mhurhangee/ep-ind-claims huggingface dataset:
An electroconductive composition, wherein a mixture of at least one selected from the group consisting of an alkylamine salt and an imidazole salt of a benzene skeleton sulfonic acid or a naphthalene skeleton sulfonic acid, having at least one OH group and at least one sulfonate group; and a persulfate organic salt is served as an oxidant and a dopant; and wherein a monomer, selected from the group consisting of thiophene and derivatives thereof is polymerized.
Carrier for mounting a vehicle device for a motor vehicle, with a main structure, the main structure being formed from plastic, and with at least one attachment point (8, 9) for arranging the vehicle device on the carrier (1, 100), an insert element (27, 28, 37, 38) made from metal for absorbing forces in a crash scenario being received in an edge region (3, 4) of the main structure, and the insert element (27, 28, 37, 38) being surrounded by the plastic of the main structure, the insert element (27, 28, 37, 38) having a plurality of recesses, by way of which a weight reduction and at the same time a penetration of the insert elements (27, 28, 37, 38) with the plastic of the main structure are achieved, characterized in that the insert element (27, 28, 37, 38) has in each case one holder at two ends which face away from one another in the longitudinal direction, the holder being connected to a connecting device (29, 30, 31, 32) of the carrier (1, 100).
A module of a seal or transition for cables or wires, which module is to be placed inside a frame together with one or more compression units, and which module comprises two module halves, wherein each module half comprises an outer part (3, 17, 19, 21, 23, 25, 27, 30, 33), which outer part has a straight section and two end sections (3") at the ends of the straight section and placed perpendicular to the straight section, giving a U-form in end view, wherein an inner part (5, 18, 20, 22, 24, 26, 28, 31, 34) is placed in a recess formed between the end sections of the outer part and wherein the inner part has a number of layers formed and separated by cuts, and wherein the inner part (5, 18, 20, 22, 24, 26, 28, 31, 34) is made of a softer material than the outer part (3, 17, 19, 21, 23, 25, 27, 30, 33), characterized in that the cuts stop short of an outer surface of the inner part (5, 18, 20, 22, 24, 26, 28, 31, 34), opposite to the straight section, whereby material bridges are formed.
A magnetic field sensor, comprising: a die; a coil proximate the die to generate a magnetic field; and a magnetic field sensing element on said die, wherein the magnetic field sensing element is arranged to detect changes in the magnetic field generated by the coil as a result of movement of a ferromagnetic target, and characterized in that the magnetic field sensor further comprises an adjustable current source coupled to the coil and arranged such that alignment changes of the magnetic field generated by the coil with respect to the magnetic field sensing element caused by movement of the target are detected by the magnetic field sensing element, and the magnetic field sensor is arranged to pulse or adjust the current in the coil based on the location of the target. a die; a coil proximate the die to generate a magnetic field; and a magnetic field sensing element on said die, wherein the magnetic field sensing element is arranged to detect changes in the magnetic field generated by the coil as a result of movement of a ferromagnetic target, and characterized in that the magnetic field sensor further comprises an adjustable current source coupled to the coil and arranged such that alignment changes of the magnetic field generated by the coil with respect to the magnetic field sensing element caused by movement of the target are detected by the magnetic field sensing element, and the magnetic field sensor is arranged to pulse or adjust the current in the coil based on the location of the target.
Comer-cleaning module, which has: a suction opening for vacuuming a suction region, a blower unit, which is designed to generate a suction air flow, wherein the flow path for the suction air flow extends to the suction opening, and a mechanical interface, with which a detachable mechanical connection is able to be formed between the comer-cleaning module and a robot unit, wherein the suction opening is arranged on the comer-cleaning module such that when coupling the comer-cleaning module to the robot unit the suction opening protrudes so far out over an outer contour of the robot unit that a suction region outside the outer contour of the robot unit is able to be vacuumed by the suction opening, wherein the suction region of the suction opening is situated outside the outer contour of the robot unit, wherein, when coupling the comer-cleaning module to the robot unit, the corner-cleaning module protrudes to the side over the outer contour of the robot unit, when viewed in the forward travel direction of the robot unit, and the suction opening is arranged to the side of the robot unit, when viewed in the forward travel direction of the robot unit, characterised in that the comer-cleaning module has an energy interface, via which the comer-cleaning module is able to be supplied with energy from the robot unit. a suction opening for vacuuming a suction region, a blower unit, which is designed to generate a suction air flow, wherein the flow path for the suction air flow extends to the suction opening, and a mechanical interface, with which a detachable mechanical connection is able to be formed between the comer-cleaning module and a robot unit, wherein the suction opening is arranged on the comer-cleaning module such that when coupling the comer-cleaning module to the robot unit the suction opening protrudes so far out over an outer contour of the robot unit that a suction region outside the outer contour of the robot unit is able to be vacuumed by the suction opening, wherein the suction region of the suction opening is situated outside the outer contour of the robot unit, wherein, when coupling the comer-cleaning module to the robot unit, the corner-cleaning module protrudes to the side over the outer contour of the robot unit, when viewed in the forward travel direction of the robot unit, and the suction opening is arranged to the side of the robot unit, when viewed in the forward travel direction of the robot unit, characterised in that the comer-cleaning module has an energy interface, via which the comer-cleaning module is able to be supplied with energy from the robot unit.
A charged particle beam apparatus comprising: equipment that illuminates a sample with a charged particle beam; a detector (36, 112, 120, 150, 164, 166) that detects a particle of interest emitted from the sample, caused by illumination of the charged particle beam, and that outputs a detection signal including a radiant component caused by detection of radiant energy emitted from a heated subject, caused by heating of the sample; means (74, 126, 132, 140, 151, 164, 166) that identifies the radiant component through a processing of the detection signal or through selective detection of the radiant energy; a remover (76, 118, 128, 146, 158) that removes the radiant component from the detection signal; and a generator (48, 162) that generates an image representing the sample based on a detection signal from which the radiant component is removed. equipment that illuminates a sample with a charged particle beam; a detector (36, 112, 120, 150, 164, 166) that detects a particle of interest emitted from the sample, caused by illumination of the charged particle beam, and that outputs a detection signal including a radiant component caused by detection of radiant energy emitted from a heated subject, caused by heating of the sample; means (74, 126, 132, 140, 151, 164, 166) that identifies the radiant component through a processing of the detection signal or through selective detection of the radiant energy; a remover (76, 118, 128, 146, 158) that removes the radiant component from the detection signal; and a generator (48, 162) that generates an image representing the sample based on a detection signal from which the radiant component is removed.
A static mixer for mixing components in gas flows, having a housing in which are situated at least two baffle plates which are arranged one behind the other in the flow direction of the mixture components and which have in each case at least two eccentrically arranged holes, wherein the holes of the preceding baffle plate and the holes of the respectively following baffle plate are arranged offset with respect to one another by an angle about the central longitudinal axis, characterized in that all the holes of the preceding baffle plate are situated on one half of said preceeding baffle plate, whereas all the holes of the respectively following baffle plate are situated in correspondence of the other half of said preceeding baffle plate.
A fuel cell system, comprising: a fuel cell; a fuel tank; a fuel distribution pipe fluidly connecting the fuel tank with a fuel inlet of the fuel cell; a shroud surrounding at least a portion of the fuel distribution pipe; an inerting system configured to generate nitrogen enriched air, NEA, and oxygen enriched air, OEA; and an NEA pipe conducting the nitrogen enriched air into the shroud. a fuel cell; a fuel tank; a fuel distribution pipe fluidly connecting the fuel tank with a fuel inlet of the fuel cell; a shroud surrounding at least a portion of the fuel distribution pipe; an inerting system configured to generate nitrogen enriched air, NEA, and oxygen enriched air, OEA; and an NEA pipe conducting the nitrogen enriched air into the shroud.
A controller for controlling a vehicle driveline, in particular a driveline comprising a hydrostatic transmission, wherein the controller is configured to: output a control command for controlling at least one driveline component, including a working implement, according to a control map, the control map defining a dependence of the control command on at least a control position of an input device; receive at least one input signal (8, 18), the input signal (8, 18) comprising a plurality of signal values recorded at different times, wherein the signal values of the at least one input signal (8, 18) are indicative of an operator's handling of the input device, and at least one of: - the control position of the input device, - the at least one first condition of the driveline, and - at least one second condition of the driveline; derive a feature (27a, 27b, 28a, 28b; 35a, 35b, 36a, 36b) from the plurality of signal values; and adapt the control map based on the derived feature (27a, 27b, 28a, 28b; 35a, 35b, 36a, 36b). output a control command for controlling at least one driveline component, including a working implement, according to a control map, the control map defining a dependence of the control command on at least a control position of an input device; receive at least one input signal (8, 18), the input signal (8, 18) comprising a plurality of signal values recorded at different times, wherein the signal values of the at least one input signal (8, 18) are indicative of an operator's handling of the input device, and at least one of: - the control position of the input device, - the at least one first condition of the driveline, and - at least one second condition of the driveline; an operator's handling of the input device, and at least one of: - the control position of the input device, - the at least one first condition of the driveline, and - at least one second condition of the driveline; - the control position of the input device, - the at least one first condition of the driveline, and - at least one second condition of the driveline; derive a feature (27a, 27b, 28a, 28b; 35a, 35b, 36a, 36b) from the plurality of signal values; and adapt the control map based on the derived feature (27a, 27b, 28a, 28b; 35a, 35b, 36a, 36b).
A milking robot provided for automatically attaching teat cups to the teats of a milking animal and comprising a robot arm having a gripper device, wherein the gripper device comprises a support structure, characterized in that said gripper device comprises - two electromagnets for gripping two teat cups made of a magnetic material at a time, wherein - the support structure holds said two electromagnets; and - the milking robot is adapted, by aid of said gripper device, to fetch two teat cups at a time from a rack intended to store the teat cups, to move said two teat cups and to attach said two teat cups to teats of a milking animal, wherein - the distance between the two electromagnets is adapted to the distance between the teat cups when being arranged in said rack, wherein said milking robot is adapted to attach the two teat cups to teats of a milking animal in a sequential order. - two electromagnets for gripping two teat cups made of a magnetic material at a time, wherein - the support structure holds said two electromagnets; and - the milking robot is adapted, by aid of said gripper device, to fetch two teat cups at a time from a rack intended to store the teat cups, to move said two teat cups and to attach said two teat cups to teats of a milking animal, wherein - the distance between the two electromagnets is adapted to the distance between the teat cups when being arranged in said rack, wherein said milking robot is adapted to attach the two teat cups to teats of a milking animal in a sequential order.
An artificial heart valve device, comprising a tubular stent body having an inflow end, an outflow end and hollows, a leaflet arranged in a cavity of the stent body, and fixing structures connected with the stent body and configured for fixing the leaflet on the stent body, and the leaflet comprises at least two valve lobules and a connecting portion connecting two adjacent valve lobules; wherein the fixing structures are arranged in the hollows and each fixing structure comprises a fixing rod and a main body connected with the stent body; wherein one end of the fixing rod is connected with the main body, and the other end of the fixing rod is a free end characterized in that the main body is provided with a through hole; at least a part of the fixing rod is located in the through hole; wherein the free end of the fixing rod points to the outflow end of the stent body; and the connecting portion passes through the through hole and is hung on the free end to fix the leaflet on the stent body.
A safety anchor comprising: a base, which is fixable to a roof structure; an absorber; and a housing, which houses the absorber, wherein the absorber has a first end portion that is attached to the base and a second end portion that is attached to the housing, the second end portion of the absorber extends through an opening at the top of the housing, a fastening means for safety equipment or a tensioned cable is fixed to the second end portion of the absorber, wherein a clamping member provided within the housing clamps the housing against the base, the clamping member presses against a portion of the housing that is located proximal the base, and the clamping member comprises a reduced strength portion that deforms or fractures upon application of a predetermined load to the second end portion of the absorber, characterised in that the portion of the housing that is located proximal the base is sandwiched between the clamping member and the base. a base, which is fixable to a roof structure; an absorber; and a housing, which houses the absorber, wherein the absorber has a first end portion that is attached to the base and a second end portion that is attached to the housing, the second end portion of the absorber extends through an opening at the top of the housing, a fastening means for safety equipment or a tensioned cable is fixed to the second end portion of the absorber, wherein a clamping member provided within the housing clamps the housing against the base, the clamping member presses against a portion of the housing that is located proximal the base, and the clamping member comprises a reduced strength portion that deforms or fractures upon application of a predetermined load to the second end portion of the absorber, characterised in that the portion of the housing that is located proximal the base is sandwiched between the clamping member and the base.
Method for the provision, by a device to be managed of a first telecommunications network, to a management device for managing said device to be managed, which management device is located in a second telecommunications network, of an address (URL4') allowing said management device to make a request of the device to be managed for the establishment of a management session, at least one intermediate device being located between the first and second telecommunications networks, this provision method comprising steps implemented by the device to be managed, including: - a step of identifying a server able to control the intermediate device; - a step of sending the server a request for the establishment, by the intermediate device, of static routing to the device to be managed, allowing the packets received by the intermediate device and bound for a reachability address associated by the intermediate device with the device to be managed to be routed to a contact address of said device to be managed; - a step of receiving a response from the server comprising said reachability address associated by the intermediate device with the device to be managed; and - a step of providing the management device with an address (URL4') comprising the received reachability address, said address being intended to be used by the management device to make a request of the device to be managed for the establishment of a management session. - a step of identifying a server able to control the intermediate device; - a step of sending the server a request for the establishment, by the intermediate device, of static routing to the device to be managed, allowing the packets received by the intermediate device and bound for a reachability address associated by the intermediate device with the device to be managed to be routed to a contact address of said device to be managed; - a step of receiving a response from the server comprising said reachability address associated by the intermediate device with the device to be managed; and - a step of providing the management device with an address (URL4') comprising the received reachability address, said address being intended to be used by the management device to make a request of the device to be managed for the establishment of a management session.
A catalyst carrier containing a composite oxide that is represented by a composition formula of 9.33-δ M2 6 O 27.00-γ wherein, in the formula, 0.5 ≤ δ ≤ 3.0, 0.0 < γ ≤ 6.0; "M1" includes Ba and Y; and "M2" includes one or two or more kinds selected from the group consisting of Si, P, and Fe; a molar ratio of the content of Ba with respect to the content of La is from 0.3 to 1.5 in the composite oxide, provided that La 3.53 Pr 1.80 Ba 2.00 Y 1.00 Si 6.00 O 24. 10 and La 3.83 Pr 1.50 Ba 2.00 Y 1.00 Si 6.00 O 24.00 are excluded.
A method comprising: receiving metadata for a piece of digital content, wherein the metadata comprises a primary image and text that is used to describe the piece of digital content; analyzing the primary image to detect one or more objects; selecting one or more secondary images corresponding to the one or more detected objects by identifying a set of secondary image coordinates of the primary image for the one or more detected objects; and generating a data structure for the piece of digital content comprising the secondary image coordinates of the primary image for the one or more secondary images; wherein, in response to a user request, the piece of digital content is described in a menu by a preferred secondary image determined based on at least a user preference and presented based on the secondary image coordinates for the preferred secondary image in the generated data structure. receiving metadata for a piece of digital content, wherein the metadata comprises a primary image and text that is used to describe the piece of digital content; analyzing the primary image to detect one or more objects; selecting one or more secondary images corresponding to the one or more detected objects by identifying a set of secondary image coordinates of the primary image for the one or more detected objects; and generating a data structure for the piece of digital content comprising the secondary image coordinates of the primary image for the one or more secondary images; wherein, in response to a user request, the piece of digital content is described in a menu by a preferred secondary image determined based on at least a user preference and presented based on the secondary image coordinates for the preferred secondary image in the generated data structure.
Method for operating an automation appliance in combination with a connected operator control appliance, where the automation appliance comprises encoding means for encoding media data, and the operator control appliance comprises decoding means for decoding such media data, having the following method steps: at least one data item is sent from the operator control appliance to the automation appliance in order to request media data from the automation appliance, media data are generated by the encoding means in line with the received data item, the media data are transmitted from the automation appliance to the connected operator control appliance, the received media data are decoded, particularly decoded and reproduced, on the operator control appliance by the decoding means, where, to obtain the media data, static media data from a first database for static media data which is held on the automation appliance or to which the automation appliance has access and dynamic media data from a second database for dynamic media data which is held on the automation appliance or to which the automation appliance has access are combined, where the dynamic media data comprise data relating to the status and/or to the configuration of the automation appliance and where the media data are produced from a combination of static media data, representing screen masks, and dynamic media data, representing individual status and/or configuration information from the automation appliance. at least one data item is sent from the operator control appliance to the automation appliance in order to request media data from the automation appliance, media data are generated by the encoding means in line with the received data item, the media data are transmitted from the automation appliance to the connected operator control appliance, the received media data are decoded, particularly decoded and reproduced, on the operator control appliance by the decoding means, where, to obtain the media data, static media data from a first database for static media data which is held on the automation appliance or to which the automation appliance has access and dynamic media data from a second database for dynamic media data which is held on the automation appliance or to which the automation appliance has access are combined, where the dynamic media data comprise data relating to the status and/or to the configuration of the automation appliance and where the media data are produced from a combination of static media data, representing screen masks, and dynamic media data, representing individual status and/or configuration information from the automation appliance.