mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument, comprising: a handle comprising an electric motor, wherein said electric motor comprises a rotatable output; a shaft extending from said handle, wherein the shaft or handle comprises a longitudinal axis an end effector extending from said shaft; a first drive configured to perform a first end effector function, wherein said first drive comprises a rotatable first drive portion which is rotatable about said longitudinal axis; a second drive configured to perform a second end effector function, wherein said second drive comprises a rotatable second drive portion which is rotatable about said longitudinal axis; and a transmission, comprising: a first operating configuration in which said transmission operably connects said rotatable output to said first drive; a second operating configuration in which said transmission operably connects said rotatable output to said second drive; and a switch configured to switch said transmission between said first operating configuration and said second operating configuration. a handle comprising an electric motor, wherein said electric motor comprises a rotatable output; a shaft extending from said handle, wherein the shaft or handle comprises a longitudinal axis an end effector extending from said shaft; a first drive configured to perform a first end effector function, wherein said first drive comprises a rotatable first drive portion which is rotatable about said longitudinal axis; a second drive configured to perform a second end effector function, wherein said second drive comprises a rotatable second drive portion which is rotatable about said longitudinal axis; and a transmission, comprising: a first operating configuration in which said transmission operably connects said rotatable output to said first drive; a second operating configuration in which said transmission operably connects said rotatable output to said second drive; and a switch configured to switch said transmission between said first operating configuration and said second operating configuration. a first operating configuration in which said transmission operably connects said rotatable output to said first drive; a second operating configuration in which said transmission operably connects said rotatable output to said second drive; and a switch configured to switch said transmission between said first operating configuration and said second operating configuration.
Method for pressing and compacting agricultural products, wherein the agricultural product is filled into a press form whose lateral walls form a trough and which is pressed by at least one press device against the lateral wall of the press form corresponding thereto and compressed thereby to a predetermined end dimension of the finished bale of the agricultural product as a bale dimension, wherein the trough is closed by a discharge device when pressing laterally on the one side and on the other side by a stop door which is opened after pressing to said bale dimension and the bale is ejected by the discharge device from the press device in the direction of a packaging unit for providing an enveloping wrapping of the pressed product characterized by the following steps: - predetermining and fixing of an overpressing distance, - pressing and consequently overpressing of the agricultural product by at least one of the press devices against the corresponding lateral wall of the press form beyond the bale dimension until the end of the predetermined overpressing distance, - stopping of the overpressing when reaching the predetermined overpressing distance and - returning of the corresponding press device to the bale dimension, wherein more than one of the press devices is pressed subsequently against the corresponding lateral wall of the press form beyond the bale dimension until the end of the predetermined overpressing distance and thereby the agricultural product is overpressed. - predetermining and fixing of an overpressing distance, - pressing and consequently overpressing of the agricultural product by at least one of the press devices against the corresponding lateral wall of the press form beyond the bale dimension until the end of the predetermined overpressing distance, - stopping of the overpressing when reaching the predetermined overpressing distance and - returning of the corresponding press device to the bale dimension,
Device for reducing toothed gear noises of a drive toothed gear which is in meshing engagement with an output toothed gear, wherein forces from the toothed gears (3a, 3b) are introduced into a housing via at least one support, wherein the device has a sensor device, a closed-loop control device and an actuator, and wherein, by means of the sensor device, a dynamic oscillation signal is detected and the oscillation signal is fed to the closed-loop control device, wherein, by means of the closed-loop control device, an oscillation reduction signal is generated which is fed to the actuator, characterized in that the actuator is arranged on or in the support such that forces are transmitted from the toothed gears (3a, 3c) into the housing via the actuator, wherein a relative displacement of and/or an exertion of force on a component supported by the support is actively effected by means of the actuator, and in that the actuator is also used as sensor device.
A remote driving system that performs remote driving of a vehicle based on an operation amount input into a remote driving terminal, the remote driving system comprising at least one processor (160, 260, 360) configured to: detect a first situation in which the remote driving of the vehicle is required; and perform an initial check for checking that the remote driving can be started at the remote driving terminal when the first situation is detected, characterised in that the initial check at the remote driving terminal includes: a first initial check that checks communication establishment with the vehicle; a second initial check that checks that a brake actuator of the vehicle operates in response to the operation amount of a brake transmitted to the vehicle; a third initial check that checks that a steering actuator of the vehicle operates in response to the operation amount of a steering; and a fourth initial check that performs steering position alignment between the vehicle and the remote driving terminal, and wherein at least one processor (160, 260, 360) is further configured to: acquire an urgency level of the first situation; and omit a part of the initial check according to the urgency level. detect a first situation in which the remote driving of the vehicle is required; and perform an initial check for checking that the remote driving can be started at the remote driving terminal when the first situation is detected, characterised in that the initial check at the remote driving terminal includes: a first initial check that checks communication establishment with the vehicle; a second initial check that checks that a brake actuator of the vehicle operates in response to the operation amount of a brake transmitted to the vehicle; a third initial check that checks that a steering actuator of the vehicle operates in response to the operation amount of a steering; and a fourth initial check that performs steering position alignment between the vehicle and the remote driving terminal, and wherein a first initial check that checks communication establishment with the vehicle; a second initial check that checks that a brake actuator of the vehicle operates in response to the operation amount of a brake transmitted to the vehicle; a third initial check that checks that a steering actuator of the vehicle operates in response to the operation amount of a steering; and a fourth initial check that performs steering position alignment between the vehicle and the remote driving terminal, and wherein at least one processor (160, 260, 360) is further configured to: acquire an urgency level of the first situation; and omit a part of the initial check according to the urgency level. acquire an urgency level of the first situation; and omit a part of the initial check according to the urgency level.
Vehicle axle guide consisting of a cast part which has at least one cavity and on which are formed an axle mounting region for a vehicle axle and a transverse opening communicating with the cavity in order to receive a pivot bearing which supports the axle guide relative to the vehicle, characterised in that, in order to support a closing plug which can be inserted into the axle guide, starting from the transverse opening the cavity initially has a narrowing longitudinal portion, and that a widened portion serving to secure the inserted closure plug adjoins the narrowing longitudinal portion.
A blower device for an air purifier, wherein the air blower device comprises a first fan and a second fan which have a same blowing direction and are arranged sequentially in the air blowing direction at an interval; and the first fan and the second fan are mounted coaxially and driven synchronously by a motor, characterized in that the first fan is adapted to have a blowing pressure larger than that of the second fan, and the second fan is adapted to have a blowing rate larger than that of the first fan, and in that the first fan being a mixed flow fan in between an axial flow fan and a centrifugal flow fan, and the second fan being an axial flow fan.
Processor for automatically associating vital signs with an identity of a living being, said processor comprising: - an image area detection unit for detecting one or more image areas (4a, 4b) within images of a scene potentially comprising more than one living beings, said images being remotely obtained by an external camera in a contactless manner and from a distance of the one or more living beings, an image area (4a, 4b) covering an area of the size of one or more body parts of a single living being or a complete living being and said images comprising image data of at least a body part of a living being, - a vital sign extraction unit for extracting one or more vital signs of said living being from the remotely obtained image data of an image area comprising at least a body part of said living being by a breathing monitoring method, a photo-plethysmography method and/or an actigraphy monitoring method, - a feature extraction unit for extracting one or more features of said living being from the remotely obtained image data of an image area comprising at least a body part of said living being, - an identification unit for determining the identity of said living being by use of said one or more extracted features of said living being, and - a data association unit for associating the one or more extracted vital signs of said living being with the determined identity of said living being to assign the vital signs to said living being based on the determined identity. - an image area detection unit for detecting one or more image areas (4a, 4b) within images of a scene potentially comprising more than one living beings, said images being remotely obtained by an external camera in a contactless manner and from a distance of the one or more living beings, an image area (4a, 4b) covering an area of the size of one or more body parts of a single living being or a complete living being and said images comprising image data of at least a body part of a living being, - a vital sign extraction unit for extracting one or more vital signs of said living being from the remotely obtained image data of an image area comprising at least a body part of said living being by a breathing monitoring method, a photo-plethysmography method and/or an actigraphy monitoring method, - a feature extraction unit for extracting one or more features of said living being from the remotely obtained image data of an image area comprising at least a body part of said living being, - an identification unit for determining the identity of said living being by use of said one or more extracted features of said living being, and - a data association unit for associating the one or more extracted vital signs of said living being with the determined identity of said living being to assign the vital signs to said living being based on the determined identity.
A coated confectionery composition comprising: a confectionery core; and a particulate coating composition at least partially surrounding the confectionery core; wherein the particulate coating composition comprises powdered gum arabic; wherein the powdered gum arabic has a particle size of less than 100 micrometers; wherein the particulate coating composition further comprises sugar polyol particulates or saccharide sweetener particulates; wherein the sugar polyol or saccharide particulates have a particle size of 10 to 300 micrometers; 300 to 1000 micrometers; or a first plurality of sugar polyol particulates have a particle size of 300 to 1000 micrometers and a second plurality of sugar polyol particulates having a particle size of 10 to 300 micrometers. a confectionery core; and a particulate coating composition at least partially surrounding the confectionery core; wherein the particulate coating composition comprises powdered gum arabic; wherein the powdered gum arabic has a particle size of less than 100 micrometers; wherein the particulate coating composition further comprises sugar polyol particulates or saccharide sweetener particulates; wherein the sugar polyol or saccharide particulates have a particle size of 10 to 300 micrometers; 300 to 1000 micrometers; or a first plurality of sugar polyol particulates have a particle size of 300 to 1000 micrometers and a second plurality of sugar polyol particulates having a particle size of 10 to 300 micrometers.
A coated shaped article comprising (a) at least one shaped article comprising foamed beads comprising at least one polyurethane and (b) at least one coating comprising at least one polyurethane, wherein polyurethane and polyurethane are each constructed from at least one polyol and at least one polyisocyanate and wherein not less than 50 wt% of the polyol component used for constructing polyurethane and polyurethane is identical and not less than 50 wt% of the at least one polyisocyanate component used for constructing polyurethane and polyurethane is identical. (a) at least one shaped article comprising foamed beads comprising at least one polyurethane and (b) at least one coating comprising at least one polyurethane,
A wire cable assembly comprising: - a wire cable disposed along a longitudinal axis (A, B) including - at least an inner electrically-conductive core, - a first insulation layer that surrounds the inner core, - an outer electrically-conductive wire layer that surrounds the first insulation layer, - a plurality of ferrules (22, 26) received at an end of the wire cable and fitted proximate thereto in a manner so that at least the outer electrically-conductive layer is disposed therebetween; - wherein when the plurality of ferrules (22, 26) and the wire cable are crimped together, a crimp connection is formed such that at least a pair of the plurality of ferrules (22, 26), which includes an outer and an inner ferrule, has an indention arrangement (42, 44) that contains a pair of first and second outbound-facing humps (46, 48) formed in the outer ferrule separated by a first in-bound groove therebetween, - characterized in that the indention arrangement further contains a pair of third and fourth outbound-facing humps (50, 52) formed in the inner ferrule separated by a second in-bound groove therebetween, and a depth d 1 as measured from the first groove to crests of first and second hump (46, 48) of the outer ferrule is greater than a depth d 2 as measured from the second groove to crests of third and fourth hump (50, 52) of the inner ferrule. - a wire cable disposed along a longitudinal axis (A, B) including - at least an inner electrically-conductive core, - a first insulation layer that surrounds the inner core, - an outer electrically-conductive wire layer that surrounds the first insulation layer, - a plurality of ferrules (22, 26) received at an end of the wire cable and fitted proximate thereto in a manner so that at least the outer electrically-conductive layer is disposed therebetween; - wherein when the plurality of ferrules (22, 26) and the wire cable are crimped together, a crimp connection is formed such that at least a pair of the plurality of ferrules (22, 26), which includes an outer and an inner ferrule, has an indention arrangement (42, 44) that contains a pair of first and second outbound-facing humps (46, 48) formed in the outer ferrule separated by a first in-bound groove therebetween, - characterized in that the indention arrangement further contains a pair of third and fourth outbound-facing humps (50, 52) formed in the inner ferrule separated by a second in-bound groove therebetween, and a depth d 1 as measured from the first groove to crests of first and second hump (46, 48) of the outer ferrule is greater than a depth d 2 as measured from the second groove to crests of third and fourth hump (50, 52) of the inner ferrule.
An electronic device comprising: a content addressable memory, CAM, comprising a plurality of entries, wherein each entry comprises a set of data words, each data word being positioned within the entry at a position associated with a value of the data word; a processor; and a lookup engine configured to: - obtain a search word from the processor, - select a search mask from a plurality of search masks based at least on a value of a predetermined bit of the search word, wherein the search mask is to mask off any data words within the matching entry other than the matching data word, - provide to the CAM a search key comprising the search word and the search mask associated with a value of the search word, and - receive from the CAM an address of a matching entry comprising a data word corresponding to the search word; wherein the CAM is configured to find, among the plurality of entries, a matching entry that, when masked by the search mask, corresponds to the search key, wherein the position of each data word of each entry of the plurality of entries is determined based at least on a value of the predetermined bit of the data word. a content addressable memory, CAM, comprising a plurality of entries, wherein each entry comprises a set of data words, each data word being positioned within the entry at a position associated with a value of the data word; a processor; and a lookup engine configured to: - obtain a search word from the processor, - select a search mask from a plurality of search masks based at least on a value of a predetermined bit of the search word, wherein the search mask is to mask off any data words within the matching entry other than the matching data word, - provide to the CAM a search key comprising the search word and the search mask associated with a value of the search word, and - receive from the CAM an address of a matching entry comprising a data word corresponding to the search word; - obtain a search word from the processor, - select a search mask from a plurality of search masks based at least on a value of a predetermined bit of the search word, wherein the search mask is to mask off any data words within the matching entry other than the matching data word, - provide to the CAM a search key comprising the search word and the search mask associated with a value of the search word, and - receive from the CAM an address of a matching entry comprising a data word corresponding to the search word; wherein the CAM is configured to find, among the plurality of entries, a matching entry that, when masked by the search mask, corresponds to the search key, wherein the position of each data word of each entry of the plurality of entries is determined based at least on a value of the predetermined bit of the data word.
Holding system for fastening a display screen to a supporting element of a vehicle, having a hook assembly which is disposed, or able to be disposed, on the display screen and has at least one pair of identical hooks, wherein each hook has two mutually opposite lateral walls (5, 6) and a base connecting the two lateral walls (5, 6) to one another, said walls conjointly forming an otherwise open bolt receptacle for receiving a holding bolt, wherein a screw opening that opens into the bolt receptacle is configured in the base, and wherein the hooks of the pair are disposed on the display screen so as to be spaced apart and mutually immovable in such a manner that the bolt receptacles lie opposite and pointing towards one another.
A method performed by a terminal (1a-10, 2d-10) in a wireless communication system, the method comprising: receiving, from a base station (1a-20, 2d-20) through a radio resource control, RRC, signaling, information for configuring a first configured grant, CG, and a second CG, information on an allowed CG for at least one logical channel, and information on a priority for the at least one logical channel; identifying that the first CG is allowed for at least one first logical channel and the second CG is allowed for at least one second logical channel, based on the information on the allowed CG for the at least one logical channel; determining a priority of the first CG based on a highest priority among at least one priority of the at least one first logical channel, and a priority of the second CG based on a highest priority among at least one priority of the at least one second logical channel; identifying that resources of the first CG and the second CG are overlapped; and transmitting, to the base station, data based on the first CG, in case that the determined priority of the first CG is higher than the determined priority of the second CG. receiving, from a base station (1a-20, 2d-20) through a radio resource control, RRC, signaling, information for configuring a first configured grant, CG, and a second CG, information on an allowed CG for at least one logical channel, and information on a priority for the at least one logical channel; identifying that the first CG is allowed for at least one first logical channel and the second CG is allowed for at least one second logical channel, based on the information on the allowed CG for the at least one logical channel; determining a priority of the first CG based on a highest priority among at least one priority of the at least one first logical channel, and a priority of the second CG based on a highest priority among at least one priority of the at least one second logical channel; identifying that resources of the first CG and the second CG are overlapped; and transmitting, to the base station, data based on the first CG, in case that the determined priority of the first CG is higher than the determined priority of the second CG.