mhurhangee/patent-ind-claim-en huggingface dataset:
A substrate suitable for incorporation into an absorbent article for monitoring and detecting the presence of wetness therein and/or risk of exudate leakage therefrom, said substrate comprising a conductive pattern disposed on a first surface capable of being arranged proximal to a body facing side of the absorbent article , wherein said conductive pattern can be brought in electrical communication with a clip-on data processing module , said conductive pattern comprising a plurality of connection tracks ; and a plurality of sensing tracks connected to said connection tracks , characterized in that the conductive pattern is configured in a manner that addressing multiple combinations of said plurality of connection tracks with corresponding terminals of the clip-on data processing module result in multiple electrical circuit configurations for measuring resistance, impedance and/or capacitance therethrough, and wherein the conductive pattern comprises at least four connection tracks and/or sensing tracks and wherein the sensing tracks are arranged so that a separate monitoring of at least three different zones along a lengthwise direction of the core of the absorbent article is possible.
Slicing apparatus , in particular high-speed slicer , for slicing food products into slices , the slicing apparatus comprising: - a feeding unit configured to feed products along a feeding direction (F) into a cutting region in which a blade for slicing the products into slices is arranged; and - a loading apparatus for loading the food products onto and/or into the slicing apparatus , the loading apparatus comprising at least one magazine unit , the at least one magazine unit including a conveying means that endlessly circulates along a running direction (R), wherein the conveying means is configured to lift the products to a transferring height (H) at which the products can be transferred along a transferring direction (T) to the feeding unit , wherein the conveying means includes several product support surfaces , the product support surfaces being oriented essentially perpendicular to the running direction (R) and positioned subsequently along the running direction (R) with a space between each other, wherein at least one product is loadable onto a respective product support surface for lifting the product to the transferring height (H), characterized in that the slicing apparatus further comprises an entraining device that is configured to transfer products lifted to the transferring height (H) along the transferring direction (T) to the feeding unit . - a feeding unit configured to feed products along a feeding direction (F) into a cutting region in which a blade for slicing the products into slices is arranged; and - a loading apparatus for loading the food products onto and/or into the slicing apparatus , the loading apparatus comprising at least one magazine unit , the at least one magazine unit including a conveying means that endlessly circulates along a running direction (R), wherein the conveying means is configured to lift the products to a transferring height (H) at which the products can be transferred along a transferring direction (T) to the feeding unit , wherein the conveying means includes several product support surfaces , the product support surfaces being oriented essentially perpendicular to the running direction (R) and positioned subsequently along the running direction (R) with a space between each other, wherein at least one product is loadable onto a respective product support surface for lifting the product to the transferring height (H), characterized in that the slicing apparatus further comprises an entraining device that is configured to transfer products lifted to the transferring height (H) along the transferring direction (T) to the feeding unit .
A method of handling blind sectors in scanning layers of at least two, a first and a second, redundant sensors being mounted on a vehicle from which a monitored zone extends, such redundant sensors each providing a cloud of points representative of objects present in their respective fields of view, the method comprising the steps of: - detecting the formation of at least two, a first and a second, large blind sectors , wherein the first large blind sector is in one of the scanning layers of the first redundant sensor, and the second large blind sector is in one of the scanning layers of the second redundant sensor; - calculating an overlap between the first large blind sector and the second large blind sector ; and - if the overlap lies within the monitored zone , sending a critical signal to the vehicle ; the method being characterized in that the step of detecting the formation of at least two, a first and a second, large blind sectors further comprises: - detecting for each of the redundant sensors that a density of abnormal cloud points exceeds a first threshold indicative of obstructive elements that are in the vicinity of the redundant sensor's protective housing ; and - detecting for each of the redundant sensors that the angle determined by the size of the cloud of abnormal cloud points exceeds a second threshold. - detecting the formation of at least two, a first and a second, large blind sectors , wherein the first large blind sector is in one of the scanning layers of the first redundant sensor, and the second large blind sector is in one of the scanning layers of the second redundant sensor; - calculating an overlap between the first large blind sector and the second large blind sector ; and - if the overlap lies within the monitored zone , sending a critical signal to the vehicle ; - detecting for each of the redundant sensors that a density of abnormal cloud points exceeds a first threshold indicative of obstructive elements that are in the vicinity of the redundant sensor's protective housing ; and - detecting for each of the redundant sensors that the angle determined by the size of the cloud of abnormal cloud points exceeds a second threshold.
A reinforcement structure comprising a plurality of woven cords , each woven cord comprising materials with melting points in a range of from 130°C to 230°C or from 130°C to 175°C, characterized in that each woven cord has a width in a range of from 0.5 mm to 1.6 mm and a thickness in a range of from 0.2 mm to 0.8 mm.
A fingerprint identifying device, comprising: a substrate ; a transparent cover plate ; a detection light source , located on a first side of the transparent cover plate ; and a photoelectric sensor , wherein, the substrate is a display panel, the transparent cover plate has a side surface (S1) on the first side, and an angle α between the side surface and the upper surface of the transparent cover plate is an acute angle, the detection light source is configured to provide a light beam towards the side surface of the transparent cover plate , a refractive index of the transparent cover plate is less than a refractive index of a skin of a human fingerprint part so that the light beam is reflected and refracted in a case that the upper surface of the transparent cover plate is in contact with a ridge of a finger , and the refractive index of the skin of the human fingerprint part is 1.55; characterized in that, the transparent cover plate is a glass cover plate and is located right above the substrate ; the light beam is incident to the upper surface of the transparent cover plate through the side surface of the transparent cover plate , and is totally reflected on the upper surface of the transparent cover plate to reach the photoelectric sensor in a case that the upper surface of the transparent cover plate is in contact with air, the photoelectric sensor is located on a side of the lower surface of the transparent cover plate , and the photoelectric sensor is configured to receive a light beam (B2) which is totally reflected from the upper surface of the transparent cover plate . a substrate ; a transparent cover plate ; a detection light source , located on a first side of the transparent cover plate ; and a photoelectric sensor , wherein, the substrate is a display panel, the transparent cover plate has a side surface (S1) on the first side, and an angle α between the side surface and the upper surface of the transparent cover plate is an acute angle, the detection light source is configured to provide a light beam towards the side surface of the transparent cover plate , a refractive index of the transparent cover plate is less than a refractive index of a skin of a human fingerprint part so that the light beam is reflected and refracted in a case that the upper surface of the transparent cover plate is in contact with a ridge of a finger , and the refractive index of the skin of the human fingerprint part is 1.55; characterized in that, the transparent cover plate is a glass cover plate and is located right above the substrate ; the light beam is incident to the upper surface of the transparent cover plate through the side surface of the transparent cover plate , and is totally reflected on the upper surface of the transparent cover plate to reach the photoelectric sensor in a case that the upper surface of the transparent cover plate is in contact with air, the photoelectric sensor is located on a side of the lower surface of the transparent cover plate , and the photoelectric sensor is configured to receive a light beam (B2) which is totally reflected from the upper surface of the transparent cover plate .
Switchable or controllable hydraulic mount having a first fluid chamber , a second fluid chamber , and a throttle duct which can connect the first fluid chamber and the second fluid chamber in terms of flow, wherein at least one pressure equalization element is arranged and configured within the throttle duct in such a way that, in the event of a predetermined pressure being exceeded, said at least one pressure equalization element produces a connection in terms of fluid flow between the throttle duct and one of the two fluid chambers (20; 25), characterized in that the pressure equalization element is a slotted rubber moulded part . a first fluid chamber , a second fluid chamber , and a throttle duct which can connect the first fluid chamber and the second fluid chamber in terms of flow, wherein at least one pressure equalization element is arranged and configured within the throttle duct in such a way that, in the event of a predetermined pressure being exceeded, said at least one pressure equalization element produces a connection in terms of fluid flow between the throttle duct and one of the two fluid chambers (20; 25), characterized in that the pressure equalization element is a slotted rubber moulded part .
An air spring device comprising: an upper member and a lower member ; and a tubular membrane member , in an interior of which a compressed gas is sealed at atmospheric pressure or higher, having openings , at both ends, respectively coupled to the upper and lower members ; characterised in that , the upper member and the lower member respectively comprise contact portions that slidably contact each other when the tubular membrane member is evacuated; and at least one of the upper member and the lower member comprises: a plurality of the contact portions ; a plurality of holding portions having the contact portions attached to the front surfaces thereof; and a base portion supporting the rear surfaces of the holding portions ; wherein the plurality of holding portions are provided so as to be able to be respectively attached to and detached from the base portion . an upper member and a lower member ; and a tubular membrane member , in an interior of which a compressed gas is sealed at atmospheric pressure or higher, having openings , at both ends, respectively coupled to the upper and lower members ; characterised in that , the upper member and the lower member respectively comprise contact portions that slidably contact each other when the tubular membrane member is evacuated; and at least one of the upper member and the lower member comprises: a plurality of the contact portions ; a plurality of holding portions having the contact portions attached to the front surfaces thereof; and a base portion supporting the rear surfaces of the holding portions ; wherein the plurality of holding portions are provided so as to be able to be respectively attached to and detached from the base portion . a plurality of the contact portions ; a plurality of holding portions having the contact portions attached to the front surfaces thereof; and a base portion supporting the rear surfaces of the holding portions ; wherein the plurality of holding portions are provided so as to be able to be respectively attached to and detached from the base portion .
Method for ironing laundry items, wherein at least one ironer smooths out the laundry items and, in the process, definitively dries them in that, as they pass through the at least one ironer, the laundry items are transported along a heatable ironing surface of the at least one ironer, characterized in that laundry items of different types are ironed in an unsorted state, in any desired order, by the ironers or the respective ironer being heated such that the ironing surface or ironing surfaces thereof are at any ironing temperature which corresponds to, or lies below, the ironing temperature of the most delicate laundry items to be ironed, by the ironing temperature being reduced at least to the maximum admissible temperature for the most delicate laundry items, wherein the ironer or the ironers together has or have an ironing path which the laundry items cover as they pass through the ironer or the ironers and which, with the ironing temperature adapted and/or reduced, is sufficient in order also for less delicate laundry items and laundry items which allow a relatively high ironing temperature to be satisfactorily smoothed out and dried and/or, for the purpose of compensating for the ironing temperature which is reduced for adaptation to delicate laundry items, the ironing speed is reduced such that the energy supply which is necessary for sufficiently smoothing out and drying non-delicate laundry items corresponds to the energy used for ironing non-delicate laundry items at maximum ironing temperature.
A method for detecting at least one detectable state of an animal , the method comprising: computing a mean magnitude value of a first signal indicative of movement of the head of the animal from an acceleration sensor attached to the animal during each first predefined time period of a plurality of first predefined time periods, counting the numbers of positive and negative peaks of the first signal during each first predefined time period, the absolute magnitude values of which with reference to the mean magnitude value lie within a predefined range of absolute magnitude values, and computing the maximum peak to peak value of the first signal during each first predefined time period as the sum of the absolute magnitude values of the maximum positive peak value with reference to the mean magnitude value and the maximum negative peak value with reference to the mean magnitude value of the first signal during the corresponding first predefined time period, wherein the at least one detectable state of the animal is detected during each first predefined time period in response to at least one of the value of the count of the positive and negative peak values of the first signal which lie within the predefined range of absolute magnitude values during the corresponding first predefined time period, and the computed maximum peak to peak value of the first signal during the corresponding first predefined time period. computing a mean magnitude value of a first signal indicative of movement of the head of the animal from an acceleration sensor attached to the animal during each first predefined time period of a plurality of first predefined time periods, counting the numbers of positive and negative peaks of the first signal during each first predefined time period, the absolute magnitude values of which with reference to the mean magnitude value lie within a predefined range of absolute magnitude values, and computing the maximum peak to peak value of the first signal during each first predefined time period as the sum of the absolute magnitude values of the maximum positive peak value with reference to the mean magnitude value and the maximum negative peak value with reference to the mean magnitude value of the first signal during the corresponding first predefined time period, wherein the at least one detectable state of the animal is detected during each first predefined time period in response to at least one of the value of the count of the positive and negative peak values of the first signal which lie within the predefined range of absolute magnitude values during the corresponding first predefined time period, and the computed maximum peak to peak value of the first signal during the corresponding first predefined time period.
A method performed by a terminal for receiving a signal in a wireless communication system, the method comprising: receiving, from a base station, a parameter relating to a channel state information reference signal, CSI-RS, for a preparation operation, the parameter including information on a number of discontinuous reception, DRX, occasions associated with the CSI-RS; receiving, from the base station outside a DRX active time, the CSI-RS based on the parameter; performing, by using the received CSI-RS, the preparation operation for monitoring a physical downlink control channel, PDCCH, in the DRX active time; and monitoring the PDCCH in the DRX occasions within the DRX active time based on a result of the preparation operation, wherein the CSI-RS is received outside the DRX active time, in case that a DRX cycle configured for the terminal is larger than or equal to a threshold value. receiving, from a base station, a parameter relating to a channel state information reference signal, CSI-RS, for a preparation operation, the parameter including information on a number of discontinuous reception, DRX, occasions associated with the CSI-RS; receiving, from the base station outside a DRX active time, the CSI-RS based on the parameter; performing, by using the received CSI-RS, the preparation operation for monitoring a physical downlink control channel, PDCCH, in the DRX active time; and monitoring the PDCCH in the DRX occasions within the DRX active time based on a result of the preparation operation, wherein the CSI-RS is received outside the DRX active time, in case that a DRX cycle configured for the terminal is larger than or equal to a threshold value.
A chewing gum base comprising an Edible Oil Elastomer (EOE) wherein the Edible Oil Elastomer is prepared by reacting an epoxidized edible oil with a multifunctional carboxylic acid.
Bearing arrangement of a machining shaft of a machining device rotating about an axis of rotation 1b) in particular a compacting and/or perforating and/or separating device, for objects to be processed, with 1c) an axially fixed or axially loose shaft bearing 1d) a support plate , at the outside of which the shaft bearing is fixed directly or at a distance, 1e) a splash protection wall arranged at the inside of the support plate and at a distance from the support plate wherein the support plate and the splash protection wall each have a passage for each machining shaft , where 1g) a scraper device with a plate-shaped scraper is arranged within the distance between the support plate and the splash protection wall for scraping off impurities from the scraping section of the machining shaft passing through the distance , characterized in that 1h) the scraper butts with a scraping edge as the front, acute-angled end of a scraper extension against the scraping section of the machining shaft or a shaft part, such as a ring , fixed non-rotatably on the machining shaft . 1b) in particular a compacting and/or perforating and/or separating device, for objects to be processed, with 1c) an axially fixed or axially loose shaft bearing 1d) a support plate , at the outside of which the shaft bearing is fixed directly or at a distance, 1e) a splash protection wall arranged at the inside of the support plate and at a distance from the support plate wherein the support plate and the splash protection wall each have a passage for each machining shaft , where 1g) a scraper device with a plate-shaped scraper is arranged within the distance between the support plate and the splash protection wall for scraping off impurities from the scraping section of the machining shaft passing through the distance , characterized in that 1h) the scraper butts with a scraping edge as the front, acute-angled end of a scraper extension against the scraping section of the machining shaft or a shaft part, such as a ring , fixed non-rotatably on the machining shaft .
A glass panel unit assembly (100; 100A; 100B; 100C) for manufacturing one or more glass panel units, the glass panel unit assembly comprising: a pair of glass substrates arranged to face each other; a peripheral wall having a frame shape and disposed between the pair of glass substrates ; a plurality of partitions arranged to partition an internal space , surrounded with the pair of glass substrates and the peripheral wall , into an evacuation space and a ventilation space ; an evacuation port connecting the ventilation space to an external environment; and an air passage provided to evacuate the evacuation space through the evacuation port , the plurality of partitions including a first partition and a second partition , of which lengths are defined in two different directions, an end of the second partition facing a side portion of the first partition with a predetermined gap left between the first partition and the second partition , the air passage being a space between the end of the second partition and the side portion of the first partition , the second partition including, at the end thereof, a swollen portion protruding toward the evacuation space , wherein the swollen portion protrudes toward both ends along the width of the second partition . a pair of glass substrates arranged to face each other; a peripheral wall having a frame shape and disposed between the pair of glass substrates ; a plurality of partitions arranged to partition an internal space , surrounded with the pair of glass substrates and the peripheral wall , into an evacuation space and a ventilation space ; an evacuation port connecting the ventilation space to an external environment; and an air passage provided to evacuate the evacuation space through the evacuation port , the plurality of partitions including a first partition and a second partition , of which lengths are defined in two different directions, an end of the second partition facing a side portion of the first partition with a predetermined gap left between the first partition and the second partition , the air passage being a space between the end of the second partition and the side portion of the first partition , the second partition including, at the end thereof, a swollen portion protruding toward the evacuation space , wherein the swollen portion protrudes toward both ends along the width of the second partition .
A method for locating an object underwater, wherein a sound transmitter transmits a sound pulse, the sound pulse is reflected at the object to be located and is received by a sound receiver spatially distant from the sound transmitter , characterized in that the sound pulse contains encoded information relating to the time of transmission of the sound pulse and the transmission position of the sound transmitter , which is decoded by the sound receiver from the reflected sound pulse, in order to determine the position of the object , wherein the time of transmission of the sound pulse and the transmission position of the sound transmitter are encoded at the time of transmission together in the one sound pulse..