mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: an outer layer comprising a plurality of input keys and at least one opening positioned between the input keys , each input key of the plurality of input keys comprising an input key perimeter; a first adhesive layer comprising a plurality of adhesive material segments , each adhesive material segment comprising an adhesive material segment perimeter; and a light guide , wherein the first adhesive layer is positioned between the outer layer and the light guide , wherein each adhesive material segment of the plurality of adhesive material segments is positioned between an input key and the light guide such that the input key perimeter of the respective input key surrounds the adhesive material segment perimeter of the respective adhesive material segment as viewed in a direction from the outer layer to the light guide perpendicular to a surface of the outer layer , and wherein the first adhesive layer comprises at least one light filter segment positioned beneath the at least one opening in the outer layer as viewed in the direction from the outer layer to the light guide perpendicular to the surface of the outer layer , and wherein light from the light guide can pass through the at least one opening in the outer layer . an outer layer comprising a plurality of input keys and at least one opening positioned between the input keys , each input key of the plurality of input keys comprising an input key perimeter; a first adhesive layer comprising a plurality of adhesive material segments , each adhesive material segment comprising an adhesive material segment perimeter; and a light guide , wherein the first adhesive layer is positioned between the outer layer and the light guide , wherein each adhesive material segment of the plurality of adhesive material segments is positioned between an input key and the light guide such that the input key perimeter of the respective input key surrounds the adhesive material segment perimeter of the respective adhesive material segment as viewed in a direction from the outer layer to the light guide perpendicular to a surface of the outer layer , and wherein the first adhesive layer comprises at least one light filter segment positioned beneath the at least one opening in the outer layer as viewed in the direction from the outer layer to the light guide perpendicular to the surface of the outer layer , and wherein light from the light guide can pass through the at least one opening in the outer layer .
An application programming interface, API, publish method performed by a first common application programming interface, CAPIF, core function, CCF, entity, the method comprising the steps of: • receiving (S 603) a first API publish request from an API publish entity, wherein the first API publish request comprises information about a to-be-shared API and sharing information of the to-be-shared API, the sharing information being used to indicate to the first CCF entity to share the to-be-shared API, o wherein the sharing information comprises sharing range indication information, wherein the sharing range indication information is used to indicate a sharing range of the to-be-shared API, wherein the sharing range of the to-be-shared API comprises: ▪ one or more CCF entities inside a domain to which the first CCF entity belongs; and/or, ▪ one or more CCF entities outside the domain to which the first CCF entity belongs; • determining the to-be-shared API based on the received first API publish request; • determining a target CCF entity based on the received sharing information of the to-be-shared API; • sharing (S 604) the received information about the to-be-shared API with the target CCF entity. • receiving (S 603) a first API publish request from an API publish entity, wherein the first API publish request comprises information about a to-be-shared API and sharing information of the to-be-shared API, the sharing information being used to indicate to the first CCF entity to share the to-be-shared API, o wherein the sharing information comprises sharing range indication information, wherein the sharing range indication information is used to indicate a sharing range of the to-be-shared API, wherein the sharing range of the to-be-shared API comprises: ▪ one or more CCF entities inside a domain to which the first CCF entity belongs; and/or, ▪ one or more CCF entities outside the domain to which the first CCF entity belongs; o wherein the sharing information comprises sharing range indication information, wherein the sharing range indication information is used to indicate a sharing range of the to-be-shared API, wherein the sharing range of the to-be-shared API comprises: ▪ one or more CCF entities inside a domain to which the first CCF entity belongs; and/or, ▪ one or more CCF entities outside the domain to which the first CCF entity belongs; ▪ one or more CCF entities inside a domain to which the first CCF entity belongs; and/or, ▪ one or more CCF entities outside the domain to which the first CCF entity belongs; • determining the to-be-shared API based on the received first API publish request; • determining a target CCF entity based on the received sharing information of the to-be-shared API; • sharing (S 604) the received information about the to-be-shared API with the target CCF entity.
A dose setting mechanism for setting a minimum dose, comprising a first element and a second element ; the first element being moveable with respect to the second element ; the first element and the second element being coupled by a ratchet mechanism allowing motion of the first element with respect to the second element from a first position to a second position only in a first direction while preventing motion in a second direction that is opposite to the first direction; once passing the second position, the first element being moveable with respect to the second element in the first direction and in the second direction, wherein the first element comprises a sleeve-shaped main body coupled to the second element by a threaded connection , wherein the ratchet mechanism comprises a ratchet means including a multitude of teeth that is comprised by one of the first element and the second element , and a pawl that is comprised by the other one of the first element and the second element , wherein the multitude of teeth is arranged in a helical line between a first pawl position and a second pawl position , the pawl being moveable along the multitude of teeth from the first pawl position to the second pawl position when the first element moves with respect to the second element from the first position to the second position and wherein the pawl is moveable along a return path from the second pawl position to the first pawl position , bypassing the multitude of teeth , once the first element has passed the second position. a first element and a second element ; the first element being moveable with respect to the second element ; the first element and the second element being coupled by a ratchet mechanism allowing motion of the first element with respect to the second element from a first position to a second position only in a first direction while preventing motion in a second direction that is opposite to the first direction; once passing the second position, the first element being moveable with respect to the second element in the first direction and in the second direction, wherein the first element comprises a sleeve-shaped main body coupled to the second element by a threaded connection , wherein the ratchet mechanism comprises a ratchet means including a multitude of teeth that is comprised by one of the first element and the second element , and a pawl that is comprised by the other one of the first element and the second element , wherein the multitude of teeth is arranged in a helical line between a first pawl position and a second pawl position , the pawl being moveable along the multitude of teeth from the first pawl position to the second pawl position when the first element moves with respect to the second element from the first position to the second position and wherein the pawl is moveable along a return path from the second pawl position to the first pawl position , bypassing the multitude of teeth , once the first element has passed the second position.
A grooved washer adapted to be used on a screw carrier tape , wherein the grooved washer comprises: a ring body having an outer side face ; a groove annularly formed in the outer side face and adjacent to a top surface of the ring body ; a base wall being a bottom wall of the groove and adjacent to a bottom surface of the ring body ; and a perforation formed through a center of the ring body (1 0C) and through the top surface of the ring body and the bottom surface of the ring body ; and a metal gasket attached to the top surface of the ring body and protruded from the top surface of the ring body , the metal gasket having an outer peripheral edge radially protruded from the top surface of the ring body ; and a hole formed through a center of the metal gasket and communicating with the perforation characterized by a restriction part defined on a bottom of the metal gasket and opposite the base wall , wherein the restriction part is a top wall of the groove , and the base wall and the restriction part limit a carrier tape of the screw carrier tape , so that the grooved washer can be stuck on the carrier tape . a ring body having an outer side face ; a groove annularly formed in the outer side face and adjacent to a top surface of the ring body ; a base wall being a bottom wall of the groove and adjacent to a bottom surface of the ring body ; and a perforation formed through a center of the ring body (1 0C) and through the top surface of the ring body and the bottom surface of the ring body ; and an outer side face ; a groove annularly formed in the outer side face and adjacent to a top surface of the ring body ; a base wall being a bottom wall of the groove and adjacent to a bottom surface of the ring body ; and a perforation formed through a center of the ring body (1 0C) and through the top surface of the ring body and the bottom surface of the ring body ; and a metal gasket attached to the top surface of the ring body and protruded from the top surface of the ring body , the metal gasket having an outer peripheral edge radially protruded from the top surface of the ring body ; and a hole formed through a center of the metal gasket and communicating with the perforation characterized by a restriction part defined on a bottom of the metal gasket and opposite the base wall , wherein the restriction part is a top wall of the groove , and the base wall and the restriction part limit a carrier tape of the screw carrier tape , so that the grooved washer can be stuck on the carrier tape . an outer peripheral edge radially protruded from the top surface of the ring body ; and a hole formed through a center of the metal gasket and communicating with the perforation characterized by a restriction part defined on a bottom of the metal gasket and opposite the base wall , wherein the restriction part is a top wall of the groove , and the base wall and the restriction part limit a carrier tape of the screw carrier tape , so that the grooved washer can be stuck on the carrier tape .
A processor comprising: a decode unit to decode an unmasked packed data instruction for a given packed data operation in a first mode in which the processor is not to use packed data operation masking, and to decode a masked packed data instruction for a masked version of the given packed data operation in a second mode in which the processor is to use packed data operation masking, the unmasked and masked packed data instructions having a same instruction length, the masked packed data instruction having one or more bits to specify a packed data operation mask that is to include mask bits distributed among data elements, where a bit in each of the data elements represents one of the mask bits; and one or more execution units coupled with the decode unit, the one or more execution units, in response to the decode unit decoding the unmasked packed data instruction in the first mode to perform the given packed data operation, and the one or more execution units, in response to the decode unit decoding the masked packed data instruction in the second mode to perform the masked version of the given packed data operation using the specified packed data operation mask. a decode unit to decode an unmasked packed data instruction for a given packed data operation in a first mode in which the processor is not to use packed data operation masking, and to decode a masked packed data instruction for a masked version of the given packed data operation in a second mode in which the processor is to use packed data operation masking, the unmasked and masked packed data instructions having a same instruction length, the masked packed data instruction having one or more bits to specify a packed data operation mask that is to include mask bits distributed among data elements, where a bit in each of the data elements represents one of the mask bits; and one or more execution units coupled with the decode unit, the one or more execution units, in response to the decode unit decoding the unmasked packed data instruction in the first mode to perform the given packed data operation, and the one or more execution units, in response to the decode unit decoding the masked packed data instruction in the second mode to perform the masked version of the given packed data operation using the specified packed data operation mask.
An intercom system for collective housing having a plurality of residences, the intercom system comprising: a main entrance station that includes a selection means for allowing one or more visitors to select a residence to visit in the collective housing, the main entrance station further including a camera for shooting images of the one or more visitors; a residential master station installed inside of each residence in the collective housing; a residential entrance substation for each residence that includes a call means for calling the residential master station of the residence and a camera configured to shoot a video of a person who has operated the call means when the call means of the residential entrance substation is depressed; a control means for controlling the intercom system ; and a storage means for storing the image of each visitor and the residence ID of the residence that the visitor is to visit by associating the image of the visitor with that residence; wherein the control means includes a check means for checking the videos of the one or more visitors against the video of the person who has operated the call means ; and wherein if the check by the check means indicates a match and if the residence to visit does not match the residence ID of the residence in which the call means of the residential entrance substation has been operated, the control means invalidates the operation of the call means . a main entrance station that includes a selection means for allowing one or more visitors to select a residence to visit in the collective housing, the main entrance station further including a camera for shooting images of the one or more visitors; a residential master station installed inside of each residence in the collective housing; a residential entrance substation for each residence that includes a call means for calling the residential master station of the residence and a camera configured to shoot a video of a person who has operated the call means when the call means of the residential entrance substation is depressed; a control means for controlling the intercom system ; and a storage means for storing the image of each visitor and the residence ID of the residence that the visitor is to visit by associating the image of the visitor with that residence; wherein the control means includes a check means for checking the videos of the one or more visitors against the video of the person who has operated the call means ; and wherein if the check by the check means indicates a match and if the residence to visit does not match the residence ID of the residence in which the call means of the residential entrance substation has been operated, the control means invalidates the operation of the call means .
A list display method for a mobile terminal including a processor and a display unit, the method comprising: detecting , by the processor, reception of a request for display of a list; assigning, by the display unit, a list view region and a list aggregate region in a visible area of the display unit; classifying , by the processor, list items into viewable items for immediate display in the list view region or aggregated items for the list aggregate region ; displaying , by the display unit, the viewable items in the list view region ; displaying , by the display unit, information regarding the aggregated items in the list aggregate region ; and changing, by the processor, the information regarding the aggregated items in the list aggregate region based on a user's input; wherein the list aggregate region has a constant area, and when there is no aggregated item to be displayed in the list aggregate region , no information regarding aggregated items is displayed in the list aggregate region , and wherein displaying information regarding the aggregated items further comprises drawing, by the display unit, lines corresponding to the number of aggregated items in the list aggregate region , and, if the number of lines to be drawn exceeds a predetermined number, determining, by the display unit, a brightness level according to a number of aggregated items, and setting the list aggregate region to the determined brightness level. detecting , by the processor, reception of a request for display of a list; assigning, by the display unit, a list view region and a list aggregate region in a visible area of the display unit; classifying , by the processor, list items into viewable items for immediate display in the list view region or aggregated items for the list aggregate region ; displaying , by the display unit, the viewable items in the list view region ; displaying , by the display unit, information regarding the aggregated items in the list aggregate region ; and changing, by the processor, the information regarding the aggregated items in the list aggregate region based on a user's input; wherein the list aggregate region has a constant area, and when there is no aggregated item to be displayed in the list aggregate region , no information regarding aggregated items is displayed in the list aggregate region , and wherein displaying information regarding the aggregated items further comprises drawing, by the display unit, lines corresponding to the number of aggregated items in the list aggregate region , and, if the number of lines to be drawn exceeds a predetermined number, determining, by the display unit, a brightness level according to a number of aggregated items, and setting the list aggregate region to the determined brightness level.
A system comprising a telecommunication antenna and a rotary platform , said telecommunication antenna being mounted on the rotary platform, the telecommunication antenna comprising : • a main reflector , capable of rotating about axis (A) to allow scanning of the antenna beam on an elevation plane; • a sub-reflector ; • a feed configured to be fed by an Ortho-Mode-Transducer and a polarizer; • a mechanical device configured for realigning the polarization, said device being configured for rotating the polarizer; • a motor configured for rotating the main reflector about said axis (A); • a mechanical support of the main reflector , positioned on ball bearings, and • a radio transparent protecting cover, radome , characterized in that said sub-reflector is configured to rotate on the two main planes to allow a slight scanning of the subreflector-generated beam of said telecommunication antenna, the arrangement being such that the pointing of the beam in elevation is obtained without the whole antenna being moved, wherein said antenna reflectors have surfaces obtained from the mathematical expression: A xx x 2 + A xy xy + A yy y 2 + A x x + A y y + A c = A zz z 2 + A z z + A xz xz + A yz yz i.e. from a second-order polynomial, which describes a surface in the space referred to a Cartesian coordinate system XYZ, utilizing for said main reflector and for said sub-reflector , respectively, the following coefficients: Main reflector coefficients Axx=2705.988 Ayy =1001.998 Azz=0.0 Axy=0.0 Ayz =0.0 Az=2711396.0524 Axz=0.0 Ay =0.0 Ac= 0.0 Sub-reflector coefficients Axx=44458.341 Ayy =-558.0232 Azz=-43318.230 Axy=0.0 Ayz =0.0 Az=-2922821.690 Axz=0.0 Ay =0.0 Ac= -1876555896.680 • a main reflector , capable of rotating about axis (A) to allow scanning of the antenna beam on an elevation plane; • a sub-reflector ; • a feed configured to be fed by an Ortho-Mode-Transducer and a polarizer; • a mechanical device configured for realigning the polarization, said device being configured for rotating the polarizer; • a motor configured for rotating the main reflector about said axis (A); • a mechanical support of the main reflector , positioned on ball bearings, and • a radio transparent protecting cover, radome ,
Transport device for a spinning mill for supplying ring spinning machines with roving packages and disposing of the tubes that have been spun empty, comprising an overhead rail system , which is arranged between at least one pre-spinning machine and one ring spinning machine and is equipped with a storage device , which enables the intermediate storing of overhead trolley trains , which are loaded either with full roving packages or with tubes that have been spun empty, characterised in that in the region of the ring spinning machine a creel having a plurality of creel rows is installed, which creel rows are connected to the overhead rail system via a switch configuration in such a way that, if necessary, a plurality of overhead trolley trains that have tubes that have been spun empty can be simultaneously moved out of the creel rows of the ring spinning machine , subsequently the same number of overhead trolley trains loaded with full roving packages can be simultaneously moved into the creel rows of the ring spinning machine again, the switch configuration has a number of straight-line connection tracks and an equal number of crossing tracks , which cross the connection tracks , this number corresponds to the number of creel rows installed in the creel of the ring spinning machine , and in each case a pre-switch is installed in order to connect the connection tracks to the crossing tracks and a bridge switch is installed in each of the crossing regions of connection tracks and crossing tracks . in the region of the ring spinning machine a creel having a plurality of creel rows is installed, which creel rows are connected to the overhead rail system via a switch configuration in such a way that, if necessary, a plurality of overhead trolley trains that have tubes that have been spun empty can be simultaneously moved out of the creel rows of the ring spinning machine , subsequently the same number of overhead trolley trains loaded with full roving packages can be simultaneously moved into the creel rows of the ring spinning machine again, the switch configuration has a number of straight-line connection tracks and an equal number of crossing tracks , which cross the connection tracks , this number corresponds to the number of creel rows installed in the creel of the ring spinning machine , and in each case a pre-switch is installed in order to connect the connection tracks to the crossing tracks and a bridge switch is installed in each of the crossing regions of connection tracks and crossing tracks .