mhurhangee/ep-ind-claims huggingface dataset:
A medical imaging device connector assembly for connecting a medical imaging device to a terminal of a medical imaging system, the medical imaging device connector assembly comprising: a top housing including a first base cutout; a bottom housing configured to couple to the top housing, the bottom housing including a second base cutout; a base housing positioned within the first and second base cutouts; and an electrical connector positioned within the base housing, characterized in that the connector assembly further comprises: a plurality of printed circuit boards, PCBs, (610,620) disposed between the top housing and the bottom housing; and an elastic seal member surrounding a circumference of the base housing, wherein when the top housing is coupled to the bottom housing, the elastic seal member is compressed by the plurality of PCBs in a first direction and by the top and bottom housings in a second direction perpendicular to the first direction to prevent fluid ingress. a top housing including a first base cutout; a bottom housing configured to couple to the top housing, the bottom housing including a second base cutout; a base housing positioned within the first and second base cutouts; and an electrical connector positioned within the base housing, characterized in that the connector assembly further comprises: a plurality of printed circuit boards, PCBs, (610,620) disposed between the top housing and the bottom housing; and an elastic seal member surrounding a circumference of the base housing, wherein when the top housing is coupled to the bottom housing, the elastic seal member is compressed by the plurality of PCBs in a first direction and by the top and bottom housings in a second direction perpendicular to the first direction to prevent fluid ingress. a plurality of printed circuit boards, PCBs, (610,620) disposed between the top housing and the bottom housing; and an elastic seal member surrounding a circumference of the base housing, wherein when the top housing is coupled to the bottom housing, the elastic seal member is compressed by the plurality of PCBs in a first direction and by the top and bottom housings in a second direction perpendicular to the first direction to prevent fluid ingress.
A valve for a spray gun for spraying free-flowing media with the use of compressed air, wherein the valve comprises a valve housing arrangement and a valve element, wherein the valve element is disposed at least partially in the valve housing arrangement, there being formed in the valve element a mixing chamber for mixing and discharging at least one spray medium with compressed air, wherein the valve element and the valve housing arrangement are constituted such that the valve element can be moved relative to the valve housing arrangement from a first position into a second position, and that at least one spray medium can be fed to the mixing chamber in the first position and compressed air can be fed to the same via the valve housing arrangement in the second position, wherein the valve element is disposed on the valve housing arrangement so as to be rotatable from the first position into the second position, wherein there is formed in the valve element at least one supply channel (38, 39) which connects the mixing chamber to a radial outer surface of the valve element, characterised in that the valve housing arrangement comprises for each spray medium a supply device which abuts against the valve element in a sealing manner, and via which the spray medium can be fed to the valve element in the first position.
A clamping device comprising a clamping collar having a belt suitable for being tightened around an article, and an outer sleeve disposed around the belt, said sleeve being carried by the belt by means of a plurality of fastener tabs (18; 118); the device being characterized in that each fastener tab (18; 118) is fastened to the sleeve by a fastening zone (18A; 118A) and extends towards the axis of the collar from said fastening zone until it reaches a pinch branch (18B; 118B), folded back under the belt and configured to be pinched between the inside surface of the belt and the article around which the belt is to be tightened.
A suspension tower comprising: a plate at which an upper end side of a suspension is fixed at a fixing portion (Af, N,W) that is disposed apart from an axis of the suspension; and a gradually changing rib that is provided upright from the plate and extends from an axis side toward an outer peripheral side at the plate, and that includes a constant level portion whose height from the fixing portion is constant, and a gradually changing portion whose height from the fixing portion gradually decreases from the constant level portion toward the outer peripheral side, wherein a boundary between the constant level portion and the gradually changing portion is adjacent to the fixing portion, characterized in that at the fixing portion, the upper end side of the suspension is fixed by a fastening load from a fastener, the fastening load being applied around a fastening hole formed in the plate; and the boundary between the constant level portion and the gradually changing portion is disposed between a position, at the gradually changing rib, which is a shortest distance from an edge portion of the fastening hole, that is furthest toward an outer peripheral side of the fastening hole, and a position, at the gradually changing rib, which is a shortest distance from a portion of an application range of the fastening load, that is furthest toward an outer peripheral side of the application range of the fastening load. a plate at which an upper end side of a suspension is fixed at a fixing portion (Af, N,W) that is disposed apart from an axis of the suspension; and a gradually changing rib that is provided upright from the plate and extends from an axis side toward an outer peripheral side at the plate, and that includes a constant level portion whose height from the fixing portion is constant, and a gradually changing portion whose height from the fixing portion gradually decreases from the constant level portion toward the outer peripheral side, wherein a boundary between the constant level portion and the gradually changing portion is adjacent to the fixing portion, characterized in that at the fixing portion, the upper end side of the suspension is fixed by a fastening load from a fastener, the fastening load being applied around a fastening hole formed in the plate; and the boundary between the constant level portion and the gradually changing portion is disposed between a position, at the gradually changing rib, which is a shortest distance from an edge portion of the fastening hole, that is furthest toward an outer peripheral side of the fastening hole, and a position, at the gradually changing rib, which is a shortest distance from a portion of an application range of the fastening load, that is furthest toward an outer peripheral side of the application range of the fastening load.
A connector comprising: a housing (20, 40) including an insertion receiving section which is configured to receive a tabular insertion section of a mating connector having connection pads formed on a first surface of the insertion section; contacts configured to correspond to the connection pads, the contacts being configured to face the first surface when the insertion section of the mating connector is inserted into the insertion receiving section, and the contacts being configured to be spaced from the first surface when the insertion section is initially inserted into the insertion receiving section; and a pressing member being a slider, the slider configured to receive a force from the insertion section when the insertion section is at a final stage of insertion into the insertion receiving section, the slider including an abutment section which is configured to be engaged by the insertion section when the insertion section is inserted into the insertion receiving section so that the abutment section is moved in the same direction as the insertion section, the slider further including a cam section, the cam section being a cam plate wherein the cam plate is configured to press the contacts towards the first surface of the insertion section when the abutment section is moved so as to cause the contacts to elastically deform and be pressed against the connection pads, characterized by the cam plate having elongated openings through which the contacts pass, and cam surfaces formed on walls included in the respective elongated openings, the cam surfaces being orientated to extend obliquely towards the first surface when the insertion section is inserted into the insertion receiving section, and the cam surfaces being on the rear side in the insertion direction of the mating connector.
An antenna comprising a first transceiving module, a second transceiving module, a first antenna element array connected to the first transceiving module, a second antenna element array connected to the second transceiving module, the first antenna element array and the second antenna element array comprising antenna elements that have two polarization directions, the first transceiving module comprising a combining-splitting network, a set of transceiving unit arrays and a signal processing unit that are connected to each other in sequence, and further comprising a combining network set with a connection point connected to the second transceiving module, a co-element filter unit separately connected to the combining-splitting network and the combining network, and a pair of receiving units connected to the signal processing unit, wherein the pair of receiving units in the first transceiving module is disposed with a connection point connected to the second transceiving module; wherein the co-element filter unit comprises at least two co-element filters, and is configured to divide two radio-frequency signals received from two polarization directions of the antenna elements into two first band radio-frequency signals and two second band radio-frequency signals, wherein each of the radio-frequency signals corresponds to a polarization direction, the co-element filter unit is configured to send the two first band radio-frequency signals to the combining-splitting network, and send the two second band radio-frequency signals to the combining network, so that the two first band radio-frequency signals are input to the signal processing unit after being processed by the combining-splitting network and the transceiving unit arrays; the pair of receiving units are configured to receive two first band radio-frequency signals sent by a combining network in the second transceiving module, the two polarization directions of the antenna elements correspond to the two first band radio-frequency signals received by the pair of receiving units, respectively, the pair of receiving units are configured to process the first band radio-frequency signals sent by the second transceiving module, and send the processed first band radio-frequency signals to the signal processing unit; and the combining network is configured to combine the second band radio-frequency signals which are sent by the at least two co-element filters and correspond to a same polarization direction of the antenna elements, and send the combined signals to a pair of receiving units in the second transceiving module.
A method for controlling the light emission of a vehicle, in which a classification of the traffic situation type of the traffic situation in which the vehicle is situated is performed, in which in an image captured with the aid of a front camera of the vehicle several objects are detected, wherein the objects, their classified object types and/or object properties of the detected objects are used as input values for classifying the traffic situation type, in which at least one headlamp (26a, 26b) of the vehicle is controlled dependent on the determined traffic situation type, characterized in that the duration of the observation of the objects in an image sequence captured with the aid of the front camera of the vehicle and/or the number of objects that are detected as headlamps and disappear per time unit are used as input values for classifying the traffic situation type.
A method for controlling an electrical converter, the method comprising the steps of: receiving an actual switching state ( u k-1) of the electrical converter; determining a scenario tree for possible future switching states of the electrical converter based on the actual switching state ( u k-1), the scenario tree defining a plurality of possible future switching sequences, a switching sequence being defined by a path from a root node of the scenario tree to a leave node of the scenario tree; determining the scenario tree by loading at least parts of the scenario tree from a pre-calculated table, calculating a weight ( w) for a switching sequence with respect to a control objective of the electrical converter by evaluating nodes of the scenario tree; determining the next switching state (u k) to be applied to the electrical converter from a switching sequence with a best weight; characterized by splitting the scenario tree into sub-trees; distributing the sub-trees to the at least two processor cores (30a, 30b, 30c, 30d) performing the evaluation of the nodes by at least two processor cores (30a, 30b, 30c, 30d), and wherein a calculation time of a sub-tree of the scenario tree is predefined in said pre-calculated table and wherein a splitting into sub-trees of the scenario tree is predefined in said pre-calculated table. receiving an actual switching state ( u k-1) of the electrical converter; determining a scenario tree for possible future switching states of the electrical converter based on the actual switching state ( u k-1), the scenario tree defining a plurality of possible future switching sequences, a switching sequence being defined by a path from a root node of the scenario tree to a leave node of the scenario tree; determining the scenario tree by loading at least parts of the scenario tree from a pre-calculated table, calculating a weight ( w) for a switching sequence with respect to a control objective of the electrical converter by evaluating nodes of the scenario tree; determining the next switching state (u k) to be applied to the electrical converter from a switching sequence with a best weight; splitting the scenario tree into sub-trees; distributing the sub-trees to the at least two processor cores (30a, 30b, 30c, 30d) performing the evaluation of the nodes by at least two processor cores (30a, 30b, 30c, 30d), and wherein a calculation time of a sub-tree of the scenario tree is predefined in said pre-calculated table and wherein a splitting into sub-trees of the scenario tree is predefined in said pre-calculated table.
A gas bag which is inflatable for the protection of a vehicle occupant, comprising: a first gas bag layer and a second gas bag layer, wherein a first fabric blank forms the first gas bag layer and a second fabric blank forms the second gas bag layer, wherein the first fabric blank and the second fabric blank each are woven from threads, wherein the gas bag includes at least one elongate portion which extends along a longitudinal direction and which is formed at least by a part of the first gas bag layer and at least a part of the second gas bag layer, characterized in that in the rest condition of the gas bag the threads of the first gas bag layer and the threads of the second gas bag layer are oriented relative to each other such that the threads of the first gas bag layer include a different angle with the longitudinal direction of the elongate portion than the threads of the second gas bag layer, wherein the angles are chosen such that in the inflated condition the gas bag has a curvature in direction of one of the two gas bag layers (4a, 4b). a first gas bag layer and a second gas bag layer, wherein a first fabric blank forms the first gas bag layer and a second fabric blank forms the second gas bag layer, wherein the first fabric blank and the second fabric blank each are woven from threads, wherein the gas bag includes at least one elongate portion which extends along a longitudinal direction and which is formed at least by a part of the first gas bag layer and at least a part of the second gas bag layer, characterized in that in the rest condition of the gas bag the threads of the first gas bag layer and the threads of the second gas bag layer are oriented relative to each other such that the threads of the first gas bag layer include a different angle with the longitudinal direction of the elongate portion than the threads of the second gas bag layer, wherein the angles are chosen such that in the inflated condition the gas bag has a curvature in direction of one of the two gas bag layers (4a, 4b).
A pre-crush sensor module for use with a safety device for an aerial lift having a basket or cage, the pre-crush sensor module comprising: a plurality of sensors (30, 32, 36) that are removably attachable to the basket or cage, the sensors arrangeable to provide a detection zone wherein the sensors (30, 32, 36) detect obstacles within the detection zone that may potentially strike an operator standing in the basket or cage before the strike occurs; an operator warning system; and a relay to connect the sensors (30, 32, 36) to the safety device to activate the safety device to: alert the operator to the presence of the obstacle, and prevent further movement of the basket or cage; characterised in that, in use, the detection zone defines a "Mohican zone", such that the detections zone does not define a spherical bubble around said operator and the sides of said basket or cage are not within said detection zone. a plurality of sensors (30, 32, 36) that are removably attachable to the basket or cage, the sensors arrangeable to provide a detection zone wherein the sensors (30, 32, 36) detect obstacles within the detection zone that may potentially strike an operator standing in the basket or cage before the strike occurs; an operator warning system; and a relay to connect the sensors (30, 32, 36) to the safety device to activate the safety device to: alert the operator to the presence of the obstacle, and prevent further movement of the basket or cage; alert the operator to the presence of the obstacle, and prevent further movement of the basket or cage;
Interferometer device, comprising - a substrate; - an intermediate layer region, which is applied on the substrate; - a first mirror device and a second mirror device, which are aligned plane-parallel with one another and are separated from one another by a first distance and are framed in the intermediate layer region or are arranged thereon, the intermediate layer region being removed in an inner region below the first mirror device and/or below the second mirror device; and - a laterally structured electrode, which comprises a first subregion and at least one second subregion laterally separated therefrom and electrically insulated, which subregions can be connected to different electrical potentials, the electrode being arranged at a second distance from the first or the second mirror device (SP1; SP2), the first subregion extending in the inner region and being arranged on the intermediate layer region and the second subregion extending in an outer region of the intermediate layer region, so that the first mirror device and/or the second mirror device is movable electrostatically and parallel to the substrate through the first subregion in the inner region and the first distance can be varied, the electrode being located between or under the mirror devices (SP1; SP2) and the second subregion being framed in the outer region in the intermediate layer region and anchored there. - a substrate; - an intermediate layer region, which is applied on the substrate; - a first mirror device and a second mirror device, which are aligned plane-parallel with one another and are separated from one another by a first distance and are framed in the intermediate layer region or are arranged thereon, the intermediate layer region being removed in an inner region below the first mirror device and/or below the second mirror device; and - a laterally structured electrode, which comprises a first subregion and at least one second subregion laterally separated therefrom and electrically insulated, which subregions can be connected to different electrical potentials, the electrode being arranged at a second distance from the first or the second mirror device (SP1; SP2), the first subregion extending in the inner region and being arranged on the intermediate layer region and the second subregion extending in an outer region of the intermediate layer region, so that the first mirror device and/or the second mirror device is movable electrostatically and parallel to the substrate through the first subregion in the inner region and the first distance can be varied, the electrode being located between or under the mirror devices (SP1; SP2) and the second subregion being framed in the outer region in the intermediate layer region and anchored there.