mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a first camera and a second camera , wherein one of the first or second cameras is a macro camera, and the other one of the first and second camera is a non-macro camera; and a display unit ; a processor configured to: while obtaining a first plurality of images via the first camera and a second plurality of images via the second camera , control the display unit to display a first preview based on the first plurality of images; while the first preview based on the first plurality of images is being displayed on the display unit , analyze the first and second plurality of images based on at least one of focus data, blur detection, face-detection and lighting to obtain first information via the first camera and second information via the second camera , and based on the first information and the second information, control the display unit to switch from displaying the first preview based on the first plurality of images to displaying a second preview based on the second plurality of images. a first camera and a second camera , wherein one of the first or second cameras is a macro camera, and the other one of the first and second camera is a non-macro camera; and a display unit ; a processor configured to: while obtaining a first plurality of images via the first camera and a second plurality of images via the second camera , control the display unit to display a first preview based on the first plurality of images; while the first preview based on the first plurality of images is being displayed on the display unit , analyze the first and second plurality of images based on at least one of focus data, blur detection, face-detection and lighting to obtain first information via the first camera and second information via the second camera , and based on the first information and the second information, control the display unit to switch from displaying the first preview based on the first plurality of images to displaying a second preview based on the second plurality of images. while obtaining a first plurality of images via the first camera and a second plurality of images via the second camera , control the display unit to display a first preview based on the first plurality of images; while the first preview based on the first plurality of images is being displayed on the display unit , analyze the first and second plurality of images based on at least one of focus data, blur detection, face-detection and lighting to obtain first information via the first camera and second information via the second camera , and based on the first information and the second information, control the display unit to switch from displaying the first preview based on the first plurality of images to displaying a second preview based on the second plurality of images.
A method for downlink data transmission, comprising: (S310) in the case that a network side has downlink data needing to be sent to a terminal in an inactive state, sending, to the terminal, by one or more access devices, an indication message carrying an inactive state terminal identification of the terminal; and (S320) receiving, by the one or more access devices, an uplink feedback initiated by the terminal based on the indication message; wherein the terminal in the inactive state is not allocated with a terminal identification directly used for an air interface transmission, and is incapable of directly performing an air interface scheduling transmission; characterized in that the indication message carries one or more of: an identification of whether the terminal is to turn to a connection state; a small data packet sent by the access devices to the terminal; and a resource used by the terminal to feed back the indication message, wherein the resource used by the terminal to feed back the indication message includes: a dedicated uplink access sequence code and a time-frequency resource location accommodating the dedicated uplink access sequence code. (S310) in the case that a network side has downlink data needing to be sent to a terminal in an inactive state, sending, to the terminal, by one or more access devices, an indication message carrying an inactive state terminal identification of the terminal; and (S320) receiving, by the one or more access devices, an uplink feedback initiated by the terminal based on the indication message; wherein the terminal in the inactive state is not allocated with a terminal identification directly used for an air interface transmission, and is incapable of directly performing an air interface scheduling transmission; characterized in that the indication message carries one or more of: an identification of whether the terminal is to turn to a connection state; a small data packet sent by the access devices to the terminal; and a resource used by the terminal to feed back the indication message, wherein the resource used by the terminal to feed back the indication message includes: a dedicated uplink access sequence code and a time-frequency resource location accommodating the dedicated uplink access sequence code. an identification of whether the terminal is to turn to a connection state; a small data packet sent by the access devices to the terminal; and a resource used by the terminal to feed back the indication message, wherein the resource used by the terminal to feed back the indication message includes: a dedicated uplink access sequence code and a time-frequency resource location accommodating the dedicated uplink access sequence code.
A transport block retransmission method performed by a base station, comprising: initially transmitting a transport block, TB, to user equipment, UE, in a closed-loop spatial multiplexing transmit manner, wherein the UE is configured with a 3GPP standard transmission mode, TM, that supports closed-loop spatial multiplexing and an open-loop transmit manner; when initial transmission of the TB fails, retransmitting the TB in the closed-loop spatial multiplexing transmit manner for first m retransmissions of the TB, wherein m is a an integer greater than or equal to 0; and for last N-m retransmissions of the TB, retransmitting the TB in an open-loop transmit manner comprised in the TM, wherein N is a maximum quantity of retransmissions of the TB and N is a positive integer; wherein the UE remains configured with the same TM when changing from the closed-loop spatial multiplexing transmit manner to the open-loop transmit manner for retransmission. initially transmitting a transport block, TB, to user equipment, UE, in a closed-loop spatial multiplexing transmit manner, wherein the UE is configured with a 3GPP standard transmission mode, TM, that supports closed-loop spatial multiplexing and an open-loop transmit manner; when initial transmission of the TB fails, retransmitting the TB in the closed-loop spatial multiplexing transmit manner for first m retransmissions of the TB, wherein m is a an integer greater than or equal to 0; and for last N-m retransmissions of the TB, retransmitting the TB in an open-loop transmit manner comprised in the TM, wherein N is a maximum quantity of retransmissions of the TB and N is a positive integer; wherein the UE remains configured with the same TM when changing from the closed-loop spatial multiplexing transmit manner to the open-loop transmit manner for retransmission.
Device for locking or securing a pivotable device, such as a door, a window or the like, comprising a fastening unit for fastening the device to an edge of the pivotable device, a stopper unit which is designed to be brought into engagement with an abutment, and an actuating unit which is supported on the fastening unit and is operatively connected to the stopper unit in such a way that a rotational displacement of the actuating unit leads to a translational displacement of the stopper unit , the fastening unit having a support element and a counter element which can be displaced relative to one another in such a way that the pivotable device can be clamped with or between them, wherein the support element has a plate-shaped base from which a support surface extends transversely away, wherein a holding area protrudes from the plate-shaped base of the support element , on which the counter element can be supported or mounted in such a way that the counter element in relation to the support element is relocatable, characterized in that the counter element has a guide area for translational displacement of the stopper unit .
Tailgate of a motor vehicle, which comprises a structural lining , an outer skin , a rear window housing, one or more means of attachment located in the lower part of the tailgate below the housing and on one side of the structural lining opposite the outer skin , these means of attachment being capable of fixing technical elements on the face of the lining structural in relation to the outer skin of the tailgate , characterized in that it comprises a trim attached to the inner face of the structural lining and covering a partial area representing a small portion of the lower part of the structural lining located at the top of the lower part of the tailgate, just below the rear window of the tailgate .
A physiological monitoring device comprising: - a cup-shaped element suitable for acquiring signals from a skin surface, - a control element suitable for communicating with said cup-shaped element , - said cup-shaped element being suitable for acquiring signals comprising pressure pulsations, - said control element comprising a pressure sensor suitable for detecting said signals independently of the frequency and with frequencies having a minimum detectable value that is at least lower than 5 Hz until a null frequency, and wherein said monitoring device is designed to transduce the pressure wave into an electric signal, subsequently convert the electric signal to a digital signal, and to use a dedicated algorithm, said algorithm enabling the shifting of the low frequencies towards the high frequencies, making the otherwise inaudible pressure waves audible. - a cup-shaped element suitable for acquiring signals from a skin surface, - a control element suitable for communicating with said cup-shaped element , - said cup-shaped element being suitable for acquiring signals comprising pressure pulsations, - said control element comprising a pressure sensor suitable for detecting said signals independently of the frequency and with frequencies having a minimum detectable value that is at least lower than 5 Hz until a null frequency, and wherein said monitoring device is designed to transduce the pressure wave into an electric signal, subsequently convert the electric signal to a digital signal, and to use a dedicated algorithm, said algorithm enabling the shifting of the low frequencies towards the high frequencies, making the otherwise inaudible pressure waves audible.
A method for printing a cylindrical printing surface of a beverage can, in particular made from tin or aluminum, with a printing image, the method comprising a first and a second printing operation, wherein - in the first printing operation , a first section of the printing surface is printed by way of a first printing process, namely a relief printing process, in a first printing press, and a second section of the printing surface is printed is printed by way of the first printing process in the first printing press with a uniform color, namely with a white color, - in the second printing operation (21, 116a, b, c, d), the second section of the printing surface is printed by way of a second printing process, namely a digital printing process, in a second printing press, - wherein before or during the second printing operation second printing operation (21, 116a, b, c, d), the beverage can is positioned in such a way that a printing image applied to the second section of the printing surface is oriented relative to a printing image applied to the first section of the printing surface. - in the first printing operation , a first section of the printing surface is printed by way of a first printing process, namely a relief printing process, in a first printing press, and a second section of the printing surface is printed is printed by way of the first printing process in the first printing press with a uniform color, namely with a white color, - in the second printing operation (21, 116a, b, c, d), the second section of the printing surface is printed by way of a second printing process, namely a digital printing process, in a second printing press, - wherein before or during the second printing operation second printing operation (21, 116a, b, c, d), the beverage can is positioned in such a way that a printing image applied to the second section of the printing surface is oriented relative to a printing image applied to the first section of the printing surface.
A multipurpose electrosurgical device comprising: a handpiece ; a switching mechanism ; a first electrode tip fixedly coupled to the handpiece and selectively coupled to the switching mechanism; characterised in that the multi-purpose electrosurgical device further comprises a second electrode tip transitionable between a retracted position and a protracted position with respect to the handpiece, wherein the second electrode tip is selectively coupled to the switching mechanism in the protracted position and the first electrode tip is selectively coupled to the switching mechanism when the second electrode tip is in the retracted position. a handpiece ; a switching mechanism ; a first electrode tip fixedly coupled to the handpiece and selectively coupled to the switching mechanism; characterised in that the multi-purpose electrosurgical device further comprises a second electrode tip transitionable between a retracted position and a protracted position with respect to the handpiece, wherein the second electrode tip is selectively coupled to the switching mechanism in the protracted position and the first electrode tip is selectively coupled to the switching mechanism when the second electrode tip is in the retracted position.
An axial flow device that is used as a fan or an axial flow compressor , comprising: at least one stage of a compressor including a rotor blade row and a stator vane row ; a tubular casing housing the compressor ; and an operating range expansion unit having a suction port that opens in an inner surface of the casing , a blow-out port that opens anterior to the rotor blade row in the inner surface of the casing , and a hollow section that is formed inside the casing and communicates the suction port with the blow-out port , wherein a flow path in the blow-out port is inclined reversely to a rotation direction of the rotor blade row relative to the radially inward side, the suction port is formed into a groove shape that annularly extends in a circumferential direction in the same sectional shape, the hollow section is a belt-shaped space that extends in the circumferential direction in a same sectional shape, and a plurality of fins is installed at intervals in a circumferential direction in the blow-out port and constitutes the flow path of the blow-out port , and characterized in that the suction port opens into a region in the inner surface of the casing , the region facing and corresponding to a locus of a tip of a rotor blade of the rotor blade row in a radial direction when the rotor blade row rotates. at least one stage of a compressor including a rotor blade row and a stator vane row ; a tubular casing housing the compressor ; and an operating range expansion unit having a suction port that opens in an inner surface of the casing , a blow-out port that opens anterior to the rotor blade row in the inner surface of the casing , and a hollow section that is formed inside the casing and communicates the suction port with the blow-out port , wherein a flow path in the blow-out port is inclined reversely to a rotation direction of the rotor blade row relative to the radially inward side, the suction port is formed into a groove shape that annularly extends in a circumferential direction in the same sectional shape, the hollow section is a belt-shaped space that extends in the circumferential direction in a same sectional shape, and a plurality of fins is installed at intervals in a circumferential direction in the blow-out port and constitutes the flow path of the blow-out port , and characterized in that the suction port opens into a region in the inner surface of the casing , the region facing and corresponding to a locus of a tip of a rotor blade of the rotor blade row in a radial direction when the rotor blade row rotates.
An adapter for connecting an extinguishing-agent container to a pipeline connection of a fire-extinguishing system in a fluid-conducting manner, having - a first connector , which is configured to be connected to a correspondingly configured connection of the extinguishing-agent container , and - a second connector , which is configured to be connected to a corresponding pipeline connection , characterized in that the first and/or second connectors (5a,b) are each coupled to a pipe coupling by means of a spherical-cap joint (9a,b), wherein the spherical-cap joint (9a,b) has a housing (12a,b) with a first sliding surface , and a rocking piece (11a,b) with a second sliding surface , wherein the first and second sliding surfaces slide against one another and are shaped such that the rocking piece is guided in a spherically movable manner in the housing, wherein the spherical-cap joint (9a,b) has a pretensioning element , which is coupled to the rocking piece (11a,b) on one side and the housing (12a,b) on the other side, and is pretensioned in the direction of the first and second sliding surfaces such that the first and second sliding surfaces are pressed together in a fluidtight manner. - a first connector , which is configured to be connected to a correspondingly configured connection of the extinguishing-agent container , and - a second connector , which is configured to be connected to a corresponding pipeline connection , characterized in that the first and/or second connectors (5a,b) are each coupled to a pipe coupling by means of a spherical-cap joint (9a,b), wherein the spherical-cap joint (9a,b) has a housing (12a,b) with a first sliding surface , and a rocking piece (11a,b) with a second sliding surface , wherein the first and second sliding surfaces slide against one another and are shaped such that the rocking piece is guided in a spherically movable manner in the housing, wherein the spherical-cap joint (9a,b) has a pretensioning element , which is coupled to the rocking piece (11a,b) on one side and the housing (12a,b) on the other side, and is pretensioned in the direction of the first and second sliding surfaces such that the first and second sliding surfaces are pressed together in a fluidtight manner. characterized in that the first and/or second connectors (5a,b) are each coupled to a pipe coupling by means of a spherical-cap joint (9a,b), wherein the spherical-cap joint (9a,b) has a housing (12a,b) with a first sliding surface , and a rocking piece (11a,b) with a second sliding surface , wherein the first and second sliding surfaces slide against one another and are shaped such that the rocking piece is guided in a spherically movable manner in the housing, wherein the spherical-cap joint (9a,b) has a pretensioning element , which is coupled to the rocking piece (11a,b) on one side and the housing (12a,b) on the other side, and is pretensioned in the direction of the first and second sliding surfaces such that the first and second sliding surfaces are pressed together in a fluidtight manner.
Method for operating a washing machine comprising a suds container for receiving washing liquid, a rib-free drum, which is rotatably mounted in the suds container, for receiving laundry, a motor for driving the drum, and an open-loop or closed-loop control device, wherein the method comprises the following steps for detecting laundry sliding and/or rolling on the drum - measuring torques of the motor; - averaging the torques measured during at least one complete revolution of the drum in order to obtain an average torque or filtering, by means of a low-pass filter, the measured torques in order to obtaining a filtered torque - detecting, on the basis of the average or filtered torque, whether the laundry is sliding and/or rolling on the drum. - measuring torques of the motor; - averaging the torques measured during at least one complete revolution of the drum in order to obtain an average torque or filtering, by means of a low-pass filter, the measured torques in order to obtaining a filtered torque - detecting, on the basis of the average or filtered torque, whether the laundry is sliding and/or rolling on the drum.
Container comprising a base , lateral walls , and an opening surrounded by a peripheral rim , the container having a closure device for the opening , which device has a frame and a cover , the frame being connected to the peripheral rim of the container by means of an engagement connection, thus forming a holding force F H , the peripheral rim of the container having a U-shaped cross section, the engagement connection between the frame and the peripheral rim taking place by means of a number of engagement hooks which are arranged along the circumference of the frame and engage in the U-shaped peripheral rim , and the frame having a U-shaped profile with an outer web and an inner web , characterized in that - at least the base and the lateral walls of the container are made of deep-drawn plastics material, the wall thickness of the lateral walls being at least 0.1 mm and at most 0.8 mm, - the wall thickness in the region of the peripheral rim is at least 0.5 mm and at most 1.8 mm, - and in that the rigidity of the lateral walls is so low that the container is deformed when a force F 1 acts on the lateral walls , and a release force F L on the engagement connection brought about by the force F 1 acting on the lateral walls does not exceed the holding force F H . - at least the base and the lateral walls of the container are made of deep-drawn plastics material, the wall thickness of the lateral walls being at least 0.1 mm and at most 0.8 mm, - the wall thickness in the region of the peripheral rim is at least 0.5 mm and at most 1.8 mm, - and in that the rigidity of the lateral walls is so low that the container is deformed when a force F 1 acts on the lateral walls , and a release force F L on the engagement connection brought about by the force F 1 acting on the lateral walls does not exceed the holding force F H .
Dry particulate composition for forming a geopolymer, comprising: (i) an alkali metal hydroxide, (ii) an alkali metal silicate, and (iii) an aluminosilicate, wherein at least 45 wt.-% of the aluminosilicate is in an amorphous state, based on the total weight of aluminosilicate in the composition, and the aluminosilicate has a product of the BET surface area in m 2 /g and the amorphous phase content as a proportion of 1 in the range from 7 to 15, and wherein said aluminosilicate is selected from the group consisting of metakaolin and kaolin, wherein the composition comprises from 1 wt.-% to 25 wt.-% alkali metal hydroxide, from 15 wt.-% to 50 wt.-% alkali metal silicate, and from 30 wt.-% to 80 wt.-% aluminosilicate, expressed as a proportion of the total weight of the dry particulate composition. (i) an alkali metal hydroxide, (ii) an alkali metal silicate, and (iii) an aluminosilicate,
Multilayer structure for the production of a floor covering comprising at least one decorative wear layer , an underside layer , and an acoustic insulation layer made of non-woven textile, wherein a part of the thickness is composed of free fibers, characterized in that it comprises solid particles in the form of powder distributed in at least 50% of the thickness of the part of the acoustic insulation layer made of free fibers.