mhurhangee/patent-ind-claim-en huggingface dataset:
A component mounter that is configured to produce a board (S) on which a component is mounted by picking up the component and mounting the component on the board, the component mounter comprising: a pickup member configured to pick up the component; and a control device characterized in that the control device is configured to, when a predetermined error occurs after a pickup operation that picks up the component is performed by the pickup member, - perform a retry operation for discarding the component picked up by the pickup member and picking up a new component, in a case where a number of the boards (S) produced from a start of production exceeds a predetermined number of the boards (S), - execute second error handling processing for stopping production when the error is not resolved even if the retry operation is performed, and - execute first error handling processing for stopping production in a state where the component, which is a target of the error, is held by the pickup member, without performing the retry operation in a case where the number of the boards (S) produced from the start of production is within the predetermined number of the boards (S). a pickup member configured to pick up the component; and a control device characterized in that the control device is configured to, when a predetermined error occurs after a pickup operation that picks up the component is performed by the pickup member, - perform a retry operation for discarding the component picked up by the pickup member and picking up a new component, in a case where a number of the boards (S) produced from a start of production exceeds a predetermined number of the boards (S), - execute second error handling processing for stopping production when the error is not resolved even if the retry operation is performed, and - execute first error handling processing for stopping production in a state where the component, which is a target of the error, is held by the pickup member, without performing the retry operation in a case where the number of the boards (S) produced from the start of production is within the predetermined number of the boards (S). - perform a retry operation for discarding the component picked up by the pickup member and picking up a new component, in a case where a number of the boards (S) produced from a start of production exceeds a predetermined number of the boards (S), - execute second error handling processing for stopping production when the error is not resolved even if the retry operation is performed, and - execute first error handling processing for stopping production in a state where the component, which is a target of the error, is held by the pickup member, without performing the retry operation in a case where the number of the boards (S) produced from the start of production is within the predetermined number of the boards (S).
An information processing apparatus that controls a smell presentation device that presents smell to a user, the information processing apparatus comprising: an acquisition unit configured to acquire content information used to implement control of a smell by a control unit 23 the content being video content indicative of a state of a virtual space and comprising a smell object, wherein smell information that specifies at least one of a type of the smell and a strength of the smell is associated with the smell object ; and the control unit configured to control the smell presentation device to present smell in a mode according to the smell information included in the acquired content information, wherein flag information included in the smell information indicative of whether or not smell transfer occurs is associated with the smell object, and when a different virtual object disposed in the virtual space is brought into contact with the smell object, if the flag information indicating that smell transfer occurs is associated as the flag information with the smell object, then the different virtual object is changed to a new smell object, and wherein the control unit instructs the smell presentation device to present the smell of the new smell object to the user. an acquisition unit configured to acquire content information used to implement control of a smell by a control unit 23 the content being video content indicative of a state of a virtual space and comprising a smell object, wherein smell information that specifies at least one of a type of the smell and a strength of the smell is associated with the smell object ; and the control unit configured to control the smell presentation device to present smell in a mode according to the smell information included in the acquired content information, wherein flag information included in the smell information indicative of whether or not smell transfer occurs is associated with the smell object, and when a different virtual object disposed in the virtual space is brought into contact with the smell object, if the flag information indicating that smell transfer occurs is associated as the flag information with the smell object, then the different virtual object is changed to a new smell object, and wherein the control unit instructs the smell presentation device to present the smell of the new smell object to the user.
Exterior aircraft light cover with integrated illumination, comprising: a mounting portion , configured to be mounted to an exterior aircraft light housing ; a light transmissive pane , supported by the mounting portion , wherein the mounting portion and the light transmissive pane are configured to jointly close the exterior aircraft light housing ; at least one photovoltaic device , which is configured for generating electric energy when illuminated; at least one electric storage device , which is configured for storing at least a portion of the electric energy generated by the at least one photovoltaic device ; and at least one ancillary light source , which is operable with electric energy supplied by at least one of the at least one photovoltaic device and the at least one electric storage device . a mounting portion , configured to be mounted to an exterior aircraft light housing ; a light transmissive pane , supported by the mounting portion , wherein the mounting portion and the light transmissive pane are configured to jointly close the exterior aircraft light housing ; at least one photovoltaic device , which is configured for generating electric energy when illuminated; at least one electric storage device , which is configured for storing at least a portion of the electric energy generated by the at least one photovoltaic device ; and at least one ancillary light source , which is operable with electric energy supplied by at least one of the at least one photovoltaic device and the at least one electric storage device .
Method for cleaning wash ware in a dishwasher , in particular in a commercial dishwasher, which is designed as a programmable automatic machine and has a treatment chamber for receiving the wash ware to be treated, wherein the method has the following method steps to be carried out in succession: i) the type of wash ware to be treated is detected; ii) a treatment programme for the treatment of the wash ware is selected as a function of the detected type of wash ware; and iii) the process parameters associated with the selected treatment programme are set automatically, characterized in that each detected type of wash ware is assigned to a predetermined or determinable wash ware group before the actual treatment of the wash ware, wherein, for each wash ware group is a predetermined or determinable treatment programme, according to which the wash ware of the type of wash ware assigned to this wash ware group is to be treated during at least one of the treatment phases; wherein the type of wash ware depends on the size, shape and/or material of the wash ware to be cleaned; and wherein the following assignments are carried out: - plates manufactured from porcelain or a porcelain-like material are assigned to a first wash ware group; - utensils manufactured from metal, in particular from high-grade steel and cutlery or items of cutlery manufactured from metal, in particular from high-grade steel, are assigned to a second wash ware group; - drinking glasses manufactured from glass or a glass-like material are assigned to a third wash ware group; and - the wash ware which has been recognized as "other wash ware" is assigned to a fourth wash ware group. i) the type of wash ware to be treated is detected; ii) a treatment programme for the treatment of the wash ware is selected as a function of the detected type of wash ware; and iii) the process parameters associated with the selected treatment programme are set automatically, - plates manufactured from porcelain or a porcelain-like material are assigned to a first wash ware group; - utensils manufactured from metal, in particular from high-grade steel and cutlery or items of cutlery manufactured from metal, in particular from high-grade steel, are assigned to a second wash ware group; - drinking glasses manufactured from glass or a glass-like material are assigned to a third wash ware group; and - the wash ware which has been recognized as "other wash ware" is assigned to a fourth wash ware group.
A display device comprising: a substrate including a display area (DA) a non-display area (PA) and a pad area (PADA) the non-display area being outside the display area, and the pad area being on one side of the non-display area; a first restriction dam in the non-display area and surrounding the display area; a second restriction dam in the non-display area and surrounding the display area between the display area and the first restriction dam; a bank surrounding the display area outside the first restriction dam; and a voltage line configured to supply a voltage to a display element inside the display area, wherein the first restriction dam and the second restriction dam are over the voltage line between the display area and the pad area, and the voltage line extends to the bank beyond the first restriction dam, and, wherein the voltage line includes a first voltage line and a second voltage line , the first voltage line being between the display area and the pad area, and the second voltage line surrounding two opposites ends of the first voltage line and at least a portion of the display area, wherein an outer end of the second voltage line facing the pad area is covered by the bank between the display area and the pad area, and characterized in that an outer end of the first voltage line that faces the pad area is covered by the bank between two opposite ends of the second voltage line. a substrate including a display area (DA) a non-display area (PA) and a pad area (PADA) the non-display area being outside the display area, and the pad area being on one side of the non-display area; a first restriction dam in the non-display area and surrounding the display area; a second restriction dam in the non-display area and surrounding the display area between the display area and the first restriction dam; a bank surrounding the display area outside the first restriction dam; and a voltage line configured to supply a voltage to a display element inside the display area, wherein the first restriction dam and the second restriction dam are over the voltage line between the display area and the pad area, and the voltage line extends to the bank beyond the first restriction dam, and, wherein the voltage line includes a first voltage line and a second voltage line , the first voltage line being between the display area and the pad area, and the second voltage line surrounding two opposites ends of the first voltage line and at least a portion of the display area, wherein an outer end of the second voltage line facing the pad area is covered by the bank between the display area and the pad area, and characterized in that an outer end of the first voltage line that faces the pad area is covered by the bank between two opposite ends of the second voltage line.
A method for compensating colors in a print controlling terminal which is connectable to an image forming apparatus , the method comprising: receiving selection of an input International Color Consortium. ICC. profile and an output ICC profile; receiving selection of a plurality of color rendering intents to be applied to an ICC profile; generating a color conversion table using the selected input ICC profile, the selected output profile, and the selected plurality of color rendering intents; and generating print data using the generated color conversion table. receiving selection of an input International Color Consortium. ICC. profile and an output ICC profile; receiving selection of a plurality of color rendering intents to be applied to an ICC profile; generating a color conversion table using the selected input ICC profile, the selected output profile, and the selected plurality of color rendering intents; and generating print data using the generated color conversion table.
A method of fabricating a component material for a battery cell comprising the steps of: providing a partially-fabricated battery cell, the partially-fabricated battery cell comprising a substrate having a planar deposition surface consisting of a first face of the substrate and a first battery component layer provided on the planar deposition surface, the substrate having a plurality of further surfaces, the planar deposition surface and the plurality of further surfaces defining the body of the substrate therebetween; wherein: the first battery component layer contains metal ions and has an exposed surface; one or more electrically conductive or semi-conductive pathways extend through at least a portion of the substrate, each of the one or more pathways connecting the planar deposition surface to one of the plurality of further surfaces; and the partially-fabricated battery cell is held in position within a deposition chamber by a holding structure and each site of connection between one of the one or more pathways and the holding structure is electrically insulating; the method further comprising the step of depositing a second battery component layer on the first battery component layer, wherein the depositing comprises forming a plasma within the deposition chamber. providing a partially-fabricated battery cell, the partially-fabricated battery cell comprising a substrate having a planar deposition surface consisting of a first face of the substrate and a first battery component layer provided on the planar deposition surface, the substrate having a plurality of further surfaces, the planar deposition surface and the plurality of further surfaces defining the body of the substrate therebetween; wherein: the first battery component layer contains metal ions and has an exposed surface; one or more electrically conductive or semi-conductive pathways extend through at least a portion of the substrate, each of the one or more pathways connecting the planar deposition surface to one of the plurality of further surfaces; and the partially-fabricated battery cell is held in position within a deposition chamber by a holding structure and each site of connection between one of the one or more pathways and the holding structure is electrically insulating; the method further comprising the step of depositing a second battery component layer on the first battery component layer, wherein the depositing comprises forming a plasma within the deposition chamber.
A continuous process for forming at least one constituent, selected from metallic-based nanoparticles and/or metallic ions, in at least one liquid comprising: flowing at least one liquid through at least one trough member, said at least one liquid having a surface and a flow direction; providing at least one plasma-forming electrode which is metallic-based or non-metallic-based; creating a plasma between said at least one plasma-forming electrode and at least a portion of said surface of said at least one flowing liquid; providing at least one set of metallic-based electrodes in contact with said at least one flowing liquid, and located downstream in said flow direction from said at least one plasma-forming electrode; wherein said at least one set of metallic-based electrodes comprises at least one material selected from the group consisting of platinum, titanium, zinc, silver, copper, gold and alloys thereof; and conducting at least one electrochemical reaction at said at least one set of metallic-based electrodes, to produce said at least one metallic-based constituent within said at least one flowing liquid; wherein the at least one liquid comprises water. flowing at least one liquid through at least one trough member, said at least one liquid having a surface and a flow direction; providing at least one plasma-forming electrode which is metallic-based or non-metallic-based; creating a plasma between said at least one plasma-forming electrode and at least a portion of said surface of said at least one flowing liquid; providing at least one set of metallic-based electrodes in contact with said at least one flowing liquid, and located downstream in said flow direction from said at least one plasma-forming electrode; wherein said at least one set of metallic-based electrodes comprises at least one material selected from the group consisting of platinum, titanium, zinc, silver, copper, gold and alloys thereof; and conducting at least one electrochemical reaction at said at least one set of metallic-based electrodes, to produce said at least one metallic-based constituent within said at least one flowing liquid; wherein the at least one liquid comprises water.
A vehicle lamp fitting comprising a first light source , a second light source and a light guide which guides light from the first light source and second light source , wherein the light guide has entrance surfaces through which light from the first light source and second light source enters, an emission surface (R) through which light that has entered through the entrance surfaces is emitted to the outside, an internally reflecting surface which causes light that has entered through the entrance surfaces to be reflected, and a bent portion that is bent, wherein the internally reflecting surface comprises a plurality of first reflecting surfaces which are provided in a first region and which emit light from the first light source in a first direction (X), a plurality of second reflecting surfaces which are provided in a second region and which emit light from the second light source in the first direction (X), a third reflecting surface which is formed in a third region between the first region and the second region , which is substantially parallel to the emission surface (R) in the third region and which thereby limits the light intensity with which light from the first and second light sources is emitted in the first direction (X) from the emission surface (R), a plurality of fourth reflecting surfaces which are formed in the first region and are formed in such a way that light from the second light source is emitted in a second direction that is different from the first direction (X), and a plurality of fifth reflecting surfaces which are formed in the second region and are formed in such a way that light from the first light source is emitted in the second direction, and wherein the third reflecting surface is formed in the bent portion, characterized in that the first and fourth reflecting surfaces are formed alternately and consecutively in the first region , the second and fifth reflecting surfaces are formed alternately and consecutively in the second region , and the third reflecting surface is formed at a joint portion between an end one of the first reflecting surfaces and an end one of the second reflecting surfaces .
Optical device for a vehicle comprising: • at least one lens comprising an optical axis and an output diopter and an input diopter ; and • a light source arranged to emit light towards the input diopter of the at least one lens , the at least one lens having an object focus (F) located substantially on the input diopter of the lens , at the level of its optical axis, a section of the output diopter by a vertical plane parallel to the optical axis of the at least one lens comprising several elliptical or substantially elliptical arcs, modified with respect to a reference elliptical shape in which all the rays originating from the light source would be emitted parallel to the optical axis of the at least one lens at the output of a reference output diopter , the reference elliptical shape having a minor axis of length OM1, characterized in that this modification is, for an upper elliptical arc, such that the length OM2 of the corresponding minor axis of the ellipse is less than OM1 and this modification is, for a lower elliptical arc, such that the length OM'2 of the corresponding minor axis of the ellipse is greater than OM1, such that the rays originating from the output diopter are all directed towards a horizontal plane parallel to the optical axis, suitable for illuminating a ground on which a vehicle would rest on which the optical device would be mounted. • at least one lens comprising an optical axis and an output diopter and an input diopter ; and • a light source arranged to emit light towards the input diopter of the at least one lens , the at least one lens having an object focus (F) located substantially on the input diopter of the lens , at the level of its optical axis, a section of the output diopter by a vertical plane parallel to the optical axis of the at least one lens comprising several elliptical or substantially elliptical arcs, modified with respect to a reference elliptical shape in which all the rays originating from the light source would be emitted parallel to the optical axis of the at least one lens at the output of a reference output diopter , the reference elliptical shape having a minor axis of length OM1, characterized in that this modification is, for an upper elliptical arc, such that the length OM2 of the corresponding minor axis of the ellipse is less than OM1 and this modification is, for a lower elliptical arc, such that the length OM'2 of the corresponding minor axis of the ellipse is greater than OM1, such that the rays originating from the output diopter are all directed towards a horizontal plane parallel to the optical axis, suitable for illuminating a ground on which a vehicle would rest on which the optical device would be mounted.
A block former for the production of blocks of cheese , the block former comprising an upright drainage column having a feed opening for curd particles at an upper end of the drainage column , the drainage column including an inner wall having an interior surface against which a pillar of curd formed of the curd particles slides as the pillar of curd moves downwardly through the drainage column , the upright drainage column being divided into an upper part and a lower part , characterized in that the interior surface at the upper part has a first finish and the interior surface at the lower part has a second finish that provides higher friction with the pillar of curd relative to the first finish, wherein the lower part of the drainage column forms more than half of the drainage column .