a pseudorandom code which has the same sequence of code elements (11, 12) arranged in succession along the measurement direction (x) and which is embodied for scanning according to the photoelectric scanning principle; - a photoelectric scanning unit for scanning; - an additional code which is embodied as an absolute code, the scanning of which renders determinable which of the code tracks (1a, 1b, 1c) is currently captured by the associated photoelectric scanning unit, characterized in that the code tracks (1a, 1b, 1c) and the additional code overlap one another such that a straight line extending perpendicular to the respective measurement area intersects both the respective code track (1a, 1b, 1c) and the additional code and the additional code is embodied for scanning according to the magnetic, inductive or capacitive scanning principle, and in that the additional code is embodied in such a way that the code state of the additional code changes at least once along each code track (1a, 1b, 1c) such that, using this, the one end (p i =0) of a respective code track (1a, 1b, 1c) may be distinguished from the other end (p i =n-1) in the measurement direction (x). - a scale which comprises a plurality of code tracks (1a, 1b, 1c) which are arranged in succession along a measurement direction (x) and have an identical absolute code, wherein a respective code track (1a, 1b, 1c) is formed by a pseudorandom code which has the same sequence of code elements (11, 12) arranged in succession along the measurement direction (x) and which is embodied for scanning according to the photoelectric scanning principle; - a photoelectric scanning unit for scanning; - an additional code which is embodied as an absolute code, the scanning of which renders determinable which of the code tracks (1a, 1b, 1c) is currently captured by the associated photoelectric scanning unit,
Thick matter pump, in particular for the delivery of concrete with a pump hose which is arranged in a hose track and which can be compressed for pumping delivery medium from a first connector to a second connector by way of at least one device (76, 76') which is received on a rotor which can be rotated about a rotor axis for squeezing the pump hose against the hose track at a squeeze point (98, 98') which is displaced on the pump hose during rotation of the rotor, characterized in that the at least one device (76, 76') for squeezing the pump hose comprises a squeeze roller group (78, 78') with a plurality of squeeze rollers (80, 82, 84, 80', 82', 84') which together squeeze the pump hose at the at least one squeeze point (98, 98').
A guiding assembly for guiding a moving glass tube strand or glass rod strand having a cross-section that is different from a circular cross-section, particularly having an oval cross-section, wherein the glass tube strand or glass rod strand is moved in its longitudinal direction but does not rotate about its longitudinal axis, comprising a plurality of support and guide members that are arranged one after the other, if viewed in the direction of movement of the glass tube strand or glass rod strand, such that the moving glass tube strand or glass rod strand is directly supported thereon and guided by them, characterized in that said support and guide members are disposed tilted in said direction of movement so that the moving glass tube strand or glass rod strand is directly supported on edges of the support and guide members.
A fastening system for line elements, such as cables, hoses or pipes, in particular for wind turbines, comprising at least one line receiver with an opening provided for the insertion of at least one line element, and comprising a pressing device that can be attached at the opening of the respective line receiver in a functional position, that has a spring-loaded, moveable pusher part that, in the functional position, exerts a holding force upon line elements inserted into the respective line receiver, a releaseable locking device being provided which, in the functional position, enables locking by positive locking engagement between the pressing device and the line receiver, characterised in that the pressing device has a base body on which the presser part is displaceably guided and on which a locking body of the locking device is moveably disposed for movements between an effective locking position and an ineffective release position.
Ground anchor assembly for stabilizing a dike, comprising a ground anchor, a counter member and an elongate tensile member, connecting the ground anchor and the counter member, wherein said tensile member is provided between the ground anchor and the counter member with a pressure distributing member, characterized in that the pressure distributing member is slideably mounted around the tensile member, and wherein the pressure distributing member is arranged to prevent earth flow in a direction (a) perpendicular to a length direction of the tensile member, wherein the pressure distributing member is elongated and extends along the tensile member over at least 10 % of its length, preferably over at least 30 % of its length, and wherein the pressure distributing member comprise a bladed structure.
A method for manufacturing a stretch sheet in which a nonwoven fabric conveyed in a continuous state is drawn in a conveyance direction by teeth (51t, 52t) formed on an outer circumferential surface of a pair of rotating rollers (51, 52) by passing the nonwoven fabric through a gap between the rotating rollers meshing with each of the teeth, comprising: a joining step of joining a first end of the nonwoven fabric in the conveyance direction and a second end of the other nonwoven fabric in the conveyance direction through a joint portion, wherein the joint portion is arranged intermittently in a cross direction that crosses the conveyance direction, wherein the joint portion is joined by a double-sided tape or an adhesive (61, 63), and a length of the joint portion in the conveyance direction is longer than the drawing pitch of the teeth (51t, 52t) in the conveyance direction. a joining step of joining a first end of the nonwoven fabric in the conveyance direction and a second end of the other nonwoven fabric in the conveyance direction through a joint portion, wherein the joint portion is arranged intermittently in a cross direction that crosses the conveyance direction, wherein the joint portion is joined by a double-sided tape or an adhesive (61, 63), and a length of the joint portion in the conveyance direction is longer than the drawing pitch of the teeth (51t, 52t) in the conveyance direction.
A system for transferring driving control of a moving vehicle from a first driver station to a second driver station, said system comprising a transmission control module for checking active transmission shutdown faults, wherein said transmission control module provides requirements to complete the transfer, and wherein said transmission control module disables the first driver station and enables the second driver station after the requirements are satisfied, characterized in that the system comprises a platform manager to confirm that parking brake settings are the same at the first driver station and the second driver station; and wherein the platform manager communicates with the transmission control module to initiate the transfer, and wherein each of the first driver station and second driver station comprise manual controls for steering, braking, gear selection and acceleration, wherein upon the transfer of driving control the primary station's controls for steering, acceleration and gear selection are disabled and the control for braking remain functional. characterized in that the system comprises a platform manager to confirm that parking brake settings are the same at the first driver station and the second driver station; and wherein the platform manager communicates with the transmission control module to initiate the transfer, and wherein each of the first driver station and second driver station comprise manual controls for steering, braking, gear selection and acceleration, wherein upon the transfer of driving control the primary station's controls for steering, acceleration and gear selection are disabled and the control for braking remain functional.
A lighting system comprising light sources and a remote control device configured for wireless operation for controlling said light sources, said remote control device comprising: a transceiver configured to communicate with said light sources of said lighting system, said light sources adapted to each provide a lamp signal to said remote control device with identifying information unique to each different one of said light sources; a sensor configured to determine a location of said remote control device in relation to said lighting system from the lamp signals received by the transceiver; and a controller configured to control at least one lighting attribute of a nearest light source in accordance with said location, characterized in that each lamp signal from a light source further comprises a location of said light source; and said controller is further configured to determine, based on said location of said remote control device and the locations of said light sources, the nearest light source of said lighting system relative to said location of said remote control device. a transceiver configured to communicate with said light sources of said lighting system, said light sources adapted to each provide a lamp signal to said remote control device with identifying information unique to each different one of said light sources; a sensor configured to determine a location of said remote control device in relation to said lighting system from the lamp signals received by the transceiver; and a controller configured to control at least one lighting attribute of a nearest light source in accordance with said location,
Device for handling individual sausages, comprising - a sorting device comprising a conveyor belt which circulates in an approximately triangular geometry, has cleats or driver rails and on which the sausages, which are loosely charged on an ascending strand of the conveyor belt, are individually distributed into the cleats or driver rails, - a revolving first conveying device which accepts the sorted sausages and has individual cleats or driver rails, wherein in each case an individual cleat or a driver rail receives a sausage, - a grouping device in which the sausages transported thereto by the first conveying device are combined into groups, - a second conveying device having receiving portions which receive the sausages in each case of a group and into which the sausages are transferred, lying next to one another, from the grouping device, - a transfer device comprising a gripper device for gripping a sausage group and transferring and depositing the sausage group into a receiving container. - a sorting device comprising a conveyor belt which circulates in an approximately triangular geometry, has cleats or driver rails and on which the sausages, which are loosely charged on an ascending strand of the conveyor belt, are individually distributed into the cleats or driver rails, - a revolving first conveying device which accepts the sorted sausages and has individual cleats or driver rails, wherein in each case an individual cleat or a driver rail receives a sausage, - a grouping device in which the sausages transported thereto by the first conveying device are combined into groups, - a second conveying device having receiving portions which receive the sausages in each case of a group and into which the sausages are transferred, lying next to one another, from the grouping device, - a transfer device comprising a gripper device for gripping a sausage group and transferring and depositing the sausage group into a receiving container.
Method for configuring an automation system, wherein the automation system comprises as components at least one sensor and a data processing apparatus, wherein the method comprises: - automatically determining a quality metric of at least the sensor of the automation system on the basis of a simulation of the automation system and reference information, and - determining a configuration of the components (21, 22) on the basis of the quality metric. - automatically determining a quality metric of at least the sensor of the automation system on the basis of a simulation of the automation system and reference information, and - determining a configuration of the components (21, 22) on the basis of the quality metric.
An apparatus comprising: a firmware memory configured to store firmware; a cache memory configured to load from the firmware memory at least part of the firmware for execution by a processor; and a firmware checking engine configured to access the cache memory and the firmware memory, the firmware checking engine having a defined syndrome storage location storing a known initial value, the firmware checking engine being further configured to perform the following operations iteratively on a plurality of cache line entries associated with said at least part of the firmware stored in the cache memory: A) choose a cache line entry from said plurality of cache line entries; B) verify that an address mapped in the cache line entry maps to an address in the firmware memory, and producing a firmware mapping result; and C) when said cache line entry is locked and said firmware mapping result indicates that an address mapped in the cache line entry maps to an address in the firmware memory, compare a content of said cache line entry to a content of a corresponding address in the firmware stored in the firmware memory, and produce an integrity result indicating whether integrity of the apparatus has been compromised. a firmware memory configured to store firmware; a cache memory configured to load from the firmware memory at least part of the firmware for execution by a processor; and a firmware checking engine configured to access the cache memory and the firmware memory, the firmware checking engine having a defined syndrome storage location storing a known initial value, the firmware checking engine being further configured to perform the following operations iteratively on a plurality of cache line entries associated with said at least part of the firmware stored in the cache memory: A) choose a cache line entry from said plurality of cache line entries; B) verify that an address mapped in the cache line entry maps to an address in the firmware memory, and producing a firmware mapping result; and C) when said cache line entry is locked and said firmware mapping result indicates that an address mapped in the cache line entry maps to an address in the firmware memory, compare a content of said cache line entry to a content of a corresponding address in the firmware stored in the firmware memory, and produce an integrity result indicating whether integrity of the apparatus has been compromised. A) choose a cache line entry from said plurality of cache line entries; B) verify that an address mapped in the cache line entry maps to an address in the firmware memory, and producing a firmware mapping result; and C) when said cache line entry is locked and said firmware mapping result indicates that an address mapped in the cache line entry maps to an address in the firmware memory, compare a content of said cache line entry to a content of a corresponding address in the firmware stored in the firmware memory, and produce an integrity result indicating whether integrity of the apparatus has been compromised.
A sleeve for glass tube molding by the Danner process comprising: a sleeve shaft including a through-hole; and a refractory cylindrical body inserted coaxially with the sleeve shaft around the sleeve shaft, wherein a superior rust-resistant material having rust resistance superior to that of the sleeve shaft is provided to cover a part or whole of an inner surface of the through-hole of the sleeve shaft and to cover a tip of the sleeve shaft, wherein the superior rust-resistant material is provided to form a pipe member having a flange at one end, and the flange covers the tip of the sleeve shaft while the part or whole of the inner surface of the through-hole of the sleeve shaft is covered by inserting the pipe member into the through-hole of the sleeve shaft. a sleeve shaft including a through-hole; and a refractory cylindrical body inserted coaxially with the sleeve shaft around the sleeve shaft, wherein a superior rust-resistant material having rust resistance superior to that of the sleeve shaft is provided to cover a part or whole of an inner surface of the through-hole of the sleeve shaft and to cover a tip of the sleeve shaft, wherein the superior rust-resistant material is provided to form a pipe member having a flange at one end, and the flange covers the tip of the sleeve shaft while the part or whole of the inner surface of the through-hole of the sleeve shaft is covered by inserting the pipe member into the through-hole of the sleeve shaft.