mhurhangee/ep-ind-claims huggingface dataset:
A robot, comprising: a multi-articular arm; and a base comprising: a body having: a supporting surface supporting a base end portion of the multi-articular arm; characterized in that it comprises a base opening disposed on the supporting surface; and a connector unit disposed in the body and a cable connector that is connectable to an internal cable disposed in the body and that has a connection opening for an external cable, the connection opening facing the base opening. a multi-articular arm; and a base comprising: a body having: a supporting surface supporting a base end portion of the multi-articular arm; characterized in that it comprises a base opening disposed on the supporting surface; and a connector unit disposed in the body and a cable connector that is connectable to an internal cable disposed in the body and that has a connection opening for an external cable, the connection opening facing the base opening. a body having: a supporting surface supporting a base end portion of the multi-articular arm; characterized in that it comprises a base opening disposed on the supporting surface; and a supporting surface supporting a base end portion of the multi-articular arm; characterized in that it comprises a base opening disposed on the supporting surface; and a connector unit disposed in the body and a cable connector that is connectable to an internal cable disposed in the body and that has a connection opening for an external cable, the connection opening facing the base opening.
Breast pump comprising: - a first pump and a second pump, - at least one expression kit (2, 2'), and - a valve assembly, - a control unit for controlling the valve assembly and/or the pumps (6, 6'), characterized in that the control unit is configured to control the valve assembly and/or the pumps (6, 6') for alternate operation of the first and second pumps (6, 6') in dependency of the operation times of the first and second pumps (6, 6'). - a first pump and a second pump, - at least one expression kit (2, 2'), and - a valve assembly, - a control unit for controlling the valve assembly and/or the pumps (6, 6'),
An optical polarization demultiplexing apparatus comprising: a first optical IQ modulator (220 11) configured to modulate a first portion (212 1) of a first polarization (204 x) of an optical polarization-division-multiplexed, "PDM," signal to generate a first modulated optical signal (222 1); a second optical IQ modulator (220 21) configured to modulate a second portion (212 2) of the first polarization (204 x) of the optical PDM signal to generate a second modulated optical signal (222 2); a third optical IQ modulator (220 12) configured to modulate a first portion (212 3) of a second polarization (204 y) of the optical PDM signal to generate a third modulated optical signal (222 3); and a fourth optical IQ modulator (220 22) configured to modulate a second portion (212 4) of the second polarization (204 y) of the optical PDM signal to generate a fourth modulated optical signal (222 4), wherein the apparatus is configured to: combine the first modulated optical signal (222 1) and the third modulated optical signal (222 3) to generate a first optical output signal (108 x); and combine the second modulated optical signal and the fourth modulated optical signal (222 4) to generate a second optical output signal (108 y). a first optical IQ modulator (220 11) configured to modulate a first portion (212 1) of a first polarization (204 x) of an optical polarization-division-multiplexed, "PDM," signal to generate a first modulated optical signal (222 1); a second optical IQ modulator (220 21) configured to modulate a second portion (212 2) of the first polarization (204 x) of the optical PDM signal to generate a second modulated optical signal (222 2); a third optical IQ modulator (220 12) configured to modulate a first portion (212 3) of a second polarization (204 y) of the optical PDM signal to generate a third modulated optical signal (222 3); and a fourth optical IQ modulator (220 22) configured to modulate a second portion (212 4) of the second polarization (204 y) of the optical PDM signal to generate a fourth modulated optical signal (222 4), wherein the apparatus is configured to: combine the first modulated optical signal (222 1) and the third modulated optical signal (222 3) to generate a first optical output signal (108 x); and combine the second modulated optical signal and the fourth modulated optical signal (222 4) to generate a second optical output signal (108 y). combine the first modulated optical signal (222 1) and the third modulated optical signal (222 3) to generate a first optical output signal (108 x); and combine the second modulated optical signal and the fourth modulated optical signal (222 4) to generate a second optical output signal (108 y).
A mobile communication terminal comprising: a display panel; a first touch panel provided on a surface of the display panel, wherein the display panel and the first touch panel are provided on a front surface of the mobile communication terminal; a second touch panel provided on a rear surface of the mobile communication terminal to detect a touch input by a user; and a controller configured to control the display panel to display a keyboard including a plurality of keys, the mobile communication terminal being characterized in that the controller is further configured: to control the size and the position of the displayed keyboard and a corresponding touch area of the first touch panel based on the size and number of contacts corresponding to the touch input from the user detected at the second touch panel, the size and number of contacts indicating a state in which a user holds the terminal. a display panel; a first touch panel provided on a surface of the display panel, wherein the display panel and the first touch panel are provided on a front surface of the mobile communication terminal; a second touch panel provided on a rear surface of the mobile communication terminal to detect a touch input by a user; and a controller configured to control the display panel to display a keyboard including a plurality of keys, the mobile communication terminal being characterized in that the controller is further configured: to control the size and the position of the displayed keyboard and a corresponding touch area of the first touch panel based on the size and number of contacts corresponding to the touch input from the user detected at the second touch panel, the size and number of contacts indicating a state in which a user holds the terminal.
An elevator control apparatus comprising: an exercise necessity degree determination unit configured to determine an exercise necessity degree being a degree to which an elevator user needs to exercise, who uses an elevator provided in a building provided with an inter-floor travel means other than the elevator; characterized by a floor decision unit configured to extract a stairs-usage floor number corresponding to the exercise necessity degree of the elevator user determined by the exercise necessity degree determination unit and to change within a range of the extracted stairs-usage floor number at least one of a boarding floor and an alighting floor of the elevator from a floor that the elevator user prefers to another floor so as to let the elevator user use the inter-floor travel means before the elevator user reaches a destination floor to which the elevator user intends to go, wherein the stairs-usage floor number is the maximum number of floors to let the elevator user ascend the stairs or the maximum number of floors to let the elevator user descend the stairs. an exercise necessity degree determination unit configured to determine an exercise necessity degree being a degree to which an elevator user needs to exercise, who uses an elevator provided in a building provided with an inter-floor travel means other than the elevator; characterized by a floor decision unit configured to extract a stairs-usage floor number corresponding to the exercise necessity degree of the elevator user determined by the exercise necessity degree determination unit and to change within a range of the extracted stairs-usage floor number at least one of a boarding floor and an alighting floor of the elevator from a floor that the elevator user prefers to another floor so as to let the elevator user use the inter-floor travel means before the elevator user reaches a destination floor to which the elevator user intends to go, wherein the stairs-usage floor number is the maximum number of floors to let the elevator user ascend the stairs or the maximum number of floors to let the elevator user descend the stairs.
Installation system for installing a self-supporting truss structure on a fuselage structure of an aircraft, the installation system comprising: a truss structure with a plurality of interconnected truss elements (20, 46), a mobile carrying device movable on a floor of the fuselage with an upper receptacle, a rack for temporarily holding the truss elements (20, 46) in predetermined relative positions to one another, and a movement device which is arranged on the upper receptacle and holds the rack in a position that is adjustable relative to the upper receptacle, the truss structure comprising radially outer closed truss nodes and radially inner releasable connecting nodes, the movement device being designed to move the rack in one transport position and any installation position, the rack being spaced further from the upper receptacle in the installation positions than in the transport position, the installation system being designed to move the mobile carrying device on the floor into a predetermined position within the fuselage when the rack is in the transport position and to lock it there, to move rack by means of the movement device into a suitable installation position and to lock the at least one lockable connecting node by means of a drive arranged on the rack.
A system for making a container, comprising: a cutter configured to cut a folded web of thermoplastic material in a direction transverse to a first direction of travel of the folded web into a plurality of container templates, each container template having a first opposing wall and a second opposing wall, a seam defined by a junction of the first opposing wall and the second opposing wall, opposing first and second upper ends (13, 15) of the first and second walls (12, 14), respectfully, defined opposite the seam, and a first side and a second side defined between the seam and the opposing first and second upper ends (13, 15); a turner configured to rotate each container template to orient the first side and the second side along a second direction of travel; and a sealer configured to seal one or both of the first side and the second side. a cutter configured to cut a folded web of thermoplastic material in a direction transverse to a first direction of travel of the folded web into a plurality of container templates, each container template having a first opposing wall and a second opposing wall, a seam defined by a junction of the first opposing wall and the second opposing wall, opposing first and second upper ends (13, 15) of the first and second walls (12, 14), respectfully, defined opposite the seam, and a first side and a second side defined between the seam and the opposing first and second upper ends (13, 15); a turner configured to rotate each container template to orient the first side and the second side along a second direction of travel; and a sealer configured to seal one or both of the first side and the second side.
A semiconductor device, comprising a control terminal that is fixedly attached to a patterned insulating substrate; a resin case that is disposed so as to cover the patterned insulating substrate and has an opening for passing the control terminal therethrough; and a resin block that is inserted into the opening of the resin case and holds the control terminal together with a sidewall of the opening of the resin case to fix the control terminal to the resin case; wherein the control terminal has a first projection, a second projection away from the first projection, and a concave valley that is formed between the first projection and the second projection; wherein the resin case has a first concave portion that is formed on the sidewall of the opening, a beam portion that is disposed at a bottom of the opening,and a second concave portion that is formed in the beam portion; wherein the resin block has a convex step portion having a front end which is fitted into the concave valley of the control terminal, a third projection that is formed on a side surface of the resin block and fitted into the first concave portion, and a fourth projection that is formed on a bottom surface of the resin block and fitted into the second concave portion.
A rotating cutting tool that is adapted to be internally cooled by cryogenic coolant, the rotating cutting tool comprising: a cylindrical body including: a central bore that extends along a longitudinal axis of the cylindrical body from a rear face thereof to a position proximate a front face thereof; a plurality of cold flow delivery paths formed from radial bores that fluidly communicate with and extend radially-outwardly from the central bore; longitudinal grooves that are formed along a front portion of an outer surface of the cylindrical body extending along the longitudinal axis and fluidly communicating with the radial bores; a bushing having an inner diameter closely conforming to the outer surface of the cylindrical body allowing the bushing to concentrically fit over the cylindrical body and the longitudinal grooves to form longitudinal passageways extending from the radial bores to one or more exhaust ports formed in the bushing proximate the rear face of the cylindrical body; and a plurality of flutes (57, 77) for cutting a workpiece each having a cutting edge formed from the bushing, characterized in that the front face of the cylindrical body and of the bushing is machined to form flutes, and the outer surface of the bushing is machined to form flutes. a cylindrical body including: a central bore that extends along a longitudinal axis of the cylindrical body from a rear face thereof to a position proximate a front face thereof; a plurality of cold flow delivery paths formed from radial bores that fluidly communicate with and extend radially-outwardly from the central bore; longitudinal grooves that are formed along a front portion of an outer surface of the cylindrical body extending along the longitudinal axis and fluidly communicating with the radial bores; a central bore that extends along a longitudinal axis of the cylindrical body from a rear face thereof to a position proximate a front face thereof; a plurality of cold flow delivery paths formed from radial bores that fluidly communicate with and extend radially-outwardly from the central bore; longitudinal grooves that are formed along a front portion of an outer surface of the cylindrical body extending along the longitudinal axis and fluidly communicating with the radial bores; a bushing having an inner diameter closely conforming to the outer surface of the cylindrical body allowing the bushing to concentrically fit over the cylindrical body and the longitudinal grooves to form longitudinal passageways extending from the radial bores to one or more exhaust ports formed in the bushing proximate the rear face of the cylindrical body; and a plurality of flutes (57, 77) for cutting a workpiece each having a cutting edge formed from the bushing, characterized in that the front face of the cylindrical body and of the bushing is machined to form flutes, and the outer surface of the bushing is machined to form flutes.
A concentrated laundry composition which is dilutable in water to form a liquid laundry detergent composition comprising: a) from 10 to 85% by weight of surfactants and b) from 5 to 9.5% by weight of a grafted copolymer of an acrylic polymer and fatty alcohol alkoxylates, or its physiologically acceptable salts, or a mixture thereof. a) from 10 to 85% by weight of surfactants and b) from 5 to 9.5% by weight of a grafted copolymer of an acrylic polymer and fatty alcohol alkoxylates, or its physiologically acceptable salts, or a mixture thereof.
A multi-junction solar cell comprising: a first solar cell comprising a first photoelectric conversion device; a second solar cell comprising a plurality of second photoelectric conversion devices connected in series, each of said second photoelectric conversion devices having an n-type or a p-type silicon layer and back contacts (204, 205); and an insulating layer between the first solar cell and the second solar cell, wherein each of the plurality of the second photoelectric conversion devices has both of an n+ region exposed at the surface of the silicon layer opposite to the insulating layer and a p+ region exposed at the surface of the silicon layer opposite to the insulating layer, the back contacts (204, 205) being connected to said regions (202, 203), wherein device isolation regions are provided between the second photoelectric conversion devices connected in series, and the device isolation regions exist in a part of the insulating layer. a first solar cell comprising a first photoelectric conversion device; a second solar cell comprising a plurality of second photoelectric conversion devices connected in series, each of said second photoelectric conversion devices having an n-type or a p-type silicon layer and back contacts (204, 205); and an insulating layer between the first solar cell and the second solar cell, wherein each of the plurality of the second photoelectric conversion devices has both of an n+ region exposed at the surface of the silicon layer opposite to the insulating layer and a p+ region exposed at the surface of the silicon layer opposite to the insulating layer, the back contacts (204, 205) being connected to said regions (202, 203), wherein device isolation regions are provided between the second photoelectric conversion devices connected in series, and the device isolation regions exist in a part of the insulating layer.
An opacifying cluster particle suitable for latex paint compositions to provide increased opacity, the opacifying cluster particle comprising: a polymeric latex binder coalescing cluster components into a generally homogeneous particle; the cluster components include discrete polymeric particles each defining a closed void volume therein, a plurality of optional inorganic pigment particles, and a plurality of extender pigment particles; and a porosity of the polymeric latex binder defining a binder void volume. a polymeric latex binder coalescing cluster components into a generally homogeneous particle; the cluster components include discrete polymeric particles each defining a closed void volume therein, a plurality of optional inorganic pigment particles, and a plurality of extender pigment particles; and a porosity of the polymeric latex binder defining a binder void volume.
A mobile terminal comprising: a body to contain electronic components of the mobile terminal; a display provided on the body to provide images; and a window provided on the display, the window including a transparent region and an opaque region, the opaque region to obscure a portion of the display from a viewer of the display, wherein the opaque region of the window comprises: a transparent substrate; a first layer formed on a surface of the transparent substrate, the first layer having a single color; and a second layer of high luminance formed on a surface of the first layer, the second layer of the opaque region provided between the first layer and the display, the second layer to reflect incoming light received through the first layer in a direction away from the display so that the single color defined on the first layer is recognized as it is, and the second layer to reflect light received from the display in a direction away from the first layer. a body to contain electronic components of the mobile terminal; a display provided on the body to provide images; and a window provided on the display, the window including a transparent region and an opaque region, the opaque region to obscure a portion of the display from a viewer of the display, wherein the opaque region of the window comprises: a transparent substrate; a first layer formed on a surface of the transparent substrate, the first layer having a single color; and a second layer of high luminance formed on a surface of the first layer, the second layer of the opaque region provided between the first layer and the display, the second layer to reflect incoming light received through the first layer in a direction away from the display so that the single color defined on the first layer is recognized as it is, and the second layer to reflect light received from the display in a direction away from the first layer. a transparent substrate; a first layer formed on a surface of the transparent substrate, the first layer having a single color; and a second layer of high luminance formed on a surface of the first layer, the second layer of the opaque region provided between the first layer and the display, the second layer to reflect incoming light received through the first layer in a direction away from the display so that the single color defined on the first layer is recognized as it is, and the second layer to reflect light received from the display in a direction away from the first layer.
A method of forming a protective hard mask layer on a substrate in a semiconductor etch process, comprising the step of applying by solution deposition on the substrate a solution or colloidal dispersion of an alumina polymer, said solution or dispersion being obtained by hydrolysis and condensation of monomers of at least one aluminium oxide precursor in a solvent or a solvent mixture in the presence of water and a catalyst, wherein the at least one aluminium oxide precursor is peptisized with an agent selected from the group of carboxylic acids, α-hydroxy carboxylic acids, carboxylic acid salts, beta-diketones, esters or beta-ketoesters selected from C 1-12 alkyl groups in which halogen, unsaturated, and aromatic functionalities may be present, in order to produce a stable solution or dispersion of a polymeric material capable of being applied onto the substrate.
A composition for use in a method of intraorally dispersing dental plaque, the composition comprising component in an amount of 0.2% by mass or more and 20% by mass or less, wherein component is one or more compounds selected from the group consisting of pentaerythritol, trimethylolmethane, trimethylolethane, trimethylolpropane, tris(hydroxymethyl)aminomethane, and triethanolamine.