mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the culturing of prokaryotes, yeasts and fungi in a chemically defined cell culture medium, characterized in that the cells are incubated in a cell culture medium comprising 0.01 to 10 g/L glutamine, 0.01 to 3 g/L cysteine and/or cystine, 0.1 to 300 mg/L adenine, 0.01 to 100 mg/L guanine, 0.01 to 10 g/L aminobenzoic acid, nicotinamide adenine dinucleotide and 0.01 to 100 mg/L of an iron(III) salt.
A contact tip , comprising: an inner bore configured to conduct current to a consumable welding electrode ; screw threads on an exterior of the contact tip; and a head opposite the screw threads on an exterior of the contact tip to enable threading and dethreading of the contact tip ; characterised in that the screw threads comprise longitudinal slots to permit welding gas to flow along an exterior of the contact tip , each slot having two side surfaces and a bottom surface; and in that the shape of the head is such that the head is flush with the bottom surface of each of the longitudinal slots . an inner bore configured to conduct current to a consumable welding electrode ; screw threads on an exterior of the contact tip; and a head opposite the screw threads on an exterior of the contact tip to enable threading and dethreading of the contact tip ; characterised in that the screw threads comprise longitudinal slots to permit welding gas to flow along an exterior of the contact tip , each slot having two side surfaces and a bottom surface; and in that the shape of the head is such that the head is flush with the bottom surface of each of the longitudinal slots .
Connection profile , suitable for sealing a horizontal transition between a component of a building, preferably a parapet covering , and a thermal insulation or plaster layer , characterised by a base leg designed to be insertable between the component and the thermal insulation and having a receptacle for a sealing tape expandable in the direction of the component and held in a compressed initial state by a removable retaining means , a plastering leg , which is designed to protrude from the base leg on the side facing away from the sealing strip and comprises a plaster removal edge , and a weatherboard , which is designed to protrude from the connection profile , forms an acute angle with the plaster leg and ends in a drip edge . a base leg designed to be insertable between the component and the thermal insulation and having a receptacle for a sealing tape expandable in the direction of the component and held in a compressed initial state by a removable retaining means , a plastering leg , which is designed to protrude from the base leg on the side facing away from the sealing strip and comprises a plaster removal edge , and a weatherboard , which is designed to protrude from the connection profile , forms an acute angle with the plaster leg and ends in a drip edge .
An in-liquid plasma device comprising: a tubular flow channel in which a liquid flows; and a cavitation generator (A) and a voltage application unit (B) which are disposed in the tubular flow channel, wherein the cavitation generator (A) generates cavitation in the liquid inside the tubular flow channel, wherein the voltage application unit (B) is located in the tubular flow channel so as to generate plasma by applying a voltage to the liquid in which the cavitation is generated, wherein the cavitation generator (A) is configured to have a throttle portion whose inner diameter (L1, L2, L3, L4) is smaller than other sites in the tubular flow channel , wherein the throttle portion is configured to have an upstream side inclined surface (E) which is an inclined surface located on an upstream side of a narrowest site (D) of the throttle portion, and a downstream side inclined surface (F) which is an inclined surface located on a downstream side of the narrowest site (D) of the throttle portion , characterised in that a shape of the downstream side inclined surface (F) is expressed by a sine function. a tubular flow channel in which a liquid flows; and a cavitation generator (A) and a voltage application unit (B) which are disposed in the tubular flow channel, wherein the cavitation generator (A) generates cavitation in the liquid inside the tubular flow channel, wherein the voltage application unit (B) is located in the tubular flow channel so as to generate plasma by applying a voltage to the liquid in which the cavitation is generated, wherein the cavitation generator (A) is configured to have a throttle portion whose inner diameter (L1, L2, L3, L4) is smaller than other sites in the tubular flow channel , wherein the throttle portion is configured to have an upstream side inclined surface (E) which is an inclined surface located on an upstream side of a narrowest site (D) of the throttle portion, and a downstream side inclined surface (F) which is an inclined surface located on a downstream side of the narrowest site (D) of the throttle portion , characterised in that a shape of the downstream side inclined surface (F) is expressed by a sine function.
Clamping and holding apparatus having at least one clamping means for preloading a fixed article , preferably for a container of variable volume, the clamping and holding apparatus having a clamping frame or carrier assigned to the article, and also a clamping device , assigned to the clamping frame or carrier, for the clamping means , the clamping frame or carrier being provided with guide or directing devices for the clamping means and being able to be connected by said clamping means to the article so as to provide a preload force, the clamping means being composed of at least one endless belt composed of elastomer material which wraps around the article and at least parts of the clamping frame or carrier and the wraparound length of which is variable by means of the clamping device , the clamping device being configured in the form of a rotary knob, characterized in that the rotary knob is configured in the form of a fork which is mounted in the clamping device so as to be rotatable about an axis oriented perpendicularly with respect to the longitudinal axis of the clamping means and which encompasses the clamping means in such a way that during rotation of the fork , the clamping means is wound up and its wraparound length can be reduced.
Method for stripping a film system from a workpiece, wherein the film system on the workpiece comprises at least one film which in turn displays at least one of the following materials: metallic TiAlCr and other AlCr alloys; or one of their nitrides, carbides, borides, oxides or a combination of such, and aluminum oxides, characterized in that the workpiece is placed in a stripping solution and remains there for treatment for a predetermined time, wherein the stripping solution is an aqueous, alkaline solution with potassium permanganate KMnO 4 which contains 4 per cent in weight KMnO 4 , and at the same time the alkaline content is between 8 and 11 per cent in weight.
A health functional food for use in relieving women's menopausal symptoms, comprising, as an active ingredient, a pomegranate pulp extract containing 2.4 - 3.2 mg of ellagic acid and 10 - 14 mg of polyphenol per the total weight g of the pomegranate pulp extract.
A photonic device comprising: a photonic device substrate; and a crosslinked polymer film on the photonic device substrate, the crosslinked polymer film comprising: 50 wt.% to 96 wt.% polymer chains comprising polymerized di(meth)acrylate monomers, or a combination of polymerized di(meth)acrylate monomers and mono(meth)acrylate monomers; 4 wt.% to 10wt.% polymerized multifunctional (meth)acrylate monomers crosslinking the polymer chains; 0.1 wt.% to 50 wt.% quantum dots; and light scattering nanoparticles. a photonic device substrate; and a crosslinked polymer film on the photonic device substrate, the crosslinked polymer film comprising: 50 wt.% to 96 wt.% polymer chains comprising polymerized di(meth)acrylate monomers, or a combination of polymerized di(meth)acrylate monomers and mono(meth)acrylate monomers; 4 wt.% to 10wt.% polymerized multifunctional (meth)acrylate monomers crosslinking the polymer chains; 0.1 wt.% to 50 wt.% quantum dots; and light scattering nanoparticles. 50 wt.% to 96 wt.% polymer chains comprising polymerized di(meth)acrylate monomers, or a combination of polymerized di(meth)acrylate monomers and mono(meth)acrylate monomers; 4 wt.% to 10wt.% polymerized multifunctional (meth)acrylate monomers crosslinking the polymer chains; 0.1 wt.% to 50 wt.% quantum dots; and light scattering nanoparticles.
A method for wireless communication by a first base station, BS , of a first operator serving at least one first user equipment, UE , the method comprising: receiving information from the first UE regarding at least one overhead transmission between a second UE and a second BS of a second operator detected by the first UE via a periodic network listen, wherein the information comprises timing information associated with the second BS ; and protecting one or more future overhead transmissions of the second BS based, at least in part, on the received information, wherein protecting comprises at least one of: refraining from transmitting, by the first BS , during the one or more future overhead transmissions of the second BS , or transmitting, by the first BS , during the one or more future overhead transmissions of the second BS using a reduced transmit power. receiving information from the first UE regarding at least one overhead transmission between a second UE and a second BS of a second operator detected by the first UE via a periodic network listen, wherein the information comprises timing information associated with the second BS ; and protecting one or more future overhead transmissions of the second BS based, at least in part, on the received information, wherein protecting comprises at least one of: refraining from transmitting, by the first BS , during the one or more future overhead transmissions of the second BS , or transmitting, by the first BS , during the one or more future overhead transmissions of the second BS using a reduced transmit power. refraining from transmitting, by the first BS , during the one or more future overhead transmissions of the second BS , or transmitting, by the first BS , during the one or more future overhead transmissions of the second BS using a reduced transmit power.
A monolithic three-dimensional device structure, comprising: a stack of alternating layers comprising insulator layers and electrically conductive layers and located over a semiconductor substrate; a memory stack structure extending through the stack of alternating layers, the memory stack structure comprising a blocking dielectric layer , a memory material layer , and a tunneling dielectric layer ; and a semiconductor channel located within the memory stack structure, wherein: the blocking dielectric layer comprises at least an aluminum oxide layer laterally surrounding, and contacting, the memory material layer; and a bottom surface of the aluminum oxide layer is vertically spaced from a semiconductor surface underneath the memory stack structure by a horizontal portion of the memory material layer; characterised in that a bottom surface of said horizontal portion of the memory material layer is in contact with a doped semiconductor material portion at said semiconductor surface, said doped semiconductor portion including dopants, wherein the dopants comprise at least one element selected from helium, neon, argon, krypton, hydrogen, carbon, nitrogen, and fluorine. a stack of alternating layers comprising insulator layers and electrically conductive layers and located over a semiconductor substrate; a memory stack structure extending through the stack of alternating layers, the memory stack structure comprising a blocking dielectric layer , a memory material layer , and a tunneling dielectric layer ; and a semiconductor channel located within the memory stack structure, the blocking dielectric layer comprises at least an aluminum oxide layer laterally surrounding, and contacting, the memory material layer; and a bottom surface of the aluminum oxide layer is vertically spaced from a semiconductor surface underneath the memory stack structure by a horizontal portion of the memory material layer; characterised in that a bottom surface of said horizontal portion of the memory material layer is in contact with a doped semiconductor material portion at said semiconductor surface, said doped semiconductor portion including dopants, wherein the dopants comprise at least one element selected from helium, neon, argon, krypton, hydrogen, carbon, nitrogen, and fluorine.
A CCL20 locked dimer polypeptide, wherein the dimer comprises two monomers covalently linked together, wherein the two monomers each have the amino acid sequence as shown in SEQ ID NO: 1.
Electronic module having a heat sink , which is preferably a cooling plate, and electronic elements which are arranged distributed over an upper surface of the heat sink ), are connected to each other in a first layout by means of strip conductors and are thermally coupled to the upper surface and/or to one or more side surfaces of one or more optional recesses of the heat sink for cooling purposes, the heat sink comprising: (a) an inlet for a cooling fluid, (b) an outlet for the cooling fluid, (c) and a channel system running through the heat sink and having channels (15-19, 21-24) branched-off within the heat sink and connecting the inlet to the outlet so that the cooling fluid can flow from the inlet to the outlet, (d) wherein the heat sink is produced generatively as a monolith, characterised in that (e) an inner surface in one, more or all channel (s) is enlarged considerably by a structuring of the inner surface created during the generative production in order to increase a thermal transition per unit area of the upper surface and/or to concentrate same in particular surface regions, (f) wherein one or more cooling pins and/or cooling fins is/are formed in one or more of the channels (15-19, 21-24) . (a) an inlet for a cooling fluid, (b) an outlet for the cooling fluid, (c) and a channel system running through the heat sink and having channels (15-19, 21-24) branched-off within the heat sink and connecting the inlet to the outlet so that the cooling fluid can flow from the inlet to the outlet, (d) wherein the heat sink is produced generatively as a monolith, (e) an inner surface in one, more or all channel (s) is enlarged considerably by a structuring of the inner surface created during the generative production in order to increase a thermal transition per unit area of the upper surface and/or to concentrate same in particular surface regions, (f) wherein one or more cooling pins and/or cooling fins is/are formed in one or more of the channels (15-19, 21-24) .
A door with a door leaf with a door leaf which can be moved between a closed position (I) closing a building opening and an open position (II) at least partially freeing the building opening and with a door drive coupled with the door leaf , wherein the door drive comprises at least one motor unit comprising an electric motor and at least one control unit spatially separated from the motor unit and connected to the motor unit by a supply line , wherein the motor unit comprises at least one sensor , and wherein the supply line comprises at least one motor line connected to the motor and at least one sensor line connected to the sensor , characterised in that the sensor is connected via a level shifter to the sensor line .
A magnetic core assembly for a flexible elongated inductor, the assembly being formed by at least two rigid magnetic cores made from ferromagnetic material, connected in an articulated manner to one another at their ends, forming an oblong assembly, wherein each of the magnetic cores has a rectangular cross section seen in the oblong direction, and comprises: - a head end (A) provided with a circular convex curved surface in relation to a transverse axis (X) of the head; and - a tail end (B) provided with a circular concave curved surface in relation to a transverse axis (X) of the tail, parallel to the transverse axis (X) of the head, said circular concave curved surface being a circular concave curved surface complementary to said circular convex curved surface, wherein the head end (A) of one of the magnetic cores is coupled with the tail end (B) of an adjacent one of the magnetic cores through contact surfaces provided by the circular convex curved surface and the circular concave curved surface, forming an articulated attachment around the mentioned transverse axes (X) of the head and tail, which coincide in the coupling area, providing a joint having a variable, adjustable angle, wherein the magnetic core assembly of said two or more rigid magnetic cores has a coil made from a conductive element surrounding said cores, and said articulated attachment between the magnetic cores includes at least one retention configuration formed by a projection and a recess complementary to one another, defined in said head end (A) and tail end (B) respectively, the projection protruding from one of the contact surfaces (20a or 20b) and the recess being recessed from an opposing one of the contact surfaces (20b or 20a), and formed from said ferromagnetic material of the mentioned magnetic cores, preventing said retention configuration from being misaligned in a transverse direction of the magnetic cores coupled to one another. - a head end (A) provided with a circular convex curved surface in relation to a transverse axis (X) of the head; and - a tail end (B) provided with a circular concave curved surface in relation to a transverse axis (X) of the tail, parallel to the transverse axis (X) of the head, said circular concave curved surface being a circular concave curved surface complementary to said circular convex curved surface,
A method of performing a procedure on an animal, said procedure being chosen from: i) gas-based stunning, and ii) gas-based killing; said procedure using a foam, said foam having a gas composition suitable for performing the procedure; wherein the procedure is performed using a container ; and wherein the method comprises the steps of - introducing the foam in the container and - performing the procedure; characterized in that the animal is introduced in the container and subsequently the foam is used to expel at least 90% of the air in the container from the container , wherein the foam is supplied from the bottom of the container towards the top of the container , and the foam gets pushed up by newly introduced foam. i) gas-based stunning, and ii) gas-based killing; wherein the procedure is performed using a container ; and wherein the method comprises the steps of - introducing the foam in the container and - performing the procedure; - introducing the foam in the container and - performing the procedure; characterized in that the animal is introduced in the container and subsequently the foam is used to expel at least 90% of the air in the container from the container , wherein the foam is supplied from the bottom of the container towards the top of the container , and the foam gets pushed up by newly introduced foam.
A guidewire retrieval system for use in retrieving a guidewire from a body lumen, the guidewire retrieval system comprising: a retrieval catheter configured for insertion into the body lumen and having proximal and distal end portions, a length extending between the proximal and distal end portions , and a guidewire retrieval lumen extending lengthwise of the retrieval catheter for receiving the guidewire therein, the guidewire retrieval lumen having an axis (Al); and a guidewire capture device configured for insertion into the body lumen and having an axis (A2) about which the guidewire capture device is rotatable within the body lumen, the guidewire capture device including a hoop member defining a hoop passage for receiving the guidewire therein, and a hook member extending inwardly from the hoop member toward the axis (A2) of the guidewire capture device , wherein the hook member is configured to capture the guidewire received in the hoop passage as the guidewire capture device is rotated about its axis (A2), wherein the hook member includes a bent end adjacent the axis (A2) of the guidewire capture device , wherein the bent end defines a capture channel configured to capture the guidewire, wherein the capture channel has a channel axis (A3) that is generally coaxial with the axis (A1) of the guidewire retrieval lumen such that the guidewire is aligned with the guidewire retrieval lumen when the guidewire is captured in the capture channel . a retrieval catheter configured for insertion into the body lumen and having proximal and distal end portions, a length extending between the proximal and distal end portions , and a guidewire retrieval lumen extending lengthwise of the retrieval catheter for receiving the guidewire therein, the guidewire retrieval lumen having an axis (Al); and a guidewire capture device configured for insertion into the body lumen and having an axis (A2) about which the guidewire capture device is rotatable within the body lumen, the guidewire capture device including a hoop member defining a hoop passage for receiving the guidewire therein, and a hook member extending inwardly from the hoop member toward the axis (A2) of the guidewire capture device , wherein the hook member is configured to capture the guidewire received in the hoop passage as the guidewire capture device is rotated about its axis (A2), wherein the hook member includes a bent end adjacent the axis (A2) of the guidewire capture device , wherein the bent end defines a capture channel configured to capture the guidewire, wherein the capture channel has a channel axis (A3) that is generally coaxial with the axis (A1) of the guidewire retrieval lumen such that the guidewire is aligned with the guidewire retrieval lumen when the guidewire is captured in the capture channel .