mhurhangee/ep-ind-claims huggingface dataset:
Switching apparatus for a radio pushbutton, wherein the switching apparatus has operating means (170; 370; 472, 474, 476; 978) for absorbing mechanical energy which can be introduced into the switching apparatus during a switching process, characterized in that the switching apparatus has switchover means (180; 482, 484, 486, 488; 1186), which can be mechanically coupled to the operating means (170; 370; 472, 474, 476; 978) and to an energy converter device for converting the mechanical energy into electrical energy for emitting a switching signal, for transmitting the mechanical energy from the operating means (170; 370; 472, 474, 476; 978) to the energy converter device, wherein the switchover means (180; 482, 484, 486, 488; 1186) are designed in order to be operated by the operating means (170; 370; 472, 474, 476; 978) during the switching process in order to, in a state in which the said switchover means are coupled to the energy converter device, move the energy converter device at least from a first stable state to a second stable state, which is different from the first stable state, in order to generate at least one electrical energy pulse, characterized in that the switchover means (180; 482, 484, 486, 488; 1186) have a moving carriage, which can be mechanically coupled to the energy converter device, and at least one carriage lever which can be operated by means of the operating means (170; 370; 472, 474, 476; 978), wherein the at least one carriage lever is designed in order to move the movable carriage between a first position, which is associated with the first stable state of the energy converter device, and a second position, which is associated with the second stable state of the energy converter device.
Electric heating apparatus (100, 400, 500, 600, 700) having an axial opening for receiving an object intended for heating, with an electric heating element (418, 518, 718) and with a cylindrical sleeve-shaped or a frustoconical clamping jacket (110, 210, 310, 410, 510, 610, 710) for generating an adjustable force which acts radially towards an axis of the axial opening, wherein at least the clamping jacket (110, 210, 310, 410, 510, 610, 710) of the electric heating apparatus (100, 400, 500, 600, 700) is traversed by at least one aperture (111, 211, 311, 411, 511, 611, 711), the width (b) of which can be changed by means of at least one clamping device (120, 220, 320, 420, 520, 620, 720), wherein at least one component of the clamping device (120, 220, 320, 420, 520, 620, 720) is either rotatably mounted, or rotatably mountable, relative to the clamping jacket (110, 210, 310, 410, 510, 610, 710), around an axis of rotation extending vertically to the axis of the axial opening, wherein these components interact directly or indirectly with the clamping jacket (110, 210, 310, 410, 510, 610, 710) such that a rotation of the rotatably mounted or rotatably mountable components of the clamping device (120, 220, 320, 420, 520, 620, 720) changes the width (b) of the aperture (111, 211, 311, 411, 511, 611, 711), characterized in that the rotatably mounted or rotatably mountable components of the clamping device (120, 220, 320, 420, 520, 620, 720) is a disc (121, 221, 321, 421, 521, 621) having at least one engagement means (123, 223, 323, 423, 523, 623), wherein the engagement means (123, 223, 323, 423, 523, 623) interacts with at least one complementary engagement means (124, 214, 314, 414, 514, 614) arranged on the clamping jacket (110, 210, 310, 410, 510, 610).
A multi-layer protective sheet consisting of: a carrier layer, the carrier layer being polyurethane-based in the sense that the layer comprises a polyurethane film which contains urethane linkages and, optionally, urea linkages; an essentially uncrosslinked topcoat layer, meaning that crosslinkers are present in an amount of less than 4 parts by weight of any polymer crosslinkable therewith; optionally, an adhesive layer, optionally, a release film on an exterior surface of the adhesive layer; and optionally, a carrier film on an exterior surface of the topcoat layer; wherein the protective sheet is extensible in the sense that it is capable of recovering its original state when stretched up to 125% of its initial length or more. a carrier layer, the carrier layer being polyurethane-based in the sense that the layer comprises a polyurethane film which contains urethane linkages and, optionally, urea linkages; an essentially uncrosslinked topcoat layer, meaning that crosslinkers are present in an amount of less than 4 parts by weight of any polymer crosslinkable therewith; optionally, an adhesive layer, optionally, a release film on an exterior surface of the adhesive layer; and optionally, a carrier film on an exterior surface of the topcoat layer;
A fault tolerant system, comprising: a primary virtual machine that is formed on a primary machine in which a primary hypervisor runs, and is configured to input virtual interrupt based on an external interrupt from the primary hypervisor to a primary guest OS; and a secondary virtual machine that is formed on a secondary machine in which a secondary hypervisor runs, and is configured to input virtual interrupt to a secondary guest OS on the basis of timing information on the virtual interrupt transmitted from the primary virtual machine, wherein the primary virtual machine comprises an interrupt frequency adjustment unit which is configured to adjust a frequency of the virtual interrupt according to the external interrupt, and wherein the primary virtual machine is configured to determine, when the frequency of the virtual interrupt is adjusted, whether the virtual interrupt is generated, or not, upon receiving the external interrupt from the primary hypervisor, and only if it is determined that the virtual interrupt is generated, the primary virtual machine is configured to input the virtual interrupt to the primary guest OS, and to transmit the timing information on the virtual interrupt to the secondary virtual machine. a primary virtual machine that is formed on a primary machine in which a primary hypervisor runs, and is configured to input virtual interrupt based on an external interrupt from the primary hypervisor to a primary guest OS; and a secondary virtual machine that is formed on a secondary machine in which a secondary hypervisor runs, and is configured to input virtual interrupt to a secondary guest OS on the basis of timing information on the virtual interrupt transmitted from the primary virtual machine, wherein the primary virtual machine comprises an interrupt frequency adjustment unit which is configured to adjust a frequency of the virtual interrupt according to the external interrupt, and wherein the primary virtual machine is configured to determine, when the frequency of the virtual interrupt is adjusted, whether the virtual interrupt is generated, or not, upon receiving the external interrupt from the primary hypervisor, and only if it is determined that the virtual interrupt is generated, the primary virtual machine is configured to input the virtual interrupt to the primary guest OS, and to transmit the timing information on the virtual interrupt to the secondary virtual machine.
Substance for enhancement of implant biocompatibility with recipient body, which contains serum albumin, sodium chloride, sodium dihydrophosphate, potassium dihydrophosphate and water, characterized in that it contains recipient serum albumin and, also, additionally contains amino acids, phosphorus and ions of magnesium, sodium potassium and chlorine, with the following proportion of components: serum albumin 0,1 - 9,9 g; alpha - ketoglutaric acid 0,01 - 0,0176 g; histidine 1,793 g; histidine hydrochloride monohydrate 0,2 - 2,377 g; potassium hydroxide, potassium chloride 0,05 - 0,0671 g; calcium chloride dihydrate 0,0001 - 0,00022 g; magnesium chloride hexahydrate 0,08 - 0,08132 g; mannitol 0,5 - 5,547 g; sodium chloride 0,8 - 8,087 g; tryptophan 0,04 - 0,0408 g; water in amount required for bringing the volume to 1 liter, with osmomolarity 280 - 310 mOsm/l.
A method of locating a spark containment cap (200, 260, 450, 560) over an aperture (113, 413, 571) in a structure (110, 410, 570), the method comprising: receiving a locating tool (350, 500, 590) through the aperture; drawing part of the locating tool through the aperture to draw a spark containment cap at one end of the tool against the structure; characterized by releasing the locating tool from the spark containment cap and withdrawing the locating tool from the aperture. receiving a locating tool (350, 500, 590) through the aperture; drawing part of the locating tool through the aperture to draw a spark containment cap at one end of the tool against the structure; characterized by releasing the locating tool from the spark containment cap and withdrawing the locating tool from the aperture.
A self-supporting tri-layer film comprising: a first continuous film layer comprising at least one hydrophobic polymer; a second discontinuous film layer disposed on the first continuous film layer, the second discontinuous film layer comprising at least one water-soluble therapeutic agent; and a third continuous film layer comprising at least one hydrophobic polymer, said second discontinuous film layer being positioned between said first and third continuous film layer, wherein the self-supporting film is formed by spray-coating and has a tensile strength ranging from at least 500 kPa to 100 MPa and a therapeutic payload of at least 800 μg/cm 2 to 50 mg/cm 2. a first continuous film layer comprising at least one hydrophobic polymer; a second discontinuous film layer disposed on the first continuous film layer, the second discontinuous film layer comprising at least one water-soluble therapeutic agent; and a third continuous film layer comprising at least one hydrophobic polymer, said second discontinuous film layer being positioned between said first and third continuous film layer, wherein the self-supporting film is formed by spray-coating and has a tensile strength ranging from at least 500 kPa to 100 MPa and a therapeutic payload of at least 800 μg/cm 2 to 50 mg/cm 2.
Heat-insulating multi-layer blanket for spacecraft, comprising: - a stack of a plurality of heat-insulating layers, and - an external layer superimposed on the stack, characterized in that the external layer comprises - a second surface mirror SSM film, comprising a mirror layer placed under a fluorinated ethylene propylene FEP layer, and - a polyimide layer joined to the SSM film. - a stack of a plurality of heat-insulating layers, and - an external layer superimposed on the stack, - a second surface mirror SSM film, comprising a mirror layer placed under a fluorinated ethylene propylene FEP layer, and - a polyimide layer joined to the SSM film.
A device for installation in a utility vehicle and for warning of and/or for consideration of a driving restriction at least potentially produced by a traffic infrastructure, having: - a receiving unit for receiving at least one item of utility-vehicle-relevant information relating to the traffic infrastructure, - a provision unit for providing the at least one item of utility-vehicle-relevant information and/or at least one item of information based thereon to the driver of the utility vehicle, and - an ascertainment unit, which is configured to ascertain, as a function of the received item of utility-vehicle-relevant information and at least one item of utility-vehicle-specific information, whether a driving restriction exists or is imminent for the utility vehicle, and/or to ascertain a driving recommendation for the utility vehicle, preferably, if passing the traffic infrastructure is not possible for the utility vehicle and/or a driving restriction for the utility vehicle is actually ascertained, characterized in that - the ascertainment is performed as a function of a predicted travel route for the utility vehicle, wherein the predicted travel route comprises at least one direct driver action detected by means of one or more detection units and the at least one direct driver action comprises setting a utility vehicle turn signal apparatus, a rotational movement of a utility vehicle steering wheel, and/or actuating a utility vehicle brake. - a receiving unit for receiving at least one item of utility-vehicle-relevant information relating to the traffic infrastructure, - a provision unit for providing the at least one item of utility-vehicle-relevant information and/or at least one item of information based thereon to the driver of the utility vehicle, and - an ascertainment unit, which is configured to ascertain, as a function of the received item of utility-vehicle-relevant information and at least one item of utility-vehicle-specific information, whether a driving restriction exists or is imminent for the utility vehicle, and/or to ascertain a driving recommendation for the utility vehicle, preferably, if passing the traffic infrastructure is not possible for the utility vehicle and/or a driving restriction for the utility vehicle is actually ascertained, - the ascertainment is performed as a function of a predicted travel route for the utility vehicle, wherein the predicted travel route comprises at least one direct driver action detected by means of one or more detection units and the at least one direct driver action comprises setting a utility vehicle turn signal apparatus, a rotational movement of a utility vehicle steering wheel, and/or actuating a utility vehicle brake.
An apparatus for analyzing blood chemistry, comprising: an apparatus frame having a compartment; a cartridge that is inserted into the compartment of the apparatus frame and includes solution bags that contain solutions, a solution valve unit for allowing or blocking of the flow of the solution, and a blood introducing unit; a sensor card that is disposed in the cartridge or in the apparatus frame and for measuring the concentrations of electrolytes, the partial pressures of gases, and the concentrations of metabolites, or the volume ratio of the red blood cells contained in blood supplied through the blood introducing unit; a controller for receiving signals generated from the sensor card and processing the signals; a power transmitting unit that is provided to the apparatus frame and for transmitting the power to a lever to open or close the blood introducing unit; a solution transporting unit that is provided to the apparatus frame and for transporting the solutions in the solution bags; and characterized in further comprising the lever for the blood introducing unit that is connected to the apparatus frame; wherein the lever is a cover for the blood introducing unit and wherein the cover is provided with a magnifier, at the center thereof and at least one driving unit for actuating the solution valve unit of the cartridge by the controller and for opening or closing the tubing for the flow of the solutions. an apparatus frame having a compartment; a cartridge that is inserted into the compartment of the apparatus frame and includes solution bags that contain solutions, a solution valve unit for allowing or blocking of the flow of the solution, and a blood introducing unit; a sensor card that is disposed in the cartridge or in the apparatus frame and for measuring the concentrations of electrolytes, the partial pressures of gases, and the concentrations of metabolites, or the volume ratio of the red blood cells contained in blood supplied through the blood introducing unit; a controller for receiving signals generated from the sensor card and processing the signals; a power transmitting unit that is provided to the apparatus frame and for transmitting the power to a lever to open or close the blood introducing unit; a solution transporting unit that is provided to the apparatus frame and for transporting the solutions in the solution bags; and characterized in further comprising the lever for the blood introducing unit that is connected to the apparatus frame; wherein the lever is a cover for the blood introducing unit and wherein the cover is provided with a magnifier, at the center thereof and at least one driving unit for actuating the solution valve unit of the cartridge by the controller and for opening or closing the tubing for the flow of the solutions.
A composite material, comprising: a heat dissipation sheet; a heat insulation material that is placed on one surface of the heat dissipation sheet; characterized in that the composite material further comprises a first support layer that is placed on the surface of the heat dissipation sheet opposite to the surface of said heat dissipation sheet on which the heat insulation material is placed wherein the heat insulation material comprises an inner region including a silica aerogel and an outer peripheral region including fibers and wherein the silica aerogel is not present; and the outer peripheral region of the heat insulation material and the first support layer are bonded to one another by melting the fibers, thus fixing the heat dissipation sheet and the heat insulation material. a heat dissipation sheet; a heat insulation material that is placed on one surface of the heat dissipation sheet; characterized in that the composite material further comprises a first support layer that is placed on the surface of the heat dissipation sheet opposite to the surface of said heat dissipation sheet on which the heat insulation material is placed wherein the heat insulation material comprises an inner region including a silica aerogel and an outer peripheral region including fibers and wherein the silica aerogel is not present; and the outer peripheral region of the heat insulation material and the first support layer are bonded to one another by melting the fibers, thus fixing the heat dissipation sheet and the heat insulation material.
An optical network unit ONU comprising: a receiver configured to receive a discovery gate message (300, 400) from an optical line terminal OLT, the discovery gate message (300, 400) comprises a channel assignment field (330, 430), a discovery information field (350, 455) and a grant length field (340, 445), the channel assignment field (330, 430) indicates transmission characteristics for a plurality of channels corresponding to different wavelengths, the discovery information field (350, 455) indicates a 25 gigabits per second Gb/s upstream capability and a 25G discovery window, and the grant length field (340, 445) comprises a first field and a second field, wherein the first field indicates a transmission opportunity duration and the second field indicates whether fragmentation is allowed; and a processor coupled to the receiver and configured to process the discovery gate message (300, 400). a receiver configured to receive a discovery gate message (300, 400) from an optical line terminal OLT, the discovery gate message (300, 400) comprises a channel assignment field (330, 430), a discovery information field (350, 455) and a grant length field (340, 445), the channel assignment field (330, 430) indicates transmission characteristics for a plurality of channels corresponding to different wavelengths, the discovery information field (350, 455) indicates a 25 gigabits per second Gb/s upstream capability and a 25G discovery window, and the grant length field (340, 445) comprises a first field and a second field, wherein the first field indicates a transmission opportunity duration and the second field indicates whether fragmentation is allowed; and a processor coupled to the receiver and configured to process the discovery gate message (300, 400).
A method of selecting, at a network access node, an indication of initial target communication link quality in respect of a communication link between user equipment and said network access node in a wireless communication network, said target to be used to implement a user equipment transmit power control method, said method of selecting comprising: receiving a request to establish a communication link between user equipment and said network access node; determining whether there is a stored latest calculated indication of initial target communication link quality for said user equipment that has been used to implement a user equipment transmit power control method between said user equipment and said network access node during a previous transmission between said user equipment and said network access node; and, if so, assessing the relevance of the stored indication by comparing at least one parameter indicative of network condition experienced by said user equipment upon storage of said stored indication and at least one parameter indicative of ambient condition being experienced by said user equipment against a parameter-specific change threshold, and if said comparison reveals a change within said parameter-specific change threshold, selecting said stored indication of initial target communication link quality to implement a user equipment transmit power control method. receiving a request to establish a communication link between user equipment and said network access node; determining whether there is a stored latest calculated indication of initial target communication link quality for said user equipment that has been used to implement a user equipment transmit power control method between said user equipment and said network access node during a previous transmission between said user equipment and said network access node; and, if so, assessing the relevance of the stored indication by comparing at least one parameter indicative of network condition experienced by said user equipment upon storage of said stored indication and at least one parameter indicative of ambient condition being experienced by said user equipment against a parameter-specific change threshold, and if said comparison reveals a change within said parameter-specific change threshold, selecting said stored indication of initial target communication link quality to implement a user equipment transmit power control method.
Tarpaulin for releasably closing a lateral opening in the body of a truck or freight wagon, - wherein the bottom edge of the opening forms a frame profile which features - a downwardly pointing profile leg and - inside the opening a frame area being spaced from the closed tarpaulin and - wherein a plurality of flexible webbing straps are fastened onto the tarpaulin, and the lower ends of the webbing straps are each hinged to a folding lever of a lever tensioner via a lever joint, and the folding lever is hinged to a hook via a hook joint - which hook, in the closed state, engages around the profile leg and - which hook thereby presses a lower region of the tarpaulin onto the profile leg. characterized in - that the free length of the hook is greater than the width of the profile leg, and - that on the inner side of the tarpaulin opposite at least one lever joint, a spacer is fastened, which spacer bridges, at least partially, the gap between the frame area and the tarpaulin, when the latter is in the closed state. - wherein the bottom edge of the opening forms a frame profile which features - a downwardly pointing profile leg and - inside the opening a frame area being spaced from the closed tarpaulin and - wherein a plurality of flexible webbing straps are fastened onto the tarpaulin, and the lower ends of the webbing straps are each hinged to a folding lever of a lever tensioner via a lever joint, and the folding lever is hinged to a hook via a hook joint and the lower ends of the webbing straps are each hinged to a folding lever of a lever tensioner via a lever joint, and the folding lever is hinged to a hook via a hook joint - which hook, in the closed state, engages around the profile leg and - which hook thereby presses a lower region of the tarpaulin onto the profile leg. characterized in - that the free length of the hook is greater than the width of the profile leg, and - that on the inner side of the tarpaulin opposite at least one lever joint, a spacer is fastened, which spacer bridges, at least partially, the gap between the frame area and the tarpaulin, when the latter is in the closed state.