mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld electronic device , suitable for serving as a controller of a virtual image display device, and comprising: a holding assembly ; and a tracking assembly , comprising a main body and a plurality of trackers , the main body having a first end (E1) and a second end (E2, E3) each being connected to the holding assembly and the main body thereby having an inner surface (S1) and an outer surface (S2), and the trackers being disposed on the inner surface (S1) and the outer surface (S2) of the main body , wherein the trackers arranged on the outer surface (S2) and a part of the trackers arranged on the inner surface (S1) are exposed to the outside in a view direction and are arranged in interleaving characterised in that a shape of the main body of the tracking assembly has an asymmetrical contour. a holding assembly ; and a tracking assembly , comprising a main body and a plurality of trackers , the main body having a first end (E1) and a second end (E2, E3) each being connected to the holding assembly and the main body thereby having an inner surface (S1) and an outer surface (S2), and the trackers being disposed on the inner surface (S1) and the outer surface (S2) of the main body , wherein the trackers arranged on the outer surface (S2) and a part of the trackers arranged on the inner surface (S1) are exposed to the outside in a view direction and are arranged in interleaving characterised in that a shape of the main body of the tracking assembly has an asymmetrical contour.
A substrate for an organic light emitting display device, comprising: a plurality of pixels each including at least one subpixel; a protective layer having a non-flat shape; a plurality of first electrodes on the protective layer ; and a bank layer on the first electrodes , the bank layer including openings for exposing the first electrodes in emission areas of corresponding subpixels, wherein the subpixels include at least two or more subpixels, characterized in that the protective layer in the emission area (EA11, EA13) of one subpixel of the at least two or more subpixels includes a plurality of concave portions within the opening of the bank layer and does not include convex portions , and the protective layer in the emission area (EA23, EA21) of another subpixel of the at least two or more subpixels includes a plurality of convex portions within the opening of the bank layer and does not include concave portions . a plurality of pixels each including at least one subpixel; a protective layer having a non-flat shape; a plurality of first electrodes on the protective layer ; and a bank layer on the first electrodes , the bank layer including openings for exposing the first electrodes in emission areas of corresponding subpixels, wherein the subpixels include at least two or more subpixels, characterized in that the protective layer in the emission area (EA11, EA13) of one subpixel of the at least two or more subpixels includes a plurality of concave portions within the opening of the bank layer and does not include convex portions , and the protective layer in the emission area (EA23, EA21) of another subpixel of the at least two or more subpixels includes a plurality of convex portions within the opening of the bank layer and does not include concave portions .
Method for operating a dishwasher in order to carry out a cleaning program, a temperature to be reached of a washing solution being specified in at least one heating phase, comprising the following steps: - detecting energy (E) of a heating element absorbed during the at least one heating phase for heating the washing solution; - comparing the energy (E) absorbed in the at least one heating phase with a specified maximum energy; and - operating the heating element as long as the absorbed energy (E) is less than the specified maximum energy, characterised in that the heating of the washing solution is continued in the heating phase by continuing to operate the heating element even above the specified temperature of the washing solution, as long as the absorbed energy (E) is less than the specified maximum energy. - detecting energy (E) of a heating element absorbed during the at least one heating phase for heating the washing solution; - comparing the energy (E) absorbed in the at least one heating phase with a specified maximum energy; and - operating the heating element as long as the absorbed energy (E) is less than the specified maximum energy,
A method of making a physical object by additive manufacturing, the method comprising steps of (a) providing a light hardenable material, wherein the light hardenable material is liquid or pasty; (b) building up the object by successively hardening portions of the light hardenable material by irradiating the portions with light; (c) coating at least a part of the object with a flowable coating; and (d) irradiating the coated object with light and thereby post-hardening any light hardenable material. characterized in that the method further comprising a step of cleaning the object from the coating by moving the object and thereby generating a mass inertial force in the coating, wherein in the step of cleaning the object from the coating, the moving of the object is a rotation of the object . (a) providing a light hardenable material, wherein the light hardenable material is liquid or pasty; (b) building up the object by successively hardening portions of the light hardenable material by irradiating the portions with light; (c) coating at least a part of the object with a flowable coating; and (d) irradiating the coated object with light and thereby post-hardening any light hardenable material. the method further comprising a step of cleaning the object from the coating by moving the object and thereby generating a mass inertial force in the coating, wherein in the step of cleaning the object from the coating, the moving of the object is a rotation of the object .
Sprocket-carrying set for a bicycle rear wheel, comprising a sprocket-carrying body and an adapter , wherein the sprocket-carrying body is provided with grooves extending axially on the radially peripheral surface, and wherein the adapter comprises: - an annular body abutting at the sprocket-carrying body as an axial extension thereof in an axially outer direction, adapted to receive sprockets (75-78) in a radially peripheral position, - a coupling element formed on the annular body to establish a shape coupling with the sprocket-carrying body that makes the adapter rotate as a unit with the sprocket-carrying body , - at least one sprocket-receiving seat formed on the annular body of the adapter and adapted for coupling with at least one sprocket , so as to make the adapter rotate as a unit with the sprocket (75-78), characterised in the annular body having an outer diameter corresponding to that of the sprocket-carrying body , and the coupling element comprising at least one front tooth projecting axially from the annular body , sized so as to be inserted in a respective groove of the sprocket-carrying body . - an annular body abutting at the sprocket-carrying body as an axial extension thereof in an axially outer direction, adapted to receive sprockets (75-78) in a radially peripheral position, - a coupling element formed on the annular body to establish a shape coupling with the sprocket-carrying body that makes the adapter rotate as a unit with the sprocket-carrying body , - at least one sprocket-receiving seat formed on the annular body of the adapter and adapted for coupling with at least one sprocket , so as to make the adapter rotate as a unit with the sprocket (75-78),
A surface, or a portion of a surface, which is electrically conductive or semi conductive comprising an organic film, electro-grafted on said surface, or portion of said surface, by electro-reduction of a solution comprising at least one diazonium salt, glycerol and at least one monomer or macro-object, functionalized with a group that can be involved in propagation chain reactions and which is precursor of said organic film, wherein the electro-reduction involves electrolyzing said solution by application of at least one protocole consisting of an electrical polarization of the surface by applying a variable potential over at least a range of values which are more cathodic than the reduction or peak potential of all diazonium salts in said solution.
A peptide consisting of an amino acid sequence selected from the group consisting of QGAG, QAGAG, SGGAG and GAGGAGGAG.
A method of establishing a communication link between a mobile terminal and a network, the method comprising: receiving, by the mobile terminal, an indication indicating support of high-speed mobility in a cell, and an index of a root sequence from a network, said indication having a value 'TRUE' or 'FALSE'; generating, by the mobile terminal, a cyclically shifted Zadoff-Chu, ZC, sequence with zero correlation zones using an unrestricted set of cyclic shifts if the indication has the value 'FALSE' and using a restricted set of cyclic shifts if the indication has the value 'TRUE', wherein the restricted set of cyclic shifts is determined by the mobile terminal based on the index of the root sequence, and requesting, by the mobile terminal, access to the network using the generated cyclically shifted ZC sequence. receiving, by the mobile terminal, an indication indicating support of high-speed mobility in a cell, and an index of a root sequence from a network, said indication having a value 'TRUE' or 'FALSE'; generating, by the mobile terminal, a cyclically shifted Zadoff-Chu, ZC, sequence with zero correlation zones using an unrestricted set of cyclic shifts if the indication has the value 'FALSE' and using a restricted set of cyclic shifts if the indication has the value 'TRUE', wherein the restricted set of cyclic shifts is determined by the mobile terminal based on the index of the root sequence, and requesting, by the mobile terminal, access to the network using the generated cyclically shifted ZC sequence.
A humanized antibody or fragment thereof that binds human PD-1 and comprises a combination of a heavy chain variable region (VH) and a light chain variable region (VL), the combination comprising: SEQ ID NO.: 172 and SEQ ID NO.: 186; SEQ ID NO.: 173 and SEQ ID NO.: 187; SEQ ID NO.: 174 and SEQ ID NO: 188; SEQ ID NO.: 175 and SEQ ID NO.: 189; SEQ ID NO.: 176 and SEQ ID NO.: 190; or SEQ ID NO.: 177 and SEQ ID NO.: 190; SEQ ID NO.: 172 and SEQ ID NO.: 186; SEQ ID NO.: 173 and SEQ ID NO.: 187; SEQ ID NO.: 174 and SEQ ID NO: 188; SEQ ID NO.: 175 and SEQ ID NO.: 189; SEQ ID NO.: 176 and SEQ ID NO.: 190; or SEQ ID NO.: 177 and SEQ ID NO.: 190;
A computer-implemented method, comprising: determining , by one or more processors, that a dialog between a first individual and an interactive assistant module is sensorially perceivable by at least a second individual, wherein determining that the dialog is sensorially perceivable by at least the second individual comprises determining, based on one or more signals, that the second individual is co-located with the first individual; identifying , by one or more of the processors, restricted content to be automatically incorporated into the dialog by the interactive assistant module, wherein access to the restricted content is controlled by the first individual; and conditionally incorporating, by the interactive assistant module, into the dialog, the restricted content in response to a determination that the second individual is authorized to perceive the restricted content. determining , by one or more processors, that a dialog between a first individual and an interactive assistant module is sensorially perceivable by at least a second individual, wherein determining that the dialog is sensorially perceivable by at least the second individual comprises determining, based on one or more signals, that the second individual is co-located with the first individual; identifying , by one or more of the processors, restricted content to be automatically incorporated into the dialog by the interactive assistant module, wherein access to the restricted content is controlled by the first individual; and conditionally incorporating, by the interactive assistant module, into the dialog, the restricted content in response to a determination that the second individual is authorized to perceive the restricted content.
Burglar-proof door installed in a wall opening and comprising a door frame and a door wing , wherein one or more connection devices are connected to the door frame and the door lintel or the ceiling above the wall opening and/or to the floor below the wall opening , wherein the connection device(s) comprise a connection base body and a connection element , wherein the connection base body and the connection element form the one-piece connection device or a connection base body and a separate connection element are joined together to form the connection device , wherein further the connection base body is connected to the door frame and the connection element is connected to the door lintel or the ceiling and/or the floor , characterized in that the connection base body has an open channel on its inner side , which rests firmly on the door frame in the screwed state, or a closed channel in its interior.
Machine for working glass slabs comprising: - a supporting structure ; - a slab grinding section comprising grinding heads adapted to move along a longitudinal direction (X-X) when grinding, and a conveyor assembly having dragging means adapted to move the glass slab on a advancement plane along the longitudinal direction (X-X); - a slab drilling section placed downstream of the slab grinding section and comprising a conveyor adjacent to the conveyor assembly in the longitudinal direction (X-X), substantially placed at the same height of the advancement plane of the conveyor assembly and adapted to receive the glass slab from the conveyor assembly at the end of the grinding operation; characterized in that the slab grinding section further comprises retaining means which are adapted, when grinding, to keep the glass slab next to a working plane spaced and/or offset with respect to the advancement plane , and to move the slab along the longitudinal direction (X-X) with opposite direction to a movement direction of the grinding heads . - a supporting structure ; - a slab grinding section comprising grinding heads adapted to move along a longitudinal direction (X-X) when grinding, and a conveyor assembly having dragging means adapted to move the glass slab on a advancement plane along the longitudinal direction (X-X); - a slab drilling section placed downstream of the slab grinding section and comprising a conveyor adjacent to the conveyor assembly in the longitudinal direction (X-X), substantially placed at the same height of the advancement plane of the conveyor assembly and adapted to receive the glass slab from the conveyor assembly at the end of the grinding operation; characterized in that the slab grinding section further comprises retaining means which are adapted, when grinding, to keep the glass slab next to a working plane spaced and/or offset with respect to the advancement plane , and to move the slab along the longitudinal direction (X-X) with opposite direction to a movement direction of the grinding heads .
A method (200; 270) for decoding video data, the method comprising for at least one prediction unit, PU, of a coding unit, CU, in a B slice coded using advanced motion vector prediction, AMVP, mode (212; 284):: determining, based on a size characteristic of the PU, that the PU is restricted to uni-directional inter prediction; parsing, from a bitstream, an inter prediction mode indicator syntax element, inter_pred_idc, for the PU, wherein when the PU is restricted to uni-directional inter prediction, inter_pred_idc is configured to indicate whether the PU is uni-directionally inter predicted based on a list 0 or uni-directionally inter predicted based on a list 1, wherein when the PU is not restricted to uni-directional inter prediction, inter_pred_idc is configured to indicate whether the PU is either uni-directionally inter predicted based on the list 0, uni-directionally inter predicted based on the list 1, or bi-directionally predicted;entropy decoding the inter prediction mode indicator syntax element inter_pred_idc using different contexts that depend on whether the PU is restricted to uni-directional inter prediction. parsing, from a bitstream, an inter prediction mode indicator syntax element, inter_pred_idc, for the PU, wherein when the PU is restricted to uni-directional inter prediction, inter_pred_idc is configured to indicate whether the PU is uni-directionally inter predicted based on a list 0 or uni-directionally inter predicted based on a list 1, wherein when the PU is not restricted to uni-directional inter prediction, inter_pred_idc is configured to indicate whether the PU is either uni-directionally inter predicted based on the list 0, uni-directionally inter predicted based on the list 1, or bi-directionally predicted;entropy decoding the inter prediction mode indicator syntax element inter_pred_idc using different contexts that depend on whether the PU is restricted to uni-directional inter prediction.
Lighting module of a motor vehicle headlight, comprising: a light source defining a first main direction of emission (X) that is substantially horizontal; and a lens comprising an input surface and an output surface , the input surface being formed by facets , each facet forming a partial lens with an associated part of the output surface , each of said partial lenses being configured so as to project an image of the light source, said images projected by said partial lenses being substantially identical, characterized in that each partial lens is configured so as to produce a spreading of a light beam emitted by the light source, in a second direction (Z) that is substantially vertical, the vertical spreading being preferably progressive, the light intensity being greater in the bottom part of the beams. a light source defining a first main direction of emission (X) that is substantially horizontal; and a lens comprising an input surface and an output surface , the input surface being formed by facets , each facet forming a partial lens with an associated part of the output surface , each of said partial lenses being configured so as to project an image of the light source, said images projected by said partial lenses being substantially identical, characterized in that each partial lens is configured so as to produce a spreading of a light beam emitted by the light source, in a second direction (Z) that is substantially vertical, the vertical spreading being preferably progressive, the light intensity being greater in the bottom part of the beams.
A computer-implemented method comprising: receiving , from an input component of an electronic device , a pen input; determining that an input mode for the pen input is a text-input mode; identifying a feature of at least one character in the pen input, wherein the feature of the at least one character includes a size of the at least one character and a writing rate of the at least one character; providing for display, on a display device of the electronic device, a representation of the pen input and a guideline, wherein the guideline extends along and adjacent to at least a portion of the representation of the pen input and beyond an end of the representation of the pen input by a length that is based on the identified feature of the at least one character; and determining the length of the guideline based on a product of a multiplicative factor and the size of the at least one character, and wherein the multiplicative factor is based on the writing rate. receiving , from an input component of an electronic device , a pen input; determining that an input mode for the pen input is a text-input mode; identifying a feature of at least one character in the pen input, wherein the feature of the at least one character includes a size of the at least one character and a writing rate of the at least one character; providing for display, on a display device of the electronic device, a representation of the pen input and a guideline, wherein the guideline extends along and adjacent to at least a portion of the representation of the pen input and beyond an end of the representation of the pen input by a length that is based on the identified feature of the at least one character; and determining the length of the guideline based on a product of a multiplicative factor and the size of the at least one character, and wherein the multiplicative factor is based on the writing rate.
A solder alloy having an alloy composition consisting of, by mass%, Ag: 2.5 to 3.7%, Cu: 0.25 to 0.95%, Bi: 3.0 to 3.9%, and In: 0.5 to 2.3%, with the balance being Sn and unavoidable impurities, wherein the alloy composition satisfies the following relations and : 8.1 ≤ Ag + 2 Cu + Bi + ln ≤ 11.5 1.30 ≤ Bi + In / Ag ≤ 1.66 wherein Ag, Cu, Bi, and In in the relations and each represent the contents in mass% thereof in the alloy composition. Ag: 2.5 to 3.7%, Cu: 0.25 to 0.95%, Bi: 3.0 to 3.9%, and In: 0.5 to 2.3%, with the balance being Sn and unavoidable impurities, wherein the alloy composition satisfies the following relations and : 8.1 ≤ Ag + 2 Cu + Bi + ln ≤ 11.5 1.30 ≤ Bi + In / Ag ≤ 1.66 wherein Ag, Cu, Bi, and In in the relations and each represent the contents in mass% thereof in the alloy composition.
A method of forming a waveguide part (302a-d) having a predetermined shape, the method comprising: dispensing a photocurable material into a space between a first mold portion and a second mold portion opposite the first mold portion ; adjusting a relative separation between a surface of the first mold portion with respect to a surface of the second mold portion opposing the surface of the first mold portion to fill the space between the first and second mold portions ; irradiating the photocurable material in the space with radiation suitable for photocuring the photocurable material to form a cured waveguide film so that different portions of the cured waveguide film have different rigidity; separating the cured waveguide film from the first and second mold portions ; and singulating the waveguide part (302a-d) from the cured waveguide film , wherein the waveguide part (302a-d) corresponds to portions of the cured waveguide film having a higher rigidity than other portions of the cured waveguide film. dispensing a photocurable material into a space between a first mold portion and a second mold portion opposite the first mold portion ; adjusting a relative separation between a surface of the first mold portion with respect to a surface of the second mold portion opposing the surface of the first mold portion to fill the space between the first and second mold portions ; irradiating the photocurable material in the space with radiation suitable for photocuring the photocurable material to form a cured waveguide film so that different portions of the cured waveguide film have different rigidity; separating the cured waveguide film from the first and second mold portions ; and singulating the waveguide part (302a-d) from the cured waveguide film , wherein the waveguide part (302a-d) corresponds to portions of the cured waveguide film having a higher rigidity than other portions of the cured waveguide film.