mhurhangee/patent-ind-claim-en huggingface dataset:
A mold device for forming a plastic container from a preform , said mold device comprising: a mold defining a mold cavity ; a central exterior rod system moveably disposed within said mold cavity , said central exterior rod system being positionable between an extended position engageable with the preform and a retracted position spaced apart from the preform , said central exterior rod system maintaining a central orientation of the preform during forming; a stretch initiation rod system moveably disposed within said mold cavity , said stretch initiation rod system being contactable with the preform , said stretch initiation rod system being operable to exert a stretching force upon the preform ; the device being characterized in further comprising: contact and/or pressure sensors used on the central exterior rod system to detect contact with the preform, and contact and/or pressure sensors used on the stretch initiation rod system to detect contact with the preform. a mold defining a mold cavity ; a central exterior rod system moveably disposed within said mold cavity , said central exterior rod system being positionable between an extended position engageable with the preform and a retracted position spaced apart from the preform , said central exterior rod system maintaining a central orientation of the preform during forming; a stretch initiation rod system moveably disposed within said mold cavity , said stretch initiation rod system being contactable with the preform , said stretch initiation rod system being operable to exert a stretching force upon the preform ; the device being characterized in further comprising: contact and/or pressure sensors used on the central exterior rod system to detect contact with the preform, and contact and/or pressure sensors used on the stretch initiation rod system to detect contact with the preform.
Production module for performing a production function on a product , wherein the production module is designed and set up for coupling to a second production module or is coupled to a second production module , wherein the second production module is designed and set up for performing a second production function on the product , wherein a memory device of the production module stores a piece of self-description information regarding properties of the production module, in that the second production module comprises a second piece of self-description information regarding properties of the second production module, and wherein the production module is designed and set up for transmitting the piece of self-description information to the second production module and for receiving the second piece of self-description information from the second production module, characterized in that the memory device of the production module stores a piece of port information regarding the coupling to the second production module, or the production module is designed and set up for storing a piece of port information regarding the coupling to the second production module, and in that the piece of port information regarding the coupling to the second production module comprises a piece of information about a three-dimensional interaction area of the production module with the second production module, wherein the interaction area is configured such that both the production function of the production module and the second production function of the second production module can influence the product when it is located in the interaction area .
An electrode assembly , comprising: a plurality of electrodes arranged in a stack along a stacking axis with a respective separator portion positioned between each of the electrodes in the stack, the plurality of electrodes including a top one of the plurality of electrodes positioned at a top of the stack along the stacking axis and including a bottom one of the plurality of electrodes positioned at a bottom of the stack along the stacking axis, and the separator portions including a top one of the separator portions abutting the top electrode and including a bottom one of the separator portions abutting the bottom electrode, characterized in that the top separator portion and the bottom separator portion each have a value of air permeability measured according to the JIS Gurley measurement method of the Japanese industrial standard from 80 sec/100 ml to 120 sec/100 ml per 6.45 square centimeter, equivalent to 1 square inch, of the respective separator portion at a pressure of 0.05 MPa and at room temperature. a plurality of electrodes arranged in a stack along a stacking axis with a respective separator portion positioned between each of the electrodes in the stack, the plurality of electrodes including a top one of the plurality of electrodes positioned at a top of the stack along the stacking axis and including a bottom one of the plurality of electrodes positioned at a bottom of the stack along the stacking axis, and the separator portions including a top one of the separator portions abutting the top electrode and including a bottom one of the separator portions abutting the bottom electrode, characterized in that
An inspection system for inspecting an object , the system comprising: a. a conveyance capable of on-road travel having an axis along a direction of road travel; b. a source of penetrating radiation disposed on a deployable member coupled to the conveyance for providing a beam of penetrating radiation, and wherein the beam of penetrating radiation is a pencil beam configured to be swept in a plane substantially transverse to the axis of road travel; c. at least one detector , mechanically coupled to the conveyance , for detecting penetrating radiation from the source after interaction of the object with the penetrating radiation and for generation of a detector signal corresponding to detected radiation; and d. a controller for creating an image of contents of the object based at least on the detector signal characterized in that : the source is arranged to provide the beam of penetrating radiation directed in a substantially vertically downward direction; and the at least one detector comprises a transmission detector for generating a transmission signal and a scatter detector for detecting penetrating radiation scattered by contents of the object and for generating a scatter signal. a. a conveyance capable of on-road travel having an axis along a direction of road travel; b. a source of penetrating radiation disposed on a deployable member coupled to the conveyance for providing a beam of penetrating radiation, and wherein the beam of penetrating radiation is a pencil beam configured to be swept in a plane substantially transverse to the axis of road travel; c. at least one detector , mechanically coupled to the conveyance , for detecting penetrating radiation from the source after interaction of the object with the penetrating radiation and for generation of a detector signal corresponding to detected radiation; and d. a controller for creating an image of contents of the object based at least on the detector signal the source is arranged to provide the beam of penetrating radiation directed in a substantially vertically downward direction; and the at least one detector comprises a transmission detector for generating a transmission signal and a scatter detector for detecting penetrating radiation scattered by contents of the object and for generating a scatter signal.
A vehicle headrest comprising: a main body portion having a front surface arranged to support a back of a head of a user, the main body portion comprising: i.) first and second speakers (102; 208a, 208b) disposed within the main body portion, and ii.) a cushion layer configured to surround the speakers and provide cushioning for a user's head, wherein the cushion layer comprises acoustic channels for controlling a radiation pattern of acoustic energy radiated from the speakers, wherein the speakers are arranged so as to direct acoustic energy in diverging directions, relative to each other, characterized in that the cushion layer is further configured to inhibit acoustic energy from passing through the cushion layer so that substantially all of the acoustic energy radiated from the first and second speakers passes through the acoustic channels and hooks around a front portion of the cushion layer towards the user's ears, wherein the acoustic channels are arranged so as to direct acoustic energy in diverging directions, relative to each other. a main body portion having a front surface arranged to support a back of a head of a user, the main body portion comprising: i.) first and second speakers (102; 208a, 208b) disposed within the main body portion, and ii.) a cushion layer configured to surround the speakers and provide cushioning for a user's head, i.) first and second speakers (102; 208a, 208b) disposed within the main body portion, and ii.) a cushion layer configured to surround the speakers and provide cushioning for a user's head, wherein the cushion layer comprises acoustic channels for controlling a radiation pattern of acoustic energy radiated from the speakers, wherein the speakers are arranged so as to direct acoustic energy in diverging directions, relative to each other, characterized in that the cushion layer is further configured to inhibit acoustic energy from passing through the cushion layer so that substantially all of the acoustic energy radiated from the first and second speakers passes through the acoustic channels and hooks around a front portion of the cushion layer towards the user's ears, wherein the acoustic channels are arranged so as to direct acoustic energy in diverging directions, relative to each other.
Flow battery having multi-chambered ducts mutually plugged together, each duct containing an integrated air electrode , partition walls being partly ion-permeably perforated and partly impermeable, and nonconducting joining elements with integrated passages, the joining elements plugged bilaterally onto the ducts .
A compound of formula I in which Ar represents R 1 represents hydrogen, fluoro, methyl; R 2 represents hydrogen, fluoro, chloro, methyl, -CF 3 , -OCH 3 ; R 3 represents hydrogen, fluoro, -CF 3 , -OCH 3 ; or a salt thereof, particularly a physiologically acceptable salt thereof. Ar represents R 1 represents hydrogen, fluoro, methyl; R 2 represents hydrogen, fluoro, chloro, methyl, -CF 3 , -OCH 3 ; R 3 represents hydrogen, fluoro, -CF 3 , -OCH 3 ;
Device for attachment on roof bars including: - a C-shaped rail with an overall rectangular section having a plane of symmetry ; - a screw defining a first axis parallel to the axis of the rail; and - at least two jaws , each jaw including: - a guiding body portion , running in the rail with a play and including a through-opening , and - a clamp portion outside the rail; the device being characterized in that : - the head of the screw is inserted into the through-opening of one jaw ; - another jaw includes a nut in its through-opening , rotatably locked around the first axis; - the clamps of each jaw are off-center relative to the plane of symmetry of the rail, each on one side of the plane, clamping the bar by shearing; - the screwing of the screw into the nut translates the jaws towards one another in the rail of the guiding body, and the engagement of the clamps of each jaw with the bar rotates the guiding body, thus causing same to stick by self-locking on at least two adjacent sides of the rail. - a C-shaped rail with an overall rectangular section having a plane of symmetry ; - a screw defining a first axis parallel to the axis of the rail; and - at least two jaws , each jaw including: - a guiding body portion , running in the rail with a play and including a through-opening , and - a clamp portion outside the rail; - a guiding body portion , running in the rail with a play and including a through-opening , and - a clamp portion outside the rail; - the head of the screw is inserted into the through-opening of one jaw ; - another jaw includes a nut in its through-opening , rotatably locked around the first axis; - the clamps of each jaw are off-center relative to the plane of symmetry of the rail, each on one side of the plane, clamping the bar by shearing; - the screwing of the screw into the nut translates the jaws towards one another in the rail of the guiding body, and the engagement of the clamps of each jaw with the bar rotates the guiding body, thus causing same to stick by self-locking on at least two adjacent sides of the rail.
An objective lens which is configured to comprise, in order from an object side, a first lens group having positive refractive power, and a second lens group having negative refractive power, the first lens group (G1) comprising, in order from the object side, a positive meniscus lens (L1) having a concave surface facing the object side, a positive lens (L2) disposed close to an image of the positive meniscus lens, and a diffractive optical element (DOE) in which two diffractive grating elements made of mutually different optical materials are cemented each other and which has a diffractive optical surface in which diffraction grating grooves are formed on a cemented surface thereof, the second lens group (G2) consists of three cemented lenses (CL21, CL22, CL23) each of which is configured with a positive lens and a negative lens cemented each other, and the following conditional expression being satisfied: 0.11 ≦ d 00 / TL 0 ≦ 0.19 where d00 denotes a distance on the optical axis from the object side to a surface facing the object side of the positive meniscus lens, and TL0 denotes a distance on the optical axis from the object to a lens rear end surface of the whole objective lens, and wherein the following conditional expression is satisfied: 224 ≦ nd 1 + nd 2 / 2 × fdoe / f ≦ 280 where nd1 denotes refractive index to d-line of a glass material of the positive meniscus lens, where nd2 denotes refractive index to d-line of the glass material of the positive lens which configures the first lens group, and f denotes a focal length of the whole objective lens, and fdoe denotes a focal length of the diffractive optical element. the first lens group (G1) comprising, in order from the object side, a positive meniscus lens (L1) having a concave surface facing the object side, a positive lens (L2) disposed close to an image of the positive meniscus lens, and a diffractive optical element (DOE) in which two diffractive grating elements made of mutually different optical materials are cemented each other and which has a diffractive optical surface in which diffraction grating grooves are formed on a cemented surface thereof, the second lens group (G2) consists of three cemented lenses (CL21, CL22, CL23) each of which is configured with a positive lens and a negative lens cemented each other, and the following conditional expression being satisfied: 0.11 ≦ d 00 / TL 0 ≦ 0.19 where d00 denotes a distance on the optical axis from the object side to a surface facing the object side of the positive meniscus lens, and TL0 denotes a distance on the optical axis from the object to a lens rear end surface of the whole objective lens, and wherein the following conditional expression is satisfied: 224 ≦ nd 1 + nd 2 / 2 × fdoe / f ≦ 280 where nd1 denotes refractive index to d-line of a glass material of the positive meniscus lens, where nd2 denotes refractive index to d-line of the glass material of the positive lens which configures the first lens group, and f denotes a focal length of the whole objective lens, and fdoe denotes a focal length of the diffractive optical element.
A computer-implemented method of generating a treatment plan for treating a patient with radiotherapy, the method comprising: identifying one or more organs at risk for a planning target volume; obtaining a plurality of sample plans, wherein the plurality of sample plans are generated by use of a knowledge base comprising historical treatment plans and patient data; performing a multi-criteria optimization, based on the plurality of sample plans, to construct a Pareto frontier, wherein the plurality of sample plans are evaluated with at least two objectives measuring qualities of the plurality of sample plans, wherein treatment plans on the constructed Pareto frontier are Pareto optimal with respect to the objectives, wherein performing the multi-criteria optimization further comprises generating a Pareto frontier with one organ at risk at a time if there are multiple organs at risk identified for the planning target volume; and generating a treatment plan by use of a constructed Pareto frontier, wherein generating a treatment plan by use of the constructed Pareto frontier comprises generating (i) a combinational treatment plan comprising a combination of sample plans and (ii) a machine deliverable control point sequence corresponding to the combinational treatment plan, wherein said control point sequence is a sequence that can be delivered by a treatment machine. identifying one or more organs at risk for a planning target volume; obtaining a plurality of sample plans, wherein the plurality of sample plans are generated by use of a knowledge base comprising historical treatment plans and patient data; performing a multi-criteria optimization, based on the plurality of sample plans, to construct a Pareto frontier, wherein the plurality of sample plans are evaluated with at least two objectives measuring qualities of the plurality of sample plans, wherein treatment plans on the constructed Pareto frontier are Pareto optimal with respect to the objectives, wherein performing the multi-criteria optimization further comprises generating a Pareto frontier with one organ at risk at a time if there are multiple organs at risk identified for the planning target volume; and generating a treatment plan by use of a constructed Pareto frontier, wherein generating a treatment plan by use of the constructed Pareto frontier comprises generating (i) a combinational treatment plan comprising a combination of sample plans and (ii) a machine deliverable control point sequence corresponding to the combinational treatment plan, wherein said control point sequence is a sequence that can be delivered by a treatment machine.
An optical security device comprising a recorded or encoded representation of an optically variable image , the image being reconstructable and viewable for security, authentication or identification purposes, the device comprising: an optical structure in which there is recorded or encoded a representation of the optically variable image in the form of a plurality of portions of the complete image to be reconstructed, characterised in that the respective said plurality of portions of the optically variable image can, when reconstructed, only be viewed in their totality by viewing the said image at or over a plurality of different viewing angles or angle ranges relative to the optical structure and/or at or over a plurality of different angles or ranges of angles of illumination of the optical structure, and wherein the size, in at least one dimension, direction, axis or plane, of the complete image, when reconstructed, is greater than the corresponding size , in the same, or the respective same, dimension, direction, axis or plane, of a part of the optical structure having the said plurality of portions of the image collectively recorded or encoded therein. an optical structure in which there is recorded or encoded a representation of the optically variable image in the form of a plurality of portions of the complete image to be reconstructed, characterised in that the respective said plurality of portions of the optically variable image can, when reconstructed, only be viewed in their totality by viewing the said image at or over a plurality of different viewing angles or angle ranges relative to the optical structure and/or at or over a plurality of different angles or ranges of angles of illumination of the optical structure, and wherein the size, in at least one dimension, direction, axis or plane, of the complete image, when reconstructed, is greater than the corresponding size , in the same, or the respective same, dimension, direction, axis or plane, of a part of the optical structure having the said plurality of portions of the image collectively recorded or encoded therein.
A liquid coating composition for coating a food product, the liquid coating composition comprising: (a) a liquid carrier, wherein the liquid carrier preferably is water; (b) a polymerized starch comprising amylopectin chains and/or amylose chains dispersed in the liquid carrier; and (c) starch granules of at least one native starch, modified starch, or a combination thereof dispersed in the liquid carrier. (a) a liquid carrier, wherein the liquid carrier preferably is water; (b) a polymerized starch comprising amylopectin chains and/or amylose chains dispersed in the liquid carrier; and (c) starch granules of at least one native starch, modified starch, or a combination thereof dispersed in the liquid carrier.
A device comprising: a substrate comprising a glass or glass-ceramic material comprising from about 0.1% to about 50% by weight crystalline phase; the substrate comprising an unbleached region and a bleached discrete region comprising at least partially dissolved or altered crystalline phase wherein an average ratio of absorbance in the unbleached/bleached regions over the near infra-red (NIR) wavelength range of 700-2000 nm is equal to or greater than 7.5; and wherein the substrate is substantially opaque in the visible wavelength range of 400 nm to 700 nm. a substrate comprising a glass or glass-ceramic material comprising from about 0.1% to about 50% by weight crystalline phase; the substrate comprising an unbleached region and a bleached discrete region comprising at least partially dissolved or altered crystalline phase wherein an average ratio of absorbance in the unbleached/bleached regions over the near infra-red (NIR) wavelength range of 700-2000 nm is equal to or greater than 7.5; and wherein the substrate is substantially opaque in the visible wavelength range of 400 nm to 700 nm.
A basal culture medium, comprising: at least 9 proteinogenic amino acids; one or more vitamins; one or more inorganic ions; glucose; and at least 10 small organic compounds selected from 4-hydroxyproline, acetylglycine, alpha-aminobutyrate, betaine, carnitine, citrulline, ornithine, taurine, 2-hydroxybutyrate, 3-hydroxybutyrate, acetate, citrate, formate, lactate, malonate, pyruvate, succinate, acetone, creatine, creatinine, glutathione, glycerol, urea, galactose, fructose, hypoxanthine, and uric acid; wherein the at least 10 small organic compounds comprise uric acid at 0.3 to 3 times the concentration of 350 μM. at least 9 proteinogenic amino acids; one or more vitamins; one or more inorganic ions; glucose; and at least 10 small organic compounds selected from 4-hydroxyproline, acetylglycine, alpha-aminobutyrate, betaine, carnitine, citrulline, ornithine, taurine, 2-hydroxybutyrate, 3-hydroxybutyrate, acetate, citrate, formate, lactate, malonate, pyruvate, succinate, acetone, creatine, creatinine, glutathione, glycerol, urea, galactose, fructose, hypoxanthine, and uric acid; wherein the at least 10 small organic compounds comprise uric acid at 0.3 to 3 times the concentration of 350 μM.
Method for producing multi-layered articles in an injection-moulding process, in which the plastics materials used for the production are introduced into a mould cavity formed by a frame , a base die and a cover part through at least two injection channels , wherein the multi-layered article is a sole that is injection-moulded onto a shoe upper mounted on a last, wherein the cover part is formed by a last, on which the shoe upper is mounted, and wherein, by means of a clamping device mounted on the frame of the mould cavity, a film is stretched over the mould cavity and a first layer is injected below the film through the lower injection channel and, immediately thereafter, a second layer is injected above the film through the second injection channel , as a result of which this layer is connected to the layer positioned thereunder by means of the film , wherein plastics materials are used which inseparably connect to the film.