mhurhangee/ep-ind-claims huggingface dataset:
An electronic assembly comprising: a first electronic hybrid assembly; a second electronic hybrid assembly; and a heat sink having a center wall, the first electronic hybrid assembly and the second electronic hybrid assembly being mounted on opposing sides of the center wall from one another, characterized by: a first substrate fabricated from a ceramic material and contained within the first electronic hybrid assembly and connected to the heat sink, and a second substrate fabricated from a ceramic material and contained within the second electronic hybrid assembly and connected to the heat sink; wherein the first electronic hybrid assembly includes a first outer cover and houses at least one electronic component mounted to the first substrate and the second electronic hybrid assembly includes a second outer cover and houses at least one electronic component mounted to the second substrate; wherein the heat sink includes a first column disposed at a first end of the heat sink, and a second column disposed at a second opposing end of the heat sink with the center wall extending between the first column and the second column; and wherein the first column and second column have threaded holes (26a, 26b) to receive a fastener (28a, 28b) for connecting the electronic assembly to a circuit board. a first electronic hybrid assembly; a second electronic hybrid assembly; and a heat sink having a center wall, the first electronic hybrid assembly and the second electronic hybrid assembly being mounted on opposing sides of the center wall from one another, characterized by: a first substrate fabricated from a ceramic material and contained within the first electronic hybrid assembly and connected to the heat sink, and a second substrate fabricated from a ceramic material and contained within the second electronic hybrid assembly and connected to the heat sink; a first substrate fabricated from a ceramic material and contained within the first electronic hybrid assembly and connected to the heat sink, and a second substrate fabricated from a ceramic material and contained within the second electronic hybrid assembly and connected to the heat sink; wherein the first electronic hybrid assembly includes a first outer cover and houses at least one electronic component mounted to the first substrate and the second electronic hybrid assembly includes a second outer cover and houses at least one electronic component mounted to the second substrate; wherein the heat sink includes a first column disposed at a first end of the heat sink, and a second column disposed at a second opposing end of the heat sink with the center wall extending between the first column and the second column; and wherein the first column and second column have threaded holes (26a, 26b) to receive a fastener (28a, 28b) for connecting the electronic assembly to a circuit board.
A diffractive element with a flat functional substrate having a first side, a fine structure being disposed in the first side, and the functional substrate with the first side thereof being disposed on a flat carrier substrate, the carrier substrate having a higher rigidity than the functional substrate, the functional substrate having a thickness of less than or equal to 1/20 of the planar extension, characterized in that the functional substrate and the carrier substrate comprise or consist of the same material, the carrier substrate having a thickness of greater than or equal to 1/15 of the planar extension, and the diffractive element being produced by a method in which a fine structure is introduced into a first side of a flat functional substrate, and the flat functional substrate being applied with its first side onto a more rigid, flat carrier substrate having a higher degree of surface flatness than the surface flatness of the first side of the functional substrate before the fine structure is introduced. a flat functional substrate having a first side, a fine structure being disposed in the first side, and the functional substrate with the first side thereof being disposed on a flat carrier substrate, the carrier substrate having a higher rigidity than the functional substrate, the functional substrate having a thickness of less than or equal to 1/20 of the planar extension, characterized in that the functional substrate and the carrier substrate comprise or consist of the same material, the carrier substrate having a thickness of greater than or equal to 1/15 of the planar extension, and the diffractive element being produced by a method in which a fine structure is introduced into a first side of a flat functional substrate, and the flat functional substrate being applied with its first side onto a more rigid, flat carrier substrate having a higher degree of surface flatness than the surface flatness of the first side of the functional substrate before the fine structure is introduced.
An induction heating coil comprising: a primary coil to which electric power is supplied; and a ring-shaped secondary coil (5, 205, 305, 405) forming a closed circuit, characterized in that the primary coil comprises a base-side portion that covers an outer periphery of the secondary coil (5, 205, 305, 405) and a distal-side portion extending from the base-side portion in a center axis direction of the secondary coil (5, 205, 305, 405) in a state in which the base-side portion covers the secondary coil (5, 205, 305, 405), and an inner diameter of the base-side portion is greater than an inner diameter of the distal-side portion, and wherein the secondary coil (5, 205, 305, 405) is provided such that the secondary coil (5, 205, 305, 405) is removably inserted into the primary coil from the base-side portion of the primary coil. a primary coil to which electric power is supplied; and a ring-shaped secondary coil (5, 205, 305, 405) forming a closed circuit, characterized in that the primary coil comprises a base-side portion that covers an outer periphery of the secondary coil (5, 205, 305, 405) and a distal-side portion extending from the base-side portion in a center axis direction of the secondary coil (5, 205, 305, 405) in a state in which the base-side portion covers the secondary coil (5, 205, 305, 405), and an inner diameter of the base-side portion is greater than an inner diameter of the distal-side portion, and wherein the secondary coil (5, 205, 305, 405) is provided such that the secondary coil (5, 205, 305, 405) is removably inserted into the primary coil from the base-side portion of the primary coil.
A compound of formula: for use in the treatment of prostate carcinoma; mammary carcinoma; pancreatic carcinoma; lung carcinoma; gastrointestinal tract carcinoma, kidney cancer; thyroid carcinoma; uterine carcinoma; or adrenal carcinoma; and wherein the prostate carcinoma is resistant to anti androgen targeted therapy.
An electronic device comprising a chassis module and a rolling display arrangement, said rolling display arrangement partially enclosing said chassis module and being configured to slide between a retracted position and an extended position, wherein the chassis module comprises a body having a rounded edge and a first part of a magnetic pair in at least a mid-section of the body proximal to the rounded edge, and the rolling display arrangement comprises a foldable sheet and a support arrangement arranged to support the foldable sheet, wherein the rolling display arrangement further comprises a second part of the magnetic pair in at least a section opposing the first part of the magnetic pair when the rolling display arrangement is in the retracted position, said first part and second part of the magnetic pair being magnetically attracted to each other, characterized in that at least one roller is positioned adjacent to the first part of the magnetic pair, said at least one roller having a diameter larger than the thickness of the body to provide for a clearance between the surface of the first part of the magnetic pair and the rolling display arrangement. the chassis module comprises a body having a rounded edge and a first part of a magnetic pair in at least a mid-section of the body proximal to the rounded edge, and the rolling display arrangement comprises a foldable sheet and a support arrangement arranged to support the foldable sheet, wherein the rolling display arrangement further comprises a second part of the magnetic pair in at least a section opposing the first part of the magnetic pair when the rolling display arrangement is in the retracted position, said first part and second part of the magnetic pair being magnetically attracted to each other, characterized in that at least one roller is positioned adjacent to the first part of the magnetic pair, said at least one roller having a diameter larger than the thickness of the body to provide for a clearance between the surface of the first part of the magnetic pair and the rolling display arrangement.
Method for the computer-aided checking of a component fault tree for a technical system, characterized in that a processor performs the following method steps: - executing a fault effect simulation for a virtual prototype of the technical system, wherein the fault effect simulation is created on the basis of the specification of the component fault tree of the system, wherein - the specification of the component fault tree comprises fault states for components (c 1, c 2, c 3, c 4, c 5, c 6) of the technical system which are generated by predefined disturbances at the components (c 1, c 2, c 3, c 4, c 5, c 6); - the predefined disturbances are assigned to the fault states; - stimulating the fault effect simulation with the predefined disturbances, wherein the predefined disturbances are transmitted as fault signals to the components (c 1, c 2, c 3, c 4, c 5, c 6); - detecting stimulation faults which are generated by the step of stimulating the fault effect simulation, wherein stimulation faults are a deviation from the expected behaviour of the system; and - checking the component fault tree by comparing the stimulation faults with the fault states, wherein a first control signal is provided, which indicates the correctness of the component fault tree, if the stimulation faults correspond to the fault states. - executing a fault effect simulation for a virtual prototype of the technical system, wherein the fault effect simulation is created on the basis of the specification of the component fault tree of the system, wherein - the specification of the component fault tree comprises fault states for components (c 1, c 2, c 3, c 4, c 5, c 6) of the technical system which are generated by predefined disturbances at the components (c 1, c 2, c 3, c 4, c 5, c 6); - the predefined disturbances are assigned to the fault states; - the specification of the component fault tree comprises fault states for components (c 1, c 2, c 3, c 4, c 5, c 6) of the technical system which are generated by predefined disturbances at the components (c 1, c 2, c 3, c 4, c 5, c 6); - the predefined disturbances are assigned to the fault states; - stimulating the fault effect simulation with the predefined disturbances, wherein the predefined disturbances are transmitted as fault signals to the components (c 1, c 2, c 3, c 4, c 5, c 6); - detecting stimulation faults which are generated by the step of stimulating the fault effect simulation, wherein stimulation faults are a deviation from the expected behaviour of the system; and - checking the component fault tree by comparing the stimulation faults with the fault states, wherein a first control signal is provided, which indicates the correctness of the component fault tree, if the stimulation faults correspond to the fault states.
An immunogenic polypeptide comprising a stabilized C-terminal OspA domain, characterized in that said C-terminal OspA domain comprises at least three specific OspA epitopes each from distinct Borrelia strains causing Lyme Borreliosis, wherein said C-terminal OspA domain is able to induce a protective immune response to all of said distinct Borrelia strains, and wherein the C-terminal OspA domain is selected from the group consisting of SEQ ID NO: 9; SEQ ID NO: 10, SEQ ID NO: 12, SEQ ID NO: 13 and immunogenic variants thereof that have at least 80% sequence identity to at least one of SEQ ID NO: 9; SEQ ID NO: 10, SEQ ID NO: 12 or SEQ ID NO: 13.
A breastmilk pump for pumping breastmilk, comprising: a body; a funnel having a distal end and a proximal end; a vacuum unit; a lower manipulating mechanism; wherein: said funnel is designed to fit into said body; said funnel's proximal end has a conic shape designed to embrace a nipple, and is made of a flexible material; said lower manipulating mechanism is a tongue-imitating mechanism designed to mimic a baby's tongue movement during breastfeeding; and characterized in that the lower manipulating mechanism is located at a movable base that is associated with said body and that can move in relation to the body, to thereby adjust the location and orientation of the funnel's lower part by moving the tongue-imitating mechanism relative to the nipple within the funnel. a body; a funnel having a distal end and a proximal end; a vacuum unit; a lower manipulating mechanism; wherein: said funnel is designed to fit into said body; said funnel's proximal end has a conic shape designed to embrace a nipple, and is made of a flexible material; said lower manipulating mechanism is a tongue-imitating mechanism designed to mimic a baby's tongue movement during breastfeeding; and characterized in that the lower manipulating mechanism is located at a movable base that is associated with said body and that can move in relation to the body, to thereby adjust the location and orientation of the funnel's lower part by moving the tongue-imitating mechanism relative to the nipple within the funnel. said funnel is designed to fit into said body; said funnel's proximal end has a conic shape designed to embrace a nipple, and is made of a flexible material; said lower manipulating mechanism is a tongue-imitating mechanism designed to mimic a baby's tongue movement during breastfeeding; and characterized in that the lower manipulating mechanism is located at a movable base that is associated with said body and that can move in relation to the body, to thereby adjust the location and orientation of the funnel's lower part by moving the tongue-imitating mechanism relative to the nipple within the funnel.
A sheet manufacturing apparatus comprising: a defibrating unit configured to defibrate in an atmosphere a raw material that contains a fiber; a mixing unit configured to mix in the atmosphere a defibrated material that the defibrating unit has defibrated and a solid resin; an accumulating unit configured to accumulate a mixture of the defibrated material and the resin that the mixing unit has mixed; a moisture adjusting unit configured to apply a liquid to substantially the entirety of an accumulation of the mixture that the accumulating unit has accumulated; a pressurizing unit configured to pressurize the accumulation; a liquid application unit, wherein the liquid application unit is configured to apply the liquid to the accumulation that the pressurizing unit has pressurized, and is configured to apply a liquid to only a portion of the accumulation to which the moisture adjusting unit has applied the liquid; and a heating unit configured to form a sheet by heating the accumulation to which the liquid application unit has applied the liquid. a defibrating unit configured to defibrate in an atmosphere a raw material that contains a fiber; a mixing unit configured to mix in the atmosphere a defibrated material that the defibrating unit has defibrated and a solid resin; an accumulating unit configured to accumulate a mixture of the defibrated material and the resin that the mixing unit has mixed; a moisture adjusting unit configured to apply a liquid to substantially the entirety of an accumulation of the mixture that the accumulating unit has accumulated; a pressurizing unit configured to pressurize the accumulation; a liquid application unit, wherein the liquid application unit is configured to apply the liquid to the accumulation that the pressurizing unit has pressurized, and is configured to apply a liquid to only a portion of the accumulation to which the moisture adjusting unit has applied the liquid; and a heating unit configured to form a sheet by heating the accumulation to which the liquid application unit has applied the liquid.
Battery having at least one battery module which comprises a plurality of battery cells which are arranged next to one another, wherein the battery module is arranged on a base plate of the battery or a base plate of a sub-unit of the battery, wherein at least one of the battery cells has a battery cell housing with at least one shaped portion and by way of the shaped portion this one of the battery cells or the battery module is fixed on the base plate by means of at least one retaining element which has an undercut, characterized in that the undercut of the at least one retaining element is designed in the manner of a spherical cap in such a way that the undercut makes contact with the shaped portion only at one point.
Method for urea production in a urea production plant comprising a urea synthesis section, a concentrating section and a prilling tower, said method comprising the steps of: (a) urea synthesis from ammonia and carbon dioxide in the urea synthesis section, resulting in a urea solution, (b) concentration of the urea solution in at least three concentrating steps in the concentration section, yielding in a last step a urea melt, and (c) formation of urea prills from the urea melt in the prilling tower, wherein the residence time of the urea melt during transport between a last concentrating step in (b) and step (c) is less than 20 sec. (a) urea synthesis from ammonia and carbon dioxide in the urea synthesis section, resulting in a urea solution, (b) concentration of the urea solution in at least three concentrating steps in the concentration section, yielding in a last step a urea melt, and (c) formation of urea prills from the urea melt in the prilling tower, wherein the residence time of the urea melt during transport between a last concentrating step in (b) and step (c) is less than 20 sec.
Use of a plurality of snap fasteners both for producing a mechanically releasable fastening of a head cushion to a backrest of a vehicle seat and for producing a mechanically interruptible electrical connection of an electric heater of the head cushion to an electrical supply of same, wherein the snap fasteners comprise - a female snap fastener part, at the blind cap crimping region (1.2.1) of which a first electric cable (1.4) is crimped, and - a male snap fastener part, at the crimping region (2.1.1) of which a second electric cable (1.4) is crimped, for producing a mechanically interruptible electrical connection, wherein the female snap fastener part for producing a connection to a corresponding male snap fastener part comprises a basic element (1.1), which is in the form of a spring element, and a blind cap (1.2), wherein the female snap fastener part is designed for producing a mechanically interruptible electrical connection to the male snap fastener part, and wherein the blind cap (1.2) has a blind cap crimping region (1.2.1), and wherein the male snap fastener part for producing a connection to the corresponding female snap fastener part comprises a rivet element (2.1) and a ball element (2.2), wherein the male snap fastener part is designed for producing a mechanically interruptible electrical connection to the female snap fastener part, and wherein the rivet element (2.1) has a crimping region (2.1.1). - a female snap fastener part, at the blind cap crimping region (1.2.1) of which a first electric cable (1.4) is crimped, and - a male snap fastener part, at the crimping region (2.1.1) of which a second electric cable (1.4) is crimped,
A haemostatic material comprising a carrier layer, an adhesive comprising a meltable polyester-based bonding agent and a material for wound contact comprising at least one haemostat in particulate, granular, powder, flake or short fibrous form, wherein the haemostat comprises a chitosan salt and wherein the adhesive and haemostat are mixed and form a layer, the mixed adhesive/haemostat layer being located on the carrier layer.
System for the acquisition and analysis of an individual's muscle activity, comprising at least an electromyographic acquisition section and a video acquisition section apt to acquire through respective sensors at least first electric signals of an individual's muscle group and second digital video signals of at least said muscle group, a computer processor and a user interface through which to supply an output processed by said computer processor, a communication interface with said electromyographic section and said video section, and at least one detection sensor of the invidivual's skin impedance is further provided, apt to determine an impedance value characterised in that said computer processor further comprises a database of deductive rules and processing and analysis means provided with an expert system employing an inferential motor with which said first and second signals of said electromyographic acquisition section and of said video section are correlated applying said deductive rules specific of the methods and tools of artificial intelligence provided in said database and in that the system is configured to use said determined skin impedance value as correction parameter of the gain of said sensors of the electromyographic acquisition section.
A lock for a drive rod fitting of a casement of a window, a French window or the like pivotable against a frame, having an assembly on the drive rod side and a counter bearing to be arranged opposite the assembly on the drive rod side, having a coupling element displaceable by a longitudinally displaceable drive rod in a housing and a locking element of the assembly on the drive rod side drivable by the coupling element, wherein the locking element is pivotably mounted from a recessed position into a projecting position about a pivot axis arranged parallel to the sliding direction of the coupling element, and the coupling element has a guide pin penetrating into the guide groove of the locking element and in the projecting position the locking element has a bearing surface opposite the counter bearing, characterized in that the guide pin has a hook at its free end and in that the hook engages behind a protrusion of the guide groove forming an undercut in the projecting position of the locking element.