mhurhangee/ep-ind-claims huggingface dataset:
Device for fixing an electrical panel to busbar trunking, said panel having a face for fixing to the trunking and a door for accessing the inside of the panel, said device having a manipulating means that controls a means (22, 23, 30, 31) for fixing the panel to the trunking, said manipulating means being movable between a position known as the closed position, in which the panel is fixed to the trunking, and a position known as the open position, in which the panel is not fixed to the trunking, characterized in that it is placed inside the panel, in that, in the closed position of the manipulating means, the fixing means (22, 23, 30, 31) passes through the abovementioned fixing face of the panel and engages with the trunking in order to fix the panel to the trunking, and in that, in the open position of the manipulating means, the latter prevents the door from being closed.
A self-propelled work machine, in particular a tracked vehicle such as a bulldozer, having at least one traction drive comprising at least one electric motor for driving at least one chassis wheel, in particular a chain wheel or sprocket, wherein the motor axis of rotation of the electric motor is displaced and/or angled with respect to the wheel axis of rotation of the chassis wheel to be driven by the electric motor, characterized in that the at least one electric motor has a reduced inertia θ red,mot in the range from 0.4 to 1.0, preferably 0.4 to 0.95, in particular 0.5 to 0.85, of the reduced inertia θ red,AM of the work machine.
Sensor having a housing and a holder, the housing having a receptacle for the holder, the receptacle having at least one first reference surface and at least one second reference surface, the holder each having at least one first reference surface corresponding thereto and at least one second reference surface, the housing having at least one fastening screw, the fastening screw being arranged on the receptacle opposite the second reference surface, and, when fastened by the fastening screw, the first reference surfaces lying against one another and the second reference surfaces lying against one another, the first reference surfaces (5, 7) and the second reference surfaces (6, 8) are arranged at an acute angle to one another, the sensor being a 3D camera, characterized in that the fastening screw bears against a fastening surface of the holder, the fastening screw having a conical screw tip and two identical receptacles being arranged at a spacing on the housing.
Cage door / shaft door coupling for arrangement at a door leaf with a door leaf plane, comprising - a pivot lever mounted on a support element to be rotatable at an axis of rotation and - a movable element, which is so coupled with the pivot lever that a movement of the movable element carried out parallel to the door leaf plane causes the pivot lever to execute a rotational movement for coupling of a cage door with a shaft door and at the same time to change its spacing from the door leaf plane by means of a horizontal movement. - a pivot lever mounted on a support element to be rotatable at an axis of rotation and - a movable element, which is so coupled with the pivot lever that a movement of the movable element carried out parallel to the door leaf plane causes the pivot lever to execute a rotational movement for coupling of a cage door with a shaft door and at the same time to change its spacing from the door leaf plane by means of a horizontal movement.
A method of handling passive interference caused by inter-modulation in a network node site comprising a set of network nodes for wireless communication capable of communication with a set of stations for wireless communication, wherein the stations are wireless transceiver devices and communication from the network node to any of the stations is considered to be downlink communication and communication from any of the stations is considered to be uplink communication, the method comprising detecting likely passive intermodulation; determining at least one station having an uplink resource being likely to be affected by the detected likely passive intermodulation, wherein the determining of at least one station comprises forming at least one group of stations, wherein the stations of the group are assigned the uplink resource being likely to be affected by the detected likely passive intermodulation, wherein a plurality of groups of stations are determined and each group is assigned a level of protection from passive intermodulation; and limiting downlink transmission, when the determined at least one station is scheduled or expected to transmit on the uplink resource, on a downlink resource likely to be affecting the uplink resource by the detected likely passive intermodulation, wherein the limiting of the downlink transmission comprises adapting any one or more of scheduled content to transmit; and resource block assignment within a broadband signal for transmission, wherein the limiting of the downlink transmission is performed according to said level of protection from passive intermodulation. detecting likely passive intermodulation; determining at least one station having an uplink resource being likely to be affected by the detected likely passive intermodulation, wherein the determining of at least one station comprises forming at least one group of stations, wherein the stations of the group are assigned the uplink resource being likely to be affected by the detected likely passive intermodulation, wherein a plurality of groups of stations are determined and each group is assigned a level of protection from passive intermodulation; and limiting downlink transmission, when the determined at least one station is scheduled or expected to transmit on the uplink resource, on a downlink resource likely to be affecting the uplink resource by the detected likely passive intermodulation, wherein the limiting of the downlink transmission comprises adapting any one or more of scheduled content to transmit; and resource block assignment within a broadband signal for transmission, wherein the limiting of the downlink transmission is performed according to said level of protection from passive intermodulation.
A method of determining failure of a urea quality sensor, comprising: determining whether a urea temperature is higher than a predetermined temperature; determining, if the urea temperature is higher than the predetermined temperature, whether a vehicle speed is faster than a predetermined vehicle speed; determining, if the vehicle speed is faster than the predetermined vehicle speed, whether a difference between a current urea quality and a previous urea quality is higher than a predetermined urea quality; and storing a failure code if the difference between the current urea quality and the previous urea quality is higher than the predetermined urea quality. determining whether a urea temperature is higher than a predetermined temperature; determining, if the urea temperature is higher than the predetermined temperature, whether a vehicle speed is faster than a predetermined vehicle speed; determining, if the vehicle speed is faster than the predetermined vehicle speed, whether a difference between a current urea quality and a previous urea quality is higher than a predetermined urea quality; and storing a failure code if the difference between the current urea quality and the previous urea quality is higher than the predetermined urea quality.
Intermediate piece intended to be interposed between a connector that is able to carry a wiper and a connecting element of a driving arm, the connector comprising at least one receiving bearing for receiving a first shaft, the connecting element comprising at least one receiving orifice for receiving a second shaft, the intermediate piece being equipped with the first shaft and the second shaft, characterized in that the first shaft and the second shaft extend along different axes that are parallel to one another.
Carrier provided with at least one cavity for fastening at least one bumper of a motor vehicle in the region of a front end of the motor vehicle to the carrier, which has at least one inlet opening which is arranged in a side of the carrier facing in the direction of travel, and at least one outlet opening, in which the cavity of the carrier forms a conduction path for untreated air suppliable through the inlet opening, and a filter element is arranged in the cavity, characterized in that the conduction path is oriented substantially perpendicularly to the direction of travel.
An electric switching device, embarked in a railway vehicle, comprising: - a first module including a first support on which a circuit breaker is mounted, and - at least one second module with an electric component is mounted that is able to be associated with the circuit breaker, each second module comprising a respective control member designed to control the corresponding electric component, characterized: - in that the second module comprises a second support, which is separate from the first support and on which the electric component is mounted, - in that electric switching device comprises guiding means (81, 82; 2004) that are able to guide the first and second supports (42 and 62) relative to one another between a disassembled configuration, in which at least one of the first and second modules is disengageable from the guide means independently of the other, and an assembled configuration, in which the circuit breaker and the electric component are able to be connected to one another, - in that in the assembled configuration, the circuit breaker and the electric component are in a relative connection position and are able to be electrically connected or disconnected by means of the corresponding control member. - a first module including a first support on which a circuit breaker is mounted, and - at least one second module with an electric component is mounted that is able to be associated with the circuit breaker, - in that the second module comprises a second support, which is separate from the first support and on which the electric component is mounted, - in that electric switching device comprises guiding means (81, 82; 2004) that are able to guide the first and second supports (42 and 62) relative to one another between a disassembled configuration, in which at least one of the first and second modules is disengageable from the guide means independently of the other, and an assembled configuration, in which the circuit breaker and the electric component are able to be connected to one another, - in that in the assembled configuration, the circuit breaker and the electric component are in a relative connection position and are able to be electrically connected or disconnected by means of the corresponding control member.
An implant, comprising: an elongated threaded portion; and a blade portion extending from the elongated threaded portion, the blade portion comprising a plurality of blades having respective substantially cruciform cross-sectional geometries defined by a grooved portion being disposed in each quadrant (112a, 112b, 112c, 112d) of each blade, wherein the blade portion comprises a substantially cylindrical cross-sectional geometry. an elongated threaded portion; and a blade portion extending from the elongated threaded portion, the blade portion comprising a plurality of blades having respective substantially cruciform cross-sectional geometries defined by a grooved portion being disposed in each quadrant (112a, 112b, 112c, 112d) of each blade, wherein the blade portion comprises a substantially cylindrical cross-sectional geometry.
A positive electrode active material for lithium ion secondary batteries expressed by general formula Li a Co 1-b M b O c X d S e wherein M represents at least one element selected from the group consisting of Ti, Al, V, Zr, Mg, Ca and Sr; X represents at least one selected from halogens; a represents a number satisfying 0.95 ≤ a ≤ 1.05; b represents a number satisfying 0 < b s 0.10; c represents a number satisfying 1 s c s 2.5; d represents a number satisfying 0 < d s 0.1; and e represents a number satisfying 0 < e ≤ 0.015, and wherein the specific surface area of the Li a Co 1-b M b O c X d S e is 0.2 to 2.0 m 2 /g.
Connector for use with a first and a second profile bar (21; 22) which have in each case at least one lateral face having an undercut groove, wherein the connector comprises a main body which has a first and a second bearing face (31; 32) which are able to be placed on a respective assigned lateral face of the first or the second profile bar (21; 22), respectively, wherein the connector comprises a first and a second gripping element (11; 12) which can engage in a respective assigned undercut groove of the first or the second profile bar (21; 22), respectively, wherein a threaded bolt is provided, characterized in that a lever which is rotatably mounted in a rotary joint on the main body is provided, wherein the rotary joint delimits a first and a second lever arm (41; 42) of the lever from one another, wherein the first gripping element for movement is coupled to the first lever arm, wherein the second gripping element by way of the threaded bolt is able to be braced in relation to the second lever arm.
Ironing appliance comprising an iron and a portable base comprising a location for setting down the iron, said base comprising a handle that is pivotally mounted about an axis X, between a transport position wherein the handle extends above said location to allow the entirety of the device to be transported by the handle and a retracted position where the handle is arranged laterally to said location to allow access to the location, the base comprising a locking device that allows the handle to be fixed in the transport position, characterised in that said locking device comprises a rotatably mounted unlocking button about a rotation axis R parallel to the rotation axis X of the handle, said unlocking button being brought, by rotating around the axis R, into a locked position wherein the locking device fixes the handle in the transport position and into an unlocked position allowing the handle to be unlocked to bring it into the retracted position.
A display (10, 11, 12, 13, 14) using optical interaction and comprising an optical resonance structure layer provided with an embossed layer and a metal layer, wherein the metal layer covers bottoms of concavities and tops of convexities of asperities formed in the embossed layer; and an optical resonance region, in which the asperities are covered with the metal layer, resonates with incident light; characterized in that the display (10, 11, 12, 13, 14) is provided with fluorescent printing so as to overlap with the optical resonance region, the fluorescent printing permitting visible light to emerge when light outside a visible light range is incident thereon; a color of visible light emerging due to light outside the visible light range being incident on the fluorescent printing is similar to a color of light that is transmitted therethrough and that is resonating in the optical resonance region; and a half width of a wavelength peak of visible light produced due to light outside the visible light range being incident on the fluorescent printing is larger than a half width of light that is transmitted therethrough and that is resonating in the optical resonance region. the metal layer covers bottoms of concavities and tops of convexities of asperities formed in the embossed layer; and an optical resonance region, in which the asperities are covered with the metal layer, resonates with incident light; characterized in that the display (10, 11, 12, 13, 14) is provided with fluorescent printing so as to overlap with the optical resonance region, the fluorescent printing permitting visible light to emerge when light outside a visible light range is incident thereon; a color of visible light emerging due to light outside the visible light range being incident on the fluorescent printing is similar to a color of light that is transmitted therethrough and that is resonating in the optical resonance region; and a half width of a wavelength peak of visible light produced due to light outside the visible light range being incident on the fluorescent printing is larger than a half width of light that is transmitted therethrough and that is resonating in the optical resonance region.
A medical device comprising a lubricious coating comprising: a coated layer comprising a first polymer that is an acrylic acid polymer, a second polymer that is an acrylamide copolymer comprising at least one aryl ketone photoreactive group, and a cross-linking agent comprising at least two aryl ketone photoreactive groups, wherein the coated layer is in contact with a medical device surface and there is no further primer layer present between the coated layer and the medical device surface and also configured to contact a patient in use, wherein the medical device surface does not comprise a substrate material selected from the group consisting of polyvinylpyrrolidone. a coated layer comprising a first polymer that is an acrylic acid polymer, a second polymer that is an acrylamide copolymer comprising at least one aryl ketone photoreactive group, and a cross-linking agent comprising at least two aryl ketone photoreactive groups, wherein the coated layer is in contact with a medical device surface and there is no further primer layer present between the coated layer and the medical device surface and also configured to contact a patient in use, wherein the medical device surface does not comprise a substrate material selected from the group consisting of polyvinylpyrrolidone.
Wall plug-like insert, having a head and a stem extending in a longitudinal direction from the head, wherein the stem is designed to be introduced into an opening in a component, such as a metal sheet, with the result that the head is arranged on a component upper side of the component, and wherein a sealing element is arranged on the head, said sealing element being designed to establish a seal, surrounding the stem, between the head and the component upper side of the component, wherein the sealing element is produced from a thermoplastic elastomer or from a crosslinked rubber material, wherein the sealing element is designed as a flat annular disc, which has an upper side facing the head and an opposite lower side, which is associable with the component, and wherein an annular bead (38, 40; 40) is formed on the upper side and on the lower side of the flat annular disc, wherein the annular disc has a first thickness along the longitudinal direction, wherein the annular bead (38,40;40) has a second thickness along the longitudinal direction, wherein the annular bead (38, 40) is formed at an outer circumference of the annular disc, and characterized in that the ratio of the second thickness to the first thickness is in a range of from 1.3 to 2, in that the head has an annular recess on a longitudinal side facing the stem, into which recess the sealing element is inserted and in that an outer circumference of the annular disc rests on an inner circumference of the annular recess.
A vacuum pump, in particular a turbomolecular pump, for conveying a process gas from a first inlet of the vacuum pump through at least one pump stage, in particular a turbomolecular pump stage and/or a molecular pump stage, to an outlet of the vacuum pump, said vacuum pump comprising an inlet valve (31, 51) which is connected to a second inlet (133, 135) of the vacuum pump, wherein the inlet valve has a channel through which a gas different from the process gas can be conducted into the pump; and wherein a measuring device is provided which is configured to measure a first pressure at at least a first position in the channel and a second pressure of the gas present in the channel at a second position in the channel spaced apart from the first position and to determine in dependence on the first pressure and the second pressure whether the gas flows along the channel.
A device suitable for providing an indication of visual system function of a patient comprising: a. a first light emitter having a visible first emission spectrum; a second light emitter having a visible second emission spectrum that is distinct from the first emission spectrum; b. an optical assembly arranged so that light emitted from the first light emitter and the second light emitter reaches an eye of the patient; c. a camera arranged to image the eye of the patient; and d. a controller configured to modulate a light emission from the first light emitter and the second light emitter to create first and second flashes overlapping in time by at least 50% of the longer of the first and second flashes, to create a light stimulus, the controller being further configured to receive and analyse an electrical signal produced by the visual system of the patient in response to the light stimulus and to provide an indication of visual system function based on that analysis, wherein the controller is configured to measure the eye's pupil area using images from the camera and adjust the luminance of light stimulus as a function of the eye's pupil area. a. a first light emitter having a visible first emission spectrum; a second light emitter having a visible second emission spectrum that is distinct from the first emission spectrum; b. an optical assembly arranged so that light emitted from the first light emitter and the second light emitter reaches an eye of the patient; c. a camera arranged to image the eye of the patient; and d. a controller configured to modulate a light emission from the first light emitter and the second light emitter to create first and second flashes overlapping in time by at least 50% of the longer of the first and second flashes, to create a light stimulus, the controller being further configured to receive and analyse an electrical signal produced by the visual system of the patient in response to the light stimulus and to provide an indication of visual system function based on that analysis, wherein the controller is configured to measure the eye's pupil area using images from the camera and adjust the luminance of light stimulus as a function of the eye's pupil area.