mhurhangee/ep-ind-claims huggingface dataset:
An exhaust aftertreatment arrangement for an exhaust system of an internal combustion engine, said exhaust aftertreatment arrangement comprising a fluid passage for exhaust gases from said exhaust system, said fluid passage defining an inner perimeter; and said exhaust aftertreatment arrangement further comprising an exhaust aftertreatment unit comprising an exhaust aftertreatment element confined by an outer wall defining an outer periphery of said exhaust aftertreatment unit; said exhaust aftertreatment unit being sealingly arranged in said fluid passage for enabling flow of said exhaust gases through said exhaust aftertreatment element, characterized in that a leakage treatment member comprising an exhaust aftertreatment component is arranged between said inner perimeter of said fluid passage and said outer periphery of said outer wall of said exhaust aftertreatment unit, for aftertreatment of any leakage of said flow of exhaust gases past said aftertreatment unit in said fluid passage. an exhaust aftertreatment unit comprising an exhaust aftertreatment element confined by an outer wall defining an outer periphery of said exhaust aftertreatment unit; said exhaust aftertreatment unit being sealingly arranged in said fluid passage for enabling flow of said exhaust gases through said exhaust aftertreatment element, characterized in that a leakage treatment member comprising an exhaust aftertreatment component is arranged between said inner perimeter of said fluid passage and said outer periphery of said outer wall of said exhaust aftertreatment unit, for aftertreatment of any leakage of said flow of exhaust gases past said aftertreatment unit in said fluid passage.
A robotic device for carrying out a medical intervention on an anatomical area located inside the body of a patient with a medical instrument, including: - a robot arm including several degrees of freedom, including one end adapted to receive the medical instrument, - an image acquisition system adapted to acquire position information relating to the anatomy of the patient, - a storage medium including a biomechanical model of the anatomical structures of the human body, - a processing circuit configured to transform the parameters of a trajectory to be followed by the medical instrument to carry out the medical intervention in the reference frame associated with the robotic device according to the biomechanical model and according to the position information of the anatomy of said patient, determine a position setpoint and an orientation setpoint for said medical instrument according to the trajectory, - a control circuit configured to control the robot arm to place, or assist in placing, the medical instrument in the position setpoint and the orientation setpoint, characterized in that the image acquisition system is of the non-irradiating type and includes at least one so-called contactless equipment adapted to acquire position information without contact with the patient. - a robot arm including several degrees of freedom, including one end adapted to receive the medical instrument, - an image acquisition system adapted to acquire position information relating to the anatomy of the patient, - a storage medium including a biomechanical model of the anatomical structures of the human body, - a processing circuit configured to transform the parameters of a trajectory to be followed by the medical instrument to carry out the medical intervention in the reference frame associated with the robotic device according to the biomechanical model and according to the position information of the anatomy of said patient, determine a position setpoint and an orientation setpoint for said medical instrument according to the trajectory, - a control circuit configured to control the robot arm to place, or assist in placing, the medical instrument in the position setpoint and the orientation setpoint,
Method for operating a brake system for a vehicle, wherein the brake system comprises an electronic actuating device for outputting a brake pressure for a brake of the vehicle in a normal operating mode and a pneumatic actuating device for outputting the brake pressure in a backup operating mode, and wherein the method comprises the following steps: classifying a fault signal, which indicates a fault of the electronic actuating device, as a fault signal of a first fault category if the fault is a fault in the case of which a switchover from the electronic actuating device afflicted with the fault to the pneumatic actuating device leads to an improvement in the outputting of the brake pressure; and switching from the electronic actuating device to the pneumatic actuating device, in order to output the brake pressure using the pneumatic actuating device, if the fault signal is a fault signal of the first fault category. characterised in that, in the step of classifying, the fault signal is classified as a fault signal of a further fault category, if the fault is a fault in the case of which it is uncertain whether a switchover from the electronic actuating device afflicted with the fault to the pneumatic actuating device leads to an improvement in the outputting of the brake pressure, and having a step of at least temporarily switching over from the electronic actuating device to the pneumatic actuating device, in order to at least temporarily output the brake pressure using the pneumatic actuating device, if the fault signal is a fault signal of the further fault category. classifying a fault signal, which indicates a fault of the electronic actuating device, as a fault signal of a first fault category if the fault is a fault in the case of which a switchover from the electronic actuating device afflicted with the fault to the pneumatic actuating device leads to an improvement in the outputting of the brake pressure; and switching from the electronic actuating device to the pneumatic actuating device, in order to output the brake pressure using the pneumatic actuating device, if the fault signal is a fault signal of the first fault category. characterised in that, in the step of classifying, the fault signal is classified as a fault signal of a further fault category, if the fault is a fault in the case of which it is uncertain whether a switchover from the electronic actuating device afflicted with the fault to the pneumatic actuating device leads to an improvement in the outputting of the brake pressure, and having a step of at least temporarily switching over from the electronic actuating device to the pneumatic actuating device, in order to at least temporarily output the brake pressure using the pneumatic actuating device, if the fault signal is a fault signal of the further fault category.
A method of preparing a copolymerized polyester resin containing isosorbide, comprising: adding glycols including isosorbide to carboxylic acid such that a molar ratio of total glycols to carboxylic acid is 1.05-3.0 to allow esterification to occur, thus obtaining an esterification product; and polycondensing the esterification product in the presence of a titanium-based compound as a polycondensation catalyst and a phosphorus compound as a stabilizer, in which, based on weight of the final polymer, the titanium-based compound is used in an amount of 1-100 ppm of titanium element, the phosphorus compound is used in an amount of 30-50 ppm of phosphorus element and cobalt acetate or cobalt propionate as a coloring agent in an amount of 0-100 ppm. wherein the titanium-based compound is selected from the group consisting of a copolymer of titanium dioxide and silicon dioxide, a copolymer of titanium dioxide and zirconium dioxide, and mixtures thereof. adding glycols including isosorbide to carboxylic acid such that a molar ratio of total glycols to carboxylic acid is 1.05-3.0 to allow esterification to occur, thus obtaining an esterification product; and polycondensing the esterification product in the presence of a titanium-based compound as a polycondensation catalyst and a phosphorus compound as a stabilizer, in which, based on weight of the final polymer, the titanium-based compound is used in an amount of 1-100 ppm of titanium element, the phosphorus compound is used in an amount of 30-50 ppm of phosphorus element and cobalt acetate or cobalt propionate as a coloring agent in an amount of 0-100 ppm. wherein the titanium-based compound is selected from the group consisting of a copolymer of titanium dioxide and silicon dioxide, a copolymer of titanium dioxide and zirconium dioxide, and mixtures thereof.
Method for operating a medical system characterised by - acquiring ID tags of objects (1, 2, 15, 16) which are combined to form the medical system, - determining a situation identifier corresponding to a medical procedure from the acquired ID tags of the objects, - checking the ID tags of the objects by means of corresponding values in a database from which the corresponding values are obtained on the basis of the determined situation identifier, and - outputting a notification if, for the determined situation identifier, the corresponding values in the database reveal that at least one object is missing from the objects (1, 2, 15, 16) combined to form the medical system, or - automatically setting a device, which corresponds to one of the objects of the medical system, according to one of the corresponding values from the database. - acquiring ID tags of objects (1, 2, 15, 16) which are combined to form the medical system, - determining a situation identifier corresponding to a medical procedure from the acquired ID tags of the objects, - checking the ID tags of the objects by means of corresponding values in a database from which the corresponding values are obtained on the basis of the determined situation identifier, and - outputting a notification if, for the determined situation identifier, the corresponding values in the database reveal that at least one object is missing from the objects (1, 2, 15, 16) combined to form the medical system, or - automatically setting a device, which corresponds to one of the objects of the medical system, according to one of the corresponding values from the database.
A drive device comprising: a slide bearing; a shaft that passes through the slide bearing; a gear that is fixed to the shaft; and a grease composition that is held in a clearance between the slide bearing and the shaft, wherein at least one of the slide bearing and the shaft is made of a resin, the clearance is in a range of 10 to 110 μm, the grease composition contains a hydrocarbon base oil and lithium soap serving as a thickener, a weight ratio of the hydrocarbon base oil to the lithium soap is in a range of 94.5:5.5 to 96.0:4.0, and a consistency of the grease composition is in a range of 360 to 400, as measured by Japanese Industrial standard K2220. a slide bearing; a shaft that passes through the slide bearing; a gear that is fixed to the shaft; and a grease composition that is held in a clearance between the slide bearing and the shaft, wherein at least one of the slide bearing and the shaft is made of a resin, the clearance is in a range of 10 to 110 μm, the grease composition contains a hydrocarbon base oil and lithium soap serving as a thickener, a weight ratio of the hydrocarbon base oil to the lithium soap is in a range of 94.5:5.5 to 96.0:4.0, and a consistency of the grease composition is in a range of 360 to 400, as measured by Japanese Industrial standard K2220.
Measuring device for detecting and displaying electric variables, in particular for detecting and displaying voltage, current and/or resistance values, the measuring device (100, 200) comprising a housing (112, 212), a measuring unit, which is disposed in the housing (112, 212), at least one testing electrode and/or at least one terminal for at least one testing electrode, which testing electrode or terminal is connected in an electrically conductive manner to the measuring unit, a display device (150, 250), which is attached to the housing (112, 212) and which is coupled to the measuring unit so that an item of measurement information obtained from the measuring unit can be displayed, characterised in that the display device (150, 250) extends over an edge (113, 213a, 213b) of the housing so that the display device (150, 250) covers both at least a first part of a first outer side of the housing (112, 212) and also at least a second part of a second outer side of the housing (112, 212), wherein the first outer side and the second outer side are oriented at an angle, in particular perpendicular, to one another.
Riveting tool having a shaft configured as a hollow body for receiving a plurality of rivets, and having a riveting mouthpiece which is equipped with a bearing surface as abutment for transmitting the deformation force to a rivet head of the rivet, wherein the riveting tool has a plurality of riveting mouthpiece holding jaws which are movable relative to one another and which are movable, counter to the restoring force of a spring element, from a working position, in which the bearing surface bears against the rivet head and encloses a mandrel of the rivet, into an open position, in which the riveting mouthpiece holding jaws free a passage for the rivet head, wherein it is additionally possible to set on the riveting tool a service position pivoted about a longitudinal axis of the shaft into an angular position different from the working position, in which service position the riveting mouthpiece holding jaws can be temporarily fixed in an open position displaced translationally in the direction of the longitudinal axis of the shaft, and that, in this service position, at least one formation of the respective riveting mouthpiece holding jaw bears against a receptacle blocking the automatic restoring movement, wherein the receptacle extends, in the direction of the longitudinal axis, constantly between a first cross-sectional plane corresponding to the working position as far as a second cross-sectional plane axially spaced apart from the latter and corresponding to the service position, wherein the formations of different riveting mouthpiece holding jaws bear against mutually opposite flanks on both sides of a maximum distal extent of the receptacle, characterized in that the receptacle is formed by a portion of an end face of the shaft, against which end face a radial projection of the formation bears in the service position, with the result that the formation slides along the receptacle, which acts as a supporting surface, by a simple relative rotational movement of the riveting mouthpiece holding jaws with respect to the shaft, and thereby simultaneously carries out an axial movement according to the principle of a slotted guide, and a further position of the riveting mouthpiece holding jaws, as service position of the riveting mouthpiece holding jaws, can be set by a rotational movement about a longitudinal axis of the shaft.
A manual breastpump, wherein the breastpump comprises: a milk expression mechanism having a lever coupled to a flexible membrane to form an expansible vacuum chamber for generating a primary pressure for applying an intermittent force upon a portion of a woman's breast placed within a shield; characterized in that the breastpump further comprises a manually operated milk ejection mechanism having a flexible dome-shaped ejection button attached to a top wall of the vacuum chamber such that an ejection chamber that is formed under the ejection button is permitted fluid communication with the vacuum chamber for generating a secondary pressure which is less than the primary pressure and which is communicated to the shield to cause letdown.
Multi-component extrusion die head for producing a composite tube, comprising an extrusion nozzle, a main die head, which is configured for supplying the extrusion nozzle with a first melt flow and a second melt flow, wherein the first melt flow and the second melt flow are guided separately from one another in the extrusion nozzle in a conveying direction oriented away from the main die head in the direction of a nozzle outlet of the extrusion nozzle, as well as comprising a melt flow distributor device which is arranged in the extrusion nozzle and outside the main die head and which is configured for splitting the first melt flow in a peripheral direction thereof and which is configured for supplying the second melt flow to the split first melt flow in such a way that at least one section (62, 63) of the second melt flow is arranged within the first melt flow in the peripheral direction, characterized in that the melt flow distributor device is arranged in or on the nozzle outlet.
A composition comprising inulin and arabinoxylan for use in reducing, preventing and/or treating inflammation, wherein said arabinoxylan is partially hydrolyzed arabinoxylan and wherein the ratio of said inulin to said arabinoxylan and/or partially hydrolyzed arabinoxylan is between 65%/35% by weight and 90%/10% by weight, and wherein said composition comprises at least 65% by weight inulin.
System for configuring a management system for a parking area, wherein the system comprises the following: - a movable platform for scanning the parking area; - a navigation device for determining a position of the platform in the parking area; - a vehicle sensor of the management system, wherein the vehicle sensor is configured to detect when a motor vehicle approaches; - wherein the platform is configured to be detected by the vehicle sensor as a motor vehicle; and - a control device which is configured to control the platform to scan the parking area and to assign the position of the vehicle sensor detecting the approach to a position of the platform. - a movable platform for scanning the parking area; - a navigation device for determining a position of the platform in the parking area; - a vehicle sensor of the management system, wherein the vehicle sensor is configured to detect when a motor vehicle approaches; - wherein the platform is configured to be detected by the vehicle sensor as a motor vehicle; and - a control device which is configured to control the platform to scan the parking area and to assign the position of the vehicle sensor detecting the approach to a position of the platform.
A cobalt catalyst, comprising a carrier and a catalytically active substance; wherein the carrier is a cobalt-based substrate material, the cobalt-based substrate material is at least one selected from the group consisting of a cobalt foam, a cobalt sheet, a cobalt foil, and a cobalt wire; the catalytically active substance is grown on a surface of the carrier; characterized in that the catalytically active substance is cobalt oxyhydroxide, a morphology of the catalytically active substance is hydrangea-like nanospheres, a surface of each of the hydrangea-like nanospheres is a three-dimensional structure assembled by nano-sheets. the carrier is a cobalt-based substrate material, the cobalt-based substrate material is at least one selected from the group consisting of a cobalt foam, a cobalt sheet, a cobalt foil, and a cobalt wire; the catalytically active substance is grown on a surface of the carrier; characterized in that the catalytically active substance is cobalt oxyhydroxide, a morphology of the catalytically active substance is hydrangea-like nanospheres, a surface of each of the hydrangea-like nanospheres is a three-dimensional structure assembled by nano-sheets.
A dishwashing detergent comprising a hydrogen peroxide source, a bleach catalyst and a protease, characterized in that the bleach catalyst is selected from the group of complexes of manganese having 1,4,7-trimethyl-1,4,7-triazacyclononane (Me-TACN) or 1,2,4,7-tetramethyl-1,4,7-triazacyclononane (Me/Me-TACN), and the protease comprises an amino acid sequence that is at least 99% identical to the amino acid sequence specified in SEQ ID NO. 3.
A method for producing a conjugated diene rubber, comprising: a first step of obtaining a conjugated diene polymer chain having an active end by polymerizing a monomer comprising a conjugated diene compound and a vinyl compound having a silicon atom-containing functional group using a polymerization initiator in an inert solvent; a second step of reacting a siloxane compound with the active end of the conjugated diene polymer chain having the active end; and a third step of reacting a hydrocarbyloxysilane compound with the conjugated diene polymer chain with which the siloxane compound is reacted that is obtained in the second step. a first step of obtaining a conjugated diene polymer chain having an active end by polymerizing a monomer comprising a conjugated diene compound and a vinyl compound having a silicon atom-containing functional group using a polymerization initiator in an inert solvent; a second step of reacting a siloxane compound with the active end of the conjugated diene polymer chain having the active end; and a third step of reacting a hydrocarbyloxysilane compound with the conjugated diene polymer chain with which the siloxane compound is reacted that is obtained in the second step.
Loading installation for agricultural goods to be transported, in particular for bulk goods, having a shovel device which, for forming a loading space, includes a loading floor including a front loading edge and two sides (12, 14) adjoining laterally thereto, and a rear wall configured as a displacement plate, which by means of a displacement mechanism is displaceably guided on the mutually opposite sides (12, 14) between an initial position which is remote from the loading edge and an unloading position which is proximate to the loading edge, characterized in that the displacement mechanism includes at least two hydraulic cylinders (32, 34) which are substantially aligned so as to be parallel with the loading floor and which, by way of their cylinder portions, are immediately intercoupled and which are aligned so as to be mutually opposed, and wherein the piston rod of one hydraulic cylinder is coupled to a support frame and the piston rod of the other hydraulic cylinder is coupled to a side of the rear wall which faces away from the loading floor.
A moving-image reproducing apparatus comprising: reading means configured to read out a header of a moving image file, wherein the header includes information about a data size of a frame of the moving image; determining means configured to determine whether a frame of the moving image has the same image as that of a previous frame on the basis of the information from the header read out by the reading means without decompression, wherein the determining means is configured to determine a frame of the moving image has the same image as that of a previous frame if the data size of the frame is equal to a predetermined value; input controlling means configured to cause compressed frame data about a frame that is not determined to have the same image as that of the previous frame to be input into decompressing means, and to cause compressed frame data about a frame that is determined to have the same image as that of the previous frame not to be input into the decompressing means during normal reproduction; and display controlling means configured to cause the image in the frame data decompressed by the decompressing means to be displayed as at least one frame. reading means configured to read out a header of a moving image file, wherein the header includes information about a data size of a frame of the moving image; determining means configured to determine whether a frame of the moving image has the same image as that of a previous frame on the basis of the information from the header read out by the reading means without decompression, wherein the determining means is configured to determine a frame of the moving image has the same image as that of a previous frame if the data size of the frame is equal to a predetermined value;