mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the handling of film material , which is wound onto rolls and serves as packaging material for the packaging of piece goods, bundles, or the like sets of articles, in which method, for the purpose of maintaining a packaging operation, an at least partly unwound and/or depleted roll is removed from at least one installation position (EB1; EB2) of a packaging machine , and is in each instance replaced with a new roll of film material by the externally arranged layer of film material on a new roll being extracted near or in the area of the layer's free end after each particular positioning of a new roll , and, for the purpose of forming an uninterrupted material web , by being adhesively connected to a section of a material web that is being guided into a packaging line, wherein the material web , which is in each instance extracted from the new roll after the new roll has been placed into the particular installation position (EB1; EB2), is seized by means of a controllable gripping device and/or handling device and is moved toward the material web already leading into the packaging line and/or is moved to a fixing device and/or sealing device , characterised in that - the controllable gripping device and/or handling device interacts with a detection device for the detection of markers applied onto the new roll , the markers consisting of a printing on the material web. - the controllable gripping device and/or handling device interacts with a detection device for the detection of markers applied onto the new roll , the markers consisting of a printing on the material web.
A friction material comprising a fiber base material, a friction modifier and a binder, wherein the friction modifier comprises two or more kinds of titanate compounds, at least one of the two or more kinds of titanate compounds is a porous titanate compounds, wherein the porous titanate compound has a median diameter (D50) of 70 to 200 μm, and wherein the at least one titanate compound other than the porous titanate compound has a median diameter (D50) of 20 to 60 μm, and the friction material comprises no copper component.
A medical device comprising: an elongate manipulation member ; and a thrombectomy device connected to the elongate manipulation member , the thrombectomy device having a first configuration and a second configuration, the thrombectomy device being expandable from the first configuration to the second configuration, wherein the thrombectomy device comprises a plurality of arcuate marker-mounting projections each attached to a portion of the thrombectomy device configured to contact a thrombus and arranged such that any laterally aligned arcuate marker-mounting projections are disposed laterally farther from each other when the thrombectomy device is in the second configuration than they are when the thrombectomy device is in the first configuration; and a plurality of markers , each marker being attached to only one of the arcuate marker-mounting projections , characterised in that the arcuate marker-mounting projections are cantilevered from the portion of the thrombectomy device to which they are attached. an elongate manipulation member ; and a thrombectomy device connected to the elongate manipulation member , the thrombectomy device having a first configuration and a second configuration, the thrombectomy device being expandable from the first configuration to the second configuration, wherein the thrombectomy device comprises a plurality of arcuate marker-mounting projections each attached to a portion of the thrombectomy device configured to contact a thrombus and arranged such that any laterally aligned arcuate marker-mounting projections are disposed laterally farther from each other when the thrombectomy device is in the second configuration than they are when the thrombectomy device is in the first configuration; and a plurality of markers , each marker being attached to only one of the arcuate marker-mounting projections , characterised in that the arcuate marker-mounting projections are cantilevered from the portion of the thrombectomy device to which they are attached.
A distillation assembly for distillation of liquid samples at atmospheric pressure, said distillation assembly comprising: a flask having a round bottom, a neck portion and a top opening; a stopper for covering the top opening of said flask; a heating element in thermal communication with said flask for heating said flask; a first infrared (IR) sensor in optical connection with said flask; a second infrared sensor (IR) in optical connection with said flask; a thermometer traversing said stopper; a plurality of collimators having an aperture there through, said plurality of collimators housing said first and said second IR sensors; a condenser connected to said flask at one end of said condenser; a cooling source surrounding said condenser ; a receiving vessel/collector in communication with said condenser, said receiving vessel/collector for receiving distillate; and a base plate for supporting said flask, said base plate having an aperture in the center thereof and positioned between said flask and said heating element. a flask having a round bottom, a neck portion and a top opening; a stopper for covering the top opening of said flask; a heating element in thermal communication with said flask for heating said flask; a first infrared (IR) sensor in optical connection with said flask; a second infrared sensor (IR) in optical connection with said flask; a thermometer traversing said stopper; a plurality of collimators having an aperture there through, said plurality of collimators housing said first and said second IR sensors; a condenser connected to said flask at one end of said condenser; a cooling source surrounding said condenser ; a receiving vessel/collector in communication with said condenser, said receiving vessel/collector for receiving distillate; and a base plate for supporting said flask, said base plate having an aperture in the center thereof and positioned between said flask and said heating element.
An irradiated mononuclear apoptotic cell population comprising irradiated mononuclear cells in an early-apoptotic state, wherein said apoptotic cell population comprises individual mononuclear cell populations obtained and pooled from multiple donors, and said cells in an early-apoptotic state are annexin V + and propidium iodide - , and wherein said irradiated mononuclear apoptotic cell population, as compared to a non-irradiated cell population, comprises (a) decreased number of non-quiescent non-apoptotic cells, (b) suppressed cellular activation, or (c) reduced cellular proliferation, or any combination thereof. (a) decreased number of non-quiescent non-apoptotic cells, (b) suppressed cellular activation, or (c) reduced cellular proliferation, or any combination thereof.
A container comprising a container body and a tamper evidence collar integrally formed on the container body, wherein the tamper evidence collar comprises: an annular portion which extends circumferentially outwardly from the container body; a discontinuous skirt portion which extends vertically from the annular portion , extends substantially circumferentially about the container body; a tamper evidence tab disposed in the circumferential location of the skirt discontinuity, wherein the tab comprises: an annularly extending portion aligned with the annular portion of the collar ; and a skirt portion aligned with the skirt of the collar , at least one frangible web which connects the tab to the tamper evidence collar prior to actuation of the tab , characterized by one or more pins that rotatably join the tab to the tamper evidence collar , wherein: the pins are disposed at a vertical midpoint of the skirt of the tab and a vertical midpoint of the skirt of the collar ; the pins join the skirt of the collar and the skirt of the tab ; or the pins join the annular portion of the collar and the annularly extending portion of the tab . an annular portion which extends circumferentially outwardly from the container body; a discontinuous skirt portion which extends vertically from the annular portion , extends substantially circumferentially about the container body; a tamper evidence tab disposed in the circumferential location of the skirt discontinuity, wherein the tab comprises: an annularly extending portion aligned with the annular portion of the collar ; and a skirt portion aligned with the skirt of the collar , an annularly extending portion aligned with the annular portion of the collar ; and a skirt portion aligned with the skirt of the collar , at least one frangible web which connects the tab to the tamper evidence collar prior to actuation of the tab , characterized by one or more pins that rotatably join the tab to the tamper evidence collar , the pins are disposed at a vertical midpoint of the skirt of the tab and a vertical midpoint of the skirt of the collar ; the pins join the skirt of the collar and the skirt of the tab ; or the pins join the annular portion of the collar and the annularly extending portion of the tab .
An orally dispersible tablet formulation comprising: a. 3% to 30% aripiprazole monohydrate b. 10% to 25% mannitol c. 8% to 17% pregelatinized starch d. 5 %to 15% microcrystalline cellulose and guar gum e. 20% to 50% microcrystalline cellulose f. 4% to 20% croscarmellose sodium g. 0.1% to 4% sucralose h. 0.1% to 0.7% citric acid i. 0.5% to 4% vanilla-flavored j. 0,05% to 3% colloidal silicon dioxide k. 1% to 5% sodium stearil fumarate l. 0,0001% to 3% red iron oxide by weight of total tablet. a. 3% to 30% aripiprazole monohydrate b. 10% to 25% mannitol c. 8% to 17% pregelatinized starch d. 5 %to 15% microcrystalline cellulose and guar gum e. 20% to 50% microcrystalline cellulose f. 4% to 20% croscarmellose sodium g. 0.1% to 4% sucralose h. 0.1% to 0.7% citric acid i. 0.5% to 4% vanilla-flavored j. 0,05% to 3% colloidal silicon dioxide k. 1% to 5% sodium stearil fumarate l. 0,0001% to 3% red iron oxide
A dual-input mechanical bypass linkage apparatus , comprising: a primary link ; a secondary link spaced apart from the primary link ; a first extension link extending between the primary link and the secondary link , the first extension link being coupled to the primary link , to the secondary link and to a first input link , the first input link to be coupled to a first actuator, the primary link being coupled to a second input link , the second input link to be coupled to a second actuator; and a second extension link spaced apart from the first extension link and extending between the primary link and the secondary link , the second extension link being coupled to the primary link , to the secondary link and to an output link , wherein the first extension link is rotatably coupled to the primary link , rotatably coupled to the secondary link , and rotatably coupled to the first input link , the primary link is rotatably coupled to the second input link , and the second extension link is rotatably coupled to the primary link , rotatably coupled to the secondary link , and rotatably coupled to the output link . a primary link ; a secondary link spaced apart from the primary link ; a first extension link extending between the primary link and the secondary link , the first extension link being coupled to the primary link , to the secondary link and to a first input link , the first input link to be coupled to a first actuator, the primary link being coupled to a second input link , the second input link to be coupled to a second actuator; and a second extension link spaced apart from the first extension link and extending between the primary link and the secondary link , the second extension link being coupled to the primary link , to the secondary link and to an output link , wherein the first extension link is rotatably coupled to the primary link , rotatably coupled to the secondary link , and rotatably coupled to the first input link , the primary link is rotatably coupled to the second input link , and the second extension link is rotatably coupled to the primary link , rotatably coupled to the secondary link , and rotatably coupled to the output link .
Microelectromechanical and/or nanoelectromechanical structure with electrothermal actuation comprising a fixed part , at least one moveable part with respect to the fixed part , at least one first electrothermal actuating beam (506.1) enabling an electric current to flow from the fixed part to the moveable part and at least one second electrothermal actuating beam (506.2) enabling an electric current to flow from the fixed part to the moveable part, said first and second actuating beams being connected at least mechanically to the moveable part and configured to displace the moveable part with respect to the fixed part by electrothermal actuation, at least one electrically conductive connecting element electrically connecting the moveable part to the fixed part , a first circuitry for connecting (P1) the first actuating beam (506.1) to a first polarisation source and second circuitry for connecting (P2) the second actuating beam (506.2) to a second polarisation source, such that the first (506.1) and the second (506.2) can be polarised differently and separately, characterized in that the first and\or second actuating beam is a nanowire or are nanowires.
An electrochemical cell comprising a membrane electrode assembly positioned between two composite cell plates, wherein each composite cell plate is circular and comprises a polymer element laterally mated and interlocked, at a plurality of engagement points, with a resilient metal element, wherein the polymer element is a hollow ring-shape.
A vessel inspection device for examining a vessel for damage in a filling region or opening region that has a bead or a bulge, forming an undercut , wherein the inspection device has a camera , an objective assigned to the camera , and a further optical element , which can be adjusted and fixed in place in terms of their distances from and orientation relative to one another and to an image recording axis (BA), and the optical element is a mirror in the form of a ring mirror that widens toward the camera , the longitudinal section of which, containing the image recording axis (BA), has the form of an ellipsis portion (EA), wherein the portion of the ellipsis (EA) has two semi-axes (a, b) that deviate from one another, wherein the ellipsis is inclined by an angle (alpha) relative to the image recording axis (BA) in its center (Z), in such a manner that the portion (EA) of the ellipsis lies farther away from the image recording axis (BA), and the center (Z) of the ellipsis inclined by the angle (alpha) is displaced radially outward from the image recording axis (BA) by a distance (h), and wherein the inspection device can be moved into an inspection position for inspection of the filling region or opening region of the vessel during every inspection procedure, relative to the vessel to be inspected.
Holding device for a licking and nibbling part for animals, in particular a mineral and salt lick for breeding and/or fattening farm animals, wherein the leakage and nibbling part has a continuous cylindrical recess along a central axis (M), through which it can be placed over a bolt and rotatably fixed on a plate , and the bolt is connected to a foot part , characterised in that the holding device is a lower part with a lower plate , an upper part with an upper plate and comprising the foot part , and the bolt is designed as a pin , wherein the upper part and the lower part are detachably connected to each other via the pin , so that the leakage and nibbling part can be detachably fixed between the upper plate and the lower plate and the arrangement of lower part and upper part is designed to be rotatable about the longitudinal axis (M) of the pin , and in that at least one of the plates is formed by at least one rod extending in the radial direction and, in the case of more than two rods , is designed to be substantially star-shaped.
A composition for a gel polymer electrolyte, the composition comprising: a first oligomer represented by Formula 1; a second oligomer including a first repeating unit represented by Formula 2a and derived from a styrene monomer; a polymerization initiator; a lithium salt; and a non-aqueous solvent, wherein, in Formula 1, A and A' are each independently a unit including a (meth)acrylate group, B and B' are each independently a unit including an amide group, C and C' are each independently a unit including an oxyalkylene group, D is a unit including a siloxane group, and k is an integer of 1 to 100, wherein, in Formula 2a, R 10 is one selected from the group consisting of hydrogen, and a substituted or unsubstituted alkyl group having 1 to 5 carbon atoms, and a is an integer of 1 to 50. a first oligomer represented by Formula 1; a second oligomer including a first repeating unit represented by Formula 2a and derived from a styrene monomer; a polymerization initiator; a lithium salt; and a non-aqueous solvent, wherein, in Formula 1, A and A' are each independently a unit including a (meth)acrylate group, B and B' are each independently a unit including an amide group, C and C' are each independently a unit including an oxyalkylene group, D is a unit including a siloxane group, and k is an integer of 1 to 100, wherein, in Formula 2a, R 10 is one selected from the group consisting of hydrogen, and a substituted or unsubstituted alkyl group having 1 to 5 carbon atoms, and a is an integer of 1 to 50.
A rotor blade of a rotor of a wind turbine, having a rotor blade trailing edge which extends between a rotor blade root and a rotor blade tip over a rotor blade length (L), and having a profile depth (T) which is established between a rotor blade leading edge and the rotor blade trailing edge , characterized in that the rotor blade has at least one profile element which has a continuous profile section and which, for the purpose of changing the profile depth (T) of the rotor blade , is able to be attached at or in the region of the rotor blade trailing edge and whose extent (ΔT) beyond the rotor blade trailing edge is determined based on the presence of a difference between a standardized load, on which a dimensioning of the profile depth (T) of the rotor blade was based at its construction, and a site-specific load level which is established at an erection location of the wind turbine, characterized in that the the extent (ΔT) of the profile element extending at least sectionally over the rotor blade length (L) varies in a manner dependent on the profile depth (T) of the rotor blade .
A method comprising: on a second portion of a display of a smartphone device, displaying a custom software input panel including a barcode scanning key , and on a first portion of the display, displaying an application ; and performing, upon detecting a user press of the barcode scanning key , a barcode scanning operation via a barcode scanning application , the barcode scanning application being a different application from the application ; wherein the barcode scanning operation comprises: removing the custom software input panel from the second portion; opening and displaying a viewfinder on the second portion of the display , wherein the application is continuously running and being displayed on the first portion of the display during the barcode scanning operation; routing a video feed from a camera of the smartphone device to the viewfinder ; decoding a barcode located in the viewfinder to generate decoded barcode information; and translating decoded barcode information into keyboard strokes at a keyboard wedge, and displaying the keyboard strokes within the application , wherein the keyboard wedge is a software program or is hardware. on a second portion of a display of a smartphone device, displaying a custom software input panel including a barcode scanning key , and on a first portion of the display, displaying an application ; and performing, upon detecting a user press of the barcode scanning key , a barcode scanning operation via a barcode scanning application , the barcode scanning application being a different application from the application ; wherein the barcode scanning operation comprises: removing the custom software input panel from the second portion; opening and displaying a viewfinder on the second portion of the display , wherein the application is continuously running and being displayed on the first portion of the display during the barcode scanning operation; routing a video feed from a camera of the smartphone device to the viewfinder ; decoding a barcode located in the viewfinder to generate decoded barcode information; and translating decoded barcode information into keyboard strokes at a keyboard wedge, and displaying the keyboard strokes within the application , wherein the keyboard wedge is a software program or is hardware. removing the custom software input panel from the second portion; opening and displaying a viewfinder on the second portion of the display , wherein the application is continuously running and being displayed on the first portion of the display during the barcode scanning operation; routing a video feed from a camera of the smartphone device to the viewfinder ; decoding a barcode located in the viewfinder to generate decoded barcode information; and translating decoded barcode information into keyboard strokes at a keyboard wedge, and
Method for starting up a vertical forced-flow steam generator in a waste-heat steam generator, wherein feed water is supplied as working fluid to the forced-flow steam generator, and there flows firstly through a feed water preheater and then through an evaporator and in the process at least partially evaporates, wherein the partially evaporated working fluid is supplied to a water separation system in which non-evaporated working fluid is separated from evaporated working fluid and is collected, wherein at least a portion of the non-evaporated working fluid collected in the water separation system is supplied geodetically to the evaporator , characterized in that , beyond a specific quantity of accumulating non-evaporated working fluid, a remaining portion is automatically discharged from the water separation system .
A curable resin composition comprising: a curable resin component; hollow silica particles; a surface-modified nanodiamond comprising: a nanodiamond particle; and a silane coupling agent having a (meth)acryloyl-containing organic chain and being bonded to the nanodiamond particle; and an organic medium, wherein the mass ratio of the nanodiamond to the silane coupling agent is from 2 : 1 to 1 : 10, wherein the surface-modified nanodiamond has a median diameter of 50 nm or less and the median diameter is determined by dynamic light scattering. a curable resin component; hollow silica particles; a surface-modified nanodiamond comprising: a nanodiamond particle; and a silane coupling agent having a (meth)acryloyl-containing organic chain and being bonded to the nanodiamond particle; and a nanodiamond particle; and a silane coupling agent having a (meth)acryloyl-containing organic chain and being bonded to the nanodiamond particle; and an organic medium, wherein the mass ratio of the nanodiamond to the silane coupling agent is from 2 : 1 to 1 : 10, wherein the surface-modified nanodiamond has a median diameter of 50 nm or less and the median diameter is determined by dynamic light scattering.