mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing menu layout, comprising: obtaining a moving direction and a moving acceleration value of user equipment (S302): judging whether the moving acceleration value of the user equipment exceeds a preset first threshold (S304); and wherein the method is characterized by further comprising: adjusting the menu layout of the user equipment according to the obtained moving direction of the user equipment in the case that the moving acceleration value of the user equipment exceeds the first threshold, wherein the menu layout is the arrangement of one or more icons on one or more pages (S306); wherein adjusting the menu layout of the user equipment comprising: when the moving direction of the user equipment is first swaying direction, rearranging one or more icons on a single page of the user equipment; when the moving direction of the user equipment is second swaying direction, rearranging one or more icons on multiple pages of the user equipment. judging whether the moving acceleration value of the user equipment exceeds a preset first threshold (S304); and wherein the method is characterized by further comprising: adjusting the menu layout of the user equipment according to the obtained moving direction of the user equipment in the case that the moving acceleration value of the user equipment exceeds the first threshold, wherein the menu layout is the arrangement of one or more icons on one or more pages (S306); wherein adjusting the menu layout of the user equipment comprising: when the moving direction of the user equipment is first swaying direction, rearranging one or more icons on a single page of the user equipment; when the moving direction of the user equipment is second swaying direction, rearranging one or more icons on multiple pages of the user equipment.
A parallel-plate diplexer , comprising: a first parallel-plate transmission line ; and a second parallel-plate transmission line , wherein a first end of the second parallel-plate transmission line includes a first port and a second end of the second parallel-plate transmission line includes a second port , and a first end of the first parallel-plate transmission line includes a third port and a second end of the first parallel-plate transmission line is coupled to the second parallel-plate transmission line at a T-junction between the first port and the second port , wherein the second parallel-plate transmission line includes a first parallel-plate transmission line tuning network located between the T-junction and the first port , and a second parallel-plate transmission line tuning network located between the T-junction and the second port , and wherein a frequency band of the first parallel-plate transmission line tuning network is different from a frequency band of the second parallel-plate transmission line tuning network . a first parallel-plate transmission line ; and a second parallel-plate transmission line , wherein a first end of the second parallel-plate transmission line includes a first port and a second end of the second parallel-plate transmission line includes a second port , and a first end of the first parallel-plate transmission line includes a third port and a second end of the first parallel-plate transmission line is coupled to the second parallel-plate transmission line at a T-junction between the first port and the second port , wherein the second parallel-plate transmission line includes a first parallel-plate transmission line tuning network located between the T-junction and the first port , and a second parallel-plate transmission line tuning network located between the T-junction and the second port , and wherein a frequency band of the first parallel-plate transmission line tuning network is different from a frequency band of the second parallel-plate transmission line tuning network .
A nacelle for a turbomachine comprising an inner wall and a ring , said inner wall comprising: - an outer annular fan casing , - a soundproofing inner annular structure for extending upstream from the fan blades, and - a flange for fastening to said ring , the flange and the ring being coaxial, and in said nacelle : - the outer annular fan casing is a one-piece structure, is intended to surround fan blades ans extends substantially as far as the upstream end of the soundproofing inner annular structure , which annular casing comprises, at the upstream end, said flange , which is situated in the vicinity of the upstream end of the soundproofing structure , and - said nacelle comprises an annular layer of abradable material, which is fastened to an inner cylindrical surface of the fan casing and is intended to surround the fan blades . - an outer annular fan casing , - a soundproofing inner annular structure for extending upstream from the fan blades, and - a flange for fastening to said ring , the flange and the ring being coaxial, and in said nacelle : - the outer annular fan casing is a one-piece structure, is intended to surround fan blades ans extends substantially as far as the upstream end of the soundproofing inner annular structure , which annular casing comprises, at the upstream end, said flange , which is situated in the vicinity of the upstream end of the soundproofing structure , and - said nacelle comprises an annular layer of abradable material, which is fastened to an inner cylindrical surface of the fan casing and is intended to surround the fan blades .
A connector element for a flashing assembly for use in a roof window arrangement in an inclined roof structure including at least two roof windows , said connector element being configured for being arranged with an exterior side facing the exterior in the mounted state, an interior side facing the roof structure, a first end facing a first roof window , and a length direction (L) of the connector element extending from the first end towards a second opposite open end , where the exterior side comprises a gutter with two longitudinal edges extending between the first and second ends, at least one of said longitudinal edges being configured for engagement with an engagement section of a flashing member , and where a connecting section on the interior side is configured for being connected to a bracket used for connecting a roof window to a load-bearing structure of the roof structure, wherein the connector element is configured for being arranged with the first end at an outer side of a bottom frame member of the first roof window and the second end at an exterior side of the second roof window , characterized in that the connector element comprises two end surfaces at the second end , said end surfaces extending from the exterior side towards the interior side and being non-parallel to the length direction (L), where each of the end surfaces extends from one of the longitudinal edges away from the gutter, and that at least one attachment element is provided on each of the end surfaces , each attachment element including a male part adapted for engagement with an opening or depression in or on a supporting element of a flashing assembly. that the connector element comprises two end surfaces at the second end , said end surfaces extending from the exterior side towards the interior side and being non-parallel to the length direction (L), where each of the end surfaces extends from one of the longitudinal edges away from the gutter, and that at least one attachment element is provided on each of the end surfaces , each attachment element including a male part adapted for engagement with an opening or depression in or on a supporting element of a flashing assembly.
A computer system , comprising a computer casing having a plurality of side panels , and a main board disposed in the computer casing and having at least one heat generating component disposed thereon, wherein a side wall of the computer casing facing the heat generating component has a heat conductive body projecting toward the heat generating component , the projecting heat conductive body being an integral part of and integrally formed with a heat distribution plate , wherein the heat distribution plate is arranged on the corresponding side wall , and wherein the heat conductive body and the heat distribution plate are formed as a die-cast aluminum component, and the heat conductive body is designed to absorb, by means of heat conduction, heat energy of the heat-generating component which is generated during an intended operation, and to dissipate it into the corresponding side wall by means of heat conduction.
An assembly for mounting one or more RRUs to a mounting structure, comprising: first and second mounting panels , each of the first and second mounting panels having a main body and a flange that extends generally perpendicularly to the main body , the main body including mounting apertures patterned for mounting of an RRU ; a mounting foundation having side edges, each of the side edges having an open-ended slot ; and mounting members extending from the flanges away from the main body of each of the first and second mounting panels , the mounting members configured to enter the open-ended slots on the mounting foundation and slide therein, and fasteners cooperating with the mounting members to mount the first and second mounting panels to the mounting foundation . first and second mounting panels , each of the first and second mounting panels having a main body and a flange that extends generally perpendicularly to the main body , the main body including mounting apertures patterned for mounting of an RRU ; a mounting foundation having side edges, each of the side edges having an open-ended slot ; and mounting members extending from the flanges away from the main body of each of the first and second mounting panels , the mounting members configured to enter the open-ended slots on the mounting foundation and slide therein, and fasteners cooperating with the mounting members to mount the first and second mounting panels to the mounting foundation .
An ophthalmic apparatus comprising: an imaging optical system that includes a light projecting optical system for projecting light to an anterior chamber angle, ACA, region of a subject's eye (E), and a light receiving optical system including a light receiving element for receiving reflected light from the ACA region; alignment driving means configured to change a positional relationship between the subject's eye (E) and the imaging optical system ; imaging processing means configured to generate an ACA image based on a signal output from the light receiving element ; and control means configured to detect a feature point in an ACA of the subject's eye (E) from the ACA image, and configured to adjust the positional relationship in accordance with a position of the feature point in the ACA image, characterized in that the ACA image is a reflected image formed based on reflected light from the ACA region of the subject's eye (E), wherein the light is emitted to an entire imaging range in a surface texture of the ACA region and the light returning from the imaging range is received by the light receiving element being a two-dimensional light receiving element capturing the image of the ACA region as the ACA image. an imaging optical system that includes a light projecting optical system for projecting light to an anterior chamber angle, ACA, region of a subject's eye (E), and a light receiving optical system including a light receiving element for receiving reflected light from the ACA region; alignment driving means configured to change a positional relationship between the subject's eye (E) and the imaging optical system ; imaging processing means configured to generate an ACA image based on a signal output from the light receiving element ; and control means configured to detect a feature point in an ACA of the subject's eye (E) from the ACA image, and configured to adjust the positional relationship in accordance with a position of the feature point in the ACA image, characterized in that the ACA image is a reflected image formed based on reflected light from the ACA region of the subject's eye (E), wherein the light is emitted to an entire imaging range in a surface texture of the ACA region and the light returning from the imaging range is received by the light receiving element being a two-dimensional light receiving element capturing the image of the ACA region as the ACA image.
A communication module comprising: a die comprising a first portion of a transceiver , wherein the die is a silicon-based die; a phase shifter die coupled to the silicon-based die , the phase shifter die comprising phase shifters (253-256, 353-356), a power combiner and splitter ; an amplifier die comprising a second portion of the transceiver , wherein the amplifier die is formed with compound semiconductor materials; wherein the phase shifter die is coupled to the amplifier die ; and a substrate coupled to the phase shifter die , the substrate comprising an antenna unit with steerable beam forming capability for transmitting and receiving communications. a die comprising a first portion of a transceiver , wherein the die is a silicon-based die; a phase shifter die coupled to the silicon-based die , the phase shifter die comprising phase shifters (253-256, 353-356), a power combiner and splitter ; an amplifier die comprising a second portion of the transceiver , wherein the amplifier die is formed with compound semiconductor materials; wherein the phase shifter die is coupled to the amplifier die ; and a substrate coupled to the phase shifter die , the substrate comprising an antenna unit with steerable beam forming capability for transmitting and receiving communications.
A bank for storing blood products comprising a housing , a storage area arranged in said housing , a refrigerator device attributed to said storage area , a plurality of stationary storage racks arranged in said storage area , each stationary storage rack comprising a plurality of permanent storage locations for blood product s arranged above each other, a product access door arranged in a wall of said housing , an automated transport device adapted and structured to transport blood product s between said product access door and said permanent storage locations , wherein said transport device comprises a buffer storage arranged in said storage area at said product access door , wherein said buffer storage comprises a plurality of movable storage racks , each movable storage rack having a plurality of temporary, movable storage locations for blood product s arranged above each other, and a robot movable between said movable storage racks and said stationary storage racks for transporting blood products between said temporary, movable storage locations and said permanent storage locations . a housing , a storage area arranged in said housing , a refrigerator device attributed to said storage area , a plurality of stationary storage racks arranged in said storage area , each stationary storage rack comprising a plurality of permanent storage locations for blood product s arranged above each other, a product access door arranged in a wall of said housing , an automated transport device adapted and structured to transport blood product s between said product access door and said permanent storage locations , wherein said transport device comprises a buffer storage arranged in said storage area at said product access door , wherein said buffer storage comprises a plurality of movable storage racks , each movable storage rack having a plurality of temporary, movable storage locations for blood product s arranged above each other, and a robot movable between said movable storage racks and said stationary storage racks for transporting blood products between said temporary, movable storage locations and said permanent storage locations .
Method (PO) for permutation of a time display mode of an electronic watch (MT) with an analogue display, comprising, after manipulation of a control member of the watch (MT), a permutation of: - the position of main time indicating means (PR) of the watch (MT), such that said means changes from indicating a first time to indicating a second time, - the position of secondary time indicating means (SE) of the watch, such that said means changes from indicating the second time to indicating the first time, - the position of an analogue time display mode indicator (IN) of the watch (MT), such that said indicator changes from a first position characteristic of the first mode to a second position characteristic of the second mode. - the position of main time indicating means (PR) of the watch (MT), such that said means changes from indicating a first time to indicating a second time, - the position of secondary time indicating means (SE) of the watch, such that said means changes from indicating the second time to indicating the first time, - the position of an analogue time display mode indicator (IN) of the watch (MT), such that said indicator changes from a first position characteristic of the first mode to a second position characteristic of the second mode.
Heat-curable composition comprising: (a) at least one epoxy monomer having two or three epoxy groups, which is not a silicon compound having at least one hydrolyzable group directly linked to the silicon atom, (b) at least one epoxy compound bearing at least one silicon atom having at least one hydrolyzable group directly linked to the silicon atom and at least one group comprising an epoxy function linked to the silicon atom though a carbon atom, and/or a hydrolyzate thereof, wherein the composition comprises from 1 to 15 % by weight of compounds (b) relative to the total weight of the composition, (f) at least one UV absorber and/or (g) at least one antioxidant, (c) at least one epoxy ring-opening catalyst, and at least one compound (e) comprising at least two groups having the following formula: in which R 4 represents a hydrogen atom, an alkyl group, an alkoxy group or an oxyl group. (a) at least one epoxy monomer having two or three epoxy groups, which is not a silicon compound having at least one hydrolyzable group directly linked to the silicon atom, (b) at least one epoxy compound bearing at least one silicon atom having at least one hydrolyzable group directly linked to the silicon atom and at least one group comprising an epoxy function linked to the silicon atom though a carbon atom, and/or a hydrolyzate thereof, wherein the composition comprises from 1 to 15 % by weight of compounds (b) relative to the total weight of the composition, (f) at least one UV absorber and/or (g) at least one antioxidant, (c) at least one epoxy ring-opening catalyst, and
A mixing device for the mixing of mixing material, having a container for accommodating the mixing material, with an opening and a mixer lid , which can be positioned over the opening , a guide being provided for positioning the mixer lid over the opening , and the mixer lid having centring means in order to centre the mixer lid on the container , characterized in that the mixer lid is mounted on the guide in a floating manner, so that the mixer lid can move within a predetermined movement range transversely to the guide , and in that the centring means comprise at least three centring units , which are distributed around a vertical axis of the container and in each case have an engagement section , which is constructed to rest on the container outer wall , wherein the centring unit can be moved relatively to the mixer lid in the vertical direction. a guide being provided for positioning the mixer lid over the opening , and the mixer lid having centring means in order to centre the mixer lid on the container , characterized in that the mixer lid is mounted on the guide in a floating manner, so that the mixer lid can move within a predetermined movement range transversely to the guide , and in that the centring means comprise at least three centring units , which are distributed around a vertical axis of the container and in each case have an engagement section , which is constructed to rest on the container outer wall , wherein the centring unit can be moved relatively to the mixer lid in the vertical direction.
Interaction system, embodied to be worn on the human body, comprising - at least one gesture detection unit (GS1, GS2) that is attached in an arm region of a user (USR) and that has a plurality of inertial sensors for detecting gestures produced by an arm position, arm movement and/or arm rotation of the user (USR); - a binocular visualization unit (VIS) for the positionally correct visualization of objects in a field of view of the user (USR); and; - a control unit (CTR) for actuating the visualization unit (VIS), for identifying the gestures detected by the gesture detection unit (GS1, GS2) and for processing the interaction of the user (USR) with the objects that is to be triggered by the gestures of the user (USR); wherein the interaction system is characterized in that it comprises two gesture detection units (GS1, GS2) provided on a respective arm of the user (USR), wherein, selectively, a selection gesture, a range selection gesture, a movement gesture, a navigation gesture and/or a zoom gesture is assigned to one of the two gesture detection units (GS1, GS2) and a confirmation gesture is assigned to the other gesture detection unit (GS1, GS2) by way of the interaction system. - at least one gesture detection unit (GS1, GS2) that is attached in an arm region of a user (USR) and that has a plurality of inertial sensors for detecting gestures produced by an arm position, arm movement and/or arm rotation of the user (USR); - a binocular visualization unit (VIS) for the positionally correct visualization of objects in a field of view of the user (USR); and; - a control unit (CTR) for actuating the visualization unit (VIS), for identifying the gestures detected by the gesture detection unit (GS1, GS2) and for processing the interaction of the user (USR) with the objects that is to be triggered by the gestures of the user (USR);
A planar vibratory member operable for use in a vibrating densitometer , comprising: a body ; and a vibratable portion emanating from the body , wherein the vibratable portion comprises a plurality of vibratable projections, and wherein the plurality of vibratable projections are cantilevered, wherein the plurality of vibratable projections comprise an inner paddle nested within an outer paddle ; wherein the vibratable portion is operable to be vibrated by a driver . a body ; and a vibratable portion emanating from the body , wherein the vibratable portion comprises a plurality of vibratable projections, and wherein the plurality of vibratable projections are cantilevered, wherein the plurality of vibratable projections comprise an inner paddle nested within an outer paddle ; wherein the vibratable portion is operable to be vibrated by a driver .