mhurhangee/patent-ind-claim-en huggingface dataset:
A mining vehicle comprising: a movable carrier ; a boom comprising several boom joints and a mining work device arranged at a distal portion of the boom ; several boom actuators for moving the boom in different positions; at least one control unit for controlling the position of at least one of the boom and the mining work device ; characterized in that the mining vehicle further comprises observing means for obtaining information indicative of a position of at least one of the boom and the mining work device in which collision to an obstacle can be avoided, wherein the control unit is further configured to control the position of at least one of the boom and the mining work device in response to the obtained information to avoid hitting the obstacle when the mining vehicle moves.
A system comprising: a first cloud system hosting a website having a first extension , the first cloud system having a first identity system and first API layer used by the website and the first extension ; and the website having a second extension loaded from a second cloud system having a second identity system and second API layer , wherein the first cloud system loads security tokens from the second identity system to allow the second extension to communicate using the second API layer , wherein the first cloud system stores the security tokens as a chain of security tokens for a user. a first cloud system hosting a website having a first extension , the first cloud system having a first identity system and first API layer used by the website and the first extension ; and the website having a second extension loaded from a second cloud system having a second identity system and second API layer , wherein the first cloud system loads security tokens from the second identity system to allow the second extension to communicate using the second API layer , wherein the first cloud system stores the security tokens as a chain of security tokens for a user.
A baked confectionery comprising 40 to 80 mass% of lipid, 1 to 10 mass% of protein, and 5 to 25 mass% of available carbohydrate, wherein the lipid comprises 50 mass% or more of a triacylglycerol having a C6-12 medium-chain fatty acid as constituent fatty acids relative to the lipid, wherein the baked confectionery comprises less than 3 mass % of flour on the basis of raw materials of the baked confectionery and the flour consists of one or more selected from the group consisting of strong flour, medium flour, weak flour, whole wheat flour, unpolished rice powder, rye flour, corn flour and rice flour, and wherein the lipid contains at least a powdered oil and fat and one or two or more selected from liquefied oils, margarine, fat spread and shortening. wherein the lipid comprises 50 mass% or more of a triacylglycerol having a C6-12 medium-chain fatty acid as constituent fatty acids relative to the lipid, wherein the baked confectionery comprises less than 3 mass % of flour on the basis of raw materials of the baked confectionery and the flour consists of one or more selected from the group consisting of strong flour, medium flour, weak flour, whole wheat flour, unpolished rice powder, rye flour, corn flour and rice flour, and wherein the lipid contains at least a powdered oil and fat and one or two or more selected from liquefied oils, margarine, fat spread and shortening.
Pressure medium-controlled countersinking tool having one or more machining blades arranged in a rotatably driven base body which can be actuated in their pivot position by supplying a pressure medium , wherein actuation of the at least one blade takes place via at least one piston-cylinder unit actuated by the pressure medium , wherein the at least one blade is pivotably mounted on a bearing bolt forming a pivot axis and can be pivoted out from a blade window arranged in the blade housing , wherein a centring device is arranged between the blade and the blade window of the blade housing at a radial distance from the pivot axis and in the pivot range of the at least one blade , characterised in that the centring device consists of a centring groove arranged on the base side on the underside of the blade and which is in positive engagement with a housing-side centring bolt in the machining position and in that the centring bolt is profiled to be round and projects with its upper part of its outer circumference from a housing-side receiving bore and forms a complementary centring surface there for engagement in the centring groove .
A method for producing an organic transistor, the method comprising steps of: - providing a first electrode on a substrate , - generating a source-drain insulator assigned at least partially to the substrate and/or at least partially to the first electrode , - generating a second electrode assigned to the source-drain insulator , the first and second electrodes providing for a drain electrode and a source electrode, - depositing an organic semiconducting layer on the first electrode , the second electrode , and the source-drain insulator , - generating a gate insulator assigned to the organic semiconducting layer , and - providing a gate electrode assigned to the gate insulator , - generating a second-electrode layer assigned to the second electrode prior to depositing the organic semiconducting layer such that the second electrode is at least partially covered by the second-electrode layer , wherein the second-electrode layer is a doping layer made of a dopant material, and - generating a first-electrode layer assigned to the first electrode prior to depositing the organic semiconducting layer such that the first electrode is at least partially covered by the first-electrode layer , characterized in that the first-electrode layer is a doping layer made of a further dopant material different from the dopant material. - providing a first electrode on a substrate , - generating a source-drain insulator assigned at least partially to the substrate and/or at least partially to the first electrode , - generating a second electrode assigned to the source-drain insulator , the first and second electrodes providing for a drain electrode and a source electrode, - depositing an organic semiconducting layer on the first electrode , the second electrode , and the source-drain insulator , - generating a gate insulator assigned to the organic semiconducting layer , and - providing a gate electrode assigned to the gate insulator , - generating a second-electrode layer assigned to the second electrode prior to depositing the organic semiconducting layer such that the second electrode is at least partially covered by the second-electrode layer , wherein the second-electrode layer is a doping layer made of a dopant material, and - generating a first-electrode layer assigned to the first electrode prior to depositing the organic semiconducting layer such that the first electrode is at least partially covered by the first-electrode layer , characterized in that the first-electrode layer is a doping layer made of a further dopant material different from the dopant material.
A medical implant for use in a left atrial appendage , comprising: a central elongated member having an anchor at a distal end thereof; a plurality of elongated metallic legs joined together at a joint , the joint being coupled to the central elongated member ; a distal stop disposed on the central elongated member proximal of the anchor ; and a proximal stop disposed on the central elongate member proximal of the distal stop , wherein the joint is disposed proximally of the distal stop and is disposed between the proximal stop and the distal stop and the joint is axially slidable along the central elongated member between the proximal stop and the distal stop , wherein the plurality of elongated metallic legs is configured to expand radially outward from a delivery configuration to a deployed configuration, wherein each of the plurality of elongated metallic legs extends distally from the joint to a distal tip . a central elongated member having an anchor at a distal end thereof; a plurality of elongated metallic legs joined together at a joint , the joint being coupled to the central elongated member ; a distal stop disposed on the central elongated member proximal of the anchor ; and a proximal stop disposed on the central elongate member proximal of the distal stop , wherein the joint is disposed proximally of the distal stop and is disposed between the proximal stop and the distal stop and the joint is axially slidable along the central elongated member between the proximal stop and the distal stop , wherein the plurality of elongated metallic legs is configured to expand radially outward from a delivery configuration to a deployed configuration, wherein each of the plurality of elongated metallic legs extends distally from the joint to a distal tip .
A method of forming a charge pattern on a microchip, comprising: laminating a dry film photoresist onto an insulator layer over a microchip wafer ; exposing the dry film photoresist to ultraviolet light so as to form an exposed region having a low conductivity and an unexposed region having a high conductivity; grounding the microchip wafer ; charging the exposed region with a scorotron or corotron to form a charge pattern that has one polarity of charge; and singulating the wafer into microchips after charging. laminating a dry film photoresist onto an insulator layer over a microchip wafer ; exposing the dry film photoresist to ultraviolet light so as to form an exposed region having a low conductivity and an unexposed region having a high conductivity; grounding the microchip wafer ; charging the exposed region with a scorotron or corotron to form a charge pattern that has one polarity of charge; and singulating the wafer into microchips after charging.
A method of preparing a laundry detergent composition, comprising the steps of: a. providing a base detergent composition, wherein said base detergent comprises anionic surfactant, preferably from 1% to 70%, by weight of said base detergent, anionic surfactant; b. combining a silicone emulsion with said base detergent, thereby forming a silicone-surfactant mixture; and c. combining a cationic polymer with said silicone-surfactant mixture, thereby forming a finished detergent composition, preferably wherein said finished detergent composition comprises from 0.1% to 15%, by weight of said finished detergent composition, of silicone, wherein said cationic polymer comprises a first structural unit derived from acrylamide, and wherein said cationic polymer further comprises a second structural unit derived from diallyl dimethyl ammonium salts (DADMAS); wherein other laundry adjuncts are added to said silicone-surfactant mixture, to said finished detergent composition, or both. a. providing a base detergent composition, wherein said base detergent comprises anionic surfactant, preferably from 1% to 70%, by weight of said base detergent, anionic surfactant; b. combining a silicone emulsion with said base detergent, thereby forming a silicone-surfactant mixture; and c. combining a cationic polymer with said silicone-surfactant mixture, thereby forming a finished detergent composition, preferably wherein said finished detergent composition comprises from 0.1% to 15%, by weight of said finished detergent composition, of silicone, wherein said cationic polymer comprises a first structural unit derived from acrylamide, and wherein said cationic polymer further comprises a second structural unit derived from diallyl dimethyl ammonium salts (DADMAS);
A contaminant-sealing device, comprising a rotating or reciprocatingly moving seal ring fitted into an annular groove formed in one of two mutually opposed members and slidably placed in intimate contact with the other member, whereby the seal ring has a cross-sectional shape that is quadrilateral and has a taper so that a surface of a sliding part is lower towards a high-pressure side and higher towards a low-pressure side , the seal ring being disposed so that a fluid body on the high-pressure side acts on the tapered part , the seal ring having a sliding surface brought into intimate contact with an inner surface of the annular groove , characterized in that a space between a bottom surface of the seal ring and the inner surface of the annular groove is filled with an elastic material .
Method for operating a vehicle , wherein, in the event of access from outside the vehicle to one or more vehicle components, the access is restricted or interrupted by way of a security apparatus inside the vehicle when a corresponding request has been received by the vehicle via a communication network, characterized in that the access from outside the vehicle comprises access to the one or more vehicle components via the communication network, wherein clearance for a parking space management server is set up for the access, wherein a clearance signal is transmitted to the parking space management server via the communication network, in that the parking space management server is able to access the one or more vehicle components via the communication network in accordance with the clearance.
A method for use in conjunction with a horizontal directional drilling system that includes a drill string that extends from a drill rig to an inground tool such that extension and retraction of the drill string generally produces corresponding movements of the inground tool during an inground operation, said drill string defining a through passage for carrying a pressurized flow of drilling mud from the drill rig to the inground tool for emission from the inground tool , said method comprising: during the inground operation, monitoring an annular mud pressure in the ground surrounding the inground tool ; detecting a decrease in the annular mud pressure; characterised in that the method further comprises the steps of: measuring a rate of change of the decrease in the annular mud pressure; and initiating a response based at least in part on detecting said decrease as being indicative of one of a potential cross-bore and a potential frac-out; and distinguishing between the potential cross-bore and the potential frac-out based on the rate of change. during the inground operation, monitoring an annular mud pressure in the ground surrounding the inground tool ; detecting a decrease in the annular mud pressure; characterised in that the method further comprises the steps of: measuring a rate of change of the decrease in the annular mud pressure; and initiating a response based at least in part on detecting said decrease as being indicative of one of a potential cross-bore and a potential frac-out; and distinguishing between the potential cross-bore and the potential frac-out based on the rate of change. measuring a rate of change of the decrease in the annular mud pressure; and initiating a response based at least in part on detecting said decrease as being indicative of one of a potential cross-bore and a potential frac-out; and distinguishing between the potential cross-bore and the potential frac-out based on the rate of change.
A pharmaceutical composition for use in inhibiting tumor cell migration and establishment of metastasis in a subject suffering from cancer, comprising a compound represented by Formula IA, or a pharmaceutically acceptable salt thereof: wherein R 2 and R 3 are independently selected from H, OH, F or Cl; X 1 is (CH 2 ) n , wherein n is 0, 1 or 2; and R 4 is (CH 2 ) m1 , (CH 2 ) q1 CH=CH, or CH=CH(CH 2 ) wherein m1 is 4, 5 or 6 and q1 is 2, or 3. R 2 and R 3 are independently selected from H, OH, F or Cl; X 1 is (CH 2 ) n , wherein n is 0, 1 or 2; and R 4 is (CH 2 ) m1 , (CH 2 ) q1 CH=CH, or CH=CH(CH 2 ) wherein m1 is 4, 5 or 6 and q1 is 2, or 3.
Valuable document such as a banknote, a cheque, a credit card or other payment card, an identity card or the like, which - has a front side and a rear side, - shows a representation discernible to the naked eye in a plan view of the front side, - has specific dimensions (L, B) in the plan view, and - comprises a substrate body , which has the specific dimensions (L, B) in the plan view and is connected to a first transparent film , which comprises an inner side and an outer side, in such a way that the substrate body bears against the inner side of the first transparent film , such that the substrate body faces towards the rear side and the outer side of the first transparent film faces towards the front side, wherein -- the first transparent film likewise has the specific dimensions (L, B) in the plan view, and -- the representation discernible from the front side is generated by a first metallized embossing structure arranged on the inner side of the first transparent film , wherein - a first, only machine-readable security element is arranged on the inner side of the first transparent film . - has a front side and a rear side, - shows a representation discernible to the naked eye in a plan view of the front side, - has specific dimensions (L, B) in the plan view, and - comprises a substrate body , which has the specific dimensions (L, B) in the plan view and is connected to a first transparent film , which comprises an inner side and an outer side, in such a way that the substrate body bears against the inner side of the first transparent film , such that the substrate body faces towards the rear side and the outer side of the first transparent film faces towards the front side, wherein -- the first transparent film likewise has the specific dimensions (L, B) in the plan view, and -- the representation discernible from the front side is generated by a first metallized embossing structure arranged on the inner side of the first transparent film , wherein -- the first transparent film likewise has the specific dimensions (L, B) in the plan view, and -- the representation discernible from the front side is generated by a first metallized embossing structure arranged on the inner side of the first transparent film , - a first, only machine-readable security element is arranged on the inner side of the first transparent film .
A composition comprising picropodophyllin and/or a salt or hydrate thereof for use in a method of treating a patient who is suffering from actinic keratosis.
A method for fabricating a semiconductor wafer, the method comprising: epitaxially growing a III-V semiconductor on a first surface of a foreign wafer having a thickness t w , the first surface being capable of supporting the epitaxial growth of at least one III-V semiconductor layer , the foreign wafer having a second surface opposing the first surface ; removing portions of the III-V semiconductor to produce a plurality of mesas comprising the III-V semiconductor arranged on the first surface of the foreign wafer ; applying an insulation layer to regions of the foreign wafer arranged between the mesas ; forming a metallization structure on the III-V semiconductor , the metallization structure providing a source, gate and drain for a transistor structure; wherein the metallization structure comprises a gate finger and a drain finger arranged on each mesa , a drain bus that electrically couples a first drain finger arranged on a first mesa with a second drain finger arranged on a second mesa, the drain bus being arranged laterally adjacent the first mesa and the second mesa at least partially on the insulating layer , and a gate bus that electrically couples a first gate finger arranged on the first mesa with a second gate finger arranged on a second mesa, the gate bus being arranged laterally adjacent the first mesa and the second mesa at least partially on the insulating layer ; progressively removing portions of the second surface of the foreign wafer , exposing the insulation layer in regions adjacent the mesas and producing a worked second surface . epitaxially growing a III-V semiconductor on a first surface of a foreign wafer having a thickness t w , the first surface being capable of supporting the epitaxial growth of at least one III-V semiconductor layer , the foreign wafer having a second surface opposing the first surface ; removing portions of the III-V semiconductor to produce a plurality of mesas comprising the III-V semiconductor arranged on the first surface of the foreign wafer ; applying an insulation layer to regions of the foreign wafer arranged between the mesas ; forming a metallization structure on the III-V semiconductor , the metallization structure providing a source, gate and drain for a transistor structure; wherein the metallization structure comprises a gate finger and a drain finger arranged on each mesa , a drain bus that electrically couples a first drain finger arranged on a first mesa with a second drain finger arranged on a second mesa, the drain bus being arranged laterally adjacent the first mesa and the second mesa at least partially on the insulating layer , and a gate bus that electrically couples a first gate finger arranged on the first mesa with a second gate finger arranged on a second mesa, the gate bus being arranged laterally adjacent the first mesa and the second mesa at least partially on the insulating layer ; progressively removing portions of the second surface of the foreign wafer , exposing the insulation layer in regions adjacent the mesas and producing a worked second surface .
A porous hollow fiber membrane having an anticoagulant immobilized thereon; the membrane comprising a blend of i) polysulfone, polyethersulfone or polyarylethersulfone; ii) polyvinylpyrrolidone; and iii) at least one polymer bearing ammonium groups selected from the group consisting of polyvinylpyridines bearing ammonium groups, and copolymers of vinylpyridine and styrene bearing ammonium groups.
Reactor with reactor shell, reaction space and cooling space and with fluid-tight, separate supply lines for at least one fluid reactant and for a cooling fluid, characterized in that there are at least two supply lines for the cooling fluid each having at least one channel and column structure folded above one another with current reversal, where the reactor has at least a discharge line for the warmed cooling fluid, which has at least one channel and column structure folded above one another with current reversal, where a channel structure means an elongated cavity parallel to the flow direction in the reaction space and a column structure means an elongated cavity perpendicular to the flow direction in the reaction space, where a column structure is part of the conduction of the cooling fluid, which connects two channel structures and thus enables a fluid-tight conduction of the cooling fluid, where the reaction space is loaded with a catalyst, where the cooling space succeds to the supply line of the cooling fluid, extends until the discharge line and runs parallel to the reaction space.
A gearbox for vehicles, the gearbox comprising: a split gearbox , a main gearbox and a range gearbox , which range gearbox is shiftable into a low range gear, a high range gear and a reverse gear; the range gearbox comprising a planetary gear , which may be shifted into a reverse gear, wherein the split gearbox and the main gearbox are together arranged to have a combined ratio spread larger than 5, in that the split gearbox and the main gearbox are together arranged to have a combined largest gear ratio over 4:1, and characterized in that the planetary gear in the range gearbox is arranged to have a gear ratio less than 4:1 when shifted into the reverse gear. a split gearbox , a main gearbox and a range gearbox , which range gearbox is shiftable into a low range gear, a high range gear and a reverse gear; the range gearbox comprising a planetary gear , which may be shifted into a reverse gear, wherein the split gearbox and the main gearbox are together arranged to have a combined ratio spread larger than 5, in that the split gearbox and the main gearbox are together arranged to have a combined largest gear ratio over 4:1, and characterized in that the planetary gear in the range gearbox is arranged to have a gear ratio less than 4:1 when shifted into the reverse gear.