mhurhangee/ep-ind-claims huggingface dataset:
An assist apparatus for a vehicle leaving a parking space (Ps), comprising: an automatic leaving execution unit configured to execute automatic leaving by automatic travel control mode of the vehicle, and a switching control unit configured to switch driving of the vehicle from the automatic travel control mode to driver's driving operation mode, the assist apparatus further comprising: a state determining unit configured to determine a state of the vehicle; an automatic travel control determining unit configured to determine, according to a determination result of the state of the vehicle, whether or not to perform a predetermined automatic travel control before switching the driving of the vehicle from the automatic travel control mode to the driver's driving operation mode; and a release operation determining unit configured to determine input of a release operation for giving an instruction to stop the automatic travel control mode, wherein the automatic travel control determining unit makes determination based on the state of the vehicle when the release operation is inputted, characterized in that the state determining unit determines a leaving state of the vehicle from the parking space; and when a leaving degree of the vehicle from the parking space when the release operation is inputted is equal to or less than a first threshold value, the automatic travel control determining unit determines to perform a predetermined automatic travel control to brake the vehicle before switching the driving of the vehicle from the automatic travel control mode to the driver's driving operation mode. an automatic leaving execution unit configured to execute automatic leaving by automatic travel control mode of the vehicle, and a switching control unit configured to switch driving of the vehicle from the automatic travel control mode to driver's driving operation mode, the assist apparatus further a state determining unit configured to determine a state of the vehicle; an automatic travel control determining unit configured to determine, according to a determination result of the state of the vehicle, whether or not to perform a predetermined automatic travel control before switching the driving of the vehicle from the automatic travel control mode to the driver's driving operation mode; and a release operation determining unit configured to determine input of a release operation for giving an instruction to stop the automatic travel control mode, wherein the automatic travel control determining unit makes determination based on the state of the vehicle when the release operation is inputted, characterized in that the state determining unit determines a leaving state of the vehicle from the parking space; and when a leaving degree of the vehicle from the parking space when the release operation is inputted is equal to or less than a first threshold value, the automatic travel control determining unit determines to perform a predetermined automatic travel control to brake the vehicle before switching the driving of the vehicle from the automatic travel control mode to the driver's driving operation mode.
Device for checking the dimensions of a mechanical workpiece comprising an installable base body housing two induction coils (3a, 3b) arranged at a distance from each other and a moveable probe element mountable on the surface to be measured as well a measuring element equipped with two coil cores (9a, 9b) assigned to the induction coils (3a, 3b), characterised in that, the measuring element is configured as a guide extending over the two induction coils (3a, 3b) of the base body and supporting the two coil cores (9a, 9b), which is connected on one side to a leaf spring also extending over the base body and attached to the base body with the other end.
A fastening device for releasably fastening a front panel to a drawer, in particular to a drawer side wall, comprising: - at least one furniture fitting pre-mounted to the front panel - a catching device associated with the drawer, wherein the catching device has a moveable catching element which receives the furniture fitting when it is pushed in, and - a pull-in device which pulls the furniture fitting under a spring loading towards the drawer. characterised in that there are provided a control contour and a moveable control body for moving the catching element, wherein the control body and the control contour at least at times bear against each other under a spring loading, wherein the control body has a pressure roller which - acted upon by a spring - bears against the control contour. - at least one furniture fitting pre-mounted to the front panel - a catching device associated with the drawer, wherein the catching device has a moveable catching element which receives the furniture fitting when it is pushed in, and - a pull-in device which pulls the furniture fitting under a spring loading towards the drawer.
An antibacterial osseoconductive thin film coating for an implant for use in medicine and veterinary surgery, the thin film coating having in vivo antibacterial and bone formation promoting characteristics and providing these characteristics with a functionally graded chemical composition, the thin film coating comprising at least one antibacterial agent and at least one agent promoting bioresorption and bone formation, the thin film coating being an alloyed thin film coating comprising minimum three different metals, wherein the at least one agent promoting bioresorption and bone formation is magnesium.
An apparatus for applying a vibratory force to a limb of a user of the apparatus, the apparatus comprising: a foot plate to receive the foot of a user; a vibration system communicating with the foot plate to provide a vibration force to the foot within a first excursion range, the vibration force being along an actuation axis normal to a support surface of the foot plate; and a restoring element providing a restoring force to the foot plate over a second excursion range larger than the first excursion range, characterized in that: the restoring element is a weight having a center of gravity, the weight providing the restoring force dependent on when there is displacement of the foot plate from a neutral position through a rocking or pivoting of the foot plate. a foot plate to receive the foot of a user; a vibration system communicating with the foot plate to provide a vibration force to the foot within a first excursion range, the vibration force being along an actuation axis normal to a support surface of the foot plate; and a restoring element providing a restoring force to the foot plate over a second excursion range larger than the first excursion range, characterized in that: the restoring element is a weight having a center of gravity, the weight providing the restoring force dependent on when there is displacement of the foot plate from a neutral position through a rocking or pivoting of the foot plate.
Method for the in-vivo acquisition of fluorescence imaging of a tissue using an acquisition system comprising at least one optical fibre for exciting the tissue by scanning of an excitation laser beam, characterized in that said system is used for the detection of fluorescence signals emitted by Methylene Blue present in the tissue, and in that the power of the excitation laser beam is adapted so as not to reach the phototoxicity threshold of Methylene Blue and in that this power is less than or equal to 10 mW for one microsecond of illumination.
A method for synchronization, comprising the following steps executed by a first device, which is interconnected with a second device through an Antenna Interface Standards Group, AISG, interface and an AISG cable: sending a clock information acquiring request to the second device through the Antenna Interface Standards Group, AISG, interface and cable; receiving a clock signal from the second device through the, AISG, interface and cable, wherein the clock signal carries clock information; and performing synchronization according to the clock information, wherein the first device is a base station and the second device is an antenna line device, or the first device is an antenna line device and the second device is a base station, wherein the method further comprises the following steps executed by the first device: before the step of sending a clock information acquiring request to a second device through an AISG interface and cable, sending a clock source information query request to the second device through the AISG interface and cable; and receiving clock source information from the second device through the AISG interface and cable, wherein the clock source information is at least one of the following: time at which the clock signal reaches the first device, information about a connecting pin of the first device and the second device, period information, and information about whether a time packet is carried. sending a clock information acquiring request to the second device through the Antenna Interface Standards Group, AISG, interface and cable; receiving a clock signal from the second device through the, AISG, interface and cable, wherein the clock signal carries clock information; and performing synchronization according to the clock information, wherein the first device is a base station and the second device is an antenna line device, or the first device is an antenna line device and the second device is a base station, wherein the method further comprises the following steps executed by the first device: before the step of sending a clock information acquiring request to a second device through an AISG interface and cable, sending a clock source information query request to the second device through the AISG interface and cable; and receiving clock source information from the second device through the AISG interface and cable, wherein the clock source information is at least one of the following: time at which the clock signal reaches the first device, information about a connecting pin of the first device and the second device, period information, and information about whether a time packet is carried.
A communication system for authenticated communications between a second communication device, wherein the second communication device is a headset or hearing aid configured to receive the voice of the user, and a first communication device, wherein the first communication device is a base station, wherein the communication system comprises: - a first physical connection established between the first communication device and the second communication device prior to performing authentication between the first and second communication devices, wherein the first communication device is configured to transmit a first message from the first communication device over the first physical connection to the second communication device if the first communication device is connected to the second communication device and wherein the first physical connection is a wired charge interface between the first communication device and the second communication device, - a non-physical connection established between the first communication device and the second communication device, wherein the first communication device is configured to transmit a second message from the first communication device over the non-physical connection to the second communication device if the first communication device is connected to the second communication devices, wherein the second communication device is configured to compare the first message transmitted over the first physical connection to the second message transmitted over the non-physical connection based on a matching criteria, and if the comparison of the first message to the second message is determined by the second communication devices to fulfill the matching criteria then the second communication device transmits an acceptance to conduct authenticated communication with the first communication device. - a first physical connection established between the first communication device and the second communication device prior to performing authentication between the first and second communication devices, wherein the first communication device is configured to transmit a first message from the first communication device over the first physical connection to the second communication device if the first communication device is connected to the second communication device and wherein the first physical connection is a wired charge interface between the first communication device and the second communication device, - a non-physical connection established between the first communication device and the second communication device, wherein the first communication device is configured to transmit a second message from the first communication device over the non-physical connection to the second communication device if the first communication device is connected to the second communication devices,
A control circuit for reducing electromagnetic interference, comprising: a periodic signal generator, for adjusting a modulation periodic signal (VCLK) generated by the periodic signal generator, according to a feedback modulation signal; and a modulation controller, coupled to the periodic signal generator, for receiving the modulation periodic signal, and adjusting a frequency of the received modulation periodic signal according to a plurality of delay periods set according to a plurality of control signals, to generate the feedback modulation signal, characterized in that the modulation controller comprises: a control signal generator, for receiving the feedback modulation signal to generate the control signals according to the received feedback modulation signal; and a delay unit, coupled to the control signal generator, for receiving the modulation periodic signal, and according to the control signals, setting the delay periods used to adjust the frequency of the modulation periodic signal to generate the feedback modulation signal. a periodic signal generator, for adjusting a modulation periodic signal (VCLK) generated by the periodic signal generator, according to a feedback modulation signal; and a modulation controller, coupled to the periodic signal generator, for receiving the modulation periodic signal, and adjusting a frequency of the received modulation periodic signal according to a plurality of delay periods set according to a plurality of control signals, to generate the feedback modulation signal, characterized in that the modulation controller comprises: a control signal generator, for receiving the feedback modulation signal to generate the control signals according to the received feedback modulation signal; and a delay unit, coupled to the control signal generator, for receiving the modulation periodic signal, and according to the control signals, setting the delay periods used to adjust the frequency of the modulation periodic signal to generate the feedback modulation signal. a control signal generator, for receiving the feedback modulation signal to generate the control signals according to the received feedback modulation signal; and a delay unit, coupled to the control signal generator, for receiving the modulation periodic signal, and according to the control signals, setting the delay periods used to adjust the frequency of the modulation periodic signal to generate the feedback modulation signal.
A tape printing device that is vertically long and is able to be operated by being handheld, comprising: a main key operating portion that is configured with a plurality of groups of keys on a front surface of the tape printing device, wherein, among the plurality of groups of keys, a group of character keys having a higher frequency of operations than a group of cursor and execution keys and a group of function keys is disposed at a position nearer to a gravity center portion in a longitudinal direction of the tape printing device than the group of cursor and execution keys and the group of function keys, and the group of cursor and execution keys and a group of function keys having a lower frequency of operations than the group of character keys is disposed at a position more distant from the gravity center portion in the longitudinal direction of the tape printing device than the group of character keys wherein the tape printing device further comprises a cartridge mounting portion on which a tape cartridge is detachably mounted, characterized in that the tape printing device further comprises an opening/closing lid that opens and closes the cartridge mounting portion; a displaying portion that is provided in the opening/closing lid; and a sub-key operating portion that is provided in the opening/closing lid. a main key operating portion that is configured with a plurality of groups of keys on a front surface of the tape printing device, wherein, among the plurality of groups of keys, a group of character keys having a higher frequency of operations than a group of cursor and execution keys and a group of function keys is disposed at a position nearer to a gravity center portion in a longitudinal direction of the tape printing device than the group of cursor and execution keys and the group of function keys, and the group of cursor and execution keys and a group of function keys having a lower frequency of operations than the group of character keys is disposed at a position more distant from the gravity center portion in the longitudinal direction of the tape printing device than the group of character keys wherein the tape printing device further comprises a cartridge mounting portion on which a tape cartridge is detachably mounted, characterized in that the tape printing device further comprises an opening/closing lid that opens and closes the cartridge mounting portion; a displaying portion that is provided in the opening/closing lid; and a sub-key operating portion that is provided in the opening/closing lid.
A measuring system for the measurement of the level and density of a liquid in a container, comprising a sensor unit adapted to delivering a sensor signal which represents the liquid's level in the container, and a density measuring unit adapted to receiving said sensor signal which represents the liquid's level in the container, characterised in that the density measuring unit is adapted to analysing the frequency of the liquid surface variations as represented by the sensor signal's variations in frequency, where said analysis is conducted over a predetermined period of time and where the analysis of the frequency of the sensor signal is done by determining a frequency value over said predetermined measuring period and comparing the frequency value determined with one or more threshold levels which represent different density values, and using this analysis as a basis for determining the liquid's density, and delivering a density signal which represents the liquid's density.
A tennis ball comprising: a spherical hollow elastomeric core having; a specific gravity of less than 1; a thickness between 4.8 mm and 5.1 mm; an internal pressure of no greater than 34.5 kPa (5 psi); and, one or more ethylene copolymers, each having a specific gravity of less than or equal to 0.9; and, a textile layer covering the spherical hollow core. a spherical hollow elastomeric core having; a specific gravity of less than 1; a thickness between 4.8 mm and 5.1 mm; an internal pressure of no greater than 34.5 kPa (5 psi); and, one or more ethylene copolymers, each having a specific gravity of less than or equal to 0.9; and, a specific gravity of less than 1; a thickness between 4.8 mm and 5.1 mm; an internal pressure of no greater than 34.5 kPa (5 psi); and, one or more ethylene copolymers, each having a specific gravity of less than or equal to 0.9; and, a textile layer covering the spherical hollow core.
Shield for a protective helmet, wherein said shield includes a plate-shaped or foil-shaped body configured for association with a remaining portion of the protective helmet, wherein said plate-shaped or foil-shaped body includes two end portions (12, 14) each shaped to include a part of a rotation mechanism intended to cooperate with a corresponding part of the rotation mechanism associated with said remaining portion of the protective helmet so as to allow a rotation of the shield with respect to the remaining portion of the protective helmet and wherein said plate-shaped or foil-shaped body has an internal surface intended to face an internal area of the remaining portion of the helmet, characterised by said internal surface having a guide element having at least one conveying wall for conveying water arriving on said internal surface, and wherein said guide element is arranged at least in at least one or both said two end portions (12, 14) separate from said part of the rotation mechanism, and wherein said guide element is independent of said rotation mechanism. wherein said plate-shaped or foil-shaped body has an internal surface intended to face an internal area of the remaining portion of the helmet, characterised by said internal surface having a guide element having at least one conveying wall for conveying water arriving on said internal surface, and wherein said guide element is arranged at least in at least one or both said two end portions (12, 14) separate from said part of the rotation mechanism, and wherein said guide element is independent of said rotation mechanism.
An aircraft pylon for mounting to the underside of an aircraft wing projecting from a fuselage and for carrying an external payload suspended therefrom, the pylon comprising: • an attachment mechanism configured for facilitating mounting of the pylon to the aircraft wing; and • a carrying arrangement configured for carrying said payload and being pivotally articulated to said attachment mechanism, and comprising a housing defining an open-bottomed chamber therewithin and a payload release unit for suspension therefrom of said payload, the aircraft pylon being characterized in that the payload release unit being configured to shift between an operational position in which it at least partially projects downwardly out of the housing, and a storage position in which it is fully received within the chamber; said pylon being configured to pivot said carrying arrangement about a pylon axis between a vertical position in which it is suspended in a substantially vertical orientation and a tilted position in which it is tilted toward said fuselage, wherein the pylon is configured such that the carrying arrangement remains in its vertical position when the payload release unit is in its operational position, and to pivot about pylon axis to its tilted position when the payload release unit shifts to its storage position, wherein: an actuator is provided facilitating tilting of the carrying arrangement, and a controller configured to coordinate shifting of the carrying arrangement between its two positions and pivoting of the carrying arrangement between its two positions and/or the payload release unit comprises a mechanical arrangement such that it is configured to mechanically facilitate pivoting of the carrying arrangement from its vertical position to its tilted position, when shifting from its operational position to its storage position. • an attachment mechanism configured for facilitating mounting of the pylon to the aircraft wing; and • a carrying arrangement configured for carrying said payload and being pivotally articulated to said attachment mechanism, and comprising a housing defining an open-bottomed chamber therewithin and a payload release unit for suspension therefrom of said payload, the aircraft pylon being characterized in that the payload release unit being configured to shift between an operational position in which it at least partially projects downwardly out of the housing, and a storage position in which it is fully received within the chamber;