mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a pilot signal, comprising: determining, by a transmit end device based on prestored N pilot patterns, a target pilot pattern corresponding to a total quantity of transport layers to transmit data, so as to determine a target time-frequency resource for transmitting a pilot signal based on the target pilot pattern, wherein the target pilot pattern corresponds to an index number, the N pilot patterns are different from each other, N is determined based on a maximum transport layer quantity L and a code length C of an orthogonal cover code, OCC, used between transport layers, N= ┌ L/ C ┐ , wherein ┌ ┐ represents roundup, a value of C is 2 n , and n is a natural number greater than or equal to 1; and sending, by the transmit end device , indication information to a receive end device, wherein the indication information is used to indicate the index number of the target pilot pattern, for instructing the receive end device to receive the pilot signal from the transmit end device based on the target time-frequency resource. determining, by a transmit end device based on prestored N pilot patterns, a target pilot pattern corresponding to a total quantity of transport layers to transmit data, so as to determine a target time-frequency resource for transmitting a pilot signal based on the target pilot pattern, wherein the target pilot pattern corresponds to an index number, the N pilot patterns are different from each other, N is determined based on a maximum transport layer quantity L and a code length C of an orthogonal cover code, OCC, used between transport layers, N= ┌ L/ C ┐ , wherein ┌ ┐ represents roundup, a value of C is 2 n , and n is a natural number greater than or equal to 1; and sending, by the transmit end device , indication information to a receive end device, wherein the indication information is used to indicate the index number of the target pilot pattern, for instructing the receive end device to receive the pilot signal from the transmit end device based on the target time-frequency resource.
Method of preserving a water treatment system with a brine , wherein the water treatment system comprises a container in which at least one water treatment structure is arranged, and wherein the water treatment system remains in a preservation state for a preservation time t1 of at least 8 hours, in particular wherein the preservation state is terminated by rinsing the container with water prior to a start-up of the water treatment system , characterized in that in the preservation state a surface of the at least one water treatment structure in the container is kept wetted with the brine , and a surrounding area of the at least one water treatment structure in the container is kept filled with a gas . wherein the water treatment system comprises a container in which at least one water treatment structure is arranged, and wherein the water treatment system remains in a preservation state for a preservation time t1 of at least 8 hours, in particular wherein the preservation state is terminated by rinsing the container with water prior to a start-up of the water treatment system , characterized in that in the preservation state a surface of the at least one water treatment structure in the container is kept wetted with the brine , and a surrounding area of the at least one water treatment structure in the container is kept filled with a gas .
A scanning system comprising: a helical track system configured to be placed around an elongate structure ; a translating structure configured to move on the helical track system on a helical path ; and a scanner connected to the translating structure , wherein the scanner is configured to emit an x-ray beam , wherein the scanner comprises: an x-ray source configured to emit the x-ray beam ; and a sensor system configured to detect backscatter caused by the x-ray beam encountering the elongate structure . a helical track system configured to be placed around an elongate structure ; a translating structure configured to move on the helical track system on a helical path ; and a scanner connected to the translating structure , wherein the scanner is configured to emit an x-ray beam , an x-ray source configured to emit the x-ray beam ; and a sensor system configured to detect backscatter caused by the x-ray beam encountering the elongate structure .
A chipset , comprising: M chips, wherein the M chips are capable of being installed on a plurality of consumables in one-to-one correspondence; the plurality of consumables are capable of being detachably installed on an image forming apparatus; and each chip includes: an installation detecting terminal; and a chip controller, configured to control the installation detecting terminal of the each chip to output a low level after the chip is powered on, wherein characterized in that time points for installation detecting terminals of all of the M chips to output low levels are different from each other, and M is a natural number greater than or equal to 2. an installation detecting terminal; and a chip controller, configured to control the installation detecting terminal of the each chip to output a low level after the chip is powered on, wherein
A display apparatus, comprising: an anisotropic absorption layer ; a display panel ; and a scattering layer arranged at outer side of the anisotropic absorption layer and adapted to change emitting directions of the display lights from the anisotropic absorption layer such that the display lights have different emitting directions, wherein the anisotropic absorption layer is arranged at a light-emitting side of the display panel and adapted to absorb ambient lights and transmit display lights from the display panel, wherein a predefined angle in a range from 0° to 30° is formed between an absorption axis of the anisotropic absorption layer and a normal of the display panel , and characterised in that the anisotropic absorption layer is made of nano-tubes on which a fourth material is arranged, and the fourth material is adapted to absorb lights. an anisotropic absorption layer ; a display panel ; and a scattering layer arranged at outer side of the anisotropic absorption layer and adapted to change emitting directions of the display lights from the anisotropic absorption layer such that the display lights have different emitting directions, wherein the anisotropic absorption layer is arranged at a light-emitting side of the display panel and adapted to absorb ambient lights and transmit display lights from the display panel, wherein a predefined angle in a range from 0° to 30° is formed between an absorption axis of the anisotropic absorption layer and a normal of the display panel , and characterised in that the anisotropic absorption layer is made of nano-tubes on which a fourth material is arranged, and the fourth material is adapted to absorb lights.
A method for assigning a service quality of a radio access network to a wireless connection, comprising the steps: - a mobile application establishes a wireless connection to an application backend via an access node of a radio access network ; wherein - the mobile application transmits a quality function to the radio access network , wherein the quality function is transmitted as a quality matrix with discrete latency values as row indices of the quality matrix and discrete data rate values as column indices of the quality matrix and quality indices as matrix elements of the quality matrix ; and - a scheduler of the radio access network assigns a service quality of the radio access network to the established wireless connection depending on the transmitted quality function , wherein a predefined combination of a minimum data rate and a maximum latency for uplink and downlink, respectively, is assigned as parameters of the service quality. - a mobile application establishes a wireless connection to an application backend via an access node of a radio access network ; - the mobile application transmits a quality function to the radio access network , wherein the quality function is transmitted as a quality matrix with discrete latency values as row indices of the quality matrix and discrete data rate values as column indices of the quality matrix and quality indices as matrix elements of the quality matrix ; and - a scheduler of the radio access network assigns a service quality of the radio access network to the established wireless connection depending on the transmitted quality function , wherein a predefined combination of a minimum data rate and a maximum latency for uplink and downlink, respectively, is assigned as parameters of the service quality.
A method for analyzing a formalin fixed paraffin embedded tissue sample to determine whether a first target is proximal to a second target, the method comprising: contacting the sample with a first conjugate probe comprising a biotin ligase and a specific binding moiety for associating with the first target; contacting the sample with a second conjugate probe comprising a biotin ligase substrate and a specific binding moiety for associating with the second target; contacting the sample with biotin and ATP so that the biotin ligase biotinylates the biotin ligase substrate if the first target is proximal to the second target; and detecting the biotin if the first target is proximal to the second target. contacting the sample with a first conjugate probe comprising a biotin ligase and a specific binding moiety for associating with the first target; contacting the sample with a second conjugate probe comprising a biotin ligase substrate and a specific binding moiety for associating with the second target; contacting the sample with biotin and ATP so that the biotin ligase biotinylates the biotin ligase substrate if the first target is proximal to the second target; and detecting the biotin if the first target is proximal to the second target.
Use of a wind turbine test device for producing current and/or voltage values which correspond to an error in an energy supply network , wherein the wind turbine test device has a transformer unit having a transformer and a transformer switching unit , a first connection for connecting to a wind turbine which is intended to be tested, a second connection for connecting to an energy supply network , a coil unit in series with the first connection , and a test switching unit between the first and second connections , wherein, in a first operating mode, that is to say, normal operating mode, the transformer switching unit is open and the test switching unit is closed, wherein, in a second operating mode, that is to say, the test operating mode, the transformer switching unit is first closed so that a circular current flows and the test switching unit is subsequently opened so that circular current no longer flows and a voltage increase or voltage decrease is applied at the first connection .
A powered banding device comprising: a housing having a feed slot along a top surface; a plurality of gears within the housing and configured to pull a tail end of a band through the feed slot as the plurality of gears rotate; an electric motor coupled to and configured to cause rotation of the plurality of gears to pull the band between the plurality of gears ; characterized by torque circuitry coupled to the electric motor and configured to calculate a torque using a motor current of the electric motor to determine when to stop rotating the plurality of gears ; a buckle clamp configured to hold a buckle of the band when pulling the tail end of the band through the housing ; a roller slot formed in the housing between the feed slot and the plurality of gears , the roller slot having a first horizontal portion and a second downward curved portion; a roller pin within the roller slot ; and a cutter blade positioned behind the roller pin within the roller slot ; wherein the roller pin is configured to move through the roller slot when the electric motor stops pulling to form a fold in the band as the roller pin moves to an end of the second downward curved portion, and the cutter blade follows the roller pin and cuts the band above the roller pin as the cutter blade extends across the second downward curved portion of the roller slot . a housing having a feed slot along a top surface; a plurality of gears within the housing and configured to pull a tail end of a band through the feed slot as the plurality of gears rotate; an electric motor coupled to and configured to cause rotation of the plurality of gears to pull the band between the plurality of gears ; characterized by torque circuitry coupled to the electric motor and configured to calculate a torque using a motor current of the electric motor to determine when to stop rotating the plurality of gears ; a buckle clamp configured to hold a buckle of the band when pulling the tail end of the band through the housing ; a roller slot formed in the housing between the feed slot and the plurality of gears , the roller slot having a first horizontal portion and a second downward curved portion; a roller pin within the roller slot ; and a cutter blade positioned behind the roller pin within the roller slot ; wherein the roller pin is configured to move through the roller slot when the electric motor stops pulling to form a fold in the band as the roller pin moves to an end of the second downward curved portion, and the cutter blade follows the roller pin and cuts the band above the roller pin as the cutter blade extends across the second downward curved portion of the roller slot .
A first communication apparatus comprising: wireless communication means adapted for performing wireless communication compliant with the IEEE 802.11 standard; acquiring means adapted for acquiring first information used in an authentication processing with a second communication apparatus (100; 400, 402, 403), by other than wireless communication compliant with the IEEE 802.11 standard; reception means adapted for receiving second information, which is used in the authentication processing, from the second communication apparatus via the wireless communication means; authentication means adapted for performing the authentication processing (S713, S1016, S1024) by using the first information acquired by the acquiring means and the second information received by the reception means, wherein the authentication processing performed by the authentication means succeeds if the received second information corresponds to the acquired first information; and transmission means adapted for transmitting a communication parameter necessary for establishing a wireless connection compliant with the IEEE 802.11 standard with the first communication apparatus to the second communication apparatus via the wireless communication means in case that the authentication processing performed by the authentication means succeeds. wireless communication means adapted for performing wireless communication compliant with the IEEE 802.11 standard; acquiring means adapted for acquiring first information used in an authentication processing with a second communication apparatus (100; 400, 402, 403), by other than wireless communication compliant with the IEEE 802.11 standard; reception means adapted for receiving second information, which is used in the authentication processing, from the second communication apparatus via the wireless communication means; authentication means adapted for performing the authentication processing (S713, S1016, S1024) by using the first information acquired by the acquiring means and the second information received by the reception means, wherein the authentication processing performed by the authentication means succeeds if the received second information corresponds to the acquired first information; and transmission means adapted for transmitting a communication parameter necessary for establishing a wireless connection compliant with the IEEE 802.11 standard with the first communication apparatus to the second communication apparatus via the wireless communication means in case that the authentication processing performed by the authentication means succeeds.
A beauty apparatus comprising: a first stimulation provider configured to provide a skin with a first stimulation and comprising a probe head ; a second stimulation provider configured to provide the skin with a second stimulation induced by an electromagnetic change in a radio frequency (RF), and different in type from the first stimulation; a detector configured to detect a contact of the skin with the first stimulation provider and the second stimulation provider ; a controller configured to control the first stimulation provider and the second stimulation provider , based on a detection result of the detector , and a retractable mechanism for retracting the first stimulation provider in relation to the second stimulation provider when the probe head of the first stimulation provider is pressed against the skin, the retractable mechanism being configured to stop the retracting when the detector detects contact of the skin with both the first stimulation provider and the second stimulation provider . a first stimulation provider configured to provide a skin with a first stimulation and comprising a probe head ; a second stimulation provider configured to provide the skin with a second stimulation induced by an electromagnetic change in a radio frequency (RF), and different in type from the first stimulation; a detector configured to detect a contact of the skin with the first stimulation provider and the second stimulation provider ; a controller configured to control the first stimulation provider and the second stimulation provider , based on a detection result of the detector , and a retractable mechanism for retracting the first stimulation provider in relation to the second stimulation provider when the probe head of the first stimulation provider is pressed against the skin, the retractable mechanism being configured to stop the retracting when the detector detects contact of the skin with both the first stimulation provider and the second stimulation provider .
A motorcycle tire for rough terrain comprising a tread portion which is, when an axial developed width of the tread portion from the tire equator to each tread edge is trisected into an axially inner crown region, an axially outer shoulder region and a middle region therebetween, provided with middle blocks in the middle regions, wherein each middle block provided in its ground contacting top surface with an auxiliary groove extending in the tire circumferential direction, wherein the auxiliary grooves include those having both circumferential ends opened, characterized in that the depth (D) of each auxiliary groove of the middle block is in a range of from 15 % to 35 % of the height (H) of the middle block .
An absorbent feminine hygiene product comprising a first surface oriented toward the body of the wearer and a second surface oriented toward the garment of the wearer said absorbent product comprising a topsheet, a backsheet and an absorbent core interposed in between, said absorbent core having a longitudinal and a transversal axis, the absorbent core being formed by the following layers: a cover layer having a first and a second surface, a layer of first auxiliary adhesive deposited on the second surface of the cover layer , a substrate layer having a first and a second surface, an absorbent layer comprising a layer of super absorbent polymer particles and a layer of thermoplastic adhesive ; an optional layer of second auxiliary adhesive deposited on the first surface of the substrate layer wherein the layer of super absorbent polymer particles is comprised between the second surface of the cover layer and the first surface of the substrate layer ; wherein the layer of thermoplastic adhesive covers the layer of super absorbent polymer particles on the first surface of the substrate layer ; and wherein the first auxiliary adhesive is deposited in a pattern to cover less than 35% and more than 25% of the surface area of the second surface of the cover layer . a cover layer having a first and a second surface, a layer of first auxiliary adhesive deposited on the second surface of the cover layer , a substrate layer having a first and a second surface, an absorbent layer comprising a layer of super absorbent polymer particles and a layer of thermoplastic adhesive ; an optional layer of second auxiliary adhesive deposited on the first surface of the substrate layer wherein the layer of super absorbent polymer particles is comprised between the second surface of the cover layer and the first surface of the substrate layer ; wherein the layer of thermoplastic adhesive covers the layer of super absorbent polymer particles on the first surface of the substrate layer ; and wherein the first auxiliary adhesive is deposited in a pattern to cover less than 35% and more than 25% of the surface area of the second surface of the cover layer .
A composite solid electrolyte separation membrane comprising: inorganic fiber; a sodium oxide-based ceramic material impregnated into the inorganic fiber; and an electrolyte impregnated into the inorganic fiber into which the sodium oxide-based ceramic material is impregnated, characterized in that the sodium oxide-based ceramic material is any one of NASICON (Na 3 Zr 2 Si 2 PO 12 ), sodium polyphosphate (Na 5 P 3 O 10 ), and trisodium phosphate (Na 3 PO 4 ·12H 2 O). inorganic fiber; a sodium oxide-based ceramic material impregnated into the inorganic fiber; and an electrolyte impregnated into the inorganic fiber into which the sodium oxide-based ceramic material is impregnated, characterized in that the sodium oxide-based ceramic material is any one of NASICON (Na 3 Zr 2 Si 2 PO 12 ), sodium polyphosphate (Na 5 P 3 O 10 ), and trisodium phosphate (Na 3 PO 4 ·12H 2 O).