mhurhangee/ep-ind-claims huggingface dataset:
Home automation installation comprising: - a shutter (51, 52), and - a shutter manoeuvring device comprising at least one electrical actuator (11, 21) and a means (12, 22) for linking the shutter to the electrical actuator, the electrical actuator comprising a power supply means, an electric motor and a reducing gear having a reduction ratio and disposed between the electric motor and the link means, an output stage of the reducing gear being subjected to a maximum torque (CMAX) transmitted by the link means when the shutter is subjected to a wind, whose wind speed reaches a maximum wind speed (VMAX) of 30 m/s, - a means for remotely controlling the manoeuvring device, characterized in that the maximum driving torque of the electric motor powered by the power supply means is less than half the maximum torque (CMAX), even less than a quarter of the maximum torque (CMAX), divided by the reduction ratio, in that the actuator comprises a manual declutching means situated between the electric motor and an output stage of the reducing gear, in that the manoeuvring device comprises a wind detection means (30a, 34-36), in that the manoeuvring device comprises a signalling means (30b, 38, 40, 41, 43) that can be activated by the wind detection means and in that the manoeuvring device comprises a control unit capable of setting the shutter to a safety position with respect to the effects of the wind, a first safety position being the open position of the shutter, another safety position being the closed position of the shutter, the choice of going to one safety position rather than the other depending on the analysis of at least one internal parameter of the actuator. - a shutter (51, 52), and - a shutter manoeuvring device comprising at least one electrical actuator (11, 21) and a means (12, 22) for linking the shutter to the electrical actuator, the electrical actuator comprising a power supply means, an electric motor and a reducing gear having a reduction ratio and disposed between the electric motor and the link means, an output stage of the reducing gear being subjected to a maximum torque (CMAX) transmitted by the link means when the shutter is subjected to a wind, whose wind speed reaches a maximum wind speed (VMAX) of 30 m/s, - a means for remotely controlling the manoeuvring device,
A system for electrically stimulating a tibial nerve to treat incontinence in a subject, comprising: an electrode array including a plurality of surface electrodes (20, 22, 120, 122) on a substrate, the electrode array configured to be attached to skin of the subject's body; an implant configured to be disposed in the subject's body, the implant including a passive electrical conductor configured to be in electrical communication with a first surface electrode (20, 120) from the plurality of surface electrodes and a second surface electrode (22, 122) from the plurality of surface electrodes when the passive electrical conductor is implanted, the passive electrical conductor including a pick-up portion including a first electrical termination (30, 135) configured to pick-up at least a portion of an electrical current flowing, in use, between the first surface electrode and the second surface electrode; a delivery portion including at least a second electrical termination (30, 135) configured to deliver the portion of electrical current to the tibial nerve to stimulate the tibial nerve; and an insulated body portion disposed between the pick-up portion and the delivery portion. an electrode array including a plurality of surface electrodes (20, 22, 120, 122) on a substrate, the electrode array configured to be attached to skin of the subject's body; an implant configured to be disposed in the subject's body, the implant including a passive electrical conductor configured to be in electrical communication with a first surface electrode (20, 120) from the plurality of surface electrodes and a second surface electrode (22, 122) from the plurality of surface electrodes when the passive electrical conductor is implanted, the passive electrical conductor including a pick-up portion including a first electrical termination (30, 135) configured to pick-up at least a portion of an electrical current flowing, in use, between the first surface electrode and the second surface electrode; a delivery portion including at least a second electrical termination (30, 135) configured to deliver the portion of electrical current to the tibial nerve to stimulate the tibial nerve; and an insulated body portion disposed between the pick-up portion and the delivery portion. a pick-up portion including a first electrical termination (30, 135) configured to pick-up at least a portion of an electrical current flowing, in use, between the first surface electrode and the second surface electrode; a delivery portion including at least a second electrical termination (30, 135) configured to deliver the portion of electrical current to the tibial nerve to stimulate the tibial nerve; and an insulated body portion disposed between the pick-up portion and the delivery portion.
Method for connecting a first component to a second component, wherein - a fastening dome made of hardenable material is applied to the first component, - the fastening dome hardens on the first component, and - a connecting element is passed through the second component, the first component and at least partially through the fastening dome, characterized in that the first component and the second component are flat and lie on each other and the material of the fastening dome has a stability of form so that the fastening dome realizes the form of a dome, i.e. an elevation, and maintains it until the material hardens. - a fastening dome made of hardenable material is applied to the first component, - the fastening dome hardens on the first component, and - a connecting element is passed through the second component, the first component and at least partially through the fastening dome, characterized in that the first component and the second component are flat and lie on each other and the material of the fastening dome has a stability of form so that the fastening dome realizes the form of a dome, i.e. an elevation, and maintains it until the material hardens.
A method for thawing an evaporator of a heat pump device, in particular an air-water heat pump device, wherein at or immediately after a characteristic point in time, in particular after completing a thawing process, a temperature T L,0 of an air stream passing the evaporator and a coolant temperature T K,0 at an evaporator outlet are determined and stored, wherein a temperature difference ΔT 0 of the temperature T L,0 of the air stream passing the evaporator and the coolant temperature T K,0 is determined and stored, and wherein a thawing process is triggered when a current temperature difference ΔT akt of the temperature T L,0 and a current coolant temperature T K,akt at an evaporator outlet exceeds the sum of the temperature difference ΔT 0 and a constant (Y, A, B), wherein at or immediately after shutting-off a compressor of the heat pump and/or after completing heat requirement, for example by a heater and/or tap water, the current temperature difference ΔT akt is determined, with a thawing process being triggered when the current temperature difference ΔT akt exceeds the sum of the temperature difference ΔT 0 and a constant (Y, A, B).
A method of detecting impacts on a materials handling vehicle, comprising: receiving a g-force signal generated by an accelerometer mounted to the materials handling vehicle; comparing the received g-force signal to a selectable g-force limit threshold value; monitoring a speed of the materials handling vehicle based upon information from a speed sensor by periodically measuring a velocity of the materials handling vehicle; characterized in that the method further comprises: determining a gross vehicle weight of the materials handling vehicle; determining an acceleration from the monitored speed of the materials handling vehicle using at least two velocity measurements; calculating an impulse signal based upon the gross vehicle weight and the acceleration; comparing the impulse signal to a selectable impulse signal limit; and generating an impact signal where the received g-force signal exceeds the g-force limit threshold value and the impulse signal exceeds the impulse signal limit within a predetermined time period of each other. receiving a g-force signal generated by an accelerometer mounted to the materials handling vehicle; comparing the received g-force signal to a selectable g-force limit threshold value; monitoring a speed of the materials handling vehicle based upon information from a speed sensor by periodically measuring a velocity of the materials handling vehicle; characterized in that the method further comprises: determining a gross vehicle weight of the materials handling vehicle; determining an acceleration from the monitored speed of the materials handling vehicle using at least two velocity measurements; calculating an impulse signal based upon the gross vehicle weight and the acceleration; comparing the impulse signal to a selectable impulse signal limit; and generating an impact signal where the received g-force signal exceeds the g-force limit threshold value and the impulse signal exceeds the impulse signal limit within a predetermined time period of each other. determining a gross vehicle weight of the materials handling vehicle; determining an acceleration from the monitored speed of the materials handling vehicle using at least two velocity measurements; calculating an impulse signal based upon the gross vehicle weight and the acceleration; comparing the impulse signal to a selectable impulse signal limit; and generating an impact signal where the received g-force signal exceeds the g-force limit threshold value and the impulse signal exceeds the impulse signal limit within a predetermined time period of each other.
A touch input method for controlling a portable terminal comprising a touch screen, and a sensor, the method comprising: detecting a touch input on one of a plurality of divided touch regions of the touch screen; detecting a tilted state of the portable terminal, using the sensor, when the touch input is detected; determining one of the plurality of divided touch regions as a touch reflection region in which a touch event is effective being reflected from another region in which the touch input is detected according to a direction of the tilt in the detected tilted state of the portable terminal; and processing the touch event generated from the region in which the touch input is detected as the touch event reflected in the determined touch reflection region. detecting a touch input on one of a plurality of divided touch regions of the touch screen; detecting a tilted state of the portable terminal, using the sensor, when the touch input is detected; determining one of the plurality of divided touch regions as a touch reflection region in which a touch event is effective being reflected from another region in which the touch input is detected according to a direction of the tilt in the detected tilted state of the portable terminal; and processing the touch event generated from the region in which the touch input is detected as the touch event reflected in the determined touch reflection region.
A method for forming an interconnect structure, comprising the steps of: a) forming a recessed structure in a dielectric material on a substrate; b) at least partially filling said recessed structure with a metal chosen from the group consisting of copper, nickel and cobalt, or combinations thereof; c) introducing the substrate in a CVD reactor; d) bringing the substrate in the CVD reactor to a soak temperature and subsequently performing a soak treatment by supplying a germanium precursor gas to the CVD reactor at the soak temperature, thereby substantially completely converting the metal in the recessed structure to a germanide. a) forming a recessed structure in a dielectric material on a substrate; b) at least partially filling said recessed structure with a metal chosen from the group consisting of copper, nickel and cobalt, or combinations thereof; c) introducing the substrate in a CVD reactor; d) bringing the substrate in the CVD reactor to a soak temperature and subsequently performing a soak treatment by supplying a germanium precursor gas to the CVD reactor at the soak temperature, thereby substantially completely converting the metal in the recessed structure to a germanide.
A tape printing device capable of using long tape-like print media such as a label tape having a plurality of label areas as targets of printing arranged on a long support tape along the length of the support tape and such as a normal tape allowing printing at any position on a long tape-like image receiving medium, comprising: judgment means for judging whether the print medium currently used is label tape or normal tape; and feed cut control means for performing a feed cut operation of feeding the print medium and thereafter cutting the print medium, characterized in that the feed cut control means includes feeding distance control means for controlling feeding distance before the cutting in the feed cut operation depending on the judgment by the judgment means. judgment means for judging whether the print medium currently used is label tape or normal tape; and feed cut control means for performing a feed cut operation of feeding the print medium and thereafter cutting the print medium, characterized in that the feed cut control means includes feeding distance control means for controlling feeding distance before the cutting in the feed cut operation depending on the judgment by the judgment means.
A system comprising: one or more processors; and one or more non-transitory computer-readable media storing executable instructions, which, when executed by the one or more processors, configure the one or more processors to perform operations comprising: receiving a plurality of chunks of data of a data object; compressing the plurality of chunks of data to obtain a plurality of compressed chunks; determining whether the plurality of compressed chunks together are less than a first threshold size; based on determining the plurality of compressed chunks together are less than the first threshold size, adding, to respective entries in a map data structure, respective sizes of the plurality of compressed chunks;compacting the map data structure by adding values in at least two of the respective entries; and storing the plurality of compressed chunks and the compacted map data structure, wherein the map data structure is generated and maintained to associate compressed and uncompressed positions in the data by correlating positions in the original uncompressed data object with the compressed chunks. one or more processors; and one or more non-transitory computer-readable media storing executable instructions, which, when executed by the one or more processors, configure the one or more processors to perform operations comprising: receiving a plurality of chunks of data of a data object; compressing the plurality of chunks of data to obtain a plurality of compressed chunks; determining whether the plurality of compressed chunks together are less than a first threshold size; based on determining the plurality of compressed chunks together are less than the first threshold size, adding, to respective entries in a map data structure, respective sizes of the plurality of compressed chunks;compacting the map data structure by adding values in at least two of the respective entries; and storing the plurality of compressed chunks and the compacted map data structure, wherein the map data structure is generated and maintained to associate compressed and uncompressed positions in the data by correlating positions in the original uncompressed data object with the compressed chunks. receiving a plurality of chunks of data of a data object; compressing the plurality of chunks of data to obtain a plurality of compressed chunks; determining whether the plurality of compressed chunks together are less than a first threshold size; based on determining the plurality of compressed chunks together are less than the first threshold size, adding, to respective entries in a map data structure, respective sizes of the plurality of compressed chunks;compacting the map data structure by adding values in at least two of the respective entries; and storing the plurality of compressed chunks and the compacted map data structure, wherein the map data structure is generated and maintained to associate compressed and uncompressed positions in the data by correlating positions in the original uncompressed data object with the compressed chunks.
A context-retention controller to operate within a wireless access network, the context-retention controller arranged to: assign a context identifier to a mobile device at network entry for context retention; maintain context for the mobile device after disconnection from the wireless access network; and identify the mobile device by the assigned context identifier for retrieval of the context at network reentry of the mobile device; wherein the context-retention controller is to maintain the context for the mobile device when the mobile device is disconnected unintentionally from the wireless access network or when the mobile device disconnects intentionally from the wireless access network, and wherein disconnection from the wireless access network triggers the context-retention controller to retain context; wherein the context-retention controller is further configured to: receive a disconnection and context-retention request from a base station to trigger entry into a context-retention mode, the base station to generate the disconnection and context-retention request upon an indication of a disconnection of the mobile device from the wireless access network; and respond to the base station to acknowledge, ACK, entry into the context-retention mode for the mobile device. assign a context identifier to a mobile device at network entry for context retention; maintain context for the mobile device after disconnection from the wireless access network; and identify the mobile device by the assigned context identifier for retrieval of the context at network reentry of the mobile device; wherein the context-retention controller is to maintain the context for the mobile device when the mobile device is disconnected unintentionally from the wireless access network or when the mobile device disconnects intentionally from the wireless access network, and wherein disconnection from the wireless access network triggers the context-retention controller to retain context; receive a disconnection and context-retention request from a base station to trigger entry into a context-retention mode, the base station to generate the disconnection and context-retention request upon an indication of a disconnection of the mobile device from the wireless access network; and respond to the base station to acknowledge, ACK, entry into the context-retention mode for the mobile device.
A compound barb medical device which comprises an elongated body including a plurality of barbs formed along at least a portion of a length thereof, characterized in that at least one of said barbs defines an inner surface including an arcuate first portion which extends away from elongated body at a first radius r2, an arcuate second portion which extends from the first portion at a second radius r3, an arcuate third portion which extends from the second portion at a third radius r4, and an arcuate fourth portion which extends from the third portion at a fourth radius r5; wherein said inner surface includes a point of inflection between each arcuate portion.
Hand-held observation device, comprising • at least a first optical observation channel configured for observations defining a first observation optical axis by receiving and imaging optical light rays onto an image plane, in particular the light rays being within the visible wavelength range for optical observations by the eye of an observer, • a gyro sensor unit configured for recording gyro sensor data giving indication about hand-jitter during observation, • a laser range finding unit configured for determining the distance along a LRF axis between the observation device and a target, the laser range finding unit comprising a laser transmission channel and a laser receiver channel, in particular wherein the laser transmission and the laser receiver channels are overlapping away from the device and thus defining the LRF axis, and • the laser transmission channel and/or the laser receiver channel being coupled into the first observation channel, characterized in that the first observation channel comprises a first opto-mechanical stabilization unit configured for actively and equally stabilizing, during an observation, the first observation optical axis and the LRF axis by compensating for hand-jitter during the observation, the first opto-mechanical stabilization unit being adapted for continuously adjusting and setting a lateral position of at least one lens of the objective optical system of the first optical observation channel, in a way automatically controlled by an electronic processing and control unit, which is configured to read and process the gyro sensor data, in a way wherein the adjusting of the lateral position of the at least one lens equally stabilizes the first observation optical axis and the LRF axis in one go. • at least a first optical observation channel configured for observations defining a first observation optical axis by receiving and imaging optical light rays onto an image plane, in particular the light rays being within the visible wavelength range for optical observations by the eye of an observer, • a gyro sensor unit configured for recording gyro sensor data giving indication about hand-jitter during observation, • a laser range finding unit configured for determining the distance along a LRF axis between the observation device and a target, the laser range finding unit comprising a laser transmission channel and a laser receiver channel, in particular wherein the laser transmission and the laser receiver channels are overlapping away from the device and thus defining the LRF axis, and • the laser transmission channel and/or the laser receiver channel being coupled into the first observation channel,