mhurhangee/patent-ind-claim-en huggingface dataset:
A device for laser treatment of the epidermis comprising: - a laser energy source; - a laser energy focusing system, arranged and controlled to focus a laser beam on a plurality of contiguous volumes of a region of the epidermis; - a scanning and actuating system to address a laser beam on a plurality of portions of a region of epidermis to be treated, controlled so as to actuate a laser beam in a plurality of positions inside said region of epidermis to be treated; wherein: said laser beam has a variable energy density profile in a cross section of said beam; wherein the energy density profile of the laser beam has approximately a shape of a Gaussian curve, with the maximum arranged on the axis of the beam; in a central area of said cross section the intensity of the beam is suitable to cause an ablation of the epidermis in a central portion of the volume exposed to the laser beam; in an intermediate annular area of said cross section the intensity of the beam is suitable to cause hemostasis of the blood vessels and shrinking of the collagen of the epidermis in an annular portion of the volume exposed to the laser beam, said annular portion surrounding said central portion; in an area outside the intermediate annular area the intensity of the beam is suitable to cause a biostimulation of the tissues; and further comprising a control of the emission of the beam and of the focusing system which emits a plurality of laser pulses for each of a series of positions sequentially taken by the laser beam; wherein said central area has a maximum cross dimension from about 40 to about 500 micrometers; and wherein said intermediate annular area has an inner dimension corresponding to the dimension of the central area and a maximum external cross dimension from 6 to 200 micrometers greater than the cross dimension of the central area. - a laser energy source; - a laser energy focusing system, arranged and controlled to focus a laser beam on a plurality of contiguous volumes of a region of the epidermis; - a scanning and actuating system to address a laser beam on a plurality of portions of a region of epidermis to be treated, controlled so as to actuate a laser beam in a plurality of positions inside said region of epidermis to be treated;
A foldable platform lift comprising: - a foldable scaffolding comprising first and second legs (B1, B2), and - a working platform (G), and - an actuator , and - at least a first wall bar (A) arranged to be in contact with a wall (W) and protruding from said wall (W), wherein said foldable platform lift is arranged to operate in a working position wherein: - said working platform (G) is arranged between said foldable scaffolding and said wall (W), and - said first wall bar (A) is arranged for being in contact with said wall in a first end, and said foldable scaffolding in a second end, characterized by - a hinge (K) with a pivot (P) interconnecting said first and second legs (B1,B2), wherein - in said working position, said first and second legs (B1, B2) are inclined downwardly and outwardly from said hinge (K) with opposite angles about a vertical axis running through said hinge (K), and - said actuator is arranged for moving said working platform (G) vertically up and down along said wall (W), below said hinge (K), - wherein said first wall bar (A) coincides with said pivot (P) of said hinge (K), and wherein said foldable platform lift is arranged to have a transport position wherein: - said first and second legs (B1,B2) are folded towards each other about said pivot (P), - and the first wall bar (A) is removed or displaced from the wall (W). - a foldable scaffolding comprising first and second legs (B1, B2), and - a working platform (G), and - an actuator , and - at least a first wall bar (A) arranged to be in contact with a wall (W) and protruding from said wall (W), - said working platform (G) is arranged between said foldable scaffolding and said wall (W), and - said first wall bar (A) is arranged for being in contact with said wall in a first end, and said foldable scaffolding in a second end, characterized by - a hinge (K) with a pivot (P) interconnecting said first and second legs (B1,B2), wherein - in said working position, said first and second legs (B1, B2) are inclined downwardly and outwardly from said hinge (K) with opposite angles about a vertical axis running through said hinge (K), and - said actuator is arranged for moving said working platform (G) vertically up and down along said wall (W), below said hinge (K), - wherein said first wall bar (A) coincides with said pivot (P) of said hinge (K), and wherein said foldable platform lift is arranged to have a transport position wherein: - said first and second legs (B1,B2) are folded towards each other about said pivot (P), - and the first wall bar (A) is removed or displaced from the wall (W).
Method for verifying a flame monitoring of a heating device comprising at least the following steps: a) detecting a first flame signal of ultraviolet radiation of a flame of the heating device , b) detecting a second flame signal of infrared radiation of a flame of the heating device , c) determining a ratio of the first flame signal and second flame signal, d) recognizing a fault in the flame monitoring of the heating device on the basis of the ratio determined in step c). a) detecting a first flame signal of ultraviolet radiation of a flame of the heating device , b) detecting a second flame signal of infrared radiation of a flame of the heating device , c) determining a ratio of the first flame signal and second flame signal, d) recognizing a fault in the flame monitoring of the heating device on the basis of the ratio determined in step c).
System for dissipating regenerated electric energy produced by an electric actuator of an aircraft, the dissipating system comprising: - a resistor (R); - two switching arms , each switching arm being connected in series with the resistor (R), the two switching arms being connected together in parallel, characterized in that each switching arm comprises two switches (Q1, Q2, Q3, Q4) connected to one another in series, each switch (Q1, Q2, Q3, Q4) comprising two terminals (B 11 , B 12 , B 21 , B 22 , B 31 , B 32 , B 41 , B 42 ) and a control grid (G1, G2, G3, G4), each switch (Q1, Q2, Q3, Q4) being suitable for being controlled by controlling the potential applied to its control grid (G1, G2, G3, G4) thereof; the system for dissipating comprising measurement means (MM1, MM2, MM3, MM4) capable of measuring the voltage at the terminals (B 11 , B 12 , B 21 , B 22 , B 31 , B 32 , B 41 , B 42 ) of each switch (Q1, Q2, Q3, Q4). - a resistor (R); - two switching arms , each switching arm being connected in series with the resistor (R), the two switching arms being connected together in parallel,
A sensor assembly for a waste container monitoring system , the sensor assembly configured to connect to a hydraulic reservoir in a waste compactor , the sensor assembly comprising: a breather cap configured to facilitate intake of air into the hydraulic reservoir; a sensing element configured to detect a level of fluid in the hydraulic reservoir; and a dip tube carried by the breather cap and positioned to support the sensing element inside the hydraulic reservoir. a breather cap configured to facilitate intake of air into the hydraulic reservoir; a sensing element configured to detect a level of fluid in the hydraulic reservoir; and a dip tube carried by the breather cap and positioned to support the sensing element inside the hydraulic reservoir.
Rail vehicle carriage for passenger transport comprising a luggage compartment and a container for electrical devices, wherein the container for electrical devices is designed as a wall-mounted cabinet which is mounted on a shell of the rail vehicle carriage, floating above a longitudinal section of the luggage compartment , characterized in that the container for electrical devices has a floor facing the luggage compartment , the contour of which follows a contour of the luggage compartment .
An inrush current limiter comprising: a current sensing device , configured to be coupled to a main device , wherein the current sensing device is configured to sense a scaled sense current from the main device; a current control device , coupled to the current sensing device and configured to control a current in the main device based on the scaled sense current; a source voltage monitor configured to monitor an output voltage of the main device; a gate driver , coupled to the current control device and the source voltage monitor and configured to be coupled to the main device and to drive a gate-to-source voltage of the main device to control a current in the main device in dependence on an output of the current control device and the source voltage monitor; wherein the gate driver is configured, in response to a large current transient event: to limit the current through the main device to a relatively small, constant value for determining the type of load, to increase charge at the gate of the main device if the resulting output voltage of the main device shows an increase indicative that the load is a capacitive load, to disable the main device if the resulting output voltage shows no change indicative that the load is a low ohmic load. Z a current sensing device , configured to be coupled to a main device , wherein the current sensing device is configured to sense a scaled sense current from the main device; a current control device , coupled to the current sensing device and configured to control a current in the main device based on the scaled sense current; a source voltage monitor configured to monitor an output voltage of the main device; a gate driver , coupled to the current control device and the source voltage monitor and configured to be coupled to the main device and to drive a gate-to-source voltage of the main device to control a current in the main device in dependence on an output of the current control device and the source voltage monitor; wherein the gate driver is configured, in response to a large current transient event: to limit the current through the main device to a relatively small, constant value for determining the type of load, to increase charge at the gate of the main device if the resulting output voltage of the main device shows an increase indicative that the load is a capacitive load, to disable the main device if the resulting output voltage shows no change indicative that the load is a low ohmic load. Z to limit the current through the main device to a relatively small, constant value for determining the type of load, to increase charge at the gate of the main device if the resulting output voltage of the main device shows an increase indicative that the load is a capacitive load, to disable the main device if the resulting output voltage shows no change indicative that the load is a low ohmic load. Z
Set of parts for assembling at least one head part for forming a liquid treatment apparatus, which head part includes: a housing, into which at least part of a connecting head of a liquid treatment cartridge is insertable; and a cartridge recognition component , exposed to an interior of the housing in at least an operative position, for co-operating with the inserted part of the connecting head such that at least the part of the connecting head to be inserted of only a cartridge with a feature shaped to fit the exposed part of the cartridge recognition component can reach an operative position in the head part , characterised in that the set of parts includes at least two cartridge recognition components , each capable of being mounted to the housing, wherein at least two of the cartridge recognition components have differently-shaped exposed parts to fit cartridge features differing in terms of at least one of position and shape. a housing, into which at least part of a connecting head of a liquid treatment cartridge is insertable; and a cartridge recognition component , exposed to an interior of the housing in at least an operative position, for co-operating with the inserted part of the connecting head such that at least the part of the connecting head to be inserted of only a cartridge with a feature shaped to fit the exposed part of the cartridge recognition component can reach an operative position in the head part , characterised in that the set of parts includes at least two cartridge recognition components , each capable of being mounted to the housing, wherein at least two of the cartridge recognition components have differently-shaped exposed parts to fit cartridge features differing in terms of at least one of position and shape.
Method for controlling a heating or cooling system comprising: - a heat exchanger , - a valve arranged to control the flow of a heating or cooling fluid through the heat exchanger , - at least one temperature sensor arranged to measure a temperature response to a change in the opening degree of the valve , - a control unit arranged to control the opening degree of the valve as well as to receive temperature measurements from the at least one temperature sensor , wherein the method comprises the steps: a) the control unit stores at least one working point comprising an opening degree of the valve and a corresponding expected temperature, b) the control unit provides a chosen working point to the valve , c) after a working point has been used for a predetermined time period the at least one temperature sensor provides a temperature measurement to the control unit , d) if the measured temperature does not match the expected temperature derived from the working point, the control unit adapts the currently used working point by changing the stored opening degree. - a heat exchanger , - a valve arranged to control the flow of a heating or cooling fluid through the heat exchanger , - at least one temperature sensor arranged to measure a temperature response to a change in the opening degree of the valve , - a control unit arranged to control the opening degree of the valve as well as to receive temperature measurements from the at least one temperature sensor , wherein the method comprises the steps: a) the control unit stores at least one working point comprising an opening degree of the valve and a corresponding expected temperature, b) the control unit provides a chosen working point to the valve , c) after a working point has been used for a predetermined time period the at least one temperature sensor provides a temperature measurement to the control unit , d) if the measured temperature does not match the expected temperature derived from the working point, the control unit adapts the currently used working point by changing the stored opening degree. a) the control unit stores at least one working point comprising an opening degree of the valve and a corresponding expected temperature, b) the control unit provides a chosen working point to the valve , c) after a working point has been used for a predetermined time period the at least one temperature sensor provides a temperature measurement to the control unit , d) if the measured temperature does not match the expected temperature derived from the working point, the control unit adapts the currently used working point by changing the stored opening degree.
A transformable toy , comprising: a first rotary member and a second rotary member , wherein the first and second rotary members are rotatable relative to one another between a first rotary position and a second rotary position; a projection member that is rotationally fixed to the first rotary member , and is movable between a retracted position and an extended position relative to the first rotary member ; and a helical guide that is connected to one of the second rotary member and the projection member , and a helical guide follower that is connected to the other of the second rotary member and the projection member , wherein relative rotation between the first rotary member and the second rotary member between the first and second rotary positions drives relative rotation between the helical guide and the helical guide follower , which in turn drives the projection member to move between the retracted and extended positions. a first rotary member and a second rotary member , wherein the first and second rotary members are rotatable relative to one another between a first rotary position and a second rotary position; a projection member that is rotationally fixed to the first rotary member , and is movable between a retracted position and an extended position relative to the first rotary member ; and a helical guide that is connected to one of the second rotary member and the projection member , and a helical guide follower that is connected to the other of the second rotary member and the projection member , wherein relative rotation between the first rotary member and the second rotary member between the first and second rotary positions drives relative rotation between the helical guide and the helical guide follower , which in turn drives the projection member to move between the retracted and extended positions.
An unauthorized access detecting system , comprising: a management device including a generating unit operable to generate authentication information; an analyzing host including an operating unit operable to set the authentication information generated by the generating unit on the analyzing host and to cause a program to be analyzed to operate on the analyzing host; a service providing server including a detecting unit operable to detect unauthorized access to a content by an outside attacker host using the authentication information; and an identifying unit operable to obtain a program corresponding to the authentication information by referring to a table stored in an analysis authentication information storage unit , the table prescribing correspondence between the authentication information and the obtained program, and to identify the obtained program as the program that operates on the analyzing host set with the authentication information as a program that leaks out the authentication information to the outside attacker host without consent of a user, if unauthorized access using the authentication information has been detected by the detecting unit . a management device including a generating unit operable to generate authentication information; an analyzing host including an operating unit operable to set the authentication information generated by the generating unit on the analyzing host and to cause a program to be analyzed to operate on the analyzing host; a service providing server including a detecting unit operable to detect unauthorized access to a content by an outside attacker host using the authentication information; and an identifying unit operable to obtain a program corresponding to the authentication information by referring to a table stored in an analysis authentication information storage unit , the table prescribing correspondence between the authentication information and the obtained program, and to identify the obtained program as the program that operates on the analyzing host set with the authentication information as a program that leaks out the authentication information to the outside attacker host without consent of a user, if unauthorized access using the authentication information has been detected by the detecting unit .
A method for collecting and managing event data of a vehicle, performed by one or more computing systems, the method comprising: acquiring event data by receiving a first message from the vehicle, the first message containing a first certificate and event data, the event data having being recorded by an event data recorder equipped in the vehicle, and the first certificate being one of a plurality of short-term certificates assigned to the vehicle; anonymizing the acquired event data with a pseudonym extracted from the first certificate; storing the anonymized event data in a first database; acquiring the first certificate and a second certificate by receiving a second message containing the first certificate, used in the first message, and the second certificate, the second certificate being a long-term certificate assigned to the vehicle; associating the first certificate with the second certificate by associating a unique identifier of the vehicle contained in the second certificate and the pseudonym contained in the first certificate; and storing the first certificate and the second certificate associated with the first certificate in a second database. acquiring event data by receiving a first message from the vehicle, the first message containing a first certificate and event data, the event data having being recorded by an event data recorder equipped in the vehicle, and the first certificate being one of a plurality of short-term certificates assigned to the vehicle; anonymizing the acquired event data with a pseudonym extracted from the first certificate; storing the anonymized event data in a first database; acquiring the first certificate and a second certificate by receiving a second message containing the first certificate, used in the first message, and the second certificate, the second certificate being a long-term certificate assigned to the vehicle; associating the first certificate with the second certificate by associating a unique identifier of the vehicle contained in the second certificate and the pseudonym contained in the first certificate; and storing the first certificate and the second certificate associated with the first certificate in a second database.
Device for the near-field optical measurement of a sample comprising a probe , a wavelength-tunable monochromatic laser light source with tuning mechanism for changing the wavelength λ provided by the light source, an interferometer integrated in the optical path of the light source , comprising a beam splitter splitting the light of the light source into two optical light paths, the reference light path and the signal light path , wherein the reference light path does not contain the probe, and the signal light path comprises the probe , and the reference and the signal light paths are superimposed at the detector , wherein the difference of the lengths of the two optical paths and is adjusted to be at most 1000 μm, wherein the device is configured to bring the probe into the proximity of the sample at at least one position, wherein in each position the light source can be tuned to provide laser light of at least 10 different wavelengths and at each wavelength at least one component of the near-field interaction of the probe with the sample can be measured before changing the position of the probe on the sample.
Functional interior fitting part for a vehicle, comprising a layer structure, wherein the layer structure comprises at least a base support , a functional layer and a haptic layer , characterized in that the functional interior fitting part comprises an electrical shielding layer wherein the electrical shielding layer leads to a selective sensor field characteristic in a direction of an operating half-space, and the electrical shielding layer is arranged on a side of the functional layer facing away from the haptic layer .
An access control method in a user equipment, UE , comprising the steps of: executing (S110, S210) an access control check for an access category; starting (S120, S220) an access control timer when a result of the access control check is access barring; stopping (S230) the access control timer that is running when the UE receives a Radio Resource Control, RRC, reconfiguration message; and stopping (S230) the access control timer that is running when the UE receives an RRC release message, wherein the UE is in a connected state. executing (S110, S210) an access control check for an access category; starting (S120, S220) an access control timer when a result of the access control check is access barring; stopping (S230) the access control timer that is running when the UE receives a Radio Resource Control, RRC, reconfiguration message; and stopping (S230) the access control timer that is running when the UE receives an RRC release message, wherein the UE is in a connected state.