mhurhangee/ep-ind-claims huggingface dataset:
Vehicle seat protective cover comprising a) a front sheet which can be arranged on a front side of the vehicle seat when the vehicle seat protective cover is imposed on a vehicle seat, b) a rear sheet which can be arranged on the rear side of the vehicle seat when the vehicle seat protective cover is imposed on a vehicle seat and c) an upper pocket which is limited by the front sheet and the rear sheet, the upper pocket comprising an at least partially closed upper edge, d) the front sheet and the rear sheet being manufactured together from a one-pieced web and e) the vehicle seat protective cover comprising a lower pocket which is limited by the front sheet and the rear sheet, the lower pocket comprising an at least partially closed lower edge, characterized in that f) the vehicle seat protective cover over the whole longitudinal extension between the at least partially closed lower edge and the at least partially closed upper edge fa) comprises a continuous recess and fb) due to the recess has a cross section with an open edge. a) a front sheet which can be arranged on a front side of the vehicle seat when the vehicle seat protective cover is imposed on a vehicle seat, b) a rear sheet which can be arranged on the rear side of the vehicle seat when the vehicle seat protective cover is imposed on a vehicle seat and c) an upper pocket which is limited by the front sheet and the rear sheet, the upper pocket comprising an at least partially closed upper edge, d) the front sheet and the rear sheet being manufactured together from a one-pieced web and e) the vehicle seat protective cover comprising a lower pocket which is limited by the front sheet and the rear sheet, the lower pocket comprising an at least partially closed lower edge, characterized in that f) the vehicle seat protective cover over the whole longitudinal extension between the at least partially closed lower edge and the at least partially closed upper edge fa) comprises a continuous recess and fb) due to the recess has a cross section with an open edge. fa) comprises a continuous recess and fb) due to the recess has a cross section with an open edge.
A device for percutaneous endarterectomy, comprising: a shaft having a lumen and a distal end, a rod disposable in the lumen; one or more expandable fingers having a proximal and distal end with the proximal end of the one or more fingers attached to the distal end of the shaft, and the one or more expandable fingers having an exterior surface adapted to face an artery and an interior surface adapted to face the rod; and one or more spokes connecting the rod to the one or more expandable fingers on the interior surface, wherein the one or more expandable fingers are controllable by the rod through the one or more spokes, characterized in that the one or more expandable fingers are configured to be adapted to remove an atherosclerotic plaque by peeling the plaque at a subintimal space without performing an incision into the subintimal space and without use of a blade, wherein the one or more spokes (46, 47) are disposed in two or more rows and wherein the two or more rows of the one or more spokes (46, 47) connect the rod to the one or more fingers, and wherein the two or more rows of the one or more spokes (46, 47) are parallel to each other. a shaft having a lumen and a distal end, a rod disposable in the lumen; one or more expandable fingers having a proximal and distal end with the proximal end of the one or more fingers attached to the distal end of the shaft, and the one or more expandable fingers having an exterior surface adapted to face an artery and an interior surface adapted to face the rod; and one or more spokes connecting the rod to the one or more expandable fingers on the interior surface, wherein the one or more expandable fingers are controllable by the rod through the one or more spokes,
Method for cleaning an inking system of a rotary printing press, the inking system having a doctor apparatus with a doctor chamber, in which ink for the printing process of the rotary printing press is contained, an ink container, from which ink can be delivered into the doctor chamber, and a delivery system which makes a delivery of the ink within the inking system possible, the inking system being connected to a storage container, into which ink from the inking system can be introduced, a solvent container, in which solvent for cleaning the inking system is situated, and to a dirty container, into which solvent which has been contaminated by ink can be introduced, the delivery system being configured in such a way that the following method steps for cleaning the inking system are carried out: A. automatic pumping of the ink by means of the delivery system out of the inking system into the storage container B. automatic cleaning of the ink system by means of the solvent, the solvent being collected in the ink container in a first cleaning step, the solvent being delivered into the dirty container in a second cleaning step. A. automatic pumping of the ink by means of the delivery system out of the inking system into the storage container B. automatic cleaning of the ink system by means of the solvent,
A data channel transmission method, comprising: receiving, by a terminal device, first downlink control information, DCI, and second DCI, wherein the first DCI is configured to schedule a first data channel, and the second DCI is configured to schedule a second data channel, wherein the first DCI and the second DCI are associated with different control-resource sets, CORESET; a time domain resource of the first data channel and a time domain resource of the second data channel are partially overlapped or completely overlapped; characterized in that the method further comprises: if a first bandwidth part, BWP, determined according to the first DCI is different from a second BWP determined according to the second DCI, not transmitting or not receiving, by the terminal device, the first data channel and the second data channel; and if a first BWP determined according to the first DCI is the same as a second BWP determined according to the second DCI, transmitting or receiving, by the terminal device, the first data channel and the second data channel on a BWP determined according to the first DCI and the second DCI. receiving, by a terminal device, first downlink control information, DCI, and second DCI, wherein the first DCI is configured to schedule a first data channel, and the second DCI is configured to schedule a second data channel, wherein the first DCI and the second DCI are associated with different control-resource sets, CORESET; a time domain resource of the first data channel and a time domain resource of the second data channel are partially overlapped or completely overlapped; characterized in that the method further comprises: if a first bandwidth part, BWP, determined according to the first DCI is different from a second BWP determined according to the second DCI, not transmitting or not receiving, by the terminal device, the first data channel and the second data channel; and if a first BWP determined according to the first DCI is the same as a second BWP determined according to the second DCI, transmitting or receiving, by the terminal device, the first data channel and the second data channel on a BWP determined according to the first DCI and the second DCI. if a first bandwidth part, BWP, determined according to the first DCI is different from a second BWP determined according to the second DCI, not transmitting or not receiving, by the terminal device, the first data channel and the second data channel; and if a first BWP determined according to the first DCI is the same as a second BWP determined according to the second DCI, transmitting or receiving, by the terminal device, the first data channel and the second data channel on a BWP determined according to the first DCI and the second DCI.
A surgical instrument comprising: an end effector comprising an end effector base, an articulated jaw (72, 178) rotationally coupled to the end effector base, and an opposing stationary jaw (76, 176); a cable actuation mechanism (110, 140) comprising a first cable segment (112, 142) and a second cable segment (114, 144) drivingly coupled with the articulated jaw (72, 178), the cable actuation mechanism (110, 140) being operable to open the articulated jaw (72, 178) relative to the opposing stationary jaw (76, 176) via coordinated distal advancement of the first cable segment (112, 142) and proximal retraction of the second cable segment (114, 144), and operable to apply a grasping force to a tissue disposed between the articulated jaw (72, 178) and the opposing stationary jaw (76, 176) via coordinated proximal retraction of the first cable segment (112, 142) and distal advancement of the second cable segment (114, 144); a first leadscrew actuation mechanism comprising a first drive shaft and a first leadscrew and operable to rotate the first drive shaft to rotate the first leadscrew to cause the articulated jaw (72, 178) to apply a clamping force to the tissue; and a second leadscrew actuation mechanism operable to rotate a leadscrew of the opposing stationary jaw (76, 176). an end effector comprising an end effector base, an articulated jaw (72, 178) rotationally coupled to the end effector base, and an opposing stationary jaw (76, 176); a cable actuation mechanism (110, 140) comprising a first cable segment (112, 142) and a second cable segment (114, 144) drivingly coupled with the articulated jaw (72, 178), the cable actuation mechanism (110, 140) being operable to open the articulated jaw (72, 178) relative to the opposing stationary jaw (76, 176) via coordinated distal advancement of the first cable segment (112, 142) and proximal retraction of the second cable segment (114, 144), and operable to apply a grasping force to a tissue disposed between the articulated jaw (72, 178) and the opposing stationary jaw (76, 176) via coordinated proximal retraction of the first cable segment (112, 142) and distal advancement of the second cable segment (114, 144); a first leadscrew actuation mechanism comprising a first drive shaft and a first leadscrew and operable to rotate the first drive shaft to rotate the first leadscrew to cause the articulated jaw (72, 178) to apply a clamping force to the tissue; and a second leadscrew actuation mechanism operable to rotate a leadscrew of the opposing stationary jaw (76, 176).
A battery (10, 610), wherein the battery (10, 610) comprises: a rechargeable power supply and a battery chip, wherein the battery chip comprises an oscillation circuit, a reference voltage generating circuit and a comparator, wherein the comparator has two input terminals to be connected respectively to the oscillation circuit and the reference voltage generating circuit, and the comparator has an output terminal to be connected to a predetermined transmitting pin, wherein; the oscillation circuit is configured to generate a sine wave signal, after the rechargeable power supply starts to supply power to electronic equipment connected to the battery; the reference voltage generating circuit is configured to generate a predetermined reference voltage; and the comparator is configured to generate the customized binary signal after comparing the sine wave signal and the predetermined reference voltage; a power detecting circuit configured to detect whether the rechargeable power supply has started to supply power to electronic equipment connected to the battery, and if the detection result is that the rechargeable power supply has started to supply power to the electronic equipment, to send the generated customized binary signal to the electronic equipment through the predetermined transmitting pin.
Fresh air system for supplying combustion chambers of a supercharged internal combustion engine with fresh air, - comprising a fresh air tract for conducting a fresh air path, - and having an intercooler unit that comprises a high-temperature cooler and a low-temperature cooler and that forms a portion of the fresh air tract conducting the fresh air path, characterised in that a separate intermediate flange firmly connects an air outlet of the high-temperature cooler to an air inlet of the low-temperature cooler, wherein the intermediate flange is designed as a strip-shaped structure running fully in the circumferential direction, which, along the fresh air path, overlaps an outlet region of the high temperature cooler, which comprises the air outlet, and an inlet region of the low temperature cooler, which comprises the air inlet, wherein the intermediate flange has a compensation region running all round in the circumferential direction in order to compensate thermal expansion effects, and wherein the compensation region is arranged between a high temperature attachment region of the intermediate flange, which is firmly connected to the high temperature cooler, and a low temperature attachment region of the intermediate flange, which is firmly connected to the low temperature cooler. - comprising a fresh air tract for conducting a fresh air path, - and having an intercooler unit that comprises a high-temperature cooler and a low-temperature cooler and that forms a portion of the fresh air tract conducting the fresh air path,
Trap comprising - a housing having at least one entrance formed therein to allow an animal to pass into the housing, the housing having a plurality of walls and the at least one entrance providing a passageway into the housing; - a platform pivotally coupled to the housing; - a trigger mechanism operatively coupled to the platform that, when triggered by an animal, triggers the platform to pivot towards the housing, wherein the trigger mechanism has a latched position in which the platform is adjacent to the entrance and a triggered position in which the platform is biased towards one wall of said plurality of walls, thereby trapping the animal against the housing within an enclosure. - a housing having at least one entrance formed therein to allow an animal to pass into the housing, the housing having a plurality of walls and the at least one entrance providing a passageway into the housing; - a platform pivotally coupled to the housing; - a trigger mechanism operatively coupled to the platform that, when triggered by an animal, triggers the platform to pivot towards the housing, wherein the trigger mechanism has a latched position in which the platform is adjacent to the entrance and a triggered position in which the platform is biased towards one wall of said plurality of walls, thereby trapping the animal against the housing within an enclosure.
Tool for machining plate-shaped workpieces, in particular metal sheets, - with an upper tool, which has a clamping shank and a base body, which lie in a common position axis, and with at least one tool body arranged on the base body opposite the clamping shank, - with a lower tool, which has a base body with a support surface for the workpiece, and with a counter-tool body provided on the base body, the base body having a position axis, which is aligned perpendicular to the support surface, - wherein the upper tool and lower tool are movable towards each other in a stroke direction for machining a workpiece arranged therebetween, characterized in in that at least one grinding tool is provided - on the base body of the lower tool pointing in the direction of the upper tool and/or - on a scraper associated with the tool body of the upper tool pointing in the direction of the lower tool and/or - on a base body of the upper tool pointing in the direction of the lower tool. - with an upper tool, which has a clamping shank and a base body, which lie in a common position axis, and with at least one tool body arranged on the base body opposite the clamping shank, - with a lower tool, which has a base body with a support surface for the workpiece, and with a counter-tool body provided on the base body, the base body having a position axis, which is aligned perpendicular to the support surface, - wherein the upper tool and lower tool are movable towards each other in a stroke direction for machining a workpiece arranged therebetween, characterized in in that at least one grinding tool is provided - on the base body of the lower tool pointing in the direction of the upper tool and/or - on a scraper associated with the tool body of the upper tool pointing in the direction of the lower tool and/or - on a base body of the upper tool pointing in the direction of the lower tool.
A centrifugal drum, comprising a plurality of drum parts which rotate in operation of the centrifuge drum and which form a common rotational axis in the assembled state, characterized in that two or more of the drum parts are specifically formed in such a way that they each individually form an imbalance relative to the common rotational axis, wherein their individual imbalances cancel each other out
Retrofit kit for a wheelchair, with a base frame, with a seat for a person to sit on and with wheels (104, 105, 106, 107) for rolling the wheelchair, wherein the retrofit kit comprises a seat suspension device, a drive device, a seat part and/or a backrest part, via which seat suspension device the seat part and/or the backrest part of the seat of the retrofit kit are arrangeable on the base frame in such a way that they are displaceable with respect to the base frame and that the seat part and/or the backrest part is oscillatingly drivable, by means of the drive device, with respect to the base frame, characterised in that the drive device (15; 115) comprises a gear unit, with two input shaft elements (40, 41) which are rotarily oscillatingly driveable and with an output shaft element which is rotarily oscillatingly driveable, for the purpose of driving at least the seat part, and with an output shaft element which is driveable in a continuously circulating fashion, for the purpose of driving at least one of the wheels (4, 5; 104; 105).
An injection unit, comprising: an injection frame to which a stator of a plasticizing motor and a stator of an injection motor are fixed; a rotation movement shaft which is connected to a rotor of the plasticizing motor to be movable forward and backward with respect to the rotor and rotates along with the rotor of the plasticizing motor; a drive shaft which is movable forward and backward with respect to the injection frame and transmits a propulsive force generated by the injection motor to the rotation movement shaft; characterized by a pressure detector which is disposed between the rotation movement shaft and the drive shaft. an injection frame to which a stator of a plasticizing motor and a stator of an injection motor are fixed; a rotation movement shaft which is connected to a rotor of the plasticizing motor to be movable forward and backward with respect to the rotor and rotates along with the rotor of the plasticizing motor; a drive shaft which is movable forward and backward with respect to the injection frame and transmits a propulsive force generated by the injection motor to the rotation movement shaft; characterized by a pressure detector which is disposed between the rotation movement shaft and the drive shaft.
Slip-based additive method for producing a component built up in layers in a powder bed, comprising continuous application of slip in the form of a slip layer along a self-contained path, the powder bed being arranged on a working platform, the continuously applied slip layer being continuously subjected to moisture extraction and forming a continuous powder layer in the process, and individual adjacent portions of the continuous powder layer being subjected to consolidation, such that the component built up in layers from consolidated portions of the powder layer being surrounded by the powder bed, the continuously applied slip layer being applied directly to the working platform when the path is being traversed for the first time and, thereafter, the slip layer being applied to a new portion of the previously formed continuous powder layer each time, characterised in that a layer thickness of the slip layer that is continuously applied directly to the working platform continually increases from a layer-thickness minimum value to a layer-thickness target value. the powder bed being arranged on a working platform, the continuously applied slip layer being continuously subjected to moisture extraction and forming a continuous powder layer in the process, and individual adjacent portions of the continuous powder layer being subjected to consolidation, such that the component built up in layers from consolidated portions of the powder layer being surrounded by the powder bed, the continuously applied slip layer being applied directly to the working platform when the path is being traversed for the first time and, thereafter, the slip layer being applied to a new portion of the previously formed continuous powder layer each time, characterised in that a layer thickness of the slip layer that is continuously applied directly to the working platform continually increases from a layer-thickness minimum value to a layer-thickness target value.
Method for the production of the compound of general formula 20, where in the formula R means - a 1-6 carbon atom straight or branched chain, or 3-6 carbon atom cyclic, saturated or partially or completely unsaturated hydrocarbon group, or - a 1-6 carbon atom straight or branched chain, or 3-6 carbon atom cyclic, saturated or partially or completely unsaturated, partially or completely halogenated hydrocarbon group, or - an aryl group, which may be substituted with a 1-6 carbon atom straight or branched chain, saturated or partially or completely unsaturated hydrocarbon group, which, optionally, is partially or completely halogenated, or with a halogen atom, or - a benzyl group that may contain substituents in the aromatic ring and its salts, characterised by that compound 18 or its acid addition salt is reacted with compound 19 ClCOOR 19 in the presence of a base; or a metal salt of compound 18 is reacted with compound 19 optionally in the presence of a base, optionally in a further solvent at a temperature between (- 20) - 50 °C, preferably between 0-25 °C, especially preferably between 0-5 °C, where in compound 19 R means - a 1-6 carbon atom straight or branched chain, saturated or partially or completely unsaturated hydrocarbon group, - a 1-6 carbon atom straight or branched chain, saturated or partially or completely unsaturated, partially or completely halogenated hydrocarbon group, or - an aryl group, which may be substituted with a 1-6 carbon atom, straight or branched chain, saturated or partially or completely unsaturated hydrocarbon group, which, optionally, is partially or completely halogenated, or with a halogen atom, or - a benzyl group that may contain substituents in the aromatic ring. - a 1-6 carbon atom straight or branched chain, or 3-6 carbon atom cyclic, saturated or partially or completely unsaturated hydrocarbon group, or - a 1-6 carbon atom straight or branched chain, or 3-6 carbon atom cyclic, saturated or partially or completely unsaturated, partially or completely halogenated hydrocarbon group, or - an aryl group, which may be substituted with a 1-6 carbon atom straight or branched chain, saturated or partially or completely unsaturated hydrocarbon group, which, optionally, is partially or completely halogenated, or with a halogen atom, or - a benzyl group that may contain substituents in the aromatic ring - a 1-6 carbon atom straight or branched chain, saturated or partially or completely unsaturated hydrocarbon group, - a 1-6 carbon atom straight or branched chain, saturated or partially or completely unsaturated, partially or completely halogenated hydrocarbon group, or - an aryl group, which may be substituted with a 1-6 carbon atom, straight or branched chain, saturated or partially or completely unsaturated hydrocarbon group, which, optionally, is partially or completely halogenated, or with a halogen atom, or - a benzyl group that may contain substituents in the aromatic ring.