mhurhangee/ep-ind-claims huggingface dataset:
A lawn mower, comprising: a housing; a walking mechanism, supporting the housing and driving the housing to walk, and comprising a drive wheel; a motor, mounted at the housing, and used to drive the drive wheel to rotate; and a control apparatus; characterized in that the control apparatus is preset with a first torque threshold and a second torque threshold, wherein as the at least one motor is switched from a stopped state to a running state, the control apparatus controls a difference between a maximum actual output torque of the at least one motor and the first torque threshold to be within a predetermined range, when the motor is in the running state, the control apparatus controls an actual output torque of the at least one motor to at most increase to the second torque threshold, the first torque threshold is less than or equal to a maximum output torque of the motor, and the second torque threshold is less than the first torque threshold. a housing; a walking mechanism, supporting the housing and driving the housing to walk, and comprising a drive wheel; a motor, mounted at the housing, and used to drive the drive wheel to rotate; and a control apparatus; characterized in that the control apparatus is preset with a first torque threshold and a second torque threshold, wherein as the at least one motor is switched from a stopped state to a running state, the control apparatus controls a difference between a maximum actual output torque of the at least one motor and the first torque threshold to be within a predetermined range, when the motor is in the running state, the control apparatus controls an actual output torque of the at least one motor to at most increase to the second torque threshold, the first torque threshold is less than or equal to a maximum output torque of the motor, and the second torque threshold is less than the first torque threshold.
Securing device for transport of a neonatal patient in a temperature-controlled incubator, which securing device comprises a vacuum mattress comprising a gas-tight mattress case (14a-b) enclosing a granular filler material, which vacuum mattress is arranged to be brought from a flexible state into a rigid state by evacuation of gas from the same, the vacuum mattress comprising a first side portion arranged to be folded up around a first side of the patient, a second side portion arranged to be folded up around a second side of the patient, and a bottom portion arranged to be fastened in an incubator, wherein the bottom portion is provided with a rigid plate for securement of the bottom portion in the incubator characterized by said rigid plate being provided with a fastening device for fixing the securing device to an insert base for an incubator.
A bench for outdoor use and suitable for seating at least two persons and suitable for performing fitness exercises, said bench comprising a seat for seating the at least two persons and a back-rest for supporting backs of the at least two persons, wherein said bench comprises • at least four support brackets (31,32,33,34)connecting said seat with said back-rest and wherein for each of said support brackets a first leg is connected with said seat and a first side of a second leg is connected with said back-rest, and said second leg has a second side opposite to said first side, • at least four ground support structures (21,22,23,24) for anchoring the bench to a floor surface, and wherein a series of a first, a second, a third and a fourth ground support structure are connected with respectively a first, a second, a third and a fourth support bracket, characterized in that said bench further comprises • a first suspension rope connected to the second side of the second leg of said first support bracket and a second suspension rope connected to the second side of the second leg of said second support bracket, and • a first arm rest and a second arm rest for performing fitness exercises comprising respectively a first vertical-type handhold and a second vertical-type handhold, and wherein said first arm rest is connected to the second side of the second leg of said third support bracket and wherein said second arm rest is connected to the second side of the second leg of said fourth support bracket. • at least four support brackets (31,32,33,34)connecting said seat with said back-rest and wherein for each of said support brackets a first leg is connected with said seat and a first side of a second leg is connected with said back-rest, and said second leg has a second side opposite to said first side, • at least four ground support structures (21,22,23,24) for anchoring the bench to a floor surface, and wherein a series of a first, a second, a third and a fourth ground support structure are connected with respectively a first, a second, a third and a fourth support bracket, characterized in that said bench further comprises • a first suspension rope connected to the second side of the second leg of said first support bracket and a second suspension rope connected to the second side of the second leg of said second support bracket, and • a first arm rest and a second arm rest for performing fitness exercises comprising respectively a first vertical-type handhold and a second vertical-type handhold, and wherein said first arm rest is connected to the second side of the second leg of said third support bracket and wherein said second arm rest is connected to the second side of the second leg of said fourth support bracket.
A LED display module, configured to form a LED display screen, comprising: a rear plate; at least one clamping strip comprising a plurality of clamping slots; and a plurality of light bars limited by the plurality of clamping slots; characterized in that: the plurality of light bars are fixed on the rear plate by the plurality of clamping slots; the clamping strip comprises a handle; and the rear plate comprises at least one through hole configured for the handle to pass through. a rear plate; at least one clamping strip comprising a plurality of clamping slots; and a plurality of light bars limited by the plurality of clamping slots; characterized in that: the plurality of light bars are fixed on the rear plate by the plurality of clamping slots; the clamping strip comprises a handle; and the rear plate comprises at least one through hole configured for the handle to pass through. the plurality of light bars are fixed on the rear plate by the plurality of clamping slots; the clamping strip comprises a handle; and the rear plate comprises at least one through hole configured for the handle to pass through.
A method for a mobile robot located on a pedestrian pathway to avoid collisions when crossing a road adjacent to the pedestrian pathway, the method comprising: the mobile robot approaching the road from the pedestrian pathway; the mobile robot sensing road conditions; the mobile robot initiating road crossing, if the road conditions are deemed suitable for crossing; while crossing the road, the mobile robot sensing a change in the road conditions indicating at least one hazardous moving object; and the mobile robot initiating a collision avoidance maneuver, in response to determining that at least one hazardous moving object is present; wherein the collision avoidance maneuver comprises: determining whether or not an object is directly behind the mobile robot; and applying reverse acceleration, only if no object is sensed directly behind the mobile robot. the mobile robot approaching the road from the pedestrian pathway; the mobile robot sensing road conditions; the mobile robot initiating road crossing, if the road conditions are deemed suitable for crossing; while crossing the road, the mobile robot sensing a change in the road conditions indicating at least one hazardous moving object; and the mobile robot initiating a collision avoidance maneuver, in response to determining that at least one hazardous moving object is present; determining whether or not an object is directly behind the mobile robot; and applying reverse acceleration, only if no object is sensed directly behind the mobile robot.
A topical composition comprising: a) from 45% to 62%, by weight of the composition, of a humectant component wherein the humectant component comprises: i) from 0.25% to 7%, by weight of the composition, of a structuring humectant selected from polyethylene glycols having an average molecular weight of from about 3,000 to about 8,000, and mixtures thereof; and ii) at least one secondary humectant, wherein the secondary humectant is selected from glycerin and wherein the amount of glycerin is at least 29% by weight of the composition; b) from 5% to 35% of an abrasive, wherein the abrasive is precipitated silica and wherein the total amount of abrasive in the composition is in the range of 5% to 35%; c) from 0% to 1.5%, by weight of the composition, of a viscosity modifier selected from gums, binders, cellulosic thickeners, and mixtures thereof; d) a total solids content of 50% or less, by weight of the composition; and e) water from 5% to 12%, by weight of the composition; wherein the composition comprises a water activity value from 0.25 to 0.46 measured at about 22°C, wherein the water activity value is expressed as the equilibrium relative humidity or partial vapor pressure of the air above a product sample in a closed system divided by the relative humidity of air above pure water at the same temperature and; wherein the structuring humectant is added to the composition in solution with solvent or is added in a controlled manner as a molten material to the composition at a temperature less than about 35 °C and with turbulent mixing or vigorous agitation. a) from 45% to 62%, by weight of the composition, of a humectant component wherein the humectant component comprises: i) from 0.25% to 7%, by weight of the composition, of a structuring humectant selected from polyethylene glycols having an average molecular weight of from about 3,000 to about 8,000, and mixtures thereof; and ii) at least one secondary humectant, wherein the secondary humectant is selected from glycerin and wherein the amount of glycerin is at least 29% by weight of the composition; i) from 0.25% to 7%, by weight of the composition, of a structuring humectant selected from polyethylene glycols having an average molecular weight of from about 3,000 to about 8,000, and mixtures thereof; and ii) at least one secondary humectant, wherein the secondary humectant is selected from glycerin and wherein the amount of glycerin is at least 29% by weight of the composition; b) from 5% to 35% of an abrasive, wherein the abrasive is precipitated silica and wherein the total amount of abrasive in the composition is in the range of 5% to 35%; c) from 0% to 1.5%, by weight of the composition, of a viscosity modifier selected from gums, binders, cellulosic thickeners, and mixtures thereof; d) a total solids content of 50% or less, by weight of the composition; and e) water from 5% to 12%, by weight of the composition;
A spectrometer, comprising (a) a light source; (b) a monochromator with at least one diffraction grating; (c) a monochromator housing; (d) an order sorting filter, which is provided upstream or downstream of the diffraction grating of the monochromator; (e) a microplate receptacle, which is formed for accommodating at least one microplate, which comprises a number of wells, and (f) a controller, characterized in that the order sorting filter of said spectrometer comprises a substrate, a first optical thin film and a second optical thin film, wherein, in a spatially partly overlapping manner, the first optical thin film is arranged on a first surface and the second optical thin film is arranged on a second surface, opposing the first surface, of the substrate, wherein the first optical thin film on the first surface of the substrate is formed as a first long-pass filter having a long-pass edge wavelength of 300 to 400 nm, and wherein the second optical thin film on the second surface of the substrate is formed as a second long-pass filter having a long-pass edge wavelength of 400 to 800 nm. (a) a light source; (b) a monochromator with at least one diffraction grating; (c) a monochromator housing; (d) an order sorting filter, which is provided upstream or downstream of the diffraction grating of the monochromator; (e) a microplate receptacle, which is formed for accommodating at least one microplate, which comprises a number of wells, and (f) a controller,
An eyeglass frame for at least one lens, having an aperture, said eyeglass frame comprising a main portion, including a lens retaining part comprising first and second lens retaining sections (120, 122) connected by a bridge, at least one side portion extending from said main portion in a plane positioned toward the temple piece when opened and comprising first and second edges, said first and second lens retaining sections, said bridge and said side portions formed from a single piece of plastic material, a temple piece (150, 154) connected to and extending from said at least one side portion, one of said lens retaining sections (120, 122) comprising a lens receiving opening or aperture defined by a rim having a groove into which an edge of a lens is adapted to be received, said side portion comprising a second opening proximate said lens receiving opening and spaced apart from said bridge and one of said lens retaining sections and a channel extending between said lens receiving opening and said second opening, in said side portion, characterised in that said second opening, said channel and said aperture together forming one enclosed or closed opening in said lens retaining part (110, 120), said enclosed or closed opening being substantially larger then said aperture and such that it can be enlarged by means of stretching to accommodate safety lenses adapted to engage a deep groove in said rim of said aperture, said channel being defined by said edges of said side portion which are normally proximate to each other but can be spread apart such that said edge of said lens can be situated in said groove in said rim, and a screw adapted to be received in the side portion intersecting said channel preventing said channel edges from being spread apart.
A contact device, comprising: a contact point block including a pair of fixed terminals having fixed contact points and a movable contactor (35, 62, 68) having a pair of movable contact points arranged side by side on one surface of the movable contactor (35, 62, 68), the movable contact points (34, 61) being configured to come into contact and out of contact with the fixed contact points; and a drive unit for driving the movable contactor (35, 62, 68) such that the movable contact points (34, 61) come into contact and out of contact with the fixed contact points; and a pair of permanent magnets arranged in a mutually opposing relationship across the contact point block along a direction orthogonal to an arrangement direction of the movable contact points (34, 61) and to a direction in which the movable contact points come into contact and out of contact with the fixed contact points, the contact device being characterised in that the permanent magnets are provided with mutually-opposing surfaces having the same polarity; in that a second yoke (52, 53, 63, 69) is arranged in an opposing relationship with one surface of the movable contactor (35, 62, 68); wherein the drive unit includes a movable shaft including a shaft portion and a contact portion connected at one end of the shaft portion to make contact with one surface of the movable contactor, and in that the second yoke serves as the contact portion of the movable shaft. a contact point block including a pair of fixed terminals having fixed contact points and a movable contactor (35, 62, 68) having a pair of movable contact points arranged side by side on one surface of the movable contactor (35, 62, 68), the movable contact points (34, 61) being configured to come into contact and out of contact with the fixed contact points; and a drive unit for driving the movable contactor (35, 62, 68) such that the movable contact points (34, 61) come into contact and out of contact with the fixed contact points; and a pair of permanent magnets arranged in a mutually opposing relationship across the contact point block along a direction orthogonal to an arrangement direction of the movable contact points (34, 61) and to a direction in which the movable contact points come into contact and out of contact with the fixed contact points, the contact device being characterised in that the permanent magnets are provided with mutually-opposing surfaces having the same polarity; in that a second yoke (52, 53, 63, 69) is arranged in an opposing relationship with one surface of the movable contactor (35, 62, 68); wherein the drive unit includes a movable shaft including a shaft portion and a contact portion connected at one end of the shaft portion to make contact with one surface of the movable contactor, and in that the second yoke serves as the contact portion of the movable shaft.
Hydroelastic damper comprising at least one resilient assembly, said at least one resilient assembly including a first resilient assembly, said first resilient assembly comprising a first inner strength member at least partially engaged in a first outer strength member, the first inner strength member and the first outer strength member being movable relative to each other at least in translation along a longitudinal axis, said first resilient assembly comprising a first resilient member secured to the first outer strength member and to the first inner strength member so as to provide a resilient return of the first outer strength member and the first inner strength member towards a rest position (POSREP), said hydroelastic damper comprising at least one hydraulic assembly provided with a first hydraulic chamber and a second hydraulic chamber in communication with each other via at least one connection (60, 65, 70) formed in a first wall of the hydraulic assembly, a fluid being disposed in said first hydraulic chamber and said second hydraulic chamber, said hydroelastic damper comprising a first floating piston that is movable at least in translation along the longitudinal axis relative to the first inner strength member and to the first outer strength member, said first hydraulic chamber having a variable volume and being defined at least by said first floating piston and said first wall, characterised in that said first floating piston hydraulically isolates said first resilient member from the fluid.
A method for operating a station, the method comprising: scheduling, by the station, a first appointment for communicating with an access point at a first time; entering, by the station, a sleep mode after the scheduling the first appointment; awakening, by the station, from the sleep mode prior to the first time in accordance with the scheduled first appointment; receiving, by the station, a synch frame, wherein the synch frame is a synchronization frame and is transmitted by the access point after the awakening of the station and prior to the first time; and synchronizing, by the station, a station clock of the station with a clock of the access point in accordance with the synch frame; and communicating, by the station, with the access point during the first appointment. scheduling, by the station, a first appointment for communicating with an access point at a first time; entering, by the station, a sleep mode after the scheduling the first appointment; awakening, by the station, from the sleep mode prior to the first time in accordance with the scheduled first appointment; receiving, by the station, a synch frame, wherein the synch frame is a synchronization frame and is transmitted by the access point after the awakening of the station and prior to the first time; and synchronizing, by the station, a station clock of the station with a clock of the access point in accordance with the synch frame; and communicating, by the station, with the access point during the first appointment.
A method of ultrasound inspection of a hollow structure using an array of ultrasound transmitters located within the hollow structure distributed over different radial directions from a center of the array, the method comprising - determining (62, 64) one or more parameters defining a shape and/or orientation of that shape of an inner surface of a wall of the hollow structure based on measured delays, measured between transmission of ultrasound pulses from the transmitters to reception of earliest received reflections of those ultrasound pulses; - computing time delays (63, 65) for respective ones of the transmitters along at least a sector of the array to compensate for estimated differences between travel times from the transmitters to the shape defined by the one or more parameters; - transmitting an ultrasound wave front composed of joint transmissions from the transmitters along at least said sector of the array, with the computed relative time delays between waves transmitted by the respective ones of the transmitters; - detecting reflections of the joint transmissions by detecting positions of resonances and/or anti-resonances as a function of frequency in Fourier transforms of the reflections, from peaks in a size of the derivative of the phase of the Fourier transform or from the frequencies of peaks or dips in the amplitude of the Fourier transform. - determining (62, 64) one or more parameters defining a shape and/or orientation of that shape of an inner surface of a wall of the hollow structure based on measured delays, measured between transmission of ultrasound pulses from the transmitters to reception of earliest received reflections of those ultrasound pulses; - computing time delays (63, 65) for respective ones of the transmitters along at least a sector of the array to compensate for estimated differences between travel times from the transmitters to the shape defined by the one or more parameters; - transmitting an ultrasound wave front composed of joint transmissions from the transmitters along at least said sector of the array, with the computed relative time delays between waves transmitted by the respective ones of the transmitters; - detecting reflections of the joint transmissions by detecting positions of resonances and/or anti-resonances as a function of frequency in Fourier transforms of the reflections, from peaks in a size of the derivative of the phase of the Fourier transform or from the frequencies of peaks or dips in the amplitude of the Fourier transform.
A method performed by a radio base station, for resource management in a multi-carrier system comprising a multi-carrier cell served by the radio base station and wherein a plurality of component carriers, CCs, are defined for said multi-carrier cell, the method comprises: - assembling a message comprising information including at least one CC used in the multi-carrier cell that is available for a user equipment, UE, for performing random access in the multi-carrier cell, at least one dedicated preamble to use by said UE for a random access in the multi-carrier cell and an indication on which said at least one CC the at least one preamble is valid; - transmitting said message to the UE in a handover command or in a random access order; and - indicating to said UE what at least one resource the UE is to use for random access in the at least one component carrier of the multi-carrier cell. - assembling a message comprising information including at least one CC used in the multi-carrier cell that is available for a user equipment, UE, for performing random access in the multi-carrier cell, at least one dedicated preamble to use by said UE for a random access in the multi-carrier cell and an indication on which said at least one CC the at least one preamble is valid; - transmitting said message to the UE in a handover command or in a random access order; and - indicating to said UE what at least one resource the UE is to use for random access in the at least one component carrier of the multi-carrier cell.