mhurhangee/ep-ind-claims huggingface dataset:
A method of making an insulating glass unit, the method comprising: providing a first glass substrate; disposing a plurality of layers, directly or indirectly, on a first major surface of the first glass substrate, the plurality of layers including, in order moving away from the first glass substrate: a first layer comprising silicon oxynitride having an index of refraction of 1.5-2.1, a layer comprising ITO having an index of refraction of 1.7-2.1, and a second layer comprising silicon oxynitride having an index of refraction of 1.5-2.1; heat treating the first glass substrate with the plurality of layers disposed thereon; providing a second glass substrate in substantially parallel, spaced apart relation to the first glass substrate such that the first major surface of the first glass substrate faces away from the second glass substrate; and sealing together the first and second glass substrates. providing a first glass substrate; disposing a plurality of layers, directly or indirectly, on a first major surface of the first glass substrate, the plurality of layers including, in order moving away from the first glass substrate: a first layer comprising silicon oxynitride having an index of refraction of 1.5-2.1, a layer comprising ITO having an index of refraction of 1.7-2.1, and a second layer comprising silicon oxynitride having an index of refraction of 1.5-2.1; heat treating the first glass substrate with the plurality of layers disposed thereon; providing a second glass substrate in substantially parallel, spaced apart relation to the first glass substrate such that the first major surface of the first glass substrate faces away from the second glass substrate; and sealing together the first and second glass substrates. a first layer comprising silicon oxynitride having an index of refraction of 1.5-2.1, a layer comprising ITO having an index of refraction of 1.7-2.1, and a second layer comprising silicon oxynitride having an index of refraction of 1.5-2.1; heat treating the first glass substrate with the plurality of layers disposed thereon; providing a second glass substrate in substantially parallel, spaced apart relation to the first glass substrate such that the first major surface of the first glass substrate faces away from the second glass substrate; and sealing together the first and second glass substrates.
A method for estimating ultrasound attenuation coefficient data using an ultrasound system, the steps of the method comprising: (a) providing signal power spectrum data to a computer system; (b) providing noise power spectrum data to the computer system; (c) computing signal-to-noise ratio, SNR, data using the signal power spectrum data and the noise power spectrum data; (d) estimating at least one of a frequency bandwidth using the SNR data or an ultrasound depth setting using the SNR data; (e) acquiring ultrasound data using the at least one of the frequency bandwidth or the ultrasound depth setting; and (f) estimating attenuation coefficient data from the ultrasound data. (a) providing signal power spectrum data to a computer system; (b) providing noise power spectrum data to the computer system; (c) computing signal-to-noise ratio, SNR, data using the signal power spectrum data and the noise power spectrum data; (d) estimating at least one of a frequency bandwidth using the SNR data or an ultrasound depth setting using the SNR data; (e) acquiring ultrasound data using the at least one of the frequency bandwidth or the ultrasound depth setting; and (f) estimating attenuation coefficient data from the ultrasound data.
A computer-implemented method of analyzing an image to assess a degree of asymmetry in an imaged object having a presumed plane of mirror symmetry, the method comprising: - retrieving an image of said object; - obtaining a mirrored image by flipping said image along an axis of the image, said axis having an a-priori unknown spatial relation to the presumed plane of mirror symmetry of the imaged object; - obtaining a mapping between said retrieved image and said mirrored image; and - determining a measure of asymmetry in said object by considering a plurality of element pairs, each pair consisting of a first element of said retrieved image and a second element of said mirrored image corresponding to said first element according to said mapping, wherein said obtaining of said mapping comprises performing a registration of said retrieved image to said obtained mirrored image, the registration comprising a rigid registration followed by a non-rigid registration, the method being characterised in that said non-rigid registration comprises an optimization, wherein a cost function and/or a regularization term of said optimization comprises a Jacobian of the deformation vector field, and wherein the measure of asymmetry is determined by calculating the Jacobian of the non-rigid deformation in each element of the image. - retrieving an image of said object; - obtaining a mirrored image by flipping said image along an axis of the image, said axis having an a-priori unknown spatial relation to the presumed plane of mirror symmetry of the imaged object; - obtaining a mapping between said retrieved image and said mirrored image; and - determining a measure of asymmetry in said object by considering a plurality of element pairs, each pair consisting of a first element of said retrieved image and a second element of said mirrored image corresponding to said first element according to said mapping, wherein said obtaining of said mapping comprises performing a registration of said retrieved image to said obtained mirrored image, the registration comprising a rigid registration followed by a non-rigid registration, the method being characterised in that said non-rigid registration comprises an optimization, wherein a cost function and/or a regularization term of said optimization comprises a Jacobian of the deformation vector field, and wherein the measure of asymmetry is determined by calculating the Jacobian of the non-rigid deformation in each element of the image.
A method for separating a viscera set eviscerated from slaughtered poultry, said viscera set including gizzard, liver, intestines and gallbladder and being held by a viscera holder on a viscera conveyer in manner whereby at least the liver, the intestines and the gallbladder are suspended below said viscera holder, said method comprising the steps of: arranging said viscera set in an elongate opening (43; 143) of a guide member (4; 104) in a manner whereby the intestines and the gallbladder are suspended below said guide member and the liver and gizzard are positioned above said guide member; and separating the intestines and the gallbladder from the remaining viscera set, where the guide member is moved during one or both of the above steps, where the intestines and the gallbladder is separated from the remaining viscera set while at least said liver rests on a separation support surface (44; 144) of said guide member, and where said separation support surface is arranged with an angle relative to a horizontal plane at least during separation of the intestines and the gallbladder from the remaining viscera set. arranging said viscera set in an elongate opening (43; 143) of a guide member (4; 104) in a manner whereby the intestines and the gallbladder are suspended below said guide member and the liver and gizzard are positioned above said guide member; and separating the intestines and the gallbladder from the remaining viscera set, where the guide member is moved during one or both of the above steps, where the intestines and the gallbladder is separated from the remaining viscera set while at least said liver rests on a separation support surface (44; 144) of said guide member, and where said separation support surface is arranged with an angle relative to a horizontal plane at least during separation of the intestines and the gallbladder from the remaining viscera set.
A bandwidth part, BWP, adjustment method, comprising: receiving, by a terminal device, in a first BWP, first indication information from a network side device, wherein the first indication information is used to indicate information about a second BWP to be used by the terminal device to receive and/or send data, and is used to indicate the terminal device to enter a sleep state; wherein the first indication information is a go to sleep, GTS, signal, and the GTS signal comprises the information about the second BWP; determining, by the terminal device, that the first BWP is different from the second BWP; controlling, by the terminal device, the terminal device to enter the sleep state, and switching, by the terminal device, an operating BWP from the first BWP to the second BWP; and receiving and/or sending, by the terminal device, the data in the second BWP immediately after being woken up. receiving, by a terminal device, in a first BWP, first indication information from a network side device, wherein the first indication information is used to indicate information about a second BWP to be used by the terminal device to receive and/or send data, and is used to indicate the terminal device to enter a sleep state; wherein the first indication information is a go to sleep, GTS, signal, and the GTS signal comprises the information about the second BWP; determining, by the terminal device, that the first BWP is different from the second BWP; controlling, by the terminal device, the terminal device to enter the sleep state, and switching, by the terminal device, an operating BWP from the first BWP to the second BWP; and receiving and/or sending, by the terminal device, the data in the second BWP immediately after being woken up.
A system for use in connection with a structure having a wall defining an opening, the system comprising: a slide-out compartment receivable within the opening, the slide-out compartment comprising a floor, an end wall connected to the floor proximate an end edge of the floor, and at least one of (a) a first collapsible side wall connected or connectable to the end wall and connectable to the structure, (b) a second collapsible side wall connected or connectable to the end wall and connectable to the structure, and (c) a collapsible roof connected or connectable to the end wall and connectable to the structure; and an operating mechanism connected between the structure and the slide-out compartment, characterised in that the operating mechanism comprises: a first driven portion including a gear rack connected to a first side edge of the floor; a first drive portion including a pinion gear engaged with the gear rack and connectable to the wall of the structure adjacent the first driven portion, wherein the pinion gear is keyed to or otherwise disposed on a torque shaft for rotation therewith; and a first cable connected to an upper portion of the end wall of the slide-out compartment, the first cable operably associated with the first drive portion. a slide-out compartment receivable within the opening, the slide-out compartment comprising a floor, an end wall connected to the floor proximate an end edge of the floor, and at least one of (a) a first collapsible side wall connected or connectable to the end wall and connectable to the structure, (b) a second collapsible side wall connected or connectable to the end wall and connectable to the structure, and (c) a collapsible roof connected or connectable to the end wall and connectable to the structure; and an operating mechanism connected between the structure and the slide-out compartment, characterised in that the operating mechanism comprises: a first driven portion including a gear rack connected to a first side edge of the floor; a first drive portion including a pinion gear engaged with the gear rack and connectable to the wall of the structure adjacent the first driven portion, wherein the pinion gear is keyed to or otherwise disposed on a torque shaft for rotation therewith; and a first cable connected to an upper portion of the end wall of the slide-out compartment, the first cable operably associated with the first drive portion. a first driven portion including a gear rack connected to a first side edge of the floor; a first drive portion including a pinion gear engaged with the gear rack and connectable to the wall of the structure adjacent the first driven portion, wherein the pinion gear is keyed to or otherwise disposed on a torque shaft for rotation therewith; and a first cable connected to an upper portion of the end wall of the slide-out compartment, the first cable operably associated with the first drive portion.
A toner cartridge comprising: a housing to accommodate a toner and comprising a toner discharge port at one side in a longitudinal direction; a conveying member installed inside the housing to rotate to convey the toner toward the toner discharge port; and a driven coupler to rotate by a rotational force; characterised by comprising an ejector to rotate by the driven coupler, wherein either one of the driven coupler and the ejector is rotatably supported by a side wall (110, 120) of the housing in the longitudinal direction and connected to the conveying member to rotate the conveying member, and wherein the other one of the driven coupler and the ejector moves in a direction spaced apart from the side wall (110, 120) of the housing with respect to either one of the driven coupler and the ejector when the driven coupler rotates in a reverse direction which is an opposite direction to a forward direction in which the toner is conveyed toward the toner discharge port. a housing to accommodate a toner and comprising a toner discharge port at one side in a longitudinal direction; a conveying member installed inside the housing to rotate to convey the toner toward the toner discharge port; and a driven coupler to rotate by a rotational force; characterised by comprising an ejector to rotate by the driven coupler, wherein either one of the driven coupler and the ejector is rotatably supported by a side wall (110, 120) of the housing in the longitudinal direction and connected to the conveying member to rotate the conveying member, and wherein the other one of the driven coupler and the ejector moves in a direction spaced apart from the side wall (110, 120) of the housing with respect to either one of the driven coupler and the ejector when the driven coupler rotates in a reverse direction which is an opposite direction to a forward direction in which the toner is conveyed toward the toner discharge port.
Façade lining comprising a plurality of concrete bricks (2, 3, 4, 5) which are arranged in rows and above one another, each having a substantially parallelepipedal basic shape with an underside, an upper side (14, 20), a front side (17, 23), a rear side (16, 22) and two lateral surfaces (15, 18, 21, 24), wherein the upper side (14, 20) and the underside are arranged parallel to one another, the rear side (16, 22) encloses an angle of in each case 90o with the upper side (14, 20) and with the underside, and the front side (17, 23) encloses an angle of in each case unequal to 90o with the upper side (14, 20) and with the underside, characterized in that - the façade lining has concrete bricks having a pocket formed on the upper side (14, 20), wherein a rear end of the pocket terminates with the rear side (16, 22), wherein an anchor bolt is introduced into the pocket of the respective concrete brick and can be connected to a façade to be lined; - the concrete bricks (2, 3, 4, 5) are adhesively bonded to one another and the anchor bolt is adhered into the pocket. - the façade lining has concrete bricks having a pocket formed on the upper side (14, 20), wherein a rear end of the pocket terminates with the rear side (16, 22), wherein an anchor bolt is introduced into the pocket of the respective concrete brick and can be connected to a façade to be lined; - the concrete bricks (2, 3, 4, 5) are adhesively bonded to one another and the anchor bolt is adhered into the pocket.
A photosensitive resin composition comprising: a photopolymerizable compound including at least one of a photopolymerizable monomer and a photopolymerizable oligomer; titanium dioxide; and a photopolymerization initiator, the component including an acylphosphine oxide-containing photopolymerization initiator and a phenylglyoxylic acid-containing photopolymerization initiator, and an amount of the component being within a range of 15 to 500 parts by mass with respect to 100 parts by mass of the component. a photopolymerizable compound including at least one of a photopolymerizable monomer and a photopolymerizable oligomer; titanium dioxide; and a photopolymerization initiator,
A method performed by a computing device, the method comprising: receiving, from a client device, a request for a resource available from an origin device; determining whether the resource is cached in a cache server associated with the origin device; providing, when the resource is cached in the cache server, a first command instructing the client device to request the resource from the cache server; receiving, from the client device, a first new request for the resource in response to providing the first command; enabling, based on the first new request, the client device to receive the resource from the cache server; creating, when the resource is not cached in the cache server, a firewall filter; providing, when the resource is not cached in the cache server, a second command instructing the client device to request the resource from the origin device; receiving, via the firewall filter and from the client device, a second new request for the resource in response to providing the second command; enabling, via the firewall filter and based on the second new request, the client device to receive the resource from the origin device without accessing the cache server; and removing the firewall filter in response to the resource being received from the origin device by the client device. receiving, from a client device, a request for a resource available from an origin device; determining whether the resource is cached in a cache server associated with the origin device; providing, when the resource is cached in the cache server, a first command instructing the client device to request the resource from the cache server; receiving, from the client device, a first new request for the resource in response to providing the first command; enabling, based on the first new request, the client device to receive the resource from the cache server; creating, when the resource is not cached in the cache server, a firewall filter; providing, when the resource is not cached in the cache server, a second command instructing the client device to request the resource from the origin device; receiving, via the firewall filter and from the client device, a second new request for the resource in response to providing the second command; enabling, via the firewall filter and based on the second new request, the client device to receive the resource from the origin device without accessing the cache server; and removing the firewall filter in response to the resource being received from the origin device by the client device.
Manual drive for stepped, power-free actuation of a tap changer of a tapped transformer, wherein a drive shaft at which a plurality of revolutions for each tap change are manually executed is provided, wherein a control transmission reducing these revolutions to exactly one revolution of a gearwheel per tap change is provided and wherein a locking unit is provided in such a form that the drive shaft is blocked by a blocking pawl, which is detented in a blocking groove of the drive shaft, as long there is no manual unlocking by an external rotatable control part, characterised in that the locking unit comprises a rotatable internal key connected with the external control part, that the locking unit additionally has a pawl pivotable about an axis of rotation, that the pawl has a blocking pawl co-operating with the blocking groove of the drive shaft, that the pawl has a blocking cam co-operating with a groove of the gearwheel of the control transmission and that through actuation of the internal key the pawl is so pivotable out of the locking position that blocking pawl and blocking cam come out of engagement with the corresponding grooves (14, 16).
Wind energy generator comprising a mounting, a fixed stator, a rotor rotatable with respect to the stator, a hub connected to the rotor and at least two blades, which extend radially away from the hub, wherein the stator and the rotor are formed by pipe sections (203, 213) concentric to one another, on whose opposing surfaces permanent magnets and windings are in each case arranged and which extend beyond the permanent magnets and the windings in order to accommodate a rolling bearing between them at least on one side; wherein an end of the pipe section of the stator is fastened on a frame via a screw connection; characterised in that the pipe section of the stator extends in a bell-like manner in the direction of the hub, whose bell base has a central, circular opening, while the pipe section of the rotor runs inside the pipe section of the stator also in a bell-shaped manner concentric to the bell shape of the stator and whose bell base also has a central opening, which continues in a pipe carrier, which reaches into the opening of the bell base of the stator forming a receiving portion for the rolling bearing and supports the hub with the outer edge.
A processing system comprising: a cutting tool; a sensor attached to the cutting tool; an AD (analog-to-digital) converter configured to perform sampling on an analog signal output from the sensor to generate a digital signal; and a processing unit, characterized by the processing unit being configured to, based on a rotation rate [rpm] of a rotor that rotates about a rotation axis, an upper-limit period that is an upper-limit value of a process period, and an upper-limit pitch that is an upper-limit value of an angle pitch [degree], the process period being a period with which a predetermined process is performed using the digital signal generated by the AD converter, the angle pitch being a rotation angle between two adjacent sampling time points in a coordinate system representing a phase at a time point of sampling performed by the AD converter in a rotation circle that is a path of a point that rotates about the rotation axis as the rotor rotates, determine the process period and a sampling frequency with which the AD converter performs sampling such that a set value of the angle pitch is equal to the upper-limit pitch or less in a time period taken by the rotor to rotate N times with the process period that is equal to the upper-limit period or shorter, wherein N and (360/ps) are integers of 2 or greater and are relatively prime, where ps denotes the set value. a cutting tool; a sensor attached to the cutting tool; an AD (analog-to-digital) converter configured to perform sampling on an analog signal output from the sensor to generate a digital signal; and a processing unit, characterized by the processing unit being configured to, based on a rotation rate [rpm] of a rotor that rotates about a rotation axis, an upper-limit period that is an upper-limit value of a process period, and an upper-limit pitch that is an upper-limit value of an angle pitch [degree], the process period being a period with which a predetermined process is performed using the digital signal generated by the AD converter, the angle pitch being a rotation angle between two adjacent sampling time points in a coordinate system representing a phase at a time point of sampling performed by the AD converter in a rotation circle that is a path of a point that rotates about the rotation axis as the rotor rotates, determine the process period and a sampling frequency with which the AD converter performs sampling such that a set value of the angle pitch is equal to the upper-limit pitch or less in a time period taken by the rotor to rotate N times with the process period that is equal to the upper-limit period or shorter, wherein N and (360/ps) are integers of 2 or greater and are relatively prime, where ps denotes the set value.