mhurhangee/patent-ind-claim-en huggingface dataset:
A semi-submersible type floating structure (1; 201; 401; 501) comprising a plurality of columns (2a, 2b; 202a, 202b; 402; 502a, 502b) as vertically extending columnar buoyancy bodies, a connecting body (3; 203; 403a, 403b; 503) for interconnecting said columns (2a, 2b; 202a, 202b; 402; 502a, 502b) deployed horizontally, and an upper structure (4; 5) connected to an upper portion of at least one (2a; 202a; 402; 502a) of said columns (2a, 2b; 202a, 202b; 402; 502a, 502b) supporting the whole floating structure (1; 201; 401; 501) on water, the column (2a; 202a; 402; 502a) on which applied downwardly from said upper structure (4; 5) is the load larger than that on each of the other columns (2b; 202b; 402; 502b) has a lower portion with a lower hull (23; 223; 423) having an inner cavity and projecting horizontally from said column (2a; 202a; 402; 502a) at a submerged portion, the column (2a; 202a; 402; 502a) among said columns (2a, 2b; 202a, 202b; 402; 502a, 502b) on which applied downwardly from said upper structure (4; 5) is a load larger than that on each of the other columns (2b; 202b; 402; 502b) is larger in buoyancy than each of the other columns (2b; 202b; 402; 502b), thereby correcting load balance while increase in size of the structure (1; 201; 401; 501) and strengthening of the structure (1; 201; 401; 501) are avoided. the column (2a; 202a; 402; 502a) on which applied downwardly from said upper structure (4; 5) is the load larger than that on each of the other columns (2b; 202b; 402; 502b) has a lower portion with a lower hull (23; 223; 423) having an inner cavity and projecting horizontally from said column (2a; 202a; 402; 502a) at a submerged portion, the column (2a; 202a; 402; 502a) among said columns (2a, 2b; 202a, 202b; 402; 502a, 502b) on which applied downwardly from said upper structure (4; 5) is a load larger than that on each of the other columns (2b; 202b; 402; 502b) is larger in buoyancy than each of the other columns (2b; 202b; 402; 502b), thereby correcting load balance while increase in size of the structure (1; 201; 401; 501) and strengthening of the structure (1; 201; 401; 501) are avoided.
A wireless communication method performed by a User Equipment, UE, for an uplink, UL, Physical Random Access Channel, PRACH, transmission, the wireless communication method comprising: receiving a Downlink Control Information, DCI, from a network, NW; and performing the UL PRACH transmission to the NW in response of receiving the DCI, wherein: the DCI indicates a Physical Downlink Control Channel, PDCCH, order, and the PDCCH order is associated with a scheduling offset from the NW for the UE performing the UL PRACH transmission, and the scheduling offset indicates a processing delay of the UE, which is a period between a last symbol of reception of the PDCCH order and a first symbol of the UL PRACH transmission. receiving a Downlink Control Information, DCI, from a network, NW; and performing the UL PRACH transmission to the NW in response of receiving the DCI, wherein: the DCI indicates a Physical Downlink Control Channel, PDCCH, order, and the PDCCH order is associated with a scheduling offset from the NW for the UE performing the UL PRACH transmission, and the scheduling offset indicates a processing delay of the UE, which is a period between a last symbol of reception of the PDCCH order and a first symbol of the UL PRACH transmission. the DCI indicates a Physical Downlink Control Channel, PDCCH, order, and the PDCCH order is associated with a scheduling offset from the NW for the UE performing the UL PRACH transmission, and the scheduling offset indicates a processing delay of the UE, which is a period between a last symbol of reception of the PDCCH order and a first symbol of the UL PRACH transmission.
A speaker assembly , comprising: a shellpot for receiving a speaker motor , the shellpot including a groove extending along an outer surface thereof; a speaker basket including a base portion having an opening therein for receiving the shellpot , the speaker basket including a plurality of flexible tabs substantially surrounding a perimeter of the opening, wherein the speaker basket includes a wall spaced outwardly from and at least partially surrounding the plurality of tabs , and a gap is defined between the tabs and the wall ; and a shim inserted in the gap to engage at least some of the plurality of tabs and at least a portion of the wall to prevent outward flexing of the tabs ; wherein the plurality of tabs are received in the groove to couple the shellpot to the speaker basket . a shellpot for receiving a speaker motor , the shellpot including a groove extending along an outer surface thereof; a speaker basket including a base portion having an opening therein for receiving the shellpot , the speaker basket including a plurality of flexible tabs substantially surrounding a perimeter of the opening, wherein the speaker basket includes a wall spaced outwardly from and at least partially surrounding the plurality of tabs , and a gap is defined between the tabs and the wall ; and a shim inserted in the gap to engage at least some of the plurality of tabs and at least a portion of the wall to prevent outward flexing of the tabs ; wherein the plurality of tabs are received in the groove to couple the shellpot to the speaker basket .
A photosensitizer, for use in treating photodamaged skin by photodynamic therapy (PDT) in an animal, wherein said PDT comprises: a) subjecting the photodamaged skin of said animal to a pretreatment such as a mechanical or chemical pretreatment; b) applying to the photodamaged skin of said animal a composition comprising said photosensitizer for a duration between 20 to 40 minutes; c) removing said photosensitizer; and d) photoactivating said photosensitizer 2.5 hours later for a duration of at least 2 hours with natural light. a) subjecting the photodamaged skin of said animal to a pretreatment such as a mechanical or chemical pretreatment; b) applying to the photodamaged skin of said animal a composition comprising said photosensitizer for a duration between 20 to 40 minutes; c) removing said photosensitizer; and d) photoactivating said photosensitizer 2.5 hours later for a duration of at least 2 hours with natural light.
Ice-cream display cabinet for storing and displaying bulk ice-cream in tubs, comprising: - a technical counter , suitable to be placed on a horizontal floor (O) and to contain refrigeration means ; - a refrigerable display cabinet placed above the technical counter and comprising structural walls that define an inner compartment refrigerable by the refrigeration means ; said refrigerable display cabinet extending in a vertical (Y) direction perpendicular to the horizontal floor (O) and housing ice-cream tubs suitable to hold bulk ice-cream, wherein said ice-cream tubs are placed on parallel floors (P1, P2, P3) spaced in a vertical direction (Y) when contained in the inner compartment , said ice-cream tubs being removable from the inner compartment in an extraction direction (Z) to reach the extracted configuration in which said ice-cream tubs are supported cantilevered by the refrigerable display cabinet . - a technical counter , suitable to be placed on a horizontal floor (O) and to contain refrigeration means ; - a refrigerable display cabinet placed above the technical counter and comprising structural walls that define an inner compartment refrigerable by the refrigeration means ;
A method for transmitting synchronization reference signals for a Device-to-Device, D2D, link at a user equipment, UE, in a wireless communication system, the method comprising: generating a primary synchronization signal, PSS, for the D2D link and a secondary synchronization signal, SSS, for the D2D link; transmitting the PSS for the D2D link, wherein the PSS is repeated in a plurality of symbols in a subframe; transmitting the SSS for the D2D link, wherein the SSS is repeated in a plurality of symbols in the subframe, wherein the PSS for the D2D link is generated by using a root index for the D2D link, wherein the root index for the D2D link is different from a plurality of root indexes for a link between the UE and a base station, BS. generating a primary synchronization signal, PSS, for the D2D link and a secondary synchronization signal, SSS, for the D2D link; transmitting the PSS for the D2D link, wherein the PSS is repeated in a plurality of symbols in a subframe; transmitting the SSS for the D2D link, wherein the SSS is repeated in a plurality of symbols in the subframe, wherein the PSS for the D2D link is generated by using a root index for the D2D link, wherein the root index for the D2D link is different from a plurality of root indexes for a link between the UE and a base station, BS.
A transverse flow water turbine comprising a rotor mounted to be rotatable about a substantially horizontal axis , the rotor comprising at least two planes or triangular ends perpendicular to the axis and at least three blades for causing the rotor to rotate about the axis when the blades are located in flowing water, the blades being disposed between the at least two planes or triangular ends, each of the at least three blades being supported at a first and second end by one of the at least two planes or triangular ends, wherein the rotor comprises a plurality of members in the form of a structure triangulated in three dimensions and thereby forming a plurality of triangles, wherein at least one of said blades comprises one of said members, said at least one blade is elongate and has a line along its length that is substantially straight, and the line of said at least one blade is not parallel to said axis and is arranged such that the line of the blade and the axis do not lie in a common plane, and at least one of the plurality of triangles of the structure triangulated in three dimensions comprises one of the at least two planes or triangular ends and two of the at least three blades .
Closure head for closing a container having a container closure , preferably for closing a container with a screw closure in a beverage filling system, comprising a gripping mechanism for gripping the container closure with at least one gripping arm that can be pivoted about a bearing and a holding jaw , which is arranged on the gripping arm , for holding the container closure , characterised in that the holding jaw is locked on the gripping arm by means of a pre-tensioned pressure pin and the bearing of the gripping arm is locked by means of the pre-tensioned pressure pin such that the holding jaw and the gripping arm are interchangeable.
An apparatus comprising: - a reference providing unit configured to provide a digital reference image of a reference slide comprising a reference slice of an object comprising biological material and to provide a digital annotation in the reference image; - a sample providing unit configured to provide a digital sample image of a sample slide comprising a sample slice of the said object, wherein the sample slice and the reference slice are cut from the same object ; - a recognition unit configured to perform a recognition between the reference image and the sample image to provide a spatial link between the reference image and the sample image; - a determination unit configured to determine on the basis of the spatial link an annotation position for the annotation at the sample slide; characterised by : - an illustration unit configured to illustrate the annotation physically at the annotation position at the sample slide. - a reference providing unit configured to provide a digital reference image of a reference slide comprising a reference slice of an object comprising biological material and to provide a digital annotation in the reference image; - a sample providing unit configured to provide a digital sample image of a sample slide comprising a sample slice of the said object, wherein the sample slice and the reference slice are cut from the same object ; - a recognition unit configured to perform a recognition between the reference image and the sample image to provide a spatial link between the reference image and the sample image; - a determination unit configured to determine on the basis of the spatial link an annotation position for the annotation at the sample slide; characterised by : - an illustration unit configured to illustrate the annotation physically at the annotation position at the sample slide. - an illustration unit configured to illustrate the annotation physically at the annotation position at the sample slide.
A braille display module , comprising: a display panel ; a plurality of pins ; and a plurality of pin-driving assemblies; wherein: each pin-driving assembly corresponds with at least one pin and is for driving the at least one pin ; the plurality of pins are arranged at the display panel in an array form; and a pin is driven by a corresponding pin-driving assembly to raise above the display panel to present information based on a control signal, each of the plurality of pin-driving assemblies comprises one or more rotating shafts and a motor , the pin-driving assembly further comprises one or more elastic members, each elastic member corresponding to one rotating shaft ; characterised in that an upper end of each elastic member is connected with a corresponding pin , a lower end of the elastic member is in contact with the corresponding rotating shaft , and a solid plate is configured at the lower end of the elastic member. a display panel ; a plurality of pins ; and a plurality of pin-driving assemblies; wherein: each pin-driving assembly corresponds with at least one pin and is for driving the at least one pin ; the plurality of pins are arranged at the display panel in an array form; and a pin is driven by a corresponding pin-driving assembly to raise above the display panel to present information based on a control signal, each of the plurality of pin-driving assemblies comprises one or more rotating shafts and a motor , the pin-driving assembly further comprises one or more elastic members, each elastic member corresponding to one rotating shaft ; characterised in that an upper end of each elastic member is connected with a corresponding pin , a lower end of the elastic member is in contact with the corresponding rotating shaft , and a solid plate is configured at the lower end of the elastic member. each pin-driving assembly corresponds with at least one pin and is for driving the at least one pin ; the plurality of pins are arranged at the display panel in an array form; and a pin is driven by a corresponding pin-driving assembly to raise above the display panel to present information based on a control signal, each of the plurality of pin-driving assemblies comprises one or more rotating shafts and a motor , the pin-driving assembly further comprises one or more elastic members, each elastic member corresponding to one rotating shaft ; characterised in that an upper end of each elastic member is connected with a corresponding pin , a lower end of the elastic member is in contact with the corresponding rotating shaft , and a solid plate is configured at the lower end of the elastic member.
A method of cleaning an air intake valve of an engine comprising: introducing a cleaning composition into the air intake of an engine as said engine is running; said cleaning composition comprising: a micro-emulsion including an alkyl hydroxybutyrate having a Hansen solubility parameter greater than 6 and a fuel value sufficiently low that it does not combust in a diesel engine and having a solvency effective to dissolve buildup on said valves; water; a surfactant effective to establish a micro emulsion of said alkyl hydroxybutyrate and said water. a micro-emulsion including an alkyl hydroxybutyrate having a Hansen solubility parameter greater than 6 and a fuel value sufficiently low that it does not combust in a diesel engine and having a solvency effective to dissolve buildup on said valves; water; a surfactant effective to establish a micro emulsion of said alkyl hydroxybutyrate and said water.
A fungicidal combination comprising mancozeb and a systemic fungicide, wherein the systemic fungicide is a combination of (i) a strobilurin fungicide; and (ii) a conazole fungicide; wherein: (i) the strobilurin fungicide is trifloxystrobin and the conazole fungicide is prothioconazole; or (ii) the strobilurin fungicide is picoxystrobin and the conazole fungicide is tebuconazole; or (iii) the strobilurin fungicide is picoxystrobin and the conazole fungicide is cyproconazole; or (iv) the strobilurin fungicide is azoxystrobin and the conazole fungicide is cyproconazole. (i) the strobilurin fungicide is trifloxystrobin and the conazole fungicide is prothioconazole; or (ii) the strobilurin fungicide is picoxystrobin and the conazole fungicide is tebuconazole; or (iii) the strobilurin fungicide is picoxystrobin and the conazole fungicide is cyproconazole; or (iv) the strobilurin fungicide is azoxystrobin and the conazole fungicide is cyproconazole.
A method for processing an audio signal in accordance with a room impulse response , the method comprising: separately processing the audio signal with an early part and a late reverberation of the room impulse response , wherein processing the late reverberation comprises generating a scaled reverberated signal; and combining the audio signal processed with the early part of the room impulse response and the scaled reverberated signal, wherein the audio signal comprises a plurality of input channels, and wherein generating the scaled reverberated signal comprises applying a gain factor to the audio signal processed with the late reverberation of the room impulse response , the gain factor being determined based on a predefined correlation measure or on a calculated correlation measure of the input channels; wherein the predefined correlation measure has a fixed value of 0.1 to 0.9, and wherein the gain factor is determined as follows: g = c u + ρ ⋅ c c c u where ρ = predefined or calculated correlation measure for the audio signal , c u , c c = factors indicative of a condition of the plurality of input channels of the audio signal , with c u referring to totally uncorrelated channels, and c c relating to totally correlated channels, wherein c u and c c are determined as follows: c u = 10 10 ⋅ log 10 K in 20 = K in c c = 10 20 ⋅ log 10 K in 20 = K in where K in = number of active input channels of the audio signal. separately processing the audio signal with an early part and a late reverberation of the room impulse response , wherein processing the late reverberation comprises generating a scaled reverberated signal; and combining the audio signal processed with the early part of the room impulse response and the scaled reverberated signal, wherein the audio signal comprises a plurality of input channels, and wherein generating the scaled reverberated signal comprises applying a gain factor to the audio signal processed with the late reverberation of the room impulse response , the gain factor being determined based on a predefined correlation measure or on a calculated correlation measure of the input channels; wherein the predefined correlation measure has a fixed value of 0.1 to 0.9, and wherein the gain factor is determined as follows: g = c u + ρ ⋅ c c c u where ρ = predefined or calculated correlation measure for the audio signal , c u , c c = factors indicative of a condition of the plurality of input channels of the audio signal , with c u referring to totally uncorrelated channels, and c c relating to totally correlated channels, ρ = predefined or calculated correlation measure for the audio signal , c u , c c = factors indicative of a condition of the plurality of input channels of the audio signal , with c u referring to totally uncorrelated channels, and c c relating to totally correlated channels, wherein c u and c c are determined as follows: c u = 10 10 ⋅ log 10 K in 20 = K in c c = 10 20 ⋅ log 10 K in 20 = K in where K in = number of active input channels of the audio signal. K in = number of active input channels of the audio signal.
An energy storage system for vehicles which consists of a battery and a compartment for the accommodation of the battery in a vehicle, wherein: a) the battery contains a plurality of basic electrical energy storage units inside; b) the compartment for the accommodation of the battery in the vehicle comprises a drawer having geometrical features that allow situating the battery in it, wherein the battery has an approximate external form of a rectangular prism, with the lower base and the upper base enclosed by elements made of a heat conductive material and with electrical connection elements and communication connection elements inserted in its upper base and accessible from outside thereof; characterised in that : the compartment for the accommodation of the battery in the vehicle comprises an ensemble fixed to the structure of the vehicle, installed at the bottom of the vehicle, the drawer being connected to said ensemble , said ensemble contains electrical connection elements and communication connection elements complementary to those of the battery in its upper part, the opening and the closing of the compartment take place with a movement of the drawer respectively having a downward and an upward component, the drawer allows inserting or extracting the battery with a horizontal movement of the battery when the compartment is open, the connections of the respective electrical connection elements , and communication connection elements , are established with the movement of the drawer having the upward component which causes the compartment to be closed and are kept while the compartment is closed. a) the battery contains a plurality of basic electrical energy storage units inside; b) the compartment for the accommodation of the battery in the vehicle comprises a drawer having geometrical features that allow situating the battery in it, wherein the battery has an approximate external form of a rectangular prism, with the lower base and the upper base enclosed by elements made of a heat conductive material and with electrical connection elements and communication connection elements inserted in its upper base and accessible from outside thereof;