mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine wheel comprising a plurality of long blades and a plurality of short blades , wherein a trailing edge of each short blade is positioned upstream of a trailing edge of each long blade in an axial direction of the turbine wheel , and wherein at least one of a leading edge of each long blade or a leading edge of each short blade includes an inclined part which is inclined so that a distance (R) to a rotational axis (O) of the turbine wheel decreases toward a hub characterized in that, when X1 is an intersection between the leading edge of each short blade and a middle span line (Lc) formed by a set of middle positions in a span direction (D) of the short blade , R1 is a distance between the intersection X1 and the rotational axis (O) of the turbine wheel , R0 is an outer diameter of the turbine wheel, and D is a distance between the leading edge of the short blade and the trailing edge of the short blade along the middle span line (Lc), the following expression (A) is satisfied: R 0 − R 1 + D / R 0 − R 1 > 12.5
A beverage dispensing device for dispensing beverage from a beverage container to an outlet, comprising: - a receptacle for a beverage container made from deformable material, said receptacle being defined by means for deforming the beverage container in order to expel beverage stored therein; - a dispensing line fluidly connecting the beverage container and an outlet , the dispensing line having a first inner diameter (D1); - an actuator arranged at the outlet in connection with the dispensing line adapted for opening and closing the fluid connection between the beverage container and the outlet ; wherein means for measuring a pressure of the beverage in the beverage container and/or in the dispensing line is arranged in connection with the beverage container and/or the dispensing line, the measured pressure being used for controlling the means for deforming the beverage container , so that a predetermined pressure of the beverage at the outlet is attained, characterised in that the dispensing line comprises a connecting device adapted to pierce the beverage container in order to bring an inside of the beverage container into fluid communication with the dispensing line, and a centre tube part arranged between the connecting device and the dispensing line , the centre tube part having a second inner diameter (D2), the second inner diameter (D2) being larger than the first inner diameter (D1) of the dispensing line. - a receptacle for a beverage container made from deformable material, said receptacle being defined by means for deforming the beverage container in order to expel beverage stored therein; - a dispensing line fluidly connecting the beverage container and an outlet , the dispensing line having a first inner diameter (D1); - an actuator arranged at the outlet in connection with the dispensing line adapted for opening and closing the fluid connection between the beverage container and the outlet ;
An inner rear fender structure for a motorcycle comprising: a swing arm supported by a pivot mounted to a body frame , and a rear tire supported by said swing arm at the rear end of the motorcycle and, an inner rear fender mounted to said swing arm covering a front portion of said rear tire , wherein said inner rear fender structure comprises a swing arm shape portion designed to take a shape of said swing arm as if it forms part of said swing arm ; and an inner rear fender portion mounted close to outer surface of the front portion of said rear tire ; characterised in that said inner rear fender structure comprises: a groove portion disposed between said swing arm shape portion and said inner rear fender portion , a ridge structure extending from said groove portion to the rear end of said inner rear fender portion , wherein said ridge structure comprises a pair of ridges (330L, R) formed symmetrically in a side direction and on the upper surface of said inner rear fender portion , and a protrusion formed between said pair of ridges (330L,R) and extending rearward from said swing arm shape portion , wherein said groove portion is formed in the same outline as the protrusion . a swing arm supported by a pivot mounted to a body frame , and a rear tire supported by said swing arm at the rear end of the motorcycle and, an inner rear fender mounted to said swing arm covering a front portion of said rear tire , wherein said inner rear fender structure comprises a swing arm shape portion designed to take a shape of said swing arm as if it forms part of said swing arm ; and an inner rear fender portion mounted close to outer surface of the front portion of said rear tire ; characterised in that said inner rear fender structure comprises: a groove portion disposed between said swing arm shape portion and said inner rear fender portion , a ridge structure extending from said groove portion to the rear end of said inner rear fender portion , wherein said ridge structure comprises a pair of ridges (330L, R) formed symmetrically in a side direction and on the upper surface of said inner rear fender portion , and a protrusion formed between said pair of ridges (330L,R) and extending rearward from said swing arm shape portion , a groove portion disposed between said swing arm shape portion and said inner rear fender portion , a ridge structure extending from said groove portion to the rear end of said inner rear fender portion , wherein said ridge structure comprises a pair of ridges (330L, R) formed symmetrically in a side direction and on the upper surface of said inner rear fender portion , and a protrusion formed between said pair of ridges (330L,R) and extending rearward from said swing arm shape portion , wherein said groove portion is formed in the same outline as the protrusion .
A method of controlling operation of a radio network , the radio network comprising a plurality of service areas , the method comprising: receiving a first input relating to a transport system , the transport system providing for at least one vehicle , wherein the first input is indicative of a position of the vehicle in the transport system; determining, on the basis of the first input and data which is indicative of the plurality of service areas , which of the service areas will next serve one or more radio terminals associated with the vehicle ; and outputting a control signal for use in controlling operation of the radio network based on the determination of which of the service areas will next serve the one or more radio terminals associated with the vehicle; wherein the service area comprises a plurality of cells, and the radio network comprises one or more baseband processing units which are shared by a plurality of the cells of the service area, wherein the control signal is for use in pre-configuring the one or more baseband processing units associated with the service area determined to next serve the one or more radio terminals associated with the vehicle . receiving a first input relating to a transport system , the transport system providing for at least one vehicle , wherein the first input is indicative of a position of the vehicle in the transport system; determining, on the basis of the first input and data which is indicative of the plurality of service areas , which of the service areas will next serve one or more radio terminals associated with the vehicle ; and outputting a control signal for use in controlling operation of the radio network based on the determination of which of the service areas will next serve the one or more radio terminals associated with the vehicle; wherein the service area comprises a plurality of cells, and the radio network comprises one or more baseband processing units which are shared by a plurality of the cells of the service area, wherein the control signal is for use in pre-configuring the one or more baseband processing units associated with the service area determined to next serve the one or more radio terminals associated with the vehicle .
Colour display device having a display area with a plurality of pixels, wherein the display area consists of non-illuminated areas and illuminated areas , wherein in each case one illuminated area is assigned to one pixel consisting of multiple colours, wherein the display area is an area of the display device facing the viewer, wherein the centroids of adjacent illuminated areas are located at distances (11, 11.1) of at most 190 μm from each other, and wherein the proportion of non-illuminated areas in the entire display area is more than 70%, wherein the display device has an illumination device with a substrate on which a plurality of light sources are arranged, wherein the display device has optical beam-shaping devices which are arranged between the illumination device and the display area , and wherein an illuminated area is assigned to each beam-shaping device and the beam-shaping devices are each designed to concentrate light from the illumination device onto the respective illuminated area , wherein each optical beam-shaping device has at least one curved or stepped reflector surface.
A device configured to transport a frame with plastic labels along a print path from a stack to a printer head , without the use of an adapter plate, the device comprising: • a printer head ; • a frame containing plastic labels and hooking pins on the bottom part of the frame ; • a rail consisting of two vertical walls on top of which the frame is placed, the walls being configured to house the frame so that the most external hooking pins of the frame touch the external sides of the walls so that the frame is in a forced position and is free to slide longitudinally in the direction of the rail while it is transversely locked; the most external hooking pins being located outside the rail; • two hooking mechanisms positioned outside the rail and hooking two of the most external hooking pins of the frame , one per side, and dragging the frame with the labels along the print path, the mechanisms are moved each one by a corresponding motor in the longitudinal direction of the rail, each of the mechanisms being composed of an actuated lever which is configured to engage and disengage with the respective most external hooking pin ; • an actuated lever device which is positioned on only one side of the rail, the lever device being jointed with the movement of one of the two hooking mechanisms and used to push the respective pin of the hooking mechanism of one side of the frame towards the corresponding side of the wall to remove any backlash. • a printer head ; • a frame containing plastic labels and hooking pins on the bottom part of the frame ; • a rail consisting of two vertical walls on top of which the frame is placed, the walls being configured to house the frame so that the most external hooking pins of the frame touch the external sides of the walls so that the frame is in a forced position and is free to slide longitudinally in the direction of the rail while it is transversely locked; the most external hooking pins being located outside the rail; • two hooking mechanisms positioned outside the rail and hooking two of the most external hooking pins of the frame , one per side, and dragging the frame with the labels along the print path, the mechanisms are moved each one by a corresponding motor in the longitudinal direction of the rail, each of the mechanisms being composed of an actuated lever which is configured to engage and disengage with the respective most external hooking pin ; • an actuated lever device which is positioned on only one side of the rail, the lever device being jointed with the movement of one of the two hooking mechanisms and used to push the respective pin of the hooking mechanism of one side of the frame towards the corresponding side of the wall to remove any backlash.
A method for determining a gain for an equalizer associated with an audio device, the method comprising: determining a maximum audio output level allowed by an acoustic safety threshold; determining a setting of the equalizer; and adjusting a gain of the equalizer based on the setting and the maximum audio output level, wherein adjusting the gain comprises: generating an excitation vector from simulated noise associated with the acoustic safety threshold, multiplying, term-by-term, the excitation vector with a plurality of frequency gain settings associated with the equalizer, wherein the multiplication results in an output vector, summarizing the output vector using a root mean squares (RMS) technique, and adjusting the gain based on a ratio between the maximum audio output level and the summarized output vector. determining a maximum audio output level allowed by an acoustic safety threshold; determining a setting of the equalizer; and adjusting a gain of the equalizer based on the setting and the maximum audio output level, wherein adjusting the gain comprises: generating an excitation vector from simulated noise associated with the acoustic safety threshold, multiplying, term-by-term, the excitation vector with a plurality of frequency gain settings associated with the equalizer, wherein the multiplication results in an output vector, summarizing the output vector using a root mean squares (RMS) technique, and adjusting the gain based on a ratio between the maximum audio output level and the summarized output vector. generating an excitation vector from simulated noise associated with the acoustic safety threshold, multiplying, term-by-term, the excitation vector with a plurality of frequency gain settings associated with the equalizer, wherein the multiplication results in an output vector, summarizing the output vector using a root mean squares (RMS) technique, and adjusting the gain based on a ratio between the maximum audio output level and the summarized output vector.
Shaker for gentle pile driving comprising a fixator for mechanically fixing a vibrator to a pile, at least one motor , a vibrator adapted to provide vertical vibration of the pile at a first vibration frequency and torsion to the pile at a second torsion frequency, wherein the vibrator comprises at least two groups i≥2 of eccentric masses, each group i comprising at least two equal masses j, wherein each individual mass m i,j is positioned at a distance d i from the vibrator, wherein the mass m i,j is attached along an at least one horizontal axis ha i , and wherein a mass m i,1 on one side is displaced 180 degrees with respect to a mass m i,2 on the other side of the same axis ha i , wherein the at least one motor is for rotating the masses m i,j around their horizontal axis ha i , such that in a group i masses m i,j rotate at a same angular velocity ω i along said horizontal axis ha i , and in a group i+1 masses m i+1,j rotate at an opposite angular velocity ω i+1 along said horizontal axis ha i+1 , wherein angular velocity ω i is different from angular velocity ω i+1 , and a controller for driving the at least one motor , for controlling each individual angular velocity ω i of group i of masses m i,j , for controlling a sum of horizontal forces produced by the respective masses, and for balancing a sum of vertical forces produced by the respective masses. a fixator for mechanically fixing a vibrator to a pile, at least one motor , a vibrator adapted to provide vertical vibration of the pile at a first vibration frequency and torsion to the pile at a second torsion frequency, wherein the vibrator comprises at least two groups i≥2 of eccentric masses, each group i comprising at least two equal masses j, wherein each individual mass m i,j is positioned at a distance d i from the vibrator, wherein the mass m i,j is attached along an at least one horizontal axis ha i , and wherein a mass m i,1 on one side is displaced 180 degrees with respect to a mass m i,2 on the other side of the same axis ha i , wherein the at least one motor is for rotating the masses m i,j around their horizontal axis ha i , such that in a group i masses m i,j rotate at a same angular velocity ω i along said horizontal axis ha i , and in a group i+1 masses m i+1,j rotate at an opposite angular velocity ω i+1 along said horizontal axis ha i+1 , wherein angular velocity ω i is different from angular velocity ω i+1 , and a controller for driving the at least one motor , for controlling each individual angular velocity ω i of group i of masses m i,j , for controlling a sum of horizontal forces produced by the respective masses, and for balancing a sum of vertical forces produced by the respective masses.
A transport apparatus comprising: a housing; a drive mounted to the housing; and at least one transport arm connected to the drive; wherein the drive includes at least one stator having at least one salient pole with corresponding coil units and disposed outside the isolated environment; where the at least one salient pole of the at least one stator and the at least one salient pole of the rotor form a closed magnetic flux circuit between the at least one rotor and the at least one stator ; and at least one isolation wall configured to isolate the isolated environment where the at least one isolation wall is non-ferromagnetic, characterised in that at least one rotor having at least one salient pole of magnetic permeable material and disposed in an isolated environment; the at least one isolation wall being a thin membrane and is integrally bonded using a suitable bonding agent to the at least one stator so that the at least one isolation wall depends from the at least one stator . a housing; a drive mounted to the housing; and at least one transport arm connected to the drive; wherein the drive includes at least one stator having at least one salient pole with corresponding coil units and disposed outside the isolated environment; where the at least one salient pole of the at least one stator and the at least one salient pole of the rotor form a closed magnetic flux circuit between the at least one rotor and the at least one stator ; and at least one isolation wall configured to isolate the isolated environment where the at least one isolation wall is non-ferromagnetic, characterised in that at least one rotor having at least one salient pole of magnetic permeable material and disposed in an isolated environment; the at least one isolation wall being a thin membrane and is integrally bonded using a suitable bonding agent to the at least one stator so that the at least one isolation wall depends from the at least one stator .
A dispenser system (100; 200; 400; 500; 600; 700; 800) for treating a toilet, the dispenser system (100; 200; 400; 500; 600; 700; 800) comprising: a tray (102; 202; 402; 502; 602; 702) having a rim (122; 222; 422) at least partially surrounding a plurality of compartments (104; 204; 404; 504; 604) housing a treatment composition (112; 212; 412; 512; 612), each compartment having a first side configured to be closed to flushing water and a second side configured to be open to flushing water, the second side defining an aperture for receiving the treatment composition (112; 212; 412; 512; 612); and a hanger (106; 206; 406; 506; 606; 706; 806) configured to suspend the tray (102; 202; 402; 502; 602; 702) from a toilet bowl rim; a cover (110; 410; 510; 610) coupled to the rim (122; 222; 422) for sealing the aperture of each compartment (104; 204; 404; 504; 604) and configured to be removed by a user prior to use, wherein the cover (110; 410; 510; 610) is configured to seal each compartment (104; 204; 404; 504; 604) from moisture and fragrance; and characterized in that the dispenser system further comprises a casing (450; 550; 650; 750; 850) secured to the tray (102; 202; 402; 502; 602; 702) and at least partially covering an opening of at least one of the compartments (104; 204; 404; 504; 604), the casing ( 450; 550; 650; 750; 850) defining an opening ( 409; 509; 609; 709; 809) over the opening of the compartment that allows flushing water to interact with the treatment composition (112; 212; 412; 512; 612). a tray (102; 202; 402; 502; 602; 702) having a rim (122; 222; 422) at least partially surrounding a plurality of compartments (104; 204; 404; 504; 604) housing a treatment composition (112; 212; 412; 512; 612), each compartment having a first side configured to be closed to flushing water and a second side configured to be open to flushing water, the second side defining an aperture for receiving the treatment composition (112; 212; 412; 512; 612); and a hanger (106; 206; 406; 506; 606; 706; 806) configured to suspend the tray (102; 202; 402; 502; 602; 702) from a toilet bowl rim; a cover (110; 410; 510; 610) coupled to the rim (122; 222; 422) for sealing the aperture of each compartment (104; 204; 404; 504; 604) and configured to be removed by a user prior to use, wherein the cover (110; 410; 510; 610) is configured to seal each compartment (104; 204; 404; 504; 604) from moisture and fragrance; and characterized in that the dispenser system further comprises a casing (450; 550; 650; 750; 850) secured to the tray (102; 202; 402; 502; 602; 702) and at least partially covering an opening of at least one of the compartments (104; 204; 404; 504; 604), the casing ( 450; 550; 650; 750; 850) defining an opening ( 409; 509; 609; 709; 809) over the opening of the compartment that allows flushing water to interact with the treatment composition (112; 212; 412; 512; 612).
A data transmission method, applied to an access point, wherein the method comprises: sending a radio frame to multiple stations to trigger the stations to perform uplink multi-user transmission, wherein when the stations belong to different basic service sets BSSs of the access point, a sending address of the radio frame is set as a common address, wherein the common address is a MAC address of the access point or a BSSID of any BSS in the BSS set of the access point or a value obtained through calculation from the MAC address of the access point; wherein in a case where the common address is the value obtained through calculation from the MAC address of the access point, the method further comprises: before the radio frame is sent, sending to the stations the value obtained by performing calculation from the MAC address of the access point or a parameter required for the calculation, wherein the calculation comprises one of: intercepting an upper n bits of the MAC address of the access point and setting a lower m bits to 0, wherein m and n are integers greater than or equal to zero and a sum of n and m is 48; or reversing a value of highest i bits of the MAC address of the access point, wherein i is an integer greater than or equal to 1. sending a radio frame to multiple stations to trigger the stations to perform uplink multi-user transmission, wherein when the stations belong to different basic service sets BSSs of the access point, a sending address of the radio frame is set as a common address, wherein the common address is a MAC address of the access point or a BSSID of any BSS in the BSS set of the access point or a value obtained through calculation from the MAC address of the access point; wherein in a case where the common address is the value obtained through calculation from the MAC address of the access point, the method further comprises: before the radio frame is sent, sending to the stations the value obtained by performing calculation from the MAC address of the access point or a parameter required for the calculation, wherein the calculation comprises one of: intercepting an upper n bits of the MAC address of the access point and setting a lower m bits to 0, wherein m and n are integers greater than or equal to zero and a sum of n and m is 48; or reversing a value of highest i bits of the MAC address of the access point, wherein i is an integer greater than or equal to 1. intercepting an upper n bits of the MAC address of the access point and setting a lower m bits to 0, wherein m and n are integers greater than or equal to zero and a sum of n and m is 48; or reversing a value of highest i bits of the MAC address of the access point, wherein i is an integer greater than or equal to 1.