mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication method, comprising: transmitting (S210), by a terminal device , an assistance information to a network device , the assistance information including at least one parameter information capable of assisting the network device to schedule or configure the terminal device ; transmitting (S220), by the terminal device , a first information to the network device , the first information configured for the network device to determine a target parameter information to be deleted, the target parameter information included in the at least one parameter information; and after deletion of the target parameter information, causing the network device to not include the target parameter information in scheduling or configuring the terminal device , characterized in that : the at least one parameter information comprises a plurality of parameter information, the assistance information comprises the first information, the first information indicates a plurality of valid durations each for one of the plurality of parameter information, or is configured for the network device to determine the plurality of valid durations each for one of the plurality of parameter information. transmitting (S210), by a terminal device , an assistance information to a network device , the assistance information including at least one parameter information capable of assisting the network device to schedule or configure the terminal device ; transmitting (S220), by the terminal device , a first information to the network device , the first information configured for the network device to determine a target parameter information to be deleted, the target parameter information included in the at least one parameter information; and after deletion of the target parameter information, causing the network device to not include the target parameter information in scheduling or configuring the terminal device , characterized in that : the at least one parameter information comprises a plurality of parameter information, the assistance information comprises the first information, the first information indicates a plurality of valid durations each for one of the plurality of parameter information, or is configured for the network device to determine the plurality of valid durations each for one of the plurality of parameter information.
A microscope for imaging tissue comprising: an imaging head having an optical system for capturing optically formed microscopic sectional images; a platform upon which is disposed a first stage coupled to a second stage , wherein said second stage is mounted upon said platform , said first stage is coupled to said imaging head for moving said imaging head along a vertical dimension perpendicular to a horizontal dimension along which said platform extends, and said second stage rotates said imaging head and said first stage about said vertical dimension, wherein said imaging head is positionable using at least said first stage and said second stage in a first mode to image at least a first tissue sample disposed between said imaging head and said platform , and in a second mode to image at least a second tissue sample disposed beside said platform ; and a specimen stage mountable to said platform for supporting said first tissue sample in said first mode, in which said specimen stage is moveable at least along x and y orthogonal axes along said horizontal dimension. an imaging head having an optical system for capturing optically formed microscopic sectional images; a platform upon which is disposed a first stage coupled to a second stage , wherein said second stage is mounted upon said platform , said first stage is coupled to said imaging head for moving said imaging head along a vertical dimension perpendicular to a horizontal dimension along which said platform extends, and said second stage rotates said imaging head and said first stage about said vertical dimension, wherein said imaging head is positionable using at least said first stage and said second stage in a first mode to image at least a first tissue sample disposed between said imaging head and said platform , and in a second mode to image at least a second tissue sample disposed beside said platform ; and a specimen stage mountable to said platform for supporting said first tissue sample in said first mode, in which said specimen stage is moveable at least along x and y orthogonal axes along said horizontal dimension.
A hearing device, e.g. a hearing aid comprising a housing having at least a first shell structure ; a battery compartment configured to be arranged in a pivotal connection with said at least first shell structure , wherein said battery compartment having a center point is configured to receive and house a battery for powering said hearing device; and at least a first contact element and a second contact element configured to contact said battery when said battery is received in said battery compartment and moved into a closed position of said battery compartment , said first and second contact elements engaging the battery on a plus and minus pole thereof so as to transmit power to the electronic of the hearing device, wherein said hearing device further comprises a flexible compression element provided in connection with said at least first shell structure and/or in connection with said battery compartment and configured to act on said battery when said compartment is moved from an open to a closed position, wherein the flexible compression element is made from a plastic material, characterized in that the flexible compression element creates a second force vector (F2) acting on a curved surface of the battery , wherein the curved surface of the battery is substantially opposite to a second curved surface of the battery to which the first contact element contacts the battery
Augment element for tibial applications in a knee prosthesis, said augment element comprising a metal body of a substantially truncated conical shape configured to be inserted into a bone extremity and having an outer surface comprising a metal trabecular surface , said metal body being hollow with an axial through-cavity defining a plurality of substantially annular transversal sections, wherein said metal body is inclined in a direction of inclination, so as to define at least one eccentricity between a first transversal section at a first end of said axial through-cavity and a second transversal section at a second end of said axial through-cavity , characterized in that said first transversal section at said first end is larger in size than said second transversal section at said second end , and wherein said metal body comprises lateral walls having respective curved and concave shapes with respect to the outside of said metal body , to replicate a medial/side and rear bone anatomy. said metal body being hollow with an axial through-cavity defining a plurality of substantially annular transversal sections, wherein said metal body is inclined in a direction of inclination, so as to define at least one eccentricity between a first transversal section at a first end of said axial through-cavity and a second transversal section at a second end of said axial through-cavity , characterized in that said first transversal section at said first end is larger in size than said second transversal section at said second end , and wherein said metal body comprises lateral walls having respective curved and concave shapes with respect to the outside of said metal body , to replicate a medial/side and rear bone anatomy.
Composition comprising - at least one cement, - at least one inorganic filler, - at least one powder comprising at least one polymer P , - at least one compound containing epoxy groups, - wherein the at least one compound containing epoxy groups is identical or different to the polymer P and - at least one amine having at least three epoxy-reactive amine hydrogens, characterized in that the composition contains more than 10% by weight of cement and at room temperature is in the form of a storage-stable free-flowing powder and/or granulate, wherein the amine having at least three epoxy-reactive amine hydrogens is a water-dilutable amine or a constituent of a water-dilutable amine mixture, wherein storage-stable is to be understood as meaning that if correctly used the composition remains usable without limitations upon storage in a suitable container over a period of at least one month, preferably at least 3 to 6 months or longer and wherein room temperature is to be understood as meaning a temperature of 21°C. - at least one cement, - at least one inorganic filler, - at least one powder comprising at least one polymer P , - at least one compound containing epoxy groups, - wherein the at least one compound containing epoxy groups is identical or different to the polymer P and - at least one amine having at least three epoxy-reactive amine hydrogens, characterized in that the composition contains more than 10% by weight of cement and at room temperature is in the form of a storage-stable free-flowing powder and/or granulate, wherein the amine having at least three epoxy-reactive amine hydrogens is a water-dilutable amine or a constituent of a water-dilutable amine mixture, wherein storage-stable is to be understood as meaning that if correctly used the composition remains usable without limitations upon storage in a suitable container over a period of at least one month, preferably at least 3 to 6 months or longer and wherein room temperature is to be understood as meaning a temperature of 21°C. characterized in that the composition contains more than 10% by weight of cement and at room temperature is in the form of a storage-stable free-flowing powder and/or granulate, wherein the amine having at least three epoxy-reactive amine hydrogens is a water-dilutable amine or a constituent of a water-dilutable amine mixture, wherein storage-stable is to be understood as meaning that if correctly used the composition remains usable without limitations upon storage in a suitable container over a period of at least one month, preferably at least 3 to 6 months or longer and wherein room temperature is to be understood as meaning a temperature of 21°C.
A bumper assembly for a material handling vehicle comprising: a main body including at least one cutout arranged on the main body ; a window plate removably coupled to the main body and covering the at least one cutout ; and characterized in that the window plate includes a window arranged therein; and in that the bumper assembly comprises a lower section removably coupled to the main body and including a protection plate extending below the at least one cutout . a main body including at least one cutout arranged on the main body ; a window plate removably coupled to the main body and covering the at least one cutout ; and characterized in that the window plate includes a window arranged therein; and in that the bumper assembly comprises a lower section removably coupled to the main body and including a protection plate extending below the at least one cutout .
Method for detecting fuel vapor leakage in pipes of a bleed circuit of an internal combustion engine comprising an intake circuit (Ca) comprising a fresh air intake manifold , a flow meter arranged in an intake duct downstream of an air filter and configured to measure the flow rate of fresh air entering said manifold , and a compressor of a turbocharger , the engine further comprising an exhaust circuit (Ce) comprising an exhaust manifold , a turbine of the turbocharger connected to the exhaust manifold by an exhaust gas duct , a pollution control system arranged in an exhaust line mounted downstream of the turbine of the turbocharger and comprising at least a first pollution control device and at least a first richness probe upstream of the first pollution control device , the engine further comprising a bleed circuit comprising a fuel vapor tank connected to a fuel tank by a first pipe , a bleed pump connected downstream of the vapor tank by a second pipe and a single bleed valve connected downstream of the pump by a third pipe and connected directly to the air intake duct by a fourth pipe opening downstream of the flow meter , characterized in that: - the actual richness value (λ_mes) measured by the first probe located in the exhaust line mounted downstream of the turbocharger turbine is measured with the bleed valve in an open position; - said actual richness value (f,_mes) is compared with a threshold value (S); - if the actual richness (λ_mes) is below the threshold value (S), the bleed valve is closed; - after closing the bleed valve , the actual richness (λ_mes) is compared again with the threshold value (S); - if the actual richness (λ_mes) is greater than or equal to the threshold value (S), leakage from the pipes in the bleed circuit is determined. - the actual richness value (λ_mes) measured by the first probe located in the exhaust line mounted downstream of the turbocharger turbine is measured with the bleed valve in an open position; - said actual richness value (f,_mes) is compared with a threshold value (S); - if the actual richness (λ_mes) is below the threshold value (S), the bleed valve is closed; - after closing the bleed valve , the actual richness (λ_mes) is compared again with the threshold value (S); - if the actual richness (λ_mes) is greater than or equal to the threshold value (S), leakage from the pipes in the bleed circuit is determined.
Tray for distributing meals comprising: a) a support base facing upwards and suitable for housing said meals, b) a bottom facing downwards and suitable for resting on a flat surface, and c) a continuous perimeter edge arranged around said support base and in relief with respect to it, wherein said edge comprises a first portion arranged at the central part along a first longitudinal side of the tray and a second portion arranged at the central part along a second longitudinal side of the tray , opposite to said first longitudinal side , at least one of said first and second portions of said continuous perimeter edge in relief has a lower base that is coplanar and coincides with said bottom of the tray and an upper surface inclined in order to connect the raised end of said at least one portion of said edge with said support base , characterized in that the height of said at least one portion of said continuous perimeter edge is less than the remaining portion of said continuous perimeter edge in relief .
A method for preserving the antigenicity of cells in saliva, the method comprising contacting the saliva with a solution comprising paraformaldehyde, at least one serum protein from human and/or other animal species, and sodium azide, wherein the solution is buffered at a pH from 6.4 to 8.4.
Cast process for an explosive material of low vulnerability that associates, firstly, a solid phase comprising at least one low vulnerability solid explosive and, secondly, a meltable phase that comprises at least one meltable explosive, at least one phlegmatizer and at least one emulsifier for the phlegmatizer in the meltable explosive, process wherein the low vulnerability explosive material in solid state is placed in a melting vessel equipped with heating means and provided with stirring means , the low vulnerability explosive material being put into place in the vessel in the form of precast explosive grains of a smaller dimension of 1 mm to 4 mm, these grains having been produced earlier during melting, casting, solidifying and shaping stages, the precast grains of low vulnerability explosive material having dimensions greater than the largest initial particle size of the enclosed materials in their solid phase.
A passage barrier system for controlling the passage of pedestrians, comprising a barrier member , a barrier member support and an actuator means, said barrier member being rotatable by the actuator means about a vertical rotation axis of the barrier member support between a position blocking in use the passage of pedestrians and a position enabling in use said passage, a sensor means for detecting the rotation angle of the barrier member and a controller means fed by an output signal of the sensor means for controlling the actuator means, wherein the controller means comprises a memory storing a list of rotation angles including - a first angle defining the rotation position of the barrier member allowing for blocking the passing of pedestrians, - a second angle defining the rotation position of the barrier member allowing for the passing of the pedestrians in one direction, and the controller means is adapted to continuously read the rotation angle of the barrier member detected by the sensor means to thereby actuate the actuator means if the measured angle of the barrier member does not coincide with a selected one of the list of rotation angles, wherein the actuator means ceases to be actuated when the measured angle coincides with a selected one of the angles of the list of rotation angles to thereby define a blocking or the passing position of the barrier member for the blocking or the passing of pedestrians, characterized in that the sensor means comprises a capacitive rotation encoder , having a rotor and stator , the memory listing comprises a third angle defining the rotation position of the barrier member allowing for the passing of the pedestrians in the other direction, and in order to allow for a uniform movement of the barrier member irrespective of actuator means movement fluctuations, its angular speed is detected from the temporal evolvement of the output signal of the capacitive rotation encoder and a correction signal is generated by the controller means in case the detected angular speed should differ from a predetermined angular target speed, wherein the correction signal is fed to a driver for the actuator means to adjust the speed of this means. - a first angle defining the rotation position of the barrier member allowing for blocking the passing of pedestrians, - a second angle defining the rotation position of the barrier member allowing for the passing of the pedestrians in one direction, and
A displacement sensor which is adapted to detect displacement of a measurement object , comprising: a linear light source which emits a linear beam; a beam splitter ; a line sensor ; and an imaging lens , wherein the linear light source is disposed with an inclination of a predetermined angle with respect to a perpendicular line of an optical axis of the imaging lens , wherein the imaging lens forms an image of the linear light source at a position conjugate with the linear light source with an inclination of a predetermined angle with respect to the perpendicular line of the optical axis of the imaging lens , wherein the beam splitter is disposed between the linear light source and the imaging lens , wherein the line sensor is disposed at a position conjugate with the image formed by the imaging lens through the imaging lens and the beam splitter so that the optical axis of the imaging lens has the inclination of the predetermined angle with respect to the perpendicular line of the optical axis reflected by the beam splitter , and wherein the displacement sensor further comprises: an inclination sensor configured to detect an inclination between the measurement object and the optical axis of the imaging lens corresponding to the optical axis of the displacement sensor ; and a detection circuit configured to correct a displacement measured by the displacement sensor based on the inclination detected by the inclination sensor . a linear light source which emits a linear beam; a beam splitter ; a line sensor ; and an imaging lens , wherein the linear light source is disposed with an inclination of a predetermined angle with respect to a perpendicular line of an optical axis of the imaging lens , wherein the imaging lens forms an image of the linear light source at a position conjugate with the linear light source with an inclination of a predetermined angle with respect to the perpendicular line of the optical axis of the imaging lens , wherein the beam splitter is disposed between the linear light source and the imaging lens , wherein the line sensor is disposed at a position conjugate with the image formed by the imaging lens through the imaging lens and the beam splitter so that the optical axis of the imaging lens has the inclination of the predetermined angle with respect to the perpendicular line of the optical axis reflected by the beam splitter , and wherein the displacement sensor further comprises: an inclination sensor configured to detect an inclination between the measurement object and the optical axis of the imaging lens corresponding to the optical axis of the displacement sensor ; and a detection circuit configured to correct a displacement measured by the displacement sensor based on the inclination detected by the inclination sensor . an inclination sensor configured to detect an inclination between the measurement object and the optical axis of the imaging lens corresponding to the optical axis of the displacement sensor ; and a detection circuit configured to correct a displacement measured by the displacement sensor based on the inclination detected by the inclination sensor .
A thin film transistor device comprising: a first gate electrode disposed on a substrate ; a first gate insulating film for covering the first gate electrode ; a semiconductor layer disposed on the first gate insulating film ; a second gate insulating film for covering the semiconductor layer ; and a second gate electrode disposed on the second gate insulating film , wherein the semiconductor layer includes an N-type semiconductor layer and a P-type semiconductor layer , characterized in that the N-type semiconductor layer and the P-type semiconductor layer are formed vertically integrated as one single layer, wherein an overlapping area between the N-type semiconductor layer and the first gate electrode define a first channel area (CH1) having N-type semiconductor properties and an overlapping area between the P-type semiconductor layer and the second gate electrode define a second channel area (CH2) having P-type semiconductor properties. a first gate electrode disposed on a substrate ; a first gate insulating film for covering the first gate electrode ; a semiconductor layer disposed on the first gate insulating film ; a second gate insulating film for covering the semiconductor layer ; and a second gate electrode disposed on the second gate insulating film , wherein the semiconductor layer includes an N-type semiconductor layer and a P-type semiconductor layer , characterized in that the N-type semiconductor layer and the P-type semiconductor layer are formed vertically integrated as one single layer, wherein an overlapping area between the N-type semiconductor layer and the first gate electrode define a first channel area (CH1) having N-type semiconductor properties and an overlapping area between the P-type semiconductor layer and the second gate electrode define a second channel area (CH2) having P-type semiconductor properties.