mhurhangee/patent-ind-claim-en huggingface dataset:
A method of filling and closing a fluid dispenser device comprising: a body , a reservoir containing one or two doses of a fluid, said reservoir including a stopper that closes said reservoir in leaktight manner before actuation; a dispenser head that is provided with a dispenser orifice ; and dispenser means for dispensing at least a portion of said fluid through said dispenser orifice during actuation; said device including a needle having a tip that is adapted to pierce said stopper during actuation, said method being characterized in that it comprises the following steps: - filling an empty reservoir in a filler unit, - arranging said filled reservoir in a closure unit that is provided with a vacuum chamber, - creating a vacuum in said vacuum chamber, - place a funnel at an opening of said reservoir , a stopper being pre-positioned in said funnel , - position a closure tool above said funnel , and - closing said reservoir under a vacuum with said stopper , by axially moving said closure tool . - filling an empty reservoir in a filler unit, - arranging said filled reservoir in a closure unit that is provided with a vacuum chamber, - creating a vacuum in said vacuum chamber, - place a funnel at an opening of said reservoir , a stopper being pre-positioned in said funnel , - position a closure tool above said funnel , and - closing said reservoir under a vacuum with said stopper , by axially moving said closure tool .
Forming device with a machine bed , on which a first tool is arranged, and with a tool carrier which is accommodated on the machine bed so as to be relatively movable and with which a second tool and a drive device for moving the tool carrier are associated, wherein the second tool determines a size-variable working gap with the first tool , with a machine control for controlling the drive device and with a safety control for blocking the drive device , the safety control being connected to at least one radiation source and to a plurality of radiation detectors arranged opposite the radiation source , at least part of the radiation beams emanating from the radiation source being aligned along a working edge of the first tool as well as with a position measuring system which is assigned to the drive device and which is designed to provide position signals as a function of a position of the tool carrier , wherein the machine control comprises a first path measuring system for cyclic processing of the position signals in a first fast working cycle to form first position values, fast operating cycle to form first position values, and the safety controller having a second path-measuring system for cyclic processing of the position signals in a second, slow operating cycle to form second position values, characterized in that the safety controller is configured for a deactivation of a first radiation detector at a predetermined first deactivation position, to carry out a comparison between a first status signal (a) and a second status signal (b), the first status signal (a) being determined by comparison of a first position correction value, in particular from the machine control , by comparing a first actual position value, obtained in particular by the machine controller by adding a first position correction value to the first position value, with a first deactivation position value, and the second status signal (b) being determined by comparing a second actual position value, obtained in particular by the safety controller by adding a second position correction value to the second position value, with the first deactivation position value, and the safety controller being designed to carry out the deactivation when the first status signal (a) corresponds to the second status signal (b).
A method of determining the condition of an electronic device , comprising: - receiving a first input to the electronic device to commence said determining the condition of said electronic device, - in response to receiving said first input, providing a first instruction to a user, said first instruction comprising guidance in a first output modality to move said electronic device from a first use mode to a second use mode, - during movement of the electronic device from the first use mode to the second use mode, receiving signals from at least two sensors of the electronic device, and storing data indicative of the signals to a memory; - providing, when the electronic device is in the second use mode, a second instruction to said user, said second instruction comprising guidance in a second output modality, which is different from the first output modality, to move said electronic device from said second use mode to said first use mode; - during movement of said electronic device from said second use mode to the first use mode, receiving signals from at least two sensors of said electronic device, and storing data indicative of said signals to a memory, - determining said condition of said electronic device using said data indicative of signals stored in said memory, and - providing information of said condition of said electronic device to a user. - receiving a first input to the electronic device to commence said determining the condition of said electronic device, - in response to receiving said first input, providing a first instruction to a user, said first instruction comprising guidance in a first output modality to move said electronic device from a first use mode to a second use mode, - during movement of the electronic device from the first use mode to the second use mode, receiving signals from at least two sensors of the electronic device, and storing data indicative of the signals to a memory; - providing, when the electronic device is in the second use mode, a second instruction to said user, said second instruction comprising guidance in a second output modality, which is different from the first output modality, to move said electronic device from said second use mode to said first use mode; - during movement of said electronic device from said second use mode to the first use mode, receiving signals from at least two sensors of said electronic device, and storing data indicative of said signals to a memory, - determining said condition of said electronic device using said data indicative of signals stored in said memory, and - providing information of said condition of said electronic device to a user.
A nucleic acid molecule encoding a genetically encoded calcium indicator (GECI) polypeptide, wherein the GECI polypeptide comprises an amino acid sequence shown in SEQ ID NO:6.
Phosphodiesterase 4D7 (PDE4D7) for use in a method of in vivo diagnosis, detection, monitoring or prognostication of cancer or of in vivo diagnosis, detection, monitoring or prognostication of the progression of prostate cancer, wherein said method comprises determining the level of PDE4D7 and of a reference gene, wherein the reference gene is a phosphodiesterase other than PDE4D7, for example selected from the group consisting of PDE4D1, PDE4D2, PDE4D3, PDE4D4, PDE4D6, PDE4D8 and PDE4D9, preferably selected from PDE4D5 and PDE4D9.
Operator control unit for a motor vehicle, comprising - a carrier part through which light can shine; - a decorative layer through which light can shine which is at least indirectly arranged on the carrier part and which comprises, on its visible side facing away from the carrier part , at least one tangible projection and/or one tangible depression for identification of at least one operator control region ; characterized by - an illuminating device which is arranged below the carrier part and which is designed to shine light through the rear side of the decorative layer ; - a template which is arranged between the decorative layer and the illuminating device and which comprises opaque regions and at least one region through which light can shine, which is arranged below the at least one operator control region , for shining light through the at least one operator control region . - a carrier part through which light can shine; - a decorative layer through which light can shine which is at least indirectly arranged on the carrier part and which comprises, on its visible side facing away from the carrier part , at least one tangible projection and/or one tangible depression for identification of at least one operator control region ; characterized by - an illuminating device which is arranged below the carrier part and which is designed to shine light through the rear side of the decorative layer ; - a template which is arranged between the decorative layer and the illuminating device and which comprises opaque regions and at least one region through which light can shine, which is arranged below the at least one operator control region , for shining light through the at least one operator control region .
Layered glass assembly for optical light beam projection with three-dimensional depth perception as observed by a viewer, the layered structure comprising: - a display surface glass , which has a first refractive index and which is configured to refract a first section (LB-1) of a light beam (LB) at a first interface (101-102) ; - a first transition structure , which is configured to refract a second section (LB-2) of the light beam (LB) at a second interface (102-103); - a filler structure , which has a second refractive index and which is configured to refract a third section (LB-3) of the light beam (LB) at a third interface (103-104) ; - a second transition structure , which is configured to refract a fourth section (LB-4) of the light beam (LB) at a fourth interface (104-105); - a front glass , which has a third refractive index and which is configured to project the refracted light beam (LB), characterised in that - the second refractive index is different from the first refractive index and from the third refractive index, and is larger than the first refractive index and larger than the third refractive index, and in that the front glass , at the fourth interface (104-105), is shaped with raised or sunken area portions (105-1, 105-2, 105-3) or a relief structure generating the three-dimensional depth perception, and/ or the display surface glass , at the first interface (101-102), is shaped with raised or sunken area portions or a relief structure generating the three-dimensional depth perception. - a display surface glass , which has a first refractive index and which is configured to refract a first section (LB-1) of a light beam (LB) at a first interface (101-102) ; - a first transition structure , which is configured to refract a second section (LB-2) of the light beam (LB) at a second interface (102-103); - a filler structure , which has a second refractive index and which is configured to refract a third section (LB-3) of the light beam (LB) at a third interface (103-104) ; - a second transition structure , which is configured to refract a fourth section (LB-4) of the light beam (LB) at a fourth interface (104-105); - a front glass , which has a third refractive index and which is configured to project the refracted light beam (LB), characterised in that - the second refractive index is different from the first refractive index and from the third refractive index, and is larger than the first refractive index and larger than the third refractive index, and in that the front glass , at the fourth interface (104-105), is shaped with raised or sunken area portions (105-1, 105-2, 105-3) or a relief structure generating the three-dimensional depth perception, and/ or the display surface glass , at the first interface (101-102), is shaped with raised or sunken area portions or a relief structure generating the three-dimensional depth perception.
A method for producing a multimodal ethylene-based polymer comprising: passing an ethylene monomer, at least one C 3 -C 12 comonomer, solvent, a first catalyst, a second catalyst, and optionally hydrogen in a first solution polymerization reactor to produce a bimodal ethylene-based polymer, the bimodal ethylene-based polymer comprising a first ethylene-based component having a density (ρ 1 ) polymerized from the first catalyst and a second ethylene-based component having a density (ρ 2 ), polymerized from the second catalyst, wherein ρ 1 < ρ 2 ; and passing the bimodal ethylene-based polymer, ethylene monomer, at least one C 3 -C 12 comonomer, solvent, a third catalyst, and optionally hydrogen in a second solution polymerization reactor to produce the multimodal ethylene-based polymer, the multimodal ethylene-based polymer comprising the first ethylene-based component, the second ethylene-based component, and a third ethylene-based component, the third ethylene-based component having a density (ρ 3 ). passing an ethylene monomer, at least one C 3 -C 12 comonomer, solvent, a first catalyst, a second catalyst, and optionally hydrogen in a first solution polymerization reactor to produce a bimodal ethylene-based polymer, the bimodal ethylene-based polymer comprising a first ethylene-based component having a density (ρ 1 ) polymerized from the first catalyst and a second ethylene-based component having a density (ρ 2 ), polymerized from the second catalyst, wherein ρ 1 < ρ 2 ; and passing the bimodal ethylene-based polymer, ethylene monomer, at least one C 3 -C 12 comonomer, solvent, a third catalyst, and optionally hydrogen in a second solution polymerization reactor to produce the multimodal ethylene-based polymer, the multimodal ethylene-based polymer comprising the first ethylene-based component, the second ethylene-based component, and a third ethylene-based component, the third ethylene-based component having a density (ρ 3 ).
Coating device , in particular a coating device having a throw-off and/or distribution function for ridding parts at least partially wetted with excess liquid, in particular excess coating material, comprising: at least two holders which are fastened to a rotor and which are each designed to receive, preferably in a suspended manner, a container to be filled with parts to be coated, wherein the containers preferably comprise a container wall that is at least partially permeable to liquid, a first drive which has a first rotary shaft that can be driven about a rotor axis of rotation (A1) for rotatably driving the rotor , a second drive which is provided for rotatably driving the two holders fastened to the rotor, in each case about a holder axis of rotation (A2, A3), wherein the rotor axis of rotation (A1) and the two holder axes of rotation (A2, A3) are preferably oriented approximately parallel to one another, and a primary part of the second drive is rigidly connected to the first rotary shaft , wherein the primary part is fastened to the first rotary shaft and a secondary part of the second drive is rotatably mounted on the first rotary shaft , wherein the axis of rotation of the second drive is collinear with the rotor axis of rotation (A1) of the first rotary shaft . at least two holders which are fastened to a rotor and which are each designed to receive, preferably in a suspended manner, a container to be filled with parts to be coated, wherein the containers preferably comprise a container wall that is at least partially permeable to liquid, a first drive which has a first rotary shaft that can be driven about a rotor axis of rotation (A1) for rotatably driving the rotor , a second drive which is provided for rotatably driving the two holders fastened to the rotor, in each case about a holder axis of rotation (A2, A3), wherein the rotor axis of rotation (A1) and the two holder axes of rotation (A2, A3) are preferably oriented approximately parallel to one another, and a primary part of the second drive is rigidly connected to the first rotary shaft , wherein the primary part is fastened to the first rotary shaft and a secondary part of the second drive is rotatably mounted on the first rotary shaft , wherein the axis of rotation of the second drive is collinear with the rotor axis of rotation (A1) of the first rotary shaft .
An assist system comprising: a base ; a rotational structure including a base member , a shaft member including one end fixed to the base member , a rotational member attached to the shaft member through a bearing and rotatable about the shaft member , and an encoder configured to detect a rotation angle of the rotational member , the base member being coupled with the base ; a support member configured to support an arm of a user, and including a frame coupled with the rotational member ; a pneumatic cylinder provided to enable adjustment of a position of the support member with respect to the base , in accordance with supplied pneumatic pressure; and a controller configured to control pneumatic pressure of the pneumatic cylinder on the basis of the rotation angle detected by the encoder of the rotational structure , wherein at least one of the base member and the rotational member is provided with a coupling surface which is a plane surface for coupling a different member , in an external circumferential surface thereof in a circumferential direction of the shaft member , and the coupling surface is provided with a groove portion having a cross section with an inverted T shape. a base ; a rotational structure including a base member , a shaft member including one end fixed to the base member , a rotational member attached to the shaft member through a bearing and rotatable about the shaft member , and an encoder configured to detect a rotation angle of the rotational member , the base member being coupled with the base ; a support member configured to support an arm of a user, and including a frame coupled with the rotational member ; a pneumatic cylinder provided to enable adjustment of a position of the support member with respect to the base , in accordance with supplied pneumatic pressure; and a controller configured to control pneumatic pressure of the pneumatic cylinder on the basis of the rotation angle detected by the encoder of the rotational structure , wherein at least one of the base member and the rotational member is provided with a coupling surface which is a plane surface for coupling a different member , in an external circumferential surface thereof in a circumferential direction of the shaft member , and the coupling surface is provided with a groove portion having a cross section with an inverted T shape.
A method comprising:- associating with each of a plurality of content files a metadata file, wherein each of the metadata files is associated with a unique identifier; receiving at a terminal a specification of content of interest to a user, said specification being in terms of metadata keywords; searching, by the terminal, said metadata files for said metadata keywords; noting, by the terminal, unique identifiers associated with metadata files including one or more of said metadata keywords; monitoring, by the terminal, incoming packets for the noted unique identifiers, each of said packets conveying a portion of one of said content files; bringing to the attention of said user, by the terminal, only content files conveyed by packets that contain one of the noted unique identifiers; enabling the terminal to formulate content, wherein each item of said content has descriptive attributes; distributing the formulated content and descriptive attributes to other terminals for enabling the other terminals to specify attributes corresponding to the formulated content and to display content whose descriptive attributes match the specified attributes.
A polyarylene sulfide resin composition, including: 60 to 95 wt% of a polyarylene sulfide resin (A) of which at least part of the end group of the polyarylene sulfide main chain is substituted by a carboxyl group; and 5 to 40 wt% of an epoxy-containing olefin-based elastomer (B), wherein the polyarylene sulfide resin (A) is prepared by a method including: melt-polymerizing a reactant including a diiodioaromatic compound and sulfur element; and adding a compound having a carboxyl group while carrying out the melt-polymerization step. 60 to 95 wt% of a polyarylene sulfide resin (A) of which at least part of the end group of the polyarylene sulfide main chain is substituted by a carboxyl group; and 5 to 40 wt% of an epoxy-containing olefin-based elastomer (B), wherein the polyarylene sulfide resin (A) is prepared by a method including: melt-polymerizing a reactant including a diiodioaromatic compound and sulfur element; and adding a compound having a carboxyl group while carrying out the melt-polymerization step.
Copolymers of isobutylene and isoprene having a copolymer sequence distribution defined by equation (I) F = mA / 1 + mA 2 wherein • A is the molar ratio of isoprene to isobutylene in the copolymer as determined by 1 H NMR; and • F is the isoolefin-isoprene-isoprene triad fraction in the copolymer as determined by 13 C NMR; and wherein m is in the range of 1,30 − 0.025 × MOC ≥ m ≥ 1,15 − 0.025 × MOC whereby MOC is the content of isoprene in the copolymer in mol-% as determined by 1 H NMR; and the isobutylene content is from 90.0 to 91.0 mol.-% and the isoprene content is from 9.0 to 10.0 mol.-%. • A is the molar ratio of isoprene to isobutylene in the copolymer as determined by 1 H NMR; and • F is the isoolefin-isoprene-isoprene triad fraction in the copolymer as determined by 13 C NMR;