mhurhangee/ep-ind-claims huggingface dataset:
A bracket to form part of an external building cladding assembly, the bracket comprising: a foot having a contact face to be positioned to face internally towards the building and attachable to a structural element forming part of the cladding assembly or the building; an attachment element to attach the bracket to an external cladding panel, an intermediate rail or a mount flange securable to the cladding panel; an insulation layer attachable to the contact face of the foot to sit intermediate the foot and the structural element; wherein a thermal conductivity of the layer is less than 0.09 W/(m·K) at 10 °C; wherein the insulation layer comprises: • silica; • fibrous glass; and • a flame retardant component being iron oxide and/or aluminium trihydrate (aluminium hydroxide Al 3); and wherein to enhance strength characteristics of the bracket to withstand loading forces, the bracket comprises either strengthening flanges projecting rearwardly from a rear face of the foot, or ribs projecting from a rear face of the foot with the ribs extending at least partially through the insulation layer. a foot having a contact face to be positioned to face internally towards the building and attachable to a structural element forming part of the cladding assembly or the building; an attachment element to attach the bracket to an external cladding panel, an intermediate rail or a mount flange securable to the cladding panel; an insulation layer attachable to the contact face of the foot to sit intermediate the foot and the structural element; wherein a thermal conductivity of the layer is less than 0.09 W/(m·K) at 10 °C; wherein the insulation layer comprises: • silica; • fibrous glass; and • a flame retardant component being iron oxide and/or aluminium trihydrate (aluminium hydroxide Al 3); and • silica; • fibrous glass; and • a flame retardant component being iron oxide and/or aluminium trihydrate (aluminium hydroxide Al 3); and wherein to enhance strength characteristics of the bracket to withstand loading forces, the bracket comprises either strengthening flanges projecting rearwardly from a rear face of the foot, or ribs projecting from a rear face of the foot with the ribs extending at least partially through the insulation layer.
A tensioner comprising: a shaft; a base; a pivot arm pivotally engaged with the base; a pulley journalled to the pivot arm; a first spring urging a first damping member into frictional engagement with the pivot arm, the first spring being engaged with the base, the first damping member imparting a damping force greater in a first pivot arm direction than in a second pivot arm direction; and a second spring disposed in the pivot arm and urging a second damping member into frictional engagement with a base surface, characterised in that: the base surface comprises an arcuate form having a radius that is variable from a minimum value to a maximum value. a shaft; a base; a pivot arm pivotally engaged with the base; a pulley journalled to the pivot arm; a first spring urging a first damping member into frictional engagement with the pivot arm, the first spring being engaged with the base, the first damping member imparting a damping force greater in a first pivot arm direction than in a second pivot arm direction; and a second spring disposed in the pivot arm and urging a second damping member into frictional engagement with a base surface, characterised in that: the base surface comprises an arcuate form having a radius that is variable from a minimum value to a maximum value.
A computer-implemented method for selecting a myopia control treatment for an individual comprising: receiving, via an interface at a computer, data relating to refractive change in a prior pre-determined time period for the individual from a reference timepoint; receiving, via the interface, data representing an age of the individual and data representing a current axial length value of the eye as measured at the reference timepoint; predicting, by a processor, a future axial elongation of the eye as a function of the age of the individual, the current axial length value of the eye as measured at the reference timepoint, and said refractive change in the prior pre-determined time period; generating, an output indication of said predicted future axial elongation of the eye via the interface, and using said output indication to select a myopia control treatment for said individual. receiving, via an interface at a computer, data relating to refractive change in a prior pre-determined time period for the individual from a reference timepoint; receiving, via the interface, data representing an age of the individual and data representing a current axial length value of the eye as measured at the reference timepoint; predicting, by a processor, a future axial elongation of the eye as a function of the age of the individual, the current axial length value of the eye as measured at the reference timepoint, and said refractive change in the prior pre-determined time period; generating, an output indication of said predicted future axial elongation of the eye via the interface, and using said output indication to select a myopia control treatment for said individual.
Motor vehicle comprising a device for outputting an audio signal into a passenger cell of the motor vehicle comprising: a plurality of audio output elements (5a - 5d) arranged in the passenger compartment of the motor vehicle comprising audio output means for outputting at least one audio signal which includes audio content in the form of music and/or speech into the passenger compartment of the motor vehicle, a control device that can be assigned or assigned to the audio output device for controlling the output of at least one audio signal via respective audio output elements (5a - 5d), wherein The control device is configured to control the output of at least one audio signal into the passenger cell of the motor vehicle on the basis of a movement of at least one object, in particular a road user, relative to the motor vehicle descriptive motion information, characterized in that The control device is configured to use the control of the output of at least one audio signal into the passenger cell of the motor vehicle during the output of at least one audio signal by targeted control of the output direction of at least one audio signal to provide a vehicle occupant with information about itself in the environment around the motor vehicle, relative to the motor vehicle moving objects. a plurality of audio output elements (5a - 5d) arranged in the passenger compartment of the motor vehicle comprising audio output means for outputting at least one audio signal which includes audio content in the form of music and/or speech into the passenger compartment of the motor vehicle, a control device that can be assigned or assigned to the audio output device for controlling the output of at least one audio signal via respective audio output elements (5a - 5d), wherein The control device is configured to control the output of at least one audio signal into the passenger cell of the motor vehicle on the basis of a movement of at least one object, in particular a road user, relative to the motor vehicle descriptive motion information, characterized in that The control device is configured to use the control of the output of at least one audio signal into the passenger cell of the motor vehicle during the output of at least one audio signal by targeted control of the output direction of at least one audio signal to provide a vehicle occupant with information about itself in the environment around the motor vehicle, relative to the motor vehicle moving objects.
A replacement air valve comprising at least - a first wall (1.1), - a second wall (1.2), - a first end element, and - a second end element, the first end element comprising: - a first end piece, - a first mounting piece, and - coupling members (18, 28, 32) for connecting the first end piece and the first mounting piece to each other, and the second end element comprising: - a second end piece, - a second mounting piece, and - coupling members (28, 31, 32) for connecting the second end piece and the second mounting piece to each other; characterized in that the replacement air valve also comprises: - a backflow trap, and - a limiter for adjusting a path of motion of the backflow trap, wherein the first and second end pieces (11, 21) further comprise an opening (19, 29) for said limiter. - a first wall (1.1), - a second wall (1.2), - a first end element, and - a second end element, - a first end piece, - a first mounting piece, and - coupling members (18, 28, 32) for connecting the first end piece and the first mounting piece to each other, - a second end piece, - a second mounting piece, and - coupling members (28, 31, 32) for connecting the second end piece and the second mounting piece to each other; - a backflow trap, and - a limiter for adjusting a path of motion of the backflow trap, wherein the first and second end pieces (11, 21) further comprise an opening (19, 29) for said limiter.
A method of processing a communication request by a call processing unit comprising: receiving, by the call processing unit, a request from a requester for setting up a communication link; determining, by the call processing unit, if the request is associated with a multicast function; identifying, by the call processing unit, multicast destinations defined by the multicast function comprising retrieving at least one of the multicast destinations from a lookup table; determining, by the call processing unit, a supervisory destination from the multicast destinations; soliciting, by the call processing unit, approval from the supervisory destination for connecting the requester with the multicast destinations; establishing, by the call processing unit, communication links between the requester and the multicast destinations on receiving the approval from the supervisory destination. receiving, by the call processing unit, a request from a requester for setting up a communication link; determining, by the call processing unit, if the request is associated with a multicast function; identifying, by the call processing unit, multicast destinations defined by the multicast function comprising retrieving at least one of the multicast destinations from a lookup table; determining, by the call processing unit, a supervisory destination from the multicast destinations; soliciting, by the call processing unit, approval from the supervisory destination for connecting the requester with the multicast destinations; establishing, by the call processing unit, communication links between the requester and the multicast destinations on receiving the approval from the supervisory destination.
A captured image evaluation apparatus for evaluating a thickness and a density of stacked cultured cells, comprising: an image acquisition section that acquires a plurality of captured images obtained by imaging a subject under conditions in which a numerical aperture, NA, of an objective lens is different; a thickness estimation section that estimates a thickness of the subject on the basis of a low NA captured image obtained under a condition in which the numerical aperture NA of the objective lens is relatively small, among the plurality of captured images; wherein the thickness estimation section acquires a brightness distribution of the low NA captured image, and estimates the thickness of the subject on the basis of the brightness distribution and a density estimation section that estimates a density of the subject on the basis of a high NA captured image obtained under a condition in which the numerical aperture of the objective lens is relatively large, among the plurality of captured images, wherein the density estimation section acquires a brightness distribution of the high NA captured image, and estimates the density of the subject on the basis of the brightness distribution. an image acquisition section that acquires a plurality of captured images obtained by imaging a subject under conditions in which a numerical aperture, NA, of an objective lens is different; a thickness estimation section that estimates a thickness of the subject on the basis of a low NA captured image obtained under a condition in which the numerical aperture NA of the objective lens is relatively small, among the plurality of captured images; wherein the thickness estimation section acquires a brightness distribution of the low NA captured image, and estimates the thickness of the subject on the basis of the brightness distribution and a density estimation section that estimates a density of the subject on the basis of a high NA captured image obtained under a condition in which the numerical aperture of the objective lens is relatively large, among the plurality of captured images, wherein the density estimation section acquires a brightness distribution of the high NA captured image, and estimates the density of the subject on the basis of the brightness distribution.
Slab production plant for producing slabs with a press mould to which a material to be pressed can be fed and with a dosing device by which the material to be pressed is fed in a dosed manner to the press mould, wherein the dosing device is arranged above this press mould, and wherein the dosing device is arranged on a support, and wherein this support enables a movement of the dosing device in a vertical direction (h) and a pivoting of the dosing device in a predetermined pivoting direction, wherein the support device has a lifting column which is movable in the vertical direction, as well as a first drive device which serves for movement of the lifting column in the vertical direction and at least one sealing apparatus (13, 9, 12) for sealing components of the support device with respect to an environment, characterised in that the sealing apparatus has a first column casing which at least partially surrounds the lifting column, wherein an anti-twisting device is provided which prevents twisting of the lifting column with respect to at least one column casing and/or the support device has a second drive device (15, 16) which enables a pivoting movement of the dosing device, wherein the support device has a fastening device for releasably fastening the dosing device to the support device, wherein the second drive device is arranged above the fastening device.
Dispenser, in particular for a film, comprising a housing and pins arranged laterally in said housing, wherein the pins are provided with a receiving element, the surface sections of which corresponding to the pins detachably or permanently surround the pins and have receiving surfaces for the product to be dispensed, characterised in that the receiving element comprises arc-shaped protrusions - similar to a paddle wheel.
A method for producing a rotor blade for a wind turbine, wherein the rotor blade is produced at least partially, in particular at least in the region of a rotor blade root, in a main mold designed as negative mold, characterized in that first at least one sandwich preform (23, 23') is produced with a sandwich structure consisting of fiber fabrics (25, 26) and core material placed flat between the fiber fabrics (25, 26), and at least one sandwich preform (23, 23') is then placed in the main mold and bonded to form the rotor blade by means of a resin infusion method with other sandwich preforms (23, 23') placed in the main mold, and/or fiber fabrics (25, 26), and/or at least one rotor blade girder (8, 8'), wherein the shell of the rotor blade is segmented in the direction of the depth of the profile in the region in which the at least one sandwich preform (23, 23') is inserted, and the shell segments are made of sandwich preforms (23, 23'), wherein a plurality of sandwich preforms (23, 23') are combined to form the rotor blade shell on a pressure side and a suction side of the rotor blade, wherein after the placement of the sandwich preforms (23, 23') in the main mold, at least one ply of fiber fabrics (25, 26) is placed on two adjacently arranged sandwich preforms (23, 23').
A method comprising: emitting light from a light source, said emitted light is directed toward a surface of an audio headset connector inserted into a receiving socket of an electronic device; detecting reflected light, using a light sensor, from the surface of the audio headset connector; identifying the audio headset based on the reflected light off of the audio headset connector and based on a stored reflected light profile associated with the identity of that and to headset; and modifying at least one setting of the electronic device in response to the identification of the audio headset. emitting light from a light source, said emitted light is directed toward a surface of an audio headset connector inserted into a receiving socket of an electronic device; detecting reflected light, using a light sensor, from the surface of the audio headset connector; identifying the audio headset based on the reflected light off of the audio headset connector and based on a stored reflected light profile associated with the identity of that and to headset; and modifying at least one setting of the electronic device in response to the identification of the audio headset.
A fuel tank comprising: - an electronical board, - a first sensor connected to the electronical board, the first sensor being a pressure sensor, - at least one second sensor extending fully inside the tank, and - a connector connecting the second sensor to the electronical board, characterized in that the fuel tank further comprises a pressure port forming a hole through a wall of the tank, and in that the connector connects the second sensor to the electronical board through the pressure port, a first part of the connector being connected to the second sensor by at least one first wire and a second part of the connector being connected to the electronical board by at least one second wire. - an electronical board, - a first sensor connected to the electronical board, the first sensor being a pressure sensor, - at least one second sensor extending fully inside the tank, and - a connector connecting the second sensor to the electronical board, characterized in that the fuel tank further comprises a pressure port forming a hole through a wall of the tank,
Method for determining a projection screen for a projection device of a motor vehicle with the steps: - detection of a mobile terminal in surroundings of the motor vehicle, - determination of a relative position between the mobile terminal and a reference point of the motor vehicle with a detection device of the motor vehicle, - detection of the projection screen in the surroundings of the motor vehicle with the mobile terminal, - determination of a relative position between at least one point (13, 13') of the projection screen and the mobile terminal, - determination of a relative position between the projection screen and the reference point of the motor vehicle on the basis of the relative position between the mobile terminal and the reference point and the relative position between the at least one point (13, 13') of the projection screen and the mobile terminal, and - projection of projection data onto the projection screen with the projection device subject to the relative position between the projection screen and the reference point of the motor vehicle. - detection of a mobile terminal in surroundings of the motor vehicle, - determination of a relative position between the mobile terminal and a reference point of the motor vehicle with a detection device of the motor vehicle, - detection of the projection screen in the surroundings of the motor vehicle with the mobile terminal, - determination of a relative position between at least one point (13, 13') of the projection screen and the mobile terminal, - determination of a relative position between the projection screen and the reference point of the motor vehicle on the basis of the relative position between the mobile terminal and the reference point and the relative position between the at least one point (13, 13') of the projection screen and the mobile terminal, and - projection of projection data onto the projection screen with the projection device subject to the relative position between the projection screen and the reference point of the motor vehicle.
A mobile station comprising: a receiver adapted to receive, from a base station, configuration information for transmitting, in subframe N in an uplink to the base station, at least one of a channel quality information report and a sounding reference symbol, and to receive from the base station a media access control, MAC, control element regarding a discontinuous reception, DRX, operation, circuitry adapted to determine whether the mobile station will be in DRX Active Time or DRX Non-Active Time in subframe N, based at least on the MAC control element received until and including subframe N-(4+k), where k is an integer value equal to or greater than 1, and a transmitter adapted to not transmit the channel quality information report or the sounding reference symbol to the base station in subframe N, in case the mobile station is determined to be not in DRX Active Time in subframe N. a receiver adapted to receive, from a base station, configuration information for transmitting, in subframe N in an uplink to the base station, at least one of a channel quality information report and a sounding reference symbol, and to receive from the base station a media access control, MAC, control element regarding a discontinuous reception, DRX, operation, circuitry adapted to determine whether the mobile station will be in DRX Active Time or DRX Non-Active Time in subframe N, based at least on the MAC control element received until and including subframe N-(4+k), where k is an integer value equal to or greater than 1, and a transmitter adapted to not transmit the channel quality information report or the sounding reference symbol to the base station in subframe N, in case the mobile station is determined to be not in DRX Active Time in subframe N.
A compound of formula I, or a pharmaceutically acceptable salt and/or solvate thereof: wherein Z is selected from CH and N; A is selected from CF 2 and CHF; X is selected from O and CH 2; R 1 and R 2 are independently selected from H and C 1-6 alkyl; and all alkyl groups are optionally fluoro-substituted. Z is selected from CH and N; A is selected from CF 2 and CHF; X is selected from O and CH 2; R 1 and R 2 are independently selected from H and C 1-6 alkyl; and all alkyl groups are optionally fluoro-substituted.
Hand-held power tool, in particular an electric screwdriver, comprising a tool holder for supporting a tool along a working axis, a motor coupled to the tool holder by a drive train, a housing and a grip area for a first hand, wherein the grip area has a bearing portion for the thumb and index finger in a guide plane with the working axis and a shaft portion designed to be grasped on one side of the guide plane, wherein the bearing portion for the thumb and index finger has a recessed grip on a rear face of the housing and wherein the deepest point of the recessed grip is situated in the guide plane, characterised by a contact surface for a second hand, wherein the contact surface, which is directed away from the tool holder and arranged on another side of the guide plane, is inclined at an angle of between 80 degrees and 100 degrees relative to the plane and wherein the contact surface has dimensions of at least 1.2 cm perpendicular to the guide plane.