mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing an actuated-wall visual effect in an amusement park environment, the system comprising: a panel mounting frame ; a panel coupled to the panel mounting frame via a damper; a transducer mounting frame ; and a transducer configured to convert an audio signal into mechanical energy, the transducer comprising a first portion coupled to the transducer mounting frame and a second portion coupled to the panel such that the transducer is configured to oscillate the panel relative to the transducer mounting frame in response to receiving the audio signal. a panel mounting frame ; a panel coupled to the panel mounting frame via a damper; a transducer mounting frame ; and a transducer configured to convert an audio signal into mechanical energy, the transducer comprising a first portion coupled to the transducer mounting frame and a second portion coupled to the panel such that the transducer is configured to oscillate the panel relative to the transducer mounting frame in response to receiving the audio signal.
Shaft seal system for protecting a rolling bearing provided with a lubricant, comprising a seal carrier having a recess , wherein a shaft extends through the recess , a shaft protection sleeve arranged on a shaft rotating about a central longitudinal axis (A), a shaft sealing ring which is placed in the seal carrier and interacts with the seal carrier and the shaft protection sleeve , a face seal formed from a face seal ring rotating with the shaft , and a fixed counterring interacting with the face seal ring , wherein the shaft sealing ring and the shaft protection sleeve with at least one of the two ring elements forming the face seal are arranged in the recess of the seal carrier , characterized in that the shaft seal system furthermore comprises a centrifugal disc which is arranged on the shaft protection sleeve and arranged in the recess of the seal carrier ; in that the recess of the seal carrier has a plurality of portions having in each case different internal diameters in that at least one radial bore , which extends from the recess to the external circumferential surface of the seal carrier , is provided in a second portion ; and in that the centrifugal disc in the axial direction is arranged such that said centrifugal disc within the second portion is aligned so as to be centric or almost centric in relation to the radial bore .
A test head for a residual seal force (RSF) testing system , the test head comprising: a housing defining a first cavity ; an anvil positioned at least partially within the first cavity ; a ball roller assembly configured to provide a point of contact between the housing and the anvil during a RSF test; and a retaining ring configured to maintain the anvil at least partially within the first cavity , characterized in that the anvil is configured to move in a planar motion relative to the housing . a housing defining a first cavity ; an anvil positioned at least partially within the first cavity ; a ball roller assembly configured to provide a point of contact between the housing and the anvil during a RSF test; and a retaining ring configured to maintain the anvil at least partially within the first cavity ,
An image forming apparatus having a function to communicate with a terminal , the apparatus comprising: a receiving portion configured to receive, from the terminal , a print command to print a rasterized image having been stored in the image forming apparatus ; an execution receiving portion configured to receive, from a user, an execution command to print the rasterized image after the receiver receives the print command; and a print portion configured to print the rasterized image after the user interface receives the execution command; the image forming apparatus further comprising: a transmission portion configured to send a previous command to print an image to the terminal , the previous command being previously received in the image forming apparatus ; wherein the receiving portion is configured to receive, as the print command, the previous command selected by the user, and the print portion is configured to print, as the rasterized image, a rasterized image which is printed in accordance with the previous command selected by the user. a receiving portion configured to receive, from the terminal , a print command to print a rasterized image having been stored in the image forming apparatus ; an execution receiving portion configured to receive, from a user, an execution command to print the rasterized image after the receiver receives the print command; and a print portion configured to print the rasterized image after the user interface receives the execution command; the image forming apparatus further comprising: a transmission portion configured to send a previous command to print an image to the terminal , the previous command being previously received in the image forming apparatus ; wherein the receiving portion is configured to receive, as the print command, the previous command selected by the user, and the print portion is configured to print, as the rasterized image, a rasterized image which is printed in accordance with the previous command selected by the user. a transmission portion configured to send a previous command to print an image to the terminal , the previous command being previously received in the image forming apparatus ; wherein the receiving portion is configured to receive, as the print command, the previous command selected by the user, and the print portion is configured to print, as the rasterized image, a rasterized image which is printed in accordance with the previous command selected by the user.
A method in a device of transmitting data on shared radio spectrum according to a listen after talk, LAT, procedure, wherein the default mode is to transmit the data without channel sensing and subsequently detecting and resolving a potential collision using control signalling, the method comprising the steps of: setting one or more parameters of the LAT procedure; and transmitting the data on the shared radio spectrum according to the LAT procedure using the one or more parameters ; characterized in that the one or more parameters of the LAT procedure include an initial waiting interval being a time elapsed between an availability of the data for transmission and a start of the transmission; and the waiting interval is set depending on at least one of a Quality of Service, QoS, requirement of the data and a state of the shared radio spectrum. setting one or more parameters of the LAT procedure; and transmitting the data on the shared radio spectrum according to the LAT procedure using the one or more parameters ; characterized in that the one or more parameters of the LAT procedure include an initial waiting interval being a time elapsed between an availability of the data for transmission and a start of the transmission; and the waiting interval is set depending on at least one of a Quality of Service, QoS, requirement of the data and a state of the shared radio spectrum.
A method at a wireless device for determining parameters of a precoder, the method comprising: selecting a subset of beams from a plurality of orthogonal beams, the selected subset of beams having respective phases; parameterizing the phases with a function in a frequency domain; quantizing the parameterized phases of the selected subset of beams; and sending the selected subset of beams and the quantized phases to a network node, wherein the selected subset of beams and the quantized phases are part of the parameters of the precoder. selecting a subset of beams from a plurality of orthogonal beams, the selected subset of beams having respective phases; parameterizing the phases with a function in a frequency domain; quantizing the parameterized phases of the selected subset of beams; and sending the selected subset of beams and the quantized phases to a network node, wherein the selected subset of beams and the quantized phases are part of the parameters of the precoder.
A terminal device , wherein the terminal device comprises a processor and a transceiver , wherein the transceiver is configured to receive control information, wherein the control information comprises first information, the first information is used to indicate a first transmission parameter, and the first transmission parameter is a transmission parameter that needs to be used by the terminal device to perform communication on an allocated first-type transmission resource; and the processor is configured to determine a second transmission parameter based on a pre-stored correspondence met by the first transmission parameter and the second transmission parameter and the first transmission parameter indicated by the first information, wherein the second transmission parameter is a transmission parameter that needs to be used by the terminal device to perform communication on an allocated second-type transmission resource, and a transmission time interval TTI corresponding to the first-type transmission resource is different from a TTI corresponding to the second-type transmission resource, wherein a granularity of the transmission time interval TTI corresponding to the first-type transmission resource is a first TTI, a granularity of the TTI corresponding to the second-type transmission resource is a second TTI, the first TTI is greater than the second TTI, and a time domain resource in the second-type transmission resource is a subset of at least one time domain resource in the first-type transmission resource. the transceiver is configured to receive control information, wherein the control information comprises first information, the first information is used to indicate a first transmission parameter, and the first transmission parameter is a transmission parameter that needs to be used by the terminal device to perform communication on an allocated first-type transmission resource; and the processor is configured to determine a second transmission parameter based on a pre-stored correspondence met by the first transmission parameter and the second transmission parameter and the first transmission parameter indicated by the first information, wherein the second transmission parameter is a transmission parameter that needs to be used by the terminal device to perform communication on an allocated second-type transmission resource, and a transmission time interval TTI corresponding to the first-type transmission resource is different from a TTI corresponding to the second-type transmission resource, wherein a granularity of the transmission time interval TTI corresponding to the first-type transmission resource is a first TTI, a granularity of the TTI corresponding to the second-type transmission resource is a second TTI, the first TTI is greater than the second TTI, and a time domain resource in the second-type transmission resource is a subset of at least one time domain resource in the first-type transmission resource.
Method of connecting by welding a first connector to a second connector , wherein the method comprises the steps: Providing the first connector having a first end; Providing the second connector having a second end , the second end for being welded to the first end; Overlapping the first end and the second end; Contactless heating of a central section of the first end, thereby melting an end section of the first end, the end section of the first end facing the second connector, and being characterised in that : the material of the first connector has a lower melting temperature than the material of the second wire so that the melted material forms a drop of the material of the first connector, the drop of the melted material surrounding the second end; and Cooling the first end and the second end so that a weld in form of a drop surrounding the second end connects the first connector and the second connector, wherein the first connector and the second connector extend in opposite directions from the weld. Providing the first connector having a first end; Providing the second connector having a second end , the second end for being welded to the first end; Overlapping the first end and the second end; Contactless heating of a central section of the first end, thereby melting an end section of the first end, the end section of the first end facing the second connector, and being characterised in that : the material of the first connector has a lower melting temperature than the material of the second wire so that the melted material forms a drop of the material of the first connector, the drop of the melted material surrounding the second end; and Cooling the first end and the second end so that a weld in form of a drop surrounding the second end connects the first connector and the second connector, wherein the first connector and the second connector extend in opposite directions from the weld. the material of the first connector has a lower melting temperature than the material of the second wire so that the melted material forms a drop of the material of the first connector, the drop of the melted material surrounding the second end; and Cooling the first end and the second end so that a weld in form of a drop surrounding the second end connects the first connector and the second connector, wherein the first connector and the second connector extend in opposite directions from the weld.
A computer-implemented method for generating a super resolution image comprising receiving a low resolution image comprising an entirety of at least one person; generating a first super resolution image using the low resolution image , wherein the first super resolution image has a greater resolution than the low resolution image ; applying a first pretrained convolutional neural network to the first super resolution image to associate particular labels from a predetermined set of labels to pixels of the first super resolution image , wherein the predetermined set of labels comprise at least a set of labels each corresponding to at least a part of clothing or a body part of the at least one person; determining pose information corresponding to the at least one person using the first super resolution image ; concatenating a plurality of image channels comprising at least one image channel corresponding to each of: the first super resolution image , a label of the predetermined set of labels, and the pose information to generate a stacked image ; generating a second super resolution image by applying a second pretrained convolutional neural network to the stacked image ; and generating an image for presentment to a viewer using the second super resolution image. receiving a low resolution image comprising an entirety of at least one person; generating a first super resolution image using the low resolution image , wherein the first super resolution image has a greater resolution than the low resolution image ; applying a first pretrained convolutional neural network to the first super resolution image to associate particular labels from a predetermined set of labels to pixels of the first super resolution image , wherein the predetermined set of labels comprise at least a set of labels each corresponding to at least a part of clothing or a body part of the at least one person; determining pose information corresponding to the at least one person using the first super resolution image ; concatenating a plurality of image channels comprising at least one image channel corresponding to each of: the first super resolution image , a label of the predetermined set of labels, and the pose information to generate a stacked image ; generating a second super resolution image by applying a second pretrained convolutional neural network to the stacked image ; and generating an image for presentment to a viewer using the second super resolution image.
A bundled tube fuel nozzle assembly , comprising; a fuel injector ; and a tube bundle comprising a plurality of tubes that provide for fluid communication through a forward plate , a fuel plenum and an aft plate of the bundled tube fuel nozzle assembly , each tube having an inlet defined at an upstream end of the tube and an outlet defined at a downstream end of the tube , wherein the fuel injector is disposed upstream from the inlets of each of the tubes ; wherein the upstream ends of two or more adjacent tubes of the plurality of tubes are noncircular and include at least one side portion that is shared between the two or more adjacent tubes ; wherein the downstream end of each tube is circular and spaced apart from the downstream ends of immediately adjacent tubes of the plurality of tubes ; characterized in that the fuel nozzle assembly further comprises a duct coupled to the forward plate , wherein the duct is in fluid communication with the fuel injector and defines a flow path to the inlets of the plurality of tubes . a fuel injector ; and a tube bundle comprising a plurality of tubes that provide for fluid communication through a forward plate , a fuel plenum and an aft plate of the bundled tube fuel nozzle assembly , each tube having an inlet defined at an upstream end of the tube and an outlet defined at a downstream end of the tube , wherein the fuel injector is disposed upstream from the inlets of each of the tubes ; wherein the upstream ends of two or more adjacent tubes of the plurality of tubes are noncircular and include at least one side portion that is shared between the two or more adjacent tubes ; wherein the downstream end of each tube is circular and spaced apart from the downstream ends of immediately adjacent tubes of the plurality of tubes ; characterized in that the fuel nozzle assembly further comprises a duct coupled to the forward plate , wherein the duct is in fluid communication with the fuel injector and defines a flow path to the inlets of the plurality of tubes .
Fall protection for a lift, which lift comprises a vertical guide , a rack extending in the vertical direction, a lift cage movable along the guide, and lifting means for moving the lift cage along the guide, which fall protection comprises a catch (37a; 61a) which is attached to the lift cage during use and which is activated when a downward speed of movement of the lift cage exceeds a set maximum value, which catch comprises: - a housing attached to the lift cage, as well as - a gear that is in engagement with the gear rack during use and is mounted on a gear shaft , - a brake drum which is rotatably present in the housing and, during braking with a braking surface present on an outside , is frictionally in contact with an inner side of the housing, which brake drum is provided on the inside with a coupling cam , and - a coupling pawl which is pivotable with an end about a pivot axis, which is parallel to and remote from the gear shaft and is connected to the gear shaft, and at high rotational speed of the gear shaft rotates by the centrifugal force from a folded position , in which the coupling pawl lies against the gear shaft, to an unfolded position, wherein the coupling pawl is moved outwards with the other end and presses against the coupling cam and thereby couples the gear shaft to the brake drum, characterized in that the fall protection in addition to said catch (37a; 61a) comprises a further catch (37b; 61b) which is attached to the lift cage during use and which is identical to said catch, and in that the fall protection comprises coupling means connecting the two catches with each other such that when moving the coupling pawl of one of the catches to the folded-out position, move the coupling pawl of the other catch to the folded-out position, which coupling means are located in the axial direction next to the brake drum in the housing . - a housing attached to the lift cage, as well as - a gear that is in engagement with the gear rack during use and is mounted on a gear shaft , - a brake drum which is rotatably present in the housing and, during braking with a braking surface present on an outside , is frictionally in contact with an inner side of the housing, which brake drum is provided on the inside with a coupling cam , and - a coupling pawl which is pivotable with an end about a pivot axis, which is parallel to and remote from the gear shaft and is connected to the gear shaft, and at high rotational speed of the gear shaft rotates by the centrifugal force from a folded position , in which the coupling pawl lies against the gear shaft, to an unfolded position, wherein the coupling pawl is moved outwards with the other end and presses against the coupling cam and thereby couples the gear shaft to the brake drum,
A lubricant base stock composition comprising a viscosity index of 80 or more; a saturates content of 95 wt% or more relative to a total weight of saturates and aromatics in the composition; a sulfur content of 300 wppm or less; a kinematic viscosity at 100°C of 8.5 mPa.s (cSt) to 15 mPa.s (cSt); 80.0 wt% or more of total naphthenes relative to the total weight of saturates and aromatics in the composition; 40.0 wt% or more of 1-ring naphthenes relative to the total weight of saturates and aromatics in the composition; 2.8 wt% or less of 4+-ring naphthenes relative to the total weight of saturates and aromatics in the composition; and 0.82 terminal and pendant propyl groups or less per 100 carbon atoms of the composition.
Sports shoe with a pattern facilitating ball handling, wherein the surface of the upper of the sports shoe is divided into a plurality of shooting zones, namely at least into a nose zone , an inner shooting zone and an outer shooting zone and at least one of said shooting zones comprises a plurality of parts that extend out from the basic surface of the upper and having elevated outer surfaces that have increased grip to the ball, and these parts are spaced from each other, characterized in that said parts being directing isles that have elongated shapes resembling to a rhombus or an almond shape and each has a longitudinal central axis at the end of which respective apexes are formed that have angles smaller than 45° each directing isle has a transverse axis extending where the isle has the highest width, and said apexes are connected with the ends of the transverse axis by respective sides (a1, a2 and b1, b2) of the directing isle , the oppositely located sides (a1, a2 and b1, b2) are either straight or being slightly curved but their main directions are either parallel or close only a small angle, and the neighbouring directing isles are arranged so that they are shifted from each other along the direction of their central axes , and between corresponding sides (a1 and a2) of a directing isle and the similarly directed sides (b1, b2) of a neighbouring directing isle directing channels (A and B) are formed that have directions closing an acute angle with each other, and the width of the channels is between 4 and 15 mm, but preferably 6 and 10 mm, and the height of the directing isles from the basic surface is between 0.4 and 3 mm and preferably between 0.6 and 1.5 mm.