mhurhangee/ep-ind-claims huggingface dataset:
A motor device provided with an output shaft configured to be rotated by a rotation shaft, the motor device comprising: a housing including an opening that is opened in an axial direction of the output shaft; a connector storage unit provided in the housing and configured to store a connector member to which an external connector is connected; a cover configured to block the opening; an exposure hole provided in the cover and configured to expose a connector connecting unit of the connector member to which the external connector is connected to outside; a first securing unit provided in the periphery of the exposure hole in the cover; a second securing unit provided in a periphery of the cover other than the periphery of the exposure hole in the cover; and a positioning unit (7 Id) provided at a portion of the cover at which the first securing unit is configured to abut on the connector member and position the connector member with respect to the connector storage unit, and the positioning unit has a width in a radial direction of the exposure hole wider than a width of the first securing unit in the radial direction of the exposure hole, wherein the motor device is characterized in that the cover is made of a resin, the positioning unit is provided with a weld line and the first and second securing units (71b, 72b) are secured to the housing through laser welding. a housing including an opening that is opened in an axial direction of the output shaft; a connector storage unit provided in the housing and configured to store a connector member to which an external connector is connected; a cover configured to block the opening; an exposure hole provided in the cover and configured to expose a connector connecting unit of the connector member to which the external connector is connected to outside; a first securing unit provided in the periphery of the exposure hole in the cover; a second securing unit provided in a periphery of the cover other than the periphery of the exposure hole in the cover; and a positioning unit (7 Id) provided at a portion of the cover at which the first securing unit is configured to abut on the connector member and position the connector member with respect to the connector storage unit, and the positioning unit has a width in a radial direction of the exposure hole wider than a width of the first securing unit in the radial direction of the exposure hole, wherein the motor device is characterized in that the cover is made of a resin, the positioning unit is provided with a weld line and the first and second securing units (71b, 72b) are secured to the housing through laser welding.
A handover method performed by a target base station for supporting terminal mobility, the handover is performed as an X2 interface handover between base stations, the method comprising: receiving, from a source base station, a handover request message including information of a local-gateway, L-GW, for the source base station; determining, based on the handover request message, whether the target base station is available to access the L-GW for the source base station; if it is determined that the target base station is not available to access the L-GW for the source base station, transmitting, to the source base station, a response message for indicating a failure of the handover; and if it is determined that the target base station is available to access the L-GW for the source base station, transmitting, to a mobile management entity, MME, a path switch request message. receiving, from a source base station, a handover request message including information of a local-gateway, L-GW, for the source base station; determining, based on the handover request message, whether the target base station is available to access the L-GW for the source base station; if it is determined that the target base station is not available to access the L-GW for the source base station, transmitting, to the source base station, a response message for indicating a failure of the handover; and if it is determined that the target base station is available to access the L-GW for the source base station, transmitting, to a mobile management entity, MME, a path switch request message.
Method for setting an anchor element comprising the method steps of - inserting an anchor element into a borehole in a material, wherein the anchor element protrudes from the borehole with a protrusion section (A U), - anchoring the anchor element in the borehole, characterized by - cutting the protrusion section (A U) to length, - attaching a protective cap to the cut-to-length protrusion section (A U '), -- wherein the protective cap is attached by means of an adhesive material, -- wherein a cut surface of the anchor element produced during cutting to length is covered by the protective cap and the adhesive material. - inserting an anchor element into a borehole in a material, wherein the anchor element protrudes from the borehole with a protrusion section (A U), - anchoring the anchor element in the borehole, characterized by - cutting the protrusion section (A U) to length, - attaching a protective cap to the cut-to-length protrusion section (A U '), -- wherein the protective cap is attached by means of an adhesive material, -- wherein a cut surface of the anchor element produced during cutting to length is covered by the protective cap and the adhesive material. -- wherein the protective cap is attached by means of an adhesive material, -- wherein a cut surface of the anchor element produced during cutting to length is covered by the protective cap and the adhesive material.
A medical device having a heater with at least one heating element (HT1, HT2) that is acted on with mains voltage by a heating control and having a temperature sensor, wherein the heating control comprises a monitoring arrangement (313, 314) and a switching arrangement (311, 312), wherein the monitoring arrangement can recognize the zero points of the mains voltage and the switching arrangement can switch at least one heating element on or off at the zero point, characterized in that the heating control controls the power of the heater by the switching on and off of one or more half-cycles of the AC mains voltage, with the ratio of the number of half-cycles with a heating element switched on to the number of half-cycles with the heating element switched off being set in dependence on a signal of the temperature sensor.
Planar sensor unit for force and/or pressure sensor systems, having first and second isolating carrier films (1, 2) arranged one above the other and carrying first and second conductor path patterns (3, 4) on their surfaces facing each other, between which elastically deformable distance elements (5, 6, 7) are arranged, which are designed for elastically biassing the carrier films (1,2), and by exerting a force essentially directed under a right angle to the plane of the carrier films (1, 2) onto at least one of the carrier films (1, 2), a contact between the first and second conductor path patterns (3, 4) can be established, wherein at least one of the first and second conductor path patterns (3, 4) is subdivided by the first distance elements into a plurality of contact areas, in which, when force is exerted onto at least one of the films, a contact between the conductor path patterns (3, 4) of the first and second carrier films (1, 2) can be established, wherein the conductor path patterns (3, 4) are at least in part formed by resistive coatings having a predetermined electrical surface resistance, and wherein the first and second conductor path patterns (3, 4) include connections (10, 17, 18, 19, 20) for connecting to an evaluation circuit, outputting an output signal depending on the position and/or number of the first resistance values established by exerting force onto and compressing the first distance elements, characterized in that at least on one of the conductor paths facing each other, a number of second distance elements is arranged which have a lower mechanical resistance force against compression than the first distance elements (5, 6), and are arranged at a distance from one another.
Recycling process for recycling granulated metallic materials containing surface impurities, characterized in that it combines a subprocess 1 and a subprocess 2, where the contaminating material is partially removed in subprocess 1 by means of heating the starting material to a temperature less than or equal to 300°C in a controlled oxidizing atmosphere; and the material is heated to 400-550°C in an inert atmosphere in subprocess 2 and the remaining residues of contaminating material are removed by a combined thermal-mechanical action.
A user device for transmitting and receiving data to and from an infrastructure equipment via a wireless access interface, the user device configured to receive an indication from the infrastructure equipment of a location and duration of each of a plurality of temporal response windows for receiving response messages, the response messages being received in response to access request messages and the location and duration of each of the plurality of temporal response windows having been determined by the infrastructure equipment, to transmit an access request message for requesting access to the wireless access interface to the infrastructure equipment, and to receive a response message in response to the access request message from the infrastructure equipment, wherein the user device is configured to receive the response message in one of the plurality of temporal response windows, the plurality of temporal response windows being separated in time by response gaps.
Method for determining a concentration of a constituent of a fluid mixture in a fluid space, comprising: - emission of an ultrasound pulse into the fluid mixture by means of an ultrasonic transducer, - reception of a reflection of the ultrasound pulse as a measurement signal after the ultrasound pulse has been reflected at at least two impedance discontinuities (105; 106), - reception of the reflection after the ultrasound pulse has been reflected alternately at least 11 times in total at the at least two impedance discontinuities (105; 106), wherein the reflection was reflected for amplification at a sound reflector, and the ultrasonic transducer and the sound reflector are arranged on opposite walls of the fluid space, and - determination of the concentration of the constituent of the fluid mixture as a function of the measurement signal. - emission of an ultrasound pulse into the fluid mixture by means of an ultrasonic transducer, - reception of a reflection of the ultrasound pulse as a measurement signal after the ultrasound pulse has been reflected at at least two impedance discontinuities (105; 106), - reception of the reflection after the ultrasound pulse has been reflected alternately at least 11 times in total at the at least two impedance discontinuities (105; 106), wherein the reflection was reflected for amplification at a sound reflector, and the ultrasonic transducer and the sound reflector are arranged on opposite walls of the fluid space, and - determination of the concentration of the constituent of the fluid mixture as a function of the measurement signal.
A composition consisting of two active ingredients: -2-octenal and nonanal, wherein the amount of -2-octenal is equal to or greater than the amount of nonanal, with respect to the fractional or multiple amount of each present in the standard of natural volatiles, wherein the standard of natural volatiles comprises the chemicals shown below: Chemical name Amount ng/ul Relative amount Hexanal 14.61 21.77 Heptanal 4.92 7.33 Benzaldehyde 4.84 7.21 -1-Octen-3-ol 25.95 38.67 Octanal 73.42 109.40 3-Carene 28.03 41.76 β-Phellandrene 28.98 43.18 -2-octenal 102.23 152.32 (3 E,5 E)-Octadien-2-one 43.35 64.59 Unknown 1 n/a n/a Nonanal 266.15 396.56 Unknown 2 n/a n/a -2-Nonenal 67.68 100.84 2-Decanone 19.47 29.01 Decanal 60.63 90.34 Dodecane 36.17 53.89 Nonanoic acid 33.07 49.27 2-(2-Butoxyethoxy) acetate ethanol 63.26 94.26 -2-Undecenal 16.74 24.94 -(-)-Germacrene D 0.67 1.00 Unknown 3 n/a n/a
Dosing module for injecting a reduction agent, in particular a urea-water solution, into an exhaust pipe of an internal combustion engine, in particular of a self-ignition internal combustion engine, to reduce nitrogen oxides in the exhaust stream, wherein the dosing module has a main cooling element, through which a cooling fluid flows for cooling an injection valve for the reduction agent, characterized in that an additional cooling element, through which the cooling fluid likewise passes and which is set up for cooling in the region of an electrical plug connection and of an electromagnet for actuating the injection valve, is mounted on the main cooling element, wherein a guide insert for the cooling fluid is arranged in the main cooling element.
A system for delivering a prosthetic heart valve, the system comprising: a catheter, the catheter comprising: a tip; a capsule adjacent the tip; an inner sheath adjacent the capsule; the inner sheath being disposed along a longitudinal axis; an outer sheath disposed along the longitudinal axis and connected to a handle; and the handle further comprising an actuator; wherein the inner sheath comprises projections distal the handle, wherein the actuator is configured to actuate the outer sheath, wherein the capsule is configured to receive a prosthetic heart valve, wherein the outer sheath is configured to move along the longitudinal axis to expose the projections, wherein the projections are configured to open outward from the longitudinal axis; wherein each projection comprises an arm portion and a feeler portion, the feeler portion having a proximal and distal end wherein the feeler portion comprises a curved end on the distal most end; and wherein the feeler portion further comprises a notch or an indentation. a tip; a capsule adjacent the tip; an inner sheath adjacent the capsule; the inner sheath being disposed along a longitudinal axis; an outer sheath disposed along the longitudinal axis and connected to a handle; and the handle further comprising an actuator; wherein the inner sheath comprises projections distal the handle, wherein the actuator is configured to actuate the outer sheath, wherein the capsule is configured to receive a prosthetic heart valve, wherein the outer sheath is configured to move along the longitudinal axis to expose the projections, wherein the projections are configured to open outward from the longitudinal axis; wherein each projection comprises an arm portion and a feeler portion, the feeler portion having a proximal and distal end wherein the feeler portion comprises a curved end on the distal most end; and wherein the feeler portion further comprises a notch or an indentation.
A landing gear casing of an aircraft comprising at least one hatch movably mounted between a closed position of the casing and an open position, the hatch being hinged using an opening and closing system, between the closed position in which said hatch allows at least partially the closing of the gear casing and ensures an at least partial continuity with an outer wall of the aircraft, and the open position in which the hatch opens the gear casing and is displaced according to a substantially longitudinal direction of said aircraft, the casing being characterized in that said opening and closing system comprises: - at least one proximal guide rod having a first end pivotally attached, about a transverse direction of the aircraft, to the hatch and a second end pivotally attached, about a transverse direction of the aircraft, to an inner fixed structure of the gear casing, - at least one distal guide rod having a first end pivotally attached, about a transverse direction of the aircraft, to the hatch and a second end pivotally attached, about a transverse direction of the aircraft, to an inner fixed structure of the gear casing, - the proximal guide rod and the distal guide rod being arranged so as to form a hinge of the deformable parallelogram type, - at least one drive rod and having a first end attached in a hinged manner to the hatch and a second end able to be attached in a hinged manner to a landing gear strut. - at least one proximal guide rod having a first end pivotally attached, about a transverse direction of the aircraft, to the hatch and a second end pivotally attached, about a transverse direction of the aircraft, to an inner fixed structure of the gear casing, - at least one distal guide rod having a first end pivotally attached, about a transverse direction of the aircraft, to the hatch and a second end pivotally attached, about a transverse direction of the aircraft, to an inner fixed structure of the gear casing, - the proximal guide rod and the distal guide rod being arranged so as to form a hinge of the deformable parallelogram type, - at least one drive rod and having a first end attached in a hinged manner to the hatch and a second end able to be attached in a hinged manner to a landing gear strut.
Laser system comprising an ophthalmological laser apparatus and an interface device which is coupleable to the laser apparatus and has an applanation element comprising a front surface and a back surface, wherein the laser apparatus comprises: - optics that are adapted to focus the laser beam, which has a predefined shape, through the applanation element at a focus point, characterised in that the laser apparatus further comprises: - a detection element that is adapted to detect a superimposed image of a spurious reflection, which is reflected from the front surface, with a standard reflection, which is reflected from the back surface, and - a processor that is adapted to numerically filter out the spurious reflection from the superimposed image to produce a filtered image being essentially identical to the standard reflection, and determine a depth of the focus point of the laser beam based on the filtered image. - optics that are adapted to focus the laser beam, which has a predefined shape, through the applanation element at a focus point, characterised in that the laser apparatus further comprises: - a detection element that is adapted to detect a superimposed image of a spurious reflection, which is reflected from the front surface, with a standard reflection, which is reflected from the back surface, and - a detection element that is adapted to detect a superimposed image of a spurious reflection, which is reflected from the front surface, with a standard reflection, which is reflected from the back surface, and - a processor that is adapted to numerically filter out the spurious reflection from the superimposed image to produce a filtered image being essentially identical to the standard reflection, and determine a depth of the focus point of the laser beam based on the filtered image.
Device for converting a fuel comprising solid components, called solid fuel, to a gaseous fuel, said device comprising a pyrolysis zone and a combustion zone provided with combustion means (31, 32, 33), separate from the pyrolysis zone and surrounded by said pyrolysis zone, a passageway between the pyrolysis zone and the combustion zone and means for circulating gas, characterized in that the device comprises means for feeding solid fuel into said pyrolysis zone, said pyrolysis zone comprising pyrolysis means able to decompose said solid fuel to a pyrolysis gas and to a solid pyrolysis residue called coke, in that the combustion zone is arranged with the means for feeding solid fuel and the pyrolysis zone so that the solid fuel is not in direct contact with the oxidizer intended to be injected into the combustion zone, and in that the means for circulating gas are arranged to cause said pyrolysis gas to circulate via said passageway from said pyrolysis zone as far as into the combustion zone.
A method for wireless communications, comprising: transmitting, from a first device to a second device configured to use a first beam configuration for communicating between the first device and the second device, a first aperiodic reference signal, RS, associated with a second beam configuration for communicating between the first device and the second device; monitoring for at least one of an expiration of a timer associated with an update to the second beam configuration or a confirmation message from the second device indicating that the first aperiodic RS was received at the second device; communicating with the second device according to the first beam configuration prior to the expiration of the timer or receiving the confirmation message; and communicating with the second device according to the second beam configuration based at least in part on the monitoring. transmitting, from a first device to a second device configured to use a first beam configuration for communicating between the first device and the second device, a first aperiodic reference signal, RS, associated with a second beam configuration for communicating between the first device and the second device; monitoring for at least one of an expiration of a timer associated with an update to the second beam configuration or a confirmation message from the second device indicating that the first aperiodic RS was received at the second device; communicating with the second device according to the first beam configuration prior to the expiration of the timer or receiving the confirmation message; and communicating with the second device according to the second beam configuration based at least in part on the monitoring.
An OH radical measurement device, comprising: an accommodation unit configured to accommodate an OH radical detection probe including an aromatic carboxylic acid, a polar aprotic organic solvent, and a polar protic organic solvent; a gas supply unit configured to supply a gas to be measured into the accommodation unit; and a concentration conversion unit configured to convert a concentration of an OH radical in the gas to be measured based on a concentration of a reaction product of the aromatic carboxylic acid and the OH radical in the OH radical detection probe after being brought into contact with the gas to be measured. an accommodation unit configured to accommodate an OH radical detection probe including an aromatic carboxylic acid, a polar aprotic organic solvent, and a polar protic organic solvent; a gas supply unit configured to supply a gas to be measured into the accommodation unit; and a concentration conversion unit configured to convert a concentration of an OH radical in the gas to be measured based on a concentration of a reaction product of the aromatic carboxylic acid and the OH radical in the OH radical detection probe after being brought into contact with the gas to be measured.