mhurhangee/ep-ind-claims huggingface dataset:
A battery module carrier comprising: a carrier frame accommodating a first component carrier, the first component carrier comprising a control electronics assembly and a signal port, wherein the carrier frame is configured to provide an external electronic connection to the first component carrier via the signal port, wherein the carrier frame accommodates a second component carrier being configured to accommodate a battery submodule, each of the first component carrier and the second component carrier are configured to be individually attached and detached from the carrier frame, and wherein the second component carrier comprises an integrally formed second coolant duct. a carrier frame accommodating a first component carrier, the first component carrier comprising a control electronics assembly and a signal port, wherein the carrier frame is configured to provide an external electronic connection to the first component carrier via the signal port, wherein the carrier frame accommodates a second component carrier being configured to accommodate a battery submodule, each of the first component carrier and the second component carrier are configured to be individually attached and detached from the carrier frame, and wherein the second component carrier comprises an integrally formed second coolant duct.
An orthopedic simulator comprising: a plurality of test stations; a plurality of vertical load actuators coupled to the test stations and fluidically operated; support elements that support the test stations; and an integral manifold that is structurally coupled to the support elements and is fluidically coupled to the plurality of vertical load actuators; wherein each of the plurality of test stations comprises an upper adapter and a lower adapter, the upper and lower adapters configured to hold a test specimen; characterized in that each of the plurality of test stations further comprises a gimbal connected to the upper adapter; wherein each vertical load actuator is adapted to apply a vertical loading along a z-axis and wherein the gimbals can be moved around an x-axis and a y-axis to provide moments around the x- and y-axes, the x- and y-axes being perpendicular to the z-axis. a plurality of test stations; a plurality of vertical load actuators coupled to the test stations and fluidically operated; support elements that support the test stations; and an integral manifold that is structurally coupled to the support elements and is fluidically coupled to the plurality of vertical load actuators; wherein each of the plurality of test stations comprises an upper adapter and a lower adapter, the upper and lower adapters configured to hold a test specimen; characterized in that each of the plurality of test stations further comprises a gimbal connected to the upper adapter; wherein each vertical load actuator is adapted to apply a vertical loading along a z-axis and wherein the gimbals can be moved around an x-axis and a y-axis to provide moments around the x- and y-axes, the x- and y-axes being perpendicular to the z-axis.
A genetically modified Bordetella pertussis strain, wherein the Pertussis Toxin S 1 gene has Arg9→Lys9 and Glu129→Gly129 mutations, does not include any antibiotic resistance genes and is capable of expressing detoxified Pertussis Toxin (rPT).
An apparatus for use as a communication network element or communication network function configured to operate as a data consumer, the apparatus comprising: at least one processing circuitry, and at least one memory for storing instructions to be executed by the processing circuitry, wherein the at least one memory and the instructions are configured to, with the at least one processing circuitry, cause the apparatus at least: to send, to a network entity acting as a data provider, at least one request to subscribe to or modify at least one data collection service, the request comprising: a mute notification indication indicating that collected data collected by the at least one data collection service are to be buffered and a transmission of the collected data to the data consumer is to be suspended until a predetermined stop condition is satisfied, the predetermined stop condition comprising at least one of a time indication and threshold, and an indication of a procedure to be conducted by the data provider when an exception condition impairing buffering of the collected data is detected during conducting of the at least one data collection service. at least one processing circuitry, and at least one memory for storing instructions to be executed by the processing circuitry, wherein the at least one memory and the instructions are configured to, with the at least one processing circuitry, cause the apparatus at least: to send, to a network entity acting as a data provider, at least one request to subscribe to or modify at least one data collection service, the request comprising: a mute notification indication indicating that collected data collected by the at least one data collection service are to be buffered and a transmission of the collected data to the data consumer is to be suspended until a predetermined stop condition is satisfied, the predetermined stop condition comprising at least one of a time indication and threshold, and an indication of a procedure to be conducted by the data provider when an exception condition impairing buffering of the collected data is detected during conducting of the at least one data collection service. a mute notification indication indicating that collected data collected by the at least one data collection service are to be buffered and a transmission of the collected data to the data consumer is to be suspended until a predetermined stop condition is satisfied, the predetermined stop condition comprising at least one of a time indication and threshold, and an indication of a procedure to be conducted by the data provider when an exception condition impairing buffering of the collected data is detected during conducting of the at least one data collection service.
A system for the deployment of seismic nodes on the seabed, comprising a deployment cable; a plurality of seismic nodes directly attached to the deployment cable; a surface vessel (106; 710; 810) configured to deploy the plurality of seismic nodes in a body of water; at least one underwater vehicle (300; 400; 560; 760; 860; 960) comprising a propulsion system (304; 418) configured to steer and propel the vehicle in a body of water, said deployment cable with said plurality of seismic nodes being configured to be tethered to said surface vessel (106; 710; 810) and deployed into said body of water from said surface vessel (106; 710; 810), characterized in that the underwater vehicle further comprises an automatic tracking system (310; 422; 522, 522b; 610) comprising a node tracking system configured to determine a node position of each of the plurality of seismic nodes, to track the position of each of the plurality of seismic nodes during deployment to the seabed and to monitor a touchdown position of each of the plurality of seismic nodes; and a communications system (330; 410) configured to communicate at least one position of each of the plurality of seismic nodes with the surface vessel, and in that the surface vessel (106; 710; 810) is configured to modify the deployment of the plurality of seismic nodes based on at least one the positions of one or more of the plurality of seismic nodes received from the underwater vehicle. a communications system (330; 410) configured to communicate at least one position of each of the plurality of seismic nodes with the surface vessel, and in that the surface vessel (106; 710; 810) is configured to modify the deployment of the plurality of seismic nodes based on at least one the positions of one or more of the plurality of seismic nodes received from the underwater vehicle.
An apparatus for cooling a server cabinet, comprises: a bracket and a cooling device, wherein the cooling device comprises a heat exchanger, a blower, and a first air-ducting plate, wherein an inner side surface of the first air-ducting plate is a concave curved surface, the inner side surface facing towards the blower, wherein the bracket is positioned below one or a plurality of server cabinets, and the cooling device is positioned in the bracket, and cools the server cabinet on the bracket, wherein the heat exchanger, the blower, and the first air-ducting plate are sequentially arranged parallelly, the heat exchanger and the blower is positioned below the server cabinet, and characterized in that the first air-ducting plate is positioned on an outer side of the server cabinet, wherein the bracket comprises a first bracket and a second bracket; wherein one end surface of the first bracket is connected to one end surface of the second bracket, the server cabinet is positioned on the first bracket, the heat exchanger and the blower are installed in the first bracket, and the first air-ducting plate is installed in the second bracket.
A tire having a tread composed of a rubber composition comprising 2 to 20 parts by mass of a liquid farnesene resin and 10 to 150 parts by mass of silica based on 100 parts by mass of a rubber component, wherein a total content of the liquid farnesene resin and a plasticizer is 2 to 100 parts by mass, wherein the rubber component comprises 5 to 50% by mass of natural rubber and 10 to 95% by mass of styrene-butadiene rubber and wherein the rubber composition comprises an aromatic petroleum resin as the plasticizer.
A device for the depth adjustment of a plough skimmer (13, 13') of a plough (1, 1a), in which a shank (131, 131') that extends up from the plough skimmer (13, 13') is adjustably attached to a guide arrangement (121, 121') in a mounting bracket arranged on the plough (1, 1a), characterized in that an actuator arranged on the mounting bracket includes means that are arranged to move the plough skimmer substantially in a vertical direction, are attached to the mounting bracket and are connected to an end portion (1311, 1311') of the shank (131, 131') extending up from the plough skimmer (13, 13') into the guide arrangement (121, 121').
Tool for compacting a sintered component or a powder for the sintered component, with a clamping element and a compacting element which can be radially adjusted in terms of its dimensions and has a contact surface for the sintered component or powder, the surface of which complements the surface of the sintered component to be produced, wherein the clamping element has an oblique first surface and the compacting element has an oblique second surface complementing it and the first and the second oblique surface (12, 13) interact in order to prise apart and open the compacting element or make it smaller, and wherein the clamping element and/or the compacting element can be displaced in the axial direction, and a support element is provided if necessary, characterized in that the clamping element has at least one first clamping element part and at least one second clamping element part which are disposed one above the other in the axial direction, wherein the second clamping element part has another oblique surface which is inclined in the direction opposite that of the first oblique surface, and the compacting element has the second oblique surface and another oblique surface inclined in the direction opposite it, wherein the first oblique surface of the clamping element interacts with the second oblique surface of the compacting element and the other oblique surface of the clamping element interacts with the other oblique surface of the compacting element.
Method for the at least relative determination of a position of at least one, particularly a passive, object using at least two active anchors, wherein a first, particularly electromagnetic, signal is emitted by a first of the at least two anchors and is received at the object and by at least a second of said at least two anchors, wherein a phase measurement is performed at least at said at least one second anchor and wherein at least also at said at least one second anchor a distance determination with respect to said first anchor is performed and/or the distance from said first anchor to said at least one second anchor is known, wherein a second, particularly electromagnetic, signal is emitted from said at least one second anchor, wherein an information on the phase measurement and the distance between said first and said at least one second anchor is made available to a computation unit, especially located within said object, wherein at least one phase measurement respectively of said first and said at least one second signal is performed at said object and made available to said computation unit, and wherein at least one distance difference between the distance between said object and said first anchor and at least one distance between said object and said at least one second anchor and/or at least one distance difference between the distance between said object and said first anchor and at least one length of a route from said first anchor via said at least one second anchor to said object is determined.
A formulation suitable to provide polyurethane, said formulation comprising (a) at least one polyurethane forming mixture; (b) at least one phosphate component selected from the group consisting of ammonium polyphosphate and melamine phosphates and mixtures thereof, and; (c) at least one metal or metalloid oxide particle having maximum particle size of less than 300μm, wherein the metal or metalloid is selected from the group consisting of Mg and Al, and wherein said at least one phosphate component is present in an amount ranging from 20 to 45% by weight based on 100% by weight of the formulation. (a) at least one polyurethane forming mixture; (b) at least one phosphate component selected from the group consisting of ammonium polyphosphate and melamine phosphates and mixtures thereof, and; (c) at least one metal or metalloid oxide particle having maximum particle size of less than 300μm, wherein the metal or metalloid is selected from the group consisting of Mg and Al, and wherein said at least one phosphate component is present in an amount ranging from 20 to 45% by weight based on 100% by weight of the formulation.
Cooling arrangement of a propulsion unit, said propulsion unit comprising a hollow strut having an upper portion and a lower portion, an upper end portion of the upper portion passing through a passage formed between a first outer bottom and a second inner bottom in a vessel, said upper end portion being rotatable, around an axis (Y-Y) of rotation, supported at a hull of the vessel with a slewing bearing and sealed against the hull of the vessel with a slewing seal positioned under the slewing bearing, a motor being positioned in the lower portion of the strut, said cooling arrangement comprising a cooling air duct system (400, 410, 500, 510) for directing cooling air to the interior of the strut and for directing return air, which has been heated in the motor back from the interior of the strut, at least one fan for circulating the cooling air and at least one cooling unit for cooling the return air, characterized in that: the slewing seal comprises an upper slewing seal and a lower slewing seal being positioned at a vertical distance from each other, whereby a space is formed between the upper slewing seal and the lower slewing seal, the upper end portion comprises openings passing through a side wall of the upper end portion along the circumference of the side wall of the upper end portion in the space between the upper slewing seal and the lower slewing seal, a first cooling air duct is directed to the space between the upper slewing seal and the lower slewing seal, whereby cooling air can be circulated through the first cooling air duct into the space between the upper slewing seal and the lower slewing seal and further through the openings in the upper end portion to the interior of the strut or return air can be circulated from the strut in the opposite direction. the slewing seal comprises an upper slewing seal and a lower slewing seal being positioned at a vertical distance from each other, whereby a space is formed between the upper slewing seal and the lower slewing seal, the upper end portion comprises openings passing through a side wall of the upper end portion along the circumference of the side wall of the upper end portion in the space between the upper slewing seal and the lower slewing seal, a first cooling air duct is directed to the space between the upper slewing seal and the lower slewing seal, whereby cooling air can be circulated through the first cooling air duct into the space between the upper slewing seal and the lower slewing seal and further through the openings in the upper end portion to the interior of the strut or return air can be circulated from the strut in the opposite direction.
An auxiliary orthodontic device for a shell-like dental appliance, comprising: a functional component, and a retaining component provided separately from the functional component; the retaining component is connectable to the functional component; wherein when the auxiliary orthodontic device is engaged with said shell-like dental appliance, at least one of the functional component and the retaining component passes through the shell-like dental appliance, the functional component is retained on the shell-like dental appliance, and the functional component is provided on an outer surface of the shell-like dental appliance, wherein the functional component is a traction member with a hooking function, characterized in that, a surface of the functional component, adjacent to a labial side of the shell-like dental appliance when assembled, is a curved surface consistent with a dental arch curve of the labial side of the shell-like dental appliance. a functional component, and a retaining component provided separately from the functional component; the retaining component is connectable to the functional component; wherein when the auxiliary orthodontic device is engaged with said shell-like dental appliance, at least one of the functional component and the retaining component passes through the shell-like dental appliance, the functional component is retained on the shell-like dental appliance, and the functional component is provided on an outer surface of the shell-like dental appliance, wherein the functional component is a traction member with a hooking function, characterized in that, a surface of the functional component, adjacent to a labial side of the shell-like dental appliance when assembled, is a curved surface consistent with a dental arch curve of the labial side of the shell-like dental appliance.
A method of forming, on an inner surface of a hollow portion of a bonding object having the hollow portion and having the shape of a tube, an adhesive layer for bonding an unvulcanized rubber layer onto the inner surface of the hollow portion, the method comprising the steps of: bonding, onto the inner surface of the hollow portion of the bonding object, an undercoating adhesive layer of an adhesion sheet including a top coating adhesive layer formed on a film and the undercoating adhesive layer formed on the top coating adhesive layer; heating the bonding object having bonded thereonto the adhesion sheet; inserting an elastic pressing member longer than a length of the bonding object into the hollow portion, the elastic pressing member extensible in a radius direction of the tube by compressing the elastic pressing member in a lengthwise direction of the bonding object, wherein the radius of the elastic pressing member is set to be smaller than the inner diameter of a tube to be formed, and deforming the elastic pressing member in the radius direction by compressing the elastic pressing member in the direction of the length, to press the adhesion sheet uniformly by pressuring the film; and removing, after cooling, the film from the top coating adhesive layer formed on the undercoating adhesive layer firmly fixed on the inside surface of the hollow portion of the bonding object. bonding, onto the inner surface of the hollow portion of the bonding object, an undercoating adhesive layer of an adhesion sheet including a top coating adhesive layer formed on a film and the undercoating adhesive layer formed on the top coating adhesive layer; heating the bonding object having bonded thereonto the adhesion sheet; inserting an elastic pressing member longer than a length of the bonding object into the hollow portion, the elastic pressing member extensible in a radius direction of the tube by compressing the elastic pressing member in a lengthwise direction of the bonding object, wherein the radius of the elastic pressing member is set to be smaller than the inner diameter of a tube to be formed, and deforming the elastic pressing member in the radius direction by compressing the elastic pressing member in the direction of the length, to press the adhesion sheet uniformly by pressuring the film; and removing, after cooling, the film from the top coating adhesive layer formed on the undercoating adhesive layer firmly fixed on the inside surface of the hollow portion of the bonding object.
A conveying device comprising - a first frame profile and a second frame profile spaced apart from the first frame profile, - at least one conveying roller arranged between the frame profiles (2, 3) with a drive motor arranged in the conveying roller and a brake arranged in the conveying roller, - a first electronic control assigned to the drive motor, and a second electronic control assigned to the brake, characterized in that the first electronic control or the second electronic control or a control superordinate thereto is configured to fully release or raise the brake on the basis of a command to start up the conveying roller only after a time delay after the application of voltage to the drive motor. - a first frame profile and a second frame profile spaced apart from the first frame profile, - at least one conveying roller arranged between the frame profiles (2, 3) with a drive motor arranged in the conveying roller and a brake arranged in the conveying roller, - a first electronic control assigned to the drive motor, and a second electronic control assigned to the brake,
A method for cancelling interference caused by a terrestrial transmitter at a satellite receiver in a hybrid satellite-terrestrial network, the method comprising: generating, at the satellite receiver, an interference cancellation signal based on a reference terrestrial signal from the terrestrial transmitter and a received over-the-air signal, the interference cancellation signal being a modified version of the reference terrestrial signal; and cancelling, at the satellite receiver, the interference caused by the terrestrial transmitter by combining the interference cancellation signal with the received OTA signal. generating, at the satellite receiver, an interference cancellation signal based on a reference terrestrial signal from the terrestrial transmitter and a received over-the-air signal, the interference cancellation signal being a modified version of the reference terrestrial signal; and cancelling, at the satellite receiver, the interference caused by the terrestrial transmitter by combining the interference cancellation signal with the received OTA signal.