mhurhangee/ep-ind-claims huggingface dataset:
Device in the form of a planar component with at least one longitudinal axis for monitoring the spatial position of an object, comprising a power supply and an integrated circuit as well as a programmable acoustic module for reproducing at least one sound recording, and at least one control unit, by means of which activation and/or deactivation of the acoustic module can be effected, wherein the control unit comprises at least one sensor and/or at least one actuator which reacts to a change in inclination of the component with respect to the vertical (v) or with respect to the horizontal (h) by triggering the playback of the at least one sound recording, characterized in that the power supply is a metal-air battery. comprising a power supply and an integrated circuit as well as a programmable acoustic module for reproducing at least one sound recording, and at least one control unit, by means of which activation and/or deactivation of the acoustic module can be effected, wherein the control unit comprises at least one sensor and/or at least one actuator which reacts to a change in inclination of the component with respect to the vertical (v) or with respect to the horizontal (h) by triggering the playback of the at least one sound recording, characterized in that the power supply is a metal-air battery.
An opening restrictor comprising a body portion, a securing means and connecting means secured to the securing means and adapted to be releasably secured to the body portion, the body portion being provided with openings (25, 27) for receiving fasteners for securing the body portion to a frame of an opening and including releasable locking means for releasably securing the connecting means to the body portion, and the securing means being adapted to be secured to an opening member mounted to the frame between the opening member and means for controlling opening and closing of the opening member, whereby opening of the opening member is restricted when the connecting means is secured to the body portion and is unrestricted when the connecting means is released from the body portion, characterised in that the body portion is formed with a lateral opening dimensioned to receive a plug of the connecting means such that when the connecting means is secured to the body portion the plug extends across one of the openings.
A stent, comprising: a wire tube comprising a coil; and at least one pressure sensor in electrical contact with the wire tube, the pressure sensor including a diaphragm in communication with a reservoir of liquid, a channel in fluid communication with the reservoir of liquid, and at least one pair of electrodes disposed on radially opposite sides of the channel, wherein deflection of the diaphragm causes fluid to move from the reservoir into the channel. a wire tube comprising a coil; and at least one pressure sensor in electrical contact with the wire tube, the pressure sensor including a diaphragm in communication with a reservoir of liquid, a channel in fluid communication with the reservoir of liquid, and at least one pair of electrodes disposed on radially opposite sides of the channel, wherein deflection of the diaphragm causes fluid to move from the reservoir into the channel. a diaphragm in communication with a reservoir of liquid, a channel in fluid communication with the reservoir of liquid, and at least one pair of electrodes disposed on radially opposite sides of the channel, wherein deflection of the diaphragm causes fluid to move from the reservoir into the channel.
A method for selecting, from a plurality of available radiation diagrams, the radiation diagram of an antenna for serving a cell in a mobile-radio communication network, including the steps of: - classifying said plurality of available radiation diagrams in terms of a related radiation gain value associated to each sectors of a plurality of sectors in which each cell of said mobile-radio communication network is partitioned; - identifying (40, 50, 60) for each one of said sectors a plurality of variations of said radiation gain value associated to a plurality of variations of configuration of said available radiation diagrams; - estimating for each sector an initial value of a radio-coverage parameter within each sector; - estimating for each sector at least a desiderata value of variation of the related radiation gain value, said desiderata value being a function of said radio coverage parameter; characterized in that it includes the steps of: - attributing to said desiderata values different weighting factors for each of said sectors; - on the basis of said weighting factors, identifying sectors of the mobile-radio communication network in which performing the operation of selecting, in said plurality of variations of configuration of available radiation diagrams, at least one configuration that satisfies said desiderata value associated to the sector. - classifying said plurality of available radiation diagrams in terms of a related radiation gain value associated to each sectors of a plurality of sectors in which each cell of said mobile-radio communication network is partitioned; - identifying (40, 50, 60) for each one of said sectors a plurality of variations of said radiation gain value associated to a plurality of variations of configuration of said available radiation diagrams; - estimating for each sector an initial value of a radio-coverage parameter within each sector; - estimating for each sector at least a desiderata value of variation of the related radiation gain value, said desiderata value being a function of said radio coverage parameter; - attributing to said desiderata values different weighting factors for each of said sectors; - on the basis of said weighting factors, identifying sectors of the mobile-radio communication network in which performing the operation of selecting, in said plurality of variations of configuration of available radiation diagrams, at least one configuration that satisfies said desiderata value associated to the sector.
Freeze-drying device comprising: - an evaporation chamber comprising means (15, 16) of heating said evaporation chamber that are configured to sublimate the water contained in the frozen products intended to be placed in the evaporation chamber, - a condensing chamber communicating with said evaporation chamber, and comprising means (17, 18) of cooling said condensing chamber that are configured to transform the vapor coming from said evaporation chamber into ice, - a vacuum pump connected to said condensing chamber, - said evaporation chamber and said condensing chamber being mounted secured to one another around a rotatable axis, characterized in that the device further comprises: - a products inlet and outlet (1, 8) connected to the evaporation chamber by flexible connectors, the products inlet and outlet (1, 8) being mounted fixedly with respect to the evaporation chamber, and - a motor driving said axis on itself with the following back-and-forth movement: - a first movement driving said axis in a first direction of rotation with an angle of rotation (α1) between 5° and 90°; and - a second movement driving said axis in a second direction of rotation, opposite to the first angle of rotation, with an angle of rotation (α2) between -5° and -90°. - an evaporation chamber comprising means (15, 16) of heating said evaporation chamber that are configured to sublimate the water contained in the frozen products intended to be placed in the evaporation chamber, - a condensing chamber communicating with said evaporation chamber, and comprising means (17, 18) of cooling said condensing chamber that are configured to transform the vapor coming from said evaporation chamber into ice, - a vacuum pump connected to said condensing chamber, - said evaporation chamber and said condensing chamber being mounted secured to one another around a rotatable axis, characterized in that the device further comprises: - a products inlet and outlet (1, 8) connected to the evaporation chamber by flexible connectors, the products inlet and outlet (1, 8) being mounted fixedly with respect to the evaporation chamber, and - a motor driving said axis on itself with the following back-and-forth movement: - a first movement driving said axis in a first direction of rotation with an angle of rotation (α1) between 5° and 90°; and - a second movement driving said axis in a second direction of rotation, opposite to the first angle of rotation, with an angle of rotation (α2) between -5° and -90°. - a first movement driving said axis in a first direction of rotation with an angle of rotation (α1) between 5° and 90°; and - a second movement driving said axis in a second direction of rotation, opposite to the first angle of rotation, with an angle of rotation (α2) between -5° and -90°.
An elevator drop amusement ride system comprising: an elevator platform; a plurality of actuators carried by the elevator platform, wherein each of the plurality of actuators includes a support plate configured to connect with the elevator platform, at least one planetary gearbox engaged and driven by at least one electric servo motor, and a drive shaft driven by the servo motor and engaged with at least one crank; a plurality of connecting rods, each connecting rod having a proximal end engaged with the at least one crank of a corresponding one actuator; a passenger platform; a frame attached to the passenger platform, wherein a distal end of each connecting rod is engaged with the frame; and a control system operable with each electric servo motor of each actuator for operational control thereof and for providing a simulated motion in at least one vertical axis to the frame and thus to the passenger platform. an elevator platform; a plurality of actuators carried by the elevator platform, wherein each of the plurality of actuators includes a support plate configured to connect with the elevator platform, at least one planetary gearbox engaged and driven by at least one electric servo motor, and a drive shaft driven by the servo motor and engaged with at least one crank; a plurality of connecting rods, each connecting rod having a proximal end engaged with the at least one crank of a corresponding one actuator; a passenger platform; a frame attached to the passenger platform, wherein a distal end of each connecting rod is engaged with the frame; and a control system operable with each electric servo motor of each actuator for operational control thereof and for providing a simulated motion in at least one vertical axis to the frame and thus to the passenger platform.
An electronic device comprising: a hover sensor, wherein the hover sensor is a hover sensitive display which is able to detect x, y, z coordinates of an entity in a hover volume over the hover sensitive display; an orientation sensor configured to detect an orientation of the electronic device; and a hover pattern analyser configured to use data sensed by the hover sensor to recognize a hover pattern of one or more objects in a hover space extending from the hover sensor; one or more additional sensors; a processor configured to select an action from a plurality of possible actions in dependence on the sensed orientation, data sensed by the one or more additional sensors, and the recognized hover pattern, and to trigger the selected action. a hover sensor, wherein the hover sensor is a hover sensitive display which is able to detect x, y, z coordinates of an entity in a hover volume over the hover sensitive display; an orientation sensor configured to detect an orientation of the electronic device; and a hover pattern analyser configured to use data sensed by the hover sensor to recognize a hover pattern of one or more objects in a hover space extending from the hover sensor; one or more additional sensors; a processor configured to select an action from a plurality of possible actions in dependence on the sensed orientation, data sensed by the one or more additional sensors, and the recognized hover pattern, and to trigger the selected action.
A computer-implemented method comprising: receiving time series data acquired during equipment operations at a plurality of natural resource sites; detecting operational events using the time series data; ranking the operational events; associating each of the operational events with a corresponding operational action; and outputting at least a portion of the ranked operational events, each with its corresponding operational action; characterized in that the plurality of natural resource sites comprise wells in fluid communication with a common reservoir and wherein detecting operational events using the time series data comprises detecting an operational event that decreases sandface pressure in a wellbore of one of the wells in relationship to reservoir pressure of the common reservoir. receiving time series data acquired during equipment operations at a plurality of natural resource sites; detecting operational events using the time series data; ranking the operational events; associating each of the operational events with a corresponding operational action; and outputting at least a portion of the ranked operational events, each with its corresponding operational action; characterized in that the plurality of natural resource sites comprise wells in fluid communication with a common reservoir and wherein detecting operational events using the time series data comprises detecting an operational event that decreases sandface pressure in a wellbore of one of the wells in relationship to reservoir pressure of the common reservoir.
Seal for a door having - a housing or a module housing, - a lowerable sealing bar (13, 14), - a trigger for triggering a lowering movement of the sealing bar when a force acts on the trigger, - a displacing part (3a, 3b) which is connected to the trigger, and - a return mechanism, - wherein the return mechanism has a spring means (5a, 5b, 15), characterised in - that the return mechanism has a holder for the spring means which has a rod-shaped region which engages through the spring means and has a region which is guided in a first guiding structure of the displacing part, and - that the holder of the return mechanism has a region which has fastening structures which are fastened to the housing or to the module housing. - a housing or a module housing, - a lowerable sealing bar (13, 14), - a trigger for triggering a lowering movement of the sealing bar when a force acts on the trigger, - a displacing part (3a, 3b) which is connected to the trigger, and - a return mechanism, - wherein the return mechanism has a spring means (5a, 5b, 15), - that the return mechanism has a holder for the spring means which has a rod-shaped region which engages through the spring means and has a region which is guided in a first guiding structure of the displacing part, and - that the holder of the return mechanism has a region which has fastening structures which are fastened to the housing or to the module housing.
Temperature control system for controlling the temperature of a room, comprising - a heating element having a surface facing the room and a surface facing away from the room, - an insulating- and/or reflecting element, which is arranged so as to be spaced apart from the heating element and on the surface of the heating element facing away from the room, so that an internal air gap is formed between the insulating- and/or reflecting element and the heating element, wherein the insulating- and/or reflecting element is designed to be heat-insulating and to be reflective to IR beams and wherein the insulating- and/or reflecting element is planar, and - a first spacer element, which is arranged on the surface of the insulating- and/or reflecting element facing away from the room in order to form an external air gap between the insulating- and/or reflecting element and a wall of the room, wherein a second spacer element is arranged between the insulating-and/or reflecting element and the heating element, characterized in that the insulating- and/or reflecting element is designed to be reflective to IR beams on both sides, and the second spacer element has an open lattice or honeycomb structure so that the internal air gap is formed within the open lattice or honeycomb structure. - a heating element having a surface facing the room and a surface facing away from the room, - an insulating- and/or reflecting element, which is arranged so as to be spaced apart from the heating element and on the surface of the heating element facing away from the room, so that an internal air gap is formed between the insulating- and/or reflecting element and the heating element, wherein the insulating- and/or reflecting element is designed to be heat-insulating and to be reflective to IR beams and wherein the insulating- and/or reflecting element is planar, and - a first spacer element, which is arranged on the surface of the insulating- and/or reflecting element facing away from the room in order to form an external air gap between the insulating- and/or reflecting element and a wall of the room, wherein a second spacer element is arranged between the insulating-and/or reflecting element and the heating element, characterized in that the insulating- and/or reflecting element is designed to be reflective to IR beams on both sides, and the second spacer element has an open lattice or honeycomb structure so that the internal air gap is formed within the open lattice or honeycomb structure.
A stabilization apparatus for reaming bone elements, the stabilization apparatus comprising: an outer sleeve with a series of support rod apertures; support rods configured to be guided through the support rod apertures and fixated to a body area including one or more bones (532, 534, 536) to secure the outer sleeve to the one or more bones (532, 534, 536); an inner sleeve moveable axially and rotationally relative to the outer sleeve when the outer sleeve is fixated by one or more support rods to the body area; characterized in that the outer sleeve includes an interlocking outer sleeve handle, and the inner sleeve includes an interlocking inner sleeve handle; and wherein the interlocking outer sleeve handle and the interlocking inner sleeve handle secure the inner sleeve to the outer sleeve, preventing axial movement and rotational movement of the inner sleeve relative to the outer sleeve when the outer sleeve is fixated by one or more support rods to the body area. an outer sleeve with a series of support rod apertures; support rods configured to be guided through the support rod apertures and fixated to a body area including one or more bones (532, 534, 536) to secure the outer sleeve to the one or more bones (532, 534, 536); an inner sleeve moveable axially and rotationally relative to the outer sleeve when the outer sleeve is fixated by one or more support rods to the body area; characterized in that the outer sleeve includes an interlocking outer sleeve handle, and the inner sleeve includes an interlocking inner sleeve handle; and wherein the interlocking outer sleeve handle and the interlocking inner sleeve handle secure the inner sleeve to the outer sleeve, preventing axial movement and rotational movement of the inner sleeve relative to the outer sleeve when the outer sleeve is fixated by one or more support rods to the body area.
A system, comprising: a processor configured to: receive a DNS (Domain Name System) request from a client on a private network, wherein the processor is part of a security appliance configured to intercept communications associated with the private network and enforce policies within the private network based on DNS communications; extract a domain name from the received DNS request; determine based on a policy that the domain name is unknown; determine that at least a prescribed number of DNS requests including the DNS request to resolve unknown domain names have been received from the client; and block the DNS request from being transmitted to any DNS server to enforce the policy; wherein the policy is applied at the DNS communications stage and before the DNS request is transmitted to any DNS server; and a memory coupled to the processor and configured to provide the processor with instructions. a processor configured to: receive a DNS (Domain Name System) request from a client on a private network, wherein the processor is part of a security appliance configured to intercept communications associated with the private network and enforce policies within the private network based on DNS communications; extract a domain name from the received DNS request; determine based on a policy that the domain name is unknown; determine that at least a prescribed number of DNS requests including the DNS request to resolve unknown domain names have been received from the client; receive a DNS (Domain Name System) request from a client on a private network, wherein the processor is part of a security appliance configured to intercept communications associated with the private network and enforce policies within the private network based on DNS communications; extract a domain name from the received DNS request; determine based on a policy that the domain name is unknown; determine that at least a prescribed number of DNS requests including the DNS request to resolve unknown domain names have been received from the client; and block the DNS request from being transmitted to any DNS server to enforce the policy; wherein the policy is applied at the DNS communications stage and before the DNS request is transmitted to any DNS server; and a memory coupled to the processor and configured to provide the processor with instructions. block the DNS request from being transmitted to any DNS server to enforce the policy; wherein the policy is applied at the DNS communications stage and before the DNS request is transmitted to any DNS server; and a memory coupled to the processor and configured to provide the processor with instructions.
A method for operating a piezoelectric speaker for generating sound waves in the audible wavelength spectrum and/or in the ultrasonic range, corresponding to an audio signal, in which a present electrical piezo actuator voltage (12, 13) is determined, being applied to a piezo actuator at a present sampling interval, in which a future input voltage for the piezo actuator, to be applied to the piezo actuator at the following sampling interval is compared with the present electrical piezo actuator voltage (12, 13) and a future differential voltage being determined therefrom, in which a charging or discharging time is determined depending on the future differential voltage and in which the piezo actuator of the piezoelectric speaker is charged or discharged with electrical energy of an energy unit using the charging or discharging time so that the piezo actuator voltage increases or decreases by the future differential voltage, resulting in deflections of the piezo actuator and generating the sound waves corresponding to the audio signal.