mhurhangee/ep-ind-claims huggingface dataset:
A terminal arrangement of a rope of an elevator comprising an end section of a rope; a rope terminal body whereto the end section of the rope is immovably fixed; an elongated anchoring rod having a first end and a second end, the first end being in connection with the rope terminal body; a fixing base (5, 6); a support member in connection with the fixing base (5, 6); a helical spring having a first end and a second end, and a hollow central space, the first end being supported against the support member, the anchoring rod being positioned to extend inside the hollow central space of the helical spring, the second end of the anchoring rod being coupled with the second end of the spring, and the helical spring is arranged be compressed by pull of the elongated anchoring rod towards the support member and to elastically resist pull of the elongated anchoring rod towards the support member, characterized in that the anchoring arrangement comprises an elongated isolating sleeve for isolating the elongated anchoring rod and the helical spring from each other, which isolating sleeve is made of elastomer and positioned in the central space of the helical spring, and the elongated anchoring rod is positioned inside the isolating sleeve, the isolating sleeve surrounding the elongated anchoring rod and extending between the elongated anchoring rod and the helical spring most of the length of the helical spring.
Circuit breaker for DC interruption, in particular of an on-board electrical system (12, 16) of a vehicle, with a main current path, which has a switch, and with a reed relay for detecting an electric current flow via the main current path, the switch being coupled to the reed relay, which is electrically connected in series with an electric coil of the switch, characterized in that the switch has an armature arranged within the electrical coil and is coupled to an auxiliary drive, and that the auxiliary drive is connected to the armature by means of a flexible connecting element, so that it is possible to exert a force in only one direction by means of the auxiliary drive, for which reason the armature can also be switched without actuating the auxiliary drive.
A method for constructing a medical assembly, said method comprising: placing a stent over a balloon of a catheter assembly; forming a releasable connection between the stent and a catheter body such that when the balloon is enlarged to an expanded configuration, the stent is detached from the catheter body, wherein the step of forming a releasable connection comprises: depositing an adhesive material on an outer surface of the catheter assembly or an inner surface of the stent, the adhesive material being of the type that allows for the detachment of the stent from the catheter assembly when the balloon is enlarged to an expanded configuration; applying pressure to the stent to allow the adhesive material to form the releasable connection; and applying heat to assist the pressure to form the releasable connection formed by the adhesive material, and wherein the releasable connection is formed only between the stent and the catheter body in a region that is outside of the region of the balloon such that there is no connection between the balloon and the stent. placing a stent over a balloon of a catheter assembly; forming a releasable connection between the stent and a catheter body such that when the balloon is enlarged to an expanded configuration, the stent is detached from the catheter body, wherein the step of forming a releasable connection comprises: depositing an adhesive material on an outer surface of the catheter assembly or an inner surface of the stent, the adhesive material being of the type that allows for the detachment of the stent from the catheter assembly when the balloon is enlarged to an expanded configuration; applying pressure to the stent to allow the adhesive material to form the releasable connection; and applying heat to assist the pressure to form the releasable connection formed by the adhesive material, and wherein the releasable connection is formed only between the stent and the catheter body in a region that is outside of the region of the balloon such that there is no connection between the balloon and the stent. depositing an adhesive material on an outer surface of the catheter assembly or an inner surface of the stent, the adhesive material being of the type that allows for the detachment of the stent from the catheter assembly when the balloon is enlarged to an expanded configuration; applying pressure to the stent to allow the adhesive material to form the releasable connection; and applying heat to assist the pressure to form the releasable connection formed by the adhesive material, and wherein the releasable connection is formed only between the stent and the catheter body in a region that is outside of the region of the balloon such that there is no connection between the balloon and the stent.
A controller for a vehicle comprising a continuous track for vehicle propulsion, wherein the controller is configured to: process (i) a speed value indicative of a speed at which the vehicle is being driven; and (ii) a time value indicative of a period of time for which the vehicle has been driven at that speed; determine an overheating parameter value based on the speed value and the time value; compare the overheating parameter value with a threshold value, wherein the threshold value is representative of undesirable operation for the continuous track; and generate an output signal for the vehicle in accordance with a result of the comparison of the overheating parameter value with the threshold value. process (i) a speed value indicative of a speed at which the vehicle is being driven; and (ii) a time value indicative of a period of time for which the vehicle has been driven at that speed; determine an overheating parameter value based on the speed value and the time value; compare the overheating parameter value with a threshold value, wherein the threshold value is representative of undesirable operation for the continuous track; and generate an output signal for the vehicle in accordance with a result of the comparison of the overheating parameter value with the threshold value.
An electrosurgical apparatus comprising: a microwave feed line for carrying microwave electromagnetic energy having a frequency from an electrosurgical generator; an instrument cable for insertion into a patient's body to a treatment site, the instrument cable comprising: a coaxial transmission line for conveying the microwave EM energy, and an internal passageway for providing access to the treatment site; and a junction arranged to transfer the microwave EM energy between a distal end of the microwave feed line and a proximal end of the instrument cable, wherein the microwave feed line has a first impedance at the frequency of the microwave EM energy, wherein the instrument cable has a second impedance at the frequency of the microwave EM energy, the second impedance being lower than the first impedance, and wherein the junction comprises: a microstrip impedance transformer arranged to match the first impedance and the second impedance, and a hollow conduit in fluid communication with the internal passageway. a microwave feed line for carrying microwave electromagnetic energy having a frequency from an electrosurgical generator; an instrument cable for insertion into a patient's body to a treatment site, the instrument cable comprising: a coaxial transmission line for conveying the microwave EM energy, and an internal passageway for providing access to the treatment site; and a coaxial transmission line for conveying the microwave EM energy, and an internal passageway for providing access to the treatment site; and a junction arranged to transfer the microwave EM energy between a distal end of the microwave feed line and a proximal end of the instrument cable, wherein the microwave feed line has a first impedance at the frequency of the microwave EM energy, wherein the instrument cable has a second impedance at the frequency of the microwave EM energy, the second impedance being lower than the first impedance, and wherein the junction comprises: a microstrip impedance transformer arranged to match the first impedance and the second impedance, and a hollow conduit in fluid communication with the internal passageway. a microstrip impedance transformer arranged to match the first impedance and the second impedance, and a hollow conduit in fluid communication with the internal passageway.
A putty knife with a metal blade, a flat fixing profile and a handle placed in a connector, wherein the connector is a detachable connection with an adjustable angle between the handle and the fixing profile, in which the working blade is placed, wherein the connector is provided with a support, which is flat in the area of the connection with the flat fixing profile of the blade, wherein the support is connected with the fixing profile of the blade, using connecting elements, wherein the connector includes a socket (9.1) with an opening (10.1) for a further connecting element of the connector with the handle, while the handle is provided at the end with a socket (9.2) cooperating with the socket (9.1) of the connector via said further connecting element, wherein the sockets (9.1,9.2), are provided with complementary radial protrusions on cooperating contact surfaces of those sockets (9.1,9.2), wherein the radial protrusions have triangular cross-section at the contact surfaces of the sockets (9.1,9.2), characterised in that the support includes stiffening elements provided as ribs wherein the support is provided with an aperture for insertion of the flat fixing profile,
A system comprising: a wind turbine generator tower; a rigging mounted to an interior portion of the wind turbine generator tower, wherein the rigging is configured to be movable in a substantially vertical direction along the interior portion of the wind turbine generator tower; a drive mechanism mechanically connected to the rigging and mounted to an upper portion of the wind turbine generator tower, wherein the drive mechanism is operable to move the rigging in a substantially vertical direction; a lift mechanically connected to the rigging, wherein the movement of the drive mechanism is operable to actuate the lift to be raised or lowered in a substantially vertical direction along the interior portion of the wind turbine generator tower; a guide wire mounted to a lower portion of the wind turbine generator tower and mechanically connected to the lift; a tension system spring mechanically connected to the guide wire and mounted to the lower portion of the wind turbine generator tower, wherein the tension system spring is configured to maintain tension during movement of the lift or movement of the wind turbine generator tower; and a tension loss sensor connected to the guide wire, wherein the tension loss sensor is configured to detect by movement of the tension system spring. a wind turbine generator tower; a rigging mounted to an interior portion of the wind turbine generator tower, wherein the rigging is configured to be movable in a substantially vertical direction along the interior portion of the wind turbine generator tower; a drive mechanism mechanically connected to the rigging and mounted to an upper portion of the wind turbine generator tower, wherein the drive mechanism is operable to move the rigging in a substantially vertical direction; a lift mechanically connected to the rigging, wherein the movement of the drive mechanism is operable to actuate the lift to be raised or lowered in a substantially vertical direction along the interior portion of the wind turbine generator tower; a guide wire mounted to a lower portion of the wind turbine generator tower and mechanically connected to the lift; a tension system spring mechanically connected to the guide wire and mounted to the lower portion of the wind turbine generator tower, wherein the tension system spring is configured to maintain tension during movement of the lift or movement of the wind turbine generator tower; and a tension loss sensor connected to the guide wire, wherein the tension loss sensor is configured to detect by movement of the tension system spring.
A composition comprising retinoic acid and polyvinyl alcohol, characterized in that it contains 1-8% by weight of retinoic acid and 8-15% by weight of octyldodecyl octyldodecanoate with reference to the total weight of the composition.
Self-propelled road milling machine including a chassis and a milling drum housing mounted on the chassis of the machine, said milling drum housing including a side comprising a power take-off able to transmit the rotational motion from an engine, inside said milling drum housing being alternatively mountable a series of milling drums each of which being made of a single piece including cutting tools on its external surface, said milling machine comprising one milling drum of said series being mounted in an axially sliding way from the side opposed with respect to the side of said power take-off in order to allow the replacement of said milling drum, said milling drum comprising fastening elements radially protruding from an internal surface of the milling drum, the rotation of said milling drum being realized by means of a reduction gear, said reduction gear being mounted at the end of a hollow spacer placed between said reduction gear and said side including the power take-off, in said hollow spacer being present the transmission shaft transmitting the rotatory motion from said power take-off to said reduction gear, said reduction gear being supported on the side of the milling drum housing opposed with respect to the side of said power take-off by a support on the wall of said milling drum housing, and said hollow spacer rigidly connecting the wall of the milling drum housing corresponding to the side of said power take-off to a support flange of said reduction gear, characterised in that said reduction gear is connected to a spacer on its side facing away from said power take-off, said spacer engaging with a rotatable flange of said reduction gear, and said spacer being connected to said fastening elements of said milling drum and with said support on the wall of said milling drum housing opposed with respect to said power take-off side, said support including bearings, all being coordinated and structured in such a way that said support flange and said hollow spacer are static with respect to the rotary movement of said milling drum.
A hearing aid system comprising a first hearing aid adapted for being worn by a user at or in an ear and for obtaining an ambulatory electroencephalogram, EEG, comprising two or more for the purpose suitable electrodes in the surface of a hearing aid shell where it contacts the skin inside or outside the ear canal where in the hearing aid is adapted for processing an input sound and to provide an output stimulus according to a hearing impaired user's particular needs based on the EEG.
Aroma and/or fragrance compositions, encompassing (i) one or more 4-C 8 -C 12 alkyl pyridines, and (ii) one or more fragrances or aroma compounds. on condition that the total amount of 4-C 8 -C 12 -alkyl pyridines present in the composition ranges from 0.00001 to 0.0001 % b.w. - calculated on the total aroma or fragrance mixture. (i) one or more 4-C 8 -C 12 alkyl pyridines, and (ii) one or more fragrances or aroma compounds.
An ultrasound probe having a plurality of piezoelectric elements arranged in an array, the plurality of piezoelectric elements outputting reception signals obtained through transmission and reception of an ultrasonic beam to an ultrasound diagnostic apparatus body, the ultrasound probe comprising: a printed board on which a plurality of connection conductors are formed for connecting between a plurality of drawn-out signal lines drawn out from the plurality of piezoelectric elements and a plurality of communication cables connected to the ultrasound diagnostic apparatus body, respectively; connection-conductor insulation layers formed on the printed board; and a connection-conductor ground conductive layer formed on the printed board, characterized in that the connection-conductor insulation layers thoroughly surround respective peripheries of the plurality of connection conductors, the connection-conductor ground conductive layer thoroughly surrounds individual peripheries of the connection-conductor insulation layers, whereby the plurality of connection conductors are shielded from one another, a plurality of guide grooves are formed on a surface of the printed board and extend so as to correspond to the plurality of connection conductors, and the plurality of connection conductors thoroughly surrounded by the connection-conductor insulation layers and the connection-conductor ground conductive layer are respectively disposed in the guide grooves. a printed board on which a plurality of connection conductors are formed for connecting between a plurality of drawn-out signal lines drawn out from the plurality of piezoelectric elements and a plurality of communication cables connected to the ultrasound diagnostic apparatus body, respectively; connection-conductor insulation layers formed on the printed board; and a connection-conductor ground conductive layer formed on the printed board, characterized in that the connection-conductor insulation layers thoroughly surround respective peripheries of the plurality of connection conductors, the connection-conductor ground conductive layer thoroughly surrounds individual peripheries of the connection-conductor insulation layers, whereby the plurality of connection conductors are shielded from one another, a plurality of guide grooves are formed on a surface of the printed board and extend so as to correspond to the plurality of connection conductors, and the plurality of connection conductors thoroughly surrounded by the connection-conductor insulation layers and the connection-conductor ground conductive layer are respectively disposed in the guide grooves.
A push to connect fitting, comprising: a body member (72, 128) adapted to receive a conduit end, a conduit comprising a first end that can be axially inserted into said body member (72, 128) and a conduit gripping device (80, 122) attached to an exterior surface of said conduit, and a retainer (86, 136) that retains said conduit, with said attached conduit gripping device (80, 122), in place within said body member (72, 128) when said conduit, with said attached conduit gripping device (80, 122), is fully inserted into said body member, wherein the attached conduit gripping device (80, 122) comprises a metal conduit gripping device (80, 122) pre-swaged into radial compression against a generally cylindrical exterior surface of said conduit prior to insertion of the conduit into the body member, the push to connect fitting further comprising a load retaining sleeve (82, 126) that maintains compressive load on said conduit gripping device (80, 122) after said conduit gripping device (80, 122) has been attached to said exterior surface of said conduit, characterized in that the load retaining sleeve (82, 126) and the conduit gripping device (80, 122) are a cartridge assembly (78, 122) which is pre-swaged onto the conduit as to prevent or limit spring back of the pre-swaged conduit gripping device (80, 122). a body member (72, 128) adapted to receive a conduit end, a conduit comprising a first end that can be axially inserted into said body member (72, 128) and a conduit gripping device (80, 122) attached to an exterior surface of said conduit, and a retainer (86, 136) that retains said conduit, with said attached conduit gripping device (80, 122), in place within said body member (72, 128) when said conduit, with said attached conduit gripping device (80, 122), is fully inserted into said body member, wherein the attached conduit gripping device (80, 122) comprises a metal conduit gripping device (80, 122) pre-swaged into radial compression against a generally cylindrical exterior surface of said conduit prior to insertion of the conduit into the body member, the push to connect fitting further comprising a load retaining sleeve (82, 126) that maintains compressive load on said conduit gripping device (80, 122) after said conduit gripping device (80, 122) has been attached to said exterior surface of said conduit, characterized in that the load retaining sleeve (82, 126) and the conduit gripping device (80, 122) are a cartridge assembly (78, 122) which is pre-swaged onto the conduit as to prevent or limit spring back of the pre-swaged conduit gripping device (80, 122).
An abrasive article comprising a plurality of layers in the following order: a backing; an abrasive layer; a primer layer comprising clay particles, wherein the clay particles are agglomerated and form a layer; and a supersize coat comprising a metal salt of a long-chain fatty acid. a backing; an abrasive layer; a primer layer comprising clay particles, wherein the clay particles are agglomerated and form a layer; and a supersize coat comprising a metal salt of a long-chain fatty acid.
A heating module for heating solid matter, such as balls, to a determined temperature, said module being characterized in that it comprises: · a heating pot including a crucible for receiving the matter to be heated, and a burner for heating the crucible and the matter to be heated; and · a cover that is mounted in removable manner on the heating pot so as to close the crucible. · a heating pot including a crucible for receiving the matter to be heated, and a burner for heating the crucible and the matter to be heated; and · a cover that is mounted in removable manner on the heating pot so as to close the crucible.
A method for detecting safe and malicious data objects, comprising: selecting, by a processor, one or more data blocks in an object for malware analysis by searching for the one or more data blocks using a trained analysis model; performing, by the processor, a static analysis of the selected one or more data blocks to determine a set of features of said data blocks, wherein the set of features comprises a coefficient of harmfulness for each data block of the one or more data blocks; determining, by the processor, a degree of harmfulness of the object based on the set of features comprising the coefficient of harmfulness for each data block of the one or more data blocks and a detection model for detection of malicious objects, wherein the model has been trained by a method for machine learning on at least one safe object and one malicious object; recognizing, by the processor, the object is safe when the degree of harmfulness does not exceed a predetermined threshold of harmfulness; recognizing, by the processor, the object is malicious when the degree of harmfulness of the one or more data blocks exceeds the predetermined threshold of harmfulness; retraining the analysis model if the object is recognized as malicious. selecting, by a processor, one or more data blocks in an object for malware analysis by searching for the one or more data blocks using a trained analysis model; performing, by the processor, a static analysis of the selected one or more data blocks to determine a set of features of said data blocks, wherein the set of features comprises a coefficient of harmfulness for each data block of the one or more data blocks; determining, by the processor, a degree of harmfulness of the object based on the set of features comprising the coefficient of harmfulness for each data block of the one or more data blocks and a detection model for detection of malicious objects, wherein the model has been trained by a method for machine learning on at least one safe object and one malicious object; recognizing, by the processor, the object is safe when the degree of harmfulness does not exceed a predetermined threshold of harmfulness; recognizing, by the processor, the object is malicious when the degree of harmfulness of the one or more data blocks exceeds the predetermined threshold of harmfulness; retraining the analysis model if the object is recognized as malicious.