mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for controlling a mobile terminal based on an analysis of a user's face, the apparatus comprising: an image input unit ; an image processor configured to perform, upon reception of an input image through the image input unit, face detection on the input image and perform eye detection on the input image if the face detection fails, and a controller configured to determine a user state based on face recognition results or eye recognition results from the image processor, and configured to perform a predetermined function of the mobile terminal according to the user state. an image input unit ; an image processor configured to perform, upon reception of an input image through the image input unit, face detection on the input image and perform eye detection on the input image if the face detection fails, and a controller configured to determine a user state based on face recognition results or eye recognition results from the image processor, and configured to perform a predetermined function of the mobile terminal according to the user state.
Electrical energy storage element in which multiple electrochemical cells each formed by a cathode , an anode as electrodes and an electrolyte are in a stacked arrangement and are framed on one side by a top plate formed from an electrically conductive material, especially aluminium, and on the opposite side by a base plate formed by an electrically conductive material, especially aluminium, wherein the base plate has been coated with a cathode or an anode and the top plate has been coated in a complementary manner with an anode or cathode , and the anodes and cathodes are each formed on opposite surfaces of an electrically conductive carrier foil which is preferably formed from aluminium, copper, steel or electrically conductive plastic, and at the same time an outer circumferential edge free of electrode material is present on the carrier foil , which connects adjacent electrochemical cells to one another and hermetically seals them from the environment by means of a sealant and adhesive, and the anodes are formed from a lithium titanate (LTO) with spinel structure and the high-voltage cathodes are formed from a lithium nickel manganate (LNMO) with spinel structure or lithium phosphates (LP) in olivine structure, and a separator layer is present in each case when there is an electrolyte in gel form between the electrolyte and an electrode of an electrochemical cell, and no separator layer is present when there is a solid-state electrolyte; wherein a monitoring module, an interface module, a shell module as additional housing and/or a temperature control or cooling module is/are present.
A user equipment, UE , in a wireless communication system, the UE comprising: a transceiver configured to receive, from a base station, BS , a message including at least one measurement object, MO; and at least one processor configured to: identify, based on the at least one MO, at least one modulo value for performing a modulo operation for measurement with respect to synchronization signals and physical broadcast channel, SS/PBCH, blocks, and at least one bitmap indicating indices of the SS/PBCH blocks to be measured, identify a set of SS/PBCH block locations based on the at least one modulo value and the at least one bitmap; and perform a radio resource management, RRM, measurement for unlicensed spectrum based on the identified set of SS/PBCH block locations, wherein the transceiver is further configured to transmit, to the BS via an uplink channel, a measurement report message including a result of the RRM measurement. a transceiver configured to receive, from a base station, BS , a message including at least one measurement object, MO; and at least one processor configured to: identify, based on the at least one MO, at least one modulo value for performing a modulo operation for measurement with respect to synchronization signals and physical broadcast channel, SS/PBCH, blocks, and at least one bitmap indicating indices of the SS/PBCH blocks to be measured, identify a set of SS/PBCH block locations based on the at least one modulo value and the at least one bitmap; and perform a radio resource management, RRM, measurement for unlicensed spectrum based on the identified set of SS/PBCH block locations, wherein the transceiver is further configured to transmit, to the BS via an uplink channel, a measurement report message including a result of the RRM measurement. identify, based on the at least one MO, at least one modulo value for performing a modulo operation for measurement with respect to synchronization signals and physical broadcast channel, SS/PBCH, blocks, and at least one bitmap indicating indices of the SS/PBCH blocks to be measured, identify a set of SS/PBCH block locations based on the at least one modulo value and the at least one bitmap; and perform a radio resource management, RRM, measurement for unlicensed spectrum based on the identified set of SS/PBCH block locations, wherein the transceiver is further configured to transmit, to the BS via an uplink channel, a measurement report message including a result of the RRM measurement.
A constant velocity universal joint , comprising: an outer joint member ; and an inner joint member configured to transmit torque between the inner joint member and the outer joint member through intermediation of torque transmission members while allowing angular displacement, wherein a power transmission shaft is coupled to the inner joint member so as to allow torque transmission therebetween, wherein a mounting and dismounting mechanism configured to mount and dismount the power transmission shaft to and from the inner joint member is provided between the inner joint member and the power transmission shaft , characterized in that the mounting and dismounting mechanism comprises: a tubular member inserted externally on the power transmission shaft so as to extend from the inner joint member ; a fixing member received in the tubular member so as to be movable in a radial direction; and an annular member arranged on an outer periphery of the tubular member so as to be movable in an axial direction, and wherein the fixing member in the tubular member is moved in the radial direction along with movement of the annular member in the axial direction so that the fixing member is mountable to and dismountable from the power transmission shaft . an outer joint member ; and an inner joint member configured to transmit torque between the inner joint member and the outer joint member through intermediation of torque transmission members while allowing angular displacement, wherein a power transmission shaft is coupled to the inner joint member so as to allow torque transmission therebetween, wherein a mounting and dismounting mechanism configured to mount and dismount the power transmission shaft to and from the inner joint member is provided between the inner joint member and the power transmission shaft , characterized in that the mounting and dismounting mechanism comprises: a tubular member inserted externally on the power transmission shaft so as to extend from the inner joint member ; a fixing member received in the tubular member so as to be movable in a radial direction; and an annular member arranged on an outer periphery of the tubular member so as to be movable in an axial direction, and a tubular member inserted externally on the power transmission shaft so as to extend from the inner joint member ; a fixing member received in the tubular member so as to be movable in a radial direction; and an annular member arranged on an outer periphery of the tubular member so as to be movable in an axial direction, and wherein the fixing member in the tubular member is moved in the radial direction along with movement of the annular member in the axial direction so that the fixing member is mountable to and dismountable from the power transmission shaft .
Planetary carrier arrangement , comprising a lubricant dispensing unit for dispensing lubricant into a planetary carrier , wherein the lubricant dispensing unit has an axially elastically movable pressure ring for compensating for an axial offset of the planetary carrier , characterized in that at least one lubricant pocket is formed on one side of the axially elastically movable pressure ring facing the planetary carrier , which lubricant pocket serves as a buffer during the transfer of the lubricant .
A rasterization method of patterns with periodic components for pattern generators being based on spatial light modulators , said spatial light modulator having an array of individually controllable elements arranged for generating an array of imaged elements within an image area on a target surface , where illumination of each individual imaged element is controlled by a respective said element , said rasterization method comprising the steps of: - obtaining (S10) an original pattern , having pattern items presenting a periodicity; - determining (S21) a first pattern main period (PM 1) in a first direction of said original pattern ; - obtaining (S31) information about said image area and a first pitch (D1) of imaged elements in said first direction of an intended pattern generator to be used; - scaling (S41) said original pattern in said first direction by a first raster scaling factor, giving a scaled pattern ; said first raster scaling factor being equal to a first integer times said first pitch (D1) of said pattern generator in said first direction divided by said first pattern main period (PM 1); - cropping (S51) said scaled pattern to comprise a first integer number of repetitions of said pattern items presenting a periodicity in said first direction , and including overlap tapering margins, if any, being covered by said image area in said first direction of said intended pattern generator, giving a rasterized pattern adapted to said intended pattern generator; said rasterized pattern being associated with data representing said first scaling factor. - obtaining (S10) an original pattern , having pattern items presenting a periodicity; - determining (S21) a first pattern main period (PM 1) in a first direction of said original pattern ; - obtaining (S31) information about said image area and a first pitch (D1) of imaged elements in said first direction of an intended pattern generator to be used; - scaling (S41) said original pattern in said first direction by a first raster scaling factor, giving a scaled pattern ; said first raster scaling factor being equal to a first integer times said first pitch (D1) of said pattern generator in said first direction divided by said first pattern main period (PM 1); - cropping (S51) said scaled pattern to comprise a first integer number of repetitions of said pattern items presenting a periodicity in said first direction , and including overlap tapering margins, if any, being covered by said image area in said first direction of said intended pattern generator, giving a rasterized pattern adapted to said intended pattern generator; - cropping (S51) said scaled pattern to comprise a first integer number of repetitions of said pattern items presenting a periodicity in said first direction , and including overlap tapering margins, if any, being covered by said image area in said first direction of said intended pattern generator, giving a rasterized pattern adapted to said intended pattern generator; said rasterized pattern being associated with data representing said first scaling factor.
A liquid crystal display panel, comprising a lower polarizer , an array substrate , a liquid crystal layer , a color filter substrate and an upper polarizer arranged sequentially in a first direction perpendicular to the liquid crystal display panel, and optical compensation films; wherein the optical compensation films comprise a first optical compensation film and a second optical compensation film , wherein the first compensation film and the second optical compensation film each comprises: a first substrate (a1); a second substrate (a2) arranged opposite to the first substrate (a1); a first alignment layer (b1) arranged at a side of the first substrate (a1) opposite to the second substrate (a2); a second alignment layer (b2) arranged at a side of the second substrate (a2) opposite to the first substrate (a1); and a first liquid crystal layer (c) arranged between the first alignment layer (b1) and the second alignment layer (b2), wherein the first liquid crystal layer (c) is provided with a predetermined pretilt angle, wherein the lower polarizer , the first optical compensation film , the array substrate , the liquid crystal layer , the color filter substrate , the second optical compensation film and the upper polarizer in the liquid crystal display panel are arranged sequentially in the first direction; wherein the sum of the pretilt angle of the first liquid crystal layer (c) of each optical compensation film and the pretilt angle of the liquid crystal layer of the liquid crystal display panel is 180°, such that the final pretilt angle of the liquid crystal layers (3,c) of the liquid crystal display is 0° a first substrate (a1); a second substrate (a2) arranged opposite to the first substrate (a1); a first alignment layer (b1) arranged at a side of the first substrate (a1) opposite to the second substrate (a2); a second alignment layer (b2) arranged at a side of the second substrate (a2) opposite to the first substrate (a1); and a first liquid crystal layer (c) arranged between the first alignment layer (b1) and the second alignment layer (b2), wherein the first liquid crystal layer (c) is provided with a predetermined pretilt angle, wherein the lower polarizer , the first optical compensation film , the array substrate , the liquid crystal layer , the color filter substrate , the second optical compensation film and the upper polarizer in the liquid crystal display panel are arranged sequentially in the first direction; wherein the sum of the pretilt angle of the first liquid crystal layer (c) of each optical compensation film and the pretilt angle of the liquid crystal layer of the liquid crystal display panel is 180°, such that the final pretilt angle of the liquid crystal layers (3,c) of the liquid crystal display is 0°
A fixing device for repairing an aluminum alloy wheel hub, comprising a base and universal wheels connected with the bottom of the base through support legs, wherein the two sides of the top of the base are connected with a support plate through first hydraulic cylinders ; a bottom plate is slidably mounted on the support plate through a sliding block ; one side of the bottom plate is connected with air cylinders ; the top of the bottom plate is connected with a fixing plate through a rotating shaft mounted rotationally; corresponding sides of vertical plates at the two sides of the fixing plate are each connected with a pressing plate through two sets of springs ; adjusting bolts penetrate through the middles of the vertical plates ; a first groove is formed in the middle of the fixing plate ; two sets of guide rollers are rotationally mounted in the first groove ; one set of the guide rollers are in drive connection with a motor mounted on one side of the bottom of the fixing plate through a belt ; baffles are provided on the fixing plate at the tops of the guide rollers ; a bracket is rotationally mounted at the position, located on one side of the fixing plate , above the support plate ; a top plate is fixedly mounted at the top of the bracket ; a push plate is connected with the bottom of the top plate through a second hydraulic cylinder ; the center point of the push plate coincides with the center point of the fixing plate ; and the push plate is provided with a positioning hole .
A duct configured to be installed in a vehicle , the duct comprising: wall portions , each of which defines a corresponding one face of an air flow path leading air from an air inlet to an air outlet ; and groove portions , provided on at least two of the wall portions , respectively, and extending so as to cross an air flow direction of the air flow path , in which the at least two of the wall portions are continuous with each other, wherein the groove portions are independent from each other for every wall portion , and have a concave shape so as to thin the wall portions , characterized in that the duct further comprises a rib on the wall portion , wherein the rib is provided closer to the air inlet than the groove portions and extends so as to cross the groove portions . wall portions , each of which defines a corresponding one face of an air flow path leading air from an air inlet to an air outlet ; and groove portions , provided on at least two of the wall portions , respectively, and extending so as to cross an air flow direction of the air flow path , in which the at least two of the wall portions are continuous with each other, wherein the groove portions are independent from each other for every wall portion , and have a concave shape so as to thin the wall portions , characterized in that the duct further comprises a rib on the wall portion , wherein the rib is provided closer to the air inlet than the groove portions and extends so as to cross the groove portions .
Electronic apparatus comprising: - radio communication means; - a casing of generally parallelepipedal form intended to be held in a hand, with a first and a second main face (12; 22) and four sides adjacent to these main faces, - a support for an antenna comprising a part parallel to one of the sides of the casing , three wings respectively parallel to two sides of the casing and to the second main face and a flexible printed circuit sheet extending over the sides of the support and comprising an excitation point disposed on an upper part of the sheet parallel to the first face main of the casing configured to be able to transmit or receive a radio signal from or to the radio communication means; and - an antenna printed on the flexible sheet and extending partly on the first main face and partly on three of the sides of the casing, characterized in that the antenna comprises a conductive structure cut out so as to form a meandering inductive conductive line connecting the excitation point to a single main conductive surface which extends over the major part of the surface of the first side and which is folded at the ends of this first side onto a second and a third side adjacent to the main faces to form two folded lateral wings , at least one respective slot being provided to separate each wing from the main conductive surface and thus narrow and lengthen the paths of the electric current going to the folded lateral wings. - radio communication means; - a casing of generally parallelepipedal form intended to be held in a hand, with a first and a second main face (12; 22) and four sides adjacent to these main faces, - a support for an antenna comprising a part parallel to one of the sides of the casing , three wings respectively parallel to two sides of the casing and to the second main face and a flexible printed circuit sheet extending over the sides of the support and comprising an excitation point disposed on an upper part of the sheet parallel to the first face main of the casing configured to be able to transmit or receive a radio signal from or to the radio communication means; and - an antenna printed on the flexible sheet and extending partly on the first main face and partly on three of the sides of the casing, characterized in that the antenna comprises a conductive structure cut out so as to form a meandering inductive conductive line connecting the excitation point to a single main conductive surface which extends over the major part of the surface of the first side and which is folded at the ends of this first side onto a second and a third side adjacent to the main faces to form two folded lateral wings , at least one respective slot being provided to separate each wing from the main conductive surface and thus narrow and lengthen the paths of the electric current going to the folded lateral wings.
A robot comprising: a first arm portion to which an end effector is attached; a second arm portion configured to support, at a tip portion thereof, the first arm portion swingably about a first axis (AxB); a third arm portion configured to support a base end portion of the second arm portion rotatably about a second axis (AxR) substantially orthogonal to the first axis; a tube arranged from the base end portion side toward the tip portion side of the second arm portion and connected to the end effector; and a first recess portion and a second recess portion , which are formed along an arrangement direction of the tube between the base end portion and the tip portion on one side and the other side of the second arm portion in a direction substantially orthogonal to both of the first and second axes, respectively. a first arm portion to which an end effector is attached; a second arm portion configured to support, at a tip portion thereof, the first arm portion swingably about a first axis (AxB); a third arm portion configured to support a base end portion of the second arm portion rotatably about a second axis (AxR) substantially orthogonal to the first axis; a tube arranged from the base end portion side toward the tip portion side of the second arm portion and connected to the end effector; and a first recess portion and a second recess portion , which are formed along an arrangement direction of the tube between the base end portion and the tip portion on one side and the other side of the second arm portion in a direction substantially orthogonal to both of the first and second axes, respectively.