mhurhangee/ep-ind-claims huggingface dataset:
A brake test stand for testing vehicle brakes and for determining the brake forces acting on the respective vehicle wheel, the brake test stand comprises: - at least a first and a second pair of rollers (20, 22; 24, 26) for positioning the two wheels mounted on a common axis of a vehicle thereon, wherein the rollers (20, 22, 24, 26) of each pair of rollers (20, 22; 24, 26) are arranged opposite to each other and the pairs of rollers (20, 22; 24, 26) are provided side by side, - a control unit for controlling the test stand, and - first sensing devices positioned respectively below and between the rollers (20, 22; 24, 26) of each pair of rollers (20, 22; 24, 26) for sensing at least the pattern of the running surface of each of the tires of the wheels mounted on the common axis, characterized by a processing and calculation unit being adapted to process the data obtained by the first sensing devices for calculating tire conditions on the basis of a correlation of the data of the tires of the wheels mounted on the common axis, wherein the correlation considers the mutual influence of one wheel on the other. - at least a first and a second pair of rollers (20, 22; 24, 26) for positioning the two wheels mounted on a common axis of a vehicle thereon, wherein the rollers (20, 22, 24, 26) of each pair of rollers (20, 22; 24, 26) are arranged opposite to each other and the pairs of rollers (20, 22; 24, 26) are provided side by side, - a control unit for controlling the test stand, and - first sensing devices positioned respectively below and between the rollers (20, 22; 24, 26) of each pair of rollers (20, 22; 24, 26) for sensing at least the pattern of the running surface of each of the tires of the wheels mounted on the common axis,
A pivotable box step comprising: a pivot assembly; a drive assembly disposed within the pivot assembly; a single box step coupled to the drive assembly and movable relative to the pivot assembly between a stowed position configured to be tucked underneath a vehicle forward of a rear bumper of the vehicle so as to be hidden from view, a rear position configured to be extending past a vehicle bumper, a corner position configured to be at a rear corner of the vehicle and a side box entry position configured to be generally outwardly from a side of the vehicle to assist a user trying to access a portion of a box of the vehicle that is more forward of the rear bumper than in the stowed position or just behind a vehicle cab; and further comprising a drive arm operably coupled to the drive assembly and fixedly secured to the single box step for pivotally moving the single box step between the stowed position, rear position, corner position and side box entry position. a pivot assembly; a drive assembly disposed within the pivot assembly; a single box step coupled to the drive assembly and movable relative to the pivot assembly between a stowed position configured to be tucked underneath a vehicle forward of a rear bumper of the vehicle so as to be hidden from view, a rear position configured to be extending past a vehicle bumper, a corner position configured to be at a rear corner of the vehicle and a side box entry position configured to be generally outwardly from a side of the vehicle to assist a user trying to access a portion of a box of the vehicle that is more forward of the rear bumper than in the stowed position or just behind a vehicle cab; and further comprising a drive arm operably coupled to the drive assembly and fixedly secured to the single box step for pivotally moving the single box step between the stowed position, rear position, corner position and side box entry position.
An endoscopic operation assisting device (2, 102) including a first handle member (3, 103) and a second handle member (4, 104), the first handle member (3, 103) and the second handle member (4, 104) being openable and closable, wherein the first handle member (3, 103) includes, in an opening and closing surface portion thereof, a groove forming an insertion section holding hole for holding an insertion section of an endoscope, and including, on a surface portion thereof contraposed to the opening and closing surface portion, a step portion including a flat surface which is provided at a distal end side of the first handle member (3, 103) and which is lower than a proximal end side surface, and wherein the second handle member (4, 104) includes, in an opening and closing surface portion thereof, a groove forming the insertion section holding hole, characterized in that the endoscopic operation assisting device (2, 102) further comprises an operation switch including a case which is juxtaposed to a side surface of the first handle member (3, 103), wherein the operation switch is operable to output an instruction signal to a control device for instructing operation of external equipment of an endoscope, and wherein the switch includes an operation lever which vertically projects from a surface of the switch.
A communication method, comprising: determining, by a first network device, a first resource, wherein the first resource comprises a resource used by a second network device to send a first signal to a second relay device; sending, by the first network device, first configuration information to a first relay device different to the second relay device, determining, by the first relay device, based on the first configuration information, a second resource for sending a second signal, and wherein the second resource is a part or all of the first resource, determining, by the first relay device, a third resource for sending the second signal, wherein the first configuration information is used to indicate the third resource used by the first relay device to send the second signal; sending, by the first network device, second configuration information to the first relay device, wherein the second configuration information is used to indicate a time domain offset between the third resource and the second resource, and wherein the determination of the second resource by the first relay device is based on the first configuration information and the time domain offset; sending, by the first relay device, the second signal on the second resource; and receiving, by the second relay device, the second signal on part or all of the first resource; sending, by the first network device, a third signal to the first relay device on the third resource; and wherein the first relay device and the second relay device each do not have a capability of simultaneously sending and receiving signals. determining, by a first network device, a first resource, wherein the first resource comprises a resource used by a second network device to send a first signal to a second relay device; sending, by the first network device, first configuration information to a first relay device different to the second relay device, determining, by the first relay device, based on the first configuration information, a second resource for sending a second signal, and wherein the second resource is a part or all of the first resource, determining, by the first relay device, a third resource for sending the second signal, wherein the first configuration information is used to indicate the third resource used by the first relay device to send the second signal; sending, by the first network device, second configuration information to the first relay device, wherein the second configuration information is used to indicate a time domain offset between the third resource and the second resource, and wherein the determination of the second resource by the first relay device is based on the first configuration information and the time domain offset; sending, by the first relay device, the second signal on the second resource; and receiving, by the second relay device, the second signal on part or all of the first resource; sending, by the first network device, a third signal to the first relay device on the third resource; and wherein the first relay device and the second relay device each do not have a capability of simultaneously sending and receiving signals.
A data transmission method, comprising processing a first data packet to be sent by using a compression strategy obtained in advance from a receiving end, and deleting specified duplicated data according to the compression strategy in the first data packet, wherein the compression strategy comprises a protocol-type policy or a content-type policy; the protocol-type policy is a policy distinguished by a protocol type, and the content-type policy is a policy distinguished by an application type; generating a second data packet to be sent from the processed first data packet, wherein the second data packet comprises a modification record field for indicating the deleted duplicated data; and sending the second data packet to the receiving end; wherein the modification record field is configured at a start portion of a payload of the second data packet; the modification record field comprises: a policy enable indication, which is used for indicating whether the second data packet in which the modification record field is located has been processed by a step processing the first data packet to be sent; a policy type indication, which is used for indicating the type of a policy adopted to process the first data packet; and a policy number, which is used for indicating which policy within a type is adopted to process the first data packet. processing a first data packet to be sent by using a compression strategy obtained in advance from a receiving end, and deleting specified duplicated data according to the compression strategy in the first data packet, wherein the compression strategy comprises a protocol-type policy or a content-type policy; the protocol-type policy is a policy distinguished by a protocol type, and the content-type policy is a policy distinguished by an application type; generating a second data packet to be sent from the processed first data packet, wherein the second data packet comprises a modification record field for indicating the deleted duplicated data; and sending the second data packet to the receiving end; wherein the modification record field is configured at a start portion of a payload of the second data packet; the modification record field comprises: a policy enable indication, which is used for indicating whether the second data packet in which the modification record field is located has been processed by a step processing the first data packet to be sent; a policy type indication, which is used for indicating the type of a policy adopted to process the first data packet; and a policy number, which is used for indicating which policy within a type is adopted to process the first data packet. a policy enable indication, which is used for indicating whether the second data packet in which the modification record field is located has been processed by a step processing the first data packet to be sent; a policy type indication, which is used for indicating the type of a policy adopted to process the first data packet; and a policy number, which is used for indicating which policy within a type is adopted to process the first data packet.
An instrumentation amplifier comprising: a first amplifier having one input connected to a first input (InP) of the instrumentation amplifier; a second amplifier having one input connected to a second input (InN) of the instrumentation amplifier; and a feedback network, characterized in that the feedback network comprises an active filter having a first low pass filter characteristic with a first cut-off frequency in respect of differential mode signals at the first and second inputs (InP,InN) of the instrumentation amplifier and a second low pass filter characteristic with a second cut-off frequency in respect of common mode signals at the first and second inputs (InP,InN) of the instrumentation amplifier. a first amplifier having one input connected to a first input (InP) of the instrumentation amplifier; a second amplifier having one input connected to a second input (InN) of the instrumentation amplifier; and a feedback network, characterized in that the feedback network comprises an active filter having a first low pass filter characteristic with a first cut-off frequency in respect of differential mode signals at the first and second inputs (InP,InN) of the instrumentation amplifier and a second low pass filter characteristic with a second cut-off frequency in respect of common mode signals at the first and second inputs (InP,InN) of the instrumentation amplifier.
A drive device for a construction machine, comprising: a motor as a drive source; a speed reducer which transmits a rotation of the motor to a driven unit at a reduced speed; and a brake mechanism which generates a braking force against the rotation to be transmitted from the speed reducer to the driven unit, wherein the speed reducer includes a casing, a rotating shaft (17, 18) disposed in the casing, and a planetary gear type speed reducing unit disposed in the casing, the speed reducing unit includes a sun gear, a ring gear disposed to surround an outer side of the sun gear, a planetary gear which is meshed with the sun gear and the ring gear and is rotated as the sun gear is rotated, and a spider member which supports the planetary gear so that the planetary gear is rotatable, and the brake mechanism includes a rotating-shaft-side brake plate provided on an outer periphery of the spider member in a state that the rotating-shaft-side brake plate is integrally rotated with the spider member, a casing-side brake plate provided on the casing, and a brake piston which generates the braking force by bringing the rotating-shaft-side brake plate and the casing-side brake plate to press contact with each other, characterized in that the speed reducer includes a plurality of speed reducing units (9, 10, 11), and the rotating-shaft-side brake plate is provided on an outer periphery of the spider member of a highest speed reducing unit of the plurality of speed reducing units (9, 10, 11) that reduces a speed of a highest speed rotation. a motor as a drive source; a speed reducer which transmits a rotation of the motor to a driven unit at a reduced speed; and a brake mechanism which generates a braking force against the rotation to be transmitted from the speed reducer to the driven unit, wherein the speed reducer includes a casing, a rotating shaft (17, 18) disposed in the casing, and a planetary gear type speed reducing unit disposed in the casing, the speed reducing unit includes a sun gear, a ring gear disposed to surround an outer side of the sun gear, a planetary gear which is meshed with the sun gear and the ring gear and is rotated as the sun gear is rotated, and a spider member which supports the planetary gear so that the planetary gear is rotatable, and the brake mechanism includes a rotating-shaft-side brake plate provided on an outer periphery of the spider member in a state that the rotating-shaft-side brake plate is integrally rotated with the spider member, a casing-side brake plate provided on the casing, and a brake piston which generates the braking force by bringing the rotating-shaft-side brake plate and the casing-side brake plate to press contact with each other, characterized in that the speed reducer includes a plurality of speed reducing units (9, 10, 11), and the rotating-shaft-side brake plate is provided on an outer periphery of the spider member of a highest speed reducing unit of the plurality of speed reducing units (9, 10, 11) that reduces a speed of a highest speed rotation.
Rotor for an electric machine, comprising a rotor laminate stack with a plurality of laminate sub-stacks (12, 14, 16, 18) which each comprise a multiplicity of rotor laminates stacked in the stacking direction and each have at least one through opening (21, 23, 25) extending in the stacking direction, wherein the through openings (21, 23, 25) of the laminate sub-stacks (12, 14, 16, 18) overlap in the circumferential direction and together form at least one coolant channel (24, 28, 32, 36), wherein a first laminate sub-stack comprises a first through opening forming a coolant inlet and a second through opening forming a coolant outlet, wherein both through openings (21, 23) of the first laminate sub-stack overlap with a single, third through opening of a second laminate sub-stack, wherein the third through opening of the second laminate sub-stack is closed on the side facing away from the first laminate sub-stack. a rotor laminate stack with a plurality of laminate sub-stacks (12, 14, 16, 18) which each comprise a multiplicity of rotor laminates stacked in the stacking direction and each have at least one through opening (21, 23, 25) extending in the stacking direction, wherein the through openings (21, 23, 25) of the laminate sub-stacks (12, 14, 16, 18) overlap in the circumferential direction and together form at least one coolant channel (24, 28, 32, 36), wherein a first laminate sub-stack comprises a first through opening forming a coolant inlet and a second through opening forming a coolant outlet, wherein both through openings (21, 23) of the first laminate sub-stack overlap with a single, third through opening of a second laminate sub-stack, wherein the third through opening of the second laminate sub-stack is closed on the side facing away from the first laminate sub-stack.
An interchangeable lens comprising a lens control unit configured to transmit lens-side initialization execution element information comprising one or more identifiers of lens-side elements for which the lens control unit itself performs initialization to an imaging apparatus on a camera body-side in response to reception of body-side initialization execution element information indicating body-side elements on which the imaging apparatus itself performs initialization from the imaging apparatus.
A roof rail system comprising a first base element for attachment to a roof, a rail support and an attachment part, wherein the rail support comprises a first portion and a second portion, the first portion being arranged to be attached to the first base element at a first position of the first base element, and wherein the attachment part comprises a first end and a second end, the first end being arranged to be attached to the first base element, and the second end being arranged to be attached to the rail support, wherein the first position of the first base element, the first portion of the rail support and the first end of the attachment part, in a mounted state, are arranged to be positioned closer to a ridge of a roof than the second portion of the rail support and in that the second portion of the rail support is attached to the first base element at a second position of the first base element or to a second base element and in that the rail support abuts against the first base element at the first position, and the first end of the attachment part is arranged to be attached to the first base element at the first position.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a knitted component formed of unitary knit construction, the knitted component including a knit element and at least one inlaid strand extending through and formed of unitary knit construction with the knit element; the knit element having an exterior surface and an interior surface; the at least one inlaid strand having a first portion that extends between the exterior surface and the interior surface of the knit element; the at least one inlaid strand having a second portion that extends outwardly from the exterior surface of the knit element, wherein the second portion is disposed in a heel region of the knitted component, characterised in that the second portion is configured such that a finger may be inserted between the second portion and the exterior surface of the knit element. a knitted component formed of unitary knit construction, the knitted component including a knit element and at least one inlaid strand extending through and formed of unitary knit construction with the knit element; the knit element having an exterior surface and an interior surface; the at least one inlaid strand having a first portion that extends between the exterior surface and the interior surface of the knit element; the at least one inlaid strand having a second portion that extends outwardly from the exterior surface of the knit element, wherein the second portion is disposed in a heel region of the knitted component, characterised in that the second portion is configured such that a finger may be inserted between the second portion and the exterior surface of the knit element.
A monocular wearable display apparatus, comprising: a frame operable to support the display apparatus against a viewer's head, the frame having a forward section; a projector fitted within the frame in a fixed position, the projector operable to generate image-bearing light beams; a mount; an imaging light guide in a path of the image-bearing light beams; wherein the imaging light guide comprises: a waveguide having a substrate formed from a transparent optical material; an in-coupling optic configured to direct image-bearing light beams into the waveguide; and an out-coupling optic configured to expand the respective image-bearing light beams in a lateral dimension and to form a virtual image within a viewer eyebox; wherein the mount includes a hinge operable to provide angular adjustment of the waveguide with respect to the projector; characterised in that the mount is attached to the forward section of the frame and supports the imaging light guide in front of the viewer; wherein the mount is configured to adjust a position of the waveguide in at least one of a horizontal plane and a vertical plane, thereby repositioning the virtual image within a line of sight of the viewer without repositioning the projector. a frame operable to support the display apparatus against a viewer's head, the frame having a forward section; a projector fitted within the frame in a fixed position, the projector operable to generate image-bearing light beams; a mount; an imaging light guide in a path of the image-bearing light beams; wherein the imaging light guide comprises: a waveguide having a substrate formed from a transparent optical material; an in-coupling optic configured to direct image-bearing light beams into the waveguide; and an out-coupling optic configured to expand the respective image-bearing light beams in a lateral dimension and to form a virtual image within a viewer eyebox; a waveguide having a substrate formed from a transparent optical material; an in-coupling optic configured to direct image-bearing light beams into the waveguide; and an out-coupling optic configured to expand the respective image-bearing light beams in a lateral dimension and to form a virtual image within a viewer eyebox; wherein the mount includes a hinge operable to provide angular adjustment of the waveguide with respect to the projector; characterised in that the mount is attached to the forward section of the frame and supports the imaging light guide in front of the viewer; wherein the mount is configured to adjust a position of the waveguide in at least one of a horizontal plane and a vertical plane, thereby repositioning the virtual image within a line of sight of the viewer without repositioning the projector.